Estudio para análisis de falla EAF 094/2017

“Falla en línea 154 kV Alto Jahuel - Rancagua - Tinguiririca c2”

Fecha de Emisión: 13-04-2017

1. Descripción pormenorizada de la perturbación

a. Fecha y Hora de la falla

Fecha 23/03/2017

Hora 11:53

b. Estimación de consumos desconectados

Consumos desconectados (MW) 121.30

c. Origen de la falla

De acuerdo con lo informado por la empresa Transelec S.A., se produjo la desconexión forzada del tramo Alto Jahuel - Rancagua - Punta de Cortés del circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca, por operación de protecciones ante falla atribuida a contacto de conductor

cortado de red MT con la línea, entre las estructuras Nº159 y Nº160.

c.1 Fenómeno Físico:

ACC2: Falla originada en terceros (accidentes, interferencias, rodado, deslizamiento de tierra, juegos, etc.)

La instalación no ha sido afectada por este fenómeno físico en el período de un año calendario

c.2 Elemento donde se produjo la falla

TX2: Conductores

c.3 Fenómeno eléctrico

DI21N: Distancia residual

c.4 Modo (comportamiento de interruptores principales)

13: Opera según lo esperado

d. Comuna donde se presenta la falla

6106: Graneros

2. Descripción del equipamiento afectado

a. Sistema de Generación

b. Sistema de Transmisión

Elemento Afectado Tramo Hora Desc. Hora Norm.

LT 154 kV Alto Jahuel - Rancagua - Tinguiririca c2 Alto Jahuel - Tap Tuniche 11:53 16:20

LT 154 kV Alto Jahuel - Rancagua - Tinguiririca c2 Tap Tuniche - Tap Punta Cortés 11:53 16:19

LT 154 kV Alto Jahuel - Rancagua - Tinguiririca c2 Tap Tuniche - Rancagua 11:53 16:19

c. Consumos

Sub-Estación Pérdida de Consumo (MW) % consumo pre-falla H. Desc. H. Norm.

S/E Buin (Transnet) 10.20 0.140 11:53 11:56

S/E Fátima 33.30 0.460 11:53 11:56

S/E Hospital 9.30 0.130 11:53 11:56

S/E Hospital (FFCC) 0.10 0.000 11:53 11:56

S/E Tuniche 7.50 0.100 11:53 12:02

S/E Cachapoal 34.60 0.480 11:53 12:02

S/E Lo Miranda 20.60 0.290 11:53 12:02

S/E Loreto 5.70 0.080 11:53 12:02 Total: 121.30 MW 1.680 %

- Las horas y montos señalados corresponden a lo informado por Transelec S.A. y CGE S.A.

3. Estimación de la energía no suministrada

Sub-Estación Empresa Tipo de Cliente Pérdida de Consumo

(MW) Tiempo Desc.

(h) ENS (MWh)

S/E Buin (Transnet) CGE Regulado 10.20 0.05 0.5

S/E Fátima CGE Regulado 33.30 0.05 1.7

S/E Hospital CGE Regulado 9.30 0.05 0.5

S/E Hospital (FFCC) EFE Libre 0.10 0.05 0.0

S/E Tuniche CGE Regulado 7.50 0.15 1.1

S/E Cachapoal CGE Regulado 34.60 0.15 5.2

S/E Lo Miranda CGE Regulado 20.60 0.15 3.1

S/E Loreto CGE Regulado 5.70 0.15 0.9

Clientes Regulados : 13.0 MWh

Clientes Libres : 0.0 MWh

Total : 13.0 MWh

- Los montos señalados corresponden a lo informado por la empresa CGE S.A.

4. Descripción de las configuraciones en los momentos previo y posterior a la falla

Demanda del sistema previo a la falla: 7214 MW Regulación de Frecuencia

Unidad reguladora: Colbún U2 Operación Programada En anexo Nº 1 se adjunta el detalle de la generación programada para el día 23 de marzo de 2017.

Operación Real En anexo Nº 2 se adjunta el detalle de la generación real del día 23 de marzo de 2017. Movimiento de centrales e informe de novedades relevantes de CDC

En anexo Nº 3 se presenta el detalle del movimiento de centrales e informe de novedades relevantes del CDC para el día 23 de marzo de 2017. Mantenimientos En anexo Nº 4 se presenta el detalle de los mantenimientos programados y forzados para el día 23 de marzo de 2017.

Estado y configuración previo a la falla Las instalaciones de transmisión se encontraban en servicio normal en los momentos previos a la desconexión forzada. Previo a la falla:

- Los interruptores 52A2 y 52A3 del Tap Punta de Cortés se encontraban abiertos.

- S/E Punta de Cortés se encontraba energizada desde el circuito Nº2 de la línea 2x154 kV Alto

Jahuel - Rancagua - Tinguiririca, con el desconectador 89A1-1 cerrado y el desconectador 89A1-2 abierto.

- S/E Fátima se encontraba energizada desde el circuito Nº2 de la línea 2x154 kV Alto Jahuel -

Rancagua - Tinguiririca, con el interruptor 52A1 cerrado y el interruptor 52A2 abierto. - La barra 66 kV Nº2 de S/E Buin se encontraba energizada de manera radial desde S/E Fátima,

con el interruptor 52B2 cerrado y con el interruptor 52BS abierto.

- S/E Rosario se encontraba energizada de manera radial desde S/E Rancagua, con el interruptor 52B1 cerrado y con el interruptor 52B2 abierto.

- S/E Cachapoal se encontraba energizada de manera radial desde S/E Punta de Cortés, con el

interruptor 52B1 abierto.

Otros antecedentes relevantes

De acuerdo con lo informado por la empresa CGE S.A.: “A las 11:54 hrs. del día viernes 24 de marzo de 2017, el centro de operación de transmisión de CGE

S.A informa la pérdida de suministro desde la LT154kV Alto Jahuel- Rancagua- Tinguiririca Circuito

N°2, tramo Punta de Cortes - Rancagua - Alto Jahuel N°2, afectando los consumos asociados a los

Transformadores N°1 y N°2 de S/E Punta de Cortés y Transformador N°3 de S/E Fátima que

abastecen a las subestaciones Buin T2, Fátima, Hospital, Tuniche, Cachapoal, Lo Miranda y Loreto

con una potencia total desconectada de 121,2 MW.

Inmediatamente, se inicia el plan de recuperación de suministro y se ejecutan las maniobras

operacionales para realizar el cambio alimentación a nivel de 154 kV desde el Cto N°2 al Cto N°1 de

la LT154kV Jahuel - Rancagua - Punta de Cortés, con lo cual se normaliza, la totalidad de los

consumos a las 12:02hrs.

Por control de cargas en la LT 154 kV Jahuel - Rancagua - Punta de Cortés circuito N°1, se coordinan

las transferencias de cargas del transformador N°2 de S/E Buin hacia el paño B3 de S/E A. Jahuel y

la transferencia mediante microcorte de S/E Rosario hacia el paño BR de S/E Malloa.

A las 16:27hrs, una vez normalizada la LT154kV Jahuel - Rancagua - Punta de Cortés circuito N°2, se

normaliza la topología de S/E Fátima 154kV y T2 de S/E Buin hacia el paño B6 de S/E Fátima.

El día 24 de marzo de 2017 a las 03:22hrs, se realiza la normalización de la topología de la SE Punta

Cortes, transfiriendo dicha subestación de Cto. N2 de la LT154kV Jahuel - Rancagua - Punta de

Cortés. Posterior a esto y mediante condición de paralelo se normaliza la topología de S/E Rosario

hacia el paño B4 de S/E Rancagua.

Cabe señalar como antecedente adicional, que se ha recibido información de personal de distribución de la zona de Rancagua de CGED, en el cual se indica que en el día 23 de Marzo de 2017, alrededor de las 12:27hrs, se ha encontrado una línea de Media Tensión de cobre cortada y apoyada sobre la LT154kV Jahuel - Rancagua - Punta de Cortés entre las estructura 159 y 160 de propiedad de

TRANSELEC.” Acciones correctivas a corto plazo No se indican. Acciones correctivas a largo plazo

No se indican.

Diagrama simplificado de las instalaciones previo a la falla

5. Cronología de eventos y la descripción de las causas de los eventos

Hora Evento

11:53 Apertura automática del interruptor 52A2 de S/E Alto Jahuel, asociado al circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca, por operación acelerada de la zona 1B de su protección de distancia residual ante falla en la línea.

11:53 Apertura automática del interruptor 52A1 de S/E Rancagua, asociado al circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca, por operación de la zona 1 de su protección de distancia residual ante falla en la línea.

- Las horas señaladas corresponden a lo indicado por la empresa Transelec S.A.

6. Normalización del servicio

Fecha Hora Acción

23/03/2017 11:56 Apertura manual del interruptor 52A1 de S/E Fátima, asociado al arranque hacia el circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca,

23/03/2017 11:56 Cierre manual del interruptor 52A2 de S/E Fátima, asociado al arranque hacia el circuito Nº1 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca, recuperando los consumos de las SS/EE Buin, Fátima, Hospital y Hospital (FFCC).

23/03/2017 12:01 Apertura manual del interruptor 52AT de S/E Punta de Cortés, asociado a la barra 154 kV de la subestación.

23/03/2017 12:01 Apertura manual del desconectador 89A1-1 de S/E Punta de Cortés, asociado al arranque hacia el circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca.

23/03/2017 12:01 Cierre manual del desconectador 89A1-2 de S/E Punta de Cortés, asociado al arranque hacia el circuito Nº1 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca.

23/03/2017 12:02 Cierre manual del interruptor 52AT de S/E Punta de Cortés, asociado a la barra 154 kV de la subestación, recuperando los consumos de las SS/EE Tuniche, Cachapoal, Lo Miranda y Loreto.

23/03/2017 12:08 Cierre manual del interruptor 52BS de S/E Buin.

23/03/2017 12:08 Apertura manual del interruptor 52B2 de S/E Buin, asociado a la línea 66 kV Buin - Fátima.

23/03/2017 12:21 Cierre manual no exitoso del interruptor 52A2 de S/E Alto Jahuel, asociado al circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca, por operación de protecciones ante reencendido de la falla.

23/03/2017 13:40 Se informa chicoteo de conductor MT sobre el circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca, sector Tuniche - Punta de Cortés.

23/03/2017 15:14 Apertura manual del interruptor 52B1 de S/E Rosario, asociado a la línea 66 kV Rosario - Rancagua, provocando microcorte a los consumos de S/E Rosario.

23/03/2017 15:14 Cierre manual del interruptor 52B2 de S/E Rosario, asociado a la línea 66 kV Rosario - Pelequén, normalizando microcorte de S/E Rosario desde S/E Malloa.

23/03/2017 16:04 Se informa normalizado el circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca.

23/03/2017 16:16 Cierre manual del interruptor 52A2 de S/E Alto Jahuel, energizando en pruebas el circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua – Tinguiririca, hasta S/E Punta de Cortés.

23/03/2017 16:18 Apertura manual del interruptor 52A2 de S/E Alto Jahuel, asociado al circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca.

23/03/2017 16:19 Cierre manual del interruptor 52A1 de S/E Rancagua, asociado al circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua – Tinguiririca, energizando en vacío el circuito hasta S/E Punta de Cortés.

23/03/2017 16:20 Cierre manual del interruptor 52A2 de S/E Alto Jahuel, asociado al circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua – Tinguiririca.

23/03/2017 16:27 Cierre manual del interruptor 52A1 de S/E Fátima, asociado al arranque hacia el circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca.

23/03/2017 16:28 Apertura manual del interruptor 52A2 de S/E Fátima, asociado al arranque hacia el circuito Nº1 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca, normalizando la topología de la subestación.

23/03/2017 16:36 Cierre manual del interruptor 52B2 de S/E Buin, asociado a la línea 66 kV Buin - Fátima.

23/03/2017 16:36 Apertura manual del interruptor 52BS de S/E Buin, normalizando la topología de la subestación.

24/03/2017 03:08 Cierre manual del interruptor 52BS de S/E Rancagua.

24/03/2017 03:09 Cierre manual del interruptor 52BR de S/E Punta de Cortés.

24/03/2017 03:10 Apertura manual del interruptor 52BT1 de S/E Punta de Cortés, asociado al lado 66 kV del transformador Nº1 154/66 kV.

24/03/2017 03:11 Apertura manual del interruptor 52AT1 de S/E Punta de Cortés, asociado al lado 154 kV del transformador Nº1 154/66 kV.

24/03/2017 03:12 Cierre manual del interruptor 52B1 de S/E Cachapoal, asociado a la línea 66 kV Cachapoal - Rancagua.

24/03/2017 03:14 Apertura manual del interruptor 52BT2 de S/E Punta de Cortés, asociado al lado 66 kV del transformador Nº2 154/66 kV.

24/03/2017 03:14 Apertura manual del interruptor 52AT2 de S/E Punta de Cortés, asociado al lado 154 kV del transformador Nº2 154/66 kV.

24/03/2017 03:20 Apertura manual del interruptor 52AT de S/E Punta de Cortés, asociado a la barra 154 kV de la subestación.

24/03/2017 03:21 Apertura manual del desconectador 89A1-2 de S/E Punta de Cortés, asociado al arranque hacia el circuito Nº1 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca.

24/03/2017 03:21 Cierre manual del desconectador 89A1-1 de S/E Punta de Cortés, asociado al arranque hacia el circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca.

24/03/2017 03:22 Cierre manual del interruptor 52AT de S/E Punta de Cortés, energizando la barra 154 kV de la subestación.

24/03/2017 03:23 Cierre manual del interruptor 52AT2 de S/E Punta de Cortés, energizando el transformador Nº2 154/66 kV.

24/03/2017 03:23 Cierre manual del interruptor 52BT2 de S/E Punta de Cortés, asociado al lado 66 kV del transformador 154/66 kV Nº2.

24/03/2017 03:24 Apertura manual del interruptor 52B1 de S/E Cachapoal, asociado a la línea 66 kV Cachapoal - Rancagua.

24/03/2017 03:26 Cierre manual del interruptor 52AT1 de S/E Punta de Cortés, energizando el transformador Nº1 154/66 kV.

24/03/2017 03:26 Cierre manual del interruptor 52BT1 de S/E Punta de Cortés, asociado al lado 66 kV del transformador Nº1 154/66 kV.

24/03/2017 03:27 Apertura manual del interruptor 52BR de S/E Punta de Cortés, normalizando la topología de la subestación.

24/03/2017 03:28 Apertura manual del interruptor 52BS de S/E Rancagua, normalizando la topología de la subestación.

24/03/2017 03:42 Cierre manual del interruptor 52B1 de S/E Rosario, asociado a la línea 66 kV Rosario - Rancagua.

24/03/2017 03:43 Apertura manual del interruptor 52B2 de S/E Rosario, asociado a la línea 66 kV Rosario - Pelequén.

- Las fechas y horas señaladas corresponden a lo indicado por las empresas CGE S.A. y Transelec S.A.

7. Análisis de las causas de la falla y de la actuación de los dispositivos de protección y control

De acuerdo con lo informado por la empresa Transelec S.A., se produjo una falla monofásica (fase A) en el circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca, que se encontraba abierta en S/E Punta de Cortés, producto de conductor cortado de red MT que hace contacto con la

línea, entre las estructuras Nº159 y Nº160, aproximadamente a 55 km de S/E Alto Jahuel. Debido a la falla, se produjo la apertura automática del interruptor 52A2 de S/E Alto Jahuel, por operación de la zona 1B de su protección de distancia residual, al activarse el esquema de teleprotección de la línea, y la apertura automática del interruptor 52A1 de S/E Rancagua, por operación de la zona 1 de su protección de distancia residual. Por último, a las 12:21 horas, durante las maniobras de recuperación de servició se produjo la apertura automática del interruptor 52A2 de

S/E Alto Jahuel, por operación de protección de cierre contra falla, al reencenderse la falla después de un intento de cierre manual. A raíz de la desconexión forzada del tramo Alto Jahuel - Rancagua - Punta de Cortés del circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca, se produjo la pérdida de aproximadamente 121,3 MW de consumos de las SS/EE Buin, Fátima, Hospital, Hospital FFCC,

Tuniche, Cachapoal, Lo Miranda y Loreto. Operación de protecciones asociadas al circuito Nº2 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca. La línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca, cuenta para cada uno de los interruptores de sus tres extremos (52A1 y 52A2 de S/E Alto Jahuel, 52A1 y 52A2 de S/E Rancagua, 52A9 y 52A10

de S/E Tinguiririca) con dos sistemas de protección, implementados en relés 7SA612 y en relés GE D60. Cada uno de estos sistemas posee, entre otras funciones, elementos de distancia y de sobrecorriente para la detección de fallas entre fases y a tierra (21/51 y 21N/51N), además los sistemas de protección de esta línea tienen implementado, para cada uno de sus circuitos, un esquema de teleprotección POTT. - Registro oscilográfico relé GE D60 del paño A2 de S/E Alto Jahuel.

- Registro oscilográfico relé 7SA612 del paño A2 de S/E Alto Jahuel.

De acuerdo con los registros oscilográficos de las figuras anteriores, se visualiza una sobrecorriente y una reducción de la tensión en la fase A.

En los canales digitales del registro del relé GE D60, se aprecian las activaciones de las zonas 2 y 3 de la protección 21N (señales GND DIST Z2 PKP y GND DIST Z3 PKP) y señales asociadas al envío y recepción de aceleración hacia y desde el extremo Rancagua (señales Tx RANCAGUA On y Rx RANCAGUA On). Finalmente, se observan las señales asociadas al trip y al cambio de estado del interruptor 52A2 de S/E Alto Jahuel (señales TRIP GRAL On y 52A2(a) On), presumiblemente por la operación del esquema de teleprotección.

En los canales digitales del registro del relé 7SA612, se aprecian las activaciones de las zonas 2 y 4 de la protección 21N (señales 21 PU Z2, 21 PU Z4) y señales asociadas al envío y recepción de de

aceleración del esquema de teleprotección de la línea (señales 21 PUZ2, 21PUZ4, 85-21 SEND y >85-21 Rec.Ch1). Siendo la zona 1B la que da orden de apertura al interruptor 52ª2 de S/E Alto Jahuel (señales 21TRIP3p.Z1Bsf).

-

- Registro de eventos relé 7SA612 del paño A2 de S/E Alto Jahuel.

De acuerdo con el registro de eventos de la figura anterior, se observa la activación de la protección

21N, de la protección 67N (registros 21Pickup AG, 21 Selected Loop AG forward, 67N picked up FORWARD, 51N PICKED UP) y señales asociadas al envío y recepción de aceleración del esquema de teleprotección (registros 85-21 Carrier SEND signal, en 1 ms, y 85-21 RECEPTION, Channel 1, en 14 ms). Finalmente, se observa la orden de apertura sobre el interruptor 52A2 por parte de la protección 21N en un tiempo de 19 ms (registro 21 TRIP command Phases ABC).

- Registro de eventos relé GE D60 del paño A2 de S/E Alto Jahuel.

De acuerdo con el registro de eventos de la figura anterior, se observa la activación de la protección 67N, la activación de las zonas 2 y 3 de la protección 21N y el envío de aceleración del esquema de teleprotección (registros Nº15471970, Nº 16471973, Nº16471974, Nº16471975 y Nº16471976). Posteriormente, se observa la recepción de aceleración desde el extremo Alto Jahuel y la operación del esquema de teleprotección (registros Nº16471982, Nº16471983, Nº16471984, Nº16471992 y

Nº1647195). La apertura efectiva del interruptor 52A2 de S/E Alto Jahuel se produjo en aproximadamente 44,9 ms (registro Nº16472003).

- Registro oscilográfico relé GE D60 del paño A1 de S/E Rancagua.

- Registro oscilográfico relé 7SA612 del paño A1 de S/E Rancagua.

De acuerdo con los registros oscilográficos de las figuras anteriores, se visualiza una sobrecorriente y

reducción de la tensión en la fase A.

En los canales digitales del registro del relé GE D60, se aprecian las activaciones de las zonas 2 y 3 de la protección 21N (señales GND DIST Z2PKP y GND DIST Z3 PKP) y señales asociadas al envío y recepción de aceleración hacia y desde el extremo Alto Jahuel (señales HYBRID POTT TX1, TX MMOO On y RECEP JAHUEL On). Finalmente, se observan las señales asociadas al trip y al cambio de estado

del interruptor 52A1 de S/E Rancagua (señales TRIP GRAL On y 52A1(a) On), por la acción del esquema de teleprotección (señales HYBRID POTT OP). En los canales digitales del registro del relé 7SA612, se aprecian las activaciones de las zonas 2 y 4 de la protección 21N (señales 21 PU Z2 y 21 PU Z4) y el envío y recepción de aceleración hacia y desde el extremo Alto Jahuel (señales >85-21 Rec.Ch1 y 85-21 SEND). Finalmente, se observa la orden de apertura sobre el interruptor 52A1 de S/E Rancagua por operación, primero de su zona 1, y

luego, de la zona 1B (señales 21TRIP3p. Z1sf y 21TRIP3p.Z1Bsf). - Registro de eventos relé 7SA612 del paño A1 de S/E Rancagua.

De acuerdo con el registro de eventos de la figura anterior, se aprecia la activación y orden de

apertura instantánea de la protección 21N (registros 21 Pickup AG, 21 Selected Loop AG forward y 21 TRIP command Phases ABC), así como también el envío y recepción de aceleración del esquema

de teleprotección (85-21 Carrier SEND, en 0 ms, y >85-21 Carrier RECEPTION, Channel 1, en 31 ms).

- Registro de eventos relé GE D60 del paño A1 de S/E Rancagua.

De acuerdo con el registro de eventos de la figura anterior, se aprecia señales asociadas a la recepción de aceleración del esquema de teleprotección desde el extremo Alto Jahuel (registros Nº67918874, Nº67918875 y Nº67918876).

- Registro oscilográfico relé GE D60 del paño A2 de S/E Alto Jahuel, durante la reconexión manual

sin éxito a las 12:21 horas.

- Registro oscilográfico relé 7SA612 del paño A2 de S/E Alto Jahuel, durante la reconexión manual

sin éxito a las 12:21 horas.

De acuerdo con los registros oscilográficos de las figuras anteriores, se observa, posterior al cierre

manual del interruptor 52A2 de S/E Alto Jahuel, una sobrecorriente en la fase A debido al

reencendido de la falla. En los canales digitales del relé GE D60, se observa la activación de las zonas 1, 2 y 3 de la protección 21N y la orden instantánea de apertura de la zona 1 (señales GND DIST Z1 PKP, GND DIST Z2 PKP, GND DIST Z1 PKP y GND DIST Z1 OP). Por otra parte se aprecia el envío inmediato y

recepción posterior de señales de aceleración del sistema de teleprotección (señales Tx RANCAGUA ON y Rx RANCAGUA On). En los canales digitales del relé 7SA612, se observa la señal correspondiente al cierre manual del interruptor 52A1 y la orden de trip instantánea de la protección de cierre contra falla (señales Line Closure y 50HS TRIP ØABC). También se observan señales asociadas a la operación de la protección 21N y al envío y recepción de señales de aceleración del esquema de teleprotección de la línea

(señales 21 PUZ2, 21PUZ4, 85-21 SEND y >85-21 Rec.Ch1). - Registro de eventos relé 7SA612 del paño A2 de S/E Alto Jahuel durante la reconexión

automática sin éxito a las 12:21 horas.

De acuerdo con el registro de eventos de la figura anterior, se aprecia la activación y orden de trip de la protección de cierre contra falla (registros 50HS Pickup Phase A y 50HS SOTF-O/C TRIP command Phases ABC). Además, se observa la activación de la protección 21N y el envío y recepción de

señales asociadas al esquema de teleprotección de la línea (registros 21 Pickup AG, 21 Selected Loop

AG forward, 85-21 Carrier SEND signal, a 6 ms, y >85-21 Carrier RECEPTION, Channel1, a 49 ms).

- Registro de eventos relé GE D60 del paño A2 de S/E Alto Jahuel, durante la reconexión

automática sin éxito a las 12:21 horas.

De acuerdo con el registro de eventos de la figura anterior, se aprecia el cierre manual del interruptor 52A2 de S/E Alto Jahuel (registro Nº16472029), la posterior activación de las zonas 2 y 3 de la protección 21N y el envío de aceleración al extremo Rancagua de la teleprotección (registros Nº16472031, Nº16472034, Nº16472035 y Nº16472036). Posteriormente, se observa la activación y orden de trip de la zona 1 de la protección 21N (registros Nº16472044, Nº16472045 y Nº16472046). La apertura efectiva del interruptor se produjo en aproximadamente 20 ms (registro Nº16472060).

8. Detalle de toda la información utilizada en la evaluación de la falla

Detalle de la generación programada para el día 23 de marzo de 2017 (Anexo N°1)

Detalle de la generación real del día 23 de marzo de 2017 (Anexo N°2) Detalle del Movimiento de Centrales e Informe de Novedades Relevantes del CDC correspondientes al día 23 de marzo de 2017 (Anexo N°3) Detalle de los mantenimientos programados y forzados para el día 23 de marzo de 2017 (Anexo N°4)

Informes de fallas de instalaciones ingresados en el sistema del Coordinador Eléctrico Nacional por las empresas CGE S.A. y Transelec S.A. (Anexo N°5) Otros antecedentes aportados por las empresas Transelec S.A. y CGE S.A. (Anexo N°6)

9. Análisis de las actuaciones de protecciones

9.1 Pronunciamiento Coordinador Eléctrico Nacional y Propiedad

De acuerdo con lo informado por la empresa Transelec S.A., se produjo la desconexión forzada

del circuito Nº1 de la línea 2x154 kV Alto Jahuel - Rancagua - Tinguiririca, por operación de protecciones ante falla atribuida a corte de conductor de red MT que hace contacto con la línea, entre las estructuras Nº159 y Nº160. Al respecto, la empresa presenta antecedentes que acreditan la causa de la falla.

La propiedad de las instalaciones afectadas corresponde a la empresa Transelec S.A.

9.2 Desempeño de Protecciones Eléctricas

De acuerdo con los antecedentes proporcionados por la empresa Transelec S.A.:

◦ Se concluye correcta operación de los sistemas de protección asociados al interruptor 52A2

de S/E Alto Jahuel.

◦ Se concluye correcta operación de los sistemas de protección asociados al interruptor 52A1

de S/E Rancagua.

◦ Se concluye correcta operación de la protección de cierre contra falla asociada al interruptor 52A2 de S/E Alto Jahuel, durante el cierre manual sin éxito a las 12:21 horas.

9.3 Desempeño EDAC

No aplica pronunciarse sobre el desempeño de EDAC ante este evento.

9.4 Desempeño EDAG

No aplica pronunciarse sobre el desempeño de EDAG ante este evento.

10. Análisis de las acciones e instrucciones del CDC y la actuación de los CC que corresponda

No hay observaciones respecto de las actuaciones del CDC y los CC durante la falla del día 23 de marzo de 2017

11. Recomendación respecto de las instalaciones a las cuales el Coordinador Eléctrico Nacional debería solicitar una auditoría

No se solicitó información adicional

Para el análisis de esta falla no se ha requerido la realización de auditorías en ninguna de las instalaciones del SIC

ANEXO Nº 1

Detalle de la generación programada para el día 23 de marzo de 2017

Operación Programada del Sistema Interconectado Centraljueves 23 marzo 2017Centrales 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Prog.Pasada 954 912 882 838 840 869 888 900 909 909 905 930 939 955 936 931 937 945 956 968 1 041 1 060 987 972 22 363Molles 8 8 8 8 8 8 8 8 8 8 8 8 3 0 1 7 7 7 7 7 7 9 9 9 169Sauce Andes 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Aconcagua Ublanco 22 22 22 22 22 22 22 22 22 20 20 20 20 20 20 20 20 23 23 24 24 24 24 24 524Aconcagua Ujuncal 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Los Quilos 29 29 28 28 28 28 26 25 25 24 24 24 24 24 24 24 25 25 25 25 26 26 28 28 622Florida 12 12 13 12 15 15 15 14 14 15 13 12 11 10 10 11 10 9 9 9 9 10 10 9 279Maitenes 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 288Alfalfal 105 105 105 105 105 105 100 100 95 95 95 95 95 95 95 95 95 100 100 100 100 105 105 105 2 400Queltehues 43 42 42 42 43 42 42 42 42 41 41 41 41 41 41 41 43 42 42 42 42 43 43 42 1 006Puntilla 18 18 18 18 18 18 18 18 17 17 16 18 17 18 10 10 10 16 18 18 18 18 18 18 401Volcán 13 13 13 13 13 12 13 12 13 12 13 13 12 13 12 13 13 12 13 13 12 13 13 13 305Los morros 1 2 2 2 2 1 2 2 2 1 1 2 2 2 2 1 1 1 2 2 2 2 1 1 39Sauzal 28 30 33 34 33 32 31 37 33 32 32 32 32 38 41 41 41 41 39 36 33 33 35 40 837Sauzal 60 Hz 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Sauzalito 7 7 7 7 7 7 7 8 7 7 7 7 7 8 9 9 9 9 8 8 7 7 7 9 182Curillinque 40 40 40 12 12 12 32 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 868San Ignacio 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Loma Alta 16 16 16 3 3 3 12 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 341Rucúe 40 40 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 894Pullinque 7 7 7 7 7 7 7 7 7 15 15 15 15 15 15 15 15 15 15 15 15 15 15 7 280Pilmaiquén 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 360Capullo 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 120Peuchén 0 0 0 0 0 0 0 0 0 0 0 18 32 30 18 0 0 0 0 0 0 0 0 0 98Mampil 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Chacabuquito 17 17 17 17 17 17 17 17 16 15 15 14 14 14 14 14 14 14 15 15 15 15 16 16 372Antuco 104 104 104 104 104 104 104 104 104 104 104 104 104 104 104 104 104 104 104 104 104 104 104 104 2 496Abanico 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 552Isla 35 35 12 12 12 29 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 765Eyzaguirre 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 24Quilleco 17 17 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 386El Rincon 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Chiburgo 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 3 3 3 3 3 3 3 140Palmucho 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 648Hornitos 29 26 26 26 26 26 26 24 24 24 24 24 24 24 24 24 24 24 33 33 33 33 33 31 645Puclaro 6 0 4 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 136Ojos de Agua 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 96Coya 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 168Lircay 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 192El Manzano 2 2 2 2 2 2 2 2 2 2 2 2 2 2 1 2 2 2 2 2 2 2 2 2 47Pehui 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Truful‐Truful 1 1 1 1 1 1 1 1 1 1 1 0 0 0 0 1 1 1 1 1 1 0 0 0 17La Paloma 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 48Trueno 0 1 0 0 1 0 0 1 0 0 1 0 0 1 0 1 1 0 1 1 0 1 1 0 11San Clemente 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Los Bajos 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 120Auxiliar del Maipo 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 3 3 3 4 4 4 4 4 4 93La Higuera 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Juncalito 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 17El Tártaro 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Guayacan 9 10 10 10 10 10 10 10 10 9 9 10 10 9 9 9 9 9 9 9 9 9 9 8 225Confluencia 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Mariposas 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 24Los Corrales 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 1 13Los Corrales II 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 14Carena 9 9 9 9 8 9 9 8 8 6 6 6 6 7 7 9 9 9 8 9 8 8 8 8 192Diuto 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 72Dongo 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Mallarauco 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 72Lican 0 0 0 0 0 0 0 0 0 0 0 5 8 8 8 8 8 8 8 8 5 0 0 0 74Chacayes 65 65 65 60 60 60 50 50 50 50 45 45 45 45 45 45 45 45 45 50 50 60 60 60 1 260Muchi 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0La Arena 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Allipén 3 3 3 3 3 3 3 3 3 1 2 3 3 3 3 3 3 3 3 3 3 3 3 3 69Nalcas 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 48Callao 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Reca 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Purisima 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Rucatayo 18 0 0 0 0 15 16 16 16 16 16 16 16 16 16 18 20 21 21 21 24 25 26 28 381Providencia 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 24Robleria 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 24Don Walterio 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0El Canelo 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 24MC1 3 3 3 3 2 3 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 53MC2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 24Ensenada 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Renaico 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 120Rio Huasco 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 120Las Vertientes 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 2 2 1 2 2 1 2 2 31El Llano 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 24Los Hierros 7 7 7 7 7 7 7 0 0 0 0 0 0 0 0 0 0 0 0 7 7 7 7 7 84Los Padres 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0San Andrés 20 20 10 10 10 10 10 15 15 20 20 20 20 30 30 30 30 30 30 30 30 35 35 35 545Maisan 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Collil 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Las Flores 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 24Laja 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Angostura 50 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 120 120 41 41 1 151Llauquereo 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Picoiquén 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 24Los Hierros II 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 12Trailelfú 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Doña Hilda 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Quillaileo 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Pichilonco 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0María Elena 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0El Paso 10 0 0 0 0 0 0 0 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 10 320Molinera Villarrica 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Pulelfu 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 88Itata 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Carilafquen 7 7 7 7 7 7 7 7 7 6 6 6 6 7 7 7 8 9 9 9 9 8 8 8 176Malalcahuello 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 24El Galpón 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0El Agrio 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Chanleufu 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Tránquil 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0El Colorado 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Cumpeo 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 0 0 0 0 19La Montaña 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Boquiamargo 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0El Mirador 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Bureo 0 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 22Río Mulchén 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Térmicas 4 278 4 098 4 098 4 098 4 098 4 098 4 198 4 618 4 827 4 747 4 635 4 575 4 633 4 633 4 633 4 633 4 673 4 685 4 830 4 934 5 014 5 014 5 014 4 904 109 968TAL ‐ TAL 2_GNL_1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0TAL ‐ TAL 2_GNL_2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 120 120 120 120 120 600Tal ‐ Tal 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Tal ‐ Tal 2_diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0TAL ‐ TAL 1_GNL_1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0TAL ‐ TAL 1_GNL_2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 60 120 120 120 120 120 660Tal ‐ Tal 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Tal ‐ Tal 1_diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Diego de Almagro 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0El Salvador 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Guacolda 1 152 152 152 152 152 152 152 152 152 152 60 60 60 60 60 60 60 90 152 152 152 152 152 152 2 942Guacolda 2 140 140 140 140 140 140 140 140 60 60 60 60 60 60 60 60 60 60 60 60 140 140 140 140 2 400Guacolda 3 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Guacolda 4 140 140 140 140 140 140 140 140 140 60 60 60 60 60 60 60 60 60 140 140 140 140 140 140 2 640Guacolda 5 140 140 140 140 140 140 140 140 140 140 120 60 60 60 60 60 100 140 140 140 140 140 140 140 2 900Huasco TG 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Huasco TG_IFO180 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0L.Verde TG (18 MW) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Los Vientos TG 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nehuenco gas + Nehuenco gas_CA 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nehuenco diesel + Nehuenco diesel_CA 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nehuenco GNL 320 260 260 260 260 260 260 320 320 320 320 320 320 320 320 320 320 320 320 320 320 320 320 320 7 320Nehuenco 9B gas 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nehuenco 9B diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nehuenco 9B GNL 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nehuenco II CC + Nehuenco II CA 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nehuenco II diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nehuenco II GNL 380 260 260 260 260 260 260 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 8 400San Isidro gas 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0San Isidro diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0San Isidro GNL 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 8 160San Isidro II gas 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0San Isidro II diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0San Isidro II GNL 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 380 9 120San Isidro II GNL_CA 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Ventanas 1 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 1 632Ventanas 2 190 190 190 190 190 190 190 190 190 190 190 190 190 190 190 190 190 190 190 190 190 190 190 190 4 560Nueva Ventanas 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 6 528Laguna Verde 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nueva Renca GNL 310 310 310 310 310 310 310 310 310 310 310 310 310 310 310 310 310 310 310 310 310 310 310 310 7 440Nueva Renca FA_GLP 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nueva Renca FA_GNL 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nueva Renca diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Renca 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Campiche 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 272 6 528Celco 5 5 5 5 5 5 5 5 8 8 8 8 8 8 8 8 8 8 5 5 5 5 5 5 150Petropower 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Laja 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 216Bocamina I 128 128 128 128 128 128 128 128 128 128 128 128 128 128 128 128 128 128 128 128 128 128 128 128 3 072Bocamina II 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 8 400Arauco 20 20 20 20 20 20 20 20 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 544Cholguán 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Licantén 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Valdivia 38 38 38 38 38 38 38 38 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 1 280Antilhue 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Horcones TG (24 MW) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Horcones TG_diesel (24 MW) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Coronel TG (43 MW) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Coronel TG diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nueva Aldea 1 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 336Nueva Aldea 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Nueva Aldea 3 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 37 888Viñales 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 528Candelaria 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Candelaria 1_die 0 0 0 0 0 0 0 0 120 120 120 120 120 120 120 120 120 120 90 0 0 0 0 0 1 290Candelaria 1_GNL 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Candelaria 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Candelaria 2_die 0 0 0 0 0 0 0 0 120 120 120 120 120 120 120 120 120 120 90 0 0 0 0 0 1 290Candelaria 2_GNL 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Trongol (2.8 MW) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Lebu (2.5 MW) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Cañete (3.1 MW) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Traiguen (1.7 MW) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Curacautin (2.2 MW) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Yungay_1 _GAS 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Yungay_2_GAS 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Yungay_3_GAS 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Yungay_1  0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Yungay_2  0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Yungay_3  0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

Yungay_4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Casablanca 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Casablanca 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Las Vegas (2.3 MW) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Curauma 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Con Con (2.7 MW) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0ESCUADRON (ex FPC) 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 144Constitucion  1_elektr 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Maule 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Monte Patria 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Punitaqui 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0EnorEsperanza_DS1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0EnorEsperanza_DS2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0EnorEsperanza_TG1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Degañ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Olivos 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0El_Totoral 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Quintay 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Placilla 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0CHILOE 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Quellon_2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Colmito Diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Colmito GNL 0 0 0 0 0 0 0 0 0 0 0 0 58 58 58 58 58 0 0 0 0 0 0 0 290Los Pinos 0 0 0 0 0 0 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 1 800Chuyaca 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Skretting 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Cenizas 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 6 6 6 6 0 30Santa Lidia 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Trapen 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Espinos 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0San Gregorio + Linares 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Biomar 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Eagon 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Salmofood I 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Teno 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Newen_diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Newen_gas 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Watts I 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Watts II 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Multiexport I 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Multiexport II 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Cardones 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Quintero DIESEL A 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Quintero DIESEL B 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Quintero GNL A 0 0 0 0 0 0 0 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 2 040Quintero GNL B 0 0 0 0 0 0 0 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 2 040Louisiana Pacific 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Peñon 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80 80 80 80 0 320San_Lorenzo_U1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0San_Lorenzo_U2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0San_Lorenzo_U3 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Tapihue 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Termopacifico 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Loma Los Colorados I 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Loma Los Colorados II 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 384Emelda U1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Emelda U2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0COLIHUES HFO 6 6 6 6 6 6 6 6 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 400COLIHUES DIESEL 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Curicó 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0PUNTA_COLORADA_IFO 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0PUNTA_COLORADA_DIESEL 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Masisa 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 192Calle‐Calle 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Cementos_Bio‐Bio_F_OIL 6 6 6 6 6 6 6 6 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 192Cementos_Bio‐Bio_DIE 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Southern 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Lautaro 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0HBS 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Tomaval 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Skretting Osorno 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Energía Pacífico 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Lonquimay 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Tirúa 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Lautaro‐Comasa 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 624Lautaro‐Comasa 2 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 528Danisco 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0JCE 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Santa Maria 370 370 370 370 370 370 370 370 370 370 370 370 370 370 370 370 370 370 370 370 370 370 370 370 8 880Laja CMPC 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 360Santa Fe 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 1 464CMPC Pacífico 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Santa Marta 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 240CMPC Santa Fe 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 120Los Guindos 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0CMPC Cordillera 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Andes Generación 1 Diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Andes Generación 2 Diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Andes Generación 3 Diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Andes Generación 4 Diesel 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Andes Generación 1 FO6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 6 6 6 0 24Andes Generación 2 FO6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Andes Generación 3 FO6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 6 6 6 0 24Andes Generación 4 FO6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 12 12 12 12 0 48Embalse 699 566 423 369 304 380 632 660 478 564 712 810 783 807 955 1 004 995 908 702 826 1 258 1 223 920 585 17 563Cipreses 70 70 0 0 0 50 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 1 450Rapel  0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 70 70 0 0 140El Toro 240 100 100 100 70 80 180 180 50 140 120 150 200 230 220 220 270 290 130 140 200 200 150 50 3 810Colbún 0 0 0 0 0 0 0 0 0 0 100 150 110 110 170 170 140 0 0 100 180 180 150 0 1 560Machicura  12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 288Canutillar 160 160 120 50 40 40 160 160 160 160 160 160 160 160 160 160 160 160 160 160 160 160 160 160 3 450Pehuenche 0 0 0 0 0 0 0 0 136 132 170 188 151 145 143 162 163 196 120 120 140 140 120 120 2 346Pangue 80 70 50 50 50 50 50 50 50 50 80 80 80 80 80 80 80 70 70 70 180 180 80 50 1 810Ralco 137 154 141 157 132 148 160 188 0 0 0 0 0 0 100 130 100 110 140 154 246 211 178 123 2 709Eólicas 126 125 117 121 137 149 159 166 173 170 165 159 149 135 112 87 70 62 61 61 68 77 94 112 2 855Eólica Canela 0 0 0 0 0 0 0 0 0 0 0 0 1 1 0 0 0 0 0 0 0 0 0 0 2Eólica Canela 2 1 0 0 0 0 0 0 0 0 0 1 2 2 2 2 1 1 0 0 0 0 0 0 0 12Eólica Lebu 1 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 0 19Eólica El Totoral 2 1 1 1 0 0 0 0 0 0 1 1 2 2 1 1 0 0 0 0 0 0 0 0 13Eólica Monte Redondo 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 6Eólica Ucuquer 1 1 1 1 2 2 3 1 0 0 0 0 1 1 2 3 3 3 2 2 2 1 1 0 33Eólica Ucuquer 2 3 3 2 3 5 5 8 4 0 0 0 0 1 2 3 4 4 4 3 2 2 1 1 0 60Eólica Talinay 4 3 2 1 1 1 1 0 1 2 2 2 2 3 6 9 10 11 12 12 10 8 6 5 114Eólica Punta Colorada 0 0 0 0 0 0 0 0 0 0 0 0 1 4 8 8 6 6 7 5 0 0 0 0 45Eólica Cuel 3 3 3 4 5 6 7 7 7 6 4 2 1 1 0 0 1 1 2 3 5 5 5 4 85Eólica El Arrayan 9 7 5 4 3 1 1 0 1 2 3 4 4 5 5 4 3 2 2 2 2 1 1 1 72Eólica San Pedro 2 1 2 6 11 16 13 23 32 29 27 26 26 18 7 4 5 6 7 10 19 21 25 24 360Eólica Los Cururos 0 0 0 0 0 0 0 0 0 2 5 8 9 9 9 8 5 2 1 1 0 0 0 0 59Eólica Punta Palmeras 1 1 0 0 0 0 0 0 0 0 1 2 2 3 2 1 0 0 0 0 0 0 0 0 13Eólica Taltal 72 78 76 73 77 83 86 88 88 85 81 78 72 64 52 36 24 18 13 8 7 16 34 55 1 364Eólica Talinay Poniente 5 4 3 2 2 1 1 1 1 2 3 3 3 4 4 3 3 3 3 3 2 2 2 2 62Eólica  Raki 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Eólica  Huajache 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Eólica Los Buenos Aires 1 1 1 2 3 4 5 5 5 4 3 2 1 1 1 0 1 1 2 2 3 3 2 2 55Eólica Renaico 13 13 13 15 18 21 24 26 26 25 21 17 12 8 5 3 2 3 5 9 13 15 13 11 331Eólica Lebu III 0 1 0 1 1 0 1 1 1 1 1 1 1 1 1 0 0 1 1 0 0 0 0 0 14Eólica La Esperanza 8 8 8 8 8 8 8 9 10 10 10 9 6 4 2 1 1 0 0 1 2 3 4 8 136Solares 0 0 0 0 0 0 0 7 202 508 667 719 733 737 742 755 725 653 422 88 0 0 0 0 6 958Solar Tambo Real 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar SDGx01 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar Esperanza 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar Llano de Llampos 0 0 0 0 0 0 0 1 21 47 67 75 76 75 75 76 74 66 44 9 0 0 0 0 706Solar San Andrés 0 0 0 0 0 0 0 0 6 14 21 25 27 28 29 29 28 24 15 3 0 0 0 0 249Solar Santa Cecilia 0 0 0 0 0 0 0 0 0 1 2 2 2 2 2 2 2 1 1 0 0 0 0 0 17Solar PSF Pama 0 0 0 0 0 0 0 0 0 1 1 2 2 2 2 2 1 1 1 0 0 0 0 0 15Solar PSF Lomas Coloradas 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 0 0 0 0 0 0 0 0 4Solar Diego de Almagro 0 0 0 0 0 0 0 0 3 9 15 20 22 22 23 23 21 17 11 2 0 0 0 0 188Solar Las Terrazas 0 0 0 0 0 0 0 0 0 1 2 2 3 3 3 3 2 2 1 0 0 0 0 0 22Solar Javiera 0 0 0 0 0 0 0 0 10 28 41 46 48 48 47 46 47 44 28 5 0 0 0 0 438Solar Chañares  0 0 0 0 0 0 0 0 5 12 19 24 26 26 27 27 25 22 14 3 0 0 0 0 230Solar Lalackama 0 0 0 0 0 0 0 1 11 24 32 37 39 39 38 38 36 33 22 5 0 0 0 0 355Solar PV Salvador 0 0 0 0 0 0 0 0 17 50 55 39 30 30 31 55 54 54 41 7 0 0 0 0 463Solar Luna  0 0 0 0 0 0 0 0 0 1 2 2 3 3 3 2 2 2 1 0 0 0 0 0 21Solar Lalackama 2 0 0 0 0 0 0 0 0 3 7 9 10 10 10 10 10 10 9 7 2 0 0 0 0 97Solar Sol 0 0 0 0 0 0 0 0 0 1 2 2 2 3 3 2 2 1 1 0 0 0 0 0 19Solar Lagunilla 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar Techos de Altamira 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar Luz del Norte 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar Carrera Pinto 0 0 0 0 0 0 0 1 24 55 71 74 73 73 75 75 71 66 46 9 0 0 0 0 713Solar La Chapeana 0 0 0 0 0 0 0 0 0 0 0 1 2 2 2 2 2 2 1 0 0 0 0 0 14Solar Las Mollacas 0 0 0 0 0 0 0 0 0 0 0 1 2 2 2 2 2 1 1 0 0 0 0 0 13Solar Bellavista 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar Santa Julia 0 0 0 0 0 0 0 0 0 0 2 3 2 2 3 3 3 2 1 0 0 0 0 0 21Solar Til Til 0 0 0 0 0 0 0 0 0 1 2 2 2 2 2 2 2 1 1 0 0 0 0 0 17Solar La Silla 0 0 0 0 0 0 0 0 0 1 1 1 2 2 2 1 1 1 1 0 0 0 0 0 13Solar Los Loros 0 0 0 0 0 0 0 0 5 18 30 39 44 46 45 42 35 25 12 2 0 0 0 0 343Solar Conejo 0 0 0 0 0 0 0 2 32 67 87 93 95 95 96 96 95 84 57 12 0 0 0 0 911Solar El Divisadero 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar Pampa Solar Norte 0 0 0 0 0 0 0 1 18 43 59 61 60 61 62 61 59 53 34 6 0 0 0 0 578Solar Chuchiñi 0 0 0 0 0 0 0 0 0 0 1 2 2 3 3 2 2 1 1 0 0 0 0 0 17Solar Alturas de Ovalle 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar San Pedro 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar Ñilhue 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar Hormiga Solar 0 0 0 0 0 0 0 0 0 1 1 2 2 2 2 2 1 1 0 0 0 0 0 0 14Solar Piloto Solar Cardones 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Solar El Romero 0 0 0 0 0 0 0 0 28 80 80 80 80 80 80 80 80 80 40 14 0 0 0 0 802Solar Quilapilún 0 0 0 0 0 0 0 1 19 46 65 74 76 75 74 71 68 60 40 9 0 0 0 0 678Total Generación SIC 6 057 5 701 5 520 5 426 5 379 5 496 5 877 6 351 6 589 6 898 7 084 7 193 7 237 7 267 7 378 7 410 7 400 7 253 6 971 6 877 7 381 7 374 7 015 6 573 159 707Termoeléctrico 70.6% 71.9% 74.2% 75.5% 76.2% 74.6% 71.4% 72.7% 73.3% 68.8% 65.4% 63.6% 64.0% 63.8% 62.8% 62.5% 63.1% 64.6% 69.3% 71.7% 67.9% 68.0% 71.5% 74.6%Hidroeléctrico 27.3% 25.9% 23.6% 22.2% 21.3% 22.7% 25.9% 24.6% 21.1% 21.4% 22.8% 24.2% 23.8% 24.2% 25.6% 26.1% 26.1% 25.5% 23.8% 26.1% 31.1% 31.0% 27.2% 23.7%Solar 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.1% 3.1% 7.4% 9.4% 10.0% 10.1% 10.1% 10.1% 10.2% 9.8% 9.0% 6.1% 1.3% 0.0% 0.0% 0.0% 0.0%Eólico 2.08% 2.19% 2.12% 2.23% 2.55% 2.71% 2.71% 2.61% 2.63% 2.46% 2.33% 2.21% 2.06% 1.86% 1.52% 1.17% 0.95% 0.85% 0.88% 0.89% 0.92% 1.04% 1.34% 1.70%Nota: el Programa Diario no incluye posible producción de centrales en etapa de pruebas

ANEXO Nº 2

Detalle de la generación real para el día 23 de marzo de 2017

Operación Real del Sistema Interconectado Central  (MWh)jueves 23 marzo 2017Centrales 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Real Máxima Prog.Pasada 987 947 936 913 910 902 904 932 974 989 1 011 1 025 993 1 017 1 019 1 022 1 005 1 011 1 020 1 074 1 106 1 090 1 072 1 037 23 894 1 106 22 363Los Molles 9.0 9.0 5.0 5.0 6.0 5.0 5.0 7.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 195  9  169Sauce Andes 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Aconcagua Ublanco 23.8 22.9 22.3 21.7 21.3 21.0 20.8 20.5 20.3 20.1 19.8 19.5 19.3 19.1 19.1 19.4 21.0 24.8 28.3 30.2 30.7 30.0 28.6 27.2 552  31  524Aconcagua Ujuncal 20.6 17.5 17.1 17.3 17.2 17.2 17.2 17.2 17.2 16.5 15.6 15.7 15.7 15.7 15.6 15.6 15.6 15.5 17.3 20.8 21.3 21.5 21.7 21.7 424  22  0Los Quilos 28.4 24.2 28.5 26.9 26.4 22.1 25.5 27.4 28.4 27.0 27.8 26.2 26.0 25.8 24.9 26.4 25.7 26.6 27.9 28.3 29.9 30.0 30.0 29.9 650  30  622Florida 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Florida 2 7.9 7.9 9.1 9.7 10.1 12.9 14.0 14.4 14.1 13.2 10.7 8.4 8.5 8.9 8.5 8.4 7.6 7.2 6.0 5.5 5.5 4.9 4.5 4.1 212  14  279Florida 3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 55  2  0Maitenes 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 11.0 11.0 12.0 12.0 12.0 11.0 11.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 284  12  288Alfalfal 112.0 121.1 117.7 113.1 111.0 105.1 104.6 104.7 103.8 102.3 101.3 99.4 99.4 99.5 98.8 95.4 92.1 91.4 91.5 107.0 105.9 106.0 110.7 116.5 2 510  121  2 400Queltehues 43.0 42.0 43.0 43.0 43.0 43.0 43.0 43.0 42.0 41.0 43.0 43.0 43.0 43.0 43.0 44.0 43.0 43.0 43.0 44.0 43.0 44.0 42.0 41.0 1 028  44  1 006Puntilla 18.4 18.5 18.5 18.3 18.2 18.4 18.4 18.4 18.4 17.6 17.7 18.4 18.4 18.0 18.0 18.3 18.4 18.4 18.4 18.4 18.4 18.4 18.4 18.4 439  19  401Volcan 13.0 12.0 13.0 13.0 13.0 13.0 12.0 13.0 13.0 12.0 13.0 12.0 13.0 13.0 13.0 12.0 13.0 13.0 13.0 13.0 13.0 12.0 13.0 13.0 306  13  305Los Morros 1.5 1.5 1.5 1.5 1.5 1.3 1.4 1.4 1.4 1.6 1.5 1.6 1.5 1.7 1.8 1.5 1.6 1.5 1.4 1.5 1.4 1.6 1.4 1.3 36  2  39Sauzal 50Hz 51.0 51.0 51.0 51.0 51.0 51.0 41.0 38.0 40.0 47.0 49.0 46.0 41.0 38.0 37.0 36.0 35.0 31.0 35.0 42.0 47.0 37.0 36.0 43.0 1 025  51  837Sauzal 60Hz 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Sauzalito 10.0 10.0 10.0 10.0 10.0 10.0 9.0 8.0 8.0 9.0 10.0 10.0 9.0 9.0 9.0 9.0 8.0 8.0 8.0 9.0 10.0 8.0 8.0 9.0 218  10  182Curillinque 23.0 16.0 16.0 15.0 16.0 15.0 15.0 32.0 39.0 41.0 40.0 40.0 40.0 40.0 39.0 40.0 40.0 40.0 37.0 41.0 40.0 40.0 38.0 40.0 783  41  868San Ignacio 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Loma Alta 12.0 6.0 5.0 5.0 5.0 5.0 5.0 8.0 14.0 16.0 16.0 16.0 16.0 16.0 16.0 15.0 16.0 16.0 15.0 16.0 16.0 15.0 15.0 16.0 301  16  341Rucue 34.0 35.0 35.0 36.0 37.0 38.0 38.0 37.0 38.0 38.0 38.0 39.0 38.0 38.0 38.0 37.0 37.0 37.0 34.0 35.0 36.0 39.0 37.0 38.0 887  39  894Pullinque 7.3 7.2 7.2 7.2 7.2 7.2 7.2 7.2 7.2 15.1 15.2 15.2 15.2 15.2 15.2 15.2 15.2 15.2 15.2 15.2 15.1 15.1 15.1 7.6 285  15  280Pilmaiquén 15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 16.1 17.0 15.4 15.4 15.4 15.4 15.4 15.4 15.4 375  17  360Capullo 4.9 4.8 4.7 4.5 4.4 3.9 3.9 4.0 4.3 5.3 5.1 5.3 5.5 5.5 5.2 4.6 4.6 4.6 4.6 4.6 4.6 4.9 4.9 4.9 114  6  120Peuchén 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 11.8 33.2 33.0 33.0 30.6 18.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 160  33  98Mampil 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Chacabuquito 17.4 17.5 15.8 16.4 16.8 16.3 14.6 14.2 16.1 16.9 16.8 17.0 16.4 15.9 15.8 15.2 15.6 15.9 16.0 16.3 16.9 18.0 18.2 18.1 394  18  372Antuco 106.0 106.0 106.0 105.0 105.0 105.0 105.0 105.0 105.0 105.0 105.0 105.0 105.0 105.0 105.0 105.0 105.0 106.0 106.0 106.0 106.0 106.0 106.0 105.0 2 529  106  2 496Abanico 23.0 23.0 23.0 23.0 23.0 23.0 22.0 23.0 23.0 22.0 22.0 22.0 22.0 22.0 22.0 22.0 23.0 23.0 23.0 24.0 24.0 24.0 23.0 24.0 548  24  552Isla 21.0 19.0 19.0 19.0 19.0 19.0 22.0 31.0 35.0 35.0 35.0 35.0 35.0 35.0 33.0 37.0 35.0 33.0 35.0 35.0 35.0 34.0 35.0 34.0 725  37  765Eyzaguirre 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 17  1  24Quilleco 15.0 15.0 14.0 15.0 14.0 14.0 15.0 15.0 17.0 16.0 15.0 16.0 16.0 16.0 16.0 17.0 15.0 14.0 15.0 15.0 15.0 15.0 16.0 16.0 367  17  386El Rincón 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 6  0  0Chiburgo 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 3.0 3.0 3.0 3.0 3.0 3.0 216  11  140Palmucho 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 648  27  648Hornitos 30.0 29.9 30.0 30.1 30.1 30.1 30.1 30.0 28.2 26.7 26.7 26.7 26.7 26.7 26.7 26.6 26.7 31.0 39.4 39.7 40.1 40.5 40.2 39.4 752  41  645Puclaro 5.9 5.9 5.9 5.9 5.9 4.7 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 4.8 5.9 5.9 5.9 5.9 5.9 5.9 5.9 5.9 5.9 92  6  136Ojos de Agua 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 105  4  96Coya 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  168Lircay 9.5 9.5 9.5 9.6 10.1 10.2 10.1 10.1 9.9 9.8 9.5 9.2 9.2 8.7 8.6 8.6 8.5 8.3 8.1 8.0 8.0 7.8 7.8 7.8 216  10  192El Manzano 1.9 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.7 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 43  2  47Pehui 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Truful Truful 0.6 0.6 0.6 0.6 0.6 0.6 0.7 0.6 0.6 0.6 0.6 0.6 0.6 0.6 0.6 0.6 0.6 0.6 0.6 0.6 0.5 0.0 0.0 0.0 13  1  17La Paloma 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 1.1 1.1 1.1 1.1 1.1 1.1 1.1 43  2  48Trueno 1.1 0.3 0.0 1.0 0.3 0.1 1.1 0.1 0.3 0.9 0.0 0.6 0.7 0.0 0.9 0.4 0.0 1.1 0.1 0.4 0.8 0.0 0.9 0.3 11  1  11San Clemente 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Los Bajos 5.0 5.0 5.0 5.0 5.0 5.0 5.0 5.0 5.0 3.4 5.0 5.0 5.0 5.0 5.0 5.0 5.0 5.0 5.0 5.0 5.0 5.0 5.0 5.0 118  5  120Auxiliar del Maipo 4.1 4.3 4.2 4.3 4.3 4.2 4.2 4.3 4.3 4.3 4.2 4.3 4.4 4.4 4.3 4.3 4.3 4.3 4.3 4.3 4.3 4.3 4.3 4.1 103  4  93La Higuera 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Juncalito 0.8 0.8 0.8 0.7 0.7 0.7 0.8 0.8 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.8 0.9 0.9 0.9 0.9 0.9 0.9 0.9 19  1  17El Tártaro 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Guayacán 8.2 8.3 8.7 8.7 8.8 8.6 8.2 8.5 8.1 8.4 8.4 7.7 8.4 8.0 8.0 7.3 7.4 6.9 7.6 7.5 7.2 7.2 7.3 7.3 191  9  225La Confluencia 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Mariposas 2.1 2.4 2.4 2.4 2.4 2.1 1.9 1.9 1.8 1.8 1.8 1.7 1.7 1.7 1.7 1.7 1.7 1.7 1.7 1.7 1.6 1.5 1.5 1.5 44  2  24Los Corrales 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 15  1  13Los Corrales II 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 19  1  14Carena 8.7 8.7 8.7 8.6 8.6 8.6 8.6 8.6 8.6 7.5 6.5 6.5 6.2 5.3 6.2 7.7 7.9 8.4 8.6 8.6 8.6 8.3 8.4 8.6 191  9  192Diuto 2.6 2.6 2.6 2.6 2.6 2.6 2.6 2.6 2.6 2.6 2.6 2.5 1.4 1.4 1.4 1.4 1.4 2.1 2.6 2.6 2.6 2.6 2.6 0.0 53  3  72Dongo 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Mallarauco 2.9 2.9 2.9 2.8 2.8 2.8 2.8 2.8 2.8 2.8 2.9 2.9 2.9 2.8 2.8 2.8 2.9 2.8 2.8 2.8 2.8 2.8 2.8 2.8 68  3  72Licán 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.6 7.4 7.6 7.2 7.3 7.5 7.4 6.9 5.9 2.5 0.0 0.0 0.0 63  8  74Chacayes 72.3 72.0 66.1 58.7 57.8 58.7 58.5 56.6 49.3 57.4 58.0 53.3 48.8 51.0 52.0 54.3 54.6 49.6 49.0 57.2 63.2 64.9 64.6 64.3 1 392  72  1 260Muchi 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1  0  0La Arena 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Reca 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.1 0.0 0.0 6  0  0Purísima 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Allipen 2.5 2.6 2.6 2.6 2.5 2.6 2.6 2.5 2.5 2.6 2.6 2.5 2.5 2.6 2.6 2.5 2.6 2.6 2.6 2.5 2.5 2.5 2.6 2.6 61  3  69El Canelo 1.5 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.5 1.4 1.4 1.5 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.4 34  1  24Nalcas 2.0 2.0 1.9 2.1 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 1.9 1.9 1.9 47  2  48Callao 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.2 0.2 6  0  0Rucatayo 17.9 0.0 0.0 0.0 0.0 4.4 17.9 15.1 15.1 15.2 15.1 15.2 15.1 15.1 15.2 19.1 20.2 22.4 23.7 23.5 24.7 24.9 25.8 18.2 364  26  381Renaico 5.7 5.6 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 132  6  120Providencia 1.5 1.5 1.5 1.5 1.6 1.6 2.1 1.9 1.8 1.4 1.2 1.0 0.9 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.7 0.7 0.7 0.7 28  2  24Don Walterio 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Robleria 1.1 1.1 1.2 1.1 1.1 1.2 1.1 1.1 1.1 1.2 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.2 1.1 1.1 1.1 1.1 1.1 1.1 27  1  24Hidrobonito MC1 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.2 2.3 2.3 2.3 2.3 2.3 2.3 2.3 2.3 55  2  53Hidrobonito MC2 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.6 0.7 0.7 0.7 0.7 0.7 0.6 0.7 0.6 16  1  24Ensenada 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Río Huasco 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 5.4 129  5  120San Andrés 27.2 21.3 21.4 17.0 16.3 15.4 15.0 10.6 18.5 21.5 21.5 21.5 21.5 21.5 21.5 28.6 33.8 33.8 36.9 41.6 41.7 41.2 31.3 29.6 610  42  545El Llano 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 13  1  24Las Vertientes 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 0.8 0.8 1.0 1.1 1.1 1.0 1.1 1.1 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 25  1  31Laja 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Los Hierros 7.3 7.3 7.3 7.7 8.0 8.1 7.6 7.3 7.4 7.6 7.5 7.5 7.1 7.0 7.1 7.0 6.9 6.8 6.7 6.7 6.7 7.1 7.1 7.1 174  8  84Maisan 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.0 0.0 0.0 0.1 0.1 0.0 0.1 0.1 0.1 0.1 0.0 0.0 0.1 0.1 2  0  0Los Padres 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Alto Renaico 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 26  1  0Quillaileo 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1  0  0Pichilonco 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 3  0  0Donguil 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1  0  0María Elena 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Collil 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 7  0  0Llauquereo 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Los Hierros II 1.4 1.4 1.4 1.5 1.6 1.6 1.5 1.4 1.4 1.5 1.4 1.4 1.3 1.4 1.5 1.3 1.4 1.4 1.3 1.1 1.2 1.5 1.5 1.3 33  2  12Pulelfu 4.0 3.7 3.4 3.3 3.3 3.3 3.4 3.8 4.0 4.0 4.4 4.5 4.4 3.7 3.5 3.6 3.8 3.8 3.9 3.9 3.9 3.8 3.9 3.8 91  5  88Las Flores 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 0.3 0.0 0.3 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.0 1.0 1.0 1.0 23  1  24Picoiquén 2.0 2.2 2.2 2.4 1.8 1.4 1.5 1.3 1.5 1.5 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.9 2.2 2.8 40  3  24Angostura 43.0 42.0 42.0 42.0 42.0 42.0 42.0 51.0 70.0 65.0 70.0 66.0 42.0 69.0 69.0 70.0 70.0 70.0 70.0 70.0 86.0 83.0 75.0 62.0 1 453  86  1 151El Paso 7.6 7.6 7.6 0.6 0.0 0.0 0.0 0.0 0.0 0.0 6.0 10.9 10.9 12.7 15.9 15.4 15.4 21.6 22.0 26.5 31.4 31.1 31.1 16.5 291  31  320Trailelfú 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.2 7  0  0Itata 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Carilafquén 8.0 8.0 8.0 8.0 8.0 7.9 7.6 7.6 7.6 7.6 7.6 7.6 7.6 7.7 8.4 9.1 9.4 9.7 9.6 9.4 9.1 8.7 8.6 8.6 199  10  176Malalcahuello 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 0.9 0.8 0.8 0.8 0.8 0.8 0.9 1.0 1.0 23  1  24Doña Hilda 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Molinera Villarrica 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Bureo 0.8 0.8 0.7 0.7 0.7 0.7 0.7 0.7 0.8 0.8 0.8 0.8 0.7 0.8 0.8 0.8 0.8 0.8 0.8 0.8 1.0 1.0 0.9 0.9 19  1  22El Mirador 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Cumpeo 1.0 1.2 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 25  1  19El Galpón 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 5  0  0Río Mulchén 0.2 0.2 0.2 0.2 0.2 0.1 0.0 0.0 0.0 0.0 0.1 0.2 0.2 0.2 0.2 0.2 0.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2  0  0Munilque 1 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.3 9  0  0Munilque 2 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.3 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.2 0.4 0.4 0.4 0.3 6  0  0Boquiamargo 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0El Arrayán 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Contra 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Los Colonos 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Curileufu 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Panguipulli 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Dosal 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Chanleufu 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0El Agrio 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Tránquil 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0El Colorado 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 5  0  0La Montaña 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Riñinahue 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 21  1  0Río Colorado 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.5 1.4 1.5 1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.3 1.3 1.3 1.2 1.3 1.4 1.3 33  2  0Térmicas 4 338 4 105 3 986 3 980 4 003 4 040 4 253 4 582 4 609 4 551 4 576 4 675 4 718 4 660 4 595 4 621 4 576 4 515 4 578 4 990 5 186 5 097 4 875 4 639 108 748 5 186 109 968Taltal 2 GNL 65.0 69.0 90.0 91.0 86.0 65.0 71.0 90.0 90.0 91.0 90.0 90.0 90.0 88.0 4.0 0.0 0.0 0.0 5.0 112.0 112.0 111.0 112.0 48.0 1 670  112  600Taltal 2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Taltal 2 Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Taltal 1 GNL 67.0 58.0 0.0 0.0 19.0 83.0 110.0 111.0 69.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 72.0 111.0 110.0 88.0 20.0 918  111  660Taltal 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Taltal 1 Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Diego de Almagro 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0El Salvador 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Guacolda 1 152.0 152.0 152.0 152.0 152.0 151.0 152.0 152.0 147.0 83.0 61.0 61.0 61.0 61.0 61.0 61.0 61.0 60.0 94.0 150.0 150.0 150.0 150.0 150.0 2 776  152  2 942Guacolda 2 145.0 145.0 145.0 145.0 146.0 146.0 145.0 142.0 118.0 79.0 60.0 60.0 60.0 60.0 60.0 61.0 60.0 60.0 60.0 66.0 122.0 145.0 144.0 145.0 2 519  146  2 400Guacolda 3 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Guacolda 4 147.0 135.0 135.0 135.0 134.0 135.0 135.0 135.0 133.0 82.0 60.0 60.0 60.0 60.0 61.0 61.0 61.0 60.0 85.0 147.0 152.0 152.0 152.0 152.0 2 629  152  2 640Guacolda 5 140.0 137.0 137.0 137.0 134.0 133.0 130.0 128.0 123.0 101.0 102.0 101.0 102.0 101.0 71.0 61.0 61.0 60.0 89.0 139.0 137.0 130.0 131.0 131.0 2 716  140  2 900Huasco TG 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Huasco TG IFO 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0L.Verde TG 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Los Vientos TG 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Nehuenco 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Nehuenco Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Nehuenco GNL 301.0 266.0 267.0 262.0 262.0 264.0 272.0 320.0 320.0 320.0 320.0 321.0 317.0 316.0 316.0 315.0 314.0 314.0 315.0 317.0 317.0 319.0 316.0 311.0 7 282  321  7 320Nehuenco TG 9B 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Nehuenco TG 9B Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Nehuenco TG 9B GNL 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 63.0 4.0 0.0 0.0 22.0 72.0 15.0 0.0 0.0 0.0 0.0 0.0 176  72  0Nehuenco II 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Nehuenco II Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Nehuenco II GNL 364.0 264.0 264.0 264.0 264.0 264.0 273.0 381.0 383.0 380.0 379.0 381.0 376.0 376.0 375.0 377.0 377.0 377.0 376.0 377.0 378.0 378.0 377.0 377.0 8 382  383  8 400San Isidro 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0San Isidro Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0San Isidro GNL 337.0 333.0 231.0 222.0 221.0 221.0 324.0 334.0 335.0 334.0 334.0 334.0 333.0 332.0 331.0 328.0 325.0 325.0 327.0 330.0 332.0 330.0 331.0 331.0 7 515  337  8 160San Isidro II 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0San Isidro II Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0San Isidro II GNL 375.0 374.0 374.0 374.0 375.0 357.0 375.0 375.0 375.0 374.0 376.0 374.0 375.0 375.0 375.0 375.0 375.0 374.0 376.0 375.0 374.0 374.0 376.0 375.0 8 977  376  9 120Ventanas 1 74.0 72.0 72.0 72.0 72.0 73.0 73.0 71.0 71.0 72.0 72.0 71.0 71.0 69.0 69.0 71.0 70.0 72.0 72.0 74.0 74.0 74.0 73.0 73.0 1 727  74  1 632Ventanas 2 191.0 190.0 190.0 180.0 190.0 186.0 189.0 186.0 186.0 70.0 0.0 0.0 0.0 0.0 0.0 0.0 25.0 92.0 105.0 159.0 187.0 188.0 188.0 188.0 2 890  191  4 560Nueva Ventanas 272.0 272.0 273.0 273.0 273.0 273.0 273.0 273.0 273.0 273.0 273.0 273.0 273.0 273.0 273.0 273.0 272.0 272.0 272.0 273.0 273.0 273.0 273.0 273.0 6 547  273  6 528L.Verde TV 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Nueva Renca GNL 322.0 325.0 325.0 326.0 324.0 328.0 328.0 330.0 328.0 325.0 325.0 310.0 313.0 313.0 309.0 310.0 310.0 306.0 311.0 313.0 316.0 318.0 320.0 323.0 7 658  330  7 440Nueva Renca FA_GLP 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 18.0 31.0 12.0 0.0 0.0 0.0 0.0 26.0 32.0 27.0 29.0 30.0 32.0 40.0 33.0 0.0 310  40  0Nueva Renca FA_GNL 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Nueva Renca Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Renca U1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Renca U2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Campiche 272.0 272.0 272.0 273.0 273.0 273.0 273.0 272.0 272.0 272.0 272.0 272.0 271.0 271.0 274.0 273.0 273.0 273.0 273.0 271.0 271.0 271.0 271.0 271.0 6 531  274  6 528Constitución A. Biomasa 7.0 8.0 7.3 7.3 7.3 7.3 7.4 7.1 7.3 7.2 7.2 6.7 6.1 6.5 4.3 4.9 6.8 5.4 6.8 6.5 7.3 7.2 6.4 6.6 162  8  150Constitución A. IFO 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Petropower 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Laja 6.0 6.0 6.0 6.0 6.0 6.0 6.0 6.0 6.0 6.0 6.0 7.0 6.0 7.0 6.0 6.0 6.0 6.0 6.0 5.0 6.0 5.0 5.0 5.0 142  7  216Bocamina 125.0 125.0 127.0 125.0 127.0 126.0 126.0 125.0 126.0 125.0 125.0 126.0 125.0 126.0 128.0 128.0 128.0 128.0 127.0 127.0 128.0 127.0 127.0 126.0 3 033  128  3 072Bocamina 2 280.0 293.0 340.0 350.0 349.0 349.0 342.0 311.0 307.0 340.0 349.0 350.0 348.0 348.0 347.0 346.0 348.0 348.0 350.0 349.0 349.0 348.0 350.0 348.0 8 139  350  8 400Arauco 2.9 2.5 3.1 6.9 6.0 5.6 3.2 5.7 5.8 5.8 5.2 5.3 9.0 8.6 7.6 7.7 4.4 1.2 1.3 0.6 7.0 6.9 4.5 5.2 122  9  544Cholguán Biomasa 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 0.0 0.0 0.0 0.1 0.0 0  0  0Cholguán IFO 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Licantén Biomasa 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Licantén LN 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Valdivia LN 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 11.0 264  11  1 280Valdivia Biomasa 18.6 14.0 13.3 8.5 8.2 10.9 13.1 12.4 22.5 27.0 27.0 27.0 27.0 27.0 27.0 27.0 27.0 42.5 34.5 40.9 39.1 41.3 41.3 35.1 612  43  0Valdivia IFO 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.5 6.5 10.4 14.7 15.8 17.3 20.9 16.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 103  21  0Antilhue TG 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Horcones TG 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Horcones Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0TG_Coronel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0TG_Coronel Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 23.2 36.9 36.9 36.9 36.9 36.9 36.9 7.6 0.0 0.0 0.0 0.0 0.0 0.0 252  37  0Nueva Aldea 0.2 0.1 0.0 0.0 0.1 0.0 0.0 0.0 0.0 0.0 0.0 0.2 0.6 0.1 0.0 0.0 0.0 0.0 0.9 1.1 1.6 1.2 1.2 1.1 8  2  336Nueva Aldea 2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Nueva Aldea 3 12.7 10.5 10.7 17.2 16.0 12.5 15.9 22.2 21.7 23.7 25.1 22.1 20.9 16.9 18.3 21.6 19.2 22.4 22.0 19.7 19.2 19.5 18.2 18.8 447  25  888Viñales 30.7 30.9 31.7 31.9 31.4 31.5 31.5 31.8 31.4 32.0 31.9 32.1 31.9 31.7 31.6 31.4 31.1 31.6 32.1 32.0 32.1 31.9 31.2 31.3 759  32  528Candelaria 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Candelaria 1 Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 22.0 116.0 113.0 114.0 111.0 107.0 109.0 109.0 108.0 108.0 107.0 87.0 112.0 54.0 0.0 0.0 1 377  116  1 290Candelaria 1 GNL 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Candelaria 2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Candelaria 2 Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 29.0 114.0 111.0 112.0 109.0 106.0 108.0 109.0 108.0 68.0 99.0 83.0 110.0 65.0 0.0 0.0 1 331  114  1 290Candelaria 2 GNL 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Trongol‐Curanilahue 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Lebu 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Cañete 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Chufkén (Traiguén) 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Curacautín 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Yungay G1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Yungay G2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Yungay G3 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Yungay Diesel 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Yungay Diesel 2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Yungay Diesel 3 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Yungay 4ca 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Casablanca 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Casablanca 2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Las Vegas 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0

Generación

Curauma 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Concón 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Escuadrón (ex FPC) 10.6 10.6 10.4 10.4 10.4 10.3 10.3 10.3 10.6 10.6 10.5 10.0 10.3 10.3 10.3 10.5 10.6 10.7 10.7 10.6 10.2 10.3 10.5 10.6 251  11  144Constitución 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Maule 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Monte Patria 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Punitaqui 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Esperanza 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Esperanza 2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Esperanza TG 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Degañ 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 31.2 34.1 33.5 22.4 27.6 28.9 31.0 7.7 0.0 0.0 0.0 0.0 0.0 0.0 216  34  0Olivos 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0El Totoral 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Quintay 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Placilla 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Chiloé 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Quellon II 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Colmito GNL 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Colmito Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  290Los Pinos 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 31.0 87.0 88.0 87.0 87.0 88.0 90.0 91.0 95.0 94.0 63.0 901  95  1 800Chuyaca 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Skretting 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Cenizas 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.7 4.0 5.0 4.5 0.0 14  5  30Santa Lidia 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Trapén 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 58.3 79.1 79.4 78.6 78.9 79.2 78.5 78.0 33.0 0.0 0.0 0.0 0.0 0.0 0.0 643  79  0Los Espinos 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0San Gregorio 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Linares Norte 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Biomar 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Eagon 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Salmofood I 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Teno 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 36.0 49.5 49.0 48.6 49.4 49.7 50.2 33.5 8.3 0.0 0.0 0.0 0.0 0.0 374  50  0Newen Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Newen Butano 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Newen Propano 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Newen Gas Natural 0.7 0.0 0.0 0.0 0.0 0.0 0.0 0.0 8.8 14.5 14.5 14.5 14.5 14.4 14.4 14.4 14.4 8.8 0.0 0.0 0.0 0.0 0.0 0.0 134  15  0Newen Mezcla Butano/Propano 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Watts I 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Watts II 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Multiexport I 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Multiexport II 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Los Álamos 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Cardones 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Quintero DIESEL A 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Quintero DIESEL B 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Quintero GNL A 23.0 0.0 0.0 0.0 0.0 0.0 0.0 104.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 2 047  120  2 040Quintero GNL B 88.0 33.0 0.0 0.0 0.0 0.0 42.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 120.0 121.0 121.0 121.0 120.0 121.0 2 207  121  2 040Louisiana Pacific 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0El Peñón 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 47.9 77.4 77.4 77.5 21.7 0.0 302  78  320San Lorenzo de D. de Almagro U1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0San Lorenzo de D. de Almagro U2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0San Lorenzo de D. de Almagro U3 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Tapihue 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Termopacífico 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Loma Los Colorados I 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Loma Los Colorados II 18.0 18.4 18.5 18.6 18.5 18.5 18.4 18.4 18.4 18.1 18.1 18.1 18.0 17.7 18.0 18.0 18.0 18.0 18.1 18.3 18.3 18.3 18.4 18.4 438  19  384Emelda U1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Emelda U2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Colihues IFO 14.1 12.2 12.2 12.2 12.2 12.2 12.2 12.2 17.4 22.0 22.0 21.9 22.1 21.7 21.1 20.7 20.9 21.0 21.1 21.9 22.0 22.0 18.7 12.2 428  22  400Colihues DIE 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Curicó 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Punta Colorada IFO 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Punta Colorada Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Masisa (Cabrero) 6.5 6.7 6.7 6.6 6.9 6.6 6.6 6.4 6.4 6.3 6.4 6.4 6.6 6.5 6.4 6.5 6.5 6.4 6.4 6.5 6.3 6.4 6.3 6.0 155  7  192Calle‐Calle 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.9 7.1 7.1 7.1 7.1 7.1 7.1 1.4 0.0 0.0 0.0 0.0 0.0 0.0 51  7  0Cem Bio Bio IFO 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.7 6.5 6.2 7.0 7.1 7.1 6.9 6.6 6.5 6.4 6.4 6.4 6.7 7.2 6.9 6.6 102  7  192Cem Bio Bio DIESEL 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Southern 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Lousiana Pacific II (Lautaro) 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0HBS 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Tomaval 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Skretting Osorno 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Energía Pacífico 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.4 7.5 14.6 16.4 16.6 16.4 16.2 16.6 16.0 16.3 16.5 16.6 16.6 16.6 16.5 220  17  0Lonquimay 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Tirúa 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Lautaro‐Comasa 25.7 25.7 25.7 25.7 25.7 25.7 25.7 25.7 25.9 26.0 26.0 26.0 25.9 25.9 26.0 25.9 25.9 25.8 25.8 25.8 25.7 25.8 25.3 25.5 619  26  624Lautaro‐Comasa 2 21.6 21.4 21.5 21.5 21.2 21.5 21.6 21.5 21.4 21.6 21.5 21.5 21.4 21.1 21.5 21.4 21.4 21.4 21.5 21.3 21.5 21.5 21.5 21.4 515  22  528Danisco 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Contulmo 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0JCE 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Santa María 364.0 363.0 364.0 364.0 364.0 365.0 365.0 364.0 365.0 365.0 364.0 365.0 365.0 365.0 364.0 351.0 361.0 363.0 366.0 364.0 364.0 365.0 365.0 365.0 8 730  366  8 880Estancilla 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.4 2.5 2.5 2.5 2.5 2.5 2.5 2.6 0.0 0.0 0.0 0.0 0.0 18  3  0Trebal Mapocho 4.2 4.4 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.4 5.5 4.9 5.3 5.5 5.5 5.5 5.5 5.3 4.2 5.5 5.5 127  5  0CMPC Laja 7.9 7.1 11.2 12.7 14.0 13.6 10.7 10.6 8.5 6.3 8.4 7.5 4.5 2.0 2.3 3.8 4.6 9.1 9.9 18.3 18.1 17.1 17.5 17.9 244  18  360Tamm 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Ancalí 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Santa Fe 18.9 21.4 16.5 15.5 20.4 30.2 37.4 35.1 29.4 32.5 31.4 29.4 22.7 26.1 30.3 29.4 42.1 48.6 47.4 45.8 46.2 41.8 43.8 45.3 788  49  1 464Santa Marta 9.8 9.4 9.7 9.9 9.8 9.6 9.3 9.4 9.5 9.1 9.2 9.1 8.7 8.3 8.3 8.9 9.9 10.2 10.1 10.1 10.2 10.2 10.1 10.2 229  10  240Santa Irene 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 9  0  0Las Pampas 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 9  0  0CMPC Pacífico 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Energía León (Coelemu) 5.1 5.1 5.1 5.5 5.2 5.0 4.9 4.9 5.1 5.1 5.1 5.1 5.1 5.2 5.2 5.1 4.9 2.4 0.0 0.0 0.0 1.8 5.0 5.1 101  6  0 CMPC Santa Fe 0.0 0.0 0.0 0.0 0.0 3.2 2.6 1.2 4.4 5.7 7.2 8.8 5.5 6.0 7.2 7.3 4.9 6.3 7.5 6.8 6.3 6.8 6.6 5.4 110  9  120 Biocruz 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0 Los Guindos 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 41.4 121.7 123.0 120.9 106.1 118.6 11.2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 643  123  0 CMPC Cordillera 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0 CMPC Tissue 1.1 1.2 1.0 1.2 1.0 0.9 0.6 0.0 0.0 0.0 0.0 3.3 2.6 1.2 1.1 4.1 6.4 5.8 6.0 5.1 4.9 4.7 5.1 6.4 64  6  0 Andes Generación 1 Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0 Andes Generación 2 Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0 Andes Generación 3 Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0 Andes Generación 4 Diesel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0 Andes Generación 1 FO6 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2.1 6.4 6.2 3.5 0.0 0.0 18  6  24 Andes Generación 2 FO6 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2.3 6.7 6.8 3.9 0.0 0.0 20  7  0 Andes Generación 3 FO6 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2.8 6.3 6.4 3.2 0.0 0.0 19  6  24 Andes Generación 4 FO6 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 9.7 9.5 6.1 0.0 0.0 28  10  48 El Molle 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0 El Canelo 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0 Raso Power 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0 HBS GNL 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0 Rey 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0 Embalse 553 524 446 393 395 468 646 805 811 823 884 865 878 945 1 001 990 940 960 908 872 1 110 910 854 773 18 754  1 110  17 563Cipreses 15.0 15.0 15.0 15.0 15.0 15.0 34.0 70.0 70.0 73.0 73.0 73.0 70.0 70.0 73.0 70.0 70.0 70.0 70.0 70.0 70.0 70.0 70.0 70.0 1 326  73  1 450Rapel 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 13.0 50.0 82.0 23.0 43.0 43.0 43.0 41.0 41.0 40.0 40.0 40.0 40.0 42.0 42.0 9.0 632  82  140El Toro 180.0 153.0 100.0 100.0 100.0 100.0 119.0 183.0 161.0 162.0 171.0 156.0 183.0 237.0 237.0 244.0 213.0 166.0 166.0 142.0 147.0 119.0 123.0 135.0 3 797  244  3 810Colbun 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 51.0 103.0 165.0 179.0 189.0 198.0 179.0 172.0 150.0 12.0 0.0 187.0 176.0 199.0 163.0 2 123  199  1 560Machicura 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 12.0 288  12  288Canutillar 41.0 41.0 16.0 0.0 0.0 0.0 96.0 153.0 152.0 152.0 152.0 152.0 152.0 152.0 152.0 152.0 153.0 153.0 153.0 152.0 152.0 152.0 151.0 150.0 2 779  153  3 450Pehuenche 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 108.0 194.0 178.0 144.0 138.0 141.0 172.0 191.0 146.0 125.0 174.0 132.0 174.0 145.0 150.0 15.0 2 327  194  2 346Pangue 133.0 150.0 145.0 100.0 105.0 143.0 150.0 168.0 165.0 114.0 102.0 120.0 101.0 101.0 103.0 101.0 86.0 50.0 65.0 115.0 148.0 93.0 92.0 82.0 2 732  168  1 810Ralco 172.0 153.0 158.0 166.0 163.0 198.0 235.0 219.0 130.0 15.0 11.0 20.0 0.0 0.0 11.0 0.0 47.0 194.0 216.0 209.0 180.0 101.0 15.0 137.0 2 750  235  2 709Eólicas 199 182 187 165 143 146 163 167 143 122 106 106 86 62 59 47 38 35 47 42 62 132 110 102 2 652  199  2 855Eólica Canela 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  2Eólica Canela 2 1.7 2.5 0.4 0.2 0.4 0.2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 5  3  12Eólica Lebu 0.1 0.3 0.6 0.0 0.0 0.0 0.0 0.3 2.6 2.4 2.5 1.2 1.5 1.8 2.0 1.9 2.1 1.8 1.4 0.8 0.5 0.0 0.0 0.0 24  3  19Eólica Totoral 0.4 0.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1  0  13Eólica Monte Redondo 1.1 0.2 0.0 0.3 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2  1  6Eólica Ucuquer 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.2 0.4 1.0 1.2 0.8 0.6 0.6 0.4 1.1 0.9 0.4 0.4 0.4 0.5 9  1  33Eólica Ucuquer 2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.3 1.5 1.9 1.3 1.0 1.0 1.0 1.6 1.5 0.4 0.2 0.3 0.4 12  2  60Eólica Talinay 3.9 3.7 3.0 3.8 0.9 0.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.1 2.7 4.6 12.6 8.2 2.4 0.3 0.0 0.0 47  13  114Eólica Punta Colorada 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.5 0.8 1.3 2.3 3.6 4.8 6.2 5.3 3.7 2.9 3.8 1.2 0.5 0.0 0.0 37  6  45Eólica Cuel 0.2 1.2 1.7 1.3 1.4 4.6 6.5 7.8 4.5 2.1 1.3 2.6 2.4 0.6 0.0 0.0 0.0 0.0 0.0 1.0 5.4 2.8 0.0 0.0 47  8  85Eólica El Arrayán 12.5 7.5 7.4 7.6 4.9 1.9 0.3 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.2 42  13  72Eólica San Pedro 1.8 1.9 0.6 0.3 1.5 3.0 4.4 6.2 7.0 8.0 7.1 7.3 4.0 0.8 0.0 0.0 0.0 0.0 0.0 0.3 2.5 4.1 2.4 1.6 65  8  360Eólica Los Cururos 2.1 0.2 0.3 0.6 0.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 0.4 0.0 0.0 0.0 0.0 0.0 4  2  59Eólica Punta Palmeras 0.9 0.3 0.3 0.0 0.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2  1  13Eólica Taltal 66.9 70.1 83.4 89.3 94.0 94.7 93.3 95.2 94.1 60.8 45.7 45.6 45.5 45.3 47.9 34.6 24.3 21.5 18.1 10.3 7.9 54.7 56.4 57.9 1 357  95  1 364Eólica Talinay Poniente 6.6 5.8 6.3 7.0 3.5 2.2 0.4 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.9 0.9 1.6 2.0 2.2 0.1 0.0 0.0 0.0 39  7  62Eólica Raki 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Eólica La Esperanza 2.0 1.3 3.7 3.6 1.6 2.5 2.2 1.4 0.6 0.8 1.2 2.6 2.1 0.5 0.0 0.0 0.0 0.0 0.0 0.4 0.5 1.6 1.8 0.8 31  4  136Eólica Los Buenos Aires 0.8 2.0 1.8 1.1 1.6 5.5 8.5 8.0 3.7 1.6 0.5 4.1 2.8 1.6 0.3 0.0 0.0 0.0 0.0 0.1 4.2 0.8 0.0 0.0 49  9  55Eólica Huajache 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Eólica Renaico 34.3 21.8 17.9 20.4 19.8 24.8 40.4 39.0 20.3 30.6 29.4 29.9 18.7 3.0 0.5 0.1 0.1 0.0 3.0 9.7 27.4 48.0 43.0 37.2 519  48  331Eólica San Juan 62.3 61.7 58.9 29.4 11.7 0.4 0.0 0.0 0.0 5.3 10.7 5.9 0.0 0.0 0.0 0.0 0.0 0.0 2.9 2.1 4.4 12.3 2.2 0.0 270  62  0Eólica San Pedro II 1.8 1.4 0.6 0.1 1.3 5.8 7.2 8.8 10.4 9.6 6.4 4.5 3.9 1.5 0.7 0.8 0.6 0.3 0.6 1.1 4.7 6.8 4.0 3.7 87  10  0Eólica Lebu III 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.2 0.2 0.3 0.1 0.1 0.2 0.2 0.2 0.3 0.2 0.2 0.1 0.0 0.0 0.0 0.0 2  0  14Solares 0 0 0 0 0 0 0 0 167 456 520 543 546 552 663 678 708 741 469 62 0 0 0 0 6 106 741 6 958Solar Tambo Real 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Solar SDGx01 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Solar Esperanza 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Solar Llano de Llampos 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 18.3 45.0 45.8 45.8 45.8 47.8 75.3 78.6 73.3 73.7 52.9 6.0 0.0 0.0 0.0 0.0 608  79  706Solar San Andrés 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.9 3.1 6.1 19.5 22.0 22.0 13.4 19.4 18.8 21.1 14.8 1.9 0.0 0.0 0.0 0.0 163  22  249Solar Santa Cecilia 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.2 0.9 1.6 2.0 2.3 2.3 2.3 2.1 1.7 1.2 0.5 0.1 0.0 0.0 0.0 0.0 17  2  17Solar Techos de Altamira 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Solar Diego de Almagro 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2.2 11.4 15.0 15.0 15.0 15.0 21.7 25.8 23.4 16.9 7.7 0.8 0.0 0.0 0.0 0.0 170  26  188Solar PSF Pama 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.2 0.7 1.2 1.6 0.0 0.0 1.9 1.7 1.4 1.0 0.5 0.1 0.0 0.0 0.0 0.0 10  2  15Solar PSF Lomas Coloradas 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 0.7 1.2 1.6 0.0 0.0 1.9 1.8 1.5 1.2 0.6 0.1 0.0 0.0 0.0 0.0 11  2  4Solar Las Terrazas 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 0.3 0.9 2.4 2.7 2.7 2.7 2.6 2.2 1.5 0.7 0.1 0.0 0.0 0.0 0.0 19  3  22Solar PV Salvador 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 16.3 32.0 31.0 31.0 31.0 31.1 26.7 17.5 33.6 50.4 39.4 6.2 0.0 0.0 0.0 0.0 346  50  463Solar Chañares 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2.0 13.7 16.0 16.0 16.0 16.8 29.3 31.2 30.9 27.8 15.5 1.9 0.0 0.0 0.0 0.0 217  31  230Solar Lalackama 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 13.2 26.3 24.8 24.7 24.8 24.8 45.4 48.4 48.1 45.7 32.6 4.6 0.0 0.0 0.0 0.0 363  48  355Solar Javiera 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2.6 21.1 30.0 30.0 30.0 30.1 24.4 26.5 25.0 47.2 32.6 1.2 0.0 0.0 0.0 0.0 301  47  438Solar Loma Los Colorados 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.2 0.3 0.5 0.6 0.6 0.6 0.6 0.4 0.3 0.1 0.0 0.0 0.0 0.0 0.0 4  1  0Solar Luz del Norte 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 33.7 65.3 64.6 64.5 64.4 64.4 50.0 46.9 89.9 100.8 74.0 12.1 0.0 0.0 0.0 0.0 731  101  0Solar Luna 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.2 1.0 1.7 2.3 2.6 2.8 2.8 2.6 2.2 1.6 0.8 0.1 0.0 0.0 0.0 0.0 21  3  21Solar Lalackama 2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 4.0 7.6 7.3 7.3 7.3 7.3 13.8 14.7 14.7 13.7 8.8 1.2 0.0 0.0 0.0 0.0 107  15  97Solar El Pilar ‐ Los Amarillos 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Solar Sol 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.2 0.9 1.6 2.1 2.5 2.7 2.6 2.4 2.0 1.4 0.7 0.1 0.0 0.0 0.0 0.0 19  3  19Solar Lagunilla 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Solar Carrera Pinto 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 12.9 37.0 42.0 42.1 42.1 42.1 19.4 13.1 19.7 50.7 42.8 5.9 0.0 0.0 0.0 0.0 370  51  713Solar Pampa Solar Norte 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 11.1 31.0 31.1 31.1 31.1 33.2 59.5 64.5 65.1 62.5 42.2 7.7 0.0 0.0 0.0 0.0 470  65  578Solar La Silla 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.3 1.2 1.4 1.3 1.5 1.5 1.5 1.3 1.4 1.4 0.9 0.1 0.0 0.0 0.0 0.0 14  1  13Solar Las Mollacas 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 0.2 0.3 0.2 0.4 0.5 1.5 1.9 1.4 0.7 0.1 0.0 0.0 0.0 0.0 7  2  13Solar La Chapeana 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 0.2 0.4 0.7 1.3 2.1 2.1 2.1 2.0 1.2 0.2 0.0 0.0 0.0 0.0 12  2  14Solar Quilapilún 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 5.5 39.8 65.5 67.9 67.4 66.7 65.8 66.7 66.8 55.2 24.3 2.3 0.0 0.0 0.0 0.0 594  68  678Solar Los Loros 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 5.8 4.7 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2.6 1.3 0.0 0.0 0.0 0.0 14  6  343Solar Conejo 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 16.9 44.9 45.9 46.0 46.1 46.8 22.4 22.9 28.7 64.9 46.9 5.8 0.0 0.0 0.0 0.0 438  65  911Solar Bellavista 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Solar Las Araucarias 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1  0  0Solar Santa Julia 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 0.3 1.2 2.5 2.5 2.6 2.6 2.6 2.5 1.4 0.1 0.0 0.0 0.0 0.0 18  3  21Solar Til Til 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.3 1.2 1.7 1.7 1.7 1.6 1.7 1.7 1.7 1.6 0.9 0.0 0.0 0.0 0.0 0.0 16  2  17Solar Chuchiñi 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 0.2 0.7 2.0 2.5 2.6 2.6 2.4 1.9 1.4 0.2 0.0 0.0 0.0 0.0 0.0 17  3  17Solar El Divisadero 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Solar Cordillerilla 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 0.6 0.9 1.0 1.0 1.0 1.0 1.0 0.9 0.8 0.4 0.1 0.0 0.0 0.0 0.0 9  1  0Solar El Romero 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 19.6 64.3 80.0 80.0 80.0 80.0 166.9 173.0 144.6 90.7 22.0 2.5 0.0 0.0 0.0 0.0 1 004  173  802Solar Alturas de Ovalle 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Solar San Pedro 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Solar Ñilhue 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Solar Hormiga Solar 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.2 0.7 1.2 1.6 1.9 2.0 2.0 1.7 1.4 0.9 0.4 0.0 0.0 0.0 0.0 0.0 14  2  14Solar Piloto Solar Cardones 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.1 0.1 0.1 0.1 0.1 0.1 0.0 0.0 0.0 0.0 0.0 0.0 1  0  0Solar El Boco 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0  0  0Total Generación SIC 6 078 5 758 5 554 5 451 5 450 5 556 5 966 6 487 6 704 6 941 7 097 7 214 7 221 7 237 7 336 7 357 7 267 7 262 7 022 7 040 7 463 7 229 6 911 6 551 160 153 7 463 159 707Termoeléctrico 71.4% 71.3% 71.8% 73.0% 73.4% 72.7% 71.3% 70.6% 68.8% 65.6% 64.5% 64.8% 65.3% 64.4% 62.6% 62.8% 63.0% 62.2% 65.2% 70.9% 69.5% 70.5% 70.5% 70.8% 67.9%Hidroeléctrico 25.3% 25.5% 24.9% 24.0% 23.9% 24.7% 26.0% 26.8% 26.6% 26.1% 26.7% 26.2% 25.9% 27.1% 27.5% 27.3% 26.8% 27.1% 27.5% 27.6% 29.7% 27.7% 27.9% 27.6% 26.6%Solar 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.01% 2.49% 6.57% 7.33% 7.52% 7.56% 7.63% 9.03% 9.21% 9.74% 10.21% 6.68% 0.89% 0.00% 0.00% 0.00% 0.00% 3.81%Eólico 3.28% 3.16% 3.36% 3.03% 2.62% 2.62% 2.74% 2.57% 2.14% 1.76% 1.50% 1.47% 1.19% 0.86% 0.80% 0.64% 0.52% 0.48% 0.67% 0.60% 0.83% 1.83% 1.60% 1.56% 1.66%

ANEXO Nº 3

Detalle del movimiento de centrales e Informe diario del Sistema Eléctrico Nacional

correspondientes al día 23 de marzo de 2017

. 23/03/2017                                                         Hora Movi. Sincron. Central POTENCIA  (MW ) MOTIVO Etapa Condición Condición

de Unidad SUBE BAJA QUEDA de la Central del Embalse de la Central0:00 RALCO 150  U‐1  regula frecuencia  Normal (1) E/S Reguladora0:00 COLBÚN 0 Continua en condición de agotamiento COLBUN_sinv Agotamiento0:00 PEHUENCHE 0 Continua en condición de agotamiento ‐ Agotamiento0:00 RAPEL 0 Continua en condición de agotamiento ‐ Agotamiento0:00 GUACOLDA 4 15 135 Baja según  limitación según IL 343 ‐ ‐ (10) E/S con limitación0:05 NEWEN 13 0 Control Suministro de Gas   NEWEN_GN1 ‐ (8) F/S0:05 QUINTERO_TG_1B 60 0 DCR   QUINTERO_CA_1B_GNL ‐ (8) F/S0:18 QUINTERO_TG_1A 50 70 DCR   QUINTERO_CA_1A_GNL ‐ (5) E/S Min Técnico0:32 NEHUENCO 60 260 Control Suministro de Gas   NEHUENCO_1_GNL ‐ (5) E/S Min Técnico0:43 NEHUENCO II 120 260 Control Suministro de Gas   NEHUENCO_2_GNL ‐ (5) E/S Min Técnico1:23 QUINTERO_TG_1A 70 0 DCR   QUINTERO_CA_1A_GNL ‐ (8) F/S1:23 ARAUCO 10 10 DCR   ARAUCO_1 ‐ (7) E/S Plena Carga1:23 CELCO 2 3 DCR   CELCO_1 ‐ (7) E/S Plena Carga1:36 EL TORO 80 100 Requerimiento de la DOH Normal (6) E/S1:51 SAN ISIDRO 60 280 DCR   SANISIDRO_GNL ‐ (6) E/S1:54 TAL ‐ TAL 1 60 0 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA TALTAL_1_GNL_2 ‐ (8) F/S1:54 TAL ‐ TAL 2 30 90 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA TALTAL_2_GNL_2 ‐ (6) E/S2:02 SAN ISIDRO 80 200 DCR   SANISIDRO_GNL ‐ (5) E/S Min Técnico2:18 CANUTILLAR 40 0 Control Tx líneas de 220 kV Ciruelos ‐ Valdivia 1 y 2  ‐ Normal (8) F/S2:28 BOCAMINA II 50 350   Cancelada SICF SD 12625 ‐ ‐ (7) E/S Plena Carga2:52 PANGUE 50 100 Control Cota PANGUE   Normal (6) E/S3:52 MOV. CMG Movimiento para estimar CMG horario ‐ ‐ ‐4:27 4:39 TAL ‐ TAL 1 65 65 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA TALTAL_1_GNL_2 ‐ (5) E/S Min Técnico4:37 PANGUE 50 150 Control Cota PANGUE   Normal (6) E/S4:39 TAL ‐ TAL 2 10 80 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA TALTAL_2_GNL_2 ‐ (6) E/S5:15 SAN ISIDRO II 30 340 DCR   SANISIDRO_2_GNL ‐ (6) E/S5:18 TAL ‐ TAL 1 35 100 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA TALTAL_1_GNL_2 ‐ (6) E/S5:45 SAN ISIDRO II 30 370 QCR   SANISIDRO_2_GNL ‐ (7) E/S Plena Carga5:58 SAN ISIDRO 140 340 QCR   SANISIDRO_GNL ‐ (7) E/S Plena Carga6:06 CELCO 2 5 QCR   CELCO_2 ‐ (7) E/S Plena Carga6:06 ARAUCO 10 20 QCR   ARAUCO_2 ‐ (7) E/S Plena Carga6:06 6:33 QUINTERO_TG_1B 120 120 QCR   QUINTERO_CA_1B_GNL ‐ (5) E/S Min Técnico6:13 TAL ‐ TAL 1 20 120 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA TALTAL_1_GNL_2 ‐ (7) E/S Plena Carga6:15 7:02 QUINTERO_TG_1A 120 120 QCR   QUINTERO_CA_1A_GNL ‐ (7) E/S Plena Carga6:15 CIPRESES 55 70 QCR  CIPRESES_sinv Normal (6) E/S6:17 CANUTILLAR 40 40 QCR   ‐ Normal (5) E/S Min Técnico6:22 CANUTILLAR 40 80 QCR   ‐ Normal (6) E/S6:30 CANUTILLAR 80 160 QCR   ‐ Normal (7) E/S Plena Carga6:38 BOCAMINA II 50 300 Baja según SD12508 ‐ ‐ (6) E/S6:38 TAL ‐ TAL 2 10 90 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA TALTAL_2_GNL_2 ‐ (6) E/S6:43 EL TORO 80 180 Requerimiento de la DOH Normal (6) E/S6:47 NEHUENCO 60 320 Disponibilidad de Gas   NEHUENCO_1_GNL ‐ (7) E/S Plena Carga6:47 SAN ISIDRO II 120 370 Disponibilidad de Gas   SANISIDRO_2_GNL ‐ (7) E/S Plena Carga7:11 PANGUE 30 180 Control Cota PANGUE   Normal (6) E/S7:30 GUACOLDA 2 85 60  Por Optimizacion de recursos ERNC ‐ ‐ (5) E/S Min Técnico7:38 ANGOSTURA 30 70 Control Cota ANGOSTURA   Normal (6) E/S8:05 8:16 PEHUENCHE 120 120 Solictada E/S ‐ Agotamiento (5) E/S Min Técnico8:05 LOS PINOS 100 100 QCR ‐ ‐ (7) E/S Plena Carga8:05 CEMENTOS_BIO‐BIO 19.5 13 QCR   CEMENTOS_BIOBIO_FO6 ‐ (7) E/S Plena Carga8:05 COLMITO 0 Sin disponibilidad de gas COLMITO_GNL_SPOT ‐ (8) F/S8:05 COLIHUES 11 22 QCR   COLIHUES_HFO ‐ (7) E/S Plena Carga8:05 VALDIVIA 23 61 QCR   VALDIVIA_4_PINO ‐ (7) E/S Plena Carga8:05 ARAUCO 4 24 QCR   ARAUCO_3 ‐ (7) E/S Plena Carga8:05 NUEVA RENCA 30 330 QCR   NRENCA_FA_GLP ‐ (7) E/S Plena Carga8:05 NEWEN 13 13 QCR   NEWEN_GN2 ‐ (7) E/S Plena Carga8:05 CELCO 3 8 QCR   CELCO_3 ‐ (7) E/S Plena Carga8:05 8:38 CANDELARIA 1 60 60 QCR   CANDELARIA_B1_DIE ‐ (5) E/S Min Técnico8:05 8:32 CANDELARIA 2 60 60 QCR   CANDELARIA_B2_DIE ‐ (5) E/S Min Técnico8:05 RAPEL 40 40 Según SD 11746 ‐ 11747 ‐ Agotamiento (5) E/S Min Técnico8:20 PEHUENCHE 30 150 U‐2 toma la regulación de frecuencia ‐ Agotamiento (1) E/S Reguladora8:20 RALCO 60 90 Deja la regulación de frecuencia Normal (5) E/S Min Técnico8:25 TAL ‐ TAL 1 60 60 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA TALTAL_1_GNL_2 ‐ (5) E/S Min Técnico8:29 LOS PINOS 100 0 Con IF 959 por falla en la partida ‐ ‐ (9) F/S No disponible8:30 RAPEL 40 0 Según SD 11746 ‐ 11747. R. Giro suficiente ‐ Agotamiento (8) F/S8:35 TAL ‐ TAL 1 60 0 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA TALTAL_1_GNL_2 ‐ (8) F/S8:35 TAL ‐ TAL 2 90 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA     E/S por seguridad Zona Norte TALTAL_2_GNL_2 ‐ (6) E/S8:35 GUACOLDA 4 75 60 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA ‐ ‐ (5) E/S Min Técnico8:35 GUACOLDA 1 90 60 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA ‐ ‐ (5) E/S Min Técnico8:35 GUACOLDA 5 50 100 Falla línea de 220 kV Nogales ‐ Los Vilos 1 Control transferencia +‐30MVA     E/S EDAC Fase 1 ‐ ‐ (6) E/S8:35 GUACOLDA 3 0 Con IF 454 ‐ ‐ (9) F/S No disponible8:35 PANGUE 40 140 Control Cota PANGUE   Normal (6) E/S8:40 NEHUENCO 9B 90 90  En Pruebas según SD 12105 NEHUENCO_9B_B_GNL ‐ (3) E/S En Prueba8:41 EL TORO 40 100 Requerimiento de la DOH Normal (6) E/S8:50 CANDELARIA 1 60 120 QCR   CANDELARIA_B1_DIE ‐ (7) E/S Plena Carga8:50 CANDELARIA 2 60 120 QCR   CANDELARIA_B2_DIE ‐ (7) E/S Plena Carga8:50 CMPC_LAJA 10 25 QCR   CMPC_LAJA_3 ‐ (7) E/S Plena Carga8:50 TRAPEN 81 81 QCR   ‐ ‐ (7) E/S Plena Carga9:00 RALCO 90 0 Control Cota según IL 304/2007   Normal (8) F/S9:05 PANGUE 40 100 Control Cota PANGUE   Normal (6) E/S9:11 ANGOSTURA 30 40 Control R. Giro Normal (5) E/S Min Técnico9:15 EL TORO 50 150 Requerimiento de la DOH Normal (6) E/S9:16 VENTANAS 2 130 60 Bajar generación a 60 MW. Causa informada: Bajo vacío en el condensador. ‐ ‐ (10) E/S con limitación9:17 TOTAL ERNC ‐199 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 TOTAL ERNC SOLAR ‐155 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 TOTAL ERNC EÓLICO ‐44 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 CHAÑARES (SOLAR) 3 12 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 SOLAR_CARRERA_PINTO 14 34 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales

9:17 SOLAR_DIEGO_DE_ALMAGRO 8 13 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 JAVIERA (SOLAR) 14 25 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 LALACKAMA 15 28 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 LLANO DE LLAMPOS 18 38 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 LUZ_DEL_NORTE 31 56 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 PAMPA_SOLAR_NORTE 11 25 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 EL SALVADOR (SOLAR) 17 28 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 SAN ANDRES (SOLAR) 4 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 CONEJO_SOLAR 24 41 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 SOLAR EL ROMERO (en pruebas) 80 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 CANELA 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 CANELA 2 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 EL ARRAYAN 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 TALTAL (EOLICA) 44 50 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:17 LOS CURUROS 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 MONTE REDONDO 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 PUNTA COLORADA (EOLICA) 1 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 PUNTA PALMERAS 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 TALINAY ORIENTE 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 TALINAY PONIENTE 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 EL TOTORAL (EOLICA) 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:17 EOLICA SAN JUAN (en pruebas) 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:18 9:28 COLBÚN 100 100 QCR  y R. Giro Agotamiento (5) E/S Min Técnico9:18 RAPEL 40 40 QCR  y R. Giro ‐ Agotamiento (5) E/S Min Técnico9:22 RAPEL 40 80 QCR  y R. Giro ‐ Agotamiento (6) E/S9:22 EL TORO 50 200 Requerimiento de la DOH Normal (6) E/S9:24 ANGOSTURA 30 70 QCR y Control Cota ANGOSTURA   Normal (6) E/S9:31 BOCAMINA II 50 350 Según SD 12508 ‐ ‐ (7) E/S Plena Carga9:32 TOTAL ERNC 90 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 TOTAL ERNC SOLAR 88 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 TOTAL ERNC EÓLICO 2 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 CHAÑARES (SOLAR) 1 12 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 SOLAR_CARRERA_PINTO 2 32 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 SOLAR_DIEGO_DE_ALMAGRO 1 12 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 JAVIERA (SOLAR) 1 23 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 LALACKAMA 2 27 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 LLANO DE LLAMPOS 2 36 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 LUZ_DEL_NORTE 3 53 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 PAMPA_SOLAR_NORTE 2 24 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 EL SALVADOR (SOLAR) 2 27 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 SAN ANDRES (SOLAR) 11 15 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 CONEJO_SOLAR 2 38 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 SOLAR EL ROMERO (en pruebas) 80 80 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 CANELA 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:32 CANELA 2 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:32 EL ARRAYAN 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:32 TALTAL (EOLICA) 2 45 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:32 LOS CURUROS 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:32 MONTE REDONDO 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:32 PUNTA COLORADA (EOLICA) 1 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:32 PUNTA PALMERAS 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:32 TALINAY ORIENTE 5 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:32 TALINAY PONIENTE 6 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:32 EL TOTORAL (EOLICA) 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:32 EOLICA SAN JUAN (en pruebas) 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:35 RALCO 90 90  U‐1 en pruebas con SD 12429 Normal (3) E/S En Prueba9:43 TOTAL ERNC 79 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 TOTAL ERNC SOLAR 78 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 TOTAL ERNC EÓLICO 1 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 CHAÑARES (SOLAR) 4 16 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 SOLAR_CARRERA_PINTO 10 42 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 SOLAR_DIEGO_DE_ALMAGRO 3 15 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 JAVIERA (SOLAR) 7 30 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 LALACKAMA 5 32 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 LLANO DE LLAMPOS 10 46 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 LUZ_DEL_NORTE 11 64 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 PAMPA_SOLAR_NORTE 7 31 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 EL SALVADOR (SOLAR) 4 31 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 CONEJO_SOLAR 9 47 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 CANELA 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:43 CANELA 2 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:43 EL ARRAYAN 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:43 TALTAL (EOLICA) 1 46 Prorrata por control transferencia líneas 220 kV Los Vilos‐Nogales +‐ 30 MVA por falla L1 kV Los Vilos ‐ Nogales9:43 LOS CURUROS 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:43 MONTE REDONDO 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:43 PUNTA COLORADA (EOLICA) 1 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:43 PUNTA PALMERAS 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:43 TALINAY ORIENTE 5 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:43 TALINAY PONIENTE 6 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:43 EL TOTORAL (EOLICA) 0 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:43 EOLICA SAN JUAN (en pruebas) 12 Central sin variación por líneas 220 kV Los Vilos‐Nogales 9:50 VENTANAS 2 60 0 Con IF XXX por problemas de vacío ‐ ‐ (9) F/S No disponible9:53 ENERGIA_PACIFICO 17 17  En Pruebas según SDCF 12542 ‐ ‐ (3) E/S En Prueba9:55 CORONEL TG 45 45 QCR TG_CORONEL_DIE ‐ (7) E/S Plena Carga9:55 10:00 CALLE CALLE 11 11 QCR   ‐ ‐ (7) E/S Plena Carga9:55 10:00 DEGAÑ 36 36 QCR   ‐ ‐ (7) E/S Plena Carga9:55 TENO 48 48 QCR   ‐ ‐ (7) E/S Plena Carga9:55 10:25 LOS GUINDOS TG 74 65 QCR   ‐ ‐ (5) E/S Min Técnico

10:13 NUEVA RENCA 30 300 FA con SDCF 12750 NRENCA_GNL ‐ (7) E/S Plena Carga10:15 ENERGIA_PACIFICO 17 Cancelada SDCF 12542. Continúa con IL 100 a PC ‐ ‐ (7) E/S Plena Carga

10:55 LOS GUINDOS TG 139 QCR ‐ ‐ (7) E/S Plena Carga10:59 COLBÚN 40 140 QCR   Agotamiento (6) E/S11:08 RAPEL 40 40 DCR   ‐ Agotamiento (5) E/S Min Técnico11:11 RAPEL 40 0 DCR   ‐ Agotamiento (8) F/S11:20 COLBÚN 140 U‐2 toma la regulación de frecuencia Agotamiento (1) E/S Reguladora11:20 PEHUENCHE 30 120 Deja la regulación de frecuencia ‐ Agotamiento (5) E/S Min Técnico11:32 LOS GUINDOS TG 39 100 DCR   ‐ ‐ (6) E/S11:37 LOS GUINDOS TG 39 139 QCR   ‐ ‐ (7) E/S Plena Carga11:37 PEHUENCHE 30 150 QCR   ‐ Agotamiento (6) E/S11:42 PEHUENCHE 30 180 QCR     ‐ Agotamiento (6) E/S11:45 RAPEL 40 40 QCR  y R. Giro ‐ Agotamiento (5) E/S Min Técnico11:50 ANGOSTURA 30 40 Control Reserva en Giro   Normal (6) E/S11:54 NOTA CDC Falla L154 kV A. Jahuel ‐ Rancagua ‐ P. Cortes 2 IF 971.11:57 PEHUENCHE 60 120 DCR   ‐ Agotamiento (5) E/S Min Técnico11:57 EL TORO 40 160 DCR y Requerimiento de la DOH Normal (6) E/S12:02 PEHUENCHE 6 180 QCR   ‐ Agotamiento (6) E/S12:02 EL TORO 40 200 QCR y Requerimiento de la DOH Normal (6) E/S12:16 PEHUENCHE 40 140 DCR   ‐ Agotamiento (6) E/S12:22 PEHUENCHE 20 120 DCR   ‐ Agotamiento (5) E/S Min Técnico13:01 NEHUENCO 9B 90 0 Pruebas SD 12105 NEHUENCO_9B_B_GNL ‐ (8) F/S13:02 RALCO 90 0  U‐1 en pruebas con SD 12429 Normal (8) F/S13:02 EL TORO 50 250 Requerimiento de la DOH Normal (6) E/S13:02 ANGOSTURA 30 70 Control Cota ANGOSTURA   Normal (6) E/S13:27 PEHUENCHE 60 180 QCR   ‐ Agotamiento (6) E/S13:33 LOS PINOS 100 100 Disponible y E/S. Cancelado IF 959 ‐ ‐ (7) E/S Plena Carga13:39 SAN GREGORIO 1 1  En Pruebas según IF 812 ‐ ‐ (3) E/S En Prueba13:45 PEHUENCHE 60 120 DCR   ‐ Agotamiento (5) E/S Min Técnico13:48 TOTAL ERNC Cerrada línea 220 kV Los Vilos ‐ Nogales 1 y habilitación ERNC y SICT‐ZN13:48 TAL ‐ TAL 2 90 0 Cerrada línea 220 kV Los Vilos ‐ Nogales 1 y habilitación ERNC y SICT‐ZN TALTAL_2_GNL_2 ‐ (8) F/S13:48 GUACOLDA 5 40 60 Cerrada línea 220 kV Los Vilos ‐ Nogales 1 y habilitación ERNC y SICT‐ZN ‐ ‐ (5) E/S Min Técnico13:50 Inicio prorrata por control transferencia de líneas de 220 kV Maitencillo ‐ Punta Colorada con celdas de generación del SICT ‐ ZN14:00 LOS GUINDOS TG 74 65 DCR   ‐ ‐ (5) E/S Min Técnico14:00 EL TORO 50 200 DCR y Requerimiento de la DOH Normal (6) E/S14:07 EL TORO 50 250 QCR y Requerimiento de la DOH Normal (6) E/S14:07 PEHUENCHE 40 160 QCR   ‐ Agotamiento (6) E/S14:15 PEHUENCHE 40 200 QCR   ‐ Agotamiento (6) E/S14:15 LOS GUINDOS TG 74 139 QCR   ‐ ‐ (7) E/S Plena Carga14:17 SAN GREGORIO 0.5 0 Disponible y cancelado IF 812 ‐ ‐ (8) F/S14:37 RALCO 90 90  U‐2 en pruebas con SD 12431 Normal (3) E/S En Prueba14:46 PEHUENCHE 80 120 DCR   ‐ Agotamiento (5) E/S Min Técnico14:49 PEHUENCHE 50 170 QCR   ‐ Agotamiento (6) E/S14:59 PEHUENCHE 30 200 QCR   ‐ Agotamiento (6) E/S15:12 NUEVA RENCA 30 330 Cancela SICF 12750 NRENCA_FA_GLP ‐ (7) E/S Plena Carga15:30 RALCO 90 0  Cancela SD 12431 Normal (8) F/S15:33 PEHUENCHE 40 160 DCR   ‐ Agotamiento (6) E/S15:42 PEHUENCHE 30 190 QCR   ‐ Agotamiento (6) E/S15:48 16:36 CHOLGUAN 13 13  En Pruebas SD 5924 CHOLGUAN_2 ‐ (3) E/S En Prueba15:49 16:38 NEHUENCO 9B 90 90  En Pruebas SD 12105 NEHUENCO_9B_B_GNL ‐ (3) E/S En Prueba16:00 PEHUENCHE 30 160 DCR   ‐ Agotamiento (6) E/S16:19 Cerrada L154 kV A. Jahuel ‐ Rancagua ‐ P. Cortes 2.16:23 VENTANAS 2 190 190  En Pruebas ‐ ‐ (3) E/S En Prueba16:26 RALCO 90 90 QCR   Normal (5) E/S Min Técnico16:33 EL TORO 50 200  Convenio de riego Normal (6) E/S16:34 PEHUENCHE 40 120 DCR   ‐ Agotamiento (5) E/S Min Técnico16:34 SANTA FE 64  Cancela IL 329 SANTA_FE_4 ‐ (7) E/S Plena Carga16:35 EL TORO 50 150  Convenio de riego Normal (6) E/S16:40 PANGUE 50 50  Control cota Pangue Normal (6) E/S16:41 CHOLGUAN 13 0  En Pruebas CHOLGUAN_2 ‐ (8) F/S16:42 LOS GUINDOS TG 74 65 DCR   ‐ ‐ (5) E/S Min Técnico16:50 RALCO 30 120 QCR  ‐ Control IL 304/2007 Normal (6) E/S17:12 LOS GUINDOS TG 65 0 QCR   ‐ ‐ (8) F/S17:12 TENO 28 20 Control transferencia ATR N° 4 de 220/154  300 MVA   ‐ ‐ (5) E/S Min Técnico17:12 DEGAÑ 36 0 DCR   ‐ ‐ (8) F/S17:12 NEHUENCO 9B 90  En Pruebas SD 12105 NEHUENCO_9B_B_GNL ‐ (3) E/S En Prueba17:12 CALLE CALLE 11 0 DCR   ‐ ‐ (8) F/S17:12 CORONEL TG 45 0 DCR   TG_CORONEL_DIE ‐ (8) F/S17:12 TRAPEN 81 0 DCR   ‐ ‐ (8) F/S17:12 CMPC_LAJA 10 15 DCR   CMPC_LAJA_2 ‐ (7) E/S Plena Carga17:12 CANDELARIA 1 60 60 DCR   CANDELARIA_B1_DIE ‐ (5) E/S Min Técnico17:14 RALCO 120  Toma la regulación de frecuencia U‐1 Normal (6) E/S17:19 CHOLGUAN 9 9  En Pruebas CHOLGUAN_2 ‐ (3) E/S En Prueba17:40 NEWEN 13 0 Control Suministro de Gas  / Disponible con Diesel NEWEN_GN2 ‐ (8) F/S17:58 COLBÚN 40 100 DCR   Agotamiento (5) E/S Min Técnico18:00 CELCO 3 5 Cambio en la Política de Precios   CELCO_2 ‐ (7) E/S Plena Carga18:00 18:05 PEÑON 81 81 Cambio en la Política de Precios   ‐ ‐ (7) E/S Plena Carga18:00 COLBÚN 100 0 DCR   Agotamiento (8) F/S18:05 TENO 20 0 Control transferencia ATR N° 4 de 220/154  300 MVA   ‐ ‐ (8) F/S18:07 NEHUENCO 9B 90 0  En Pruebas sin GNL solo disponible con Diesel NEHUENCO_9B_B_GNL ‐ (8) F/S18:09 C. PFV Los Loros 20 20 Fin Control transferencia Maitencillo Punta Colorada con SICTZN18:09 GUACOLDA 2 85 145  Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada   ‐ Limitada según IL 264 ‐ ‐ (10) E/S con limitación18:09 GUACOLDA 5 80 140  Control transferencia línea 220 kV Maitencillo  ‐ Punta Coloradar ‐  Limitada según IL 327 ‐ ‐ (10) E/S con limitación18:09 GUACOLDA 1 90 150 Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada ‐ ‐ (7) E/S Plena Carga18:09 GUACOLDA 4 75 135 Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada ‐ Limitada según IL 343 ‐ ‐ (10) E/S con limitación18:11 CANDELARIA 1 60 120 QCR   CANDELARIA_B1_DIE ‐ (7) E/S Plena Carga18:17 PANGUE 100 150  Control cota Pangue Normal (6) E/S18:18 PEHUENCHE 80 200 QCR   ‐ Agotamiento (6) E/S18:23 CHOLGUAN 9 0  En Pruebas CHOLGUAN_2 ‐ (8) F/S18:37 18:51 TAL ‐ TAL 1 65 65 Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada TALTAL_1_GNL_2 ‐ (5) E/S Min Técnico18:52 TAL ‐ TAL 1 55 120 Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada TALTAL_1_GNL_2 ‐ (7) E/S Plena Carga19:01 TAL ‐ TAL 2 65 65 Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada TALTAL_2_GNL_2 ‐ (5) E/S Min Técnico

19:01 PEHUENCHE 50 150 DCR   ‐ Agotamiento (6) E/S19:03 PEHUENCHE 30 120 DCR   ‐ Agotamiento (5) E/S Min Técnico19:03 EL TORO 30 120  Convenio de riego Normal (6) E/S19:03 CANDELARIA 1 60 60 DCR   CANDELARIA_B1_DIE ‐ (5) E/S Min Técnico19:03 CANDELARIA 2 60 60 DCR   CANDELARIA_B2_DIE ‐ (5) E/S Min Técnico19:20 TAL ‐ TAL 2 55 120 QCR  ‐ Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada TALTAL_2_GNL_2 ‐ (7) E/S Plena Carga19:20 ANDES_3 7 7 QCR  ‐ Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada ANDES_FO6_3 ‐ (7) E/S Plena Carga19:20 ANDES_1 7 7 QCR  ‐ Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada ANDES_FO6_1 ‐ (7) E/S Plena Carga19:20 ANDES_2 7 7 QCR  ‐ Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada ANDES_FO6_2 ‐ (7) E/S Plena Carga19:20 19:34 CENIZAS 5 5  U‐2 // QCR  ‐ Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada ‐ ‐ (7) E/S Plena Carga19:20 ANDES_4 13 13 QCR  ‐ Control transferencia línea 220 kV Maitencillo  ‐ Punta Colorada ANDES_FO6_4 ‐ (7) E/S Plena Carga19:20 PUNTA_COLORADA 0  No solicitada por tiempo y costo de partida P_COLORADA_IFO ‐ (8) F/S19:25 EL TORO 40 160  Convenio de riego Normal (6) E/S19:34 GUACOLDA 4 15 150  Cancela IL 343 ‐ ‐ (7) E/S Plena Carga19:40 CANDELARIA 1 60 120 QCR   CANDELARIA_B1_DIE ‐ (7) E/S Plena Carga19:44 CANDELARIA 2 60 120 QCR   CANDELARIA_B2_DIE ‐ (7) E/S Plena Carga19:55 PEHUENCHE 50 170 QCR   ‐ Agotamiento (6) E/S19:56 20:04 COLBÚN 100 100 QCR   Agotamiento (5) E/S Min Técnico20:02 PEHUENCHE 50 220 QCR   ‐ Agotamiento (6) E/S20:05 COLBÚN 80 180 QCR   Agotamiento (6) E/S20:08 COLBÚN 50 230 QCR   Agotamiento (6) E/S20:22 ANGOSTURA 50 120 Control cota Angostura Normal (6) E/S20:23 PEHUENCHE 30 250 QCR   ‐ Agotamiento (6) E/S20:30 PEHUENCHE 50 200 DCR   ‐ Agotamiento (6) E/S20:32 PEHUENCHE 50 150 DCR   ‐ Agotamiento (6) E/S20:33 PEHUENCHE 30 120 DCR   ‐ Agotamiento (5) E/S Min Técnico20:39 COLBÚN 30 200 DCR   Agotamiento (6) E/S20:41 ANGOSTURA 50 70  Control cota Angostura Normal (6) E/S20:42 VENTANAS 2 190  Cancela IF 961 y continua Limitada según IL 316 ‐ ‐ (10) E/S con limitación20:43 EL TORO 40 120  Convenio de riego Normal (6) E/S20:57 COLBÚN 20 180 DCR   Agotamiento (6) E/S20:58 PANGUE 30 120  Control cota Pangue Normal (6) E/S20:59 COLBÚN 40 140 DCR   Agotamiento (6) E/S21:05 CANDELARIA 1 60 60 DCR   CANDELARIA_B1_DIE ‐ (5) E/S Min Técnico21:06 PANGUE 30 90  Control cota Pangue Normal (6) E/S21:11 CANDELARIA 2 60 60 DCR   CANDELARIA_B2_DIE ‐ (5) E/S Min Técnico21:14 COLBÚN 140  Toma la regulación de frecuencia U‐2 Agotamiento (1) E/S Reguladora21:14 RALCO 120  Deja de regular frecuencia Normal (6) E/S21:14 CHOLGUAN 13 13  En Pruebas CHOLGUAN_2 ‐ (3) E/S En Prueba21:15 RALCO 30 90 DCR   Normal (5) E/S Min Técnico21:15 GUACOLDA 5 10 130  Cancela IL 320 continua Limitada según IL 345 ‐ ‐ (10) E/S con limitación21:19 PEHUENCHE 40 160 QCR   ‐ Agotamiento (6) E/S21:20 PEHUENCHE 60 220 QCR   ‐ Agotamiento (6) E/S21:21 ANGOSTURA 50 120  Control cota Angostura Normal (6) E/S21:30 PEHUENCHE 30 190 DCR   ‐ Agotamiento (6) E/S21:32 PEHUENCHE 40 150 DCR   ‐ Agotamiento (6) E/S21:34 PEHUENCHE 30 120 DCR   ‐ Agotamiento (5) E/S Min Técnico21:35 ANGOSTURA 50 70  Control cota Angostura Normal (6) E/S21:36 CANDELARIA 1 60 0 DCR   CANDELARIA_B1_DIE ‐ (8) F/S21:49 CANDELARIA 2 60 0 DCR   CANDELARIA_B2_DIE ‐ (8) F/S21:51 PEÑON 61 20 DCR   ‐ ‐ (5) E/S Min Técnico22:07 RALCO 90 0  DCR‐ IL 304/2007 Normal (8) F/S22:23 PEÑON 20 0 DCR   ‐ ‐ (8) F/S22:23 ANDES_4 13 0 DCR   ANDES_FO6_4 ‐ (8) F/S22:23 CENIZAS 5 0 DCR   ‐ ‐ (8) F/S22:23 ANDES_2 7 0 DCR   ANDES_FO6_2 ‐ (8) F/S22:23 ANDES_1 7 0 DCR   ANDES_FO6_1 ‐ (8) F/S22:23 NUEVA RENCA 30 300 DCR   NRENCA_GNL ‐ (7) E/S Plena Carga22:23 ANDES_3 7 0 DCR   ANDES_FO6_3 ‐ (8) F/S22:23 ARAUCO 4 20 DCR   ARAUCO_2 ‐ (7) E/S Plena Carga22:23 VALDIVIA 23 38 DCR   VALDIVIA_3_PINO ‐ (7) E/S Plena Carga22:23 COLIHUES 11 11 DCR   COLIHUES_HFO ‐ (5) E/S Min Técnico22:23 TAL ‐ TAL 1 55 65 DCR   TALTAL_1_GNL_2 ‐ (5) E/S Min Técnico22:31 PEHUENCHE 50 170 QCR   ‐ Agotamiento (6) E/S22:33 PEHUENCHE 30 200 QCR   ‐ Agotamiento (6) E/S22:33 ANGOSTURA 50 120  Control cota Angostura Normal (6) E/S22:40 ANGOSTURA 50 70  Control cota Angostura Normal (6) E/S22:43 PEHUENCHE 30 170 DCR   ‐ Agotamiento (6) E/S22:57 PEHUENCHE 50 120 DCR   ‐ Agotamiento (5) E/S Min Técnico22:58 RALCO 150 150 QCR ‐  IL 304/2007 Normal (6) E/S23:05 PEHUENCHE 120 0 DCR   ‐ Agotamiento (8) F/S23:12 RAPEL 40 0 DCR   ‐ Agotamiento (8) F/S23:12 TAL ‐ TAL 2 55 65 DCR   TALTAL_2_GNL_2 ‐ (5) E/S Min Técnico23:14 TAL ‐ TAL 1 65 0 DCR   TALTAL_1_GNL_2 ‐ (8) F/S23:27 TAL ‐ TAL 2 65 0 DCR   TALTAL_2_GNL_2 ‐ (8) F/S23:27 CEMENTOS_BIO‐BIO 7 6 DCR no se retira por costo de partida CEMENTOS_BIOBIO_FO6 ‐ (5) E/S Min Técnico23:27 LOS PINOS 70 30 DCR   ‐ ‐ (5) E/S Min Técnico23:41 ANGOSTURA 30 40 Control Cota ANGOSTURA   Normal (5) E/S Min Técnico23:44 NEHUENCO 60 260 Control Suministro de Gas   NEHUENCO_1_GNL ‐ (5) E/S Min Técnico23:48 PANGUE 40 50 Control Cota PANGUE   Normal (5) E/S Min Técnico23:51 RALCO 150  U‐1 toma la regulación de frecuencia Normal (1) E/S Reguladora23:51 COLBÚN 40 100  Deja de regular frecuencia Agotamiento (5) E/S Min Técnico

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HoraGeneración�Programada

Generación�Real Desviación�MW Desviación�% Observ.�Desv�>5% Pegar�en�este�espacio�el�grafico�"Generación�Bruta�Real�v/s�Programada"

1 1908 1898.03 �9.97 �0.52%2 1882 1858.68 �23.32 �1.24%3 1864.3 1834.37 �29.93 �1.61%4 1867.2 1835.49 �31.71 �1.7%5 1864.1 1841.09 �23.01 �1.23%6 1856.6 1834.68 �21.92 �1.18%7 1874.5 1858.2 �16.3 �0.87%8 1842.5 1869.51 27.01 1.47%9 1806.9 1857.98 51.08 2.83%10 1815.2 1836.26 21.06 1.16%11 1812 1823.89 11.89 0.66%12 1808.6 1857 48.4 2.68%13 1801 1871.48 70.48 3.91%14 1795.7 1884.81 89.11 4.96%15 1791.4 1876.74 85.34 4.76%16 1800.2 1883.52 83.32 4.63%17 1809.3 1893.79 84.49 4.67%18 1813.6 1932.32 118.72 6.55% Sistema.19 1825.3 1882.95 57.65 3.16%20 1854.7 1881.82 27.12 1.46%21 1889.2 1959.17 69.97 3.7%22 1924.3 1982.34 58.04 3.02%23 1925 1974.3 49.3 2.56%24 1912.7 1949.82 37.12 1.94%TOTAL 44344.3 45178.24 833.94 1.88%

ESTADÍSTICAS DEMANDAS SING

Hora� Frecuencia� Unidad� Antecedentes Hora Frecuencia Unidad� Antecedentes

23:51 50.11 CCR2�(Carbón)Desde�el�día�anterior:�CDC�solicita�ir�a�mínimo�técnico�con�la�unidad�CTM2�(Carbón).

7:45 50.26 CCR1�(Carbón)CDC�solicita�ir�a�mínimo�técnico�con�la�unidad�CCR2�(Carbón).

8:54 49.87 CCR2�(Carbón) CDC�solicita�ir�a�carga�base�con�la�unidad�CCR1�(Carbón).

9:14 50.20 CCR1�(Carbón) Al�mínimo�técnico�la�unidad�CCR2�(Carbón).

9:19 50.31 CTHCDC�solicita�ir�a�mínimo�técnico�con�la�unidad�CCR1�(Carbón).

10:15 50.18 NTO1�(Carbón) Al�mínimo�técnico�la�unidad�CTH.

13:07 50.22 NTO2�(Carbón)CDC�solicita�ir�a�mínimo�técnico�con�la�unidad�NTO1�(Carbón).

16:00 49.55 CCR1�(Carbón)CDC�solicita�ir�a�carga�base�con�las�unidades�NTO1�(Carbón),�NTO2�(Carbón)�y�CTH.

16:15 50.14 NTO1�(Carbón)CDC�solicita�ir�a�mínimo�técnico�con�las�unidades�CCR1�(Carbón)�y�CTH.

16:40 49.72 CTH CDC�solicita�ir�a�carga�base�con�la�unidad�NTO1�(Carbón).

17:07 50.20 NTO1�(Carbón) CDC�solicita�ir�a�mínimo�técnico�con�la�unidad�CTH.

17:24 50.21 NTO2�(Carbón)CDC�solicita�ir�a�mínimo�técnico�con�la�unidad�NTO1�(Carbón).

17:37 50.44 ANG2CDC�solicita�ir�a�mínimo�técnico�con�la�unidad�NTO2�(Carbón).

18:26 49.91 NTO2�(Carbón) CDC�solicita�ir�a�carga�base�con�la�unidad�ANG2.

18:35 49.77 NTO1�(Carbón) CDC�solicita�ir�a�carga�base�con�la�unidad�NTO2�(Carbón).

19:09 49.86 CCR1�(Carbón)CDC�solicita�ir�a�carga�base�con�las�unidades�NTO1�(Carbón)�y�CTH.

19:50 49.91 CCR2�(Carbón) CDC�solicita�ir�a�carga�base�con�la�unidad�CCR1�(Carbón).

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HORA EMPRESA CRONOLOGIA�EVENTOS0:00 CDC: TCV�vigente�para�el�23�03�2017,�según�fax�DE�Nº�01249/2017.�Programa�de�generación�vigente�para�el�23�03�2017,�según�fax�DE�Nº�01248/2017.

00:00���01:59 ENORCHILE: Desconexión�de�la�Sub�Estación�Solar�Jama,�por�pruebas�de�mandos�de�apertura�y�cierre�en�equipos�de�media�y�alta�tensión�desde�SCADA�de�Subestación�y�Centro�de�Control,�según�la�solicitud�de�desconexión�N°�192055.

0:07 CDC: CDC�ajusta�despacho�máximo�del�SING�a�244�MW�según�programa.

0:44 CELTA: CC�de�Celta�informa�que�la�unidad�CTTAR�finaliza�las�Pruebas,�Se�cancela�la�solicitud�de�conexión�N°�192195.�Unidad�continua�limitada�en�110�MW�por�problemas�de�vacío,�sin�CPF�ni�CSF,�según�IRO�N°�13103.�Sin�bomba�de�agua�alimentación�N°3,�según�IRO�N°�13104.

0:47���01:34 ENGIE: CC�de�Engie�informa�que�su�cliente�minera�El�Abra�bajó�25�MW�por�problemas�mecánicos,�sin�apronte�de�normalización.�De�éstos�7�MW�están�asociados�al�8º�escalón�del�EDAC�de�subfrecuencia.

0:56 ENGIE: F/S�la�unidad�CHAP2.1:10 CDC: CDC�solicita�al�CC�de�Engie�bajar�la�unidad�U16�de�200�MW�a�170�MW.

1:34 ENGIE: CC�de�Engie�informa�que�su�cliente�minera�Chuquicamata�bajó�15�MW�con�el�molino�SAG�17�por�problemas�operacional,�sin�apronte�de�normalización.�De�éstos�11�MW�están�asociados�al�8º�escalón�y�4�MW�están�asociados�al�7°�escalón�del�EDAC�de�subfrecuencia.

4:55 ENGIE: CC�de�Engie�informa�que�su�cliente�minera�Chuquicamata�solicita�autorización�para�retomar�15�MW�con�el�molino�SAG17.�CDC�autoriza.4:56 CDC: CDC�solicita�al�CC�de�Engie�bajar�la�unidad�U16�de�170�MW�a�140�MW.6:18 CDC: CDC�solicita�al�CC�de�Engie�subir�la�unidad�U16�de�140�MW�a�180�MW.

6:44 ENGIE: CC�de�Engie�informa�que�su�cliente�minera�Radomiro�Tomic�bajó�11�MW�en�el�área�de�ripio,�sin�apronte�de�normalización.�De�éstos�11�MW�están�asociados�al�1º�escalón�del�EDAC�de�subfrecuencia.

6:51 CDC: CDC�solicita�al�CC�de�Engie�bajar�la�unidad�U16�de�180�MW�a�150�MW.7:00 CDC: CDC�ajusta�despacho�máximo�del�SING�a�241�MW�según�programa.7:41���19:48 ENGIE: E/S�la�Central�Solar�El�Águila�I�por�Operación�en�periodo�de�puesta�en�marcha�(2�MW),�según�la�solicitud�de�conexión�N°�191780.7:45���19:47 ENEL: E/S�la�Central�Parque�Solar�Finis�Terrae�por�Pruebas�de�conexión,�verificación�de�performance�y�continuidad�operativa�de�inversores,�según�la�solicitud�de�conexión�N°�190643.7:46���19:45 ENORCHILE: E/S�la�Central�Solar�Jama�I.7:46���19:45 ENORCHILE: E/S�la�Central�Solar�Jama�II.7:50���19:47 ENGIE: E/S�la�Central�Solar�Pampa�Camarones.7:52���19:42 ENORCHILE: E/S�la�Central�Uribe�Solar�por�Periodo�de�pruebas�de�puesta�en�servicio,�según�la�solicitud�de�conexión�N°�189403.7:56���19:38 ENORCHILE: E/S�la�Central�Solar�Bolero�por�pruebas�de�puesta�en�servicio,�según�la�solicitud�de�conexión�N°�190220.7:57���19:42 ENORCHILE: E/S�la�Central�Solar�María�Elena7:58���19:40 ENORCHILE: E/S�la�Central�Solar�PAS2.7:58���19:40 ENORCHILE: E/S�la�Central�Solar�PAS3.07:45���19:45 AES�GENER: E/S�la�Central�Andes�Solar.8:03���19:41 ENORCHILE: E/S�la�Central�Solar�La�Huayca�2�por�pruebas�de�puesta�en�servicio,�según�la�solicitud�de�conexión�N°�187521.8:43 CDC: CDC�solicita�al�CC�de�Engie�el�retiro�de�la�unidad�U16.8:56 ENGIE: F/S�la�componente�U16�TV.9:08 ENGIE: F/S�la�componente�U16�TG.9:20���09:42 CDC: CDC�solicita�al�CC�de�AES�Gener�bajar�20�MW�con�la�unidad�NTO1,�en�apoyo�al�CSF.9:16���13:56 TRANSELEC: Desconexión�del�Paño�Atacama�220�kV���JS�Acoplador�de�barras�para�Lavado�de�aislación�a�equipos�del�Paño�JS,�según�la�solicitud�de�desconexión�N°�192346.9:31���11:57 ENGIE: Desconexión�de�Transformador�Zaldívar�220/66/23�kV�N°2�por�Inspección�y�reapriete�en�unión�de�prensa,�según�la�solicitud�de�desconexión�N°�192504.11:57 ENGIE: E/S�y�disponible�el�Transformador�Zaldívar�220/66/23�kV�N°2.�Se�cancela�la�solicitud�de�desconexión�N°�192504.12:50 ENGIE: CC�de�Engie�informa�que�su�cliente�minera�Centinela�solicita�autorización�para�retomar�10�MW�en�su�planta�SIAM.�CDC�autoriza.

14:25 ENGIE: CC�de�Engie�informa�que�su�cliente�minera�Chuquicamata�bajó�4�MW�en�la�sección�N°�14�,�sin�apronte�de�normalización.�De�éstos�4�MW�están�asociados�al�5º�escalón�del�EDAC�de�subfrecuencia.

15:17 COLLAHUASI: CC�de�Collahuasi�informa�que�bajaron�17�MW�de�carga�con�molino�SAG2�y�Bolas�4,�se�investiga�la�causa�y�sin�apronte�de�normalización.15:22 COLLAHUASI: CC�de�Collahuasi�solicita�autorización�para�retomar�17�MW�de�con�los�molino�SAG2�y�Bolas�4.�CDC�autoriza.15:59 ENGIE: Desenganche�de�la�unidad�CTM2�con�100�MW.�Frecuencia�inicial:�49.86�Hz,�Frecuencia�de�Falla:�49.52�Hz.�RGP:�93�MW.�Causa:�Se�investiga.�Informe�de�Falla�N°�4431.16:00���16:12 CDC: CDC�solicita�al�CC�de�AES�Gener�subir�40�MW�con�la�unidad�CCH2,�en�apoyo�al�CSF.16:01 CDC: CDC�solicita�al�CC�de�Engie�el�despacho�de�la�unidad�U16.16:03 CDC: CDC�solicita�al�CC�de�Engie�el�despacho�de�la�unidad�TG3�con�gas�por�reserva�primaria.16:04 COLLAHUASI: CC�de�Collahuasi�informa�que�bajó�17�MW�con�la�línea�N°�2�de�molienda�correspondientes�a�los�molinos�SAG2�y�BOLAS�4�y�solicitan�autorización�para�normalizar.�CDC�autoriza.16:19 ENGIE: E/S�la�unidad�TG3.

BITÁCORA OPERACIÓN DIARIA SING

HORA EMPRESA CRONOLOGIA�EVENTOS

16:43 ENGIE: CC�de�Engie�informa�que�la�unidad�CTM2�se�desengancho�por�perdida�de�vacío,�producido�por�rotura�en�tubería�de�drenaje�del�calentador�N°�7.�Se�estima�que�la�reparación�dure�2�horas�y�luego�de�la�reparación�apronte�de�sincronización�entre�3�4�horas.

16:43 ENGIE: Desconexión�de�la�unidad�CTM2�para�Reparación�tubería�de�drenaje�calentador�N°7,�según�la�solicitud�de�desconexión�N°�192710.16:45 CDC: CDC�solicita�al�CC�de�Kelar�el�despacho�de�la�unidad�KELAR�TG1�+�0.5TV.�Por�Déficit�de�Potencia.16:59 ENGIE: E/S�la�componente�U16�TG.17:21 KELAR: E/S�la�componente�KELAR�TG1.17:50 ENGIE: E/S�la�componente�U16�TV.�La�unidad�queda�en�configuración�U16�TG+U16�TV�y�en�proceso�hasta�mínimo�técnico.17:58 CELTA: CC�de�Celta�informa�que�la�unidad�CTTAR�se�limita�en�115�MW�por�Problema�vacío�condensador,�según�IRO�N°�13107.�Cancela�IRO�N°�13103.

18:20 ENGIE: CC�de�Engie�informa�que�la�unidad�U16�se�encuentra�en�mínimo�técnico�140�MW�según�IRO�N°�13068,�estable�y�corrector�de�frecuencia�habilitado.�CDC�solicita�mantener�en�140�MW�la�unidad�por�optimización�de�gas.

18:22 CDC: CDC�solicita�al�CC�de�Engie�el�retiro�de�la�unidad�TG3.18:24 ENGIE: F/S�la�unidad�TG3.

18:37 ENGIE: CC�de�Engie�informa�que�su�cliente�minera�Radomiro�Tomic�baja�8�MW�en�el�área�de�ripio�por�20�horas,�por�falla�en�la�correa�transportadora.�De�éstos�3�MW�están�asociados�al�1º�escalón�del�EDAC�de�subfrecuencia.

18:53 ENGIE: E/S�la�unidad�CHAP2.

18:56 ENGIE: CC�de�Engie�informa�que�finaliza�el�trabajo�de�Reparación�tubería�de�drenaje�calentador�N°7�en�la�unidad�CTM2,�cancela�la�solicitud�de�desconexión�N°�192710.�La�unidad�se�mantiene�indisponible�por�alta�excentricidad,�se�Normalización�Eje�turbina�por�alta�excentricidad,�según�la�solicitud�de�desconexión�N°�192717.

19:30 ENGIE: CC�de�Engie�informa�que�la�unidad�CTM2,�tiene�un�nuevo�apronte�de�sincronización�de�12�horas�al�momento�de�ser�despachada�y�estar�disponible�que�seria�a�las�08:00�del�24�03�2017.20:22 CDC: CDC�solicita�al�CC�de�Engie�subir�la�unidad�U16�de�140�MW�a�200�MW.

21:05 ENORCHILE: Desconexión�de�Sub�Estación�Solar�Jama�por�Se�requiere�realizar�pruebas�de�mandos�de�apertura�y�cierre�en�equipos�de�media�y�alta�tensión�desde�SCADA�de�Subestación�y�Centro�de�Control.�según�solicitud�de�Desconexión�N°192056.

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ANEXO Nº 4

Detalle de mantenimientos programados y forzados correspondientes al día

23 de marzo de 2017

Número Tipo Estado Empresa Tipo Solicitud Origen Tipo Programación Instalación Tipo Trabajo Comentario Consumo Empresas Afectadas Trabajo Requiere Fecha Inicio Fecha Fin Fecha Efectiva Inicio Fecha Efectiva Fin2017012320 Central Generadora Ejecución Exitosa AGUAS DEL MELADO Desconexión Origen Interno Programada CENTRAL COMPLETA Otro Tipo de Trabajo Para Realizar Carga por actualización de Programa

en los diferentes PLC de la Central, debido a los trabajos de Tele-control de Ambas Centrales

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 18:30:00 23/03/2017 08:35:00 23/03/2017 18:00:00

2017012090 Central Generadora Ejecución Exitosa ALBA Desconexión Origen Interno Programada EOLICA SAN PEDRO 9, Mantenimiento preventivo MANTENIMIENTO PREVENTIVO No tiene consumo afectado ninguno 23/03/2017 08:45:00 23/03/2017 18:00:00 23/03/2017 08:47:00 23/03/2017 15:43:002017012310 Central Generadora Ejecución Exitosa CELTA Intervención Origen Interno Programada SAN ISIDRO I TV, Otro Tipo de Trabajo Ejecutar Mantenimiento Operacional Valvulas de

Admisión de Vapor a la Turbina. No afecta la generación.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 14:37:00 23/03/2017 16:44:00

2017012259 Central Generadora Ejecución Exitosa COLBÚN Intervención Origen Interno Programada CENTRAL COMPLETA Otro Tipo de Trabajo Medición de equipos rotatorios unidad generadora Los Quilos unidades 1, 2 y 3

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 18:00:00 23/03/2017 11:14:00 23/03/2017 18:50:00

2017012258 Central Generadora Ejecución Exitosa COLBÚN Intervención Origen Interno Programada ACONCAGUA (BLANCO), Otro Tipo de Trabajo Normalización de aceite de unidad hidráulica de comando unidad Blanco

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 14:00:00 23/03/2017 11:21:00 23/03/2017 12:26:00

2017012105 Central Generadora Ejecución Exitosa COLBÚN Intervención Origen Interno Programada CENTRAL COMPLETA Otro Tipo de Trabajo Implementación de sistema AGC en controlador Mark VI de la unidad TG3 : se requiere acceso a la lógica y al gabinete del sistema de control.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 06/04/2017 14:00:00 23/03/2017 08:40:00 23/03/2017 18:07:00

2017012301 Central Generadora Ejecución Exitosa ELÉCTRICA INDUSTRIAL Desconexión Origen Interno Programada CARENA 3, Otro Tipo de Trabajo Mantenimiento Preventivo UG3 No tiene consumo afectado ninguno 23/03/2017 11:00:00 23/03/2017 13:00:00 23/03/2017 12:29:00 23/03/2017 15:08:002017012260 Central Generadora Ejecución Exitosa ELÉCTRICA INDUSTRIAL Desconexión Origen Interno Programada CARENA 2, Otro Tipo de Trabajo Mantenimiento Preventivo UG2 No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 11:00:00 23/03/2017 09:19:00 23/03/2017 12:14:002017012417 Central Generadora Ejecución Exitosa ELÉCTRICA PANGUIPULLI Desconexión Origen Interno Programada CENTRAL COMPLETA Otro Tipo de Trabajo Reparación de aislador dañado en la estructura de

entrada al Tap Off de Lalackama con el circuito 1 de la línea Paposo - San Francisco

No tiene consumo afectado ninguno 23/03/2017 20:00:00 24/03/2017 05:00:00 23/03/2017 23:53:00 24/03/2017 02:51:00

2017012750 Central Generadora Ejecución Exitosa ELÉCTRICA SANTIAGO Intervención Origen Interno Curso Forzoso NUEVA RENCA TV, Otro Tipo de Trabajo Retiro de fuegos adicionales GLP, por falla en válvula reguladora de presión de gas propano.

No tiene consumo afectado ninguno 23/03/2017 10:13:00 23/03/2017 16:00:00 23/03/2017 10:13:00 23/03/2017 15:12:00

2017012508 Central Generadora Ejecución Exitosa ENEL GENERACIÓN Intervención Origen Interno Programada CENTRAL COMPLETA Otro Tipo de Trabajo Cambio mangas Cámara 24 por aumento de material particulado. Unidad 2 limitada a 300 MW durante aislación de la cámara.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 06:38:00 23/03/2017 09:38:00

2017012431 Central Generadora Ejecución Exitosa ENEL GENERACIÓN Desconexión Origen Interno Programada RALCO 2, Otro Tipo de Trabajo Pruebas de secuencia de logica controlador GIS( conexión y desconexion de la unidad 2 )

No tiene consumo afectado ninguno 23/03/2017 14:30:00 23/03/2017 16:30:00 23/03/2017 14:37:00 23/03/2017 15:30:00

2017012429 Central Generadora Ejecución Exitosa ENEL GENERACIÓN Desconexión Origen Interno Programada RALCO 1, Otro Tipo de Trabajo Pruebas de secuencia de logica controlador GIS( conexión y desconexion de la unidad 1 )

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 10:30:00 23/03/2017 09:35:00 23/03/2017 13:02:00

2017012312 Central Generadora Ejecución Exitosa ENEL GENERACIÓN Intervención Origen Interno Programada SAN ISIDRO II TV, Otro Tipo de Trabajo Ejecutar Mantenimiento Operacional Valvulas de Admisión de Vapor a la Turbina. No afecta la generación.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 08:29:00 23/03/2017 09:14:00

2017010646 Central Generadora Ejecución Exitosa ENEL GENERACIÓN Desconexión Origen Interno Programada RAPEL 4, Otro Tipo de Trabajo Mantenimiento mayor anual y reparación de rodete.No tiene consumo afectado ninguno 23/03/2017 00:00:00 29/03/2017 23:59:00 23/03/2017 01:55:00 29/03/2017 20:24:00

2017011300 Central Generadora Ejecución Exitosa EQUIPOS GENERACIÓN Intervención Origen Interno Programada CENTRAL COMPLETA Mantenimiento preventivo Mantenimiento de tablero de comunicaciones y RTU Telvent, Pérdida de comunicación con Central mientras se resetean los equipos de comunicación, durante 1 minuto aprox.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 20:00:00 23/03/2017 09:50:00 23/03/2017 18:50:00

2017012315 Central Generadora Ejecución Exitosa PORTEZUELO Desconexión Origen Interno Programada CENTRAL COMPLETA Otro Tipo de Trabajo Para Realizar Carga por actualización de Programaen los diferentes PLC de la Central, debido a los trabajos de Tele-control de Ambas Centrales

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 18:30:00 23/03/2017 08:35:00 23/03/2017 20:00:00

2017010815 Subestación Ejecución Exitosa ANGLO AMERICAN SUR - LOS BRONCES Desconexión Origen Interno Programada LOS MAITENES 220/69/15KV 60MVA 3, Mantenimiento preventivo se realizara mantenimiento general de trasformado.mas pruebas electricas.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 19:00:00 23/03/2017 12:03:00 24/03/2017 15:58:00

2017013041 Subestación Ejecución Exitosa CGE Intervención Origen Externo Curso Forzoso S/E PAINE AT, Otro Tipo de Trabajo A solicitud de TRANSELEC, según su SODI N°234/2017 (por la SODI N°283/2017 de CGE Distribución), ambos de curso forzoso, se requiere la precaución sobre el 52AT de S/E Paine, por reparación de líneas MT cortadas, bajos la LTs 154 kV Alto Jahuel-Rancagua-Tinguiririca N°1 y N°2 (de TRANSELEC), entre estructuras 159 y !60 de la línea.

No tiene consumo afectado ninguno 23/03/2017 19:00:00 23/03/2017 21:00:00 23/03/2017 19:33:00 23/03/2017 20:41:00

2017013040 Subestación Ejecución Exitosa CGE Intervención Origen Externo Curso Forzoso S/E FATIMA A2, Otro Tipo de Trabajo A solicitud de TRANSELEC, según su SODI N°234/2017 (por la SODI N°283/2017 de CGE Distribución), ambos de curso forzoso, se requiere la precaución sobre el 52A2 de S/E Fátima 154 kV, por reparación de líneas MT cortadas, bajos la LTs 154 kV Alto Jahuel-Rancagua-Tinguiririca N°1 y N°2 (de TRANSELEC), entre estructuras 159 y !60 de lalínea.

No tiene consumo afectado ninguno 23/03/2017 19:00:00 23/03/2017 21:00:00 23/03/2017 18:33:00 23/03/2017 20:41:00

2017013032 Subestación Ejecución Exitosa CGE Intervención Origen Externo Curso Forzoso S/E FATIMA A1, Otro Tipo de Trabajo A solicitud de TRANSELEC, según su SODI N°234/2017 (por la SODI N°283/2017 de CGE Distribución), ambos de curso forzoso, se requiere la precaución sobre el 52A1 de S/E Fátima 154 kV, por reparación de líneas MT cortadas, bajos la LTs 154 kV Alto Jahuel-Rancagua-Tinguiririca N°1 y N°2 (de TRANSELEC), entre estructuras 159 y !60 de lalínea.

No tiene consumo afectado ninguno 23/03/2017 19:00:00 23/03/2017 21:00:00 23/03/2017 19:33:00 23/03/2017 20:41:00

2017013031 Subestación Ejecución Exitosa CGE Intervención Origen Externo Curso Forzoso S/E PUNTA DE CORTES AT, Otro Tipo de Trabajo A solicitud de TRANSELEC, según su SODI N°234/2017 (por la SODI N°283/2017 de CGE Distribución), ambos de curso forzoso, se requiere la precaución sobre el 52AT de S/E Punta de Cortés, por reparación de líneas MT cortadas, bajosla LTs 154 kV Alto Jahuel-Rancagua-Tinguiririca N°1 y N°2 (de TRANSELEC), entre estructuras 159 y !60 de la línea.

No tiene consumo afectado ninguno 23/03/2017 19:00:00 23/03/2017 21:00:00 23/03/2017 19:33:00 23/03/2017 20:41:00

2017013030 Subestación Ejecución Exitosa CGE Intervención Origen Externo Curso Forzoso S/E MALLOA NUEVA A2, Otro Tipo de Trabajo A solicitud de TRANSELEC, según su SODI N°234/2017 (por la SODI N°283/2017 de CGE Distribución), ambos de curso forzoso, se requiere la precaución sobre el 52A2 de S/E Malloa 154 kV, por reparación de líneas MT cortadas, bajos la LTs 154 kV Alto Jahuel-Rancagua-Tinguiririca N°1 y N°2 (de TRANSELEC), entre estructuras 159 y !60 de lalínea.

No tiene consumo afectado ninguno 23/03/2017 19:00:00 23/03/2017 21:00:00 23/03/2017 19:33:00 23/03/2017 20:41:00

2017013029 Subestación Ejecución Exitosa CGE Intervención Origen Externo Curso Forzoso S/E MALLOA NUEVA A1, Otro Tipo de Trabajo A solicitud de TRANSELEC, según su SODI N°234/2017 (por la SODI N°283/2017 de CGE Distribución), ambos de curso forzoso, se requiere la precaución sobre el 52A1 de S/E Malloa 154 kV, por reparación de líneas MT cortadas, bajos la LTs 154 kV Alto Jahuel-Rancagua-Tinguiririca N°1 y N°2 (de TRANSELEC), entre estructuras 159 y !60 de lalínea.

No tiene consumo afectado ninguno 23/03/2017 19:00:00 23/03/2017 21:00:00 23/03/2017 19:33:00 23/03/2017 20:41:00

2017012927 Subestación Ejecución Exitosa CGE Intervención Origen Interno Curso Forzoso S/E SANTA ELVIRA B3, Alambrado de control Se requiere realizar revisión de alambrado de control del interruptor 52B3 de S/E Santa Elvira por falla de comunicación con el SEL 52B3 que provoca discordancia de estado entre datos SCADA y locales. También frente a una posible apertura del equipo no será factible realizar cierres por SCADA.

No tiene consumo afectado ninguno 23/03/2017 16:00:00 23/03/2017 19:00:00 23/03/2017 15:58:00 23/03/2017 17:47:00

2017012913 Subestación Ejecución Exitosa CGE Intervención Origen Externo Curso Forzoso S/E FATIMA A2, Otro Tipo de Trabajo A solicitud de TRANSELEC, según su SODI N°120/2017 de curso forsozo, se requiere precaución de no reconectar sobre el 52A2 de S/E Fátima 154 kV, por revisión de su LT 154 kV Alto Jahuel-Rancagua-Tinguirirca N°2 debido a falla.

No tiene consumo afectado ninguno 23/03/2017 15:30:00 23/03/2017 19:30:00 23/03/2017 15:44:00 23/03/2017 16:19:00

2017012911 Subestación Ejecución Exitosa CGE Intervención Origen Externo Curso Forzoso S/E FATIMA A1, Otro Tipo de Trabajo A solicitud de TRANSELEC, según su SODI N°120/2017 de curso forsozo, se requiere precaución de no reconectar sobre el 52A1 de S/E Fátima 154 kV, por revisión de su LT 154 kV Alto Jahuel-Rancagua-Tinguirirca N°2 debido a falla.

No tiene consumo afectado ninguno 23/03/2017 15:30:00 23/03/2017 19:30:00 23/03/2017 15:44:00 23/03/2017 16:19:00

2017012907 Subestación Ejecución Exitosa CGE Intervención Origen Externo Curso Forzoso S/E PAINE AT, Otro Tipo de Trabajo A solicitud de TRANSELEC, según su SODI N°120/2017 de curso forsozo, se requiere precaución de no reconectar sobre el 52AT de S/E Paine, por revisión de su LT 154 kV Alto Jahuel-Rancagua-Tinguirirca N°2 debido a falla.

No tiene consumo afectado ninguno 23/03/2017 15:30:00 23/03/2017 19:30:00 23/03/2017 15:44:00 23/03/2017 16:19:00

2017012904 Subestación Ejecución Exitosa CGE Intervención Origen Externo Curso Forzoso S/E PUNTA DE CORTES A1, Otro Tipo de Trabajo A solicitud de TRANSELEC, según su SODI N°120/2017 de curso forsozo, se requiere precaución de no reconectar sobre el 52AT de S/E Punta de Cortés, por revisión de su LT 154 kV Alto Jahuel-Rancagua-Tinguirirca N°2 debido a falla.

No tiene consumo afectado ninguno 23/03/2017 15:30:00 23/03/2017 19:30:00 23/03/2017 15:44:00 23/03/2017 16:19:00

2017012899 Subestación Ejecución Exitosa CGE Intervención Origen Externo Curso Forzoso S/E MALLOA NUEVA A1-A2-AT1, Otro Tipo de Trabajo A solicitud de TRANSELEC, según su SODI N°120/2017 de curso forsozo, se requiere precaución de no reconectar sobre el 52A1 y 52A2 de S/E Malloa 154 kV, por revisión de su LT 154 kV Alto Jahuel-Rancagua-Tinguirirca N°2 debido a falla.

No tiene consumo afectado ninguno 23/03/2017 15:30:00 23/03/2017 19:30:00 23/03/2017 15:44:00 23/03/2017 16:19:00

2017012519 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada S/E LIRQUEN BT, Relleno de SF6 Se realizará la verificación de presión y eventual relleno de gas SF6 asociado al interruptor 52BT de S/E Lirquen, por tal motivo se requiere una orden dprecaución (no reconexión) sobre el interruptor 52BT de S/E Lirquen y el bloqueo de reconexión del interruptor 52B2 de S/E Penco. La orden de precaución y el bloqueo de reconexión solicitado, srealizará en forma paulatina y efectiva en el período correspondiente al inicio y término de los trabajos en las cercanías del interruptor 52BT de S/E Lirquen.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 16:00:00 23/03/2017 16:00:00 23/03/2017 18:01:00

2017012404 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada Otro Tipo de Trabajo Por trabajos del proveedor de comunicaciones satelitales, eventualmente pueden haber pérdidas de comunicaciones intermitentes de datos, desde y hacia el CEN en SS/EE Curacautín, Quirihue, Incahuasi, Sta. Rosa, alhue, Mandinga, Curanilahue, Tres Pinos, Lebu, Lautaro, Pullinque y Traiguén.

No tiene consumo afectado ninguno 23/03/2017 10:00:00 23/03/2017 18:00:00 23/03/2017 13:34:00 23/03/2017 21:00:00

2017012391 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada Mantenimiento preventivo Por mantenimiento preventivo, se realizaran pruebas efectivas a través de sistema SCADA lo cual implica habilitar y deshabilitar la opción de reconexión automática de los interruptores 52HL1, 52B1, 52B2 y 52B3.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 10:31:00 23/03/2017 15:18:00

2017012389 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada Mantenimiento preventivo Por mantenimiento preventivo, se realizaran pruebas efectivas a través de sistema SCADA lo cual implica habilitar y deshabilitar la opción de reconexión automática de los interruptores 52HL1, 52B1 y 52B2.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 11:47:00 23/03/2017 15:18:00

2017012377 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada Mantenimiento preventivo Por mantenimiento preventivo, se realizaran pruebas efectivas a través de sistema SCADA lo cual implica habilitar y deshabilitar la opción de reconexión automática de los interruptores 52JL1, 52H1 y 52H2.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 15:19:00 23/03/2017 16:30:00

2017012352 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada Otro Tipo de Trabajo Incorporación y pruebas de nuevos equipos, asociados a proyecto de ampliación de S/E El Peñón. Considera perdidas intermitentes de comunicación, entre la S/E y el nodo La Serena, con el centro de control.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 26/03/2017 20:00:00 24/03/2017 14:20:00 29/03/2017 19:49:00

2017012293 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada BA S/E MONTE PATRIA 13.2KV,BA S/E MONTE PATRIA 23KV,

Otro Tipo de Trabajo Precaución en interruptores 52CT1 y 52ET2, a solicitud de Transelec (SODI 1484), por trabajos en sus instalaciones.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 10:52:00 23/03/2017 19:49:00

2017012242 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada Servicios Auxiliares Se realizara mantenimiento preventivo a banco y cargadores de baterías. En este proceso se considera la existencia de alarmas de C.C. y C.A. en los servicios auxiliares.

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 16:30:00 23/03/2017 11:45:00 23/03/2017 17:05:00

2017012217 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada MD S/E MANDINGA 13.2kV CT P, Verificación medidor de energía Por auditoria de medida, se realizara revisión y verificación de alambrado de control asociado a medidor ION 8600, medida instantánea de constante corrientes para verificar relación de

transformación de potencial y corriente.Se solicita precaución “Orden de No Reconectar”

para el interruptor 52CT1.

No tiene consumo afectado ninguno 23/03/2017 12:00:00 23/03/2017 16:00:00 23/03/2017 13:00:00 23/03/2017 15:40:00

2017012213 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada MD S/E CHOCALÁN 13.2kV CT P, Verificación medidor de energía Por auditoria de medida, se realizara revisión y verificación de alambrado de control asociado a medidor ION 8600, medida instantánea de constante corrientes para verificar relación de

transformación de potencial y corriente. Se solicita precaución “Orden de No Reconectar” para el interruptor 52CT1.

No tiene consumo afectado ninguno 23/03/2017 10:00:00 23/03/2017 13:00:00 23/03/2017 11:43:00 23/03/2017 12:30:00

2017012097 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada S/E CHILLAN, Otro Tipo de Trabajo Orden de precaución de no reconectar interruptor 52BT3, por trabajos de instalación de puentes de barra 66kV a nuevo desconectador 89B3-1 asociado al nuevo paño B3 por el proyecto de nuevo T4 en S/E Chillán. Estos trabajos de instalacion de puentes se realizará con métodos de LLEE a potencial.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 11:11:00 23/03/2017 18:23:00

2017012083 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada S/E COLO COLO CT1, Mantenimiento preventivo Se requiere una orden de precaución (no reconexión) sobre el interruptor 52CT1 de S/E Colocolo, esto por retiro de tapas de celdas para verificación de conexionado de barra MT N°1.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 14:34:00 23/03/2017 15:03:00

2017012015 Subestación Ejecución Exitosa CGE Desconexión Origen Interno Programada BC S/E CACHAPOAL CE-2 15KV 2.5 MVAr, Mantenimiento preventivo Se realizará desconexión de bancos de condensadores N°1 y N°2 de SE Cachapoal para realizar mantenimiento a equipos de poder, ademáde labores de desmalezado de patio. No hay pérdidas de consumos.

No tiene consumo afectado ninguno 23/03/2017 10:00:00 23/03/2017 13:00:00 23/03/2017 09:24:00 23/03/2017 12:40:00

2017012014 Subestación Ejecución Exitosa CGE Desconexión Origen Interno Programada BC S/E CACHAPOAL CE-1 15KV 2.5 MVAr, Mantenimiento preventivo Se realizará desconexión de bancos de condensadores N°1 y N°2 de SE Cachapoal para realizar mantenimiento a equipos de poder, ademáde labores de desmalezado de patio. No hay pérdidas de consumos.

No tiene consumo afectado ninguno 23/03/2017 10:00:00 23/03/2017 13:00:00 23/03/2017 09:24:00 23/03/2017 12:40:00

2017011927 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada MD S/E FATIMA 154KV 154kV A1 P,MD S/E FATIMA 154KV 154kV A2 P,MD S/E FATIMA 154KV 154kV AT3 P,MD S/E FATIMA 154KV 66kV B4 P,MD S/E FATIMA 154KV 66kV B5 P,MD S/E FATIMA 154KV 66kV B6 P,

Verificación medidor de energía SE REQUIERE REALIZAR AUDITORIAS A LOS MEDIDORES DE FACTURACIÓN DE LOS PAÑOSA1 - A2 - AT3 - B4 - B5 Y B6 DE SE FATIMA. NO CONSIDERA DESCONEXION NI RIESGOS DE OPERACIÓN FORTUITA. NO EXISTE PERDIDA DE LOS REGISTROS DE ENERGÍA.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 11:16:00 23/03/2017 17:29:00

2017011598 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada S/E LOS PEUMOS J2, Otro Tipo de Trabajo S/E Los Peumos: Precaución operacional no reconectar de forma manual interruptor 52J2 asociado a tramo LT 220kV Duqueco-Los Peumos. Por trabajos de instalación sistema antiescalamiento en torre 474 y 474-A.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:24:00 23/03/2017 20:04:00

2017011592 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada S/E LOS PEUMOS J1, Otro Tipo de Trabajo S/E Los Peumos: Precaución operacional no reconectar de forma manual interruptor 52J1 asociado a tramo LT 220kV Los Peumos- Temuco. Por trabajos de instalación sistema antiescalamiento en torre 474 y 474-A.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:24:00 23/03/2017 20:04:00

2017011587 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada S/E DUQUECO J2, Otro Tipo de Trabajo S/E Duqueco: Precaución operacional no reconectar de forma manual interruptor 52J2 asociado a tramo LT 220kV Duqueco-Los Peumos. Por trabajos de instalación sistema antiescalamiento en torre 474 y 474-A.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/08/2017 18:00:00 23/03/2017 09:24:00 23/03/2017 20:04:00

2017011575 Subestación Ejecución Exitosa CGE Desconexión Origen Interno Programada BA S/E QUINQUIMO 23KV, Otro Tipo de Trabajo Considera energización del circuito Longotoma SE Quinquimo.

Se realizó la reubicación del circuito Longotoma a lposición 52E5 y la incorporación de nueva salida MT en la posición 52E1 (esta quedará

desenergizada). Se enviará por correo electrónico al CEN el respaldo del estudio de protecciones y pruebas de aislación respectivas.

No tiene consumo afectado protocolos_de_pruebas 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 11:27:00 23/03/2017 11:44:00

2017011225 Subestación Ejecución Exitosa CGE Intervención Origen Interno Programada Otro Tipo de Trabajo Intervención SCADA en SE Quinquimo y centro de control nodo Aconcagua por integración nuevas salidas MT. Considera interrupciones momentáneas inferiores a 5 minutos.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 08:46:00 23/03/2017 15:56:00

2017010997 Subestación Ejecución Exitosa CGE Intervención Origen Externo Programada S/E LINARES AT1, Otro Tipo de Trabajo A solicitud de Transelec de acuerdo a SODI N°194/2017 se requiere orden de precaución de no reconectar interruptor 52AT1 general de 154kV del transformador N°1 de SE Linares por trabajos en el sistema de 154kV de propiedad de Transelec por trabajos en sus instalaciones.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 08:17:00 23/03/2017 19:44:00

2017010982 Subestación Ejecución Exitosa CGE Intervención Origen Externo Programada S/E MAULE AT, Otro Tipo de Trabajo A solicitud de Transelec de acuerdo a SODI N°194/2017 se requiere orden de precaución de no reconectar interruptor 52AT general de 154kV de lotransformadores N°1 y N°2 de SE Maule por trabajos en el sistema de 154kV de propiedad de Transelec por trabajos en sus instalaciones.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 08:17:00 23/03/2017 19:44:00

2017010971 Subestación Ejecución Exitosa CGE Intervención Origen Externo Programada S/E CONSTITUCION B1, Otro Tipo de Trabajo A solicitud de Transelec de acuerdo a SODI N°193/2017 se requiere orden de precaución de no reconectar interruptor 52B1 asociado a la línea 66kV Constitución - San Javier de propiedad de Transelec por trabajos en sus instalaciones.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 08:15:00 23/03/2017 19:44:00

2017010323 Subestación Ejecución Exitosa CGE Desconexión Origen Interno Programada Otro Tipo de Trabajo Por integración de nuevo paño 52E9 e incorporación de nuevas señales de Paño 52E1 a SCADA. Habrá perdida intermitente de comunicación por periodos inferiores a 3 minutos.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 21:00:00 23/03/2017 08:05:00 23/03/2017 17:51:00

2017009209 Subestación Ejecución Exitosa CGE Intervención Origen Externo Programada S/E LOS PEUMOS J2, Roce y pode franja servidumbre Precaución operacional (No reconectar) 52J2 de SE Los Peumos solicitada por Transelec (SODI Nº162) a raíz roce de franja servidumbre de LT 220 kV Duqueco Los Peumos

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 18:00:00 23/03/2017 16:30:00 23/03/2017 17:52:00

2017009207 Subestación Ejecución Exitosa CGE Intervención Origen Externo Programada S/E DUQUECO J2, Roce y pode franja servidumbre Precaución operacional (No reconectar) 52J2 de SE Duqueco solicitada por Transelec (SODI Nº162) a raíz roce de franja servidumbre de LT 220 kV Duqueco Los Peumos

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 18:00:00 23/03/2017 16:30:00 23/03/2017 17:52:00

2017007553 Subestación Ejecución Exitosa CGE Intervención Origen Externo Programada S/E LOS PEUMOS J2, Roce y pode franja servidumbre Precaución operacional (No reconectar) 52J2 de SE Los Peumos solicitada por Transelec (SODI Nº107) a raíz de poda y tala de árboles cercanos a LT 220 kV Duqueco Los Peumos

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 11:12:00 23/03/2017 17:24:00

2017007551 Subestación Ejecución Exitosa CGE Intervención Origen Externo Programada S/E DUQUECO J2, Roce y pode franja servidumbre Precaución operacional (No reconectar) 52J2 de SE Duqueco solicitada por Transelec (SODI Nº107) a raíz de poda y tala de árboles cercanos a LT 220 kV Duqueco Los Peumos

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 11:12:00 23/03/2017 17:24:00

2017012524 Subestación Ejecución Exitosa CHILQUINTA Intervención Origen Interno Programada Otro Tipo de Trabajo Intervención en la Unidad Remota de la subestaciópara revisar y solucionar problema de comunicaciones con el control F6 del alim. Peñuelas. Selectores Local/Remoto SCADAa en Local.

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 18:30:00 23/03/2017 14:42:00 23/03/2017 18:00:00

2017012523 Subestación Ejecución Exitosa CHILQUINTA Intervención Origen Interno Programada Otro Tipo de Trabajo Intervención en la Unidad Remota de la subestaciópara revisar y solucionar problema de comunicaciones con el control F6 del alim. Montemar. Selectores Local/Remoto SCADAa en Local.

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 18:30:00 23/03/2017 16:38:00 23/03/2017 18:50:00

2017012311 Subestación Ejecución Exitosa CHILQUINTA Desconexión Origen Interno Programada BC S/E ALTO MELIPILLA C3 12KV 3.6 MVAr,Otro Tipo de Trabajo Mantenimiento correctivo al desconectador 13,2kV 89CC2-1 de la Unidad 3 del Banco de Condensadores (fallado).

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 16:00:00 23/03/2017 10:18:00 23/03/2017 18:00:00

2017012416 Subestación Ejecución Exitosa ELÉCTRICA PANGUIPULLI Desconexión Origen Interno Programada TAP LALACKAMA JL2, Otro Tipo de Trabajo Reparación de aislador dañado en la estructura de entrada al Tap Off de Lalackama con el circuito 1 de la línea Paposo - San Francisco

No tiene consumo afectado ninguno 23/03/2017 20:00:00 24/03/2017 05:00:00 23/03/2017 23:00:00 24/03/2017 02:51:00

2017012534 Subestación Ejecución Exitosa ENEL DISTRIBUCIÓN Desconexión Origen Externo Programada S/E CHENA J2, Otro Tipo de Trabajo Desconexión del paño 220 kV en subestación Chena a solicitud de Transelec

No tiene consumo afectado ninguno 23/03/2017 08:00:00 06/04/2017 18:00:00 23/03/2017 07:54:00 06/04/2017 19:23:00

2017012533 Subestación Ejecución Exitosa ENEL DISTRIBUCIÓN Desconexión Origen Externo Programada S/E CHENA J1, Otro Tipo de Trabajo Desconexión del paño 220 kV en subestación Chena a solicitud de Transelec

No tiene consumo afectado ninguno 23/03/2017 08:00:00 06/04/2017 18:00:00 23/03/2017 07:54:00 06/04/2017 19:23:00

2017012348 Subestación Ejecución Exitosa ENEL DISTRIBUCIÓN Intervención Origen Interno Programada Otro Tipo de Trabajo Reemplazo de la Unidad Central Principal de la subestación, por lo que se perderá la comunicación entre la Subestación y el despacho por 30 minutos.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 10:52:00 23/03/2017 16:58:00

2017011828 Subestación Ejecución Exitosa ENEL DISTRIBUCIÓN Intervención Origen Externo Programada S/E CHENA J2, Lavado de Aislación Se solicita la restricción de reconexión del interruptor 220 kV en caso de operación automática, por requerimiento de empresa TRANSELEC.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 08:28:00 23/03/2017 18:39:00

2017011822 Subestación Ejecución Exitosa ENEL DISTRIBUCIÓN Intervención Origen Externo Programada S/E CHENA J1, Lavado de Aislación Se solicita la restricción de reconexión del interruptor 220 kV en caso de operación automática, por requerimiento de empresa TRANSELEC.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 08:28:00 23/03/2017 18:39:00

2017012141 Subestación Ejecución Exitosa PARQUE EÓLICO LOS CURUROS Intervención Origen Externo Programada S/E CENTRAL LA CEBADA J2, Mantenimiento preventivo A solicitud de transelec no reconectar 52/J2. Motivo: Reemplazo de cable OPGW entre estructuras N°353 Y 357. Linea 220 KV. La CebadaPan de Azúcar.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:53:00 23/03/2017 17:04:00

2017011813 Subestación Ejecución Exitosa PARQUE EÓLICO RENAICO Intervención Origen Externo Programada TAP BUREO J1, Otro Tipo de Trabajo No reconectar 52J1, a solicitud de Transelec (SODI 234), por trabajos de Instalación de sistema antitrepado en torres N°474 y 474A (Trabajos de CGE).

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:37:00 23/03/2017 20:04:00

2017010944 Subestación Ejecución Exitosa PARQUE EÓLICO RENAICO Intervención Origen Externo Programada TAP BUREO J1, Otro Tipo de Trabajo No reconectar 52J1 a solicitud de Transelec, por trabajos de Roce en franja de servidumbre en Línea 220kV Duqueco - Los Peumos.

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 18:00:00 23/03/2017 16:18:00 23/03/2017 20:04:00

2017008267 Subestación Ejecución Exitosa PARQUE EÓLICO RENAICO Intervención Origen Externo Programada TAP BUREO J1, Otro Tipo de Trabajo No reconectar 52J1 a solicitud de Transelec por trabajo programados

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 11:09:00 23/03/2017 20:04:00

2017011846 Subestación Ejecución Exitosa PETROPOWER Intervención Origen Interno Programada S/E PETROPOWER L2, Mantenimiento preventivo Para efectos de los trabajos a realizar en las subestaciones N°1 y N°2 de ERBB, durante el paro del primer semestre del presente año, se requiere interrumpir físicamente el circuito 52L2 (de alimentación PPW/ERBB en 66 kV).

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 11:25:00 23/03/2017 15:25:00

2017012743 Subestación Ejecución Exitosa SAN JUAN Desconexión Origen Externo Curso Forzoso S/E PUNTA COLORADA J13, Lavado de Aislación A solicitud de terceros (Transelec), según SODI 1524, se solicita apertura interruptor 52J13

y desconectadores 89J13-1 y 89J13-2 para realizar inspección y sellado de aislador de

pedestal paño J7 conexión a Barra Principal Sección 1. Limpieza de aislación de equipos

asociados a Barra, cadenas de barra, pedestales, TP de barra. Verificación de correcto

funcionamiento de 89J1-1, 89J4-1 y 89J7-1. Aislación con alto grado de contaminación.

No tiene consumo afectado ninguno 23/03/2017 09:46:00 23/03/2017 18:00:00 23/03/2017 10:11:00 23/03/2017 18:07:00

2017011789 Subestación Ejecución Exitosa STS Intervención Origen Externo Programada S/E PANGUIPULLI B3, Roce y pode franja servidumbre No reconectar 52B3 a solicitud de Transelec por trabajos de corte y poda de arboles en Linea 66 kV Pullinque Los Lagos circuito 1.

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 08:47:00 23/03/2017 17:28:00

2017012512 Subestación Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada Otro Tipo de Trabajo Equipo:Telecom. General SE Polpaico --- Tipo Trabajo:Obras CAPEX --- Descripción del Trabajo --- R/E Polpaico: Proyecto Cambio de MMOO. Reemplazo y puesta en servicio --- de nuevos equipos MMOO Dirección R/E El Roble. --- Restricciones:Teleprotecciones bloqueadas con respaldo --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- S/E Polpaico: SW TADD y TDD Línea 1 y 2 dir.Quillota " Desconectado" --- S/E Quillota: SW TADD y TDD Línea 1 y 2 dir.Polpaico " Desconectado" --- S/E Nogales: SW TPMO 21 y 22 dir. Quillota "Desconectado" --- S/E Polpaico: SW TPMO 21 y 22 dir. Nogales "Desconectado" --- S/E Polpaico: SW. TPH L1-R y TPH-L2-R "Desconectado" --- S/E C.Navia: SW. TPH L1-Sist.2 y TPH-L2-Sist.2 "Desconectado" --- S/E Polpaico - Lo Aguirre: SW TPMO 8 "Desconectado" --- S/E Polpaico - Alto Jahuel: SW. TPH 5 "Desconectado" --- --- Instalaciones con riesgo --- L.220 kV Polpaico - Quillota 1 ó 2 ó L.220 kV Nogales - Polpaico 1 ó 2 --- ó L.220 kV C.Navia - Polpaico 1 ó 2 ó L.500 kV Alto Jahuel - Polpaico --- ó L.500 kV Polpaico - Lo Aguirre --- Observaciones --- Durante los trabajos se interrumpe datos SCADA

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 10:54:00 23/03/2017 20:30:00

2017012510 Subestación Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada Otro Tipo de Trabajo Equipo:R/E: El Roble - Equipo MMOO --- Tipo Trabajo:Obras CAPEX --- Descripción del Trabajo --- R/E El Roble: Proyecto Cambio de MMOO. Reemplazo y puesta en Servicio de --- nuevos equipos MMOO dirección S/E Polpaico. --- Restricciones:Teleprotecciones bloqueadas con respaldo --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- S/E Polpaico: SW TADD y TDD Línea 1 y 2 dir.Quillota " Desconectado" --- S/E Quillota: SW TADD y TDD Línea 1 y 2 dir.Polpaico " Desconectado" --- S/E Nogales: SW TPMO 21 y 22 dir. Quillota "Desconectado" --- S/E Polpaico: SW TPMO 21 y 22 dir. Nogales "Desconectado" --- S/E Polpaico: SW. TPH L1-R y TPH-L2-R "Desconectado" --- S/E C.Navia: SW. TPH L1-Sist.2 y TPH-L2-Sist.2 "Desconectado" --- S/E Polpaico - Lo Aguirre: SW TPMO 8 "Desconectado" --- S/E Polpaico - Alto Jahuel: SW. TPH 5 "Desconectado" --- --- Instalaciones con riesgo --- L.220 kV Polpaico - Quillota 1 ó 2 ó L.220 kV Nogales - Polpaico 1 ó 2 --- ó L.220 kV C.Navia - Polpaico 1 ó 2 ó L.500 kV Alto Jahuel - Polpaico --- ó L.500 kV Polpaico - Lo Aguirre --- Observaciones --- Durante los trabajos se interrumpe datos SCADA

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 12:32:00 23/03/2017 20:30:00

2017012187 Subestación Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada Otro Tipo de Trabajo Equipo:SCADA Local SE Lo Aguirre --- Tipo Trabajo:Investigar o Reparar Anormalidad --- Descripción del Trabajo --- S/E Lo Aguirre: Reemplazo y configuración gateway N°2 por anormalidad de --- funcionamiento. --- Restricciones:Normalización sujeta a coordinación --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas-- S/E Lo Aguirre: Delimitación y señalización zona de trabajo --- Instalaciones con riesgo --- S/E Lo Aguirre: SCADA Local (Pérdida de datos menor a 5 minutos --- durante conmutaciones de Gateway) --- Observaciones --- No hay ---

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 17:00:00 23/03/2017 12:55:00 24/03/2017 15:03:00

2017011451 Subestación Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada POLPAICO TR3SSAA 230/13.8KV 5MVA 1U,Otro Tipo de Trabajo Equipo:S/E Polpaico. Paño JT3 -ATR3 220/13,2 kV --- Tipo Trabajo:Lavado de Aislación --- Descripción del Trabajo --- S/E Polpaico: Lavado de aislación de las cadenas de aisladores y de los --- equipos primarios que conforman la instalación. Paño JT3. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- S/E Polpaico: No reconectar interruptores asociados a la barra de --- 220 kV sección 1 y 2. No reconectar interruptor asociado al ATR3. --- Instalaciones con riesgo --- S/E Polpaico: Barra principal 220 kV sección 1 o 2 o Transformador N° --- 3 de 220/13,2 kV. --- --- Observaciones --- Coordinado con OYD, Colbún y ENEL Distribución. ---

No tiene consumo afectado ninguno 23/03/2017 12:00:00 23/03/2017 15:00:00 23/03/2017 16:24:00 23/03/2017 17:23:00

2017011450 Subestación Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada POLPAICO TR2 525/220KV 750MVA 3U, Otro Tipo de Trabajo Equipo:S/E Polpaico. Paño JT2 -ATR2 500/220 kV. --- Tipo Trabajo:Lavado de Aislación --- Descripción del Trabajo --- S/E Polpaico: Lavado de aislación de las cadenas de aisladores y de los --- equipos primarios que conforman la instalación. Paño JT2. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- S/E Polpaico: No reconectar interruptores asociados a la barra de --- 220 kV sección 1 y 2. No reconectar interruptor asociado al ATR2. --- Instalaciones con riesgo --- S/E Polpaico: Barra principal 220 kV sección 1 o 2 o Banco --- de Autotransformadores N°2 500/220/66 kV. --- Observaciones --- Coordinado con OYD, Colbún y Enel Distribución. -

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 12:00:00 23/03/2017 15:03:00 23/03/2017 16:51:00

2017011446 Subestación Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada POLPAICO TR1 525/220KV 750MVA 3U, Otro Tipo de Trabajo Equipo:S/E Polpaico. Paño JT1 -ATR1 500/220 kV. --- Tipo Trabajo:Lavado de Aislación --- Descripción del Trabajo --- S/E Polpaico: Lavado de aislación de las cadenas de aisladores y de los --- equipos primarios que conforman la instalación. Paño JT1. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- S/E Polpaico: No reconectar interruptores asociados a la barra de --- 220 kV sección 1 y 2. No reconectar interruptores asociado al ATR1. --- Instalaciones con riesgo --- S/E Polpaico: Barra principal 220 kV sección 1 o 2 o Banco --- de Autotransformadores N° 1 de 500/220 kV. --- --- Observaciones --- Coordinado con OYD, Colbún y ENEL Distribución.--

No tiene consumo afectado ninguno 23/03/2017 15:00:00 23/03/2017 18:00:00 23/03/2017 17:30:00 23/03/2017 17:55:00

2017011409 Subestación Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada Otro Tipo de Trabajo Equipo:S/E Puerto Montt: Sist. Microondas --- Tipo Trabajo:Mantenimiento de Telecomunicaciones --- Descripción del Trabajo --- S/E Puerto Montt: Mantenimiento preventivo a equipos Plantas Telefónicas --- y de medidas. --- Restricciones:Sin restricciones --- Nivel Riesgo:No significativo --- Bloqueo del Jefe de Faenas --- NO HAY. --- Instalaciones con riesgo --- N/A --- Observaciones --- No hay.- ---

No tiene consumo afectado ninguno 23/03/2017 11:00:00 23/03/2017 17:30:00 23/03/2017 10:48:00 23/03/2017 13:58:00

2017010992 Subestación Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada BA S/E VALLENAR 13.2KV, Otro Tipo de Trabajo Equipo:Barra 13,2 kV-Vallenar --- Tipo Trabajo:Análisis Fasorial --- Descripción del Trabajo--- S/E Vallenar: Análisis fasorial a protección de barra 51 y 51N --- electromagnética alternadamente. --- Restricciones:Sin restricciones -- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas-- Bloqueo de protección 51 y 51N alternadamente. --- Instalaciones con riesgo --- Barra 13,2 kV-Vallenar --- Observaciones --- No hay ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 11:00:00 23/03/2017 08:50:00 23/03/2017 10:30:00

2017007945 Subestación Ejecución Exitosa TRANSELEC Desconexión Origen Interno Programada S/E CHARRUA JS31, Otro Tipo de Trabajo Equipo:S/E Charrúa:Paño Seccionador JS31 --- Tipo Trabajo:Mantenimiento de Equipos Primarios -Descripción del Trabajo --- S/E Charrúa: Mantenimiento y medidas eléctricas a TCJS31-1, TCJS31-2 y --- 52JS31. Normalizar funcionamiento de calefactor del 52JS31. --- Restricciones:Equipo Indisponible --- Nivel Riesgo:Bajo --- Prueba Exp.:Sin prueba Experimental --- Bloqueo del Jefe de Faenas --- S/E Charrúa: Se instalarán Tierras Provisionales de Bloqueo entre --- 89JS31-1 y TCJS31-1, entre TCJS31 y 52JS31, entre 52JS31 y TCJS31-2, --- entre TCJS31-2 y 89JS31-2. --- Instalaciones con Riesgo --- S/E Charrúa: Barra Principal 220kV. Sección N°1 ó Barra Principal --- 220kV. Sección N°3 (al inicio y al final de la faena).-- Observaciones --- No hay. ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 08:07:00 23/03/2017 17:00:00

2017007472 Subestación Ejecución Exitosa TRANSRUCATAYO S.A Intervención Origen Externo Programada S/E PICHIRRAHUE J1, Roce y pode franja servidumbre A Solicitud de Transelec Sodi N° 106 no reconectar 52J1 sin Previo Aviso al Cnot

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 09:50:00 23/03/2017 17:40:00

2017012751 Línea Ejecución Exitosa CGE Desconexión Origen Interno Curso Forzoso ISLA DE MAIPO - EL MONTE 66KV C1, Otro Tipo de Trabajo Se requiere la apertura del 89B2 de S/E Isla Maipo, por trabajos en punto con temperatura en estructura N° 125 de LT 66KV Isla de Mipo- Monte, linea actualmente en vació.

No tiene consumo afectado ninguno 23/03/2017 11:05:00 23/03/2017 18:00:00 23/03/2017 11:09:00 23/03/2017 18:19:00

2017012516 Línea Ejecución Exitosa CGE Intervención Origen Interno Programada SAN JOAQUIN - MARQUESA 66KV C1, Otro Tipo de Trabajo A solicitud de la empresa constructora ELQUI y por trabajos cercano a la línea se requiere inhabilitar reconexión automática del 52B5 en S/E Pan de

Azúcar.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:24:00 23/03/2017 17:39:00

2017012342 Línea Ejecución Exitosa CGE Intervención Origen Interno Programada EL PENON - OVALLE 110KV C1,EL PENON -OVALLE 110KV C2,

Lavado de Aislación Lavado de aislación con instalación en servicio. Considera bloqueo de reconexión de interruptor 52H1 en S/E El Peñón y precaución en interruptores 52H5 de S/E El Peñón, 52H2 y 52H3 de S/E Ovalle. El bloqueo de la reconexión se realizará en forma paulatina y efectiva solo cuando los trabajos se estén ejecutando.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 11:00:00 23/03/2017 16:17:00

2017012241 Línea Ejecución Exitosa CGE Intervención Origen Interno Programada TAP ALTO MELIPILLA - BOLLENAR 110KV C1,

Roce y pode franja servidumbre Se requiere bloqueo de reconexion de interruptor 5289H2 de SE Tap Off Alto Melipilla para realizar poda de árboles dentro de la faja de seguridad. El bloqueo se mantendrá solo por el tiempo efectivo que duren los trabajos.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:02:00 23/03/2017 17:27:00

2017012094 Línea Ejecución Exitosa CGE Intervención Origen Interno Programada SANTA ELVIRA - NUEVA ALDEA 66KV C1, Roce y pode franja servidumbre Se requiere el bloqueo de reconexión del interruptor 52B3 de SE Santa Elvira y orden de precaución en extremo de Central Nueva Aldea, lo cual se encuentra coordinado con Arauco según SODI N°64/2017. Esto por trabajos de tala, poda y roce. NOTA: El bloqueo de reconexión se realizara de forma intermitente según el requerimiento en terreno.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:43:00 23/03/2017 18:50:00

2017012076 Línea Ejecución Exitosa CGE Intervención Origen Interno Programada HUALTE - QUIRIHUE 33KV C1, Roce y pode franja servidumbre Bloquear reconexión automática del interruptor 52FT1 de S/E Hualte por poda de árboles. NOTA: La LT 33kV Hualte - Quirihue es radial. El bloqueo de reconexión se realizará de forma intermitente según el requerimiento en terreno.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:40:00 23/03/2017 18:24:00

2017012031 Línea Ejecución Exitosa CGE Intervención Origen Interno Programada LOMA COLORADA - CORONEL 66KV C1,SAN PEDRO - LOMA COLORADA 66KV C1,LOMA COLORADA - CORONEL 66KV C2,SAN PEDRO - LOMA COLORADA 66KV C2,

Roce y pode franja servidumbre Se realizará una poda de árboles cercanos a la línea LT 66 kV Concepción-Coronel N°1 y 2, por tal motivo se requiere precaución del 52B8 de S/E Concepción y bloqueo de reconexión del 52B11 de S/E Concepción y 52B8 y 52B9 de S/E Coronel. Los bloqueos solicitados, se realizarán en forma paulatina y efectiva en el período correspondiente al inicio y término de los trabajos en las cercanías de la línea.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:12:00 23/03/2017 18:02:00

2017011981 Línea Ejecución Exitosa CGE Intervención Origen Interno Programada ESTRUCTURA 39 - CHIMBARONGO 66KV C1,SAN FERNANDO - ESTRUCTURA 39 66KV C1,

Roce y pode franja servidumbre Faenas de poda y roce, se requiere el bloqueo de la reconexión del interruptor 52B8 de S/E San Fernando

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 10:33:00 23/03/2017 19:57:00

2017011935 Línea Ejecución Exitosa CGE Desconexión Origen Interno Programada TAP INDURA - TAP GRANEROS 66KV C1,RANCAGUA - DOLE 66KV C1,DOLE - TAP INDURA 66KV C1,

Otro Tipo de Trabajo Se requiere la desconexión de la linea por faenas de normalización de tierras y trabajos finales asociados a refuerzo de conductor en el tramo de linea. Los consumos serán transferidos hacia el paño B2 de S/E Paine mediante sistema de 66kV

No tiene consumo afectado ninguno 23/03/2017 07:45:00 23/03/2017 19:00:00 23/03/2017 08:21:00 23/03/2017 18:12:00

2017011728 Línea Ejecución Exitosa CGE Intervención Origen Interno Programada SAN JOAQUIN - MARQUESA 66KV C1, Roce y pode franja servidumbre Se realiza poda de árboles cercanos a la línea, se inhabilita reconexión automática del 52B5 en S/E Pan de Azúcar.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 08:05:00 23/03/2017 16:44:00

2017010602 Línea Ejecución Exitosa CGE Intervención Origen Interno Programada PAN DE AZUCAR - EL PENON 66KV C1, Otro Tipo de Trabajo Precaución por instalación de estructura auxiliar, para conexión de by pass provisorio entre línea 66 kV El Peñón - Andacollo y linea 66 kV Pan de Azúcar - El Peñón, de acuerdo a permiso SD10524/2017. Para las faenas se considera el bloqueo de la reconexión del interruptor 52B4 en S/E Pan de Azúcar. El bloqueo de la reconexión se realizará en forma paulatina y efectiva, solo cuando los trabajos se estén ejecutando.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 11:00:00 23/03/2017 16:16:00

2017010600 Línea Ejecución Exitosa CGE Intervención Origen Interno Programada PAN DE AZUCAR - EL PENON 110KV C1, Otro Tipo de Trabajo Precaución por trabajos con líneas vivas en circuito de 66 kV Pan de Azúcar El Peñón, de acuerdo a permiso 10524, que se encuentra en estructuras comunes. Considera bloqueo de reconexión de interruptor 52H1 en S/E Pan de Azúcar y precaución en interruptor 52H2 de S/E El Peñón. El bloqueo de la reconexión se realizará en forma paulatina y efectiva, solo cuando los trabajos se estén ejecutando.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 12:47:00 23/03/2017 16:15:00

2017010524 Línea Ejecución Exitosa CGE Intervención Origen Interno Programada PAN DE AZUCAR - EL PENON 66KV C1, Otro Tipo de Trabajo Conexión con líneas vivas de by pass provisorio entre línea 66 kV El Peñón - Andacollo y linea 66 kV Pan de Azúcar - El Peñón, para desconexión de barra de 66 kV de S/E El Peñón (SD10494/2017). Atérmino de la faena el by pass quedara abierto hasta su puesta en servicio el día 17 de diciembre de 2016. Para las faenas se considera el bloqueo de la reconexión del interruptor 52B4 en S/E Pan de Azúcar.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 20:00:00 23/03/2017 12:47:00 23/03/2017 16:16:00

2017012362 Línea Ejecución Exitosa CHILQUINTA Desconexión Origen Interno Programada SECCION 1 DE 2 110KV C1,TAP QUILPUE - QUILPUE 110KV C1,SECCION 2 DE 2 110KV C1,TAP ACHUPALLAS - MIRAFLORES 110KV C1,TAP QUILPUE - TAP ACHUPALLAS 110KV C1,

Mantenimiento preventivo Cierre de puentes en est. 73 y apertura de puentes en est. 71 por el cto. 1

No tiene consumo afectado ninguno 23/03/2017 17:00:00 23/03/2017 20:30:00 23/03/2017 16:30:00 23/03/2017 18:52:00

2017012457 Línea Ejecución Exitosa CMPC CELULOSA Intervención Origen Interno Programada SANTA FE - CELULOSA PACIFICO 220KV C1,

Roce y pode franja servidumbre Explotación Forestal proximo a faja servidumbre Linea Transmisión dedicada CHARRUA - CELULOSA PACIFICO 220KV tramo SANTA FE - CELULOSA PACIFICO 220KV C1, requiere bloquea la reconexión y señalización permanente en 52JL4 S/E PRV - 52JL1 S/E Celulosa Santa Fe - 52JL2 S/E Celulosa Pacifico

No tiene consumo afectado ninguno 23/03/2017 00:00:00 23/03/2017 23:59:00 23/03/2017 06:53:00 23/03/2017 23:59:00

2017012178 Línea Ejecución Exitosa CMPC CELULOSA Intervención Origen Interno Programada TAP MARIA DOLORES - LAJA 220KV C1,SECCION 1 DE 2 220KV C1,SECCION 2 DE 2 220KV C1,

Lavado de Aislación Lavado de aislación en Tap-Off María Dolores y estructuras N° 105 a 112 del tram Ma Dolores - Santa Fé. Actividad implica Bloqueo a la reconexión 52J10 S/E Charrúa 220kV - 52JL1 S/E Celulosa Laja 220 kV - 52JT S/E SF Energía 220kV - 52JL3 S/E Papeles Rio Vergara - 52JL2 S/E Celulosa Santa Fe 220kV.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 10:05:00 23/03/2017 15:58:00

2017011170 Línea Ejecución Exitosa COLBÚN Intervención Origen Interno Programada CHIBURGO - COLBUN 66KV C1, Otro Tipo de Trabajo Se realizara trabajos de roce y podas a toda la LAT 1x66 Kv. San Clemente Chiburgo, en caso de APERTURA DEL INTERRUPTOR 52B2CH NO RECONECTAR sin previo aviso del Inspector de faena

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 17:00:00 23/03/2017 08:22:00 23/03/2017 17:21:00

2017012535 Línea Ejecución Exitosa ENEL DISTRIBUCIÓN Intervención Origen Externo Programada TAP SAN JOSE - TAP PAJARITOS 110KV C1,TAP SAN JOSE - TAP PAJARITOS 110KV C2,

Otro Tipo de Trabajo Restricción de reconexión de ambos circuitos de la línea a solicitud de Transelec

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 12:42:00 23/03/2017 19:58:00

2017012074 Línea Ejecución Exitosa GUACOLDA Intervención Origen Interno Programada GUACOLDA - MAITENCILLO 220KV L1 C2, Relleno de SF6 Se requiere transferir interruptor 52J6 hacia barra de transferencia en SE Maitencillo para realizar relleno de gas SF6 y mantenimiento a interruptor 52J6 en SE Maitencillo. Maniobras no generan indisponibilidad de circuito.

No tiene consumo afectado ninguno 23/03/2017 00:00:00 24/03/2017 01:00:00 23/03/2017 00:21:00 25/03/2017 00:27:00

2017010873 Línea Ejecución Exitosa GUACOLDA Intervención Origen Interno Programada GUACOLDA - MAITENCILLO 220KV L2 C3,GUACOLDA - MAITENCILLO 220KV L2 C4,

Lavado de Aislación LINEA 2X220 KV GUACOLDA – MAITENCILLO, CIRCUITO 3-4. LAVADO AISLACION DESDE PATIO MUFAS A ESTR. 114. CON SISTEMA ENERGIZADO RESTRICCIONES: EN S/E GUACOLDA: NO RECONECTAR INTERRUPTOR 52J3; 52J4 EN S/E MAITENCILLO: NO RECONECTAR INTERRUPTOR 52J9; 52J10.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 17:00:00 23/03/2017 09:12:00 23/03/2017 16:13:00

2017010868 Línea Ejecución Exitosa GUACOLDA Intervención Origen Interno Programada GUACOLDA - MAITENCILLO 220KV L1 C1,GUACOLDA - MAITENCILLO 220KV L1 C2,

Lavado de Aislación LAVADO AISLACION DESDE PATIO SALIDA A ESTR. 94. SISTEMA ENERGIZADO. RESTRICCIONES: EN S/E GUACOLDA: NO RECONECTAR INTERRUPTOR 52J1; 52J2 EN S/E MAITENCILLO: NO RECONECTAR INTERRUPTOR 52J5; 52J6.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 17:00:00 23/03/2017 09:04:00 23/03/2017 16:45:00

2017012157 Línea Ejecución Exitosa MANTOS COPPER - MANTOVERDE Intervención Origen Interno Programada DIEGO DE ALMAGRO - MANTO VERDE 110KV C1,

Lavado de Aislación Lavado de aislación con sistema energizado entre estructuras N° 1 y N° 10. En caso de operación automática no reconectar interruptor 52H6 en SE Diego de Almagro.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 10:19:00 23/03/2017 15:25:00

2017010000 Línea Ejecución Exitosa MINERA CANDELARIA Intervención Origen Interno Programada CARDONES - MINERA LA CANDELARIA 220KV C1,

Otro Tipo de Trabajo Equipo:L 220kV Cardones-La Candelaria, C1 --- Tipo Trabajo:Lavado de Aislación --- Descripción del Trabajo --- Lavado de aislación con líneas energizadas, estructuras 24 a 39. --- ( SODI- 1018 a Candelaria ) --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay. --- Instalaciones con riesgo --- L 220kV Cardones-La Candelaria, C1 --- Observaciones --- No hay ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 08:44:00 23/03/2017 16:32:00

2017012543 Línea Ejecución Exitosa PARQUE EÓLICO EL ARRAYÁN Intervención Origen Interno Programada EL ARRAYAN - DON GOYO 220KV C1, Lavado de Aislación Lavado de aisladores de linea. Precaución de no reconectar 52J1 S/E Don Goyo y 52JT1 S/E Elevadora EL Arrayán.

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 12:36:00 23/03/2017 19:30:00

2017011537 Línea Ejecución Exitosa STS Intervención Origen Interno Programada AIHUAPI - ANTILLANCA 110KV C1, Roce y pode franja servidumbre Deshabilitar reconexion automática y no reconectar 52H2 en S/E Antillanca y no reconectar 52H1 en S/E Copihues por trabajos de poda y tala de arboleen franja de servidumbre.

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 08:35:00 23/03/2017 17:43:00

2017013049 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Curso Forzoso ANCOA - ITAHUE 220KV C1, Otro Tipo de Trabajo Equipo:L. 220 kV Ancoa - Itahue, cto 1 --- Tipo Trabajo:Mantenimiento de Equipos Primarios --- Descripción del Trabajo --- S/E Ancoa: Riesgo sobre la línea, por trabajos en Banco de CCEE N° 2 de --- 220 kV --- Restricciones:Normalización sujetaa coordinación --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay --- Instalaciones con riesgo --- Línea 220 kV Ancoa - Itahue, cto 1 (Al inicio de la faena) --- Observaciones --- Riesgo sobre la línea por trabajos en Banco CCEE N° 2 de 220 kV ---

No tiene consumo afectado ninguno 23/03/2017 20:30:00 23/03/2017 23:55:00 23/03/2017 20:52:00 23/03/2017 22:40:00

2017013048 Línea Ejecución Exitosa TRANSELEC Intervención Origen Externo Curso Forzoso ALTO JAHUEL - VILLASECA 154KV C1,VILLASECA - TAP PAINE 154KV C1,TAP PAINE - TAP TUNICHE 154KV C1,TAP PUNTA CORTES - TAP TILCOCO 154KV C1,TAP TUNICHE - TAP PUNTA CORTES 154KV C1,TAP TUNICHE - RANCAGUA 154KV C1,TAP MALLOA NUEVA - TINGUIRIRICA 154KV C1,TAP TILCOCO - TAP MALLOA NUEVA 154KV C1,

Otro Tipo de Trabajo Equipo:L. 154 kV Tinguirir-Rgua-A. Jahuel 1 --- Tipo Trabajo:Solicitado por Terceros --- Descripción del Trabajo --- Trabajos de normalización de altura de línea de media tensión con línea --- de 154 kV Tinguiririca-Rgua-A. Jahuel en cruce E-350 y 351 y reparación --- de conductor cortado. Programado por CGE-D. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No Reconectar Interruptores que sirven a Línea 154kV Tinguiririca- --- Rancagua-Alto Jahuel, Circuitos 1 y 2 --- Instalaciones con riesgo -Línea 154kV Tinguiririca-Rancagua-Alto Jahuel, Cto1 ó Cto. 2 --- (Durante la faena). --- Observaciones --- Solicitado por cliente CGE-D. ---

No tiene consumo afectado ninguno 23/03/2017 18:00:00 23/03/2017 22:00:00 23/03/2017 19:29:00 23/03/2017 20:53:00

2017013047 Línea Ejecución Exitosa TRANSELEC Intervención Origen Externo Curso Forzoso ALTO JAHUEL - VILLASECA 154KV C2,VILLASECA - TAP TUNICHE 154KV C2,TAP PUNTA CORTES - TAP TILCOCO 154KV C2,TAP TUNICHE - TAP PUNTA CORTES 154KV C2,TAP TUNICHE - RANCAGUA 154KV C2,TAP MALLOA NUEVA - TINGUIRIRICA 154KV C2,TAP TILCOCO - TAP MALLOA NUEVA 154KV C2,

Otro Tipo de Trabajo Equipo:L. 154 kV Tinguirir-Rgua-A. Jahuel 2 --- Tipo Trabajo:Solicitado por Terceros --- Descripción del Trabajo --- Trabajos de normalización de altura de línea de media tensión con línea --- de 154 kV Tinguiririca-Rgua-A. Jahuel en cruce E-350 y 351 y reparación --- de conductor cortado. Programado por CGE-D. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No Reconectar Interruptores que sirven a Línea 154kV Tinguiririca- --- Rancagua-Alto Jahuel, Circuitos 1 y 2 --- Instalaciones con riesgo -Línea 154kV Tinguiririca-Rancagua-Alto Jahuel, Cto1 ó Cto. 2 --- (Durante la faena). --- Observaciones --- Solicitado por cliente CGE-D. ---

No tiene consumo afectado ninguno 23/03/2017 18:00:00 23/03/2017 22:00:00 23/03/2017 19:29:00 23/03/2017 20:53:00

2017013024 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Curso Forzoso CARRERA PINTO - SAN ANDRES 220KV C1,

Otro Tipo de Trabajo Equipo:L 220kV San Andrés-Carrera Pinto, C1 --- Tipo Trabajo:Trabajos varios --- Descripción del Trabajo --- S/E Carrera Pinto : Intervención de curso forzoso, con el objetivo de --- investigar falla Trampa de onda enlace Carrera Pinto - San Andres . --- Justificación: Riesgo al servicio SODI N°1571 ( San Andrés ) --- Anormalidad en trampa de onda puede ocasionar operación indeseada de la --- teleprotección. --- Restricciones:Teleprotecciones bloqueadas sin respaldo --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- Cuchillas de puesta a tierra conectadas en filtros de acoplamientos --- Instalaciones con riesgo --- L 220kV San Andrés-Carrera Pinto, C1 --- Observaciones --- S/E CarreraPinto : Investigar Atención falla Trampa de onda enlace Car ---

No tiene consumo afectado ninguno 23/03/2017 12:00:00 24/03/2017 18:00:00 23/03/2017 18:34:00 23/03/2017 20:14:00

2017012896 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Curso Forzoso ALTO JAHUEL - VILLASECA 154KV C1,VILLASECA - TAP PAINE 154KV C1,TAP PAINE - TAP TUNICHE 154KV C1,TAP PUNTA CORTES - TAP TILCOCO 154KV C1,TAP TUNICHE - TAP PUNTA CORTES 154KV C1,TAP TUNICHE - RANCAGUA 154KV C1,TAP MALLOA NUEVA - TINGUIRIRICA 154KV C1,TAP TILCOCO - TAP MALLOA NUEVA 154KV C1,

Otro Tipo de Trabajo Equipo:L. 154 kV Ting.-Ranc.-A.Jah Circ. 1. --- Tipo Trabajo:Mantenimiento de Líneas --- Descripción del Trabajo --- Retiro de elemento extraño en fase inferior circuito N°2 Sector Punta de --- Cortés ( conductor de Línea de media tensión cortado ) --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No Reconectar interruptores asociados a la línea de 154 kV --- Tinguiririca - Rancagua - Alto Jahuel 1 y 2. --- Instalaciones con riesgo --- Línea de 154 kV Tinguiririca - Rancagua - Alto Jahuel circuito 1 o 2. --- Observaciones --- No hay ---

No tiene consumo afectado ninguno 23/03/2017 14:00:00 23/03/2017 18:00:00 23/03/2017 15:50:00 23/03/2017 16:19:00

2017012895 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Curso Forzoso ALTO JAHUEL - VILLASECA 154KV C2,VILLASECA - TAP TUNICHE 154KV C2,TAP PUNTA CORTES - TAP TILCOCO 154KV C2,TAP TUNICHE - TAP PUNTA CORTES 154KV C2,TAP TUNICHE - RANCAGUA 154KV C2,TAP MALLOA NUEVA - TINGUIRIRICA 154KV C2,TAP TILCOCO - TAP MALLOA NUEVA 154KV C2,

Otro Tipo de Trabajo Equipo:L. 154 kV Ting.-Ranc.-A.Jah Circ. 2 --- Tipo Trabajo:Mantenimiento de Líneas --- Descripción del Trabajo --- Retiro de elemento extraño en fase inferior circuito N°2 Sector Punta de --- Cortés ( conductor de Línea de media tensión cortado ) --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No Reconectar interruptores asociados a la línea de 154 kV --- Tinguiririca - Rancagua - Alto Jahuel 1 y 2. --- Instalaciones con riesgo --- Línea de 154 kV Tinguiririca - Rancagua - Alto Jahuel circuito 1 o 2. --- Observaciones --- No hay ---

No tiene consumo afectado ninguno 23/03/2017 14:00:00 23/03/2017 18:00:00 23/03/2017 15:50:00 23/03/2017 16:19:00

2017011994 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada MAITENCILLO - CARDONES 220KV L2 C2, Otro Tipo de Trabajo Equipo:L 220kV Maitencillo-Cardones, C3 --- Tipo Trabajo:Trabajos varios --- Descripción del Trabajo --- S/E CAR: Configuiracion de horaria a equipo GPScorrespondiente a --- protecciones del paño J6 ( a solicitud del CEN). --- Restricciones:Normalización sujeta a coordinación --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- Precaución a la reconexión. --- Instalaciones con riesgo --- L 220kV Maitencillo-Cardones, C3 --- Observaciones --- No Hay ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 12:00:00 23/03/2017 11:30:00 23/03/2017 15:17:00

2017011987 Línea Ejecución Exitosa TRANSELEC Intervención Origen Externo Programada PAN DE AZUCAR - LA CEBADA 220KV C1, Otro Tipo de Trabajo Equipo:L 220kV La Cebada-Pan De Azúcar, C1 --- Tipo Trabajo:Solicitado por Terceros --- Descripcióndel Trabajo --- Reemplazo de cable OPGW entre estructuras N° 353 y 367 --- SODI N° 1444 ( La Cebada ). --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay. --- Instalaciones con riesgo --- L 220kV La Cebada-Pan De Azúcar. --- Observaciones --- No Hay ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:29:00 23/03/2017 16:47:00

2017011985 Línea Ejecución Exitosa TRANSELEC Intervención Origen Externo Programada TAP TALINAY - LAS PALMAS 220KV C2,DON GOYO - TAP TALINAY 220KV C2,

Otro Tipo de Trabajo Equipo:L 220kV LPA-TAI-DGO, C2 --- Tipo Trabajo:Solicitado por Terceros --- Descripción del Trabajo --- Reemplazo de cable OPGW entre estructuras N° 353 y 367 --- SODI N°1442 ( Talinay ) ; SODI N° 1443 ( Don Goyo ) --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay. --- Instalaciones con riesgo --- L 220kV Las Palmas - Don Goyo y Tap-Off Talinay. --- Observaciones --- No Hay ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:29:00 23/03/2017 17:47:00

2017011878 Línea Ejecución Exitosa TRANSELEC Intervención Origen Externo Programada LOS PEUMOS - TEMUCO 220KV C1, Otro Tipo de Trabajo Equipo:Línea 220kV Los Peumos-Temuco, C1 --- Tipo Trabajo:Solicitado por Terceros --- Descripcióndel Trabajo --- Instalación de sistemas de antitrepado en torres N° 474 y 474-A, a --- solicitud de CGE. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay.- --- Instalaciones con riesgo --- Línea 220kV Los Peumos-Temuco, C1 o línea 220kV Duqueco - Los Peumos --- (Durante la faena) --- Observaciones --- No reconectar interruptores asociados a la línea. --- Trabajos coordinados con CGE y Enel --- ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:24:00 23/03/2017 20:02:00

2017011877 Línea Ejecución Exitosa TRANSELEC Intervención Origen Externo Programada DUQUECO - LOS PEUMOS 220KV C1, Otro Tipo de Trabajo Equipo:Línea 220kV Duqueco-Los Peumos, C1 --- Tipo Trabajo:Solicitado por Terceros --- Descripcióndel Trabajo --- Instalación de sistemas de antitrepado en torres N° 474 y 474-A, a --- solicitud de CGE. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay.- --- Instalaciones con riesgo --- Línea 220kV Los Peumos-Temuco, C1 o línea 220kV Duqueco - Los Peumos --- (Durante la faena) --- Observaciones --- No reconectar interruptores asociados a la línea. --- Trabajos coordinados con CGE y Enel --- ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 09:24:00 23/03/2017 20:02:00

2017011747 Línea Ejecución Exitosa TRANSELEC Desconexión Origen Interno Programada CERRO NAVIA - ESTRUCTURA 72 220KV C1,ESTRUCTURA 72 - CHENA 220KV C1,

Otro Tipo de Trabajo Equipo:Lïnea de 220kV Chena-Cerro Navia Circ.1 -Tipo Trabajo:Obras CAPEX --- Descripción del Trabajo --- Por obra de Seccionamiento de Linea Chena - Cerro Navia circ. 1 para --- futura S/E Neptuno, se retira estructura 95, se instala poste P0, se --- realiza traslado de conductores a nuevo poste PO y se realiza tendido de --- vano entre poste PO y poste P1. --- Restricciones:Equipo Indisponible --- Nivel Riesgo:Bajo --- Prueba Exp.:Sin prueba Experimental --- Bloqueo del Jefe de Faenas --- Instalación de puestas a tierra en estructuras N° 92 y 96 en circuito --- 1 y 2. --- Instalaciones con Riesgo --- L.220kV Chena-Cerro Navia Circ. 1 ó 2 ( en la etapa de energización de -la Línea). --- Observaciones --- Al final de los trabajos, el circuito 2 queda normalizado y el --- circuito 1 queda puenteado en el vano P0 - P1, manteniendose la --- continuidad de la Línea. ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 06/04/2017 18:00:00 23/03/2017 07:46:00 06/04/2017 19:22:00

2017011746 Línea Ejecución Exitosa TRANSELEC Desconexión Origen Interno Programada CERRO NAVIA - ESTRUCTURA 72 220KV C2,ESTRUCTURA 72 - CHENA 220KV C2,

Otro Tipo de Trabajo Equipo:Lïnea de 220kV Chena-Cerro Navia Circ.2 -Tipo Trabajo:Obras CAPEX --- Descripción del Trabajo --- Por obra de Seccionamiento de Linea Chena - Cerro Navia circ. 1 para --- futura S/E Neptuno, se retira estructura 95, se instala poste P0, se --- realiza traslado de conductores a nuevo poste PO y se realiza tendido de --- vano entre poste PO y poste P1. --- Restricciones:Equipo Indisponible --- Nivel Riesgo:Bajo --- Prueba Exp.:Sin prueba Experimental --- Bloqueo del Jefe de Faenas --- Instalación de puestas a tierra en estructuras N° 92 y 96 en circuito --- 1 y 2. --- Instalaciones con Riesgo --- L.220kV Chena-Cerro Navia Circ. 1 ó 2 ( en la etapa de energización de -la Línea). --- Observaciones --- Al final de los trabajos, el circuito 2 queda normalizado y el --- circuito 1 queda puenteado en el vano P0 - P1, manteniendose la --- continuidad de la Línea. ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 06/04/2017 18:00:00 23/03/2017 07:46:00 06/04/2017 19:22:00

2017011456 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CERRO NAVIA - ESTRUCTURA 72 220KV C1,ESTRUCTURA 72 - CHENA 220KV C1,

Otro Tipo de Trabajo Equipo:L. 220 kV C. Navia - Chena Circ. 1. --- Tipo Trabajo:Lavado de Aislación --- Descripción del Trabajo --- Lavado de aislación. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No reconectar interruptores asociados a la línea de 2x220 kV Cerro --- Navia - Chena circuito 1 y 2. --- Instalaciones con riesgo --- Línea de 2x220 kV Cerro Navia - Chena circuito 1 o 2. --- Observaciones --- Coordinado con Enel Distribución. ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 18:23:00

2017011455 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CERRO NAVIA - ESTRUCTURA 72 220KV C2,ESTRUCTURA 72 - CHENA 220KV C2,

Otro Tipo de Trabajo Equipo:L. 220 kV C. Navia - Chena Circ. 2. --- Tipo Trabajo:Lavado de Aislación --- Descripción del Trabajo --- Lavado de aislación. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No reconectar interruptores asociados a la línea de 2x220 kV Cerro --- Navia - Chena circuito 1 y 2. --- Instalaciones con riesgo --- Línea de 2x220 kV Cerro Navia - Chena circuito 1 o 2. --- Observaciones --- Coordinado con Enel Distribución. ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 18:23:00

2017011454 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada NOGALES - LOS VILOS 220KV C2, Otro Tipo de Trabajo Equipo:L. 220 kV Nogales - Los Vilos Circ. 2. --- Tipo Trabajo:Lavado de Aislación --- Descripción del Trabajo --- Lavado de aislación. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No reconectar interruptores asociados a línea 220 kV Nogales - Los --- Vilos circuito 1 y 2. --- Instalaciones con riesgo --- Línea 220 kV Nogales - Los Vilos circuito 1 o 2. --- Observaciones --- No hay. ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 07:42:00

2017011452 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada SAUZAL - ALTO JAHUEL 110KV C1, Otro Tipo de Trabajo Equipo:L. 110 kV Sauzal - A. Jahuel Circ. 1. --- Tipo Trabajo:Corte y poda de árboles --- Descripción del Trabajo --- Corte y poda de árboles. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No reconectar interruptores asociados a la línea de 110kV Sauzal - --- Alto Jahuel circuito 1 y 2. --- Instalaciones con riesgo --- Línea de 110 kV SauzaAlto Jahuel circuito 1 o 2. --- Observaciones --- Coordinado con Enel. ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 18:13:00

2017011449 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada SAUZAL - ALTO JAHUEL 110KV C2, Otro Tipo de Trabajo Equipo:L. 110 kV Sauzal - A. Jahuel Circ. 2. --- Tipo Trabajo:Corte y poda de árboles --- Descripción del Trabajo --- Corta y poda de árboles. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No reconectar interruptores asociados a la línea de 110kV Sauzal - --- Alto Jahuel circuito 1 y 2. --- Instalaciones con riesgo --- Línea de 110 kV SauzaAlto Jahuel circuito 1 ó 2. --- Observaciones --- Coordinado con Enel. ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 18:13:00

2017011447 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada ANCOA - ALTO JAHUEL 500KV L1 C1, Otro Tipo de Trabajo Equipo:L. 500 kV Ancoa - A. Jahuel Circ. 1. --- Tipo Trabajo:Corte y poda de árboles --- Descripción del Trabajo --- Corte y poda de árboles. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No reconectar interruptores asociados a la línea de 500kV Ancoa - --- Alto Jahuel 1. --- Instalaciones con riesgo --- Línea de 500 kV Ancoa - Alto Jahuel 1. --- Observaciones --- No hay. ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 18:05:00

2017011383 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada PANGUIPULLI - LOS LAGOS 66KV C1,PULLINQUE - PANGUIPULLI 66KV C1,

Otro Tipo de Trabajo Equipo:Línea 66kV Pullinque-Los Lagos, C1 --- Tipo Trabajo:Corte y poda de árboles --- Descripción del Trabajo --- Corte y poda de árboles --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay --- Instalaciones con riesgo --- Línea 66kV Pullinque-Los Lagos, C1 (Durante la faena) --- Observaciones --- No reconectar interruptores asociados a la línea --- Trabajos coordinados con STS --- ---

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 08:42:00 23/03/2017 17:30:00

2017011379 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada EST 795 - RAHUE 220KV C2, Otro Tipo de Trabajo Equipo:Línea 220kV Valdivia-Rahue, C2 --- Tipo Trabajo:Corte y poda de árboles --- Descripción del Trabajo --- Corte y poda de árboles --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- no hay --- Instalaciones con riesgo --- Línea 220kV Valdivia-Rahue, C2 (Durante la faena) --- Observaciones --- Trabajos coordinados con TRANSRUCATAYO --- No reconectar los interruptores asociados a la línea ---

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 09:52:00 23/03/2017 17:43:00

2017011374 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada DUQUECO - LOS PEUMOS 220KV C1, Otro Tipo de Trabajo Equipo:Línea 220kV Duqueco-Los Peumos, C1 --- Tipo Trabajo:Roce franja de servidumbre --- Descripción del Trabajo --- Roce en franja de Servidumbre --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay --- Instalaciones con riesgo --- Línea 220kV Duqueco-Los Peumos, C1 (Durante la faena) --- Observaciones --- Trabajos coordinados con CGE y ENEL --- No reconectar los interruptores asociados a la línea. ---

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 18:00:00 23/03/2017 16:24:00 23/03/2017 20:02:00

2017011372 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada DUQUECO - LOS PEUMOS 220KV C1, Otro Tipo de Trabajo Equipo:Línea 220kV Duqueco-Los Peumos --- Tipo Trabajo:Corte y poda de árboles --- Descripción del Trabajo --- Corte y poda de árboles --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay --- Instalaciones con riesgo --- Línea 220kV Duqueco-Los Peumos (Durante la faena) --- Observaciones --- Trabajos coordinados con CGE y ENEL Bureo. --- No reconectar los interruptores asociados a la línea. ---

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 11:04:00 23/03/2017 20:02:00

2017011176 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CHARRUA - ANCOA 500KV L1 C1, Otro Tipo de Trabajo Equipo:Línea 500 kV Charrúa-Ancoa 1 --- Tipo Trabajo:Corte y poda de árboles --- Descripción del Trabajo --- Corta de árboles bajo y al lado de los conductores en varios vanos. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No Reconectar Interruptores que sirven a la Línea de 500 kV Charrúa- --- Ancoa 1. --- --- Instalaciones con riesgo --- Línea 500kV Charrúa-Ancoa 1 (durante la faena) --- --- Observaciones --- Programa de Mantenimiento de Líneas. ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 17:55:00

2017010298 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CHARRUA - LAGUNILLAS 220KV C2, Otro Tipo de Trabajo Equipo:Franja de Servidumbre --- Tipo Trabajo:Roce franja de servidumbre --- Descripción del Trabajo --- Roce en Franja de Servidumbre --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No Hay --- Instalaciones con riesgo --- Línea 220kV Charrúa-Lagunillas (Durante la faena). --- Observaciones --- No reconectar los interruptores asociados a la línea. ---

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 09:03:00 23/03/2017 17:18:00

2017010009 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada LOS VILOS - LAS PALMAS 220KV C2, Otro Tipo de Trabajo Equipo:L 220kV Los Vilos-Las Palmas, C2 --- Tipo Trabajo:Mantenimiento de Líneas --- Descripción del Trabajo --- Tratamiento anticorrosivo. Arenado, aplicación de revestimiento y --- pintura epóxica. Estructuras 06 a 13. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay. --- Instalaciones con riesgo --- L 220kV Los Vilos-Las Palmas, C2 --- Observaciones --- No hay ---

No tiene consumo afectado ninguno 23/03/2017 07:00:00 23/03/2017 18:00:00 23/03/2017 08:45:00 23/03/2017 18:09:00

2017010006 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CARRERA PINTO - SAN ANDRES 220KV C1,

Otro Tipo de Trabajo Equipo:L 220kV San Andrés-Carrera Pinto, C1 --- Tipo Trabajo:Mantenimiento de Telecomunicaciones --- Descripción del Trabajo --- S/E Carrera Pinto: Mantenimiento anual a filtro acoplamiento HAEFELY --- Dirección San Andrés y OPAT-02 ABB ETL-600. Sodi N° 1117. --- Restricciones:Teleprotecciones bloqueadas sin respaldo --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- Puesta a tierra provisional en caja de acoplamiento. Precaución a la --- reconexión. --- Instalaciones con riesgo --- L 220kV San Andrés-Carrera Pinto, C1 --- Observaciones --- No hay ---

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 18:30:00 23/03/2017 09:29:00 23/03/2017 19:30:00

2017010005 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada LOS VILOS - LAS PALMAS 220KV C1, Otro Tipo de Trabajo Equipo:L 220kV Los Vilos-Las Palmas, C1 --- Tipo Trabajo:Mantenimiento de Líneas --- Descripción del Trabajo --- Tratamiento anticorrosivo. Arenado, aplicación de revestimiento y --- pintura epóxica. Estructuras 06 a 13. --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay. --- Instalaciones con riesgo --- L 220kV Los Vilos-Las Palmas, C1 --- Observaciones --- No hay ---

No tiene consumo afectado ninguno 23/03/2017 07:00:00 23/03/2017 18:00:00 23/03/2017 08:45:00 23/03/2017 18:09:00

2017010003 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada LOS MOLLES - ESTRUCTURA 128 66KV C1,ESTRUCTURA 128 - ESTRUCTURA 129 66KV C1,ESTRUCTURA 129 - MONTE PATRIA 66KV C1,MONTE PATRIA - OVALLE 66KV C1,

Otro Tipo de Trabajo Equipo:L 066kV Los Molles-Ovalle, C1 --- Tipo Trabajo:Lavado de Aislación --- Descripción del Trabajo --- Lavado de aislación estructuras 001 a 137. ( SODI- 990 a Transnet ). --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay --- Instalaciones con riesgo --- L 066kV Los Molles-Ovalle, C1 y Tap-Off Monte Patria. --- Observaciones --- No hay ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 10:35:00 23/03/2017 15:50:00

2017010002 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CARRERA PINTO - SAN ANDRES 220KV C1,

Otro Tipo de Trabajo Equipo:L 220kV San Andrés-Carrera Pinto, C1 --- Tipo Trabajo:Mantenimiento de Telecomunicaciones --- Descripción del Trabajo --- S/E San Andres: Sistema Opat Mantenimiento Anual a FILTRO ACOP HAEFELY --- DIR San Andres y OPAT-02 ABB ETL-600 ( SODI-1117 a S. Andrés ). --- Restricciones:Teleprotecciones bloqueadas sin respaldo --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- Puesta a tierra provisional en caja de acoplamiento. (Precaución a la --- reconexión). --- Instalaciones con riesgo --- L 220kV San Andrés-Carrera Pinto, C1 --- Observaciones --- No hay ---

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 18:30:00 23/03/2017 09:24:00 23/03/2017 19:30:00

2017009999 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada ESTRUCTURA 129 - ESTRUCTURA 128 66KV C2,LOS MOLLES - ESTRUCTURA 129 66KV C2, ESTRUCTURA 128 - MONTE PATRIA 66KV C2,MONTE PATRIA - OVALLE 66KV C2,

Otro Tipo de Trabajo Equipo:L 066kV Los Molles-Ovalle, C2 --- Tipo Trabajo:Lavado de Aislación --- Descripción del Trabajo --- Lavado de aislación estructuras 001 a 137. ( SODI- 990 a Transnet ) --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No hay --- Instalaciones con riesgo --- L 066kV Los Molles-Ovalle, C2 y Tap-Off Monte Patria. --- Observaciones --- No hay ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 10:35:00 23/03/2017 15:50:00

2017009775 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CIPRESES - TAP RIO MELADO 154KV C2,EL COLORADO - ITAHUE 154KV C2,TAP RIO MELADO - VARIANTE EL COLORADO 154KV C2,VARIANTE EL COLORADO - EL COLORADO 154KV C2,

Otro Tipo de Trabajo Equipo:Filtros Acopl. L 154kV Cipreses-Itahue 2 --- Tipo Trabajo:Mantenimiento de Telecomunicaciones --- Descripción del Trabajo --- S/E CIPRESES: MANTENIMIENTO PREVENTIVO BASICO DE FILTRO DE ACOPLAMIENTO --- N°1 Y N°2 EN DIRECCIÓN ITAHUE. --- Restricciones:Teleprotecciones bloqueadas sin respaldo --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- S/E Itahue: Sw. Teleprotección TP-102 (TDD Y TAD) Dirección Cipreses, --- Desconectados. --- S/E Cipreses: Sw. Teleprotección TP-102 (TDD Y TAD) Dirección Itahue, --- Desconectados. --- Instalaciones con riesgo --- Línea 154 kV Cipreses-Itahue, Circuito 2 (durante la faena) --- Observaciones --- S/E CIPRESES: PROGRAMA DE MANTENIMIENTO DE FILTRO DE ACOPLAMIENTO, --- LÍNEA CIPRESES-ITAHUE 2 ---

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 16:51:00

2017009766 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CIPRESES - TAP RIO MELADO 154KV C2,EL COLORADO - ITAHUE 154KV C2,TAP RIO MELADO - VARIANTE EL COLORADO 154KV C2,VARIANTE EL COLORADO - EL COLORADO 154KV C2,

Otro Tipo de Trabajo Equipo:Filtros Acopl. L 154kV Cipreses-Itahue 2 --- Tipo Trabajo:Mantenimiento de Telecomunicaciones --- Descripción del Trabajo --- S/E ITAHUE: MANTENIMIENTO PREVENTIVO BASICO A FILTRO DE ACOPLAMIENTO N°1 --- Y N°2 EN DIRECCIÓN CIPRESES. --- Restricciones:Teleprotecciones bloqueadas sin respaldo --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- S/E Itahue: Sw. Teleprotección TP-102 (TDD Y TAD) Dirección Cipreses, --- Desconectados. --- S/E Cipreses: Sw. Teleprotección TP-102 (TDD Y TAD) Dirección Itahue, --- Desconectados. --- Instalaciones con riesgo --- Línea 154 kV Cipreses-Itahue, Circuito 2 (durante la faena) --- Observaciones --- S/E ITAHUE: PROGRAMA DE MANTENIMIENTO DE FILTRO DE ACOPLAMIENTO, --- LÍNEA CIPRESES-ITAHUE 2 ---

No tiene consumo afectado ninguno 23/03/2017 09:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 16:51:00

2017009763 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada SAN JAVIER - ESTRUCTURA 22 66KV C1,ESTRUCTURA 22 - ESTRUCTURA 23 66KV C1,ESTRUCTURA 23 - ESTRUCTURA 164 66KV C1,ESTRUCTURA 164 - ESTRUCTURA 165 66KV C1,ESTRUCTURA 165 - NIRIVILO 66KV C1,NIRIVILO - CONSTITUCION 66KV C1,

Otro Tipo de Trabajo Equipo:Línea 66 kV San Javier - Constitución --- Tipo Trabajo:Corte y poda de árboles --- Descripción del Trabajo --- Corta y poda de árboles en varios vanos --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No reconectar interruptores que sirven la línea 66 kV San Javier - --- Constitución. --Instalaciones con riesgo --- Línea 66 kV San JavierConstitución (Durante la faena) --- Observaciones --- Programa de Mantenimiento de Líneas ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 18:00:00

2017009752 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada SAN JAVIER - ESTRUCTURA 22 66KV C1,ESTRUCTURA 22 - ESTRUCTURA 23 66KV C1,ESTRUCTURA 23 - ESTRUCTURA 164 66KV C1,ESTRUCTURA 164 - ESTRUCTURA 165 66KV C1,ESTRUCTURA 165 - NIRIVILO 66KV C1,NIRIVILO - CONSTITUCION 66KV C1,

Otro Tipo de Trabajo Equipo:Línea 66 kV San Javier - Constitución --- Tipo Trabajo:Corte y poda de árboles --- Descripción del Trabajo --- Corta y poda de árboles en varios vanos --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No reconectar interruptores que sirven la línea 66 kV San Javier - --- Constitución. --Instalaciones con riesgo --- Línea 66 kV San JavierConstitución (Durante la faena) --- Observaciones --- Programa de Mantenimiento de Líneas ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 19:44:00

2017009750 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada ITAHUE - MAULE 154KV C1,LINARES - PARRAL 154KV C1,MAULE - YERBAS BUENAS 154KV C1,YERBAS BUENAS - LINARES 154KV C1,

Otro Tipo de Trabajo Equipo:L 154kV Itahue-Charrúa, S. Itahue-Parral --- Tipo Trabajo:Pintado de Estructuras y/o Señalización --- Descripción del Trabajo --- Pintado de numeración de estructuras --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No Reconectar Interruptores que sirven a la Línea 154 kV Itahue- --- Charrúa, sector Itahue-Parral --- Instalaciones con riesgo --- Línea 154 kV Itahue-Charrúa, sector Itahue-Parral (durante la faena) --- Observaciones --- Programa de Mantenimiento de Líneas ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 16:51:00

2017009745 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CHARRUA - ANCOA 500KV L2 C1, Otro Tipo de Trabajo Equipo:Línea 500 kV Charrúa-Ancoa 2 --- Tipo Trabajo:Instalación de peinetas --- Descripción del Trabajo --- Instalación de medidas de mitigación fallas aves --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No Reconectar Interruptores que sirven a la Línea de 500 kV Charrúa- --- Ancoa 2. ----- Instalaciones con riesgo --- Línea 500kV CharrúaAncoa 2 (durante la faena) --- --- Observaciones --- Programa de Mantenimiento de Líneas. ---

No tiene consumo afectado ninguno 23/03/2017 08:00:00 23/03/2017 18:00:00 23/03/2017 07:41:00 23/03/2017 17:59:00

2017007183 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CHARRUA - RALCO 220KV C1, Otro Tipo de Trabajo Equipo:L 220kV Ralco-Charrua, C1 --- Tipo Trabajo:Corte y poda de árboles --- Descripción del Trabajo --- Corte y poda de arboles --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- no hay --- Instalaciones con riesgo --- L 220kV Ralco-Charrua, C1 O L 220kV Ralco-Palmucho-Charrua, C2 --- (durante la faena) --- Observaciones --- No reconectar Interruptores asociados a la línea.- ---

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 09:46:00 23/03/2017 16:11:00

2017007182 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CHARRUA - ZONA DE CAIDA 220KV C2,ZONA DE CAIDA - RALCO 220KV C2,

Otro Tipo de Trabajo Equipo:L 220kV RAL-PAL-CHA, C2 --- Tipo Trabajo:Corte y poda de árboles --- Descripción del Trabajo --- Corte y poda de arboles --- Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- no hay --- Instalaciones con riesgo --- L 220kV Ralco-Charrua, C1 O L 220kV Ralco-Palmucho-Charrua, C2 --- (durante la faena) --- Observaciones --- No reconectar Interruptores asociados a la línea.- ---

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 09:46:00 23/03/2017 16:11:00

2017007150 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CHARRUA - ZONA DE CAIDA 220KV C2,ZONA DE CAIDA - RALCO 220KV C2,

Otro Tipo de Trabajo Equipo:Franja Servidumbre --- Tipo Trabajo:Roce franja de servidumbre --- Descripción del Trabajo --Roce en Franja de Servidumbre, Grupo N°1 y N°2. - Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No Hay --- Instalaciones con riesgo --- Línea 220kV Ralco-Charrúa 1 ó Línea 220kV Ralco-Palmucho-Charrúa 2 --- (durante la faena).- --- Observaciones-- No Reconectar los Interruptores asociados a las Líneas.- ---

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 08:30:00 23/03/2017 17:47:00

2017007117 Línea Ejecución Exitosa TRANSELEC Intervención Origen Interno Programada CHARRUA - RALCO 220KV C1, Otro Tipo de Trabajo Equipo:Franja Servidumbre --- Tipo Trabajo:Roce franja de servidumbre --- Descripción del Trabajo --Roce en Franja de Servidumbre, Grupo N°1 y N°2. - Restricciones:Restriccion a la reconexion --- Nivel Riesgo:Bajo --- Bloqueo del Jefe de Faenas --- No Hay --- Instalaciones con riesgo --- Línea 220kV Ralco-Charrúa 1 ó Línea 220kV Ralco-Palmucho-Charrúa 2 --- (durante la faena).- --- Observaciones-- No Reconectar los Interruptores asociados a las Líneas.- ---

No tiene consumo afectado ninguno 23/03/2017 08:30:00 23/03/2017 17:30:00 23/03/2017 08:30:00 23/03/2017 17:47:00

ANEXO Nº 5

Informes de trabajos y fallas de instalaciones ingresados en la plataforma del

Coordinador Eléctrico Nacional por las empresas CGE S.A. y Transelec S.A.

Número:

2017000963

Solicitante:

cagurtop

Empresa:

CGE

Tipo de Origen:

Externo

SubEstación:

S/E FATIMA

Falla Sobre:

barra

Elementos

Tipo:  barras - BA S/E FATIMA 154KV T1 Nombre : BA S/E FATIMA 154KV T1 Fecha Perturbacion : 23/03/2017 11:54 Fecha Normaliza : 23/03/2017 11:56 Protección : de terceros Interruptor : de terceros Consumo : 52.4 Comentario : Pérdida de suministro

Tipo:  barras - BA S/E FATIMA 154KV T2 Nombre : BA S/E FATIMA 154KV T2 Fecha Perturbacion : 23/03/2017 11:54 Fecha Normaliza : 23/03/2017 11:56 Protección : de terceros Interruptor : de terceros Consumo : 0 Comentario : Pérdida de suministro

¿Produce otra indisponibilidad?

No

Zona Afectada

Metropolitana OHiggins

Comuna

Buin

Tipo Causa

Causa Presunta Causa Principal Se investiga

Comentarios Tipo Causa:

Se investiga.

Causas

Finalizado

ResumenFecha de envío al CDEC : 23/03/2017 12:48

-Fenómeno Físico: Otros -Elemento: Conductores -Fenómeno Eléctrico: Distancia (admitancia, impedancia o reactancia) -Operación de los interruptores: Opera según lo esperado

Comentarios Causas:

-Fenómeno Físico: Pérdida de suministro de S/E Fátima por falla aguas arriba de instalaciones de CGE, afectando SS/EEFátima MT, Hodspital y T2 de Buin. -Elemento: . -Fenómeno Eléctrico: . -Operación de los interruptores: .

Observaciones:

-Observaciones: Pérdida de suministro de S/E Fátima por falla aguas arriba de instalaciones de CGE, afectando SS/EEFátima 66/MT, Hospital y T2 de Buin. -Acciones Inmediatas: En coordinación con el CEN, recuperación de consumos. -Hechos Sucedidos: . -Acciones Correctivas a Corto Plazo: . -Acciones Correctivas a Largo Plazo: .

Consumo:

Consumo Regulado

Distribuidoras Afectadas

CGE DISTRIBUCIÓN / Perd. Estm. de Potencia: 52.4 / Región : Metropolitana

Retorno Automatico:

No Tiene Retorno Automático

Fechas / Horas Perturbación de la Solicitud:

23/03/2017 11:54

Fechas / Horas Estimadas Retorno:

23/03/2017 11:56

Fechas / Horas Efectiva Retorno:

23/03/2017 11:56

Archivos Subidos

ArchivoFechaSubida

IF 963-964 23-03-2017 SE Punta de Cortés 154kV - SE Fátima 154kV_VF.rar(/informe_fallas/download_file/58d3ebe0e10e460e0f5d295b/IF 963-964 23-03-2017 SE Punta de Cortés154kV - SE Fátima 154kV_VF.rar)

05/04/201711:33:13

Número:

2017000964

Solicitante:

cagurtop

Empresa:

CGE

Tipo de Origen:

Externo

SubEstación:

S/E PUNTA DE CORTES

Falla Sobre:

transformador

Elementos

Tipo:  transformadores3d - PUNTA DE CORTES 154/69KV 60MVA 2 Nombre : PUNTA DE CORTES 154/69KV 60MVA 2 Fecha Perturbacion : 23/03/2017 11:54 Fecha Normaliza : 23/03/2017 12:02 Protección : de Terceros Interruptor : de Terceros Consumo : 70 Comentario : Pérdida de suministro

Tipo:  transformadores3d - PUNTA DE CORTES 154/69KV 56MVA 1 Nombre : PUNTA DE CORTES 154/69KV 56MVA 1 Fecha Perturbacion : 23/03/2017 11:54 Fecha Normaliza : 23/03/2017 12:02 Protección : de Terceros Interruptor : de Terceros Consumo : 0 Comentario : Pérdida de suministro

¿Produce otra indisponibilidad?

No

Zona Afectada

OHiggins

Comuna

Rancagua

Tipo Causa

Causa Presunta Causa Principal Se investiga

Comentarios Tipo Causa:

Se investiga.

Causas

Finalizado

ResumenFecha de envío al CDEC : 23/03/2017 12:54

-Fenómeno Físico: Pérdida total de combustión (flameout) -Elemento: Conductores -Fenómeno Eléctrico: Distancia (admitancia, impedancia o reactancia) -Operación de los interruptores: Opera según lo esperado

Comentarios Causas:

-Fenómeno Físico: Pérdida de suministro de S/E Punta de Cortés por falla aguas arriba de instalaciones de CGE,afectando SS/EE Tuniche, Lo Miranda, Loreto y Cachapoal. -Elemento: . -Fenómeno Eléctrico: . -Operación de los interruptores: .

Observaciones:

-Observaciones: Pérdida de suministro de S/E Punta de Cortés por falla aguas arriba de instalaciones de CGE, afectandoSS/EE Tuniche, Lo Miranda, Loreto y Cachapoal. -Acciones Inmediatas: En coordinación con el CEN, recuperación de consumos. -Hechos Sucedidos: . -Acciones Correctivas a Corto Plazo: . -Acciones Correctivas a Largo Plazo: .

Consumo:

Consumo Regulado

Distribuidoras Afectadas

CGE DISTRIBUCIÓN / Perd. Estm. de Potencia: 70 / Región : OHiggins

Retorno Automatico:

No Tiene Retorno Automático

Fechas / Horas Perturbación de la Solicitud:

23/03/2017 11:54

Fechas / Horas Estimadas Retorno:

23/03/2017 12:02

Fechas / Horas Efectiva Retorno:

23/03/2017 12:01

Archivos Subidos

ArchivoFechaSubida

IF 963-964 23-03-2017 SE Punta de Cortés 154kV - SE Fátima 154kV_VF.rar(/informe_fallas/download_file/58d3ee6be10e460e0f5d295d/IF 963-964 23-03-2017 SE Punta de Cortés154kV - SE Fátima 154kV_VF.rar)

05/04/201711:33:36

Número:

2017000971

Solicitante:

Jefe Turno

Empresa:

TRANSELEC

Tipo de Origen:

Externo

Línea:

ALTO JAHUEL - RANCAGUA - TINGUIRIRICA 154KV

Tramo:

Tipo:  secciones_tramos - ALTO JAHUEL - VILLASECA 154KV C2 Nombre : ALTO JAHUEL - VILLASECA 154KV C2 Fecha Perturbacion : 23/03/2017 11:53 Fecha Normaliza : 23/03/2017 16:19 Protección : S/E A.Jahuel: S1(21/21N fase A-T, LF:17.3 km)- S2(21/21N fase A-T, LF:54.2 km) Interruptor : 52A2 Consumo : 0.0 Comentario : No hay.

Tipo:  secciones_tramos - VILLASECA - TAP TUNICHE 154KV C2 Nombre : VILLASECA - TAP TUNICHE 154KV C2 Fecha Perturbacion : 23/03/2017 11:53 Fecha Normaliza : 23/03/2017 16:19 Protección : No hay.Interruptor : No hay. Consumo : S/E Fatima CGE: 53 MW Comentario : No hay.

Tipo:  secciones_tramos - TAP TUNICHE - TAP PUNTA CORTES 154KV C2 Nombre : TAP TUNICHE - TAP PUNTA CORTES 154KV C2 Fecha Perturbacion : 23/03/2017 11:53 Fecha Normaliza : 23/03/2017 16:19 Protección : No hay.Interruptor : No hay. Consumo : S/E Punta de Cortés: 70 MW Comentario : NO hay.

Tipo:  secciones_tramos - TAP TUNICHE - RANCAGUA 154KV C2 Nombre : TAP TUNICHE - RANCAGUA 154KV C2 Fecha Perturbacion : 23/03/2017 11:53 Fecha Normaliza : 23/03/2017 16:19 Protección : S/E Rancagua: S1(21/21N fase A-T, LF:14.9 km)- S2(LF:16.2 km) Interruptor : 52A1 S/E Rancagua. Consumo : 0.0 Comentario : No hay.

Zona Afectada

Metropolitana

Finalizado

ResumenFecha de envío al CDEC : 23/03/2017 17:55

Comuna

Buin

Tipo Causa

Causa Definitiva Causa Principal

Comentarios Tipo Causa:

Falla en instalaciones de terceros.

Causas

-Fenómeno Físico: Falla originada en terceros (accidentes, interferencias, rodado, deslizamiento de tierra, juegos, etc.) -Elemento: Interruptores -Fenómeno Eléctrico: Distancia (admitancia, impedancia o reactancia) -Operación de los interruptores: Opera según lo esperado

Comentarios Causas:

-Fenómeno Físico: Conductor de línea de media tensión cortado de terceros, sobre fase inferior de línea 154 kVTinguiririca-Rancagua-A.Jahuel circuito N°2 Sector Punta de Cortés. -Elemento: Desconexión forzada interruptor 52A2 de S/E Alto Jahuel y 52A1 de S/E Rancagua. -Fenómeno Eléctrico: Desconexión forzada por protecciones. -Operación de los interruptores: No aplican.

Observaciones:

-Observaciones: No hay. -Acciones Inmediatas: Se informa al CEN. Se coordina lectura de protecciones y alarmas operadas. -Hechos Sucedidos: Corte de conductor de media tensión queda sobre línea. Se coordina con CGE para su retiro. -Acciones Correctivas a Corto Plazo: Retirar elemento extraño de línea y realizar reconexión manual de prueba. -Acciones Correctivas a Largo Plazo: No aplican.

Consumo:

Consumo Regulado

Distribuidoras Afectadas

CGE / Perd. Estm. de Potencia: 133 / Región : Maule

Retorno Automatico:

No Tiene Retorno Automático

Fechas / Horas Perturbación de la Solicitud:

23/03/2017 11:53

Fechas / Horas Estimadas Retorno:

23/03/2017 16:19

Fechas / Horas Efectiva Retorno:

23/03/2017 16:19

Archivos Subidos

Archivo Fecha Subida

IF2017000971.rar(/informe_fallas/download_file/58d41564e10e460e1312f6b3/IF2017000971.rar)

30/03/201719:48:55

ANEXO Nº 6

Otros antecedentes enviados por las empresas CGE S.A. y Transelec S.A.

INFORME DE FALLA REQUERIMIENTO NORMA TÉCNICA DE SyCS

INFORME (s) CDEC Nº: IF 2017000963 - 2017000964 FECHA DE FALLA: 23 DE MARZO 2017

INSTALACIÓN (ES) S/E FATIMA - PUNTA DE CORTES

HOJA Nº 1

1. CAUSA U ORIGEN DE LA FALLA:

1.1. Fecha y hora de la Falla:

1.2. Localización de la falla:

LT154 kV Alto Jahuel– Rancagua- Tinguiririca N°2 tramo Punta de Cortés – Rancagua – Alto Jahuel N°2 de propiedad de TRANSELEC.

1.3. Causa de la Falla:

Falla externa a las instalaciones de CGE S.A, que de acuerdo a lo informado por medios oficiales del CDEC-SIC, fue a causa de una desconexión forzada por protecciones del tramo de línea LT154 kV Punta de Cortes – Rancagua- Alto Jahuel N°2 de propiedad de TRANSELEC (Novedades Relevantes del CDEC-SIC en Anexo N°1).

1.4. Código falla:

Causas de Falla Código Descripción

Fenómeno Físico (*)(**) -

Elemento del Sistema Eléctrico (*) -

Fenómeno Eléctrico (*) -

Modo (*) - (*) La falla se produjo en la línea 154 kV Tinguiririca – Rancagua – Alto Jahuel N°2, de propiedad de TRANSELEC.

1.5. Comuna donde se originó la falla:

Código Nombre la comuna

6101 Rancagua.

1.6. Reiteración:

No Aplica.

Fecha 23 de marzo 2017

Hora 11:54

INFORME DE FALLA REQUERIMIENTO NORMA TÉCNICA DE SyCS

INFORME (s) CDEC Nº: IF 2017000963 - 2017000964 FECHA DE FALLA: 23 DE MARZO 2017

INSTALACIÓN (ES) S/E FATIMA - PUNTA DE CORTES

HOJA Nº 2

2. INSTALACIONES AFECTADAS. SUBESTACIÓN INSTALACIÓN HORA DESCONEXIÓN HORA NORMALIZACIÓN

Buin Transformador N°2 11:54 11:56

Fátima Transformador N°1 11:54 11:56

Fátima Transformador N°2 11:54 11:56

Hospital Transformador N°2 11:54 11:56

Tuniche Transformador N°1 11:54 12:02

Cachapoal Transformador N°1 11:54 12:02

Cachapoal Transformador N°2 11:54 12:02

Lo Miranda Transformador N°1 11:54 12:02

Lo Miranda Transformador N°2 11:54 12:02

Loreto Transformador N°1 11:54 12:02

INFORME DE FALLA REQUERIMIENTO NORMA TÉCNICA DE SyCS

INFORME (s) CDEC Nº: IF 2017000963 - 2017000964 FECHA DE FALLA: 23 DE MARZO 2017

INSTALACIÓN (ES) S/E FATIMA - PUNTA DE CORTES

HOJA Nº 3

3. DIAGRAMAS SIMPLIFICADOS.

Subsistema S/E Punta de Cortés 154kV

INFORME DE FALLA REQUERIMIENTO NORMA TÉCNICA DE SyCS

INFORME (s) CDEC Nº: IF 2017000963 - 2017000964 FECHA DE FALLA: 23 DE MARZO 2017

INSTALACIÓN (ES) S/E FATIMA - PUNTA DE CORTES

HOJA Nº 4

INFORME DE FALLA REQUERIMIENTO NORMA TÉCNICA DE SyCS

INFORME (s) CDEC Nº: IF 2017000963 - 2017000964 FECHA DE FALLA: 23 DE MARZO 2017

INSTALACIÓN (ES) S/E FATIMA - PUNTA DE CORTES

HOJA Nº 5

Figura 1.- Diagramas Unilineales. S/E Punta de Cortés y las Subestaciones que ella alimenta.

INFORME DE FALLA REQUERIMIENTO NORMA TÉCNICA DE SyCS

INFORME (s) CDEC Nº: IF 2017000963 - 2017000964 FECHA DE FALLA: 23 DE MARZO 2017

INSTALACIÓN (ES) S/E FATIMA - PUNTA DE CORTES

HOJA Nº 6

Subsistema S/E Fátima 154kV

INFORME DE FALLA REQUERIMIENTO NORMA TÉCNICA DE SyCS

INFORME (s) CDEC Nº: IF 2017000963 - 2017000964 FECHA DE FALLA: 23 DE MARZO 2017

INSTALACIÓN (ES) S/E FATIMA - PUNTA DE CORTES

HOJA Nº 7

INFORME DE FALLA REQUERIMIENTO NORMA TÉCNICA DE SyCS

INFORME (s) CDEC Nº: IF 2017000963 - 2017000964 FECHA DE FALLA: 23 DE MARZO 2017

INSTALACIÓN (ES) S/E FATIMA - PUNTA DE CORTES

HOJA Nº 8

Figura 2.- Diagramas Unilineales. S/E Fátima y las Subestaciones que ella alimenta.

INFORME DE FALLA REQUERIMIENTO NORMA TÉCNICA DE SyCS

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Figura 3.- Región Geográfica correspondiente a la Zona Cachapoal de Transnet. Se indican subestaciones involucradas en la VI Región.

Instalación afectada

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4. PÉRDIDAS DE GENERACIÓN.

No hay generación, propiedad de TRANSNET, involucrada en la falla.

5. PÉRDIDAS DE CONSUMOS.

SUBESTACIÓN INSTALACIÓN MW HORA

DESCONEXIÓN HORA

NORMALIZACIÓN OBSERVACIONES

Buin Transformador N°2 10,2 11:54 11:56 Consumos

pertenecientes a CGED

Fátima Transformador N°1 12,7 11:54 11:56 Consumos

pertenecientes a CGED

Fátima Transformador N°2 20,6 11:54 11:56 Consumos

pertenecientes a CGED

Hospital Transformador N°2 9,3 11:54 11:56 Consumos

pertenecientes a CGED

Tuniche Transformador N°1 7,5 11:54 12:02 Consumos

pertenecientes a CGED

Cachapoal Transformador N°1 17,5 11:54 12:02 Consumos

pertenecientes a CGED

Cachapoal Transformador N°2 17,1 11:54 12:02 Consumos

pertenecientes a CGED

Lo Miranda Transformador N°1 7,6 11:54 12:02 Consumos

pertenecientes a CGED

Lo Miranda Transformador N°2 13,0 11:54 12:02 Consumos

pertenecientes a CGED

Loreto Transformador N°1 5,7 11:54 12:02 Consumos

pertenecientes a CGED

TOTAL 121,2

ENS = 10,88 MWh

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6. CRONOLOGÍA DE EVENTOS Y DESCRIPCIÓN DE CAUSAS.

S/E Evento Horario

Externa Pérdida de suministro LT Punta de Cortes – Rancagua – Alto Jahuel Cto. N°2 afectando los consumos de SE Punta de Cortés y S/E Fátima

11:54

Fátima Apertura manual interruptor 52A1. Maniobras de recuperación de suministro.

11:56

Fátima

Cierre manual interruptor 52A2. Se recupera la totalidad de los consumos asociados de S/E Buin T2, Fátima y Hospital desde el Cto N°1 en 154kV

11:56

P. Cortés Apertura manual interruptor 52AT general de 154kV de la subestación. Maniobras de recuperación de suministro.

12:01

P. Cortés Apertura manual desconectador 89A1-1. 12:01

P. Cortés Cierre manual desconectador 89A1-2 12:01

P. Cortés

Cierre manual interruptor 52AT general de 154kV de la subestación. Se recupera la totalidad de los consumos asociados de S/E Tuniche, Cachapoal, Lo Miranda y Loreto desde el Cto N°1 en 154kV

12:02

Transferencia del T2 Buin hacia el paño B3 de S/E Alto Jahuel

por control de cargas en el Cto N°1 de LT154kV Jahuel - Rancagua - Punta de Cortés.

Buin Cierre manual interruptor 52BS acoplador de barra. Anillo entre S/E Alto Jahuel y S/E Fátima

12:08

Buin Apertura manual interruptor 52B2. Se deshace el anillo entre S/E Alto Jahuel y S/E Fátima. Queda transferido el T2 de S/E Buin hacia el paño B3 de S/E Alto Jahuel

12:08

Transferencia de S/E Rosario hacia el paño BR de S/E Malloa mediante microcorte por control de cargas en el Cto N°1 de

LT154kV Jahuel - Rancagua - Punta de Cortés.

Rosario Apertura manual interruptor 52B1. Inicio de microcorte a los consumos de S/E Rosario por transferencia de cargas hacia paño BR de S/E Malloa

15:14

Rosario Cierre manual interruptor 52B2. Quedan transferidos los 15:14

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consumos de S/E Rosario hacia S/E Malloa.

Normalización de los consumos de S/E Fátima desde el Cto. 1

hacia el Cto N°2 LT154kV Jahuel - Rancagua - Punta de Cortés.154kV

Fátima Cierre manual interruptor 52A1. Anillo entre los circuitos N°1 y n°2 en 154kV

16:27

Fátima Apertura manual interruptor 52A2. Queda S/E Fátima alimentada desde el circuito N°2 en 154kV, topología normal

16:28

Normalización de cargas del T2 Buin desde el paño B3 de S/E

Alto Jahuel hacia S/E Fátima.

Buin Cierre manual interruptor 52B2. Anillo entre el paño B3 de S/E Alto Jahuel y el paño B6 de S/E Fátima. Maniobra operacional por normalización de topología.

16:36

Buin Apertura manual interruptor 52BS acoplador de barra. Se deshace el anillo entre S/E Alto Jahuel y S/E Fátima

16:36

Normalización Topología de S/E Punta de Cortés desde el Cto

N°1 al Cto. N°2 de LT154kV Jahuel - Rancagua - Punta de Cortés.

Rancagua Cierre manual interruptor 52BS. Anillo entre los transformadores N°1 y N°4 de la subestación

03:08

P. Cortés Cierre manual interruptor 52BR. Anillo entre los transformadores N°1 y N°2 de la subestación

03:09

P. Cortés Apertura manual interruptor 52BT1. Se deshace el anillo entre los transformadores N°1 y N°2 de la subestación

03:10

P. Cortés Apertura manual interruptor 52AT1. Se desenergiza el transformador N°1

03:11

Cachapoal Cierre manual interruptor 52B1. Anillo entre S/E Rancagua y S/E Punta de Cortes

03:12

P. Cortés Apertura manual interruptor 52BT2. Se deshace el anillo entre S/E Rancagua y S/E Punta de Cortes

03:14

P. Cortés Apertura manual interruptor 52AT2. Se desenergiza el transformador N°2

03:14

P. Cortés Apertura manual interruptor 52AT. Se desenergiza la barra de 154kV

03:20

P. Cortés Apertura manual desconectador 89A1-2 por cambio de alimentación en 154kV

03:21

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P. Cortés Cierre manual desconectador 89A1-1 por cambio de alimentación en 154kV. Cambio de alimentación exitoso

03:21

P. Cortés Cierre manual interruptor 52AT. Se energiza la barra de 154kV 03:22

P. Cortés Cierre manual interruptor 52AT2. Se energiza el transformador N°2

03:23

P. Cortés Cierre manual interruptor 52BT2. Anillo entre S/E Rancagua y S/E Punta de Cortes

03:23

Cachapoal Apertura manual interruptor 52B1. Se deshace el anillo entre S/E Rancagua y S/E Punta de Cortes

03:24

P. Cortés Cierre manual interruptor 52AT1. Se energiza el transformador N°1

03:26

P. Cortés Cierre manual interruptor 52BT1. Anillo entre los transformadores N°1 y N°2 de la subestación

03:26

P. Cortés Apertura manual interruptor 52BR. Se deshace el anillo entre los transformadores N°1 y N°2 de la subestación

03:27

Rancagua Apertura manual interruptor 52BS. Se deshace el anillo entre los transformadores N°1 y N°4 de la subestación

03:28

Normalización topología S/E Rosario hacia el paño B4 de S/E

Rancagua

Rosario Cierre manual interruptor 52B1. Anillo entre S/E Rancagua y S/E Malloa

03:42

Rosario Apertura manual interruptor 52B2. Normalizada la topología de la zona

03:43

Nota: En la actualidad, S/E Punta de Cortés y S/E Fátima se encuentra alimentada desde el Cto N°2 en 154kV de la LT Tinguiririca – Punta de Cortes – Alto Jahuel.

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7. ESQUEMAS DE PROTECCIÓN Y CONTROL INVOLUCRADOS EN LA FALLA.

Correctamente no existen protecciones operadas de propiedad de CGE S.A.

8. ACCIONES CORRECTIVAS A CORTO PLAZO

No aplica

9. ACCIONES CORRECTIVAS A LARGO PLAZO No aplica

10. CONCLUSIONES.

A las 11:54hrs del día Jueves 23 de marzo de 2017, se produce la perdida de Suministro en las SSEE Punta Cortes y Fátima 154kV, producto de la apertura forzada por protecciones de la LT154 kV Alto Jahuel– Rancagua- Tinguiririca N°2 de propiedad de TRANSELEC. A las 12:02hrs, se recupera la totalidad de los consumos afectados, mediante la transferencia de las SSEE Fátima y Punta Cortes al circuito Nº1 de la 154 kV A. Jahuel - Rancagua - Punta de Cortés 1.

11. ANÁLISIS CONJUNTO.

A las 11:54 hrs. del día viernes 24 de marzo de 2017, el centro de operación de transmisión de CGE S.A informa la pérdida de suministro desde la LT154kV Alto Jahuel– Rancagua- Tinguiririca Circuito N°2, tramo Punta de Cortes – Rancagua – Alto Jahuel N°2, afectando los consumos asociados a los Transformadores N°1 y N°2 de S/E Punta de Cortés y Transformador N°3 de S/E Fátima que abastecen a las subestaciones Buin T2, Fátima, Hospital, Tuniche, Cachapoal, Lo Miranda y Loreto con una potencia total desconectada de 121,2 MW. Inmediatamente, se inicia el plan de recuperación de suministro y se ejecutan las maniobras operacionales para realizar el cambio alimentación a nivel de 154kV desde el Cto N°2 al Cto N°1 de la LT154kV Jahuel - Rancagua - Punta de Cortés, con lo cual se normaliza, la totalidad de los consumos a las 12:02hrs. Por control de cargas en la LT154kV Jahuel - Rancagua - Punta de Cortés circuito N°1, se coordinan las transferencias de cargas del transformador N°2 de S/E Buin hacia el paño B3 de

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S/E A. Jahuel y la transferencia mediante microcorte de S/E Rosario hacia el paño BR de S/E Malloa. A las 16:27hrs, una vez normalizada la LT154kV Jahuel - Rancagua - Punta de Cortés circuito N°2, se normaliza la topología de S/E Fátima 154kV y T2 de S/E Buin hacia el paño B6 de S/E Fátima. El día 24 de marzo de 2017 a las 03:22hrs, se realiza la normalización de la topología de la SE Punta Cortes, transfiriendo dicha subestación de Cto. N2 de la LT154kV Jahuel - Rancagua - Punta de Cortés. Posterior a esto y mediante condición de paralelo se normaliza la topología de S/E Rosario hacia el paño B4 de S/E Rancagua. Cabe señalar como antecedente adicional, que se ha recibido información de personal de distribución de la zona de Rancagua de CGED, en el cual se indica que en el día 23 de Marzo de 2017, alrededor de las 12:27hrs, se ha encontrado una línea de Media Tensión de cobre cortada y apoyada sobre la LT154kV Jahuel - Rancagua - Punta de Cortés entre las estructura 159 y 160 de propiedad de TRANSELEC.

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Anexo Nº1

Novedades Relevantes del CDEC-SIC Día 23/03/2017 y 24/03/2017

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23.03.2017

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24.03.2017

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Anexo Nº2 Estampa de tiempo sincronizada

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Jueves 23.03.2017 Subsistema Fátima

Subsistema Punta de Cortés

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Viernes 24.03.2017

Subsistema Punta de Cortés

Nota: El interruptor 52A1 indicado en la estampa de tiempo corresponde al interruptor 52AT en S/E Punta de Cortés

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Informe de Desconexión Forzada IF2017000971 día 23 de marzo del 2017. Código 2011. 1. Características de la desconexión forzada

A las 11:53 horas del día 23 de marzo del 2017, se produjo la desconexión de la línea 154 kV Tinguiririca – Rancagua – Alto Jahuel 2, por operación de sus protecciones, a raíz de un cortocircuito monofásico a tierra en la fase A, causado por contacto de conductor cortado en cruce de media tensión, en las cercanías del vano entre las estructuras N°159 y N°160, a aproximadamente 55 km de S/E Alto Jahuel.

2. Instalaciones afectadas directa o indirectamente por la falla indicando horas de desconexión y reposición. a. Las siguientes instalaciones de TRANSELEC fueron afectadas por la desconexión:

i. Línea 154 kV Tinguiririca – Rancagua – Alto Jahuel 2.

b. Otras instalaciones afectadas por la desconexión: i. S/E Fátima, propiedad de CGE. ii. S/E Punta de Cortés, propiedad de CGE.

c. Las instalaciones y las zonas afectadas se ubican en la Región del Libertador Bernardo O’higgins,

provincia de Cachapoal, comuna de Graneros, código de comuna 6106. 3. Pérdidas de Generación, indicando monto y horas de desconexión y reposición.

TRANSELEC no tiene equipos de generación entre sus instalaciones.

4. Pérdidas de Consumos, indicando el detalle por subestación de los montos, horas de desconexión y reposición. Previo a la desconexión del circuito 2 de la línea de 154 kV Tinguiririca – Rancagua – Alto Jahuel, y de acuerdo al registro del sistema SCADA de Transelec, las transferencias desde S/E Alto Jahuel por el paño A2 eran del orden de 103 MW hacia la línea. Además, las transferencias por el paño A1 de S/E Rancagua eran de 24 MW. Cabe mencionar que previo a la falla, la topología de la línea contemplaba los interruptor 52A2 y 52A3 de S/E Punta de Cortés abiertos.

5. Cronología de eventos, y descripción de las causas directas de cada evento. a. Eventos (actuaciones automáticas o manuales) ocurridos durante la evolución de la falla.

i. A las 11:53 horas del día 23 de marzo del 2017, se produjo la desconexión de la línea 154 kV

Tinguiririca – Rancagua – Alto Jahuel 2, por operación de sus protecciones, a raíz de un

cortocircuito monofásico a tierra en la fase A, causado por contacto de conductor cortado en

cruce de media tensión, en las cercanías del vano entre las estructuras N°159 y N°160, a

aproximadamente 55 km de S/E Alto Jahuel.

b. Acciones orientadas a la reposición del servicio y normalización de las instalaciones. i. Inmediatamente tras ocurrida la desconexión, se recopilan las alarmas y los registros de las

protecciones operadas.

ii. A las 11:56 horas, según el Informe de Novedades del Coordinador Eléctrico Nacional, S/E

Fátima normalizado la totalidad de sus consumos desde la línea 154 kV Alto Jahuel – Rancagua

– Punta de Cortés 1.

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2

iii. A las 11:58 horas, según Informe de Novedades del Coordinador Eléctrico Nacional, S/E Punta

de Cortés normalizado parcialmente sus consumos desde la línea 154 kV Alto Jahuel –

Rancagua – Punta de Cortés 1.

iv. A las 12:01 horas, S/E Punta de Cortés normalizado la totalidad de los consumos desde la línea

de 154 kV Alto Jahuel – Rancagua – Punta de Cortés 1.

v. A las 12:21 horas, en coordinación con el CDC, se efectúa intento de cierre del interruptor 52A2

de S/E Alto Jahuel.

vi. A las 13:40 horas, se confirma causa de falla por chicoteo de conductor de MT sobre la línea

de 154 kV Tinguiririca – Rancagua – Alto Jahuel 2, sector Tuniche – Punta de Cortés.

vii. A las 15:50 horas, se inicia el retiro de elemento extraño sobre línea de 154 kV Tinguiririca –

Rancagua – Alto Jahuel 2, sector Tuniche – Punta de Cortés-

viii. A las 16:04 horas, culmina el retiro del elemento extraño sobre la línea.

ix. A las 16:19 horas, en coordinación con CDC, se cierra interruptor 52A2 de S/E Alto Jahuel,

quedando en servicio línea 154 kV Tinguiririca – Rancagua – Alto Jahuel 2.

x. A las 16:28 horas, según Informe de Novedades del Coordinador Eléctrico Nacional, S/E Fátima

transferido a línea de 154 kV Alto Jahuel – Rancagua – Punta de Cortés 2.

6. Esquemas de protección y control involucrados en la falla. a. Detalle de las protecciones operadas

Línea 154 kV Alto Jahuel – Rancagua – Tinguiririca 2 (Falla 11:53 horas). i. Paño A2, 154 kV, S/E Alto Jahuel:

Sistema 1: Protección Siemens 7SA612, función 21N acelerada, zona 1B, fase A. Sistema 2: Protección GE D60, función 21N acelerada, zona 2, fase A.

ii. Paño A1, 154 kV, S/E Rancagua: Sistema 1: Protección Siemens 7SA612, función 21N, zona 1, fase A. Sistema 2: Protección GE D60, función 21N acelerada, zona 2, fase A.

Línea 154 kV Alto Jahuel – Rancagua – Tinguiririca 2 (Cierre manual sin éxito 12:20 horas). i. Paño A2, 154 kV, S/E Alto Jahuel:

Sistema 1: Protección GE D60, función 50HS, fase A. Sistema 2: Protección Siemens 7SA612, función 21N, zona 1, fase A.

Ajustes y características de las protecciones operadas. (En archivos adjuntos).

b. Registros de la falla. En el anexo 2, se muestran los registros oscilográficos y señales digitales generadas por los sistemas de protección. En el anexo 3, se muestran los registros de eventos generados por los sistemas de protección.

c. Análisis del comportamiento de los dispositivos de protección y control.

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i. Desconexión de la línea de 154 kV Tinguiririca – Alto Jahuel – Rancagua, circuito 1 (11:53 horas). Previo a la falla, la topología de la línea contemplaba el interruptor 52A2 y 52A3 de S/E Punta de Cortés abiertos, por lo tanto los relés se encontraban con el grupo de ajustes de dos terminales.

Línea 154 kV Tinguiririca – Alto Jahuel - Rancagua, circuito 2. Paño A2, S/E Alto Jahuel (falla 11:53 horas):

Sistema 1, Protección Siemens 7SA612: De acuerdo a las oscilografías, señales digitales y

los registros de eventos generados por este sistema de protección se observa un

cortocircuito monofásico a tierra en la fase A, el cual es detectado hacia adelante por la

función de distancia residual en zona 1B, enviando instantáneamente señal de aceleración

al extremo opuesto. Transcurridos 13 ms, se recibe señal de aceleración del extremo

Rancagua, dando orden de apertura al interruptor 52A2, operando de acuerdo a sus

ajustes.

Sistema 2, Protección GE D60: De acuerdo a las oscilografías, señales digitales y los registros

de eventos generados por este sistema de protección, se observa un cortocircuito

monofásico a tierra en la fase A, el cual es detectado hacia adelante por la función de

distancia residual en zona 2, enviando instantáneamente señal de aceleración al extremo

opuesto. Luego de 5 ms, se recibe señal de aceleración del extremo opuesto, dando orden

de apertura al interruptor 52A2, operando de acuerdo a sus ajustes.

Línea 154 kV Tinguiririca – Alto Jahuel - Rancagua, circuito 2. Paño A1, S/E Rancagua (falla 11:53 horas):

Sistema 1, Protección Siemens 7SA612: De acuerdo a las oscilografías, señales digitales y

los registros de eventos generados por este sistema de protección, se observa un

cortocircuito monofásico a tierra en la fase A, el cual es detectado hacia adelante por la

función de distancia residual en zona 1, enviando instantáneamente orden de apertura al

interruptor 52A1, operando de acuerdo a sus ajustes. Al mismo tiempo del pickup en zona

1, se envía aceleración al extremo opuesto. Luego de 30 ms del envío de la señal de

aceleración, se recibe señal del extremo opuesto.

Sistema 2, Protección GE D60: De acuerdo a las oscilografías, señales digitales y registro de

eventos generados por este sistema de protección, se observa un cortocircuito monofásico

a tierra en la fase A, el cual es detectado hacia adelante por la función de distancia residual

en zona 2. Transcurridos 27 ms, se recibe señal de aceleración del extremo opuesto, dando

orden de apertura al interruptor 52A1, operando de acuerdo a sus ajustes.

Línea 154 kV Tinguiririca – Alto Jahuel - Rancagua, circuito 2. Paño A1, S/E Alto Jahuel (cierre manual sin éxito 12:20 horas):

Sistema 1, Protección Siemens 7SA612: De acuerdo a las oscilografías, señales digitales y

los registros de eventos generados por este sistema de protección se observa un

cortocircuito monofásico a tierra en la fase A, el cual es detectado por la función 50HS

“SOTF”, dando orden de apertura al interruptor 52A2, operando de acuerdo a sus ajustes.

Sistema 2, Protección GE D60: De acuerdo a las oscilografías, señales digitales y los registros

de eventos generados por este sistema de protección, se observa un cortocircuito

monofásico a tierra en la fase A, el cual es detectado hacia adelante por la función de

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4

distancia residual en zona 2, enviando instantáneamente señal de aceleración al extremo

opuesto. Luego de 10 ms, el loop de impedancia ingresa en zona 1, dando orden de

apertura al interruptor 52A2, operando de acuerdo a sus ajustes. Transcurridos

aproximadamente 20 ms de la orden de apertura, se recibe señal de aceleración del

extremo opuesto.

7. Análisis conjunto de: a. Causas y consecuencias de la falla

A las 11:53 horas del día 23 de marzo del 2017, se produjo la desconexión de la línea 154 kV

Tinguiririca – Rancagua – Alto Jahuel 2, por operación de sus protecciones, a raíz de un cortocircuito

monofásico a tierra en la fase A, causado por contacto de conductor cortado en cruce de media

tensión, en las cercanías del vano entre las estructuras N°159 y N°160, a aproximadamente 55 km

de S/E Alto Jahuel.

b. Actuación de los dispositivos de protección y control. De acuerdo a los antecedentes disponibles, las protecciones operaron correctamente de acuerdo a sus ajustes.

c. Medidas o acciones adoptadas para mitigar los efectos de la falla y para normalización del suministro. i. Ver punto 5.b

8. Reiteración de la falla según código de descripción en los últimos doce meses.

No se registran desconexiones previas de la línea 154 kV Tinguiririca – Rancagua – Alto Jahuel con la misma descripción de causa en los últimos 12 meses:

9. Acciones correctivas de corto y largo plazo en caso de comportamiento erróneo de instalaciones. No hay

10. Códigos según DO N° 0815/2014.

Código Descripción FENOMENO_FISICO_ID ACC2 Falla originada en terceros (Accidentes, interferencias, rodado,

deslizamiento de tierra, juegos, etc) ELEMENTO_ID TX2 Conductores. FENOMENO_ELECTRICO_ID DI21N Distancia residual. MODO_ID 13 Opera según lo esperado.

11. Otros antecedentes que la empresa considere relevantes para el análisis y respaldo de las

conclusiones. En el Anexo 1, se adjunta el diagrama unilineal de las instalaciones involucradas en la falla. En el Anexo 2, se adjuntan las oscilografías y las señales digitales generadas por los sistemas de

protección. En el Anexo 3, se adjuntan los registros de eventos generados por los sistemas de protección. En el Anexo 4, se adjunta carta enviada por la Vicepresidencia de Operaciones a la

Superintendencia de Electricidad y Combustibles, con referencia a la desconexión de líneas 154 kV Tinguiririca – Rancagua – Alto Jahuel circuito N°2.

Gerencia Gestión de Redes

Sistemas Eléctricos

5

Anexo 1: Diagrama unilineal

Figura 1: Diagrama unilineal de las instalaciones involucradas en la falla.

Gerencia Gestión de Redes

Sistemas Eléctricos

6

Anexo 2: Oscilografías y señales digitales

Figura 2: Registro de oscilografías Siemens 7SA612, paño A2, S/E Alto Jahuel - Sistema 1.

Gerencia Gestión de Redes

Sistemas Eléctricos

7

Figura 3: Registro de señales digitales GE D60, paño A2, S/E Alto Jahuel - Sistema 2.

Gerencia Gestión de Redes

Sistemas Eléctricos

8

Gerencia Gestión de Redes

Sistemas Eléctricos

9

Figura 4: Registro de oscilografías Siemens 7SA612, paño A1, S/E Rancagua - Sistema 1.

Gerencia Gestión de Redes

Sistemas Eléctricos

10

Figura 5: Registro de oscilografías

Siemens GE D60 paño A1, S/E Rancagua - Sistema 2

Gerencia Gestión de Redes

Sistemas Eléctricos

11

Gerencia Gestión de Redes

Sistemas Eléctricos

12

Figura 6: Registro de oscilografías Siemens 7SA612, paño A2, S/E Alto Jahuel - Sistema 1 (cierre manual sin éxito)

Gerencia Gestión de Redes

Sistemas Eléctricos

13

Figura 7: Registro de señales digitales GE D60, paño A2, S/E Alto Jahuel - Sistema 2.

Gerencia Gestión de Redes

Sistemas Eléctricos

14

Gerencia Gestión de Redes

Sistemas Eléctricos

15

Anexo 3: Registro de Eventos

Figura 8: Protección Siemens 7SA612, paño A2, S/E Alto Jahuel - Sistema 1.

Figura 9: Protección Siemens 7SA612, paño A2, S/E Alto Jahuel - Sistema 1.

Gerencia Gestión de Redes

Sistemas Eléctricos

16

Figura 10: Protección GE D60, paño A2, S/E Alto Jahuel - Sistema 2.

Gerencia Gestión de Redes

Sistemas Eléctricos

17

Gerencia Gestión de Redes

Sistemas Eléctricos

18

Gerencia Gestión de Redes

Sistemas Eléctricos

19

Figura 11: Protección Siemens 7SA612, paño A1, S/E Rancagua - Sistema 1.

Gerencia Gestión de Redes

Sistemas Eléctricos

20

Figura 12: Protección GE D60, paño A1, S/E Rancagua - Sistema 2.

Gerencia Gestión de Redes

Sistemas Eléctricos

21

Gerencia Gestión de Redes

Sistemas Eléctricos

22

Gerencia Gestión de Redes

Sistemas Eléctricos

23

Anexo 4: Carta enviada

Figura 13: Carta de la Vicepresidencia de Operaciones a la Superintendencia de Electricidad y Combustibles.

Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas

Línea 154kV A. Jahuel – Rancagua - Tinguiririca 1, S/E A. Jahuel

CONTROL DE REVISIÓN DEL CRAP

REVISOR FECHA N° EAP OBSERVACIONES

Max Missene M. 07-09-2015 Nº 75/2015

Cambio de ajustes para evitar que la Z1B actúe de forma instantánea en Sistema 2 protección Siemens 7SA61 .

Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas

Línea 154kV A. Jahuel – Rancagua - Tinguiririca 1, S/E A. Jahuel

Razón de TTCC/TTPP

TTCC:

TTPP:

√

√

Particularidades de Ajustes

No hay.

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PRODUCT SETUPDISPLAY PROPERTIESFlash Message Time 1.0 sDefault Message Timeout 60 sDefault Message Intensity (VFD Only) 25 %Screen Saver Feature (LCD Only) EnabledScreen Saver Wait Time (LCD Only) 30 minCurrent Cutoff Level 0.020 puVoltage Cutoff Level 1.0 V

COMMUNICATIONSSERIAL PORTSRS485 Com2 Baud Rate 19200RS485 Com2 Parity NoneRS485 Com2 Response Min Time 0 ms

NETWORKIP Address 10. 80.153.212IP Subnet Mask 255.255.255. 0Gateway IP Address 10. 80.153.210Ethernet Operation Mode Full-Duplex

MODBUS PROTOCOLModbus Slave Address 254Modbus TCP Port Number 502

HTTPHTTP TCP Port Number 80

TFTPTFTP Main UDP Port Number 69TFTP Data UDP Port Number 1 0TFTP Data UDP Port Number 2 0

REAL TIME CLOCKIRIG-B Signal Type Amplitude ModulatedReal Time Clock Events Enabled

FAULT REPORTFault Report 1 Source LINEA (SRC 1)Fault Report 1 Trigger pkp Z1o z2 On (VO4)Fault Report 1 Positive Seq (Z1) Mag 2.04 ohmsFault Report 1 Positive Seq (Z1) Angle 77 degFault Report 1 Zero Seq (Z0) Mag 7.16 ohmsFault Report 1 Zero Seq (Z0) Angle 79 degFault Report 1 Line Length Units kmFault Report 1 Line Length 50.6

OSCILLOGRAPHYNumber Of Records 5Trigger Mode Automatic OverwriteTrigger Position 30 %Trigger Source OSCILOGRAFIA On (VO3)AC Input Waveforms 32 samples/cycleDigital Channel 1 PH DIST Z1 OPDigital Channel 2 PH DIST Z2 OPDigital Channel 3 PH DIST Z3 OPDigital Channel 4 PH DIST Z4 OPDigital Channel 5 GND DIST Z1 OPDigital Channel 6 GND DIST Z2 OPDigital Channel 7 GND DIST Z3 OPDigital Channel 8 GND DIST Z4 OPDigital Channel 9 PHASE TOC1 OPDigital Channel 10 PH DIR1 BLKDigital Channel 11 NEUTRAL TOC1 OPDigital Channel 12 NTRL DIR OC1 REVDigital Channel 13 NEG SEQ DIR OC1 FWDDigital Channel 14 PUTT OPDigital Channel 15 POWER SWING BLOCKDigital Channel 16 PH DIST Z1 PKP

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OSCILLOGRAPHY (continued from last page)Digital Channel 17 PH DIST Z2 PKPDigital Channel 18 PH DIST Z3 PKPDigital Channel 19 PH DIST Z4 PKPDigital Channel 20 LINE PICKUP OPDigital Channel 21 PHASE TOC1 OPDigital Channel 22 AR 1-P RIPDigital Channel 23 AR CLOSE BKR 1Digital Channel 24 AR FORCE 3-P TRIPDigital Channel 25 SYNC 1 SYNC OPDigital Channel 26 Cont Ip 13 On(W3a)Digital Channel 27 52A1 (a) On(H7a)Digital Channel 28 79 conectado On(H7c)Digital Channel 29 86B--> 50BF On(H8a)Digital Channel 30 Cont Ip 7 On(U8a)Digital Channel 31 Cont Ip 8 On(U8c)Digital Channel 32 RX ITAHUE On(W1a)Digital Channel 33 80 SISTEMA 1 On(W1c)Digital Channel 34 Cont Ip 16 On(W4c)Digital Channel 35 Cont Ip 17 On(W5a)Digital Channel 36 GND DIST Z1 PKPDigital Channel 37 GND DIST Z2 PKPDigital Channel 38 GND DIST Z3 PKPDigital Channel 39 GND DIST Z4 PKPDigital Channel 40 HYBRID POTT TX1Digital Channel 42 BLQ Zonas PH On (VO1)Digital Channel 43 TRIP GRAL On (VO2)Digital Channel 44 pkp Z1o z2 On (VO4)Digital Channel 45 BLOq reconec On (VO5)Digital Channel 46 ORD. CIERRE On (VO6)Digital Channel 47 BL-NTCO On (VO7)Digital Channel 48 POWER SWING 50DDDigital Channel 49 SETTING GROUP ACT 1Digital Channel 50 SETTING GROUP ACT 2Digital Channel 51 POWER SWING UN/BLOCKDigital Channel 52 AR BKR 1 BLKDigital Channel 53 AR CLOSE BKR 1Digital Channel 54 AR INCOMPLETE SEQDigital Channel 55 SYNC 1 CLS OPDigital Channel 56 SYNC 1 SYNC OPDigital Channel 57 PH DIR1 BLKDigital Channel 58 PHASE SELECT 3PDigital Channel 59 86B -154 KV Off(W2c)Analog Channel 1 SRC1 I_0 MagAnalog Channel 2 SRC1 Ib MagAnalog Channel 3 SRC1 Ic MagAnalog Channel 4 SRC1 Ia AngleAnalog Channel 5 SRC1 Ib AngleAnalog Channel 6 SRC1 Ic AngleAnalog Channel 7 SRC1 Vag MagAnalog Channel 8 SRC1 Vbg MagAnalog Channel 9 SRC1 Vcg MagAnalog Channel 10 SRC1 Vag AngleAnalog Channel 11 SRC1 Vbg AngleAnalog Channel 12 SRC1 Vcg AngleAnalog Channel 13 SRC1 V_1 MagAnalog Channel 14 SRC1 V_1 AngleAnalog Channel 15 SRC1 FrequencyAnalog Channel 16 Tracking Frequency

DATA LOGGERData Logger Mode ContinuousData Logger Trigger OFFRate 60000 msec

USER-PROGRAMMABLE LEDSLED TESTFunction EnabledControl CONTROL PUSHBUTTON 3 ON

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TRIP AND ALARMS LEDSTrip LED Input TRIP GRAL On (VO2)

USER PROGRAMMABLE LEDSLED 1: OPERAND RECEPCION On (VO41)LED 1: TYPE LatchedLED 2: OPERAND LED Z1 On (VO13)LED 2: TYPE LatchedLED 3: OPERAND LED Z2 On (VO14)LED 3: TYPE LatchedLED 4: OPERAND LED Z3 On (VO15)LED 4: TYPE LatchedLED 5: OPERAND LED Z4 On (VO16)LED 5: TYPE LatchedLED 6: OPERAND LED Z5 On (VO35)LED 6: TYPE LatchedLED 7: OPERAND 79 on On (VO17)LED 7: TYPE Self-ResetLED 8: OPERAND 79 off On (VO18)LED 8: TYPE Self-ResetLED 9: OPERAND LINE PICKUP OPLED 9: TYPE LatchedLED 10: OPERAND 52A1 (a) Off(H7a)LED 10: TYPE Self-ResetLED 11: OPERAND 52A1 (a) On(H7a)LED 11: TYPE Self-ResetLED 12: OPERAND FALLA RELE On(U7a)LED 12: TYPE Self-ResetLED 13: OPERAND 67N On (VO32)LED 13: TYPE LatchedLED 14: OPERAND 51-51N On (VO33)LED 14: TYPE LatchedLED 15: OPERAND 50-50N On (VO34)LED 15: TYPE LatchedLED 16: OPERAND AR 3-P/1 RIPLED 16: TYPE Self-ResetLED 17: OPERAND AR LOLED 17: TYPE Self-ResetLED 18: OPERAND POWER SWING UN/BLOCKLED 18: TYPE LatchedLED 25: OPERAND SELECTOR 1 POS 1LED 25: TYPE Self-ResetLED 26: OPERAND SELECTOR 1 POS 2LED 26: TYPE Self-ResetLED 27: OPERAND SETTING GROUP ACT 1LED 27: TYPE Self-ResetLED 28: OPERAND SETTING GROUP ACT 2LED 28: TYPE Self-ResetLED 29: OPERAND SETTING GROUP ACT 3LED 29: TYPE Self-Reset

USER-PROGRAMMABLE SELF TESTSBattery Fail Function Enabled

CONTROL PUSHBUTTONSCPB 1: Function EnabledCPB 1: Events EnabledCPB 2: Function EnabledCPB 2: Events EnabledCPB 3: Function EnabledCPB 3: Events Disabled

USER-DEFINABLE DISPLAYSUSER DISPLAY 1: Top Line L 154 KV TINGUIRI 1USER DISPLAY 1: Bottom Line SISTEMA 1USER DISPLAY 1: Item 1 0USER DISPLAY 1: Item 2 0USER DISPLAY 1: Item 3 0USER DISPLAY 1: Item 4 0USER DISPLAY 1: Item 5 0

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USER-DEFINABLE DISPLAYS (continued from last page)USER DISPLAY 2: Top Line LOCALIZACION FALLAUSER DISPLAY 2: Bottom Line ~ kmUSER DISPLAY 2: Item 1 9061USER DISPLAY 2: Item 2 0USER DISPLAY 2: Item 3 0USER DISPLAY 2: Item 4 0USER DISPLAY 2: Item 5 0USER DISPLAY 3: Top Line IA IB ICUSER DISPLAY 3: Bottom Line ~ ~ ~USER DISPLAY 3: Item 1 6144USER DISPLAY 3: Item 2 6146USER DISPLAY 3: Item 3 6148USER DISPLAY 3: Item 4 0USER DISPLAY 3: Item 5 0USER DISPLAY 4: Top Line FAULT REPORTSUSER DISPLAY 4: Bottom LineUSER DISPLAY 4: Item 1 0USER DISPLAY 4: Item 2 0USER DISPLAY 4: Item 3 0USER DISPLAY 4: Item 4 0USER DISPLAY 4: Item 5 0USER DISPLAY 5: Top Line ACTUAL VALUESUSER DISPLAY 5: Bottom Line PRODUCT INFOUSER DISPLAY 5: Item 1 0USER DISPLAY 5: Item 2 0USER DISPLAY 5: Item 3 0USER DISPLAY 5: Item 4 0USER DISPLAY 5: Item 5 0USER DISPLAY 6: Top Line OPERATING TIME:USER DISPLAY 6: Bottom Line ~USER DISPLAY 6: Item 1 61952USER DISPLAY 6: Item 2 0USER DISPLAY 6: Item 3 0USER DISPLAY 6: Item 4 0USER DISPLAY 6: Item 5 0Invoke and Scroll ON

INSTALLATIONRelay Name AJAA1-TINGUIRIRICA 1

SYSTEM SETUPAC INPUTS

CURRENTCT F1: Phase CT Primary 600 ACT F1: Phase CT Secondary 5 ACT F1: Ground CT Primary 600 ACT F1: Ground CT Secondary 5 A

VOLTAGEVT F5: Phase VT Connection WyeVT F5: Phase VT Secondary 63.5 VVT F5: Phase VT Ratio 1400.00 :1VT F5: Auxiliary VT Connection VbgVT F5: Auxiliary VT Secondary 63.5 VVT F5: Auxiliary VT Ratio 1400.00 :1

POWER SYSTEMNominal Frequency 50 HzPhase Rotation ABCFrequency And Phase Reference LINEA (SRC 1)Frequency Tracking Function Enabled

SIGNAL SOURCESSOURCE 1: Name LINEASOURCE 1: Phase CT F1SOURCE 1: Ground CT F1SOURCE 1: Phase VT F5SOURCE 1: Auxiliary VT NoneSOURCE 2: Name BARRA

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SIGNAL SOURCES (continued from last page)SOURCE 2: Phase CT NoneSOURCE 2: Ground CT NoneSOURCE 2: Phase VT NoneSOURCE 2: Auxiliary VT F5

BREAKERSBreaker 1 Function EnabledBreaker 1 Push Button Control DisabledBreaker 1 Name 52A1Breaker 1 Mode 3-PoleBreaker 1 Open OFFBreaker 1 Close OFFBreaker 1 Phase A/3-Pole 52A1 (a) On(H7a)Breaker 1 Phase B OFFBreaker 1 Phase C OFFBreaker 1 External Alarm OFFBreaker 1 Alarm Delay 0.000 sBreaker 1 Manual Close Recal Time 0.000 sBreaker 1 Out Of Service OFF

FLEXLOGICFLEXLOGIC EQUATION EDITORFlexLogic Entry 1 POWER SWING BLOCKFlexLogic Entry 2 NEG SEQ DIR OC1 FWDFlexLogic Entry 3 NOTFlexLogic Entry 4 AND(2)FlexLogic Entry 5 = POWER SWING (VO8)FlexLogic Entry 6 POWER SWING UN/BLOCKFlexLogic Entry 7 SRC1 VT FUSE FAIL OPFlexLogic Entry 8 OR(2)FlexLogic Entry 9 = BLQ Zonas PH (VO1)FlexLogic Entry 10 PH DIST Z1 OPFlexLogic Entry 11 PH DIST Z2 OPFlexLogic Entry 12 PH DIST Z3 OPFlexLogic Entry 13 PH DIST Z4 OPFlexLogic Entry 14 GND DIST Z1 OPFlexLogic Entry 15 GND DIST Z2 OPFlexLogic Entry 16 GND DIST Z3 OPFlexLogic Entry 17 GND DIST Z4 OPFlexLogic Entry 18 PHASE TOC1 OPFlexLogic Entry 19 NEUTRAL TOC1 OPFlexLogic Entry 20 PHASE TOC2 OPFlexLogic Entry 21 NEUTRAL TOC2 OPFlexLogic Entry 22 PHASE IOC1 OPFlexLogic Entry 23 NEUTRAL IOC1 OPFlexLogic Entry 24 HYBRID POTT OPFlexLogic Entry 25 LINE PICKUP OPFlexLogic Entry 26 OR(16)FlexLogic Entry 27 PH DIST Z5 OPFlexLogic Entry 28 GND DIST Z5 OPFlexLogic Entry 29 POTT OP 2T On (VO50)FlexLogic Entry 30 OR(3)FlexLogic Entry 31 OR(2)FlexLogic Entry 32 = TRIP GRAL (VO2)FlexLogic Entry 33 BLQ Zonas PH On (VO1)FlexLogic Entry 34 TRIP GRAL On (VO2)FlexLogic Entry 35 86B -154 KV On(W2c)FlexLogic Entry 36 POWER SWING BLOCKFlexLogic Entry 37 OR(4)FlexLogic Entry 38 = OSCILOGRAFIA (VO3)FlexLogic Entry 39 PH DIST Z1 PKPFlexLogic Entry 40 GND DIST Z1 PKPFlexLogic Entry 41 PH DIST Z2 PKPFlexLogic Entry 42 GND DIST Z2 PKPFlexLogic Entry 43 OR(4)FlexLogic Entry 44 = pkp Z1o z2 (VO4)FlexLogic Entry 45 AR CLOSE BKR 1FlexLogic Entry 46 SYNC 1 CLS OPFlexLogic Entry 47 AND(2)

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 48 = ORD. CIERRE (VO6)FlexLogic Entry 49 AR LOFlexLogic Entry 50 TIMER 1FlexLogic Entry 51 = RESET 79 (VO10)FlexLogic Entry 52 BKR FAIL 1 T1 OPFlexLogic Entry 53 HYBRID POTT TX2FlexLogic Entry 54 TIMER 2FlexLogic Entry 55 OR(2)FlexLogic Entry 56 = Tx OPLAT (VO11)FlexLogic Entry 57 BKR FAIL 1 T1 OPFlexLogic Entry 58 HYBRID POTT TX1FlexLogic Entry 59 TIMER 3FlexLogic Entry 60 OR(2)FlexLogic Entry 61 = TX MMOO (VO12)FlexLogic Entry 62 GND DIST Z1 OPFlexLogic Entry 63 PH DIST Z1 OPFlexLogic Entry 64 OR(2)FlexLogic Entry 65 = LED Z1 (VO13)FlexLogic Entry 66 GND DIST Z2 OPFlexLogic Entry 67 PH DIST Z2 OPFlexLogic Entry 68 GND DIST Z2 PKPFlexLogic Entry 69 PH DIST Z2 PKPFlexLogic Entry 70 OR(4)FlexLogic Entry 71 = LED Z2 (VO14)FlexLogic Entry 72 PH DIST Z3 OPFlexLogic Entry 73 GND DIST Z3 OPFlexLogic Entry 74 OR(2)FlexLogic Entry 75 = LED Z3 (VO15)FlexLogic Entry 76 PH DIST Z4 OPFlexLogic Entry 77 GND DIST Z4 OPFlexLogic Entry 78 OR(2)FlexLogic Entry 79 = LED Z4 (VO16)FlexLogic Entry 80 79 conectado On(H7c)FlexLogic Entry 81 SELECTOR 1 POS 1FlexLogic Entry 82 AND(2)FlexLogic Entry 83 = 79 on (VO17)FlexLogic Entry 84 79 on On (VO17)FlexLogic Entry 85 NOTFlexLogic Entry 86 = 79 off (VO18)FlexLogic Entry 87 PH DIST Z1 PKPFlexLogic Entry 88 PH DIST Z2 PKPFlexLogic Entry 89 PH DIST Z3 PKPFlexLogic Entry 90 PH DIST Z4 PKPFlexLogic Entry 91 GND DIST Z1 PKPFlexLogic Entry 92 GND DIST Z2 PKPFlexLogic Entry 93 GND DIST Z3 PKPFlexLogic Entry 94 GND DIST Z4 PKPFlexLogic Entry 95 PHASE TOC1 PKPFlexLogic Entry 96 NEUTRAL TOC1 PKPFlexLogic Entry 97 LINE PICKUP PKPFlexLogic Entry 98 OR(11)FlexLogic Entry 99 = reset led (VO19)FlexLogic Entry 100 ANY MAJOR ERRORFlexLogic Entry 101 DSP ERRORFlexLogic Entry 102 EEPROM DATA ERRORFlexLogic Entry 103 BATTERY FAILFlexLogic Entry 104 NOR(4)FlexLogic Entry 105 = FALLA RELE (VO21)FlexLogic Entry 106 RX RANCAGUA On(H8c)FlexLogic Entry 107 = RECEP ACELER (VO22)FlexLogic Entry 108 PH DIST Z1 OPFlexLogic Entry 109 GND DIST Z1 OPFlexLogic Entry 110 OR(2)FlexLogic Entry 111 = OPERA ZONA 1 (VO23)FlexLogic Entry 112 PH DIST Z2 OPFlexLogic Entry 113 GND DIST Z2 OPFlexLogic Entry 114 OR(2)FlexLogic Entry 115 = OPERA ZONA 2 (VO24)FlexLogic Entry 116 PH DIST Z3 OP

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 117 GND DIST Z3 OPFlexLogic Entry 118 OR(2)FlexLogic Entry 119 = OPERA Z3 (VO25)FlexLogic Entry 120 PHASE TOC1 OPFlexLogic Entry 121 NEUTRAL TOC1 OPFlexLogic Entry 122 OR(2)FlexLogic Entry 123 = 67-67N (VO27)FlexLogic Entry 124 PHASE TOC2 OPFlexLogic Entry 125 NEUTRAL TOC2 OPFlexLogic Entry 126 OR(2)FlexLogic Entry 127 = 51-51N (VO28)FlexLogic Entry 128 PHASE IOC1 OP CFlexLogic Entry 129 NEUTRAL IOC1 OPFlexLogic Entry 130 OR(2)FlexLogic Entry 131 = 50-50N (VO29)FlexLogic Entry 132 PH DIST Z2 OPFlexLogic Entry 133 GND DIST Z2 OPFlexLogic Entry 134 OR(2)FlexLogic Entry 135 RX RANCAGUA On(H8c)FlexLogic Entry 136 AND(2)FlexLogic Entry 137 PH DIST Z1 OPFlexLogic Entry 138 GND DIST Z1 OPFlexLogic Entry 139 OR(2)FlexLogic Entry 140 OR(2)FlexLogic Entry 141 = Partida 79 (VO30)FlexLogic Entry 142 FALLA RELE On (VO21)FlexLogic Entry 143 SELECTOR 1 POS 1FlexLogic Entry 144 OR(2)FlexLogic Entry 145 = Control 79S2 (VO31)FlexLogic Entry 146 NEG SEQ DIR OC1 REVFlexLogic Entry 147 SRC1 VT FUSE FAIL OPFlexLogic Entry 148 NOTFlexLogic Entry 149 AND(2)FlexLogic Entry 150 = BL-NTCO (VO7)FlexLogic Entry 151 NEUTRAL IOC1 OPFlexLogic Entry 152 NEUTRAL TOC1 OPFlexLogic Entry 153 OR(2)FlexLogic Entry 154 NTRL DIR OC1 FWDFlexLogic Entry 155 AND(2)FlexLogic Entry 156 = 67N (VO32)FlexLogic Entry 157 NEUTRAL TOC1 OPFlexLogic Entry 158 SRC1 VT FUSE FAIL OPFlexLogic Entry 159 AND(2)FlexLogic Entry 160 PHASE TOC1 OPFlexLogic Entry 161 OR(2)FlexLogic Entry 162 = 51-51N (VO33)FlexLogic Entry 163 NEUTRAL IOC1 OPFlexLogic Entry 164 SRC1 VT FUSE FAIL OPFlexLogic Entry 165 AND(2)FlexLogic Entry 166 PHASE IOC1 OPFlexLogic Entry 167 OR(2)FlexLogic Entry 168 = 50-50N (VO34)FlexLogic Entry 169 CHANGE GRP On(W2a)FlexLogic Entry 170 NOTFlexLogic Entry 171 86B -154 KV On(W2c)FlexLogic Entry 172 AND(2)FlexLogic Entry 173 = PC_OPEN_OK (VO38)FlexLogic Entry 174 86B -154 KV On(W2c)FlexLogic Entry 175 NOTFlexLogic Entry 176 CHANGE GRP On(W2a)FlexLogic Entry 177 AND(2)FlexLogic Entry 178 = PC_CLOSE_OK (VO42)FlexLogic Entry 179 CHANGE GRP On(W2a)FlexLogic Entry 180 86B -154 KV On(W2c)FlexLogic Entry 181 AND(2)FlexLogic Entry 182 CHANGE GRP On(W2a)FlexLogic Entry 183 NOTFlexLogic Entry 184 86B -154 KV On(W2c)FlexLogic Entry 185 NOT

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 186 AND(2)FlexLogic Entry 187 OR(2)FlexLogic Entry 188 = PCORTES_DBI (VO39)FlexLogic Entry 189 PCORTES_DBI On (VO39)FlexLogic Entry 190 SELECTOR 2 POS 2FlexLogic Entry 191 SETTING GROUP ACT 1FlexLogic Entry 192 AND(2)FlexLogic Entry 193 AND(2)FlexLogic Entry 194 PCORTES_DBI On (VO39)FlexLogic Entry 195 NOTFlexLogic Entry 196 PC_OPEN_OK On (VO38)FlexLogic Entry 197 AND(2)FlexLogic Entry 198 OR(2)FlexLogic Entry 199 = SET_GROUP2 (VO40)FlexLogic Entry 200 PCORTES_DBI On (VO39)FlexLogic Entry 201 SELECTOR 2 POS 1FlexLogic Entry 202 SETTING GROUP ACT 2FlexLogic Entry 203 AND(2)FlexLogic Entry 204 AND(2)FlexLogic Entry 205 PCORTES_DBI On (VO39)FlexLogic Entry 206 NOTFlexLogic Entry 207 PC_CLOSE_OK On (VO42)FlexLogic Entry 208 AND(2)FlexLogic Entry 209 OR(2)FlexLogic Entry 210 = RESET_GROUP1 (VO43)FlexLogic Entry 211 PH DIST Z5 OPFlexLogic Entry 212 PH DIST Z5 OPFlexLogic Entry 213 OR(2)FlexLogic Entry 214 = LED Z5 (VO35)FlexLogic Entry 215 PH DIST Z4 OPFlexLogic Entry 216 GND DIST Z4 OPFlexLogic Entry 217 OR(2)FlexLogic Entry 218 = OPERA ZONA 4 (VO9)FlexLogic Entry 219 PH DIST Z5 OPFlexLogic Entry 220 GND DIST Z5 OPFlexLogic Entry 221 OR(2)FlexLogic Entry 222 = OPERA Z5 (VO26)FlexLogic Entry 223 RX ITAHUE On(W1a)FlexLogic Entry 224 RX RANCAGUA On(H8c)FlexLogic Entry 225 SETTING GROUP ACT 1FlexLogic Entry 226 AND(3)FlexLogic Entry 227 = RECEPCION 3T (VO36)FlexLogic Entry 228 RX RANCAGUA On(H8c)FlexLogic Entry 229 SETTING GROUP ACT 2FlexLogic Entry 230 AND(2)FlexLogic Entry 231 = RECEPCION 2T (VO37)FlexLogic Entry 232 RECEPCION 3T On (VO36)FlexLogic Entry 233 RECEPCION 2T On (VO37)FlexLogic Entry 234 OR(2)FlexLogic Entry 235 = RECEPCION (VO41)FlexLogic Entry 236 HYBRID POTT TX1FlexLogic Entry 237 SETTING GROUP ACT 1FlexLogic Entry 238 AND(2)FlexLogic Entry 239 POTT TX1FlexLogic Entry 240 SETTING GROUP ACT 2FlexLogic Entry 241 AND(2)FlexLogic Entry 242 OR(2)FlexLogic Entry 243 = Tx RANCAGUA (VO44)FlexLogic Entry 244 HYBRID POTT TX1FlexLogic Entry 245 SETTING GROUP ACT 1FlexLogic Entry 246 AND(2)FlexLogic Entry 247 = Tx ITAHUE (VO45)FlexLogic Entry 248 BLQ Zonas PH On (VO1)FlexLogic Entry 249 LOAD ENCHR OPFlexLogic Entry 250 OR(2)FlexLogic Entry 251 = BLOQ LOAD E (VO46)FlexLogic Entry 252 CHANGE GRP Off(W2a)FlexLogic Entry 253 TIMER 4FlexLogic Entry 254 = CAMBIO G1-G2 (VO47)

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 255 52A1 (a) Off(H7a)FlexLogic Entry 256 RECEPCION 2T On (VO37)FlexLogic Entry 257 AND(2)FlexLogic Entry 258 = ECHO COND 2T (VO48)FlexLogic Entry 259 52A1 (a) Off(H7a)FlexLogic Entry 260 RECEPCION 3T On (VO36)FlexLogic Entry 261 AND(2)FlexLogic Entry 262 = ECHO COND 3T (VO49)FlexLogic Entry 263 POTT OPFlexLogic Entry 264 SETTING GROUP ACT 2FlexLogic Entry 265 AND(2)FlexLogic Entry 266 = POTT OP 2T (VO50)FlexLogic Entry 267 END

FLEXLOGIC TIMERSTimer 1: Type millisecondTimer 1: Pickup Delay 0Timer 1: Dropout Delay 0Timer 2: Type millisecondTimer 2: Pickup Delay 0Timer 2: Dropout Delay 0Timer 3: Type millisecondTimer 3: Pickup Delay 0Timer 3: Dropout Delay 0Timer 4: Type secondTimer 4: Pickup Delay 2Timer 4: Dropout Delay 2

GROUPED ELEMENTSGROUP 1

LINE PICKUP [GROUP 1] Function EnabledSignal Source LINEA (SRC 1)Phase IOC Line Pickup 1.882 puUV Pickup 0.800 puLine End Open Pickup Delay 0.200 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass EnabledAutoreclose Coordination Pickup Delay 0.045 sAutoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 1] Source LINEA (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 1] PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 1.86 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 0.02 ohmsPHASE DISTANCE Z1: Rev Reach RCA 79 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 49 degPHASE DISTANCE Z1: DIR Comp Limit 71 degPHASE DISTANCE Z1: Quad Right Blinder 1.86 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 79 deg

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z1: Quad Left Blinder 1.86 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 79 degPHASE DISTANCE Z1: Supervision 0.100 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function EnabledPHASE DISTANCE Z2: Direction ForwardPHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 8.50 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 0.02 ohmsPHASE DISTANCE Z2: Rev Reach RCA 79 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 49 degPHASE DISTANCE Z2: DIR Comp Limit 71 degPHASE DISTANCE Z2: Quad Right Blinder 8.00 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 79 degPHASE DISTANCE Z2: Quad Left Blinder 8.00 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 79 degPHASE DISTANCE Z2: Supervision 0.100 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 65.535 sPHASE DISTANCE Z2: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 4.26 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 0.02 ohmsPHASE DISTANCE Z3: Rev Reach RCA 79 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 49 degPHASE DISTANCE Z3: DIR Comp Limit 71 degPHASE DISTANCE Z3: Quad Right Blinder 4.26 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 79 degPHASE DISTANCE Z3: Quad Left Blinder 4.26 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 79 degPHASE DISTANCE Z3: Supervision 0.100 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 0.600 sPHASE DISTANCE Z3: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape QuadPHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 6.00 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 0.02 ohmsPHASE DISTANCE Z4: Rev Reach RCA 79 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 49 degPHASE DISTANCE Z4: DIR Comp Limit 71 degPHASE DISTANCE Z4: Quad Right Blinder 6.00 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 79 degPHASE DISTANCE Z4: Quad Left Blinder 6.00 ohmsPHASE DISTANCE Z4: Quad Left Blinder RCA 79 degPHASE DISTANCE Z4: Supervision 0.100 pu

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.500 sPHASE DISTANCE Z4: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events EnabledPHASE DISTANCE Z5: Function EnabledPHASE DISTANCE Z5: Direction ForwardPHASE DISTANCE Z5: Shape QuadPHASE DISTANCE Z5: Xfmr Vol Connection NonePHASE DISTANCE Z5: Xfmr Curr Connection NonePHASE DISTANCE Z5: Reach 6.50 ohmsPHASE DISTANCE Z5: RCA 90 degPHASE DISTANCE Z5: Rev Reach 0.02 ohmsPHASE DISTANCE Z5: Rev Reach RCA 79 degPHASE DISTANCE Z5: Comp Limit 90 degPHASE DISTANCE Z5: DIR RCA 49 degPHASE DISTANCE Z5: DIR Comp Limit 71 degPHASE DISTANCE Z5: Quad Right Blinder 6.50 ohmsPHASE DISTANCE Z5: Quad Right Blinder RCA 79 degPHASE DISTANCE Z5: Quad Left Blinder 6.50 ohmsPHASE DISTANCE Z5: Quad Left Blinder RCA 79 degPHASE DISTANCE Z5: Supervision 0.100 puPHASE DISTANCE Z5: Volt Level 0.000 puPHASE DISTANCE Z5: Delay 1.500 sPHASE DISTANCE Z5: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z5: Target Self-resetPHASE DISTANCE Z5: Events Enabled

GROUND DISTANCE [GROUP 1] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction ForwardGROUND DISTANCE Z1: Shape QuadGROUND DISTANCE Z1: Z0/Z1 Mag 3.43GROUND DISTANCE Z1: Z0/Z1 Ang 2 degGROUND DISTANCE Z1: Z0M/Z1 Mag 0.00GROUND DISTANCE Z1: Z0M/Z1 Ang 0 degGROUND DISTANCE Z1: Reach 1.86 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 0.02 ohmsGROUND DISTANCE Z1: Rev Reach RCA 79 degGROUND DISTANCE Z1: POL Current Zero-seqGROUND DISTANCE Z1: Non-Homogen Ang 0.0 degGROUND DISTANCE Z1: Comp Limit 90 degGROUND DISTANCE Z1: DIR RCA 49 degGROUND DISTANCE Z1: DIR Comp Limit 71 degGROUND DISTANCE Z1: Quad Right Blinder 1.86 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 79 degGROUND DISTANCE Z1: Quad Left Blinder 1.86 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 79 degGROUND DISTANCE Z1: Supervision 0.100 puGROUND DISTANCE Z1: Volt Level 0.000 puGROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z1: Target Self-resetGROUND DISTANCE Z1: Events EnabledGROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.43GROUND DISTANCE Z2: Z0/Z1 Ang 2 degGROUND DISTANCE Z2: Z0M/Z1 Mag 0.00GROUND DISTANCE Z2: Z0M/Z1 Ang 0 degGROUND DISTANCE Z2: Reach 8.50 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 0.02 ohmsGROUND DISTANCE Z2: Rev Reach RCA 79 degGROUND DISTANCE Z2: POL Current Zero-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 deg

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z2: DIR RCA 49 degGROUND DISTANCE Z2: DIR Comp Limit 71 degGROUND DISTANCE Z2: Quad Right Blinder 8.00 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 79 degGROUND DISTANCE Z2: Quad Left Blinder 8.00 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 79 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 65.535 sGROUND DISTANCE Z2: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.43GROUND DISTANCE Z3: Z0/Z1 Ang 2 degGROUND DISTANCE Z3: Z0M/Z1 Mag 0.00GROUND DISTANCE Z3: Z0M/Z1 Ang 0 degGROUND DISTANCE Z3: Reach 4.26 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 0.02 ohmsGROUND DISTANCE Z3: Rev Reach RCA 79 degGROUND DISTANCE Z3: POL Current Zero-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 degGROUND DISTANCE Z3: DIR RCA 49 degGROUND DISTANCE Z3: DIR Comp Limit 71 degGROUND DISTANCE Z3: Quad Right Blinder 4.26 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 79 degGROUND DISTANCE Z3: Quad Left Blinder 4.26 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 79 degGROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 0.600 sGROUND DISTANCE Z3: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.43GROUND DISTANCE Z4: Z0/Z1 Ang 2 degGROUND DISTANCE Z4: Z0M/Z1 Mag 0.00GROUND DISTANCE Z4: Z0M/Z1 Ang 0 degGROUND DISTANCE Z4: Reach 6.00 ohmsGROUND DISTANCE Z4: RCA 90 degGROUND DISTANCE Z4: Rev Reach 0.02 ohmsGROUND DISTANCE Z4: Rev Reach RCA 79 degGROUND DISTANCE Z4: POL Current Zero-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 degGROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 49 degGROUND DISTANCE Z4: DIR Comp Limit 71 degGROUND DISTANCE Z4: Quad Right Blinder 6.00 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 79 degGROUND DISTANCE Z4: Quad Left Blinder 6.00 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 79 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.500 sGROUND DISTANCE Z4: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events EnabledGROUND DISTANCE Z5: Function EnabledGROUND DISTANCE Z5: Direction ForwardGROUND DISTANCE Z5: Shape QuadGROUND DISTANCE Z5: Z0/Z1 Mag 3.43GROUND DISTANCE Z5: Z0/Z1 Ang 2 deg

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z5: Z0M/Z1 Mag 0.00GROUND DISTANCE Z5: Z0M/Z1 Ang 0 degGROUND DISTANCE Z5: Reach 6.50 ohmsGROUND DISTANCE Z5: RCA 90 degGROUND DISTANCE Z5: Rev Reach 0.02 ohmsGROUND DISTANCE Z5: Rev Reach RCA 79 degGROUND DISTANCE Z5: POL Current Zero-seqGROUND DISTANCE Z5: Non-Homogen Ang 0.0 degGROUND DISTANCE Z5: Comp Limit 90 degGROUND DISTANCE Z5: DIR RCA 49 degGROUND DISTANCE Z5: DIR Comp Limit 71 degGROUND DISTANCE Z5: Quad Right Blinder 13.00 ohmsGROUND DISTANCE Z5: Quad Right Blinder RCA 79 degGROUND DISTANCE Z5: Quad Left Blinder 13.00 ohmsGROUND DISTANCE Z5: Quad Left Blinder RCA 79 degGROUND DISTANCE Z5: Supervision 0.100 puGROUND DISTANCE Z5: Volt Level 0.000 puGROUND DISTANCE Z5: Delay 1.500 sGROUND DISTANCE Z5: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z5: Target Self-resetGROUND DISTANCE Z5: Events Enabled

POWER SWING DETECT [GROUP 1] Function EnabledSource LINEA (SRC 1)Shape Quad ShapeMode Two StepSupv 0.200 puFwd Reach 17.50 ohmsQuad Fwd Mid 18.20 ohmsQuad Fwd Out 18.20 ohmsFwd Rca 79 degRev Reach 8.00 ohmsQuad Rev Mid 8.70 ohmsQuad Rev Out 8.70 ohmsRev Rca 79 degOuter Limit Angle 120 degMiddle Limit Angle 72 degInner Limit Angle 72 degOuter Rgt Bld 15.20 ohmsOuter Lft Bld 12.20 ohmsMidle Rgt Bld 100.00 ohmsMidle Lft Bld 100.00 ohmsInner Rgt Bld 14.50 ohmsInner Lft Bld 11.50 ohmsDelay 1 Pickup 0.002 sDelay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.400 sTrip Mode EarlyBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Disabled

LOAD ENCROACHMENT [GROUP 1] Function EnabledSource LINEA (SRC 1)Min Volt 0.800 puReach 9.14 ohmsAngle 35 degPickup Delay 0.000 sReset Delay 0.000 sBlock OFFTarget Self-resetEvents Enabled

PHASE CURRENT

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE TOC [GROUP 1] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source LINEA (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 1.200 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.10PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A PH DIR1 BLKPHASE TOC1: Block B PH DIR1 BLKPHASE TOC1: Block C PH DIR1 BLKPHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

PHASE DIRECTIONAL [GROUP 1] PHASE DIR1: Function EnabledPHASE DIR1: Source LINEA (SRC 1)PHASE DIR1: Block OFFPHASE DIR1: ECA 45 degPHASE DIR1: Pol V Threshold 0.700 puPHASE DIR1: Block when V Mem Exp NoPHASE DIR1: Target Self-resetPHASE DIR1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 1] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source LINEA (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.082 puNEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.30NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block BL-NTCO On (VO7)NEUTRAL TOC1: Target Self-resetNEUTRAL TOC1: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 1] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source LINEA (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 78 ° LagNEGATIVE SEQ DIR OC1: Forward Limit Angle 80 degNEGATIVE SEQ DIR OC1: Forward Pickup 0.08 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 80 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.08 puNEGATIVE SEQ DIR OC1: Block SRC1 VT FUSE FAIL OPNEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 1] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source LINEA (SRC 1)BF1: Current Supervision YesBF1: Use Seal-In YesBF1: Three Pole Initiate TRIP 3-POLEBF1: Block OFFBF1: Phase Current Supv Pickup 1.200 puBF1: Neutral Current Supv Pickup 0.082 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.200 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 s

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BREAKER FAILURE [GROUP 1] (continued from last page)BF1: Breaker Pos1 Phase A/3P 52A1 (a) On(H7a)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On ONBF1: Phase Current HiSet Pickup 1.200 puBF1: Neutral Current HiSet Pickup 0.082 puBF1: Phase Current LoSet Pickup 1.200 puBF1: Neutral Current LoSet Pickup 0.082 puBF1: LoSet Time Delay 0.000 sBF1: Trip Dropout Delay 0.000 sBF1: Target Self-resetBF1: Events EnabledBF1: Phase A Initiate OFFBF1: Phase B Initiate OFFBF1: Phase C Initiate OFFBF1: Breaker Pos1 Phase B OFFBF1: Breaker Pos1 Phase C OFFBF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

GROUP 2LINE PICKUP [GROUP 2] Function EnabledSignal Source LINEA (SRC 1)Phase IOC Line Pickup 2.500 puUV Pickup 0.800 puLine End Open Pickup Delay 0.200 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass DisabledAutoreclose Coordination Pickup Delay 0.045 sAutoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 2] Source LINEA (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 2] PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 1.72 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 0.02 ohmsPHASE DISTANCE Z1: Rev Reach RCA 79 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 45 degPHASE DISTANCE Z1: DIR Comp Limit 79 degPHASE DISTANCE Z1: Quad Right Blinder 1.72 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 79 degPHASE DISTANCE Z1: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 79 degPHASE DISTANCE Z1: Supervision 0.200 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function EnabledPHASE DISTANCE Z2: Direction Forward

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE DISTANCE [GROUP 2] (continued from last page)PHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 3.60 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 0.02 ohmsPHASE DISTANCE Z2: Rev Reach RCA 79 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 45 degPHASE DISTANCE Z2: DIR Comp Limit 79 degPHASE DISTANCE Z2: Quad Right Blinder 3.60 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 79 degPHASE DISTANCE Z2: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 79 degPHASE DISTANCE Z2: Supervision 0.200 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 0.400 sPHASE DISTANCE Z2: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 4.70 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 4.70 ohmsPHASE DISTANCE Z3: Rev Reach RCA 79 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 45 degPHASE DISTANCE Z3: DIR Comp Limit 79 degPHASE DISTANCE Z3: Quad Right Blinder 4.70 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 79 degPHASE DISTANCE Z3: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 79 degPHASE DISTANCE Z3: Supervision 0.200 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 2.000 sPHASE DISTANCE Z3: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape QuadPHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 0.80 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 0.80 ohmsPHASE DISTANCE Z4: Rev Reach RCA 79 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 45 degPHASE DISTANCE Z4: DIR Comp Limit 79 degPHASE DISTANCE Z4: Quad Right Blinder 0.80 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 79 degPHASE DISTANCE Z4: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z4: Quad Left Blinder RCA 79 degPHASE DISTANCE Z4: Supervision 0.200 puPHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.000 sPHASE DISTANCE Z4: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events Enabled

GROUND DISTANCE [GROUP 2] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction ForwardGROUND DISTANCE Z1: Shape Quad

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 2] (continued from last page)GROUND DISTANCE Z1: Z0/Z1 Mag 3.36GROUND DISTANCE Z1: Z0/Z1 Ang 1 degGROUND DISTANCE Z1: Z0M/Z1 Mag 0.00GROUND DISTANCE Z1: Z0M/Z1 Ang 0 degGROUND DISTANCE Z1: Reach 1.72 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 1.72 ohmsGROUND DISTANCE Z1: Rev Reach RCA 79 degGROUND DISTANCE Z1: POL Current Zero-seqGROUND DISTANCE Z1: Non-Homogen Ang 0.0 degGROUND DISTANCE Z1: Comp Limit 90 degGROUND DISTANCE Z1: DIR RCA 45 degGROUND DISTANCE Z1: DIR Comp Limit 79 degGROUND DISTANCE Z1: Quad Right Blinder 3.44 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 79 degGROUND DISTANCE Z1: Quad Left Blinder 3.44 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 79 degGROUND DISTANCE Z1: Supervision 0.200 puGROUND DISTANCE Z1: Volt Level 0.000 puGROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z1: Target Self-resetGROUND DISTANCE Z1: Events EnabledGROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.36GROUND DISTANCE Z2: Z0/Z1 Ang 1 degGROUND DISTANCE Z2: Z0M/Z1 Mag 0.00GROUND DISTANCE Z2: Z0M/Z1 Ang 0 degGROUND DISTANCE Z2: Reach 3.60 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 3.60 ohmsGROUND DISTANCE Z2: Rev Reach RCA 79 degGROUND DISTANCE Z2: POL Current Zero-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 degGROUND DISTANCE Z2: DIR RCA 45 degGROUND DISTANCE Z2: DIR Comp Limit 79 degGROUND DISTANCE Z2: Quad Right Blinder 7.20 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 79 degGROUND DISTANCE Z2: Quad Left Blinder 7.20 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 79 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 0.400 sGROUND DISTANCE Z2: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.36GROUND DISTANCE Z3: Z0/Z1 Ang 1 degGROUND DISTANCE Z3: Z0M/Z1 Mag 0.00GROUND DISTANCE Z3: Z0M/Z1 Ang 0 degGROUND DISTANCE Z3: Reach 4.70 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 4.70 ohmsGROUND DISTANCE Z3: Rev Reach RCA 79 degGROUND DISTANCE Z3: POL Current Zero-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 degGROUND DISTANCE Z3: DIR RCA 45 degGROUND DISTANCE Z3: DIR Comp Limit 79 degGROUND DISTANCE Z3: Quad Right Blinder 9.40 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 79 degGROUND DISTANCE Z3: Quad Left Blinder 9.40 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 79 deg

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 2] (continued from last page)GROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 2.000 sGROUND DISTANCE Z3: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.36GROUND DISTANCE Z4: Z0/Z1 Ang 1 degGROUND DISTANCE Z4: Z0M/Z1 Mag 0.00GROUND DISTANCE Z4: Z0M/Z1 Ang 0 degGROUND DISTANCE Z4: Reach 0.80 ohmsGROUND DISTANCE Z4: RCA 90 degGROUND DISTANCE Z4: Rev Reach 0.80 ohmsGROUND DISTANCE Z4: Rev Reach RCA 79 degGROUND DISTANCE Z4: POL Current Zero-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 degGROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 45 degGROUND DISTANCE Z4: DIR Comp Limit 79 degGROUND DISTANCE Z4: Quad Right Blinder 1.03 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 79 degGROUND DISTANCE Z4: Quad Left Blinder 1.03 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 79 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.000 sGROUND DISTANCE Z4: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events Enabled

POWER SWING DETECT [GROUP 2] Function EnabledSource LINEA (SRC 1)Shape Quad ShapeMode Two StepSupv 0.200 puFwd Reach 7.00 ohmsQuad Fwd Mid 60.00 ohmsQuad Fwd Out 9.00 ohmsFwd Rca 79 degRev Reach 3.50 ohmsQuad Rev Mid 60.00 ohmsQuad Rev Out 7.00 ohmsRev Rca 90 degOuter Limit Angle 120 degMiddle Limit Angle 90 degInner Limit Angle 79 degOuter Rgt Bld 9.70 ohmsOuter Lft Bld 8.00 ohmsMidle Rgt Bld 100.00 ohmsMidle Lft Bld 100.00 ohmsInner Rgt Bld 5.20 ohmsInner Lft Bld 6.00 ohmsDelay 1 Pickup 0.001 sDelay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.400 sTrip Mode DelayedBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Disabled

PHASE CURRENTPHASE TOC [GROUP 2]

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE TOC [GROUP 2] (continued from last page)PHASE TOC1: Function EnabledPHASE TOC1: Signal Source LINEA (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 1.200 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.21PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A PH DIR1 BLKPHASE TOC1: Block B PH DIR1 BLKPHASE TOC1: Block C PH DIR1 BLKPHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

PHASE IOC [GROUP 2] PHASE IOC1: Function EnabledPHASE IOC1: Source LINEA (SRC 1)PHASE IOC1: Pickup 4.400 puPHASE IOC1: Delay 0.01 sPHASE IOC1: Reset Delay 0.00 sPHASE IOC1: Block A SRC1 VT FUSE FAIL DPOPHASE IOC1: Block B SRC1 VT FUSE FAIL DPOPHASE IOC1: Block C SRC1 VT FUSE FAIL DPOPHASE IOC1: Target Self-resetPHASE IOC1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 2] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source LINEA (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.480 puNEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.13NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block BL-NTCO On (VO7)NEUTRAL TOC1: Target Self-resetNEUTRAL TOC1: Events Enabled

NEUTRAL IOC [GROUP 2] NEUTRAL IOC1: Function EnabledNEUTRAL IOC1: Source LINEA (SRC 1)NEUTRAL IOC1: Pickup 2.200 puNEUTRAL IOC1: Delay 0.03 sNEUTRAL IOC1: Reset Delay 0.00 sNEUTRAL IOC1: Block BL-NTCO On (VO7)NEUTRAL IOC1: Target Self-resetNEUTRAL IOC1: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 2] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source LINEA (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 81 ° LagNEGATIVE SEQ DIR OC1: Forward Limit Angle 80 degNEGATIVE SEQ DIR OC1: Forward Pickup 0.10 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 81 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.10 puNEGATIVE SEQ DIR OC1: Block SRC1 VT FUSE FAIL OPNEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 2] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source LINEA (SRC 1)

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

BREAKER FAILURE [GROUP 2] (continued from last page)BF1: Current Supervision YesBF1: Use Seal-In NoBF1: Three Pole Initiate TRIP 3-POLEBF1: Block OFFBF1: Phase Current Supv Pickup 1.200 puBF1: Neutral Current Supv Pickup 0.480 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.200 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 sBF1: Breaker Pos1 Phase A/3P 52A1 (a) On(H7a)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On OFFBF1: Phase Current HiSet Pickup 1.200 puBF1: Neutral Current HiSet Pickup 0.480 puBF1: Phase Current LoSet Pickup 1.200 puBF1: Neutral Current LoSet Pickup 0.480 puBF1: LoSet Time Delay 0.000 sBF1: Trip Dropout Delay 0.000 sBF1: Target Self-resetBF1: Events EnabledBF1: Phase A Initiate OFFBF1: Phase B Initiate OFFBF1: Phase C Initiate OFFBF1: Breaker Pos1 Phase B OFFBF1: Breaker Pos1 Phase C OFFBF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

GROUP 3LINE PICKUP [GROUP 3] Function EnabledSignal Source LINEA (SRC 1)Phase IOC Line Pickup 2.500 puUV Pickup 0.800 puLine End Open Pickup Delay 0.200 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass DisabledAutoreclose Coordination Pickup Delay 0.045 sAutoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 3] Source LINEA (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 3] PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 1.72 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 1.72 ohmsPHASE DISTANCE Z1: Rev Reach RCA 79 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 45 degPHASE DISTANCE Z1: DIR Comp Limit 79 deg

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE DISTANCE [GROUP 3] (continued from last page)PHASE DISTANCE Z1: Quad Right Blinder 1.72 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 79 degPHASE DISTANCE Z1: Quad Left Blinder 1.72 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 79 degPHASE DISTANCE Z1: Supervision 0.200 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function EnabledPHASE DISTANCE Z2: Direction ForwardPHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 3.60 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 3.60 ohmsPHASE DISTANCE Z2: Rev Reach RCA 79 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 45 degPHASE DISTANCE Z2: DIR Comp Limit 79 degPHASE DISTANCE Z2: Quad Right Blinder 3.60 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 79 degPHASE DISTANCE Z2: Quad Left Blinder 3.60 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 79 degPHASE DISTANCE Z2: Supervision 0.200 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 0.600 sPHASE DISTANCE Z2: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 5.20 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 5.20 ohmsPHASE DISTANCE Z3: Rev Reach RCA 79 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 45 degPHASE DISTANCE Z3: DIR Comp Limit 79 degPHASE DISTANCE Z3: Quad Right Blinder 4.70 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 79 degPHASE DISTANCE Z3: Quad Left Blinder 4.70 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 79 degPHASE DISTANCE Z3: Supervision 0.200 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 2.000 sPHASE DISTANCE Z3: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape QuadPHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 4.00 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 4.00 ohmsPHASE DISTANCE Z4: Rev Reach RCA 79 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 45 degPHASE DISTANCE Z4: DIR Comp Limit 79 degPHASE DISTANCE Z4: Quad Right Blinder 4.00 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 79 degPHASE DISTANCE Z4: Quad Left Blinder 4.00 ohms

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE DISTANCE [GROUP 3] (continued from last page)PHASE DISTANCE Z4: Quad Left Blinder RCA 79 degPHASE DISTANCE Z4: Supervision 0.200 puPHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.000 sPHASE DISTANCE Z4: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events Enabled

GROUND DISTANCE [GROUP 3] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction ForwardGROUND DISTANCE Z1: Shape QuadGROUND DISTANCE Z1: Z0/Z1 Mag 3.36GROUND DISTANCE Z1: Z0/Z1 Ang 1 degGROUND DISTANCE Z1: Z0M/Z1 Mag 2.25GROUND DISTANCE Z1: Z0M/Z1 Ang 2 degGROUND DISTANCE Z1: Reach 1.72 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 1.72 ohmsGROUND DISTANCE Z1: Rev Reach RCA 79 degGROUND DISTANCE Z1: POL Current Zero-seqGROUND DISTANCE Z1: Non-Homogen Ang 0.0 degGROUND DISTANCE Z1: Comp Limit 90 degGROUND DISTANCE Z1: DIR RCA 45 degGROUND DISTANCE Z1: DIR Comp Limit 79 degGROUND DISTANCE Z1: Quad Right Blinder 3.44 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 79 degGROUND DISTANCE Z1: Quad Left Blinder 3.44 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 79 degGROUND DISTANCE Z1: Supervision 0.200 puGROUND DISTANCE Z1: Volt Level 0.000 puGROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z1: Target Self-resetGROUND DISTANCE Z1: Events EnabledGROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.36GROUND DISTANCE Z2: Z0/Z1 Ang 1 degGROUND DISTANCE Z2: Z0M/Z1 Mag 2.25GROUND DISTANCE Z2: Z0M/Z1 Ang 2 degGROUND DISTANCE Z2: Reach 3.60 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 3.60 ohmsGROUND DISTANCE Z2: Rev Reach RCA 79 degGROUND DISTANCE Z2: POL Current Zero-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 degGROUND DISTANCE Z2: DIR RCA 45 degGROUND DISTANCE Z2: DIR Comp Limit 79 degGROUND DISTANCE Z2: Quad Right Blinder 7.20 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 79 degGROUND DISTANCE Z2: Quad Left Blinder 7.20 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 79 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 0.600 sGROUND DISTANCE Z2: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.36GROUND DISTANCE Z3: Z0/Z1 Ang 1 degGROUND DISTANCE Z3: Z0M/Z1 Mag 2.25GROUND DISTANCE Z3: Z0M/Z1 Ang 2 degGROUND DISTANCE Z3: Reach 5.20 ohms

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 3] (continued from last page)GROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 5.20 ohmsGROUND DISTANCE Z3: Rev Reach RCA 79 degGROUND DISTANCE Z3: POL Current Zero-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 degGROUND DISTANCE Z3: DIR RCA 45 degGROUND DISTANCE Z3: DIR Comp Limit 79 degGROUND DISTANCE Z3: Quad Right Blinder 7.20 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 79 degGROUND DISTANCE Z3: Quad Left Blinder 7.20 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 79 degGROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 2.000 sGROUND DISTANCE Z3: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.36GROUND DISTANCE Z4: Z0/Z1 Ang 1 degGROUND DISTANCE Z4: Z0M/Z1 Mag 2.25GROUND DISTANCE Z4: Z0M/Z1 Ang 2 degGROUND DISTANCE Z4: Reach 4.00 ohmsGROUND DISTANCE Z4: RCA 90 degGROUND DISTANCE Z4: Rev Reach 4.00 ohmsGROUND DISTANCE Z4: Rev Reach RCA 79 degGROUND DISTANCE Z4: POL Current Zero-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 degGROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 45 degGROUND DISTANCE Z4: DIR Comp Limit 79 degGROUND DISTANCE Z4: Quad Right Blinder 8.00 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 79 degGROUND DISTANCE Z4: Quad Left Blinder 0.10 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 79 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.000 sGROUND DISTANCE Z4: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events Enabled

POWER SWING DETECT [GROUP 3] Function EnabledSource LINEA (SRC 1)Shape Quad ShapeMode Two StepSupv 0.200 puFwd Reach 7.00 ohmsQuad Fwd Mid 60.00 ohmsQuad Fwd Out 9.00 ohmsFwd Rca 79 degRev Reach 3.50 ohmsQuad Rev Mid 60.00 ohmsQuad Rev Out 7.00 ohmsRev Rca 90 degOuter Limit Angle 120 degMiddle Limit Angle 90 degInner Limit Angle 79 degOuter Rgt Bld 9.70 ohmsOuter Lft Bld 8.00 ohmsMidle Rgt Bld 100.00 ohmsMidle Lft Bld 100.00 ohmsInner Rgt Bld 5.20 ohmsInner Lft Bld 6.00 ohmsDelay 1 Pickup 0.001 s

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

POWER SWING DETECT [GROUP 3] (continued from last page)Delay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.400 sTrip Mode DelayedBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Disabled

PHASE CURRENTPHASE TOC [GROUP 3] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source LINEA (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 1.200 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.21PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A PH DIR1 BLKPHASE TOC1: Block B PH DIR1 BLKPHASE TOC1: Block C PH DIR1 BLKPHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

PHASE IOC [GROUP 3] PHASE IOC1: Function EnabledPHASE IOC1: Source LINEA (SRC 1)PHASE IOC1: Pickup 4.400 puPHASE IOC1: Delay 0.01 sPHASE IOC1: Reset Delay 0.00 sPHASE IOC1: Block A SRC1 VT FUSE FAIL DPOPHASE IOC1: Block B SRC1 VT FUSE FAIL DPOPHASE IOC1: Block C SRC1 VT FUSE FAIL DPOPHASE IOC1: Target Self-resetPHASE IOC1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 3] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source LINEA (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.480 puNEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.13NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block BL-NTCO On (VO7)NEUTRAL TOC1: Target Self-resetNEUTRAL TOC1: Events Enabled

NEUTRAL IOC [GROUP 3] NEUTRAL IOC1: Function EnabledNEUTRAL IOC1: Source LINEA (SRC 1)NEUTRAL IOC1: Pickup 2.200 puNEUTRAL IOC1: Delay 0.03 sNEUTRAL IOC1: Reset Delay 0.00 sNEUTRAL IOC1: Block BL-NTCO On (VO7)NEUTRAL IOC1: Target Self-resetNEUTRAL IOC1: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 3] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source LINEA (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 81 ° Lag

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NEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 3] (continued from last page)NEGATIVE SEQ DIR OC1: Forward Limit Angle 80 degNEGATIVE SEQ DIR OC1: Forward Pickup 0.10 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 81 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.10 puNEGATIVE SEQ DIR OC1: Block SRC1 VT FUSE FAIL OPNEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 3] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source LINEA (SRC 1)BF1: Current Supervision YesBF1: Use Seal-In NoBF1: Three Pole Initiate TRIP 3-POLEBF1: Block OFFBF1: Phase Current Supv Pickup 1.200 puBF1: Neutral Current Supv Pickup 0.480 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.200 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 sBF1: Breaker Pos1 Phase A/3P 52A1 (a) On(H7a)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On OFFBF1: Phase Current HiSet Pickup 1.200 puBF1: Neutral Current HiSet Pickup 0.480 puBF1: Phase Current LoSet Pickup 1.200 puBF1: Neutral Current LoSet Pickup 0.480 puBF1: LoSet Time Delay 0.000 sBF1: Trip Dropout Delay 0.000 sBF1: Target Self-resetBF1: Events EnabledBF1: Phase A Initiate OFFBF1: Phase B Initiate OFFBF1: Phase C Initiate OFFBF1: Breaker Pos1 Phase B OFFBF1: Breaker Pos1 Phase C OFFBF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

CONTROL ELEMENTSSETTING GROUPSFunction EnabledBlock OFFGroup 2 Activate On OFFGroup 3 Activate On ONGroup 4 Activate On OFFGroup 5 Activate On OFFGroup 6 Activate On OFFGroup 1 Name C/TELEPROTGroup 2 Name S/TELEPROTGroup 3 Name C/TELEPROTGroup 4 NameGroup 5 NameGroup 6 NameEvents Enabled

SELECTOR SWITCHESSELECTOR SWITCH 1: Function EnabledSELECTOR SWITCH 1: Full Range 2SELECTOR SWITCH 1: Timeout 3.0 sSELECTOR SWITCH 1: Step-Up CONTROL PUSHBUTTON 1 ONSELECTOR SWITCH 1: Step-Up Mode Time-outSELECTOR SWITCH 1: Acknowledge OFFSELECTOR SWITCH 1: 3Bit A0 OFFSELECTOR SWITCH 1: 3Bit A1 OFF

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

SELECTOR SWITCHES (continued from last page)SELECTOR SWITCH 1: 3Bit A2 OFFSELECTOR SWITCH 1: 3Bit Mode Time-outSELECTOR SWITCH 1: 3Bit Ack OFFSELECTOR SWITCH 1: Power-Up Mode RestoreSELECTOR SWITCH 1: Targets Self-resetSELECTOR SWITCH 1: Events DisabledSELECTOR SWITCH 2: Function EnabledSELECTOR SWITCH 2: Full Range 2SELECTOR SWITCH 2: Timeout 3.0 sSELECTOR SWITCH 2: Step-Up CONTROL PUSHBUTTON 2 ONSELECTOR SWITCH 2: Step-Up Mode Time-outSELECTOR SWITCH 2: Acknowledge OFFSELECTOR SWITCH 2: 3Bit A0 OFFSELECTOR SWITCH 2: 3Bit A1 OFFSELECTOR SWITCH 2: 3Bit A2 OFFSELECTOR SWITCH 2: 3Bit Mode Time-outSELECTOR SWITCH 2: 3Bit Ack OFFSELECTOR SWITCH 2: Power-Up Mode RestoreSELECTOR SWITCH 2: Targets Self-resetSELECTOR SWITCH 2: Events Enabled

TRIP OUTPUTTrip Mode 3 Pole OnlyTrip 3-Pole Input1 TRIP GRAL On (VO2)Trip 3-Pole Input2 OFFTrip 3-Pole Input3 OFFTrip 3-Pole Input4 OFFTrip 3-Pole Input5 OFFTrip 3-Pole Input6 OFFTrip 1-Pole Input1 OFFTrip 1-Pole Input2 OFFTrip 1-Pole Input3 OFFTrip 1-Pole Input4 OFFTrip 1-Pole Input5 OFFTrip 1-Pole Input6 OFFTrip Reclose Input1 OFFTrip Reclose Input2 OFFTrip Reclose Input3 OFFTrip Reclose Input4 OFFTrip Reclose Input5 OFFTrip Reclose Input6 OFFBKR Phase A Open LINE PICKUP I<ABKR Phase B Open LINE PICKUP I<BBKR Phase C Open LINE PICKUP I<CTrip Force 3-Pole OFFTrip Pilot Priority 0.000 sReverse Fault OFFTrip Delay On Evolving Faults 0.000 sTrip Events Enabled

MONITORING ELEMENTSVT FUSE FAILUREVT FUSE FAILURE 1: Function EnabledVT FUSE FAILURE 2: Function Enabled

PILOT SCHEMES1P POTT SCHEMEFunction EnabledPermissive Echo DisabledEcho Condition OFFRx Pickup Delay 0.000 sTrans Block Pickup Delay 0.030 sTrans Block Reset Delay 0.170 sEcho Duration 0.100 sEcho Lockout 0.250 sLine End Open Pickup Delay 0.050 sSeal-In Delay 0.000 sGnd Dir OC Fwd OFFComm Bits 1

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1P POTT SCHEME (continued from last page)Rx1 RECEPCION 2T On (VO37)Rx2 OFFRx3 OFFRx4 OFFTarget Self-resetEvent Enabled

1P HYBRID POTT SCHEMEFunction EnabledPermissive Echo DisabledEcho Condition OFFWeak Infeed DisabledW/I Condition OFFRx Pickup Delay 0.000 sTrans Block Pickup Delay 0.030 sTrans Block Reset Delay 0.150 sEcho Duration 0.100 sEcho Lockout 0.250 sSeal-In Delay 0.000 sGnd Dir OC Fwd OFFGnd Dir OC Rev BL-NTCO On (VO7)No of Comm Bits 1Rx1 RECEPCION 3T On (VO36)Rx2 OFFRx3 OFFRx4 OFFTarget Self-resetEvent Enabled

INPUTS/OUTPUTSCONTACT INPUTS[H7A] Contact Input 1 ID 52A1 (a)[H7A] Contact Input 1 Debounce Time 2.0 ms[H7A] Contact Input 1 Events Enabled[H7C] Contact Input 2 ID 79 conectado[H7C] Contact Input 2 Debounce Time 2.0 ms[H7C] Contact Input 2 Events Enabled[H8A] Contact Input 3 ID 86B--> 50BF[H8A] Contact Input 3 Debounce Time 2.0 ms[H8A] Contact Input 3 Events Enabled[H8C] Contact Input 4 ID RX RANCAGUA[H8C] Contact Input 4 Debounce Time 2.0 ms[H8C] Contact Input 4 Events Enabled[U7A] Contact Input 5 ID FALLA RELE[U7A] Contact Input 5 Debounce Time 2.0 ms[U7A] Contact Input 5 Events Disabled[U7C] Contact Input 6 ID Cont Ip 6[U7C] Contact Input 6 Debounce Time 2.0 ms[U7C] Contact Input 6 Events Disabled[U8A] Contact Input 7 ID Cont Ip 7[U8A] Contact Input 7 Debounce Time 2.0 ms[U8A] Contact Input 7 Events Disabled[U8C] Contact Input 8 ID Cont Ip 8[U8C] Contact Input 8 Debounce Time 2.0 ms[U8C] Contact Input 8 Events Disabled[W1A] Contact Input 9 ID RX ITAHUE[W1A] Contact Input 9 Debounce Time 2.0 ms[W1A] Contact Input 9 Events Enabled[W1C] Contact Input 10 ID 80 SISTEMA 1[W1C] Contact Input 10 Debounce Time 2.0 ms[W1C] Contact Input 10 Events Enabled[W2A] Contact Input 11 ID CHANGE GRP[W2A] Contact Input 11 Debounce Time 2.0 ms[W2A] Contact Input 11 Events Enabled[W2C] Contact Input 12 ID 86B -154 KV[W2C] Contact Input 12 Debounce Time 2.0 ms[W2C] Contact Input 12 Events Enabled[W3A] Contact Input 13 ID Cont Ip 13[W3A] Contact Input 13 Debounce Time 2.0 ms

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CONTACT INPUTS (continued from last page)[W3A] Contact Input 13 Events Disabled[W3C] Contact Input 14 ID Cont Ip 14[W3C] Contact Input 14 Debounce Time 2.0 ms[W3C] Contact Input 14 Events Disabled[W4A] Contact Input 15 ID Cont Ip 15[W4A] Contact Input 15 Debounce Time 2.0 ms[W4A] Contact Input 15 Events Disabled[W4C] Contact Input 16 ID Cont Ip 16[W4C] Contact Input 16 Debounce Time 2.0 ms[W4C] Contact Input 16 Events Disabled[W5A] Contact Input 17 ID Cont Ip 17[W5A] Contact Input 17 Debounce Time 2.0 ms[W5A] Contact Input 17 Events Disabled[W5C] Contact Input 18 ID Cont Ip 18[W5C] Contact Input 18 Debounce Time 2.0 ms[W5C] Contact Input 18 Events Disabled[W6A] Contact Input 19 ID Cont Ip 19[W6A] Contact Input 19 Debounce Time 2.0 ms[W6A] Contact Input 19 Events Disabled[W6C] Contact Input 20 ID Cont Ip 20[W6C] Contact Input 20 Debounce Time 2.0 ms[W6C] Contact Input 20 Events Disabled[W7A] Contact Input 21 ID Cont Ip 21[W7A] Contact Input 21 Debounce Time 2.0 ms[W7A] Contact Input 21 Events Disabled[W7C] Contact Input 22 ID Cont Ip 22[W7C] Contact Input 22 Debounce Time 2.0 ms[W7C] Contact Input 22 Events Disabled[W8A] Contact Input 23 ID Cont Ip 23[W8A] Contact Input 23 Debounce Time 2.0 ms[W8A] Contact Input 23 Events Disabled[W8C] Contact Input 24 ID Cont Ip 24[W8C] Contact Input 24 Debounce Time 2.0 ms[W8C] Contact Input 24 Events Disabled

CONTACT INPUT THRESHOLDS52A1 (a), 79 conectado, 86B--> 50BF, RX RANCAGUA(H7a, H7c, H8a, H8c) 84 VdcFALLA RELE, Cont Ip 6, Cont Ip 7, Cont Ip 8(U7a, U7c, U8a, U8c) 84 VdcRX ITAHUE, 80 SISTEMA 1, CHANGE GRP, 86B -154 KV(W1a, W1c, W2a, W2c)84 VdcCont Ip 13, Cont Ip 14, Cont Ip 15, Cont Ip 16(W3a, W3c, W4a, W4c) 84 VdcCont Ip 17, Cont Ip 18, Cont Ip 19, Cont Ip 20(W5a, W5c, W6a, W6c) 84 VdcCont Ip 21, Cont Ip 22, Cont Ip 23, Cont Ip 24(W7a, W7c, W8a, W8c) 84 Vdc

CONTACT OUTPUTS[H1] Contact Output 1 ID TRIP BD1[H1] Contact Output 1 Operate TRIP GRAL On (VO2)[H1] Contact Output 1 Seal-In OFF[H1] Contact Output 1 Events Enabled[H2] Contact Output 2 ID RETRIP 50BF[H2] Contact Output 2 Operate BKR FAIL 1 RETRIP[H2] Contact Output 2 Seal-In OFF[H2] Contact Output 2 Events Enabled[H3] Contact Output 3 ID 50BF --> 86B[H3] Contact Output 3 Operate BKR FAIL 1 T1 OP[H3] Contact Output 3 Seal-In OFF[H3] Contact Output 3 Events Enabled[H4] Contact Output 4 ID OPERACION 79[H4] Contact Output 4 Operate ORD. CIERRE On (VO6)[H4] Contact Output 4 Seal-In OFF[H4] Contact Output 4 Events Enabled[M1] Contact Output 7 ID CONT 79 S2[M1] Contact Output 7 Operate SELECTOR 1 POS 1[M1] Contact Output 7 Seal-In OFF[M1] Contact Output 7 Events Enabled[M2] Contact Output 8 ID TX ITAHUE[M2] Contact Output 8 Operate Tx ITAHUE On (VO45)[M2] Contact Output 8 Seal-In OFF[M2] Contact Output 8 Events Enabled[M3] Contact Output 9 ID URT REC ACEL

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CONTACT OUTPUTS (continued from last page)[M3] Contact Output 9 Operate RECEPCION On (VO41)[M3] Contact Output 9 Seal-In OFF[M3] Contact Output 9 Events Enabled[M4] Contact Output 10 ID URT OPE Z1[M4] Contact Output 10 Operate OPERA ZONA 1 On (VO23)[M4] Contact Output 10 Seal-In OFF[M4] Contact Output 10 Events Enabled[M5] Contact Output 11 ID URT OPE Z4[M5] Contact Output 11 Operate OPERA ZONA 4 On (VO9)[M5] Contact Output 11 Seal-In OFF[M5] Contact Output 11 Events Enabled[M6] Contact Output 12 ID URT OPE Z5[M6] Contact Output 12 Operate OPERA Z5 On (VO26)[M6] Contact Output 12 Seal-In OFF[M6] Contact Output 12 Events Enabled[M8] Contact Output 14 ID PRUEBA D60[M8] Contact Output 14 Operate TRIP GRAL On (VO2)[M8] Contact Output 14 Seal-In OFF[M8] Contact Output 14 Events Enabled[P1] Contact Output 15 ID URT Z2 OPER[P1] Contact Output 15 Operate OPERA ZONA 2 On (VO24)[P1] Contact Output 15 Seal-In OFF[P1] Contact Output 15 Events Enabled[P2] Contact Output 16 ID URT Z3 OP[P2] Contact Output 16 Operate OPERA Z3 On (VO25)[P2] Contact Output 16 Seal-In OFF[P2] Contact Output 16 Events Enabled[P3] Contact Output 17 ID URT OPER 79[P3] Contact Output 17 Operate ORD. CIERRE On (VO6)[P3] Contact Output 17 Seal-In OFF[P3] Contact Output 17 Events Enabled[P4] Contact Output 18 ID URT SOTF OP[P4] Contact Output 18 Operate LINE PICKUP OP[P4] Contact Output 18 Seal-In OFF[P4] Contact Output 18 Events Enabled[P5] Contact Output 19 ID URT 50 BF OP[P5] Contact Output 19 Operate BKR FAIL 1 T2 OP[P5] Contact Output 19 Seal-In OFF[P5] Contact Output 19 Events Enabled[P6] Contact Output 20 ID URT TRIP S1[P6] Contact Output 20 Operate TRIP GRAL On (VO2)[P6] Contact Output 20 Seal-In OFF[P6] Contact Output 20 Events Enabled[P7] Contact Output 21 ID URT FA RELE[P7] Contact Output 21 Operate FALLA RELE On (VO21)[P7] Contact Output 21 Seal-In OFF[P7] Contact Output 21 Events Enabled[P8] Contact Output 22 ID TX RANCAGUA[P8] Contact Output 22 Operate Tx RANCAGUA On (VO44)[P8] Contact Output 22 Seal-In OFF[P8] Contact Output 22 Events Enabled[U1] Contact Output 23 ID 80 SISTEMA 1[U1] Contact Output 23 Operate 80 SISTEMA 1 On(W1c)[U1] Contact Output 23 Seal-In OFF[U1] Contact Output 23 Events Enabled

VIRTUAL OUTPUTSVirtual Output 1 ID BLQ Zonas PHVirtual Output 1 Events EnabledVirtual Output 2 ID TRIP GRALVirtual Output 2 Events EnabledVirtual Output 3 ID OSCILOGRAFIAVirtual Output 3 Events EnabledVirtual Output 4 ID pkp Z1o z2Virtual Output 4 Events EnabledVirtual Output 6 ID ORD. CIERREVirtual Output 6 Events EnabledVirtual Output 7 ID BL-NTCOVirtual Output 7 Events Enabled

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VIRTUAL OUTPUTS (continued from last page)Virtual Output 8 ID POWER SWINGVirtual Output 8 Events EnabledVirtual Output 9 ID OPERA ZONA 4Virtual Output 9 Events EnabledVirtual Output 10 ID RESET 79Virtual Output 10 Events EnabledVirtual Output 11 ID Tx OPLATVirtual Output 11 Events DisabledVirtual Output 12 ID TX MMOOVirtual Output 12 Events EnabledVirtual Output 13 ID LED Z1Virtual Output 13 Events EnabledVirtual Output 14 ID LED Z2Virtual Output 14 Events EnabledVirtual Output 15 ID LED Z3Virtual Output 15 Events EnabledVirtual Output 16 ID LED Z4Virtual Output 16 Events EnabledVirtual Output 17 ID 79 onVirtual Output 17 Events EnabledVirtual Output 18 ID 79 offVirtual Output 18 Events EnabledVirtual Output 19 ID reset ledVirtual Output 19 Events EnabledVirtual Output 21 ID FALLA RELEVirtual Output 21 Events EnabledVirtual Output 22 ID RECEP ACELERVirtual Output 22 Events EnabledVirtual Output 23 ID OPERA ZONA 1Virtual Output 23 Events EnabledVirtual Output 24 ID OPERA ZONA 2Virtual Output 24 Events EnabledVirtual Output 25 ID OPERA Z3Virtual Output 25 Events EnabledVirtual Output 26 ID OPERA Z5Virtual Output 26 Events EnabledVirtual Output 27 ID 67-67NVirtual Output 27 Events DisabledVirtual Output 28 ID 51-51NVirtual Output 28 Events EnabledVirtual Output 29 ID 50-50NVirtual Output 29 Events EnabledVirtual Output 30 ID Partida 79Virtual Output 30 Events EnabledVirtual Output 31 ID Control 79S2Virtual Output 31 Events EnabledVirtual Output 32 ID 67NVirtual Output 32 Events EnabledVirtual Output 33 ID 51-51NVirtual Output 33 Events EnabledVirtual Output 34 ID 50-50NVirtual Output 34 Events EnabledVirtual Output 35 ID LED Z5Virtual Output 35 Events EnabledVirtual Output 36 ID RECEPCION 3TVirtual Output 36 Events EnabledVirtual Output 37 ID RECEPCION 2TVirtual Output 37 Events EnabledVirtual Output 38 ID PC_OPEN_OKVirtual Output 38 Events EnabledVirtual Output 39 ID PCORTES_DBIVirtual Output 39 Events EnabledVirtual Output 40 ID SET_GROUP2Virtual Output 40 Events EnabledVirtual Output 41 ID RECEPCIONVirtual Output 41 Events EnabledVirtual Output 42 ID PC_CLOSE_OKVirtual Output 42 Events EnabledVirtual Output 43 ID RESET_GROUP1

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VIRTUAL OUTPUTS (continued from last page)Virtual Output 43 Events EnabledVirtual Output 44 ID Tx RANCAGUAVirtual Output 44 Events EnabledVirtual Output 45 ID Tx ITAHUEVirtual Output 45 Events EnabledVirtual Output 46 ID BLOQ LOAD EVirtual Output 46 Events DisabledVirtual Output 47 ID CAMBIO G1-G2Virtual Output 47 Events EnabledVirtual Output 48 ID ECHO COND 2TVirtual Output 48 Events EnabledVirtual Output 49 ID ECHO COND 3TVirtual Output 49 Events EnabledVirtual Output 50 ID POTT OP 2TVirtual Output 50 Events Enabled

RESETTINGOperand reset led On (VO19)

Max / Centro / Alto Jahuel / 154kV / 7SA612V4.6 070915 Var_A1

MLFB: 7SA61255AE217PR4Versión del juego de parámetros: V04.60.10Ruta del equipo: C:\Siemens\Digsi4\D4PROJ\Max\P7DI\GV\ST\0000004cAutor:Creado el: 21.10.15 15:47:28Mod. por última vez el: 21.10.15 16:25:44Modo de operación: Sin líneaComentario:Valores de ajuste en: Presentación secundaria de los valores

C O N T E N I D O D E L A I M P R E S I Ó N

.................................................................................................................................................................41 Device Configuration...............................................................................................................................................................52 Power System Data 1

..................................................................................................................52.1 Grupo Power System Data 1; Grupo Transformers................................................................................................................52.2 Grupo Power System Data 1; Grupo Power System

...........................................................................................................................62.3 Grupo Power System Data 1; Grupo Breaker..............................................................................................................................................................73 Grupos de parámetros

................................................................................................................73.1 Grupo Power System Data 2; Grupo Power System.....................................................................................................................73.2 Grupo Power System Data 2; Grupo Line Status

..............................................................................................83.3 Grupo 21 Distance protection, general settings; Grupo General......................................................................................83.4 Grupo 21 Distance protection, general settings; Grupo Ground faults.......................................................................................93.5 Grupo 21 Distance protection, general settings; Grupo Time Delays

........................................................................................................93.6 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1...........................................................................................93.7 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

......................................................................................................103.8 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

......................................................................................................103.9 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

......................................................................................................103.10 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

......................................................................................................113.11 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5............................................................................................................................................113.12 Grupo 68 Power Swing detection

...............................................................................................................................113.13 Grupo 85-21 Pilot Prot. for Distance prot...........................................................................................................................................113.14 Grupo 50HS Instantaneous SOTF

...................................................................................................................................123.15 Grupo Weak Infeed (Trip and/or Echo).......................................................................................................123.16 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General.....................................................................................................123.17 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1.....................................................................................................133.18 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2.......................................................................................................133.19 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................133.20 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................143.21 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................143.22 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................143.23 Grupo Measurement Supervision; Grupo VT mcb

............................................................................................................153.24 Grupo Measurement Supervision; Grupo Load Angle...........................................................................................................153.25 Grupo 50N/51N Ground OverCurrent; Grupo General

..............................................................................................................153.26 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

..............................................................................................................163.27 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

..............................................................................................................163.28 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

7SA612V4_6 070915 Var_A1_prn

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 1 de 46

.............................................................................................163.29 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

..........................................................................................................173.30 Grupo 50N/51N Ground OverCurrent; Grupo Direction..................................................................................................173.31 Grupo 25 Synchronism and Voltage Check; Grupo General...................................................................................................173.32 Grupo 25 Synchronism and Voltage Check; Grupo with AR

................................................................................183.33 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL................................................................................................................................................................183.34 Grupo Fault Locator

.............................................................................................................................183.35 Grupo 50BF Breaker Failure; Grupo 50BF................................................................................................................193.36 Grupo 50BF Breaker Failure; Grupo End fault prot.

...........................................................................................................193.37 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy..............................................................................................................193.38 Grupo Power System Data 2; Grupo Power System

...................................................................................................................203.39 Grupo Power System Data 2; Grupo Line Status............................................................................................203.40 Grupo 21 Distance protection, general settings; Grupo General

....................................................................................213.41 Grupo 21 Distance protection, general settings; Grupo Ground faults.....................................................................................213.42 Grupo 21 Distance protection, general settings; Grupo Time Delays

......................................................................................................213.43 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1.........................................................................................223.44 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

......................................................................................................223.45 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

......................................................................................................223.46 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

......................................................................................................233.47 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

......................................................................................................233.48 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5............................................................................................................................................233.49 Grupo 68 Power Swing detection

...............................................................................................................................243.50 Grupo 85-21 Pilot Prot. for Distance prot...........................................................................................................................................243.51 Grupo 50HS Instantaneous SOTF

...................................................................................................................................243.52 Grupo Weak Infeed (Trip and/or Echo).......................................................................................................243.53 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General.....................................................................................................253.54 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1.....................................................................................................253.55 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2.......................................................................................................253.56 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................263.57 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................263.58 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................273.59 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................273.60 Grupo Measurement Supervision; Grupo VT mcb

............................................................................................................273.61 Grupo Measurement Supervision; Grupo Load Angle...........................................................................................................283.62 Grupo 50N/51N Ground OverCurrent; Grupo General

..............................................................................................................283.63 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

..............................................................................................................283.64 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

..............................................................................................................293.65 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3.............................................................................................293.66 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

..........................................................................................................293.67 Grupo 50N/51N Ground OverCurrent; Grupo Direction..................................................................................................303.68 Grupo 25 Synchronism and Voltage Check; Grupo General...................................................................................................303.69 Grupo 25 Synchronism and Voltage Check; Grupo with AR

................................................................................313.70 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL................................................................................................................................................................313.71 Grupo Fault Locator

.............................................................................................................................313.72 Grupo 50BF Breaker Failure; Grupo 50BF................................................................................................................323.73 Grupo 50BF Breaker Failure; Grupo End fault prot.

...........................................................................................................323.74 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy..............................................................................................................323.75 Grupo Power System Data 2; Grupo Power System

...................................................................................................................333.76 Grupo Power System Data 2; Grupo Line Status............................................................................................333.77 Grupo 21 Distance protection, general settings; Grupo General

....................................................................................343.78 Grupo 21 Distance protection, general settings; Grupo Ground faults.....................................................................................343.79 Grupo 21 Distance protection, general settings; Grupo Time Delays

......................................................................................................343.80 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1.........................................................................................353.81 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

......................................................................................................353.82 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

......................................................................................................353.83 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

......................................................................................................363.84 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

7SA612V4_6 070915 Var_A1_prn

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......................................................................................................363.85 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

............................................................................................................................................363.86 Grupo 68 Power Swing detection...............................................................................................................................373.87 Grupo 85-21 Pilot Prot. for Distance prot.

..........................................................................................................................................373.88 Grupo 50HS Instantaneous SOTF...................................................................................................................................373.89 Grupo Weak Infeed (Trip and/or Echo)

.......................................................................................................373.90 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General.....................................................................................................383.91 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1.....................................................................................................383.92 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2.......................................................................................................383.93 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................393.94 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................393.95 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................403.96 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................403.97 Grupo Measurement Supervision; Grupo VT mcb

............................................................................................................403.98 Grupo Measurement Supervision; Grupo Load Angle...........................................................................................................413.99 Grupo 50N/51N Ground OverCurrent; Grupo General

..............................................................................................................413.100 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

..............................................................................................................413.101 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

..............................................................................................................423.102 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3.............................................................................................423.103 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

..........................................................................................................423.104 Grupo 50N/51N Ground OverCurrent; Grupo Direction..................................................................................................433.105 Grupo 25 Synchronism and Voltage Check; Grupo General...................................................................................................433.106 Grupo 25 Synchronism and Voltage Check; Grupo with AR

................................................................................443.107 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL................................................................................................................................................................443.108 Grupo Fault Locator

.............................................................................................................................443.109 Grupo 50BF Breaker Failure; Grupo 50BF................................................................................................................453.110 Grupo 50BF Breaker Failure; Grupo End fault prot.

...........................................................................................................453.111 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy.........................................................................................................................................................................464 Change Group

..............................................................................................................................................................464.1 Grupo Change Group

7SA612V4_6 070915 Var_A1_prn

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1 Device Configuration

Nº Función Volumen

0103 Setting Group Change Option Enabled0110 Trip mode 3pole only0114 21 Distance protection pickup program Z< (quadrilateral)0120 68 Power Swing detection Enabled0121 85-21 Pilot Protection for Distance prot POTT0122 DTT Direct Transfer Trip Disabled0124 50HS Instantaneous SOTF Enabled0125 Weak Infeed (Trip and/or Echo) Enabled0126 50(N)/51(N) Backup OverCurrent Time Overcurrent Curve IEC0131 50N/51N Ground OverCurrent Time Overcurrent Curve IEC0132 85-67N Pilot Protection Gnd. OverCurrent Disabled0133 79 Auto-Reclose Function Disabled0134 Auto-Reclose control mode with Trip and Action time0135 25 Synchronism and Voltage Check Enabled0136 81 Over/Underfrequency Protection Disabled0137 27, 59 Under/Overvoltage Protection Disabled0138 Fault Locator Enabled0139 50BF Breaker Failure Protection Enabled0140 74TC Trip Circuit Supervision Disabled0142 49 Thermal Overload Protection Disabled

7SA612V4_6 070915 Var_A1_prnDevice Configuration

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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2 Power System Data 1

2.1 Grupo Power System Data 1; Grupo Transformers

Grupo Power System Data 1; Grupo TransformersNº Parámetro Valor Grupo

0201 CT Starpoint towards Line todo0203 Rated Primary Voltage 154,0 kV todo0204 Rated Secondary Voltage (Ph-Ph) 110 V todo0205 CT Rated Primary Current 600 A todo0206 CT Rated Secondary Current 5A todo0210 V4 voltage transformer is Vsy2 transformer todo0211 Matching ratio Phase-VT To Open-Delta-VT 0,58 todo0212 VT connection for Vsy2 B-G todo0214A Angle adjustment Vsy2-Vsy1 0 ° todo0215 Matching ratio Vsy1 / Vsy2 1,00 todo0220 I4 current transformer is Neutral Current (of the protected line) todo0221 Matching ratio I4/Iph for CT's 1,000 todo

2.2 Grupo Power System Data 1; Grupo Power System

Grupo Power System Data 1; Grupo Power SystemNº Parámetro Valor Grupo

0207 System Starpoint is Solid Grounded todo0230 Rated Frequency 50 Hz todo0235 Phase Sequence A B C todo0236 Distance measurement unit km todo0237 Setting format for zero seq.comp. format Zero seq. comp. factor K0 and angle(K0) todo

7SA612V4_6 070915 Var_A1_prnPower System Data 1

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2.3 Grupo Power System Data 1; Grupo Breaker

Grupo Power System Data 1; Grupo BreakerNº Parámetro Valor Grupo

0239 Closing (operating) time of 52 (CB) 0,06 sec todo0240A Minimum TRIP Command Duration 0,12 sec todo0241A Maximum Close Command Duration 0,25 sec todo0242 Dead Time for CB test-autoreclosure 0,10 sec todo

7SA612V4_6 070915 Var_A1_prnGrupo Power System Data 1; Grupo Breaker

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3 Grupos de parámetros

3.1 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 154,0 kV A1104 Measurement: Full Scale Current (100%) 600 A A1105 Line Angle 79 ° A1211 Angle of inclination, distance charact. 79 ° A1107 P,Q operational measured values sign not reversed A1110 x' - Line Reactance per length unit 0,0352 Ohm / km A1111 Line Length 50,6 km A1120 Zero seq. comp. factor K0 for zone Z1 0,809 A1121 Zero seq. comp. angle for zone Z1 3,02 ° A1122 Zero seq.comp.factor K0,higher zones >Z1 0,809 A1123 Zero seq. comp. angle, higher zones >Z1 3,02 ° A

3.2 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,25 A A1131A Pole Open Voltage Threshold 11 V A1132A Seal-in Time after ALL closures 0,20 sec A1133A minimal time for line open before SOTF 0,25 sec A1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI A1135 RESET of Trip Command with CB(52a) AND I < PoleOpenCurrent A1140A CT Saturation Threshold 100,0 A A1150A Seal-in Time after MANUAL closures 0,20 sec A1151 Manual CLOSE COMMAND generation NO A1152 MANUAL Closure Impulse after CONTROL <none> todo

7SA612V4_6 070915 Var_A1_prnGrupos de parámetros

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.3 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON A1202 Phase Current threshold for dist. meas. 0,25 A A1211 Angle of inclination, distance charact. 79 ° A1208 Series compensated line NO A1232 Instantaneous trip after SwitchOnToFault with Zone Z1B A1241 R load, minimum Load Impedance (ph-g) 9,140 Ohm A1242 PHI load, maximum Load Angle (ph-g) 35 ° A1243 R load, minimum Load Impedance (ph-ph) 9,140 Ohm A1244 PHI load, maximum Load Angle (ph-ph) 35 ° A1357 Z1B enabled before 1st AR (int. or ext.) NO A

3.4 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,25 A A1204 3V0 threshold zero seq. voltage pickup 2 V A1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 A1209A Criterion of ground fault recognition 3I0> OR 3V0> A1221A Loop selection with 2Ph-G faults all loops A

7SA612V4_6 070915 Var_A1_prnGrupo 21 Distance protection, general settings; Grupo General

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.5 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A1325 T3 delay 2,50 sec A1335 T4 delay 1,50 sec A1345 T5 delay oo sec A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A

3.6 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward A1302 R(Z1), Resistance for ph-ph-faults 1,860 Ohm A1303 X(Z1), Reactance 1,860 Ohm A1304 RG(Z1), Resistance for ph-gnd faults 1,860 Ohm A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1307 Zone Reduction Angle (load compensation) 0 ° A

3.7 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward A1352 R(Z1B), Resistance for ph-ph-faults 8,000 Ohm A1353 X(Z1B), Reactance 8,500 Ohm A1354 RG(Z1B), Resistance for ph-gnd faults 8,000 Ohm A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A1357 Z1B enabled before 1st AR (int. or ext.) NO A

7SA612V4_6 070915 Var_A1_prnGrupo 21 Distance protection, general settings; Grupo Time Delays

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.8 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward A1312 R(Z2), Resistance for ph-ph-faults 4,266 Ohm A1313 X(Z2), Reactance 4,266 Ohm A1314 RG(Z2), Resistance for ph-gnd faults 4,266 Ohm A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A

3.9 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse A1322 R(Z3), Resistance for ph-ph-faults 6,000 Ohm A1323 X(Z3), Reactance 6,000 Ohm A1324 RG(Z3), Resistance for ph-gnd faults 6,000 Ohm A1325 T3 delay 2,50 sec A

3.10 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward A1332 R(Z4), Resistance for ph-ph-faults 6,500 Ohm A1333 X(Z4), Reactance 6,500 Ohm A1334 RG(Z4), Resistance for ph-gnd faults 13,000 Ohm A1335 T4 delay 1,50 sec A

7SA612V4_6 070915 Var_A1_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

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3.11 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional A1342 R(Z5), Resistance for ph-ph-faults 14,528 Ohm A1343 X(Z5)+, Reactance for Forward direction 14,528 Ohm A1344 RG(Z5), Resistance for ph-gnd faults 14,528 Ohm A1345 T5 delay oo sec A1346 X(Z5)-, Reactance for Reverse direction 7,000 Ohm A

3.12 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked A2006 68T Power swing trip NO A2007 68 Trip delay after Power Swing Blocking 0,08 sec A

3.13 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON A2102 Type of Line Three Terminals A2103A Time for send signal prolongation 0,10 sec A2109A Transient Block.: Duration external flt. 0,03 sec A2110A Transient Block.: Blk.T. after ext. flt. 0,17 sec A

3.14 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON A

7SA612V4_6 070915 Var_A1_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z5

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Grupo 50HS Instantaneous SOTF(2)Nº Parámetro Valor Grupo

2404 50HS SOTF-O/C PICKUP 9,41 A A

3.15 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only A2502A Trip / Echo Delay after carrier receipt 0,04 sec A2503A Trip Extension / Echo Impulse time 0,05 sec A2504A Echo Block Time 0,50 sec A2505 Undervoltage (ph-g) 25 V A2509 Echo logic: 21 and 67N on common channel NO todo

3.16 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. A2680 Trip time delay after SOTF 0,00 sec A

3.17 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup oo A A2611 50-B1 Delay oo sec A2612 50N-B1 Pickup oo A A2613 50N-B1 Delay oo sec A2614 Instantaneous trip via BI NO A2615 Instantaneous trip after SwitchOnToFault NO A

7SA612V4_6 070915 Var_A1_prnGrupo 50HS Instantaneous SOTF

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3.18 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup oo A A2621 50-B2 Delay oo sec A2622 50N-B2 Pickup oo A A2623 50N-B2 Delay oo sec A2624 Instantaneous trip via Pilot Prot./BI NO A2625 Instantaneous trip after SwitchOnToFault NO A

3.19 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 6,00 A A2642 51-B Time Dial 0,10 sec A2646 51-B Additional Time Delay 0,00 sec A2650 51N-B Pickup 0,41 A A2652 51N-B Time Dial 0,30 sec A2656 51N-B Additional Time Delay 0,00 sec A2660 IEC Curve Normal Inverse A2670 Instantaneous trip via Pilot Prot./BI NO A2671 Instantaneous trip after SwitchOnToFault NO A

3.20 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup oo A A2631 50-STUB Delay oo sec A2632 50N-STUB Pickup oo A A2633 50N-STUB Delay oo sec A2634 Instantaneous trip via Pilot Prot./BI NO A2635 Instantaneous trip after SwitchOnToFault NO A

7SA612V4_6 070915 Var_A1_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.21 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON A2902A Voltage Threshold for Balance Monitoring 50 V A2903A Balance Factor for Voltage Monitor 0,75 A2904A Current Threshold for Balance Monitoring 0,50 A A2905A Balance Factor for Current Monitor 0,50 A2906A Summated Current Monitoring Threshold 0,50 A A2907A Summated Current Monitoring Factor 0,10 A2908A T Balance Factor for Voltage Monitor 5 sec A2909A T Current Balance Monitor 5 sec A

3.22 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON A2911A Minimum Voltage Threshold V> 30 V A2912A Maximum Current Threshold I< 0,50 A A2913A Maximum Voltage Threshold V< (3phase) 5 V A2914A Differential Current Threshold (3phase) 0,50 A A2915 Voltage Failure Supervision with current superv. and CBpos(52a) A2916A Delay Voltage Failure Supervision 3,00 sec A

3.23 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms A

7SA612V4_6 070915 Var_A1_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

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3.24 Grupo Measurement Supervision; Grupo Load Angle

Grupo Measurement Supervision; Grupo Load AngleNº Parámetro Valor Grupo

2941 Limit setting PhiA 200 ° A2942 Limit setting PhiB 340 ° A2943 Minimum value I1> 0,25 A A2944 Minimum value U1> 20 V A

3.25 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON A3102 Block 50N/51N for Distance protection NO A3174 Block 50N/51N for Pickup 21 in each zone A3104A Stabilisation Slope with Iphase 10 % A3170 2nd harmonic ratio for inrush restraint 20 % A3171 Max.Current, overriding inrush restraint 37,50 A A3172 Instantaneous mode after SwitchOnToFault with Pickup and direction A3173 Trip time delay after SOTF 0,00 sec A

3.26 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Inactive A3111 Pickup 6,50 A A3112 Time Delay 0,30 sec A3113 Instantaneous trip via Pilot Prot./BI NO A3114 Instantaneous trip after SwitchOnToFault NO A3115 Inrush Blocking NO A

7SA612V4_6 070915 Var_A1_prnGrupo Measurement Supervision; Grupo Load Angle

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.27 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive A3121 Pickup 0,83 A A3122 Time Delay 0,60 sec A3123 Instantaneous trip via Pilot Prot./BI NO A3124 Instantaneous trip after SwitchOnToFault NO A3125 Inrush Blocking NO A

3.28 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive A3131 Pickup 0,83 A A3132 Time Delay 0,90 sec A3133 Instantaneous trip via Pilot Prot./BI NO A3134 Instantaneous trip after SwitchOnToFault NO A3135 Inrush Blocking NO A

3.29 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward A3141 Pickup 0,41 A A3143 Time Dial 0,30 sec A3147 Additional Time Delay 0,00 sec A3148 Instantaneous trip via Pilot Prot./BI NO A3149 Instantaneous trip after SwitchOnToFault NO A3150 Inrush Blocking NO A3151 IEC Curve Normal Inverse A

7SA612V4_6 070915 Var_A1_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-2

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3.30 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 A3162A ALPHA, lower angle for forward direction 338 ° A3163A BETA, upper angle for forward direction 122 ° A3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V A3166 Min. neg. seq. polarizing voltage 3V2 3,0 V A3167 Min. neg. seq. polarizing current 3I2 0,25 A A3168 Compensation angle PHI comp. for Sr 255 ° A3169 Forward direction power threshold 1,5 VA A

3.31 Grupo 25 Synchronism and Voltage Check; Grupo General

Grupo 25 Synchronism and Voltage Check; Grupo GeneralNº Parámetro Valor Grupo

3501 25 Synchronism and Voltage Check OFF A3502 Voltage threshold dead line / bus 10 V A3503 Voltage threshold live line / bus 44 V A3504 Maximum permissible voltage 70 V A3507 Maximum duration of synchronism-check 1,00 sec A3508 Synchronous condition stability timer 0,00 sec A3509 Synchronizable circuit breaker <none> todo

3.32 Grupo 25 Synchronism and Voltage Check; Grupo with AR

Grupo 25 Synchronism and Voltage Check; Grupo with ARNº Parámetro Valor Grupo

3510 Operating mode with AR without consideration of 52 closing time A3511 Maximum voltage difference 10,0 V A3512 Maximum frequency difference 0,10 Hz A3513 Maximum angle difference 10 ° A3515A 79 at Vsy2>, Vsy1>, and Synchr. YES A3516 79 at Vsy1< and Vsy2> NO A3517 79 at Vsy1> and Vsy2< NO A3518 79 at Vsy1< and Vsy2< NO A3519 Override of any check before 79 NO A

7SA612V4_6 070915 Var_A1_prnGrupo 50N/51N Ground OverCurrent; Grupo Direction

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3.33 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL

Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRLNº Parámetro Valor Grupo

3530 Operating mode with Man.Cl without consideration of 52 closing time A3531 Maximum voltage difference 5,0 V A3532 Maximum frequency difference 0,10 Hz A3533 Maximum angle difference 10 ° A3535A Manual Close at Vsy2>, Vsy1>, and Synchr NO A3536 Manual Close at Vsy1< and Vsy2> NO A3537 Manual Close at Vsy1> and Vsy2< NO A3538 Manual Close at Vsy1< and Vsy2< NO A3539 Override of any check before Man.Cl NO A

3.34 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP A3806 Load Compensation NO A

3.35 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON A3902 50BF Pickup current threshold 1,67 A A3904 Delay after 1pole start for local trip 0,01 sec A3905 Delay after 3pole start for local trip 0,01 sec A3906 Delay of 2nd element for busbar trip 0,20 sec A3907 Delay for start with defective bkr. 0,00 sec A3908 Trip output selection with defective bkr NO A3909 Check Breaker contacts YES A

7SA612V4_6 070915 Var_A1_prnGrupo 25 Synchronism and Voltage Check; Grupo with AR

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3.36 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF A3922 Trip delay of end fault element 2,00 sec A

3.37 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF A3932 Trip delay with pole discrepancy 2,00 sec A

3.38 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 154,0 kV B1104 Measurement: Full Scale Current (100%) 600 A B1105 Line Angle 79 ° B1211 Angle of inclination, distance charact. 79 ° B1107 P,Q operational measured values sign not reversed B1110 x' - Line Reactance per length unit 0,0352 Ohm / km B1111 Line Length 60,6 km B1120 Zero seq. comp. factor K0 for zone Z1 0,809 B1121 Zero seq. comp. angle for zone Z1 3,02 ° B1122 Zero seq.comp.factor K0,higher zones >Z1 0,809 B1123 Zero seq. comp. angle, higher zones >Z1 3,02 ° B

7SA612V4_6 070915 Var_A1_prnGrupo 50BF Breaker Failure; Grupo 50BF

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.39 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,50 A B1131A Pole Open Voltage Threshold 11 V B1132A Seal-in Time after ALL closures 0,20 sec B1133A minimal time for line open before SOTF 0,25 sec B1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI B1135 RESET of Trip Command with CB(52a) AND I < PoleOpenCurrent B1140A CT Saturation Threshold 100,0 A B1150A Seal-in Time after MANUAL closures 0,20 sec B1151 Manual CLOSE COMMAND generation NO B1152 MANUAL Closure Impulse after CONTROL <none> todo

3.40 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON B1202 Phase Current threshold for dist. meas. 0,50 A B1211 Angle of inclination, distance charact. 79 ° B1208 Series compensated line NO B1232 Instantaneous trip after SwitchOnToFault with Zone Z1B B1241 R load, minimum Load Impedance (ph-g) oo Ohm B1242 PHI load, maximum Load Angle (ph-g) 30 ° B1243 R load, minimum Load Impedance (ph-ph) oo Ohm B1244 PHI load, maximum Load Angle (ph-ph) 30 ° B1357 Z1B enabled before 1st AR (int. or ext.) NO B

7SA612V4_6 070915 Var_A1_prnGrupo Power System Data 2; Grupo Line Status

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.41 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,50 A B1204 3V0 threshold zero seq. voltage pickup oo V B1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 B1209A Criterion of ground fault recognition 3I0> OR 3V0> B1221A Loop selection with 2Ph-G faults all loops B

3.42 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup B1305 T1-1phase, delay for single phase faults 0,00 sec B1306 T1multi-ph, delay for multi phase faults 0,00 sec B1315 T2-1phase, delay for single phase faults 0,40 sec B1316 T2multi-ph, delay for multi phase faults 0,40 sec B1325 T3 delay 2,00 sec B1335 T4 delay 2,00 sec B1345 T5 delay oo sec B1355 T1B-1phase, delay for single ph. faults 0,00 sec B1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec B

3.43 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward B1302 R(Z1), Resistance for ph-ph-faults 1,720 Ohm B1303 X(Z1), Reactance 1,720 Ohm B1304 RG(Z1), Resistance for ph-gnd faults 3,440 Ohm B1305 T1-1phase, delay for single phase faults 0,00 sec B1306 T1multi-ph, delay for multi phase faults 0,00 sec B1307 Zone Reduction Angle (load compensation) 0 ° B

7SA612V4_6 070915 Var_A1_prnGrupo 21 Distance protection, general settings; Grupo Ground faults

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.44 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward B1352 R(Z1B), Resistance for ph-ph-faults 3,600 Ohm B1353 X(Z1B), Reactance 3,600 Ohm B1354 RG(Z1B), Resistance for ph-gnd faults 7,200 Ohm B1355 T1B-1phase, delay for single ph. faults 0,00 sec B1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec B1357 Z1B enabled before 1st AR (int. or ext.) NO B

3.45 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward B1312 R(Z2), Resistance for ph-ph-faults 3,600 Ohm B1313 X(Z2), Reactance 3,600 Ohm B1314 RG(Z2), Resistance for ph-gnd faults 7,200 Ohm B1315 T2-1phase, delay for single phase faults 0,40 sec B1316 T2multi-ph, delay for multi phase faults 0,40 sec B

3.46 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse B1322 R(Z3), Resistance for ph-ph-faults 0,800 Ohm B1323 X(Z3), Reactance 0,800 Ohm B1324 RG(Z3), Resistance for ph-gnd faults 1,300 Ohm B1325 T3 delay 2,00 sec B

7SA612V4_6 070915 Var_A1_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.47 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward B1332 R(Z4), Resistance for ph-ph-faults 4,700 Ohm B1333 X(Z4), Reactance 4,700 Ohm B1334 RG(Z4), Resistance for ph-gnd faults 9,400 Ohm B1335 T4 delay 2,00 sec B

3.48 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional B1342 R(Z5), Resistance for ph-ph-faults 4,720 Ohm B1343 X(Z5)+, Reactance for Forward direction 4,720 Ohm B1344 RG(Z5), Resistance for ph-gnd faults 9,420 Ohm B1345 T5 delay oo sec B1346 X(Z5)-, Reactance for Reverse direction 3,500 Ohm B

3.49 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked B2006 68T Power swing trip NO B2007 68 Trip delay after Power Swing Blocking 0,08 sec B

7SA612V4_6 070915 Var_A1_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z4

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.50 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON B2102 Type of Line Two Terminals B2103A Time for send signal prolongation 0,08 sec B2109A Transient Block.: Duration external flt. 0,03 sec B2110A Transient Block.: Blk.T. after ext. flt. 0,15 sec B

3.51 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON B2404 50HS SOTF-O/C PICKUP 12,50 A B

3.52 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only B2502A Trip / Echo Delay after carrier receipt 0,04 sec B2503A Trip Extension / Echo Impulse time 0,05 sec B2504A Echo Block Time 0,50 sec B2505 Undervoltage (ph-g) 25 V B2509 Echo logic: 21 and 67N on common channel NO todo

3.53 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. B2680 Trip time delay after SOTF 0,00 sec B

7SA612V4_6 070915 Var_A1_prnGrupo 85-21 Pilot Prot. for Distance prot.

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.54 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup 22,00 A B2611 50-B1 Delay 0,01 sec B2612 50N-B1 Pickup 11,00 A B2613 50N-B1 Delay 0,02 sec B2614 Instantaneous trip via BI NO B2615 Instantaneous trip after SwitchOnToFault NO B

3.55 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup oo A B2621 50-B2 Delay oo sec B2622 50N-B2 Pickup oo A B2623 50N-B2 Delay oo sec B2624 Instantaneous trip via Pilot Prot./BI NO B2625 Instantaneous trip after SwitchOnToFault NO B

3.56 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 6,00 A B2642 51-B Time Dial 0,21 sec B2646 51-B Additional Time Delay 0,00 sec B2650 51N-B Pickup 2,40 A B2652 51N-B Time Dial 0,12 sec B2656 51N-B Additional Time Delay 0,00 sec B2660 IEC Curve Normal Inverse B2670 Instantaneous trip via Pilot Prot./BI NO B

7SA612V4_6 070915 Var_A1_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo General

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B(2)Nº Parámetro Valor Grupo

2671 Instantaneous trip after SwitchOnToFault NO B

3.57 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup oo A B2631 50-STUB Delay oo sec B2632 50N-STUB Pickup oo A B2633 50N-STUB Delay oo sec B2634 Instantaneous trip via Pilot Prot./BI NO B2635 Instantaneous trip after SwitchOnToFault NO B

3.58 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON B2902A Voltage Threshold for Balance Monitoring 50 V B2903A Balance Factor for Voltage Monitor 0,75 B2904A Current Threshold for Balance Monitoring 0,50 A B2905A Balance Factor for Current Monitor 0,50 B2906A Summated Current Monitoring Threshold 0,50 A B2907A Summated Current Monitoring Factor 0,10 B2908A T Balance Factor for Voltage Monitor 5 sec B2909A T Current Balance Monitor 5 sec B

7SA612V4_6 070915 Var_A1_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.59 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON B2911A Minimum Voltage Threshold V> 30 V B2912A Maximum Current Threshold I< 0,50 A B2913A Maximum Voltage Threshold V< (3phase) 5 V B2914A Differential Current Threshold (3phase) 0,50 A B2915 Voltage Failure Supervision with current superv. and CBpos(52a) B2916A Delay Voltage Failure Supervision 3,00 sec B

3.60 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms B

3.61 Grupo Measurement Supervision; Grupo Load Angle

Grupo Measurement Supervision; Grupo Load AngleNº Parámetro Valor Grupo

2941 Limit setting PhiA 200 ° B2942 Limit setting PhiB 340 ° B2943 Minimum value I1> 0,25 A B2944 Minimum value U1> 20 V B

7SA612V4_6 070915 Var_A1_prnGrupo Measurement Supervision; Grupo Meas.Volt.Fail

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.62 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON B3102 Block 50N/51N for Distance protection NO B3174 Block 50N/51N for Pickup 21 in each zone B3104A Stabilisation Slope with Iphase 10 % B3170 2nd harmonic ratio for inrush restraint 15 % B3171 Max.Current, overriding inrush restraint 37,50 A B3172 Instantaneous mode after SwitchOnToFault with Pickup and direction B3173 Trip time delay after SOTF 0,00 sec B

3.63 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Forward B3111 Pickup 11,00 A B3112 Time Delay 0,03 sec B3113 Instantaneous trip via Pilot Prot./BI NO B3114 Instantaneous trip after SwitchOnToFault NO B3115 Inrush Blocking NO B

3.64 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive B3121 Pickup 0,83 A B3122 Time Delay 0,60 sec B3123 Instantaneous trip via Pilot Prot./BI NO B3124 Instantaneous trip after SwitchOnToFault NO B3125 Inrush Blocking NO B

7SA612V4_6 070915 Var_A1_prnGrupo 50N/51N Ground OverCurrent; Grupo General

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.65 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive B3131 Pickup 0,83 A B3132 Time Delay 0,90 sec B3133 Instantaneous trip via Pilot Prot./BI NO B3134 Instantaneous trip after SwitchOnToFault NO B3135 Inrush Blocking NO B

3.66 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward B3141 Pickup 2,40 A B3143 Time Dial 0,13 sec B3147 Additional Time Delay 0,00 sec B3148 Instantaneous trip via Pilot Prot./BI NO B3149 Instantaneous trip after SwitchOnToFault NO B3150 Inrush Blocking NO B3151 IEC Curve Normal Inverse B

3.67 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 B3162A ALPHA, lower angle for forward direction 338 ° B3163A BETA, upper angle for forward direction 122 ° B3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V B3166 Min. neg. seq. polarizing voltage 3V2 3,0 V B3167 Min. neg. seq. polarizing current 3I2 0,25 A B3168 Compensation angle PHI comp. for Sr 255 ° B3169 Forward direction power threshold 1,5 VA B

7SA612V4_6 070915 Var_A1_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-3

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.68 Grupo 25 Synchronism and Voltage Check; Grupo General

Grupo 25 Synchronism and Voltage Check; Grupo GeneralNº Parámetro Valor Grupo

3501 25 Synchronism and Voltage Check ON B3502 Voltage threshold dead line / bus 10 V B3503 Voltage threshold live line / bus 44 V B3504 Maximum permissible voltage 70 V B3507 Maximum duration of synchronism-check 1,00 sec B3508 Synchronous condition stability timer 0,00 sec B3509 Synchronizable circuit breaker <none> todo

3.69 Grupo 25 Synchronism and Voltage Check; Grupo with AR

Grupo 25 Synchronism and Voltage Check; Grupo with ARNº Parámetro Valor Grupo

3510 Operating mode with AR without consideration of 52 closing time B3511 Maximum voltage difference 10,0 V B3512 Maximum frequency difference 0,10 Hz B3513 Maximum angle difference 10 ° B3515A 79 at Vsy2>, Vsy1>, and Synchr. YES B3516 79 at Vsy1< and Vsy2> NO B3517 79 at Vsy1> and Vsy2< NO B3518 79 at Vsy1< and Vsy2< NO B3519 Override of any check before 79 NO B

7SA612V4_6 070915 Var_A1_prnGrupo 50N/51N Ground OverCurrent; Grupo Direction

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.70 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL

Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRLNº Parámetro Valor Grupo

3530 Operating mode with Man.Cl without consideration of 52 closing time B3531 Maximum voltage difference 10,0 V B3532 Maximum frequency difference 0,10 Hz B3533 Maximum angle difference 10 ° B3535A Manual Close at Vsy2>, Vsy1>, and Synchr NO B3536 Manual Close at Vsy1< and Vsy2> NO B3537 Manual Close at Vsy1> and Vsy2< NO B3538 Manual Close at Vsy1< and Vsy2< NO B3539 Override of any check before Man.Cl NO B

3.71 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP B3806 Load Compensation NO B

3.72 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON B3902 50BF Pickup current threshold 6,00 A B3904 Delay after 1pole start for local trip 0,02 sec B3905 Delay after 3pole start for local trip 0,02 sec B3906 Delay of 2nd element for busbar trip 0,20 sec B3907 Delay for start with defective bkr. 0,00 sec B3908 Trip output selection with defective bkr NO B3909 Check Breaker contacts YES B

7SA612V4_6 070915 Var_A1_prnGrupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.73 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF B3922 Trip delay of end fault element 2,00 sec B

3.74 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF B3932 Trip delay with pole discrepancy 2,00 sec B

3.75 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 154,0 kV C1104 Measurement: Full Scale Current (100%) 600 A C1105 Line Angle 79 ° C1211 Angle of inclination, distance charact. 79 ° C1107 P,Q operational measured values sign not reversed C1110 x' - Line Reactance per length unit 0,0352 Ohm / km C1111 Line Length 60,6 km C1120 Zero seq. comp. factor K0 for zone Z1 0,809 C1121 Zero seq. comp. angle for zone Z1 3,02 ° C1122 Zero seq.comp.factor K0,higher zones >Z1 0,809 C1123 Zero seq. comp. angle, higher zones >Z1 3,02 ° C

7SA612V4_6 070915 Var_A1_prnGrupo 50BF Breaker Failure; Grupo End fault prot.

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.76 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,50 A C1131A Pole Open Voltage Threshold 11 V C1132A Seal-in Time after ALL closures 0,20 sec C1133A minimal time for line open before SOTF 0,25 sec C1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI C1135 RESET of Trip Command with CB(52a) AND I < PoleOpenCurrent C1140A CT Saturation Threshold 100,0 A C1150A Seal-in Time after MANUAL closures 0,20 sec C1151 Manual CLOSE COMMAND generation NO C1152 MANUAL Closure Impulse after CONTROL <none> todo

3.77 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON C1202 Phase Current threshold for dist. meas. 0,50 A C1211 Angle of inclination, distance charact. 79 ° C1208 Series compensated line NO C1232 Instantaneous trip after SwitchOnToFault with Zone Z1B C1241 R load, minimum Load Impedance (ph-g) oo Ohm C1242 PHI load, maximum Load Angle (ph-g) 30 ° C1243 R load, minimum Load Impedance (ph-ph) oo Ohm C1244 PHI load, maximum Load Angle (ph-ph) 30 ° C1357 Z1B enabled before 1st AR (int. or ext.) YES C

7SA612V4_6 070915 Var_A1_prnGrupo Power System Data 2; Grupo Line Status

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.78 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,50 A C1204 3V0 threshold zero seq. voltage pickup oo V C1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 C1209A Criterion of ground fault recognition 3I0> OR 3V0> C1221A Loop selection with 2Ph-G faults all loops C

3.79 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup C1305 T1-1phase, delay for single phase faults 0,00 sec C1306 T1multi-ph, delay for multi phase faults 0,00 sec C1315 T2-1phase, delay for single phase faults 0,60 sec C1316 T2multi-ph, delay for multi phase faults 0,60 sec C1325 T3 delay 2,00 sec C1335 T4 delay 2,00 sec C1345 T5 delay oo sec C1355 T1B-1phase, delay for single ph. faults 0,00 sec C1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec C

3.80 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward C1302 R(Z1), Resistance for ph-ph-faults 1,720 Ohm C1303 X(Z1), Reactance 1,720 Ohm C1304 RG(Z1), Resistance for ph-gnd faults 3,440 Ohm C1305 T1-1phase, delay for single phase faults 0,00 sec C1306 T1multi-ph, delay for multi phase faults 0,00 sec C1307 Zone Reduction Angle (load compensation) 0 ° C

7SA612V4_6 070915 Var_A1_prnGrupo 21 Distance protection, general settings; Grupo Ground faults

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.81 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward C1352 R(Z1B), Resistance for ph-ph-faults 4,700 Ohm C1353 X(Z1B), Reactance 5,200 Ohm C1354 RG(Z1B), Resistance for ph-gnd faults 7,200 Ohm C1355 T1B-1phase, delay for single ph. faults 0,00 sec C1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec C1357 Z1B enabled before 1st AR (int. or ext.) YES C

3.82 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward C1312 R(Z2), Resistance for ph-ph-faults 3,600 Ohm C1313 X(Z2), Reactance 3,600 Ohm C1314 RG(Z2), Resistance for ph-gnd faults 7,200 Ohm C1315 T2-1phase, delay for single phase faults 0,60 sec C1316 T2multi-ph, delay for multi phase faults 0,60 sec C

3.83 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse C1322 R(Z3), Resistance for ph-ph-faults 4,000 Ohm C1323 X(Z3), Reactance 4,000 Ohm C1324 RG(Z3), Resistance for ph-gnd faults 8,000 Ohm C1325 T3 delay 2,00 sec C

7SA612V4_6 070915 Var_A1_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

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3.84 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward C1332 R(Z4), Resistance for ph-ph-faults 4,700 Ohm C1333 X(Z4), Reactance 4,700 Ohm C1334 RG(Z4), Resistance for ph-gnd faults 9,400 Ohm C1335 T4 delay 2,00 sec C

3.85 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional C1342 R(Z5), Resistance for ph-ph-faults 4,720 Ohm C1343 X(Z5)+, Reactance for Forward direction 4,720 Ohm C1344 RG(Z5), Resistance for ph-gnd faults 9,420 Ohm C1345 T5 delay oo sec C1346 X(Z5)-, Reactance for Reverse direction 3,500 Ohm C

3.86 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked C2006 68T Power swing trip NO C2007 68 Trip delay after Power Swing Blocking 0,08 sec C

7SA612V4_6 070915 Var_A1_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z4

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 36 de 46

3.87 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON C2102 Type of Line Two Terminals C2103A Time for send signal prolongation 0,08 sec C2109A Transient Block.: Duration external flt. 0,03 sec C2110A Transient Block.: Blk.T. after ext. flt. 0,15 sec C

3.88 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON C2404 50HS SOTF-O/C PICKUP 12,50 A C

3.89 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only C2502A Trip / Echo Delay after carrier receipt 0,04 sec C2503A Trip Extension / Echo Impulse time 0,05 sec C2504A Echo Block Time 0,50 sec C2505 Undervoltage (ph-g) 25 V C2509 Echo logic: 21 and 67N on common channel NO todo

3.90 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. C2680 Trip time delay after SOTF 0,00 sec C

7SA612V4_6 070915 Var_A1_prnGrupo 85-21 Pilot Prot. for Distance prot.

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 37 de 46

3.91 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup 22,00 A C2611 50-B1 Delay 0,01 sec C2612 50N-B1 Pickup 11,00 A C2613 50N-B1 Delay 0,02 sec C2614 Instantaneous trip via BI NO C2615 Instantaneous trip after SwitchOnToFault NO C

3.92 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup oo A C2621 50-B2 Delay oo sec C2622 50N-B2 Pickup oo A C2623 50N-B2 Delay oo sec C2624 Instantaneous trip via Pilot Prot./BI NO C2625 Instantaneous trip after SwitchOnToFault NO C

3.93 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 6,00 A C2642 51-B Time Dial 0,21 sec C2646 51-B Additional Time Delay 0,00 sec C2650 51N-B Pickup 2,40 A C2652 51N-B Time Dial 0,12 sec C2656 51N-B Additional Time Delay 0,00 sec C2660 IEC Curve Normal Inverse C2670 Instantaneous trip via Pilot Prot./BI NO C

7SA612V4_6 070915 Var_A1_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo General

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 38 de 46

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B(2)Nº Parámetro Valor Grupo

2671 Instantaneous trip after SwitchOnToFault NO C

3.94 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup oo A C2631 50-STUB Delay oo sec C2632 50N-STUB Pickup oo A C2633 50N-STUB Delay oo sec C2634 Instantaneous trip via Pilot Prot./BI NO C2635 Instantaneous trip after SwitchOnToFault NO C

3.95 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON C2902A Voltage Threshold for Balance Monitoring 50 V C2903A Balance Factor for Voltage Monitor 0,75 C2904A Current Threshold for Balance Monitoring 0,50 A C2905A Balance Factor for Current Monitor 0,50 C2906A Summated Current Monitoring Threshold 0,50 A C2907A Summated Current Monitoring Factor 0,10 C2908A T Balance Factor for Voltage Monitor 5 sec C2909A T Current Balance Monitor 5 sec C

7SA612V4_6 070915 Var_A1_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 39 de 46

3.96 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON C2911A Minimum Voltage Threshold V> 30 V C2912A Maximum Current Threshold I< 0,50 A C2913A Maximum Voltage Threshold V< (3phase) 5 V C2914A Differential Current Threshold (3phase) 0,50 A C2915 Voltage Failure Supervision with current superv. and CBpos(52a) C2916A Delay Voltage Failure Supervision 3,00 sec C

3.97 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms C

3.98 Grupo Measurement Supervision; Grupo Load Angle

Grupo Measurement Supervision; Grupo Load AngleNº Parámetro Valor Grupo

2941 Limit setting PhiA 200 ° C2942 Limit setting PhiB 340 ° C2943 Minimum value I1> 0,25 A C2944 Minimum value U1> 20 V C

7SA612V4_6 070915 Var_A1_prnGrupo Measurement Supervision; Grupo Meas.Volt.Fail

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 40 de 46

3.99 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON C3102 Block 50N/51N for Distance protection NO C3174 Block 50N/51N for Pickup 21 in each zone C3104A Stabilisation Slope with Iphase 10 % C3170 2nd harmonic ratio for inrush restraint 15 % C3171 Max.Current, overriding inrush restraint 37,50 A C3172 Instantaneous mode after SwitchOnToFault with Pickup and direction C3173 Trip time delay after SOTF 0,00 sec C

3.100 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Forward C3111 Pickup 11,00 A C3112 Time Delay 0,03 sec C3113 Instantaneous trip via Pilot Prot./BI NO C3114 Instantaneous trip after SwitchOnToFault NO C3115 Inrush Blocking NO C

3.101 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive C3121 Pickup 0,83 A C3122 Time Delay 0,60 sec C3123 Instantaneous trip via Pilot Prot./BI NO C3124 Instantaneous trip after SwitchOnToFault NO C3125 Inrush Blocking NO C

7SA612V4_6 070915 Var_A1_prnGrupo 50N/51N Ground OverCurrent; Grupo General

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 41 de 46

3.102 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive C3131 Pickup 0,83 A C3132 Time Delay 0,90 sec C3133 Instantaneous trip via Pilot Prot./BI NO C3134 Instantaneous trip after SwitchOnToFault NO C3135 Inrush Blocking NO C

3.103 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward C3141 Pickup 2,40 A C3143 Time Dial 0,13 sec C3147 Additional Time Delay 0,00 sec C3148 Instantaneous trip via Pilot Prot./BI NO C3149 Instantaneous trip after SwitchOnToFault NO C3150 Inrush Blocking NO C3151 IEC Curve Normal Inverse C

3.104 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 C3162A ALPHA, lower angle for forward direction 338 ° C3163A BETA, upper angle for forward direction 122 ° C3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V C3166 Min. neg. seq. polarizing voltage 3V2 3,0 V C3167 Min. neg. seq. polarizing current 3I2 0,25 A C3168 Compensation angle PHI comp. for Sr 255 ° C3169 Forward direction power threshold 1,5 VA C

7SA612V4_6 070915 Var_A1_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-3

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 42 de 46

3.105 Grupo 25 Synchronism and Voltage Check; Grupo General

Grupo 25 Synchronism and Voltage Check; Grupo GeneralNº Parámetro Valor Grupo

3501 25 Synchronism and Voltage Check ON C3502 Voltage threshold dead line / bus 10 V C3503 Voltage threshold live line / bus 44 V C3504 Maximum permissible voltage 70 V C3507 Maximum duration of synchronism-check 1,00 sec C3508 Synchronous condition stability timer 0,00 sec C3509 Synchronizable circuit breaker <none> todo

3.106 Grupo 25 Synchronism and Voltage Check; Grupo with AR

Grupo 25 Synchronism and Voltage Check; Grupo with ARNº Parámetro Valor Grupo

3510 Operating mode with AR without consideration of 52 closing time C3511 Maximum voltage difference 10,0 V C3512 Maximum frequency difference 0,10 Hz C3513 Maximum angle difference 10 ° C3515A 79 at Vsy2>, Vsy1>, and Synchr. YES C3516 79 at Vsy1< and Vsy2> NO C3517 79 at Vsy1> and Vsy2< NO C3518 79 at Vsy1< and Vsy2< NO C3519 Override of any check before 79 NO C

7SA612V4_6 070915 Var_A1_prnGrupo 50N/51N Ground OverCurrent; Grupo Direction

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 43 de 46

3.107 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL

Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRLNº Parámetro Valor Grupo

3530 Operating mode with Man.Cl without consideration of 52 closing time C3531 Maximum voltage difference 10,0 V C3532 Maximum frequency difference 0,10 Hz C3533 Maximum angle difference 10 ° C3535A Manual Close at Vsy2>, Vsy1>, and Synchr NO C3536 Manual Close at Vsy1< and Vsy2> NO C3537 Manual Close at Vsy1> and Vsy2< NO C3538 Manual Close at Vsy1< and Vsy2< NO C3539 Override of any check before Man.Cl NO C

3.108 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP C3806 Load Compensation NO C

3.109 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON C3902 50BF Pickup current threshold 6,00 A C3904 Delay after 1pole start for local trip 0,02 sec C3905 Delay after 3pole start for local trip 0,02 sec C3906 Delay of 2nd element for busbar trip 0,20 sec C3907 Delay for start with defective bkr. 0,00 sec C3908 Trip output selection with defective bkr NO C3909 Check Breaker contacts YES C

7SA612V4_6 070915 Var_A1_prnGrupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 44 de 46

3.110 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF C3922 Trip delay of end fault element 2,00 sec C

3.111 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF C3932 Trip delay with pole discrepancy 2,00 sec C

7SA612V4_6 070915 Var_A1_prnGrupo 50BF Breaker Failure; Grupo End fault prot.

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 45 de 46

4 Change Group

4.1 Grupo Change Group

Grupo Change GroupNº Parámetro Valor Grupo

0302 Change to Another Setting Group Binary Input todo

7SA612V4_6 070915 Var_A1_prnChange Group

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612V4.6 070915 Var_A1/7SA612 21.10.15 16:26:01

Página 46 de 46

Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas

Línea 154kV A. Jahuel – Rancagua - Tinguiririca 2, S/E A. Jahuel

CONTROL DE REVISIÓN DEL CRAP

REVISOR FECHA N° EAP OBSERVACIONES

Max Missene M. 07-09-2015 Nº 75/2015

Cambio de ajustes para evitar que la Z1B actúe de forma instantánea en Sistema 2 protección Siemens 7SA61 .

Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas

Línea 154kV A. Jahuel – Rancagua - Tinguiririca 2, S/E A. Jahuel

Razón de TTCC/TTPP

TTCC:

TTPP:

√

√

Particularidades de Ajustes

No hay.

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PRODUCT SETUPDISPLAY PROPERTIESFlash Message Time 1.0 sDefault Message Timeout 60 sDefault Message Intensity (VFD Only) 25 %Screen Saver Feature (LCD Only) EnabledScreen Saver Wait Time (LCD Only) 30 minCurrent Cutoff Level 0.020 puVoltage Cutoff Level 1.0 V

COMMUNICATIONSSERIAL PORTSRS485 Com2 Baud Rate 19200RS485 Com2 Parity NoneRS485 Com2 Response Min Time 0 ms

NETWORKIP Address 10. 80.153.213IP Subnet Mask 255.255.255. 0Gateway IP Address 10. 80.153.210Ethernet Operation Mode Full-Duplex

MODBUS PROTOCOLModbus Slave Address 254Modbus TCP Port Number 502

HTTPHTTP TCP Port Number 80

TFTPTFTP Main UDP Port Number 69TFTP Data UDP Port Number 1 0TFTP Data UDP Port Number 2 0

REAL TIME CLOCKIRIG-B Signal Type DC ShiftReal Time Clock Events Enabled

FAULT REPORTFault Report 1 Source LINEA (SRC 1)Fault Report 1 Trigger pkp Z1o z2 On (VO4)Fault Report 1 Positive Seq (Z1) Mag 6.73 ohmsFault Report 1 Positive Seq (Z1) Angle 75 degFault Report 1 Zero Seq (Z0) Mag 23.38 ohmsFault Report 1 Zero Seq (Z0) Angle 80 degFault Report 1 Line Length Units kmFault Report 1 Line Length 50.6

OSCILLOGRAPHYNumber Of Records 5Trigger Mode Automatic OverwriteTrigger Position 30 %Trigger Source OSCILOGRAFIA On (VO3)AC Input Waveforms 32 samples/cycleDigital Channel 1 PH DIST Z1 OPDigital Channel 2 PH DIST Z2 OPDigital Channel 3 PH DIST Z3 OPDigital Channel 4 PH DIST Z4 OPDigital Channel 5 GND DIST Z1 OPDigital Channel 6 GND DIST Z2 OPDigital Channel 7 GND DIST Z3 OPDigital Channel 8 GND DIST Z4 OPDigital Channel 9 PHASE TOC1 OPDigital Channel 10 PH DIR1 BLKDigital Channel 11 NEUTRAL TOC1 OPDigital Channel 12 NTRL DIR OC1 REVDigital Channel 13 NEG SEQ DIR OC1 FWDDigital Channel 14 PUTT OPDigital Channel 15 POWER SWING BLOCKDigital Channel 16 PH DIST Z1 PKP

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OSCILLOGRAPHY (continued from last page)Digital Channel 17 PH DIST Z2 PKPDigital Channel 18 PH DIST Z3 PKPDigital Channel 19 PH DIST Z4 PKPDigital Channel 20 LINE PICKUP OPDigital Channel 21 PHASE TOC1 OPDigital Channel 22 AR 1-P RIPDigital Channel 23 AR CLOSE BKR 1Digital Channel 24 AR FORCE 3-P TRIPDigital Channel 25 SYNC 1 SYNC OPDigital Channel 26 Cont Ip 13 On(W3a)Digital Channel 27 52A2 (a) On(H7a)Digital Channel 28 79 conectado On(H7c)Digital Channel 29 86B--> 50BF On(H8a)Digital Channel 30 Cont Ip 7 On(U8a)Digital Channel 31 Cont Ip 8 On(U8c)Digital Channel 32 Rx TINGUI On(W1a)Digital Channel 33 80 SISTEMA 1 On(W1c)Digital Channel 34 Cont Ip 16 On(W4c)Digital Channel 35 Cont Ip 17 On(W5a)Digital Channel 36 GND DIST Z1 PKPDigital Channel 37 GND DIST Z2 PKPDigital Channel 38 GND DIST Z3 PKPDigital Channel 39 GND DIST Z4 PKPDigital Channel 40 PUTT TX1Digital Channel 41 PUTT TX2Digital Channel 42 BLQ Zonas PH On (VO1)Digital Channel 43 TRIP GRAL On (VO2)Digital Channel 44 pkp Z1o z2 On (VO4)Digital Channel 45 BLOq reconec On (VO5)Digital Channel 46 ORD. CIERRE On (VO6)Digital Channel 47 BL-NTCO-NIOC On (VO7)Digital Channel 48 POWER SWING 50DDDigital Channel 49 POWER SWING INNERDigital Channel 50 POWER SWING OUTERDigital Channel 51 POWER SWING UN/BLOCKDigital Channel 52 AR BKR 1 BLKDigital Channel 53 AR CLOSE BKR 1Digital Channel 54 AR INCOMPLETE SEQDigital Channel 55 SYNC 1 CLS OPDigital Channel 56 SYNC 1 SYNC OPDigital Channel 57 PH DIR1 BLKDigital Channel 58 PHASE SELECT 3PDigital Channel 59 Tx RANCAGUA On (VO44)Digital Channel 60 Rx RANCAGUA On(H8c)Digital Channel 61 Tx TINGUI On (VO45)Digital Channel 62 Rx TINGUI On(W1a)Analog Channel 1 SRC1 I_0 MagAnalog Channel 2 SRC1 Ib MagAnalog Channel 3 SRC1 Ic MagAnalog Channel 4 SRC1 Ia AngleAnalog Channel 5 SRC1 Ib AngleAnalog Channel 6 SRC1 Ic AngleAnalog Channel 7 SRC1 Vag MagAnalog Channel 8 SRC1 Vbg MagAnalog Channel 9 SRC1 Vcg MagAnalog Channel 10 SRC1 Vag AngleAnalog Channel 11 SRC1 Vbg AngleAnalog Channel 12 SRC1 Vcg AngleAnalog Channel 13 SRC1 V_1 MagAnalog Channel 14 SRC1 V_1 AngleAnalog Channel 15 SRC1 FrequencyAnalog Channel 16 Tracking Frequency

DATA LOGGERData Logger Mode ContinuousData Logger Trigger OFFRate 60000 msec

USER-PROGRAMMABLE LEDS

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LED TESTFunction EnabledControl CONTROL PUSHBUTTON 3 ON

TRIP AND ALARMS LEDSTrip LED Input TRIP GRAL On (VO2)

USER PROGRAMMABLE LEDSLED 1: OPERAND RECEPCION On (VO41)LED 1: TYPE LatchedLED 2: OPERAND OPERA ZONA 1 On (VO12)LED 2: TYPE LatchedLED 3: OPERAND OPERA ZONA 2 On (VO13)LED 3: TYPE LatchedLED 4: OPERAND OPERA ZONA 3 On (VO14)LED 4: TYPE LatchedLED 5: OPERAND OPERA ZONA 4 On (VO15)LED 5: TYPE LatchedLED 6: OPERAND OPERA ZONA 5 On (VO16)LED 6: TYPE LatchedLED 7: OPERAND 79 on On (VO17)LED 7: TYPE Self-ResetLED 8: OPERAND 79 off On (VO18)LED 8: TYPE Self-ResetLED 9: OPERAND LINE PICKUP OPLED 9: TYPE LatchedLED 10: OPERAND 52A2 (a) Off(H7a)LED 10: TYPE Self-ResetLED 11: OPERAND 52A2 (a) On(H7a)LED 11: TYPE Self-ResetLED 12: OPERAND FALLA RELE On(U7a)LED 12: TYPE Self-ResetLED 13: OPERAND 67N On (VO32)LED 13: TYPE LatchedLED 14: OPERAND 51-51N On (VO33)LED 14: TYPE LatchedLED 15: OPERAND 50-50N On (VO34)LED 15: TYPE LatchedLED 16: OPERAND AR 3-P/1 RIPLED 16: TYPE Self-ResetLED 17: OPERAND AR LOLED 17: TYPE Self-ResetLED 18: OPERAND POWER SWING UN/BLOCKLED 18: TYPE Self-ResetLED 25: OPERAND SELECTOR 1 POS 1LED 25: TYPE Self-ResetLED 26: OPERAND SELECTOR 1 POS 2LED 26: TYPE Self-ResetLED 27: OPERAND SETTING GROUP ACT 1LED 27: TYPE Self-ResetLED 28: OPERAND SETTING GROUP ACT 2LED 28: TYPE Self-ResetLED 29: OPERAND SETTING GROUP ACT 3LED 29: TYPE Self-Reset

USER-PROGRAMMABLE SELF TESTSBattery Fail Function Enabled

CONTROL PUSHBUTTONSCPB 1: Function EnabledCPB 1: Events Enabled

USER-DEFINABLE DISPLAYSUSER DISPLAY 1: Top Line LINEA TINGUIRIRICA 2USER DISPLAY 1: Bottom Line SISTEMA 1USER DISPLAY 1: Item 1 0USER DISPLAY 1: Item 2 0USER DISPLAY 1: Item 3 0USER DISPLAY 1: Item 4 0USER DISPLAY 1: Item 5 0

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USER-DEFINABLE DISPLAYS (continued from last page)USER DISPLAY 2: Top Line COMMANDSUSER DISPLAY 2: Bottom Line CLEAR RECORDSUSER DISPLAY 2: Item 1 0USER DISPLAY 2: Item 2 0USER DISPLAY 2: Item 3 0USER DISPLAY 2: Item 4 0USER DISPLAY 2: Item 5 0USER DISPLAY 3: Top Line IA IB ICUSER DISPLAY 3: Bottom Line ~ ~ ~USER DISPLAY 3: Item 1 6144USER DISPLAY 3: Item 2 6146USER DISPLAY 3: Item 3 6148USER DISPLAY 3: Item 4 0USER DISPLAY 3: Item 5 0USER DISPLAY 4: Top Line EVENT RECORDSUSER DISPLAY 4: Bottom LineUSER DISPLAY 4: Item 1 0USER DISPLAY 4: Item 2 0USER DISPLAY 4: Item 3 0USER DISPLAY 4: Item 4 0USER DISPLAY 4: Item 5 0USER DISPLAY 5: Top Line ACTUAL VALUESUSER DISPLAY 5: Bottom Line RECORDSUSER DISPLAY 5: Item 1 0USER DISPLAY 5: Item 2 0USER DISPLAY 5: Item 3 0USER DISPLAY 5: Item 4 0USER DISPLAY 5: Item 5 0Invoke and Scroll ON

INSTALLATIONRelay Name AJAA2 SISTEMA 1

SYSTEM SETUPAC INPUTS

CURRENTCT F1: Phase CT Primary 600 ACT F1: Phase CT Secondary 5 ACT F1: Ground CT Primary 600 ACT F1: Ground CT Secondary 5 A

VOLTAGEVT F5: Phase VT Connection WyeVT F5: Phase VT Secondary 63.5 VVT F5: Phase VT Ratio 1400.00 :1VT F5: Auxiliary VT Connection VbgVT F5: Auxiliary VT Secondary 63.5 VVT F5: Auxiliary VT Ratio 1400.00 :1

POWER SYSTEMNominal Frequency 50 HzPhase Rotation ABCFrequency And Phase Reference LINEA (SRC 1)Frequency Tracking Function Enabled

SIGNAL SOURCESSOURCE 1: Name LINEASOURCE 1: Phase CT F1SOURCE 1: Ground CT F1SOURCE 1: Phase VT F5SOURCE 1: Auxiliary VT NoneSOURCE 2: Name BARRASOURCE 2: Phase CT NoneSOURCE 2: Ground CT NoneSOURCE 2: Phase VT NoneSOURCE 2: Auxiliary VT F5

BREAKERSBreaker 1 Function Enabled

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BREAKERS (continued from last page)Breaker 1 Push Button Control DisabledBreaker 1 Name 52A2Breaker 1 Mode 3-PoleBreaker 1 Open OFFBreaker 1 Close OFFBreaker 1 Phase A/3-Pole 52A2 (a) On(H7a)Breaker 1 Phase B OFFBreaker 1 Phase C OFFBreaker 1 External Alarm OFFBreaker 1 Alarm Delay 0.000 sBreaker 1 Manual Close Recal Time 0.000 sBreaker 1 Out Of Service OFF

FLEXLOGICFLEXLOGIC EQUATION EDITORFlexLogic Entry 1 POWER SWING UN/BLOCKFlexLogic Entry 2 SRC1 VT FUSE FAIL OPFlexLogic Entry 3 OR(2)FlexLogic Entry 4 = BLQ Zonas PH (VO1)FlexLogic Entry 5 PH DIST Z1 OPFlexLogic Entry 6 PH DIST Z2 OPFlexLogic Entry 7 PH DIST Z3 OPFlexLogic Entry 8 PH DIST Z4 OPFlexLogic Entry 9 GND DIST Z1 OPFlexLogic Entry 10 GND DIST Z2 OPFlexLogic Entry 11 GND DIST Z3 OPFlexLogic Entry 12 GND DIST Z4 OPFlexLogic Entry 13 PHASE TOC1 OPFlexLogic Entry 14 NEUTRAL TOC1 OPFlexLogic Entry 15 PHASE TOC2 OPFlexLogic Entry 16 NEUTRAL TOC2 OPFlexLogic Entry 17 PHASE IOC1 OPFlexLogic Entry 18 NEUTRAL IOC1 OPFlexLogic Entry 19 HYBRID POTT OPFlexLogic Entry 20 LINE PICKUP OPFlexLogic Entry 21 OR(16)FlexLogic Entry 22 PH DIST Z5 OPFlexLogic Entry 23 GND DIST Z5 OPFlexLogic Entry 24 POTT OP 2T On (VO50)FlexLogic Entry 25 OR(3)FlexLogic Entry 26 OR(2)FlexLogic Entry 27 = TRIP GRAL (VO2)FlexLogic Entry 28 BLQ Zonas PH On (VO1)FlexLogic Entry 29 TRIP GRAL On (VO2)FlexLogic Entry 30 POWER SWING BLOCKFlexLogic Entry 31 OR(3)FlexLogic Entry 32 = OSCILOGRAFIA (VO3)FlexLogic Entry 33 PH DIST Z1 PKPFlexLogic Entry 34 GND DIST Z1 PKPFlexLogic Entry 35 PH DIST Z2 PKPFlexLogic Entry 36 GND DIST Z2 PKPFlexLogic Entry 37 OR(4)FlexLogic Entry 38 = pkp Z1o z2 (VO4)FlexLogic Entry 39 AR CLOSE BKR 1FlexLogic Entry 40 SYNC 1 CLS OPFlexLogic Entry 41 AND(2)FlexLogic Entry 42 = ORD. CIERRE (VO6)FlexLogic Entry 43 AR LOFlexLogic Entry 44 TIMER 1FlexLogic Entry 45 = RESET 79 (VO10)FlexLogic Entry 46 GND DIST Z1 OPFlexLogic Entry 47 PH DIST Z1 OPFlexLogic Entry 48 OR(2)FlexLogic Entry 49 = OPERA ZONA 1 (VO12)FlexLogic Entry 50 GND DIST Z2 OPFlexLogic Entry 51 PH DIST Z2 OPFlexLogic Entry 52 OR(2)FlexLogic Entry 53 = OPERA ZONA 2 (VO13)FlexLogic Entry 54 PH DIST Z3 OP

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 55 GND DIST Z3 OPFlexLogic Entry 56 OR(2)FlexLogic Entry 57 = OPERA ZONA 3 (VO14)FlexLogic Entry 58 PH DIST Z4 OPFlexLogic Entry 59 GND DIST Z4 OPFlexLogic Entry 60 OR(2)FlexLogic Entry 61 = OPERA ZONA 4 (VO15)FlexLogic Entry 62 PH DIST Z5 OPFlexLogic Entry 63 GND DIST Z5 OPFlexLogic Entry 64 OR(2)FlexLogic Entry 65 = OPERA ZONA 5 (VO16)FlexLogic Entry 66 79 conectado On(H7c)FlexLogic Entry 67 SELECTOR 1 POS 1FlexLogic Entry 68 AND(2)FlexLogic Entry 69 = 79 on (VO17)FlexLogic Entry 70 79 on On (VO17)FlexLogic Entry 71 NOTFlexLogic Entry 72 = 79 off (VO18)FlexLogic Entry 73 PH DIST Z1 PKPFlexLogic Entry 74 PH DIST Z2 PKPFlexLogic Entry 75 PH DIST Z3 PKPFlexLogic Entry 76 PH DIST Z4 PKPFlexLogic Entry 77 PH DIST Z5 PKPFlexLogic Entry 78 GND DIST Z1 PKPFlexLogic Entry 79 GND DIST Z2 PKPFlexLogic Entry 80 GND DIST Z3 PKPFlexLogic Entry 81 GND DIST Z4 PKPFlexLogic Entry 82 GND DIST Z5 PKPFlexLogic Entry 83 PHASE TOC1 PKPFlexLogic Entry 84 NEUTRAL TOC1 PKPFlexLogic Entry 85 LINE PICKUP PKPFlexLogic Entry 86 OR(13)FlexLogic Entry 87 = reset led (VO19)FlexLogic Entry 88 ANY MAJOR ERRORFlexLogic Entry 89 DSP ERRORFlexLogic Entry 90 EEPROM DATA ERRORFlexLogic Entry 91 BATTERY FAILFlexLogic Entry 92 NOR(4)FlexLogic Entry 93 = FALLA RELE (VO21)FlexLogic Entry 94 Rx RANCAGUA On(H8c)FlexLogic Entry 95 = RECEP ACELER (VO22)FlexLogic Entry 96 PHASE TOC1 OPFlexLogic Entry 97 NEUTRAL TOC1 OPFlexLogic Entry 98 OR(2)FlexLogic Entry 99 = 67-67N (VO27)FlexLogic Entry 100 PHASE TOC2 OPFlexLogic Entry 101 NEUTRAL TOC2 OPFlexLogic Entry 102 OR(2)FlexLogic Entry 103 = 51-51N (VO28)FlexLogic Entry 104 PHASE IOC1 OP CFlexLogic Entry 105 NEUTRAL IOC1 OPFlexLogic Entry 106 OR(2)FlexLogic Entry 107 = 50-50N (VO29)FlexLogic Entry 108 PH DIST Z2 OPFlexLogic Entry 109 GND DIST Z2 OPFlexLogic Entry 110 OR(2)FlexLogic Entry 111 Rx RANCAGUA On(H8c)FlexLogic Entry 112 AND(2)FlexLogic Entry 113 PH DIST Z1 OPFlexLogic Entry 114 GND DIST Z1 OPFlexLogic Entry 115 OR(2)FlexLogic Entry 116 OR(2)FlexLogic Entry 117 = Partida 79 (VO30)FlexLogic Entry 118 FALLA RELE On (VO21)FlexLogic Entry 119 SELECTOR 1 POS 1FlexLogic Entry 120 OR(2)FlexLogic Entry 121 = Control 79S2 (VO31)FlexLogic Entry 122 NEG SEQ DIR OC1 REVFlexLogic Entry 123 SRC1 VT FUSE FAIL OP

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 124 NOTFlexLogic Entry 125 AND(2)FlexLogic Entry 126 = BL-NTCO-NIOC (VO7)FlexLogic Entry 127 NEUTRAL IOC1 OPFlexLogic Entry 128 NEUTRAL TOC1 OPFlexLogic Entry 129 OR(2)FlexLogic Entry 130 NTRL DIR OC1 FWDFlexLogic Entry 131 AND(2)FlexLogic Entry 132 = 67N (VO32)FlexLogic Entry 133 NEUTRAL TOC1 OPFlexLogic Entry 134 SRC1 VT FUSE FAIL OPFlexLogic Entry 135 AND(2)FlexLogic Entry 136 PHASE TOC1 OPFlexLogic Entry 137 OR(2)FlexLogic Entry 138 = 51-51N (VO33)FlexLogic Entry 139 NEUTRAL IOC1 OPFlexLogic Entry 140 SRC1 VT FUSE FAIL OPFlexLogic Entry 141 AND(2)FlexLogic Entry 142 PHASE IOC1 OPFlexLogic Entry 143 OR(2)FlexLogic Entry 144 = 50-50N (VO34)FlexLogic Entry 145 Rx TINGUI On(W1a)FlexLogic Entry 146 Rx RANCAGUA On(H8c)FlexLogic Entry 147 SETTING GROUP ACT 1FlexLogic Entry 148 AND(3)FlexLogic Entry 149 = RECEPCION 3T (VO36)FlexLogic Entry 150 Rx RANCAGUA On(H8c)FlexLogic Entry 151 SETTING GROUP ACT 2FlexLogic Entry 152 AND(2)FlexLogic Entry 153 = RECEPCION 2T (VO37)FlexLogic Entry 154 RECEPCION 3T On (VO36)FlexLogic Entry 155 RECEPCION 2T On (VO37)FlexLogic Entry 156 OR(2)FlexLogic Entry 157 = RECEPCION (VO41)FlexLogic Entry 158 HYBRID POTT TX1FlexLogic Entry 159 SETTING GROUP ACT 1FlexLogic Entry 160 AND(2)FlexLogic Entry 161 POTT TX1FlexLogic Entry 162 SETTING GROUP ACT 2FlexLogic Entry 163 AND(2)FlexLogic Entry 164 OR(2)FlexLogic Entry 165 = Tx RANCAGUA (VO44)FlexLogic Entry 166 HYBRID POTT TX1FlexLogic Entry 167 SETTING GROUP ACT 1FlexLogic Entry 168 AND(2)FlexLogic Entry 169 = Tx TINGUI (VO45)FlexLogic Entry 170 CHANGE GRP Off(W2a)FlexLogic Entry 171 TIMER 4FlexLogic Entry 172 = CAMBIO G1-G2 (VO47)FlexLogic Entry 173 52A2 (a) Off(H7a)FlexLogic Entry 174 RECEPCION 2T On (VO37)FlexLogic Entry 175 AND(2)FlexLogic Entry 176 = ECHO COND 2T (VO48)FlexLogic Entry 177 POTT OPFlexLogic Entry 178 SETTING GROUP ACT 2FlexLogic Entry 179 AND(2)FlexLogic Entry 180 = POTT OP 2T (VO50)FlexLogic Entry 181 END

FLEXLOGIC TIMERSTimer 1: Type millisecondTimer 1: Pickup Delay 0Timer 1: Dropout Delay 0Timer 4: Type secondTimer 4: Pickup Delay 2Timer 4: Dropout Delay 2

GROUPED ELEMENTSGROUP 1

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

LINE PICKUP [GROUP 1] Function EnabledSignal Source LINEA (SRC 1)Phase IOC Line Pickup 1.882 puUV Pickup 0.800 puLine End Open Pickup Delay 0.200 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass EnabledAutoreclose Coordination Pickup Delay 0.045 sAutoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 1] Source LINEA (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 1] PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 1.86 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 0.02 ohmsPHASE DISTANCE Z1: Rev Reach RCA 79 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 49 degPHASE DISTANCE Z1: DIR Comp Limit 71 degPHASE DISTANCE Z1: Quad Right Blinder 1.86 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 79 degPHASE DISTANCE Z1: Quad Left Blinder 1.86 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 79 degPHASE DISTANCE Z1: Supervision 0.100 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function EnabledPHASE DISTANCE Z2: Direction ForwardPHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 8.50 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 0.02 ohmsPHASE DISTANCE Z2: Rev Reach RCA 79 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 49 degPHASE DISTANCE Z2: DIR Comp Limit 71 degPHASE DISTANCE Z2: Quad Right Blinder 8.00 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 79 degPHASE DISTANCE Z2: Quad Left Blinder 8.00 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 79 degPHASE DISTANCE Z2: Supervision 0.100 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 65.535 sPHASE DISTANCE Z2: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function Enabled

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PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 4.26 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 0.02 ohmsPHASE DISTANCE Z3: Rev Reach RCA 79 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 49 degPHASE DISTANCE Z3: DIR Comp Limit 71 degPHASE DISTANCE Z3: Quad Right Blinder 4.26 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 79 degPHASE DISTANCE Z3: Quad Left Blinder 4.26 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 79 degPHASE DISTANCE Z3: Supervision 0.100 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 0.600 sPHASE DISTANCE Z3: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape QuadPHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 6.00 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 0.02 ohmsPHASE DISTANCE Z4: Rev Reach RCA 79 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 49 degPHASE DISTANCE Z4: DIR Comp Limit 71 degPHASE DISTANCE Z4: Quad Right Blinder 6.00 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 79 degPHASE DISTANCE Z4: Quad Left Blinder 6.00 ohmsPHASE DISTANCE Z4: Quad Left Blinder RCA 79 degPHASE DISTANCE Z4: Supervision 0.100 puPHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.500 sPHASE DISTANCE Z4: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events EnabledPHASE DISTANCE Z5: Function EnabledPHASE DISTANCE Z5: Direction ForwardPHASE DISTANCE Z5: Shape QuadPHASE DISTANCE Z5: Xfmr Vol Connection NonePHASE DISTANCE Z5: Xfmr Curr Connection NonePHASE DISTANCE Z5: Reach 6.50 ohmsPHASE DISTANCE Z5: RCA 90 degPHASE DISTANCE Z5: Rev Reach 0.02 ohmsPHASE DISTANCE Z5: Rev Reach RCA 79 degPHASE DISTANCE Z5: Comp Limit 90 degPHASE DISTANCE Z5: DIR RCA 49 degPHASE DISTANCE Z5: DIR Comp Limit 71 degPHASE DISTANCE Z5: Quad Right Blinder 6.50 ohmsPHASE DISTANCE Z5: Quad Right Blinder RCA 79 degPHASE DISTANCE Z5: Quad Left Blinder 6.50 ohmsPHASE DISTANCE Z5: Quad Left Blinder RCA 79 degPHASE DISTANCE Z5: Supervision 0.100 puPHASE DISTANCE Z5: Volt Level 0.000 puPHASE DISTANCE Z5: Delay 1.500 sPHASE DISTANCE Z5: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z5: Target Self-resetPHASE DISTANCE Z5: Events Enabled

GROUND DISTANCE [GROUP 1] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction Forward

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z1: Shape QuadGROUND DISTANCE Z1: Z0/Z1 Mag 3.43GROUND DISTANCE Z1: Z0/Z1 Ang 2 degGROUND DISTANCE Z1: Z0M/Z1 Mag 0.00GROUND DISTANCE Z1: Z0M/Z1 Ang 0 degGROUND DISTANCE Z1: Reach 1.86 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 0.02 ohmsGROUND DISTANCE Z1: Rev Reach RCA 79 degGROUND DISTANCE Z1: POL Current Zero-seqGROUND DISTANCE Z1: Non-Homogen Ang 0.0 degGROUND DISTANCE Z1: Comp Limit 90 degGROUND DISTANCE Z1: DIR RCA 49 degGROUND DISTANCE Z1: DIR Comp Limit 71 degGROUND DISTANCE Z1: Quad Right Blinder 1.86 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 79 degGROUND DISTANCE Z1: Quad Left Blinder 1.86 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 79 degGROUND DISTANCE Z1: Supervision 0.100 puGROUND DISTANCE Z1: Volt Level 0.000 puGROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z1: Target Self-resetGROUND DISTANCE Z1: Events EnabledGROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.43GROUND DISTANCE Z2: Z0/Z1 Ang 2 degGROUND DISTANCE Z2: Z0M/Z1 Mag 0.00GROUND DISTANCE Z2: Z0M/Z1 Ang 0 degGROUND DISTANCE Z2: Reach 8.50 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 0.02 ohmsGROUND DISTANCE Z2: Rev Reach RCA 79 degGROUND DISTANCE Z2: POL Current Zero-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 degGROUND DISTANCE Z2: DIR RCA 49 degGROUND DISTANCE Z2: DIR Comp Limit 71 degGROUND DISTANCE Z2: Quad Right Blinder 8.00 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 79 degGROUND DISTANCE Z2: Quad Left Blinder 8.00 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 79 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 65.535 sGROUND DISTANCE Z2: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.43GROUND DISTANCE Z3: Z0/Z1 Ang 2 degGROUND DISTANCE Z3: Z0M/Z1 Mag 0.00GROUND DISTANCE Z3: Z0M/Z1 Ang 0 degGROUND DISTANCE Z3: Reach 4.26 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 0.02 ohmsGROUND DISTANCE Z3: Rev Reach RCA 79 degGROUND DISTANCE Z3: POL Current Zero-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 degGROUND DISTANCE Z3: DIR RCA 49 degGROUND DISTANCE Z3: DIR Comp Limit 71 degGROUND DISTANCE Z3: Quad Right Blinder 4.26 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 79 degGROUND DISTANCE Z3: Quad Left Blinder 4.26 ohms

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GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z3: Quad Left Blinder RCA 79 degGROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 0.600 sGROUND DISTANCE Z3: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.43GROUND DISTANCE Z4: Z0/Z1 Ang 2 degGROUND DISTANCE Z4: Z0M/Z1 Mag 0.00GROUND DISTANCE Z4: Z0M/Z1 Ang 0 degGROUND DISTANCE Z4: Reach 6.00 ohmsGROUND DISTANCE Z4: RCA 90 degGROUND DISTANCE Z4: Rev Reach 0.02 ohmsGROUND DISTANCE Z4: Rev Reach RCA 79 degGROUND DISTANCE Z4: POL Current Zero-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 degGROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 49 degGROUND DISTANCE Z4: DIR Comp Limit 71 degGROUND DISTANCE Z4: Quad Right Blinder 6.00 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 79 degGROUND DISTANCE Z4: Quad Left Blinder 6.00 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 79 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.500 sGROUND DISTANCE Z4: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events EnabledGROUND DISTANCE Z5: Function EnabledGROUND DISTANCE Z5: Direction ForwardGROUND DISTANCE Z5: Shape QuadGROUND DISTANCE Z5: Z0/Z1 Mag 3.43GROUND DISTANCE Z5: Z0/Z1 Ang 2 degGROUND DISTANCE Z5: Z0M/Z1 Mag 0.00GROUND DISTANCE Z5: Z0M/Z1 Ang 0 degGROUND DISTANCE Z5: Reach 6.50 ohmsGROUND DISTANCE Z5: RCA 90 degGROUND DISTANCE Z5: Rev Reach 0.02 ohmsGROUND DISTANCE Z5: Rev Reach RCA 79 degGROUND DISTANCE Z5: POL Current Zero-seqGROUND DISTANCE Z5: Non-Homogen Ang 0.0 degGROUND DISTANCE Z5: Comp Limit 90 degGROUND DISTANCE Z5: DIR RCA 49 degGROUND DISTANCE Z5: DIR Comp Limit 71 degGROUND DISTANCE Z5: Quad Right Blinder 13.00 ohmsGROUND DISTANCE Z5: Quad Right Blinder RCA 79 degGROUND DISTANCE Z5: Quad Left Blinder 13.00 ohmsGROUND DISTANCE Z5: Quad Left Blinder RCA 79 degGROUND DISTANCE Z5: Supervision 0.100 puGROUND DISTANCE Z5: Volt Level 0.000 puGROUND DISTANCE Z5: Delay 1.500 sGROUND DISTANCE Z5: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z5: Target Self-resetGROUND DISTANCE Z5: Events Enabled

POWER SWING DETECT [GROUP 1] Function EnabledSource LINEA (SRC 1)Shape Quad ShapeMode Two StepSupv 0.200 puFwd Reach 17.50 ohmsQuad Fwd Mid 18.20 ohmsQuad Fwd Out 18.20 ohms

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POWER SWING DETECT [GROUP 1] (continued from last page)Fwd Rca 79 degRev Reach 8.00 ohmsQuad Rev Mid 8.70 ohmsQuad Rev Out 8.70 ohmsRev Rca 79 degOuter Limit Angle 120 degMiddle Limit Angle 72 degInner Limit Angle 72 degOuter Rgt Bld 15.20 ohmsOuter Lft Bld 12.20 ohmsMidle Rgt Bld 100.00 ohmsMidle Lft Bld 100.00 ohmsInner Rgt Bld 14.50 ohmsInner Lft Bld 11.50 ohmsDelay 1 Pickup 0.002 sDelay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.400 sTrip Mode EarlyBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Disabled

LOAD ENCROACHMENT [GROUP 1] Function EnabledSource LINEA (SRC 1)Min Volt 0.800 puReach 9.14 ohmsAngle 35 degPickup Delay 0.000 sReset Delay 0.000 sBlock OFFTarget Self-resetEvents Enabled

PHASE CURRENTPHASE TOC [GROUP 1] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source LINEA (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 1.200 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.10PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A PH DIR1 BLKPHASE TOC1: Block B PH DIR1 BLKPHASE TOC1: Block C PH DIR1 BLKPHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

PHASE DIRECTIONAL [GROUP 1] PHASE DIR1: Function EnabledPHASE DIR1: Source LINEA (SRC 1)PHASE DIR1: Block OFFPHASE DIR1: ECA 45 degPHASE DIR1: Pol V Threshold 0.700 puPHASE DIR1: Block when V Mem Exp NoPHASE DIR1: Target Self-resetPHASE DIR1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 1] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source LINEA (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.082 pu

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

NEUTRAL TOC [GROUP 1] (continued from last page)NEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.30NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block BL-NTCO-NIOC On (VO7)NEUTRAL TOC1: Target Self-resetNEUTRAL TOC1: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 1] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source LINEA (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 78 ° LagNEGATIVE SEQ DIR OC1: Forward Limit Angle 80 degNEGATIVE SEQ DIR OC1: Forward Pickup 0.08 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 80 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.08 puNEGATIVE SEQ DIR OC1: Block SRC1 VT FUSE FAIL OPNEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 1] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source LINEA (SRC 1)BF1: Current Supervision YesBF1: Use Seal-In YesBF1: Three Pole Initiate TRIP 3-POLEBF1: Block OFFBF1: Phase Current Supv Pickup 1.200 puBF1: Neutral Current Supv Pickup 0.082 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.200 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 sBF1: Breaker Pos1 Phase A/3P 52A2 (a) On(H7a)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On ONBF1: Phase Current HiSet Pickup 1.200 puBF1: Neutral Current HiSet Pickup 0.082 puBF1: Phase Current LoSet Pickup 1.200 puBF1: Neutral Current LoSet Pickup 0.082 puBF1: LoSet Time Delay 0.000 sBF1: Trip Dropout Delay 0.000 sBF1: Target Self-resetBF1: Events EnabledBF1: Phase A Initiate OFFBF1: Phase B Initiate OFFBF1: Phase C Initiate OFFBF1: Breaker Pos1 Phase B OFFBF1: Breaker Pos1 Phase C OFFBF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

GROUP 2LINE PICKUP [GROUP 2] Function EnabledSignal Source LINEA (SRC 1)Phase IOC Line Pickup 2.500 puUV Pickup 0.800 puLine End Open Pickup Delay 0.200 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass DisabledAutoreclose Coordination Pickup Delay 0.045 s

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

LINE PICKUP [GROUP 2] (continued from last page)Autoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 2] Source LINEA (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 2] PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 1.72 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 1.72 ohmsPHASE DISTANCE Z1: Rev Reach RCA 79 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 45 degPHASE DISTANCE Z1: DIR Comp Limit 79 degPHASE DISTANCE Z1: Quad Right Blinder 1.72 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 79 degPHASE DISTANCE Z1: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 79 degPHASE DISTANCE Z1: Supervision 0.200 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function EnabledPHASE DISTANCE Z2: Direction ForwardPHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 3.20 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 3.20 ohmsPHASE DISTANCE Z2: Rev Reach RCA 79 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 45 degPHASE DISTANCE Z2: DIR Comp Limit 79 degPHASE DISTANCE Z2: Quad Right Blinder 3.20 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 79 degPHASE DISTANCE Z2: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 79 degPHASE DISTANCE Z2: Supervision 0.200 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 0.400 sPHASE DISTANCE Z2: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 4.40 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 4.40 ohmsPHASE DISTANCE Z3: Rev Reach RCA 79 degPHASE DISTANCE Z3: Comp Limit 90 deg

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE DISTANCE [GROUP 2] (continued from last page)PHASE DISTANCE Z3: DIR RCA 45 degPHASE DISTANCE Z3: DIR Comp Limit 79 degPHASE DISTANCE Z3: Quad Right Blinder 4.40 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 79 degPHASE DISTANCE Z3: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 79 degPHASE DISTANCE Z3: Supervision 0.200 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 2.000 sPHASE DISTANCE Z3: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape QuadPHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 0.80 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 0.80 ohmsPHASE DISTANCE Z4: Rev Reach RCA 79 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 45 degPHASE DISTANCE Z4: DIR Comp Limit 79 degPHASE DISTANCE Z4: Quad Right Blinder 0.80 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 79 degPHASE DISTANCE Z4: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z4: Quad Left Blinder RCA 79 degPHASE DISTANCE Z4: Supervision 0.200 puPHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.000 sPHASE DISTANCE Z4: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events Enabled

GROUND DISTANCE [GROUP 2] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction ForwardGROUND DISTANCE Z1: Shape QuadGROUND DISTANCE Z1: Z0/Z1 Mag 3.36GROUND DISTANCE Z1: Z0/Z1 Ang 1 degGROUND DISTANCE Z1: Z0M/Z1 Mag 0.00GROUND DISTANCE Z1: Z0M/Z1 Ang 0 degGROUND DISTANCE Z1: Reach 1.72 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 1.72 ohmsGROUND DISTANCE Z1: Rev Reach RCA 79 degGROUND DISTANCE Z1: POL Current Zero-seqGROUND DISTANCE Z1: Non-Homogen Ang 0.0 degGROUND DISTANCE Z1: Comp Limit 90 degGROUND DISTANCE Z1: DIR RCA 45 degGROUND DISTANCE Z1: DIR Comp Limit 79 degGROUND DISTANCE Z1: Quad Right Blinder 3.44 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 79 degGROUND DISTANCE Z1: Quad Left Blinder 3.44 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 79 degGROUND DISTANCE Z1: Supervision 0.200 puGROUND DISTANCE Z1: Volt Level 0.000 puGROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z1: Target Self-resetGROUND DISTANCE Z1: Events EnabledGROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.36GROUND DISTANCE Z2: Z0/Z1 Ang 1 degGROUND DISTANCE Z2: Z0M/Z1 Mag 0.00GROUND DISTANCE Z2: Z0M/Z1 Ang 0 deg

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 2] (continued from last page)GROUND DISTANCE Z2: Reach 3.20 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 3.20 ohmsGROUND DISTANCE Z2: Rev Reach RCA 79 degGROUND DISTANCE Z2: POL Current Zero-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 degGROUND DISTANCE Z2: DIR RCA 45 degGROUND DISTANCE Z2: DIR Comp Limit 79 degGROUND DISTANCE Z2: Quad Right Blinder 6.40 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 79 degGROUND DISTANCE Z2: Quad Left Blinder 6.40 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 79 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 0.400 sGROUND DISTANCE Z2: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.36GROUND DISTANCE Z3: Z0/Z1 Ang 1 degGROUND DISTANCE Z3: Z0M/Z1 Mag 0.00GROUND DISTANCE Z3: Z0M/Z1 Ang 0 degGROUND DISTANCE Z3: Reach 4.40 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 4.40 ohmsGROUND DISTANCE Z3: Rev Reach RCA 79 degGROUND DISTANCE Z3: POL Current Zero-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 degGROUND DISTANCE Z3: DIR RCA 45 degGROUND DISTANCE Z3: DIR Comp Limit 79 degGROUND DISTANCE Z3: Quad Right Blinder 9.40 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 79 degGROUND DISTANCE Z3: Quad Left Blinder 9.40 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 79 degGROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 2.000 sGROUND DISTANCE Z3: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.36GROUND DISTANCE Z4: Z0/Z1 Ang 1 degGROUND DISTANCE Z4: Z0M/Z1 Mag 0.00GROUND DISTANCE Z4: Z0M/Z1 Ang 0 degGROUND DISTANCE Z4: Reach 0.80 ohmsGROUND DISTANCE Z4: RCA 90 degGROUND DISTANCE Z4: Rev Reach 0.80 ohmsGROUND DISTANCE Z4: Rev Reach RCA 79 degGROUND DISTANCE Z4: POL Current Zero-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 degGROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 45 degGROUND DISTANCE Z4: DIR Comp Limit 79 degGROUND DISTANCE Z4: Quad Right Blinder 1.00 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 79 degGROUND DISTANCE Z4: Quad Left Blinder 1.00 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 79 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.000 sGROUND DISTANCE Z4: Block SRC1 VT FUSE FAIL OP

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 2] (continued from last page)GROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events Enabled

POWER SWING DETECT [GROUP 2] Function EnabledSource LINEA (SRC 1)Shape Quad ShapeMode Two StepSupv 0.200 puFwd Reach 6.50 ohmsQuad Fwd Mid 60.00 ohmsQuad Fwd Out 8.50 ohmsFwd Rca 79 degRev Reach 3.50 ohmsQuad Rev Mid 60.00 ohmsQuad Rev Out 5.50 ohmsRev Rca 90 degOuter Limit Angle 120 degMiddle Limit Angle 90 degInner Limit Angle 79 degOuter Rgt Bld 7.80 ohmsOuter Lft Bld 6.97 ohmsMidle Rgt Bld 100.00 ohmsMidle Lft Bld 100.00 ohmsInner Rgt Bld 5.80 ohmsInner Lft Bld 4.97 ohmsDelay 1 Pickup 0.001 sDelay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.400 sTrip Mode DelayedBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Disabled

PHASE CURRENTPHASE TOC [GROUP 2] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source LINEA (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 1.200 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.22PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A PH DIR1 BLKPHASE TOC1: Block B PH DIR1 BLKPHASE TOC1: Block C PH DIR1 BLKPHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

PHASE IOC [GROUP 2] PHASE IOC1: Function EnabledPHASE IOC1: Source LINEA (SRC 1)PHASE IOC1: Pickup 4.600 puPHASE IOC1: Delay 0.01 sPHASE IOC1: Reset Delay 0.00 sPHASE IOC1: Block A SRC1 VT FUSE FAIL DPOPHASE IOC1: Block B SRC1 VT FUSE FAIL DPOPHASE IOC1: Block C SRC2 VT FUSE FAIL DPOPHASE IOC1: Target Self-resetPHASE IOC1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 2] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source LINEA (SRC 1)

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

NEUTRAL TOC [GROUP 2] (continued from last page)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.480 puNEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.13NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block BL-NTCO-NIOC On (VO7)NEUTRAL TOC1: Target Self-resetNEUTRAL TOC1: Events Enabled

NEUTRAL IOC [GROUP 2] NEUTRAL IOC1: Function EnabledNEUTRAL IOC1: Source LINEA (SRC 1)NEUTRAL IOC1: Pickup 3.000 puNEUTRAL IOC1: Delay 0.03 sNEUTRAL IOC1: Reset Delay 0.00 sNEUTRAL IOC1: Block BL-NTCO-NIOC On (VO7)NEUTRAL IOC1: Target Self-resetNEUTRAL IOC1: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 2] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source LINEA (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 81 ° LagNEGATIVE SEQ DIR OC1: Forward Limit Angle 80 degNEGATIVE SEQ DIR OC1: Forward Pickup 0.10 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 81 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.10 puNEGATIVE SEQ DIR OC1: Block SRC1 VT FUSE FAIL OPNEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 2] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source LINEA (SRC 1)BF1: Current Supervision YesBF1: Use Seal-In NoBF1: Three Pole Initiate TRIP 3-POLEBF1: Block OFFBF1: Phase Current Supv Pickup 1.200 puBF1: Neutral Current Supv Pickup 0.480 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.000 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 sBF1: Breaker Pos1 Phase A/3P 52A2 (a) On(H7a)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On OFFBF1: Phase Current HiSet Pickup 1.200 puBF1: Neutral Current HiSet Pickup 0.480 puBF1: Phase Current LoSet Pickup 1.200 puBF1: Neutral Current LoSet Pickup 0.480 puBF1: LoSet Time Delay 0.000 sBF1: Trip Dropout Delay 0.000 sBF1: Target Self-resetBF1: Events EnabledBF1: Phase A Initiate OFFBF1: Phase B Initiate OFFBF1: Phase C Initiate OFFBF1: Breaker Pos1 Phase B OFFBF1: Breaker Pos1 Phase C OFFBF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUP 3LINE PICKUP [GROUP 3] Function EnabledSignal Source LINEA (SRC 1)Phase IOC Line Pickup 2.500 puUV Pickup 0.800 puLine End Open Pickup Delay 0.200 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass DisabledAutoreclose Coordination Pickup Delay 0.045 sAutoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 3] Source LINEA (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 3] PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 1.72 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 1.72 ohmsPHASE DISTANCE Z1: Rev Reach RCA 79 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 45 degPHASE DISTANCE Z1: DIR Comp Limit 79 degPHASE DISTANCE Z1: Quad Right Blinder 1.72 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 79 degPHASE DISTANCE Z1: Quad Left Blinder 1.72 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 79 degPHASE DISTANCE Z1: Supervision 0.200 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function EnabledPHASE DISTANCE Z2: Direction ForwardPHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 3.60 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 3.60 ohmsPHASE DISTANCE Z2: Rev Reach RCA 79 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 45 degPHASE DISTANCE Z2: DIR Comp Limit 79 degPHASE DISTANCE Z2: Quad Right Blinder 3.60 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 79 degPHASE DISTANCE Z2: Quad Left Blinder 3.60 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 79 degPHASE DISTANCE Z2: Supervision 0.200 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 0.600 sPHASE DISTANCE Z2: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z2: Target Self-reset

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE DISTANCE [GROUP 3] (continued from last page)PHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 5.40 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 5.40 ohmsPHASE DISTANCE Z3: Rev Reach RCA 79 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 45 degPHASE DISTANCE Z3: DIR Comp Limit 79 degPHASE DISTANCE Z3: Quad Right Blinder 5.40 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 79 degPHASE DISTANCE Z3: Quad Left Blinder 5.40 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 79 degPHASE DISTANCE Z3: Supervision 0.200 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 2.000 sPHASE DISTANCE Z3: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape QuadPHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 2.00 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 2.00 ohmsPHASE DISTANCE Z4: Rev Reach RCA 79 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 45 degPHASE DISTANCE Z4: DIR Comp Limit 79 degPHASE DISTANCE Z4: Quad Right Blinder 2.00 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 79 degPHASE DISTANCE Z4: Quad Left Blinder 2.00 ohmsPHASE DISTANCE Z4: Quad Left Blinder RCA 79 degPHASE DISTANCE Z4: Supervision 0.200 puPHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.000 sPHASE DISTANCE Z4: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events Enabled

GROUND DISTANCE [GROUP 3] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction ForwardGROUND DISTANCE Z1: Shape QuadGROUND DISTANCE Z1: Z0/Z1 Mag 3.36GROUND DISTANCE Z1: Z0/Z1 Ang 1 degGROUND DISTANCE Z1: Z0M/Z1 Mag 2.25GROUND DISTANCE Z1: Z0M/Z1 Ang 2 degGROUND DISTANCE Z1: Reach 1.72 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 1.72 ohmsGROUND DISTANCE Z1: Rev Reach RCA 79 degGROUND DISTANCE Z1: POL Current Zero-seqGROUND DISTANCE Z1: Non-Homogen Ang 0.0 degGROUND DISTANCE Z1: Comp Limit 90 degGROUND DISTANCE Z1: DIR RCA 45 degGROUND DISTANCE Z1: DIR Comp Limit 79 degGROUND DISTANCE Z1: Quad Right Blinder 3.44 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 79 degGROUND DISTANCE Z1: Quad Left Blinder 3.44 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 79 degGROUND DISTANCE Z1: Supervision 0.200 puGROUND DISTANCE Z1: Volt Level 0.000 pu

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GROUND DISTANCE [GROUP 3] (continued from last page)GROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z1: Target Self-resetGROUND DISTANCE Z1: Events EnabledGROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.36GROUND DISTANCE Z2: Z0/Z1 Ang 1 degGROUND DISTANCE Z2: Z0M/Z1 Mag 2.25GROUND DISTANCE Z2: Z0M/Z1 Ang 2 degGROUND DISTANCE Z2: Reach 3.60 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 3.60 ohmsGROUND DISTANCE Z2: Rev Reach RCA 79 degGROUND DISTANCE Z2: POL Current Zero-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 degGROUND DISTANCE Z2: DIR RCA 45 degGROUND DISTANCE Z2: DIR Comp Limit 79 degGROUND DISTANCE Z2: Quad Right Blinder 6.40 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 79 degGROUND DISTANCE Z2: Quad Left Blinder 6.40 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 79 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 0.600 sGROUND DISTANCE Z2: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.36GROUND DISTANCE Z3: Z0/Z1 Ang 1 degGROUND DISTANCE Z3: Z0M/Z1 Mag 2.25GROUND DISTANCE Z3: Z0M/Z1 Ang 2 degGROUND DISTANCE Z3: Reach 5.40 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 5.40 ohmsGROUND DISTANCE Z3: Rev Reach RCA 79 degGROUND DISTANCE Z3: POL Current Zero-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 degGROUND DISTANCE Z3: DIR RCA 45 degGROUND DISTANCE Z3: DIR Comp Limit 79 degGROUND DISTANCE Z3: Quad Right Blinder 6.40 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 79 degGROUND DISTANCE Z3: Quad Left Blinder 6.40 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 79 degGROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 2.000 sGROUND DISTANCE Z3: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.36GROUND DISTANCE Z4: Z0/Z1 Ang 1 degGROUND DISTANCE Z4: Z0M/Z1 Mag 2.25GROUND DISTANCE Z4: Z0M/Z1 Ang 2 degGROUND DISTANCE Z4: Reach 2.00 ohmsGROUND DISTANCE Z4: RCA 90 degGROUND DISTANCE Z4: Rev Reach 2.00 ohmsGROUND DISTANCE Z4: Rev Reach RCA 79 degGROUND DISTANCE Z4: POL Current Zero-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 deg

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 3] (continued from last page)GROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 45 degGROUND DISTANCE Z4: DIR Comp Limit 79 degGROUND DISTANCE Z4: Quad Right Blinder 2.00 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 79 degGROUND DISTANCE Z4: Quad Left Blinder 2.00 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 79 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.000 sGROUND DISTANCE Z4: Block SRC1 VT FUSE FAIL OPGROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events Enabled

POWER SWING DETECT [GROUP 3] Function EnabledSource LINEA (SRC 1)Shape Quad ShapeMode Two StepSupv 0.200 puFwd Reach 6.50 ohmsQuad Fwd Mid 60.00 ohmsQuad Fwd Out 8.50 ohmsFwd Rca 79 degRev Reach 3.50 ohmsQuad Rev Mid 60.00 ohmsQuad Rev Out 5.50 ohmsRev Rca 90 degOuter Limit Angle 120 degMiddle Limit Angle 90 degInner Limit Angle 79 degOuter Rgt Bld 7.80 ohmsOuter Lft Bld 6.97 ohmsMidle Rgt Bld 100.00 ohmsMidle Lft Bld 100.00 ohmsInner Rgt Bld 5.80 ohmsInner Lft Bld 4.97 ohmsDelay 1 Pickup 0.001 sDelay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.400 sTrip Mode DelayedBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Disabled

PHASE CURRENTPHASE TOC [GROUP 3] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source LINEA (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 1.200 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.22PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A PH DIR1 BLKPHASE TOC1: Block B PH DIR1 BLKPHASE TOC1: Block C PH DIR1 BLKPHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

PHASE IOC [GROUP 3] PHASE IOC1: Function EnabledPHASE IOC1: Source LINEA (SRC 1)PHASE IOC1: Pickup 4.600 puPHASE IOC1: Delay 0.01 s

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE IOC [GROUP 3] (continued from last page)PHASE IOC1: Reset Delay 0.00 sPHASE IOC1: Block A SRC1 VT FUSE FAIL DPOPHASE IOC1: Block B SRC1 VT FUSE FAIL DPOPHASE IOC1: Block C SRC2 VT FUSE FAIL DPOPHASE IOC1: Target Self-resetPHASE IOC1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 3] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source LINEA (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.480 puNEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.13NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block BL-NTCO-NIOC On (VO7)NEUTRAL TOC1: Target Self-resetNEUTRAL TOC1: Events Enabled

NEUTRAL IOC [GROUP 3] NEUTRAL IOC1: Function EnabledNEUTRAL IOC1: Source LINEA (SRC 1)NEUTRAL IOC1: Pickup 3.000 puNEUTRAL IOC1: Delay 0.03 sNEUTRAL IOC1: Reset Delay 0.00 sNEUTRAL IOC1: Block BL-NTCO-NIOC On (VO7)NEUTRAL IOC1: Target Self-resetNEUTRAL IOC1: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 3] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source LINEA (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 81 ° LagNEGATIVE SEQ DIR OC1: Forward Limit Angle 80 degNEGATIVE SEQ DIR OC1: Forward Pickup 0.10 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 81 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.10 puNEGATIVE SEQ DIR OC1: Block SRC1 VT FUSE FAIL OPNEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 3] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source LINEA (SRC 1)BF1: Current Supervision YesBF1: Use Seal-In NoBF1: Three Pole Initiate TRIP 3-POLEBF1: Block OFFBF1: Phase Current Supv Pickup 1.200 puBF1: Neutral Current Supv Pickup 0.480 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.000 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 sBF1: Breaker Pos1 Phase A/3P 52A2 (a) On(H7a)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On OFFBF1: Phase Current HiSet Pickup 1.200 puBF1: Neutral Current HiSet Pickup 0.480 puBF1: Phase Current LoSet Pickup 1.200 puBF1: Neutral Current LoSet Pickup 0.480 pu

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

BREAKER FAILURE [GROUP 3] (continued from last page)BF1: LoSet Time Delay 0.000 sBF1: Trip Dropout Delay 0.000 sBF1: Target Self-resetBF1: Events EnabledBF1: Phase A Initiate OFFBF1: Phase B Initiate OFFBF1: Phase C Initiate OFFBF1: Breaker Pos1 Phase B OFFBF1: Breaker Pos1 Phase C OFFBF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

CONTROL ELEMENTSSETTING GROUPSFunction EnabledBlock OFFGroup 2 Activate On OFFGroup 3 Activate On ONGroup 4 Activate On OFFGroup 5 Activate On OFFGroup 6 Activate On OFFGroup 1 Name AJA-RGUAGroup 2 Name AJA-RGUA-TINGroup 3 Name AJA-RGUA CAMB COGroup 4 NameGroup 5 NameGroup 6 NameEvents Enabled

SELECTOR SWITCHESSELECTOR SWITCH 1: Function EnabledSELECTOR SWITCH 1: Full Range 2SELECTOR SWITCH 1: Timeout 3.0 sSELECTOR SWITCH 1: Step-Up CONTROL PUSHBUTTON 1 ONSELECTOR SWITCH 1: Step-Up Mode Time-outSELECTOR SWITCH 1: Acknowledge OFFSELECTOR SWITCH 1: 3Bit A0 OFFSELECTOR SWITCH 1: 3Bit A1 OFFSELECTOR SWITCH 1: 3Bit A2 OFFSELECTOR SWITCH 1: 3Bit Mode Time-outSELECTOR SWITCH 1: 3Bit Ack OFFSELECTOR SWITCH 1: Power-Up Mode RestoreSELECTOR SWITCH 1: Targets Self-resetSELECTOR SWITCH 1: Events Disabled

TRIP OUTPUTTrip Mode 3 Pole OnlyTrip 3-Pole Input1 TRIP GRAL On (VO2)Trip 3-Pole Input2 OFFTrip 3-Pole Input3 OFFTrip 3-Pole Input4 OFFTrip 3-Pole Input5 OFFTrip 3-Pole Input6 OFFTrip 1-Pole Input1 OFFTrip 1-Pole Input2 OFFTrip 1-Pole Input3 OFFTrip 1-Pole Input4 OFFTrip 1-Pole Input5 OFFTrip 1-Pole Input6 OFFTrip Reclose Input1 OFFTrip Reclose Input2 OFFTrip Reclose Input3 OFFTrip Reclose Input4 OFFTrip Reclose Input5 OFFTrip Reclose Input6 OFFBKR Phase A Open LINE PICKUP I<ABKR Phase B Open LINE PICKUP I<BBKR Phase C Open LINE PICKUP I<CTrip Force 3-Pole OFF

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

TRIP OUTPUT (continued from last page)Trip Pilot Priority 0.000 sReverse Fault OFFTrip Delay On Evolving Faults 0.000 sTrip Events Enabled

MONITORING ELEMENTSVT FUSE FAILUREVT FUSE FAILURE 1: Function EnabledVT FUSE FAILURE 2: Function Enabled

PILOT SCHEMES1P POTT SCHEMEFunction EnabledPermissive Echo DisabledEcho Condition OFFRx Pickup Delay 0.000 sTrans Block Pickup Delay 0.030 sTrans Block Reset Delay 0.170 sEcho Duration 0.100 sEcho Lockout 0.250 sLine End Open Pickup Delay 0.050 sSeal-In Delay 0.000 sGnd Dir OC Fwd OFFComm Bits 1Rx1 RECEPCION 2T On (VO37)Rx2 OFFRx3 OFFRx4 OFFTarget Self-resetEvent Disabled

1P HYBRID POTT SCHEMEFunction EnabledPermissive Echo DisabledEcho Condition OFFWeak Infeed DisabledW/I Condition OFFRx Pickup Delay 0.000 sTrans Block Pickup Delay 0.030 sTrans Block Reset Delay 0.150 sEcho Duration 0.100 sEcho Lockout 0.250 sSeal-In Delay 0.000 sGnd Dir OC Fwd OFFGnd Dir OC Rev BL-NTCO-NIOC On (VO7)No of Comm Bits 1Rx1 RECEPCION 3T On (VO36)Rx2 OFFRx3 OFFRx4 OFFTarget Self-resetEvent Enabled

INPUTS/OUTPUTSCONTACT INPUTS[H7A] Contact Input 1 ID 52A2 (a)[H7A] Contact Input 1 Debounce Time 2.0 ms[H7A] Contact Input 1 Events Enabled[H7C] Contact Input 2 ID 79 conectado[H7C] Contact Input 2 Debounce Time 2.0 ms[H7C] Contact Input 2 Events Enabled[H8A] Contact Input 3 ID 86B--> 50BF[H8A] Contact Input 3 Debounce Time 2.0 ms[H8A] Contact Input 3 Events Enabled[H8C] Contact Input 4 ID Rx RANCAGUA[H8C] Contact Input 4 Debounce Time 2.0 ms[H8C] Contact Input 4 Events Enabled[U7A] Contact Input 5 ID FALLA RELE[U7A] Contact Input 5 Debounce Time 2.0 ms

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

CONTACT INPUTS (continued from last page)[U7A] Contact Input 5 Events Disabled[U7C] Contact Input 6 ID Cont Ip 6[U7C] Contact Input 6 Debounce Time 2.0 ms[U7C] Contact Input 6 Events Disabled[U8A] Contact Input 7 ID Cont Ip 7[U8A] Contact Input 7 Debounce Time 2.0 ms[U8A] Contact Input 7 Events Disabled[U8C] Contact Input 8 ID Cont Ip 8[U8C] Contact Input 8 Debounce Time 2.0 ms[U8C] Contact Input 8 Events Disabled[W1A] Contact Input 9 ID Rx TINGUI[W1A] Contact Input 9 Debounce Time 2.0 ms[W1A] Contact Input 9 Events Enabled[W1C] Contact Input 10 ID 80 SISTEMA 1[W1C] Contact Input 10 Debounce Time 2.0 ms[W1C] Contact Input 10 Events Enabled[W2A] Contact Input 11 ID CHANGE GRP[W2A] Contact Input 11 Debounce Time 2.0 ms[W2A] Contact Input 11 Events Enabled[W2C] Contact Input 12 ID Cont Ip 12[W2C] Contact Input 12 Debounce Time 2.0 ms[W2C] Contact Input 12 Events Enabled[W3A] Contact Input 13 ID Cont Ip 13[W3A] Contact Input 13 Debounce Time 2.0 ms[W3A] Contact Input 13 Events Disabled[W3C] Contact Input 14 ID Cont Ip 14[W3C] Contact Input 14 Debounce Time 2.0 ms[W3C] Contact Input 14 Events Disabled[W4A] Contact Input 15 ID Cont Ip 15[W4A] Contact Input 15 Debounce Time 2.0 ms[W4A] Contact Input 15 Events Disabled[W4C] Contact Input 16 ID Cont Ip 16[W4C] Contact Input 16 Debounce Time 2.0 ms[W4C] Contact Input 16 Events Disabled[W5A] Contact Input 17 ID Cont Ip 17[W5A] Contact Input 17 Debounce Time 2.0 ms[W5A] Contact Input 17 Events Disabled[W5C] Contact Input 18 ID Cont Ip 18[W5C] Contact Input 18 Debounce Time 2.0 ms[W5C] Contact Input 18 Events Disabled[W6A] Contact Input 19 ID Cont Ip 19[W6A] Contact Input 19 Debounce Time 2.0 ms[W6A] Contact Input 19 Events Disabled[W6C] Contact Input 20 ID Cont Ip 20[W6C] Contact Input 20 Debounce Time 2.0 ms[W6C] Contact Input 20 Events Disabled[W7A] Contact Input 21 ID Cont Ip 21[W7A] Contact Input 21 Debounce Time 2.0 ms[W7A] Contact Input 21 Events Disabled[W7C] Contact Input 22 ID Cont Ip 22[W7C] Contact Input 22 Debounce Time 2.0 ms[W7C] Contact Input 22 Events Disabled[W8A] Contact Input 23 ID Cont Ip 23[W8A] Contact Input 23 Debounce Time 2.0 ms[W8A] Contact Input 23 Events Disabled[W8C] Contact Input 24 ID Cont Ip 24[W8C] Contact Input 24 Debounce Time 2.0 ms[W8C] Contact Input 24 Events Disabled

CONTACT INPUT THRESHOLDS52A2 (a), 79 conectado, 86B--> 50BF, Rx RANCAGUA(H7a, H7c, H8a, H8c) 84 VdcFALLA RELE, Cont Ip 6, Cont Ip 7, Cont Ip 8(U7a, U7c, U8a, U8c) 84 VdcRx TINGUI, 80 SISTEMA 1, CHANGE GRP, Cont Ip 12(W1a, W1c, W2a, W2c) 84 VdcCont Ip 13, Cont Ip 14, Cont Ip 15, Cont Ip 16(W3a, W3c, W4a, W4c) 84 VdcCont Ip 17, Cont Ip 18, Cont Ip 19, Cont Ip 20(W5a, W5c, W6a, W6c) 84 VdcCont Ip 21, Cont Ip 22, Cont Ip 23, Cont Ip 24(W7a, W7c, W8a, W8c) 84 Vdc

CONTACT OUTPUTS[H1] Contact Output 1 ID TRIP BD1

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

CONTACT OUTPUTS (continued from last page)[H1] Contact Output 1 Operate TRIP GRAL On (VO2)[H1] Contact Output 1 Seal-In OFF[H1] Contact Output 1 Events Enabled[H2] Contact Output 2 ID RETRIP 50BF[H2] Contact Output 2 Operate BKR FAIL 1 RETRIP[H2] Contact Output 2 Seal-In OFF[H2] Contact Output 2 Events Enabled[H3] Contact Output 3 ID 50BF --> 86B[H3] Contact Output 3 Operate BKR FAIL 1 T1 OP[H3] Contact Output 3 Seal-In OFF[H3] Contact Output 3 Events Enabled[H4] Contact Output 4 ID OPERACION 79[H4] Contact Output 4 Operate ORD. CIERRE On (VO6)[H4] Contact Output 4 Seal-In OFF[H4] Contact Output 4 Events Enabled[M1] Contact Output 7 ID CONT 79 S2[M1] Contact Output 7 Operate SELECTOR 1 POS 1[M1] Contact Output 7 Seal-In OFF[M1] Contact Output 7 Events Enabled[M2] Contact Output 8 ID Tx TINGUI[M2] Contact Output 8 Operate Tx TINGUI On (VO45)[M2] Contact Output 8 Seal-In OFF[M2] Contact Output 8 Events Enabled[M3] Contact Output 9 ID URT REC ACEL[M3] Contact Output 9 Operate RECEPCION On (VO41)[M3] Contact Output 9 Seal-In OFF[M3] Contact Output 9 Events Enabled[M4] Contact Output 10 ID URT OPE Z1[M4] Contact Output 10 Operate OPERA ZONA 1 On (VO12)[M4] Contact Output 10 Seal-In OFF[M4] Contact Output 10 Events Enabled[M5] Contact Output 11 ID URT OPE Z4[M5] Contact Output 11 Operate OPERA ZONA 4 On (VO15)[M5] Contact Output 11 Seal-In OFF[M5] Contact Output 11 Events Enabled[M6] Contact Output 12 ID URT OPE Z5[M6] Contact Output 12 Operate OPERA ZONA 5 On (VO16)[M6] Contact Output 12 Seal-In OFF[M6] Contact Output 12 Events Enabled[M8] Contact Output 14 ID PARA PRUEBAS[M8] Contact Output 14 Operate TRIP GRAL On (VO2)[M8] Contact Output 14 Seal-In OFF[M8] Contact Output 14 Events Enabled[P1] Contact Output 15 ID URT Z2 OPER[P1] Contact Output 15 Operate OPERA ZONA 2 On (VO13)[P1] Contact Output 15 Seal-In OFF[P1] Contact Output 15 Events Enabled[P2] Contact Output 16 ID URT Z3 OP[P2] Contact Output 16 Operate OPERA ZONA 3 On (VO14)[P2] Contact Output 16 Seal-In OFF[P2] Contact Output 16 Events Enabled[P3] Contact Output 17 ID URT OPER 79[P3] Contact Output 17 Operate ORD. CIERRE On (VO6)[P3] Contact Output 17 Seal-In OFF[P3] Contact Output 17 Events Enabled[P4] Contact Output 18 ID URT SOTF OP[P4] Contact Output 18 Operate LINE PICKUP OP[P4] Contact Output 18 Seal-In OFF[P4] Contact Output 18 Events Enabled[P5] Contact Output 19 ID URT 50 BF OP[P5] Contact Output 19 Operate BKR FAIL 1 T2 OP[P5] Contact Output 19 Seal-In OFF[P5] Contact Output 19 Events Enabled[P6] Contact Output 20 ID URT TRIP S1[P6] Contact Output 20 Operate TRIP GRAL On (VO2)[P6] Contact Output 20 Seal-In OFF[P6] Contact Output 20 Events Enabled[P7] Contact Output 21 ID URT FA RELE[P7] Contact Output 21 Operate FALLA RELE On (VO21)

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ORDER CODE: D60-G00-HCH-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

CONTACT OUTPUTS (continued from last page)[P7] Contact Output 21 Seal-In OFF[P7] Contact Output 21 Events Enabled[P8] Contact Output 22 ID Tx RANCAGUA[P8] Contact Output 22 Operate Tx RANCAGUA On (VO44)[P8] Contact Output 22 Seal-In OFF[P8] Contact Output 22 Events Enabled[U1] Contact Output 23 ID 80 SISTEMA 1[U1] Contact Output 23 Operate 80 SISTEMA 1 VOn (U1)[U1] Contact Output 23 Seal-In OFF[U1] Contact Output 23 Events Enabled

VIRTUAL OUTPUTSVirtual Output 1 ID BLQ Zonas PHVirtual Output 1 Events EnabledVirtual Output 2 ID TRIP GRALVirtual Output 2 Events EnabledVirtual Output 3 ID OSCILOGRAFIAVirtual Output 3 Events EnabledVirtual Output 4 ID pkp Z1o z2Virtual Output 4 Events EnabledVirtual Output 6 ID ORD. CIERREVirtual Output 6 Events EnabledVirtual Output 7 ID BL-NTCO-NIOCVirtual Output 7 Events EnabledVirtual Output 10 ID RESET 79Virtual Output 10 Events EnabledVirtual Output 12 ID OPERA ZONA 1Virtual Output 12 Events DisabledVirtual Output 13 ID OPERA ZONA 2Virtual Output 13 Events EnabledVirtual Output 14 ID OPERA ZONA 3Virtual Output 14 Events EnabledVirtual Output 15 ID OPERA ZONA 4Virtual Output 15 Events EnabledVirtual Output 16 ID OPERA ZONA 5Virtual Output 16 Events EnabledVirtual Output 17 ID 79 onVirtual Output 17 Events EnabledVirtual Output 18 ID 79 offVirtual Output 18 Events EnabledVirtual Output 19 ID reset ledVirtual Output 19 Events EnabledVirtual Output 21 ID FALLA RELEVirtual Output 21 Events EnabledVirtual Output 22 ID RECEP ACELERVirtual Output 22 Events EnabledVirtual Output 27 ID 67-67NVirtual Output 27 Events DisabledVirtual Output 28 ID 51-51NVirtual Output 28 Events EnabledVirtual Output 29 ID 50-50NVirtual Output 29 Events EnabledVirtual Output 30 ID Partida 79Virtual Output 30 Events EnabledVirtual Output 31 ID Control 79S2Virtual Output 31 Events EnabledVirtual Output 32 ID 67NVirtual Output 32 Events EnabledVirtual Output 33 ID 51-51NVirtual Output 33 Events EnabledVirtual Output 34 ID 50-50NVirtual Output 34 Events EnabledVirtual Output 36 ID RECEPCION 3TVirtual Output 36 Events EnabledVirtual Output 37 ID RECEPCION 2TVirtual Output 37 Events EnabledVirtual Output 41 ID RECEPCIONVirtual Output 41 Events EnabledVirtual Output 44 ID Tx RANCAGUA

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VIRTUAL OUTPUTS (continued from last page)Virtual Output 44 Events EnabledVirtual Output 45 ID Tx TINGUIVirtual Output 45 Events EnabledVirtual Output 47 ID CAMBIO G1-G2Virtual Output 47 Events EnabledVirtual Output 48 ID ECHO COND 2TVirtual Output 48 Events EnabledVirtual Output 50 ID POTT OP 2TVirtual Output 50 Events Enabled

RESETTINGOperand reset led On (VO19)

Max / Centro / Alto Jahuel / 154kV / 7SA612 V4.3 AJA-A2 Var V

MLFB: 7SA61255AE227PR4Versión del juego de parámetros: V04.34.03Ruta del equipo: C:\Siemens\Digsi4\D4PROJ\Max\P7DI\GV\ST\0000004dAutor:Creado el: 21.10.15 15:48:05Mod. por última vez el: 21.10.15 16:13:43Modo de operación: Sin líneaComentario:Valores de ajuste en: Presentación secundaria de los valores

C O N T E N I D O D E L A I M P R E S I Ó N

.................................................................................................................................................................41 Device Configuration...............................................................................................................................................................52 Power System Data 1

..................................................................................................................52.1 Grupo Power System Data 1; Grupo Transformers................................................................................................................52.2 Grupo Power System Data 1; Grupo Power System

...........................................................................................................................62.3 Grupo Power System Data 1; Grupo Breaker..............................................................................................................................................................73 Grupos de parámetros

................................................................................................................73.1 Grupo Power System Data 2; Grupo Power System.....................................................................................................................73.2 Grupo Power System Data 2; Grupo Line Status

..............................................................................................83.3 Grupo 21 Distance protection, general settings; Grupo General......................................................................................83.4 Grupo 21 Distance protection, general settings; Grupo Ground faults.......................................................................................93.5 Grupo 21 Distance protection, general settings; Grupo Time Delays

........................................................................................................93.6 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1...........................................................................................93.7 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

......................................................................................................103.8 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

......................................................................................................103.9 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

......................................................................................................103.10 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

......................................................................................................113.11 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5............................................................................................................................................113.12 Grupo 68 Power Swing detection

...............................................................................................................................113.13 Grupo 85-21 Pilot Prot. for Distance prot...........................................................................................................................................113.14 Grupo 50HS Instantaneous SOTF

...................................................................................................................................123.15 Grupo Weak Infeed (Trip and/or Echo).......................................................................................................123.16 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General.....................................................................................................123.17 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1.....................................................................................................133.18 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2.......................................................................................................133.19 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................133.20 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................143.21 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................143.22 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................143.23 Grupo Measurement Supervision; Grupo VT mcb

...........................................................................................................153.24 Grupo 50N/51N Ground OverCurrent; Grupo General..............................................................................................................153.25 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1..............................................................................................................153.26 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2..............................................................................................................163.27 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

.............................................................................................163.28 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

7SA612 V4_3 AJA-A2 Var V_prn

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 1 de 45

..........................................................................................................163.29 Grupo 50N/51N Ground OverCurrent; Grupo Direction

..................................................................................................173.30 Grupo 25 Synchronism and Voltage Check; Grupo General...................................................................................................173.31 Grupo 25 Synchronism and Voltage Check; Grupo with AR

................................................................................183.32 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL................................................................................................................................................................183.33 Grupo Fault Locator

.............................................................................................................................183.34 Grupo 50BF Breaker Failure; Grupo 50BF................................................................................................................193.35 Grupo 50BF Breaker Failure; Grupo End fault prot.

...........................................................................................................193.36 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy..............................................................................................................193.37 Grupo Power System Data 2; Grupo Power System

...................................................................................................................203.38 Grupo Power System Data 2; Grupo Line Status............................................................................................203.39 Grupo 21 Distance protection, general settings; Grupo General

....................................................................................203.40 Grupo 21 Distance protection, general settings; Grupo Ground faults.....................................................................................213.41 Grupo 21 Distance protection, general settings; Grupo Time Delays

......................................................................................................213.42 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1.........................................................................................223.43 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

......................................................................................................223.44 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

......................................................................................................223.45 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

......................................................................................................233.46 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

......................................................................................................233.47 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5............................................................................................................................................233.48 Grupo 68 Power Swing detection

...............................................................................................................................243.49 Grupo 85-21 Pilot Prot. for Distance prot...........................................................................................................................................243.50 Grupo 50HS Instantaneous SOTF

...................................................................................................................................243.51 Grupo Weak Infeed (Trip and/or Echo).......................................................................................................243.52 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General.....................................................................................................253.53 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1.....................................................................................................253.54 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2.......................................................................................................253.55 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................263.56 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................263.57 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................273.58 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................273.59 Grupo Measurement Supervision; Grupo VT mcb

...........................................................................................................273.60 Grupo 50N/51N Ground OverCurrent; Grupo General..............................................................................................................283.61 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1..............................................................................................................283.62 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2..............................................................................................................283.63 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

.............................................................................................293.64 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime..........................................................................................................293.65 Grupo 50N/51N Ground OverCurrent; Grupo Direction

..................................................................................................293.66 Grupo 25 Synchronism and Voltage Check; Grupo General...................................................................................................303.67 Grupo 25 Synchronism and Voltage Check; Grupo with AR

................................................................................303.68 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL................................................................................................................................................................303.69 Grupo Fault Locator

.............................................................................................................................313.70 Grupo 50BF Breaker Failure; Grupo 50BF................................................................................................................313.71 Grupo 50BF Breaker Failure; Grupo End fault prot.

...........................................................................................................313.72 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy..............................................................................................................323.73 Grupo Power System Data 2; Grupo Power System

...................................................................................................................323.74 Grupo Power System Data 2; Grupo Line Status............................................................................................333.75 Grupo 21 Distance protection, general settings; Grupo General

....................................................................................333.76 Grupo 21 Distance protection, general settings; Grupo Ground faults.....................................................................................343.77 Grupo 21 Distance protection, general settings; Grupo Time Delays

......................................................................................................343.78 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1.........................................................................................343.79 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

......................................................................................................353.80 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

......................................................................................................353.81 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

......................................................................................................353.82 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

......................................................................................................363.83 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5............................................................................................................................................363.84 Grupo 68 Power Swing detection

7SA612 V4_3 AJA-A2 Var V_prn

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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...............................................................................................................................363.85 Grupo 85-21 Pilot Prot. for Distance prot.

..........................................................................................................................................363.86 Grupo 50HS Instantaneous SOTF...................................................................................................................................373.87 Grupo Weak Infeed (Trip and/or Echo)

.......................................................................................................373.88 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General.....................................................................................................373.89 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1.....................................................................................................383.90 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2.......................................................................................................383.91 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................383.92 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................393.93 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................393.94 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................393.95 Grupo Measurement Supervision; Grupo VT mcb

...........................................................................................................403.96 Grupo 50N/51N Ground OverCurrent; Grupo General..............................................................................................................403.97 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1..............................................................................................................403.98 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2..............................................................................................................413.99 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

.............................................................................................413.100 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime..........................................................................................................413.101 Grupo 50N/51N Ground OverCurrent; Grupo Direction

..................................................................................................423.102 Grupo 25 Synchronism and Voltage Check; Grupo General...................................................................................................423.103 Grupo 25 Synchronism and Voltage Check; Grupo with AR

................................................................................433.104 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL................................................................................................................................................................433.105 Grupo Fault Locator

.............................................................................................................................433.106 Grupo 50BF Breaker Failure; Grupo 50BF................................................................................................................443.107 Grupo 50BF Breaker Failure; Grupo End fault prot.

...........................................................................................................443.108 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy.........................................................................................................................................................................454 Change Group

..............................................................................................................................................................454.1 Grupo Change Group

7SA612 V4_3 AJA-A2 Var V_prn

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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1 Device Configuration

Nº Función Volumen

0103 Setting Group Change Option Enabled0110 Trip mode 3pole only0114 21 Distance protection pickup program Z< (quadrilateral)0120 68 Power Swing detection Enabled0121 85-21 Pilot Protection for Distance prot POTT0122 DTT Direct Transfer Trip Disabled0124 50HS Instantaneous SOTF Enabled0125 Weak Infeed (Trip and/or Echo) Enabled0126 50(N)/51(N) Backup OverCurrent Time Overcurrent Curve IEC0131 50N/51N Ground OverCurrent Time Overcurrent Curve IEC0132 85-67N Pilot Protection Gnd. OverCurrent Disabled0133 79 Auto-Reclose Function Disabled0134 Auto-Reclose control mode with Trip and Action time0135 25 Synchronism and Voltage Check Enabled0136 81 Over/Underfrequency Protection Disabled0137 27, 59 Under/Overvoltage Protection Disabled0138 Fault Locator Enabled0139 50BF Breaker Failure Protection Enabled0140 74TC Trip Circuit Supervision Disabled0142 49 Thermal Overload Protection Disabled

7SA612 V4_3 AJA-A2 Var V_prnDevice Configuration

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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2 Power System Data 1

2.1 Grupo Power System Data 1; Grupo Transformers

Grupo Power System Data 1; Grupo TransformersNº Parámetro Valor Grupo

0201 CT Starpoint towards Line todo0203 Rated Primary Voltage 154,0 kV todo0204 Rated Secondary Voltage (Ph-Ph) 110 V todo0205 CT Rated Primary Current 600 A todo0206 CT Rated Secondary Current 5A todo0210 V4 voltage transformer is Vsy2 transformer todo0211 Matching ratio Phase-VT To Open-Delta-VT 0,58 todo0212 VT connection for Vsy2 B-G todo0214A Angle adjustment Vsy2-Vsy1 0 ° todo0215 Matching ratio Vsy1 / Vsy2 1,00 todo0220 I4 current transformer is Neutral Current (of the protected line) todo0221 Matching ratio I4/Iph for CT's 1,000 todo

2.2 Grupo Power System Data 1; Grupo Power System

Grupo Power System Data 1; Grupo Power SystemNº Parámetro Valor Grupo

0207 System Starpoint is Solid Grounded todo0230 Rated Frequency 50 Hz todo0235 Phase Sequence A B C todo0236 Distance measurement unit km todo0237 Setting format for zero seq.comp. format Zero seq. comp. factor K0 and angle(K0) todo

7SA612 V4_3 AJA-A2 Var V_prnPower System Data 1

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 5 de 45

2.3 Grupo Power System Data 1; Grupo Breaker

Grupo Power System Data 1; Grupo BreakerNº Parámetro Valor Grupo

0239 Closing (operating) time of 52 (CB) 0,06 sec todo0240A Minimum TRIP Command Duration 0,12 sec todo0241A Maximum Close Command Duration 0,25 sec todo0242 Dead Time for CB test-autoreclosure 0,10 sec todo

7SA612 V4_3 AJA-A2 Var V_prnGrupo Power System Data 1; Grupo Breaker

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3 Grupos de parámetros

3.1 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 154,0 kV A1104 Measurement: Full Scale Current (100%) 600 A A1105 Line Angle 79 ° A1211 Angle of inclination, distance charact. 79 ° A1107 P,Q operational measured values sign not reversed A1110 x' - Line Reactance per length unit 0,0352 Ohm / km A1111 Line Length 50,6 km A1120 Zero seq. comp. factor K0 for zone Z1 0,809 A1121 Zero seq. comp. angle for zone Z1 3,02 ° A1122 Zero seq.comp.factor K0,higher zones >Z1 0,809 A1123 Zero seq. comp. angle, higher zones >Z1 3,02 ° A

3.2 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,25 A A1131A Pole Open Voltage Threshold 11 V A1132A Seal-in Time after ALL closures 0,20 sec A1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI A1135 RESET of Trip Command with CB(52a) AND I < PoleOpenCurrent A1140A CT Saturation Threshold 100,0 A A1150A Seal-in Time after MANUAL closures 0,20 sec A1151 Manual CLOSE COMMAND generation NO A1152 MANUAL Closure Impulse after CONTROL <none> todo

7SA612 V4_3 AJA-A2 Var V_prnGrupos de parámetros

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.3 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON A1202 Phase Current threshold for dist. meas. 0,25 A A1211 Angle of inclination, distance charact. 79 ° A1208 Series compensated line NO A1232 Instantaneous trip after SwitchOnToFault with Zone Z1B A1241 R load, minimum Load Impedance (ph-g) 9,140 Ohm A1242 PHI load, maximum Load Angle (ph-g) 35 ° A1243 R load, minimum Load Impedance (ph-ph) 9,140 Ohm A1244 PHI load, maximum Load Angle (ph-ph) 35 ° A1357 Z1B enabled before 1st AR (int. or ext.) NO A

3.4 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,25 A A1204 3V0 threshold zero seq. voltage pickup 2 V A1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 A1209A Criterion of ground fault recognition 3I0> OR 3V0> A1221A Loop selection with 2Ph-G faults all loops A

7SA612 V4_3 AJA-A2 Var V_prnGrupo 21 Distance protection, general settings; Grupo General

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.5 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A1325 T3 delay 2,50 sec A1335 T4 delay 1,50 sec A1345 T5 delay oo sec A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A

3.6 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward A1302 R(Z1), Resistance for ph-ph-faults 1,860 Ohm A1303 X(Z1), Reactance 1,860 Ohm A1304 RG(Z1), Resistance for ph-gnd faults 1,860 Ohm A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1307 Zone Reduction Angle (load compensation) 0 ° A

3.7 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward A1352 R(Z1B), Resistance for ph-ph-faults 8,000 Ohm A1353 X(Z1B), Reactance 8,500 Ohm A1354 RG(Z1B), Resistance for ph-gnd faults 8,000 Ohm A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A1357 Z1B enabled before 1st AR (int. or ext.) NO A

7SA612 V4_3 AJA-A2 Var V_prnGrupo 21 Distance protection, general settings; Grupo Time Delays

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.8 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward A1312 R(Z2), Resistance for ph-ph-faults 4,266 Ohm A1313 X(Z2), Reactance 4,266 Ohm A1314 RG(Z2), Resistance for ph-gnd faults 4,266 Ohm A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A

3.9 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse A1322 R(Z3), Resistance for ph-ph-faults 6,000 Ohm A1323 X(Z3), Reactance 6,000 Ohm A1324 RG(Z3), Resistance for ph-gnd faults 6,000 Ohm A1325 T3 delay 2,50 sec A

3.10 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward A1332 R(Z4), Resistance for ph-ph-faults 6,500 Ohm A1333 X(Z4), Reactance 6,500 Ohm A1334 RG(Z4), Resistance for ph-gnd faults 13,000 Ohm A1335 T4 delay 1,50 sec A

7SA612 V4_3 AJA-A2 Var V_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.11 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional A1342 R(Z5), Resistance for ph-ph-faults 14,528 Ohm A1343 X(Z5)+, Reactance for Forward direction 14,528 Ohm A1344 RG(Z5), Resistance for ph-gnd faults 14,528 Ohm A1345 T5 delay oo sec A1346 X(Z5)-, Reactance for Reverse direction 7,000 Ohm A

3.12 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked A2006 68T Power swing trip NO A2007 68 Trip delay after Power Swing Blocking 0,08 sec A

3.13 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON A2102 Type of Line Three Terminals A2103A Time for send signal prolongation 0,10 sec A2109A Transient Block.: Duration external flt. 0,03 sec A2110A Transient Block.: Blk.T. after ext. flt. 0,17 sec A

3.14 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON A

7SA612 V4_3 AJA-A2 Var V_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z5

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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Grupo 50HS Instantaneous SOTF(2)Nº Parámetro Valor Grupo

2404 50HS SOTF-O/C PICKUP 9,41 A A

3.15 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only A2502A Trip / Echo Delay after carrier receipt 0,04 sec A2503A Trip Extension / Echo Impulse time 0,05 sec A2504A Echo Block Time 0,50 sec A2505 Undervoltage (ph-g) 25 V A2509 Echo logic: 21 and 67N on common channel NO todo

3.16 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. A2680 Trip time delay after SOTF 0,00 sec A

3.17 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup oo A A2611 50-B1 Delay oo sec A2612 50N-B1 Pickup oo A A2613 50N-B1 Delay oo sec A2614 Instantaneous trip via BI NO A2615 Instantaneous trip after SwitchOnToFault NO A

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50HS Instantaneous SOTF

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.18 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup oo A A2621 50-B2 Delay oo sec A2622 50N-B2 Pickup oo A A2623 50N-B2 Delay oo sec A2624 Instantaneous trip via Pilot Prot./BI NO A2625 Instantaneous trip after SwitchOnToFault NO A

3.19 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 6,00 A A2642 51-B Time Dial 0,10 sec A2646 51-B Additional Time Delay 0,00 sec A2650 51N-B Pickup 0,41 A A2652 51N-B Time Dial 0,30 sec A2656 51N-B Additional Time Delay 0,00 sec A2660 IEC Curve Normal Inverse A2670 Instantaneous trip via Pilot Prot./BI NO A2671 Instantaneous trip after SwitchOnToFault NO A

3.20 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup oo A A2631 50-STUB Delay oo sec A2632 50N-STUB Pickup oo A A2633 50N-STUB Delay oo sec A2634 Instantaneous trip via Pilot Prot./BI NO A2635 Instantaneous trip after SwitchOnToFault NO A

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.21 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON A2902A Voltage Threshold for Balance Monitoring 50 V A2903A Balance Factor for Voltage Monitor 0,75 A2904A Current Threshold for Balance Monitoring 0,50 A A2905A Balance Factor for Current Monitor 0,50 A2906A Summated Current Monitoring Threshold 0,50 A A2907A Summated Current Monitoring Factor 0,10 A2908A T Balance Factor for Voltage Monitor 5 sec A2909A T Current Balance Monitor 5 sec A

3.22 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON A2911A Minimum Voltage Threshold V> 30 V A2912A Maximum Current Threshold I< 0,50 A A2913A Maximum Voltage Threshold V< (3phase) 5 V A2914A Differential Current Threshold (3phase) 0,50 A A2915 Voltage Failure Supervision with current superv. and CBpos(52a) A2916A Delay Voltage Failure Supervision 3,00 sec A

3.23 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms A

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.24 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON A3102 Block 50N/51N for Distance protection NO A3174 Block 50N/51N for Pickup 21 in each zone A3104A Stabilisation Slope with Iphase 10 % A3170 2nd harmonic ratio for inrush restraint 20 % A3171 Max.Current, overriding inrush restraint 37,50 A A3172 Instantaneous mode after SwitchOnToFault with Pickup and direction A3173 Trip time delay after SOTF 0,00 sec A

3.25 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Inactive A3111 Pickup 6,50 A A3112 Time Delay 0,30 sec A3113 Instantaneous trip via Pilot Prot./BI NO A3114 Instantaneous trip after SwitchOnToFault NO A3115 Inrush Blocking NO A

3.26 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive A3121 Pickup 0,83 A A3122 Time Delay 0,60 sec A3123 Instantaneous trip via Pilot Prot./BI NO A3124 Instantaneous trip after SwitchOnToFault NO A3125 Inrush Blocking NO A

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50N/51N Ground OverCurrent; Grupo General

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.27 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive A3131 Pickup 0,83 A A3132 Time Delay 0,90 sec A3133 Instantaneous trip via Pilot Prot./BI NO A3134 Instantaneous trip after SwitchOnToFault NO A3135 Inrush Blocking NO A

3.28 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward A3141 Pickup 0,41 A A3143 Time Dial 0,30 sec A3147 Additional Time Delay 0,00 sec A3148 Instantaneous trip via Pilot Prot./BI NO A3149 Instantaneous trip after SwitchOnToFault NO A3150 Inrush Blocking NO A3151 IEC Curve Normal Inverse A

3.29 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 A3162A ALPHA, lower angle for forward direction 338 ° A3163A BETA, upper angle for forward direction 122 ° A3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V A3166 Min. neg. seq. polarizing voltage 3V2 3,0 V A3167 Min. neg. seq. polarizing current 3I2 0,25 A A3168 Compensation angle PHI comp. for Sr 255 ° A3169 Forward direction power threshold 1,5 VA A

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-3

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.30 Grupo 25 Synchronism and Voltage Check; Grupo General

Grupo 25 Synchronism and Voltage Check; Grupo GeneralNº Parámetro Valor Grupo

3501 25 Synchronism and Voltage Check ON A3502 Voltage threshold dead line / bus 10 V A3503 Voltage threshold live line / bus 44 V A3504 Maximum permissible voltage 70 V A3507 Maximum duration of synchronism-check 1,00 sec A3508 Synchronous condition stability timer 0,00 sec A3509 Synchronizable circuit breaker <none> todo

3.31 Grupo 25 Synchronism and Voltage Check; Grupo with AR

Grupo 25 Synchronism and Voltage Check; Grupo with ARNº Parámetro Valor Grupo

3510 Operating mode with AR without consideration of 52 closing time A3511 Maximum voltage difference 10,0 V A3512 Maximum frequency difference 0,10 Hz A3513 Maximum angle difference 10 ° A3515A 79 at Vsy2>, Vsy1>, and Synchr. YES A3516 79 at Vsy1< and Vsy2> NO A3517 79 at Vsy1> and Vsy2< NO A3518 79 at Vsy1< and Vsy2< NO A3519 Override of any check before 79 NO A

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50N/51N Ground OverCurrent; Grupo Direction

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.32 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL

Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRLNº Parámetro Valor Grupo

3530 Operating mode with Man.Cl without consideration of 52 closing time A3531 Maximum voltage difference 5,0 V A3532 Maximum frequency difference 0,10 Hz A3533 Maximum angle difference 10 ° A3535A Manual Close at Vsy2>, Vsy1>, and Synchr NO A3536 Manual Close at Vsy1< and Vsy2> NO A3537 Manual Close at Vsy1> and Vsy2< NO A3538 Manual Close at Vsy1< and Vsy2< NO A3539 Override of any check before Man.Cl NO A

3.33 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP A3806 Load Compensation NO A

3.34 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON A3902 50BF Pickup current threshold 1,67 A A3904 Delay after 1pole start for local trip 0,01 sec A3905 Delay after 3pole start for local trip 0,01 sec A3906 Delay of 2nd element for busbar trip 0,20 sec A3907 Delay for start with defective bkr. 0,00 sec A3908 Trip output selection with defective bkr NO A3909 Check Breaker contacts YES A

7SA612 V4_3 AJA-A2 Var V_prnGrupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.35 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF A3922 Trip delay of end fault element 2,00 sec A

3.36 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF A3932 Trip delay with pole discrepancy 2,00 sec A

3.37 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 154,0 kV B1104 Measurement: Full Scale Current (100%) 600 A B1105 Line Angle 79 ° B1211 Angle of inclination, distance charact. 79 ° B1107 P,Q operational measured values sign not reversed B1110 x' - Line Reactance per length unit 0,0352 Ohm / km B1111 Line Length 60,6 km B1120 Zero seq. comp. factor K0 for zone Z1 0,809 B1121 Zero seq. comp. angle for zone Z1 3,02 ° B1122 Zero seq.comp.factor K0,higher zones >Z1 0,809 B1123 Zero seq. comp. angle, higher zones >Z1 3,02 ° B

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50BF Breaker Failure; Grupo End fault prot.

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 19 de 45

3.38 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,50 A B1131A Pole Open Voltage Threshold 11 V B1132A Seal-in Time after ALL closures 0,20 sec B1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI B1135 RESET of Trip Command with CB(52a) AND I < PoleOpenCurrent B1140A CT Saturation Threshold 100,0 A B1150A Seal-in Time after MANUAL closures 0,20 sec B1151 Manual CLOSE COMMAND generation NO B1152 MANUAL Closure Impulse after CONTROL <none> todo

3.39 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON B1202 Phase Current threshold for dist. meas. 0,50 A B1211 Angle of inclination, distance charact. 79 ° B1208 Series compensated line NO B1232 Instantaneous trip after SwitchOnToFault with Zone Z1B B1241 R load, minimum Load Impedance (ph-g) oo Ohm B1242 PHI load, maximum Load Angle (ph-g) 30 ° B1243 R load, minimum Load Impedance (ph-ph) oo Ohm B1244 PHI load, maximum Load Angle (ph-ph) 30 ° B1357 Z1B enabled before 1st AR (int. or ext.) NO B

3.40 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,50 A B1204 3V0 threshold zero seq. voltage pickup oo V B1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 B1209A Criterion of ground fault recognition 3I0> OR 3V0> B1221A Loop selection with 2Ph-G faults all loops B

7SA612 V4_3 AJA-A2 Var V_prnGrupo Power System Data 2; Grupo Line Status

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 20 de 45

3.41 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup B1305 T1-1phase, delay for single phase faults 0,00 sec B1306 T1multi-ph, delay for multi phase faults 0,00 sec B1315 T2-1phase, delay for single phase faults 0,40 sec B1316 T2multi-ph, delay for multi phase faults 0,40 sec B1325 T3 delay 2,00 sec B1335 T4 delay 2,00 sec B1345 T5 delay oo sec B1355 T1B-1phase, delay for single ph. faults 0,00 sec B1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec B

3.42 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward B1302 R(Z1), Resistance for ph-ph-faults 1,720 Ohm B1303 X(Z1), Reactance 1,720 Ohm B1304 RG(Z1), Resistance for ph-gnd faults 3,440 Ohm B1305 T1-1phase, delay for single phase faults 0,00 sec B1306 T1multi-ph, delay for multi phase faults 0,00 sec B1307 Zone Reduction Angle (load compensation) 0 ° B

7SA612 V4_3 AJA-A2 Var V_prnGrupo 21 Distance protection, general settings; Grupo Ground faults

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 21 de 45

3.43 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward B1352 R(Z1B), Resistance for ph-ph-faults 3,200 Ohm B1353 X(Z1B), Reactance 3,200 Ohm B1354 RG(Z1B), Resistance for ph-gnd faults 6,400 Ohm B1355 T1B-1phase, delay for single ph. faults 0,00 sec B1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec B1357 Z1B enabled before 1st AR (int. or ext.) NO B

3.44 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward B1312 R(Z2), Resistance for ph-ph-faults 3,200 Ohm B1313 X(Z2), Reactance 3,200 Ohm B1314 RG(Z2), Resistance for ph-gnd faults 6,400 Ohm B1315 T2-1phase, delay for single phase faults 0,40 sec B1316 T2multi-ph, delay for multi phase faults 0,40 sec B

3.45 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse B1322 R(Z3), Resistance for ph-ph-faults 0,800 Ohm B1323 X(Z3), Reactance 0,800 Ohm B1324 RG(Z3), Resistance for ph-gnd faults 1,300 Ohm B1325 T3 delay 2,00 sec B

7SA612 V4_3 AJA-A2 Var V_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 22 de 45

3.46 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward B1332 R(Z4), Resistance for ph-ph-faults 4,400 Ohm B1333 X(Z4), Reactance 4,400 Ohm B1334 RG(Z4), Resistance for ph-gnd faults 8,800 Ohm B1335 T4 delay 2,00 sec B

3.47 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional B1342 R(Z5), Resistance for ph-ph-faults 4,420 Ohm B1343 X(Z5)+, Reactance for Forward direction 4,420 Ohm B1344 RG(Z5), Resistance for ph-gnd faults 8,820 Ohm B1345 T5 delay oo sec B1346 X(Z5)-, Reactance for Reverse direction 3,200 Ohm B

3.48 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked B2006 68T Power swing trip NO B2007 68 Trip delay after Power Swing Blocking 0,08 sec B

7SA612 V4_3 AJA-A2 Var V_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z4

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 23 de 45

3.49 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON B2102 Type of Line Two Terminals B2103A Time for send signal prolongation 0,08 sec B2109A Transient Block.: Duration external flt. 0,03 sec B2110A Transient Block.: Blk.T. after ext. flt. 0,15 sec B

3.50 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON B2404 50HS SOTF-O/C PICKUP 12,50 A B

3.51 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only B2502A Trip / Echo Delay after carrier receipt 0,04 sec B2503A Trip Extension / Echo Impulse time 0,05 sec B2504A Echo Block Time 0,50 sec B2505 Undervoltage (ph-g) 25 V B2509 Echo logic: 21 and 67N on common channel NO todo

3.52 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. B2680 Trip time delay after SOTF 0,00 sec B

7SA612 V4_3 AJA-A2 Var V_prnGrupo 85-21 Pilot Prot. for Distance prot.

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 24 de 45

3.53 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup 23,00 A B2611 50-B1 Delay 0,01 sec B2612 50N-B1 Pickup 15,00 A B2613 50N-B1 Delay 0,02 sec B2614 Instantaneous trip via BI NO B2615 Instantaneous trip after SwitchOnToFault NO B

3.54 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup 6,15 A B2621 50-B2 Delay oo sec B2622 50N-B2 Pickup 11,67 A B2623 50N-B2 Delay oo sec B2624 Instantaneous trip via Pilot Prot./BI NO B2625 Instantaneous trip after SwitchOnToFault NO B

3.55 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 6,00 A B2642 51-B Time Dial 0,22 sec B2646 51-B Additional Time Delay 0,00 sec B2650 51N-B Pickup 2,40 A B2652 51N-B Time Dial 0,12 sec B2656 51N-B Additional Time Delay 0,00 sec B2660 IEC Curve Normal Inverse B2670 Instantaneous trip via Pilot Prot./BI NO B

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo General

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 25 de 45

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B(2)Nº Parámetro Valor Grupo

2671 Instantaneous trip after SwitchOnToFault NO B

3.56 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup 15,00 A B2631 50-STUB Delay oo sec B2632 50N-STUB Pickup 11,67 A B2633 50N-STUB Delay oo sec B2634 Instantaneous trip via Pilot Prot./BI NO B2635 Instantaneous trip after SwitchOnToFault NO B

3.57 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON B2902A Voltage Threshold for Balance Monitoring 50 V B2903A Balance Factor for Voltage Monitor 0,75 B2904A Current Threshold for Balance Monitoring 0,50 A B2905A Balance Factor for Current Monitor 0,50 B2906A Summated Current Monitoring Threshold 0,50 A B2907A Summated Current Monitoring Factor 0,10 B2908A T Balance Factor for Voltage Monitor 5 sec B2909A T Current Balance Monitor 5 sec B

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 26 de 45

3.58 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON B2911A Minimum Voltage Threshold V> 30 V B2912A Maximum Current Threshold I< 0,50 A B2913A Maximum Voltage Threshold V< (3phase) 5 V B2914A Differential Current Threshold (3phase) 0,50 A B2915 Voltage Failure Supervision with current superv. and CBpos(52a) B2916A Delay Voltage Failure Supervision 3,00 sec B

3.59 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms B

3.60 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON B3102 Block 50N/51N for Distance protection NO B3174 Block 50N/51N for Pickup 21 in each zone B3104A Stabilisation Slope with Iphase 10 % B3170 2nd harmonic ratio for inrush restraint 15 % B3171 Max.Current, overriding inrush restraint 37,50 A B3172 Instantaneous mode after SwitchOnToFault with Pickup and direction B3173 Trip time delay after SOTF 0,00 sec B

7SA612 V4_3 AJA-A2 Var V_prnGrupo Measurement Supervision; Grupo Meas.Volt.Fail

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 27 de 45

3.61 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Forward B3111 Pickup 15,00 A B3112 Time Delay 0,03 sec B3113 Instantaneous trip via Pilot Prot./BI NO B3114 Instantaneous trip after SwitchOnToFault NO B3115 Inrush Blocking NO B

3.62 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive B3121 Pickup 0,83 A B3122 Time Delay 0,60 sec B3123 Instantaneous trip via Pilot Prot./BI NO B3124 Instantaneous trip after SwitchOnToFault NO B3125 Inrush Blocking NO B

3.63 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive B3131 Pickup 0,83 A B3132 Time Delay 0,90 sec B3133 Instantaneous trip via Pilot Prot./BI NO B3134 Instantaneous trip after SwitchOnToFault NO B3135 Inrush Blocking NO B

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-1

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 28 de 45

3.64 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward B3141 Pickup 2,40 A B3143 Time Dial 0,13 sec B3147 Additional Time Delay 0,00 sec B3148 Instantaneous trip via Pilot Prot./BI NO B3149 Instantaneous trip after SwitchOnToFault NO B3150 Inrush Blocking NO B3151 IEC Curve Normal Inverse B

3.65 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 B3162A ALPHA, lower angle for forward direction 338 ° B3163A BETA, upper angle for forward direction 122 ° B3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V B3166 Min. neg. seq. polarizing voltage 3V2 3,0 V B3167 Min. neg. seq. polarizing current 3I2 0,25 A B3168 Compensation angle PHI comp. for Sr 255 ° B3169 Forward direction power threshold 1,5 VA B

3.66 Grupo 25 Synchronism and Voltage Check; Grupo General

Grupo 25 Synchronism and Voltage Check; Grupo GeneralNº Parámetro Valor Grupo

3501 25 Synchronism and Voltage Check ON B3502 Voltage threshold dead line / bus 10 V B3503 Voltage threshold live line / bus 44 V B3504 Maximum permissible voltage 70 V B3507 Maximum duration of synchronism-check 1,00 sec B3508 Synchronous condition stability timer 0,00 sec B3509 Synchronizable circuit breaker <none> todo

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 29 de 45

3.67 Grupo 25 Synchronism and Voltage Check; Grupo with AR

Grupo 25 Synchronism and Voltage Check; Grupo with ARNº Parámetro Valor Grupo

3510 Operating mode with AR without consideration of 52 closing time B3511 Maximum voltage difference 10,0 V B3512 Maximum frequency difference 0,10 Hz B3513 Maximum angle difference 10 ° B3515A 79 at Vsy2>, Vsy1>, and Synchr. YES B3516 79 at Vsy1< and Vsy2> NO B3517 79 at Vsy1> and Vsy2< NO B3518 79 at Vsy1< and Vsy2< NO B3519 Override of any check before 79 NO B

3.68 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL

Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRLNº Parámetro Valor Grupo

3530 Operating mode with Man.Cl without consideration of 52 closing time B3531 Maximum voltage difference 10,0 V B3532 Maximum frequency difference 0,10 Hz B3533 Maximum angle difference 10 ° B3535A Manual Close at Vsy2>, Vsy1>, and Synchr NO B3536 Manual Close at Vsy1< and Vsy2> NO B3537 Manual Close at Vsy1> and Vsy2< NO B3538 Manual Close at Vsy1< and Vsy2< NO B3539 Override of any check before Man.Cl NO B

3.69 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP B3806 Load Compensation NO B

7SA612 V4_3 AJA-A2 Var V_prnGrupo 25 Synchronism and Voltage Check; Grupo General

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.70 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON B3902 50BF Pickup current threshold 6,00 A B3904 Delay after 1pole start for local trip 0,02 sec B3905 Delay after 3pole start for local trip 0,02 sec B3906 Delay of 2nd element for busbar trip 0,20 sec B3907 Delay for start with defective bkr. 0,00 sec B3908 Trip output selection with defective bkr NO B3909 Check Breaker contacts YES B

3.71 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF B3922 Trip delay of end fault element 2,00 sec B

3.72 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF B3932 Trip delay with pole discrepancy 2,00 sec B

7SA612 V4_3 AJA-A2 Var V_prnGrupo Fault Locator

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 31 de 45

3.73 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 154,0 kV C1104 Measurement: Full Scale Current (100%) 600 A C1105 Line Angle 79 ° C1211 Angle of inclination, distance charact. 79 ° C1107 P,Q operational measured values sign not reversed C1110 x' - Line Reactance per length unit 0,0352 Ohm / km C1111 Line Length 60,6 km C1120 Zero seq. comp. factor K0 for zone Z1 0,809 C1121 Zero seq. comp. angle for zone Z1 3,02 ° C1122 Zero seq.comp.factor K0,higher zones >Z1 0,809 C1123 Zero seq. comp. angle, higher zones >Z1 3,02 ° C

3.74 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,50 A C1131A Pole Open Voltage Threshold 11 V C1132A Seal-in Time after ALL closures 0,20 sec C1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI C1135 RESET of Trip Command with CB(52a) AND I < PoleOpenCurrent C1140A CT Saturation Threshold 100,0 A C1150A Seal-in Time after MANUAL closures 0,20 sec C1151 Manual CLOSE COMMAND generation NO C1152 MANUAL Closure Impulse after CONTROL <none> todo

7SA612 V4_3 AJA-A2 Var V_prnGrupo Power System Data 2; Grupo Power System

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 32 de 45

3.75 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON C1202 Phase Current threshold for dist. meas. 0,50 A C1211 Angle of inclination, distance charact. 79 ° C1208 Series compensated line NO C1232 Instantaneous trip after SwitchOnToFault with Zone Z1B C1241 R load, minimum Load Impedance (ph-g) oo Ohm C1242 PHI load, maximum Load Angle (ph-g) 30 ° C1243 R load, minimum Load Impedance (ph-ph) oo Ohm C1244 PHI load, maximum Load Angle (ph-ph) 30 ° C1357 Z1B enabled before 1st AR (int. or ext.) YES C

3.76 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,50 A C1204 3V0 threshold zero seq. voltage pickup oo V C1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 C1209A Criterion of ground fault recognition 3I0> OR 3V0> C1221A Loop selection with 2Ph-G faults all loops C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 21 Distance protection, general settings; Grupo General

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.77 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup C1305 T1-1phase, delay for single phase faults 0,00 sec C1306 T1multi-ph, delay for multi phase faults 0,00 sec C1315 T2-1phase, delay for single phase faults 0,60 sec C1316 T2multi-ph, delay for multi phase faults 0,60 sec C1325 T3 delay 2,00 sec C1335 T4 delay 2,00 sec C1345 T5 delay oo sec C1355 T1B-1phase, delay for single ph. faults 0,00 sec C1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec C

3.78 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward C1302 R(Z1), Resistance for ph-ph-faults 1,720 Ohm C1303 X(Z1), Reactance 1,720 Ohm C1304 RG(Z1), Resistance for ph-gnd faults 3,440 Ohm C1305 T1-1phase, delay for single phase faults 0,00 sec C1306 T1multi-ph, delay for multi phase faults 0,00 sec C1307 Zone Reduction Angle (load compensation) 0 ° C

3.79 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward C1352 R(Z1B), Resistance for ph-ph-faults 5,400 Ohm C1353 X(Z1B), Reactance 5,400 Ohm C1354 RG(Z1B), Resistance for ph-gnd faults 6,400 Ohm C1355 T1B-1phase, delay for single ph. faults 0,00 sec C1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec C1357 Z1B enabled before 1st AR (int. or ext.) YES C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 21 Distance protection, general settings; Grupo Time Delays

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 34 de 45

3.80 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward C1312 R(Z2), Resistance for ph-ph-faults 3,600 Ohm C1313 X(Z2), Reactance 3,600 Ohm C1314 RG(Z2), Resistance for ph-gnd faults 6,400 Ohm C1315 T2-1phase, delay for single phase faults 0,60 sec C1316 T2multi-ph, delay for multi phase faults 0,60 sec C

3.81 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse C1322 R(Z3), Resistance for ph-ph-faults 2,000 Ohm C1323 X(Z3), Reactance 2,000 Ohm C1324 RG(Z3), Resistance for ph-gnd faults 2,000 Ohm C1325 T3 delay 2,00 sec C

3.82 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward C1332 R(Z4), Resistance for ph-ph-faults 4,400 Ohm C1333 X(Z4), Reactance 4,400 Ohm C1334 RG(Z4), Resistance for ph-gnd faults 8,800 Ohm C1335 T4 delay 2,00 sec C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.83 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional C1342 R(Z5), Resistance for ph-ph-faults 4,420 Ohm C1343 X(Z5)+, Reactance for Forward direction 4,420 Ohm C1344 RG(Z5), Resistance for ph-gnd faults 8,820 Ohm C1345 T5 delay oo sec C1346 X(Z5)-, Reactance for Reverse direction 3,200 Ohm C

3.84 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked C2006 68T Power swing trip NO C2007 68 Trip delay after Power Swing Blocking 0,08 sec C

3.85 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON C2102 Type of Line Two Terminals C2103A Time for send signal prolongation 0,08 sec C2109A Transient Block.: Duration external flt. 0,03 sec C2110A Transient Block.: Blk.T. after ext. flt. 0,15 sec C

3.86 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z5

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 36 de 45

Grupo 50HS Instantaneous SOTF(2)Nº Parámetro Valor Grupo

2404 50HS SOTF-O/C PICKUP 12,50 A C

3.87 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only C2502A Trip / Echo Delay after carrier receipt 0,04 sec C2503A Trip Extension / Echo Impulse time 0,05 sec C2504A Echo Block Time 0,50 sec C2505 Undervoltage (ph-g) 25 V C2509 Echo logic: 21 and 67N on common channel NO todo

3.88 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. C2680 Trip time delay after SOTF 0,00 sec C

3.89 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup 23,00 A C2611 50-B1 Delay 0,01 sec C2612 50N-B1 Pickup 15,00 A C2613 50N-B1 Delay 0,02 sec C2614 Instantaneous trip via BI NO C2615 Instantaneous trip after SwitchOnToFault NO C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50HS Instantaneous SOTF

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.90 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup 6,15 A C2621 50-B2 Delay oo sec C2622 50N-B2 Pickup 11,67 A C2623 50N-B2 Delay oo sec C2624 Instantaneous trip via Pilot Prot./BI NO C2625 Instantaneous trip after SwitchOnToFault NO C

3.91 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 6,00 A C2642 51-B Time Dial 0,22 sec C2646 51-B Additional Time Delay 0,00 sec C2650 51N-B Pickup 2,40 A C2652 51N-B Time Dial 0,12 sec C2656 51N-B Additional Time Delay 0,00 sec C2660 IEC Curve Normal Inverse C2670 Instantaneous trip via Pilot Prot./BI NO C2671 Instantaneous trip after SwitchOnToFault NO C

3.92 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup 15,00 A C2631 50-STUB Delay oo sec C2632 50N-STUB Pickup 11,67 A C2633 50N-STUB Delay oo sec C2634 Instantaneous trip via Pilot Prot./BI NO C2635 Instantaneous trip after SwitchOnToFault NO C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.93 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON C2902A Voltage Threshold for Balance Monitoring 50 V C2903A Balance Factor for Voltage Monitor 0,75 C2904A Current Threshold for Balance Monitoring 0,50 A C2905A Balance Factor for Current Monitor 0,50 C2906A Summated Current Monitoring Threshold 0,50 A C2907A Summated Current Monitoring Factor 0,10 C2908A T Balance Factor for Voltage Monitor 5 sec C2909A T Current Balance Monitor 5 sec C

3.94 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON C2911A Minimum Voltage Threshold V> 30 V C2912A Maximum Current Threshold I< 0,50 A C2913A Maximum Voltage Threshold V< (3phase) 5 V C2914A Differential Current Threshold (3phase) 0,50 A C2915 Voltage Failure Supervision with current superv. and CBpos(52a) C2916A Delay Voltage Failure Supervision 3,00 sec C

3.95 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.96 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON C3102 Block 50N/51N for Distance protection NO C3174 Block 50N/51N for Pickup 21 in each zone C3104A Stabilisation Slope with Iphase 10 % C3170 2nd harmonic ratio for inrush restraint 15 % C3171 Max.Current, overriding inrush restraint 37,50 A C3172 Instantaneous mode after SwitchOnToFault with Pickup and direction C3173 Trip time delay after SOTF 0,00 sec C

3.97 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Forward C3111 Pickup 15,00 A C3112 Time Delay 0,03 sec C3113 Instantaneous trip via Pilot Prot./BI NO C3114 Instantaneous trip after SwitchOnToFault NO C3115 Inrush Blocking NO C

3.98 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive C3121 Pickup 0,83 A C3122 Time Delay 0,60 sec C3123 Instantaneous trip via Pilot Prot./BI NO C3124 Instantaneous trip after SwitchOnToFault NO C3125 Inrush Blocking NO C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50N/51N Ground OverCurrent; Grupo General

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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3.99 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive C3131 Pickup 0,83 A C3132 Time Delay 0,90 sec C3133 Instantaneous trip via Pilot Prot./BI NO C3134 Instantaneous trip after SwitchOnToFault NO C3135 Inrush Blocking NO C

3.100 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward C3141 Pickup 2,40 A C3143 Time Dial 0,13 sec C3147 Additional Time Delay 0,00 sec C3148 Instantaneous trip via Pilot Prot./BI NO C3149 Instantaneous trip after SwitchOnToFault NO C3150 Inrush Blocking NO C3151 IEC Curve Normal Inverse C

3.101 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 C3162A ALPHA, lower angle for forward direction 338 ° C3163A BETA, upper angle for forward direction 122 ° C3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V C3166 Min. neg. seq. polarizing voltage 3V2 3,0 V C3167 Min. neg. seq. polarizing current 3I2 0,25 A C3168 Compensation angle PHI comp. for Sr 255 ° C3169 Forward direction power threshold 1,5 VA C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-3

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 41 de 45

3.102 Grupo 25 Synchronism and Voltage Check; Grupo General

Grupo 25 Synchronism and Voltage Check; Grupo GeneralNº Parámetro Valor Grupo

3501 25 Synchronism and Voltage Check ON C3502 Voltage threshold dead line / bus 10 V C3503 Voltage threshold live line / bus 44 V C3504 Maximum permissible voltage 70 V C3507 Maximum duration of synchronism-check 1,00 sec C3508 Synchronous condition stability timer 0,00 sec C3509 Synchronizable circuit breaker <none> todo

3.103 Grupo 25 Synchronism and Voltage Check; Grupo with AR

Grupo 25 Synchronism and Voltage Check; Grupo with ARNº Parámetro Valor Grupo

3510 Operating mode with AR without consideration of 52 closing time C3511 Maximum voltage difference 10,0 V C3512 Maximum frequency difference 0,10 Hz C3513 Maximum angle difference 10 ° C3515A 79 at Vsy2>, Vsy1>, and Synchr. YES C3516 79 at Vsy1< and Vsy2> NO C3517 79 at Vsy1> and Vsy2< NO C3518 79 at Vsy1< and Vsy2< NO C3519 Override of any check before 79 NO C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50N/51N Ground OverCurrent; Grupo Direction

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 42 de 45

3.104 Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL

Grupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRLNº Parámetro Valor Grupo

3530 Operating mode with Man.Cl without consideration of 52 closing time C3531 Maximum voltage difference 10,0 V C3532 Maximum frequency difference 0,10 Hz C3533 Maximum angle difference 10 ° C3535A Manual Close at Vsy2>, Vsy1>, and Synchr NO C3536 Manual Close at Vsy1< and Vsy2> NO C3537 Manual Close at Vsy1> and Vsy2< NO C3538 Manual Close at Vsy1< and Vsy2< NO C3539 Override of any check before Man.Cl NO C

3.105 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP C3806 Load Compensation NO C

3.106 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON C3902 50BF Pickup current threshold 6,00 A C3904 Delay after 1pole start for local trip 0,02 sec C3905 Delay after 3pole start for local trip 0,02 sec C3906 Delay of 2nd element for busbar trip 0,20 sec C3907 Delay for start with defective bkr. 0,00 sec C3908 Trip output selection with defective bkr NO C3909 Check Breaker contacts YES C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 25 Synchronism and Voltage Check; Grupo Man.Close+CNTRL

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

Página 43 de 45

3.107 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF C3922 Trip delay of end fault element 2,00 sec C

3.108 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF C3932 Trip delay with pole discrepancy 2,00 sec C

7SA612 V4_3 AJA-A2 Var V_prnGrupo 50BF Breaker Failure; Grupo End fault prot.

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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4 Change Group

4.1 Grupo Change Group

Grupo Change GroupNº Parámetro Valor Grupo

0302 Change to Another Setting Group Binary Input todo

7SA612 V4_3 AJA-A2 Var V_prnChange Group

SIMATICMax / Centro / Alto Jahuel / 154kV /7SA612 V4.3 AJA-A2 Var V/7SA612 21.10.15 16:24:59

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Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas

Línea 154kV A. Jahuel – Rancagua - Tinguiririca 1, S/E Rancagua

CONTROL DE REVISIÓN DEL CRAP

REVISOR FECHA N° EAP OBSERVACIONES

Max Missene M. 07-09-2015 Nº 75/2015

Cambio de ajustes para evitar que la Z1B actúe de forma instantánea en Sistema 2 protección Siemens 7SA61 .

Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas

Línea 154kV A. Jahuel – Rancagua - Tinguiririca 1, S/E Rancagua

Razón de TTCC/TTPP

TTCC:

TTPP:

√

√

Particularidades de Ajustes

No hay.

Max / Centro Sur / Rancagua / A2 Rancagua Var

MLFB: 7SA61255AE227PR4Versión del juego de parámetros: V04.34.03Ruta del equipo: C:\Siemens\Digsi4\D4PROJ\Max\P7DI\GV\ST\00000050Autor:Creado el: 23.10.15 10:59:27Mod. por última vez el: 23.10.15 10:59:58Modo de operación: Sin líneaComentario:Valores de ajuste en: Presentación secundaria de los valores

C O N T E N I D O D E L A I M P R E S I Ó N

.................................................................................................................................................................41 Device Configuration...............................................................................................................................................................52 Power System Data 1

..................................................................................................................52.1 Grupo Power System Data 1; Grupo Transformers................................................................................................................52.2 Grupo Power System Data 1; Grupo Power System

...........................................................................................................................52.3 Grupo Power System Data 1; Grupo Breaker..............................................................................................................................................................63 Grupos de parámetros

................................................................................................................63.1 Grupo Power System Data 2; Grupo Power System.....................................................................................................................63.2 Grupo Power System Data 2; Grupo Line Status

..............................................................................................73.3 Grupo 21 Distance protection, general settings; Grupo General......................................................................................73.4 Grupo 21 Distance protection, general settings; Grupo Ground faults.......................................................................................83.5 Grupo 21 Distance protection, general settings; Grupo Time Delays

........................................................................................................83.6 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1...........................................................................................83.7 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

........................................................................................................93.8 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

........................................................................................................93.9 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

........................................................................................................93.10 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

......................................................................................................103.11 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5............................................................................................................................................103.12 Grupo 68 Power Swing detection

...............................................................................................................................103.13 Grupo 85-21 Pilot Prot. for Distance prot...........................................................................................................................................103.14 Grupo 50HS Instantaneous SOTF

...................................................................................................................................113.15 Grupo Weak Infeed (Trip and/or Echo).......................................................................................................113.16 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General.....................................................................................................113.17 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1.....................................................................................................123.18 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2.......................................................................................................123.19 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................123.20 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................133.21 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................133.22 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................133.23 Grupo Measurement Supervision; Grupo VT mcb

...........................................................................................................143.24 Grupo 50N/51N Ground OverCurrent; Grupo General..............................................................................................................143.25 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1..............................................................................................................143.26 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2..............................................................................................................153.27 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

.............................................................................................153.28 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

A2 Rancagua Var_prn

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 1 de 39

..........................................................................................................153.29 Grupo 50N/51N Ground OverCurrent; Grupo Direction

................................................................................................................................................................163.30 Grupo Fault Locator.............................................................................................................................163.31 Grupo 50BF Breaker Failure; Grupo 50BF

................................................................................................................163.32 Grupo 50BF Breaker Failure; Grupo End fault prot............................................................................................................163.33 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

..............................................................................................................173.34 Grupo Power System Data 2; Grupo Power System...................................................................................................................173.35 Grupo Power System Data 2; Grupo Line Status

............................................................................................183.36 Grupo 21 Distance protection, general settings; Grupo General....................................................................................183.37 Grupo 21 Distance protection, general settings; Grupo Ground faults.....................................................................................193.38 Grupo 21 Distance protection, general settings; Grupo Time Delays

......................................................................................................193.39 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1.........................................................................................193.40 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

......................................................................................................203.41 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

......................................................................................................203.42 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

......................................................................................................203.43 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

......................................................................................................213.44 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5............................................................................................................................................213.45 Grupo 68 Power Swing detection

...............................................................................................................................213.46 Grupo 85-21 Pilot Prot. for Distance prot...........................................................................................................................................213.47 Grupo 50HS Instantaneous SOTF

...................................................................................................................................223.48 Grupo Weak Infeed (Trip and/or Echo).......................................................................................................223.49 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General.....................................................................................................223.50 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1.....................................................................................................233.51 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2.......................................................................................................233.52 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................233.53 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................243.54 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................243.55 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................243.56 Grupo Measurement Supervision; Grupo VT mcb

...........................................................................................................253.57 Grupo 50N/51N Ground OverCurrent; Grupo General..............................................................................................................253.58 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1..............................................................................................................253.59 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2..............................................................................................................263.60 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

.............................................................................................263.61 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime..........................................................................................................263.62 Grupo 50N/51N Ground OverCurrent; Grupo Direction

................................................................................................................................................................273.63 Grupo Fault Locator.............................................................................................................................273.64 Grupo 50BF Breaker Failure; Grupo 50BF

................................................................................................................273.65 Grupo 50BF Breaker Failure; Grupo End fault prot............................................................................................................273.66 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

..............................................................................................................283.67 Grupo Power System Data 2; Grupo Power System...................................................................................................................283.68 Grupo Power System Data 2; Grupo Line Status

............................................................................................293.69 Grupo 21 Distance protection, general settings; Grupo General....................................................................................293.70 Grupo 21 Distance protection, general settings; Grupo Ground faults.....................................................................................303.71 Grupo 21 Distance protection, general settings; Grupo Time Delays

......................................................................................................303.72 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1.........................................................................................303.73 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

......................................................................................................313.74 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

......................................................................................................313.75 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

......................................................................................................313.76 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

......................................................................................................323.77 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5............................................................................................................................................323.78 Grupo 68 Power Swing detection

...............................................................................................................................323.79 Grupo 85-21 Pilot Prot. for Distance prot...........................................................................................................................................323.80 Grupo 50HS Instantaneous SOTF

...................................................................................................................................333.81 Grupo Weak Infeed (Trip and/or Echo).......................................................................................................333.82 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General.....................................................................................................333.83 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1.....................................................................................................343.84 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

A2 Rancagua Var_prn

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 2 de 39

.......................................................................................................343.85 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................343.86 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................353.87 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................353.88 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................353.89 Grupo Measurement Supervision; Grupo VT mcb

...........................................................................................................363.90 Grupo 50N/51N Ground OverCurrent; Grupo General..............................................................................................................363.91 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1..............................................................................................................363.92 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2..............................................................................................................373.93 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

.............................................................................................373.94 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime..........................................................................................................373.95 Grupo 50N/51N Ground OverCurrent; Grupo Direction

................................................................................................................................................................383.96 Grupo Fault Locator.............................................................................................................................383.97 Grupo 50BF Breaker Failure; Grupo 50BF

................................................................................................................383.98 Grupo 50BF Breaker Failure; Grupo End fault prot............................................................................................................383.99 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

A2 Rancagua Var_prn

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

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1 Device Configuration

Nº Función Volumen

0103 Setting Group Change Option Enabled0110 Trip mode 3pole only0114 21 Distance protection pickup program Z< (quadrilateral)0120 68 Power Swing detection Enabled0121 85-21 Pilot Protection for Distance prot POTT0122 DTT Direct Transfer Trip Disabled0124 50HS Instantaneous SOTF Enabled0125 Weak Infeed (Trip and/or Echo) Enabled0126 50(N)/51(N) Backup OverCurrent Time Overcurrent Curve IEC0131 50N/51N Ground OverCurrent Time Overcurrent Curve IEC0132 85-67N Pilot Protection Gnd. OverCurrent Disabled0133 79 Auto-Reclose Function Disabled0134 Auto-Reclose control mode with Trip and Action time0135 25 Synchronism and Voltage Check Disabled0136 81 Over/Underfrequency Protection Disabled0137 27, 59 Under/Overvoltage Protection Disabled0138 Fault Locator Enabled0139 50BF Breaker Failure Protection Enabled0140 74TC Trip Circuit Supervision Disabled0142 49 Thermal Overload Protection Disabled

A2 Rancagua Var_prnDevice Configuration

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 4 de 39

2 Power System Data 1

2.1 Grupo Power System Data 1; Grupo Transformers

Grupo Power System Data 1; Grupo TransformersNº Parámetro Valor Grupo

0201 CT Starpoint towards Line todo0203 Rated Primary Voltage 161,0 kV todo0204 Rated Secondary Voltage (Ph-Ph) 115 V todo0205 CT Rated Primary Current 600 A todo0206 CT Rated Secondary Current 5A todo0210 V4 voltage transformer is not connected todo0211 Matching ratio Phase-VT To Open-Delta-VT 1,73 todo0215 Matching ratio Vsy1 / Vsy2 0,58 todo0220 I4 current transformer is Neutral Current (of the protected line) todo0221 Matching ratio I4/Iph for CT's 1,000 todo

2.2 Grupo Power System Data 1; Grupo Power System

Grupo Power System Data 1; Grupo Power SystemNº Parámetro Valor Grupo

0207 System Starpoint is Solid Grounded todo0230 Rated Frequency 50 Hz todo0235 Phase Sequence A B C todo0236 Distance measurement unit km todo0237 Setting format for zero seq.comp. format Zero seq. comp. factor K0 and angle(K0) todo

2.3 Grupo Power System Data 1; Grupo Breaker

Grupo Power System Data 1; Grupo BreakerNº Parámetro Valor Grupo

0240A Minimum TRIP Command Duration 0,12 sec todo0241A Maximum Close Command Duration 0,25 sec todo0242 Dead Time for CB test-autoreclosure 0,10 sec todo

A2 Rancagua Var_prnPower System Data 1

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 5 de 39

3 Grupos de parámetros

3.1 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 161,0 kV A1104 Measurement: Full Scale Current (100%) 600 A A1105 Line Angle 79 ° A1211 Angle of inclination, distance charact. 79 ° A1107 P,Q operational measured values sign not reversed A1110 x' - Line Reactance per length unit 0,0359 Ohm / km A1111 Line Length 50,6 km A1120 Zero seq. comp. factor K0 for zone Z1 0,809 A1121 Zero seq. comp. angle for zone Z1 3,02 ° A1122 Zero seq.comp.factor K0,higher zones >Z1 0,809 A1123 Zero seq. comp. angle, higher zones >Z1 3,02 ° A

3.2 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,25 A A1131A Pole Open Voltage Threshold 11 V A1132A Seal-in Time after ALL closures 0,20 sec A1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI A1135 RESET of Trip Command with Pole Open Current Threshold only A1140A CT Saturation Threshold 100,0 A A1150A Seal-in Time after MANUAL closures 0,20 sec A1151 Manual CLOSE COMMAND generation NO A1152 MANUAL Closure Impulse after CONTROL <none> todo

A2 Rancagua Var_prnGrupos de parámetros

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3.3 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON A1202 Phase Current threshold for dist. meas. 0,25 A A1211 Angle of inclination, distance charact. 79 ° A1208 Series compensated line NO A1232 Instantaneous trip after SwitchOnToFault with Zone Z1B A1241 R load, minimum Load Impedance (ph-g) 9,140 Ohm A1242 PHI load, maximum Load Angle (ph-g) 35 ° A1243 R load, minimum Load Impedance (ph-ph) 9,140 Ohm A1244 PHI load, maximum Load Angle (ph-ph) 35 ° A1357 Z1B enabled before 1st AR (int. or ext.) NO A

3.4 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,25 A A1204 3V0 threshold zero seq. voltage pickup 2 V A1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 A1209A Criterion of ground fault recognition 3I0> OR 3V0> A1221A Loop selection with 2Ph-G faults all loops A

A2 Rancagua Var_prnGrupo 21 Distance protection, general settings; Grupo General

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3.5 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A1325 T3 delay 2,50 sec A1335 T4 delay 1,50 sec A1345 T5 delay oo sec A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A

3.6 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward A1302 R(Z1), Resistance for ph-ph-faults 2,740 Ohm A1303 X(Z1), Reactance 2,740 Ohm A1304 RG(Z1), Resistance for ph-gnd faults 2,740 Ohm A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1307 Zone Reduction Angle (load compensation) 0 ° A

3.7 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward A1352 R(Z1B), Resistance for ph-ph-faults 21,000 Ohm A1353 X(Z1B), Reactance 25,689 Ohm A1354 RG(Z1B), Resistance for ph-gnd faults 21,000 Ohm A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A1357 Z1B enabled before 1st AR (int. or ext.) NO A

A2 Rancagua Var_prnGrupo 21 Distance protection, general settings; Grupo Time Delays

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3.8 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward A1312 R(Z2), Resistance for ph-ph-faults 5,520 Ohm A1313 X(Z2), Reactance 5,520 Ohm A1314 RG(Z2), Resistance for ph-gnd faults 5,520 Ohm A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A

3.9 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse A1322 R(Z3), Resistance for ph-ph-faults 12,500 Ohm A1323 X(Z3), Reactance 12,500 Ohm A1324 RG(Z3), Resistance for ph-gnd faults 12,500 Ohm A1325 T3 delay 2,50 sec A

3.10 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward A1332 R(Z4), Resistance for ph-ph-faults 13,000 Ohm A1333 X(Z4), Reactance 13,000 Ohm A1334 RG(Z4), Resistance for ph-gnd faults 13,000 Ohm A1335 T4 delay 1,50 sec A

A2 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

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3.11 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional A1342 R(Z5), Resistance for ph-ph-faults 14,000 Ohm A1343 X(Z5)+, Reactance for Forward direction 14,000 Ohm A1344 RG(Z5), Resistance for ph-gnd faults 14,000 Ohm A1345 T5 delay oo sec A1346 X(Z5)-, Reactance for Reverse direction 13,500 Ohm A

3.12 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked A2006 68T Power swing trip NO A2007 68 Trip delay after Power Swing Blocking 0,08 sec A

3.13 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON A2102 Type of Line Three Terminals A2103A Time for send signal prolongation 0,10 sec A2109A Transient Block.: Duration external flt. 0,03 sec A2110A Transient Block.: Blk.T. after ext. flt. 0,17 sec A

3.14 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON A

A2 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z5

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Grupo 50HS Instantaneous SOTF(2)Nº Parámetro Valor Grupo

2404 50HS SOTF-O/C PICKUP 6,67 A A

3.15 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only A2502A Trip / Echo Delay after carrier receipt 0,04 sec A2503A Trip Extension / Echo Impulse time 0,10 sec A2504A Echo Block Time 0,50 sec A2505 Undervoltage (ph-g) 25 V A2509 Echo logic: 21 and 67N on common channel NO todo

3.16 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. A2680 Trip time delay after SOTF 0,00 sec A

3.17 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup oo A A2611 50-B1 Delay oo sec A2612 50N-B1 Pickup oo A A2613 50N-B1 Delay oo sec A2614 Instantaneous trip via BI NO A2615 Instantaneous trip after SwitchOnToFault NO A

A2 Rancagua Var_prnGrupo 50HS Instantaneous SOTF

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3.18 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup oo A A2621 50-B2 Delay oo sec A2622 50N-B2 Pickup oo A A2623 50N-B2 Delay oo sec A2624 Instantaneous trip via Pilot Prot./BI NO A2625 Instantaneous trip after SwitchOnToFault NO A

3.19 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 6,00 A A2642 51-B Time Dial 0,15 sec A2646 51-B Additional Time Delay 0,00 sec A2650 51N-B Pickup 0,25 A A2652 51N-B Time Dial 0,40 sec A2656 51N-B Additional Time Delay 0,00 sec A2660 IEC Curve Normal Inverse A2670 Instantaneous trip via Pilot Prot./BI NO A2671 Instantaneous trip after SwitchOnToFault NO A

3.20 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup 0,50 A A2631 50-STUB Delay oo sec A2632 50N-STUB Pickup 0,50 A A2633 50N-STUB Delay oo sec A2634 Instantaneous trip via Pilot Prot./BI NO A2635 Instantaneous trip after SwitchOnToFault NO A

A2 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

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3.21 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON A2902A Voltage Threshold for Balance Monitoring 50 V A2903A Balance Factor for Voltage Monitor 0,75 A2904A Current Threshold for Balance Monitoring 0,50 A A2905A Balance Factor for Current Monitor 0,50 A2906A Summated Current Monitoring Threshold 0,50 A A2907A Summated Current Monitoring Factor 0,10 A2908A T Balance Factor for Voltage Monitor 5 sec A2909A T Current Balance Monitor 5 sec A

3.22 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON A2911A Minimum Voltage Threshold V> 30 V A2912A Maximum Current Threshold I< 0,50 A A2913A Maximum Voltage Threshold V< (3phase) 5 V A2914A Differential Current Threshold (3phase) 0,50 A A2915 Voltage Failure Supervision with current superv. and CBpos(52a) A2916A Delay Voltage Failure Supervision 3,00 sec A

3.23 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms A

A2 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

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3.24 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON A3102 Block 50N/51N for Distance protection NO A3174 Block 50N/51N for Pickup 21 in each zone A3104A Stabilisation Slope with Iphase 10 % A3170 2nd harmonic ratio for inrush restraint 20 % A3171 Max.Current, overriding inrush restraint 37,50 A A3172 Instantaneous mode after SwitchOnToFault with Pickup and direction A3173 Trip time delay after SOTF 0,00 sec A

3.25 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Inactive A3111 Pickup 9,50 A A3112 Time Delay 0,30 sec A3113 Instantaneous trip via Pilot Prot./BI NO A3114 Instantaneous trip after SwitchOnToFault NO A3115 Inrush Blocking NO A

3.26 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive A3121 Pickup 0,83 A A3122 Time Delay 0,60 sec A3123 Instantaneous trip via Pilot Prot./BI NO A3124 Instantaneous trip after SwitchOnToFault NO A3125 Inrush Blocking NO A

A2 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo General

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3.27 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive A3131 Pickup 0,83 A A3132 Time Delay 0,90 sec A3133 Instantaneous trip via Pilot Prot./BI NO A3134 Instantaneous trip after SwitchOnToFault NO A3135 Inrush Blocking NO A

3.28 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward A3141 Pickup 0,25 A A3143 Time Dial 0,40 sec A3147 Additional Time Delay 0,00 sec A3148 Instantaneous trip via Pilot Prot./BI NO A3149 Instantaneous trip after SwitchOnToFault NO A3150 Inrush Blocking NO A3151 IEC Curve Normal Inverse A

3.29 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 A3162A ALPHA, lower angle for forward direction 338 ° A3163A BETA, upper angle for forward direction 122 ° A3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V A3166 Min. neg. seq. polarizing voltage 3V2 3,0 V A3167 Min. neg. seq. polarizing current 3I2 0,25 A A3168 Compensation angle PHI comp. for Sr 255 ° A3169 Forward direction power threshold 1,5 VA A

A2 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-3

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3.30 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP A3806 Load Compensation NO A

3.31 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON A3902 50BF Pickup current threshold 2,08 A A3904 Delay after 1pole start for local trip 0,01 sec A3905 Delay after 3pole start for local trip 0,01 sec A3906 Delay of 2nd element for busbar trip 0,20 sec A3907 Delay for start with defective bkr. 0,00 sec A3908 Trip output selection with defective bkr NO A3909 Check Breaker contacts YES A

3.32 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF A3922 Trip delay of end fault element 2,00 sec A

3.33 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF A

A2 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo Direction

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Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy(2)Nº Parámetro Valor Grupo

3932 Trip delay with pole discrepancy 2,00 sec A

3.34 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 161,0 kV B1104 Measurement: Full Scale Current (100%) 600 A B1105 Line Angle 79 ° B1211 Angle of inclination, distance charact. 79 ° B1107 P,Q operational measured values sign not reversed B1110 x' - Line Reactance per length unit 0,0362 Ohm / km B1111 Line Length 60,6 km B1120 Zero seq. comp. factor K0 for zone Z1 0,800 B1121 Zero seq. comp. angle for zone Z1 3,02 ° B1122 Zero seq.comp.factor K0,higher zones >Z1 0,800 B1123 Zero seq. comp. angle, higher zones >Z1 3,02 ° B

3.35 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,25 A B1131A Pole Open Voltage Threshold 11 V B1132A Seal-in Time after ALL closures 0,20 sec B1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI B1135 RESET of Trip Command with Pole Open Current Threshold only B1140A CT Saturation Threshold oo A B1150A Seal-in Time after MANUAL closures 0,20 sec B1151 Manual CLOSE COMMAND generation NO B1152 MANUAL Closure Impulse after CONTROL <none> todo

A2 Rancagua Var_prnGrupo 50BF Breaker Failure; Grupo PoleDiscrepancy

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3.36 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON B1202 Phase Current threshold for dist. meas. 0,50 A B1211 Angle of inclination, distance charact. 79 ° B1208 Series compensated line NO B1232 Instantaneous trip after SwitchOnToFault with Zone Z1B B1241 R load, minimum Load Impedance (ph-g) oo Ohm B1242 PHI load, maximum Load Angle (ph-g) 30 ° B1243 R load, minimum Load Impedance (ph-ph) oo Ohm B1244 PHI load, maximum Load Angle (ph-ph) 30 ° B1357 Z1B enabled before 1st AR (int. or ext.) YES B

3.37 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,50 A B1204 3V0 threshold zero seq. voltage pickup oo V B1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 B1209A Criterion of ground fault recognition 3I0> OR 3V0> B1221A Loop selection with 2Ph-G faults all loops B

A2 Rancagua Var_prnGrupo 21 Distance protection, general settings; Grupo General

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3.38 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup B1305 T1-1phase, delay for single phase faults 0,00 sec B1306 T1multi-ph, delay for multi phase faults 0,00 sec B1315 T2-1phase, delay for single phase faults 0,40 sec B1316 T2multi-ph, delay for multi phase faults 0,40 sec B1325 T3 delay 2,00 sec B1335 T4 delay 2,00 sec B1345 T5 delay oo sec B1355 T1B-1phase, delay for single ph. faults 0,00 sec B1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec B

3.39 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward B1302 R(Z1), Resistance for ph-ph-faults 1,720 Ohm B1303 X(Z1), Reactance 1,720 Ohm B1304 RG(Z1), Resistance for ph-gnd faults 3,440 Ohm B1305 T1-1phase, delay for single phase faults 0,00 sec B1306 T1multi-ph, delay for multi phase faults 0,00 sec B1307 Zone Reduction Angle (load compensation) 0 ° B

3.40 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward B1352 R(Z1B), Resistance for ph-ph-faults 4,000 Ohm B1353 X(Z1B), Reactance 4,000 Ohm B1354 RG(Z1B), Resistance for ph-gnd faults 8,000 Ohm B1355 T1B-1phase, delay for single ph. faults 0,00 sec B1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec B1357 Z1B enabled before 1st AR (int. or ext.) YES B

A2 Rancagua Var_prnGrupo 21 Distance protection, general settings; Grupo Time Delays

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3.41 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward B1312 R(Z2), Resistance for ph-ph-faults 4,000 Ohm B1313 X(Z2), Reactance 4,000 Ohm B1314 RG(Z2), Resistance for ph-gnd faults 8,000 Ohm B1315 T2-1phase, delay for single phase faults 0,40 sec B1316 T2multi-ph, delay for multi phase faults 0,40 sec B

3.42 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse B1322 R(Z3), Resistance for ph-ph-faults 2,000 Ohm B1323 X(Z3), Reactance 2,000 Ohm B1324 RG(Z3), Resistance for ph-gnd faults 4,000 Ohm B1325 T3 delay 2,00 sec B

3.43 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward B1332 R(Z4), Resistance for ph-ph-faults 8,900 Ohm B1333 X(Z4), Reactance 8,900 Ohm B1334 RG(Z4), Resistance for ph-gnd faults 17,800 Ohm B1335 T4 delay 2,00 sec B

A2 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

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3.44 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional B1342 R(Z5), Resistance for ph-ph-faults 9,100 Ohm B1343 X(Z5)+, Reactance for Forward direction 9,100 Ohm B1344 RG(Z5), Resistance for ph-gnd faults 18,000 Ohm B1345 T5 delay oo sec B1346 X(Z5)-, Reactance for Reverse direction 6,500 Ohm B

3.45 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked B2006 68T Power swing trip NO B2007 68 Trip delay after Power Swing Blocking 0,08 sec B

3.46 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON B2102 Type of Line Two Terminals B2103A Time for send signal prolongation 0,15 sec B2109A Transient Block.: Duration external flt. 0,04 sec B2110A Transient Block.: Blk.T. after ext. flt. 0,20 sec B

3.47 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON B

A2 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z5

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Grupo 50HS Instantaneous SOTF(2)Nº Parámetro Valor Grupo

2404 50HS SOTF-O/C PICKUP 12,50 A B

3.48 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only B2502A Trip / Echo Delay after carrier receipt 0,04 sec B2503A Trip Extension / Echo Impulse time 0,15 sec B2504A Echo Block Time 0,50 sec B2505 Undervoltage (ph-g) 25 V B2509 Echo logic: 21 and 67N on common channel NO todo

3.49 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. B2680 Trip time delay after SOTF 0,00 sec B

3.50 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup 9,00 A B2611 50-B1 Delay 0,01 sec B2612 50N-B1 Pickup 10,00 A B2613 50N-B1 Delay 0,02 sec B2614 Instantaneous trip via BI NO B2615 Instantaneous trip after SwitchOnToFault NO B

A2 Rancagua Var_prnGrupo 50HS Instantaneous SOTF

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3.51 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup oo A B2621 50-B2 Delay oo sec B2622 50N-B2 Pickup oo A B2623 50N-B2 Delay oo sec B2624 Instantaneous trip via Pilot Prot./BI NO B2625 Instantaneous trip after SwitchOnToFault NO B

3.52 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 3,46 A B2642 51-B Time Dial 0,15 sec B2646 51-B Additional Time Delay 0,00 sec B2650 51N-B Pickup 0,30 A B2652 51N-B Time Dial 0,74 sec B2656 51N-B Additional Time Delay 0,00 sec B2660 IEC Curve Normal Inverse B2670 Instantaneous trip via Pilot Prot./BI NO B2671 Instantaneous trip after SwitchOnToFault NO B

3.53 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup oo A B2631 50-STUB Delay oo sec B2632 50N-STUB Pickup oo A B2633 50N-STUB Delay oo sec B2634 Instantaneous trip via Pilot Prot./BI NO B2635 Instantaneous trip after SwitchOnToFault NO B

A2 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 23 de 39

3.54 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON B2902A Voltage Threshold for Balance Monitoring 50 V B2903A Balance Factor for Voltage Monitor 0,75 B2904A Current Threshold for Balance Monitoring 0,50 A B2905A Balance Factor for Current Monitor 0,50 B2906A Summated Current Monitoring Threshold 0,50 A B2907A Summated Current Monitoring Factor 0,10 B2908A T Balance Factor for Voltage Monitor 5 sec B2909A T Current Balance Monitor 5 sec B

3.55 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON B2911A Minimum Voltage Threshold V> 30 V B2912A Maximum Current Threshold I< 0,50 A B2913A Maximum Voltage Threshold V< (3phase) 5 V B2914A Differential Current Threshold (3phase) 0,50 A B2915 Voltage Failure Supervision with current superv. and CBpos(52a) B2916A Delay Voltage Failure Supervision 3,00 sec B

3.56 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms B

A2 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 24 de 39

3.57 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON B3102 Block 50N/51N for Distance protection NO B3174 Block 50N/51N for Pickup 21 in each zone B3104A Stabilisation Slope with Iphase 10 % B3170 2nd harmonic ratio for inrush restraint 15 % B3171 Max.Current, overriding inrush restraint 37,50 A B3172 Instantaneous mode after SwitchOnToFault with Pickup and direction B3173 Trip time delay after SOTF 0,00 sec B

3.58 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Forward B3111 Pickup 10,00 A B3112 Time Delay 0,03 sec B3113 Instantaneous trip via Pilot Prot./BI NO B3114 Instantaneous trip after SwitchOnToFault NO B3115 Inrush Blocking NO B

3.59 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive B3121 Pickup 10,00 A B3122 Time Delay 0,60 sec B3123 Instantaneous trip via Pilot Prot./BI NO B3124 Instantaneous trip after SwitchOnToFault NO B3125 Inrush Blocking NO B

A2 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo General

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 25 de 39

3.60 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive B3131 Pickup 5,00 A B3132 Time Delay 0,90 sec B3133 Instantaneous trip via Pilot Prot./BI NO B3134 Instantaneous trip after SwitchOnToFault NO B3135 Inrush Blocking NO B

3.61 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward B3141 Pickup 0,30 A B3143 Time Dial 0,75 sec B3147 Additional Time Delay 0,00 sec B3148 Instantaneous trip via Pilot Prot./BI NO B3149 Instantaneous trip after SwitchOnToFault NO B3150 Inrush Blocking NO B3151 IEC Curve Normal Inverse B

3.62 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 B3162A ALPHA, lower angle for forward direction 338 ° B3163A BETA, upper angle for forward direction 122 ° B3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V B3166 Min. neg. seq. polarizing voltage 3V2 3,0 V B3167 Min. neg. seq. polarizing current 3I2 0,25 A B3168 Compensation angle PHI comp. for Sr 255 ° B3169 Forward direction power threshold 1,5 VA B

A2 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-3

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 26 de 39

3.63 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with Pickup B3806 Load Compensation NO B

3.64 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON B3902 50BF Pickup current threshold 6,00 A B3904 Delay after 1pole start for local trip 0,02 sec B3905 Delay after 3pole start for local trip 0,02 sec B3906 Delay of 2nd element for busbar trip 2,00 sec B3907 Delay for start with defective bkr. 0,00 sec B3908 Trip output selection with defective bkr NO B3909 Check Breaker contacts YES B

3.65 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF B3922 Trip delay of end fault element 2,00 sec B

3.66 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF B

A2 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo Direction

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 27 de 39

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy(2)Nº Parámetro Valor Grupo

3932 Trip delay with pole discrepancy 2,00 sec B

3.67 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 161,0 kV C1104 Measurement: Full Scale Current (100%) 600 A C1105 Line Angle 79 ° C1211 Angle of inclination, distance charact. 79 ° C1107 P,Q operational measured values sign not reversed C1110 x' - Line Reactance per length unit 0,0362 Ohm / km C1111 Line Length 60,6 km C1120 Zero seq. comp. factor K0 for zone Z1 0,800 C1121 Zero seq. comp. angle for zone Z1 3,02 ° C1122 Zero seq.comp.factor K0,higher zones >Z1 0,800 C1123 Zero seq. comp. angle, higher zones >Z1 3,02 ° C

3.68 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,25 A C1131A Pole Open Voltage Threshold 11 V C1132A Seal-in Time after ALL closures 0,20 sec C1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI C1135 RESET of Trip Command with Pole Open Current Threshold only C1140A CT Saturation Threshold oo A C1150A Seal-in Time after MANUAL closures 0,20 sec C1151 Manual CLOSE COMMAND generation NO C1152 MANUAL Closure Impulse after CONTROL <none> todo

A2 Rancagua Var_prnGrupo 50BF Breaker Failure; Grupo PoleDiscrepancy

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 28 de 39

3.69 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON C1202 Phase Current threshold for dist. meas. 0,50 A C1211 Angle of inclination, distance charact. 79 ° C1208 Series compensated line NO C1232 Instantaneous trip after SwitchOnToFault with Zone Z1B C1241 R load, minimum Load Impedance (ph-g) oo Ohm C1242 PHI load, maximum Load Angle (ph-g) 30 ° C1243 R load, minimum Load Impedance (ph-ph) oo Ohm C1244 PHI load, maximum Load Angle (ph-ph) 30 ° C1357 Z1B enabled before 1st AR (int. or ext.) YES C

3.70 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,50 A C1204 3V0 threshold zero seq. voltage pickup oo V C1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 C1209A Criterion of ground fault recognition 3I0> OR 3V0> C1221A Loop selection with 2Ph-G faults all loops C

A2 Rancagua Var_prnGrupo 21 Distance protection, general settings; Grupo General

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Página 29 de 39

3.71 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup C1305 T1-1phase, delay for single phase faults 0,00 sec C1306 T1multi-ph, delay for multi phase faults 0,00 sec C1315 T2-1phase, delay for single phase faults 0,40 sec C1316 T2multi-ph, delay for multi phase faults 0,40 sec C1325 T3 delay 2,00 sec C1335 T4 delay 2,00 sec C1345 T5 delay oo sec C1355 T1B-1phase, delay for single ph. faults 0,00 sec C1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec C

3.72 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward C1302 R(Z1), Resistance for ph-ph-faults 1,720 Ohm C1303 X(Z1), Reactance 1,720 Ohm C1304 RG(Z1), Resistance for ph-gnd faults 3,440 Ohm C1305 T1-1phase, delay for single phase faults 0,00 sec C1306 T1multi-ph, delay for multi phase faults 0,00 sec C1307 Zone Reduction Angle (load compensation) 0 ° C

3.73 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward C1352 R(Z1B), Resistance for ph-ph-faults 4,000 Ohm C1353 X(Z1B), Reactance 4,000 Ohm C1354 RG(Z1B), Resistance for ph-gnd faults 8,000 Ohm C1355 T1B-1phase, delay for single ph. faults 0,00 sec C1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec C1357 Z1B enabled before 1st AR (int. or ext.) YES C

A2 Rancagua Var_prnGrupo 21 Distance protection, general settings; Grupo Time Delays

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 30 de 39

3.74 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward C1312 R(Z2), Resistance for ph-ph-faults 4,000 Ohm C1313 X(Z2), Reactance 4,000 Ohm C1314 RG(Z2), Resistance for ph-gnd faults 8,000 Ohm C1315 T2-1phase, delay for single phase faults 0,40 sec C1316 T2multi-ph, delay for multi phase faults 0,40 sec C

3.75 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse C1322 R(Z3), Resistance for ph-ph-faults 5,000 Ohm C1323 X(Z3), Reactance 5,000 Ohm C1324 RG(Z3), Resistance for ph-gnd faults 5,000 Ohm C1325 T3 delay 2,00 sec C

3.76 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward C1332 R(Z4), Resistance for ph-ph-faults 8,900 Ohm C1333 X(Z4), Reactance 8,900 Ohm C1334 RG(Z4), Resistance for ph-gnd faults 17,800 Ohm C1335 T4 delay 2,00 sec C

A2 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

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Página 31 de 39

3.77 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional C1342 R(Z5), Resistance for ph-ph-faults 9,100 Ohm C1343 X(Z5)+, Reactance for Forward direction 9,100 Ohm C1344 RG(Z5), Resistance for ph-gnd faults 18,000 Ohm C1345 T5 delay oo sec C1346 X(Z5)-, Reactance for Reverse direction 6,500 Ohm C

3.78 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked C2006 68T Power swing trip NO C2007 68 Trip delay after Power Swing Blocking 0,08 sec C

3.79 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON C2102 Type of Line Two Terminals C2103A Time for send signal prolongation 0,15 sec C2109A Transient Block.: Duration external flt. 0,04 sec C2110A Transient Block.: Blk.T. after ext. flt. 0,20 sec C

3.80 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON C

A2 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z5

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 32 de 39

Grupo 50HS Instantaneous SOTF(2)Nº Parámetro Valor Grupo

2404 50HS SOTF-O/C PICKUP 12,50 A C

3.81 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only C2502A Trip / Echo Delay after carrier receipt 0,04 sec C2503A Trip Extension / Echo Impulse time 0,15 sec C2504A Echo Block Time 0,50 sec C2505 Undervoltage (ph-g) 25 V C2509 Echo logic: 21 and 67N on common channel NO todo

3.82 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. C2680 Trip time delay after SOTF 0,00 sec C

3.83 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup 9,00 A C2611 50-B1 Delay 0,01 sec C2612 50N-B1 Pickup 10,00 A C2613 50N-B1 Delay 0,02 sec C2614 Instantaneous trip via BI NO C2615 Instantaneous trip after SwitchOnToFault NO C

A2 Rancagua Var_prnGrupo 50HS Instantaneous SOTF

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 33 de 39

3.84 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup oo A C2621 50-B2 Delay oo sec C2622 50N-B2 Pickup oo A C2623 50N-B2 Delay oo sec C2624 Instantaneous trip via Pilot Prot./BI NO C2625 Instantaneous trip after SwitchOnToFault NO C

3.85 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 3,46 A C2642 51-B Time Dial 0,15 sec C2646 51-B Additional Time Delay 0,00 sec C2650 51N-B Pickup 0,30 A C2652 51N-B Time Dial 0,74 sec C2656 51N-B Additional Time Delay 0,00 sec C2660 IEC Curve Normal Inverse C2670 Instantaneous trip via Pilot Prot./BI NO C2671 Instantaneous trip after SwitchOnToFault NO C

3.86 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup oo A C2631 50-STUB Delay oo sec C2632 50N-STUB Pickup oo A C2633 50N-STUB Delay oo sec C2634 Instantaneous trip via Pilot Prot./BI NO C2635 Instantaneous trip after SwitchOnToFault NO C

A2 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 34 de 39

3.87 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON C2902A Voltage Threshold for Balance Monitoring 50 V C2903A Balance Factor for Voltage Monitor 0,75 C2904A Current Threshold for Balance Monitoring 0,50 A C2905A Balance Factor for Current Monitor 0,50 C2906A Summated Current Monitoring Threshold 0,50 A C2907A Summated Current Monitoring Factor 0,10 C2908A T Balance Factor for Voltage Monitor 5 sec C2909A T Current Balance Monitor 5 sec C

3.88 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON C2911A Minimum Voltage Threshold V> 30 V C2912A Maximum Current Threshold I< 0,50 A C2913A Maximum Voltage Threshold V< (3phase) 5 V C2914A Differential Current Threshold (3phase) 0,50 A C2915 Voltage Failure Supervision with current superv. and CBpos(52a) C2916A Delay Voltage Failure Supervision 3,00 sec C

3.89 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms C

A2 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 35 de 39

3.90 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON C3102 Block 50N/51N for Distance protection NO C3174 Block 50N/51N for Pickup 21 in each zone C3104A Stabilisation Slope with Iphase 10 % C3170 2nd harmonic ratio for inrush restraint 15 % C3171 Max.Current, overriding inrush restraint 37,50 A C3172 Instantaneous mode after SwitchOnToFault with Pickup and direction C3173 Trip time delay after SOTF 0,00 sec C

3.91 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Forward C3111 Pickup 10,00 A C3112 Time Delay 0,03 sec C3113 Instantaneous trip via Pilot Prot./BI NO C3114 Instantaneous trip after SwitchOnToFault NO C3115 Inrush Blocking NO C

3.92 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive C3121 Pickup 10,00 A C3122 Time Delay 0,60 sec C3123 Instantaneous trip via Pilot Prot./BI NO C3124 Instantaneous trip after SwitchOnToFault NO C3125 Inrush Blocking NO C

A2 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo General

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 36 de 39

3.93 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive C3131 Pickup 5,00 A C3132 Time Delay 0,90 sec C3133 Instantaneous trip via Pilot Prot./BI NO C3134 Instantaneous trip after SwitchOnToFault NO C3135 Inrush Blocking NO C

3.94 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward C3141 Pickup 0,30 A C3143 Time Dial 0,75 sec C3147 Additional Time Delay 0,00 sec C3148 Instantaneous trip via Pilot Prot./BI NO C3149 Instantaneous trip after SwitchOnToFault NO C3150 Inrush Blocking NO C3151 IEC Curve Normal Inverse C

3.95 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 C3162A ALPHA, lower angle for forward direction 338 ° C3163A BETA, upper angle for forward direction 122 ° C3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V C3166 Min. neg. seq. polarizing voltage 3V2 3,0 V C3167 Min. neg. seq. polarizing current 3I2 0,25 A C3168 Compensation angle PHI comp. for Sr 255 ° C3169 Forward direction power threshold 1,5 VA C

A2 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-3

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 37 de 39

3.96 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with Pickup C3806 Load Compensation NO C

3.97 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON C3902 50BF Pickup current threshold 6,00 A C3904 Delay after 1pole start for local trip 0,02 sec C3905 Delay after 3pole start for local trip 0,02 sec C3906 Delay of 2nd element for busbar trip 2,00 sec C3907 Delay for start with defective bkr. 0,00 sec C3908 Trip output selection with defective bkr NO C3909 Check Breaker contacts YES C

3.98 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF C3922 Trip delay of end fault element 2,00 sec C

3.99 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF C

A2 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo Direction

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 38 de 39

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy(2)Nº Parámetro Valor Grupo

3932 Trip delay with pole discrepancy 2,00 sec C

A2 Rancagua Var_prnGrupo 50BF Breaker Failure; Grupo PoleDiscrepancy

SIMATICMax / Centro Sur / Rancagua / A2Rancagua Var/7SA612 23.10.15 11:02:23

Página 39 de 39

Tue Sep 23 15:11:31 2014 Version: 7.22 Settings (Enabled Features) PAGE 1

RANCAGUA_LIAAJAH1_A2_S2_140527.URSY:\CRAP\ARCHIVOS DE CONFIGURACIУN\04_OCS\RANCAGUA\DEVICE DEFINITIONFILES

ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PRODUCT SETUPDISPLAY PROPERTIESFlash Message Time 2.0 sDefault Message Timeout 15 sDefault Message Intensity (VFD Only) 25 %Screen Saver Feature (LCD Only) EnabledScreen Saver Wait Time (LCD Only) 10 minCurrent Cutoff Level 0.010 puVoltage Cutoff Level 1.0 V

COMMUNICATIONSSERIAL PORTSRS485 Com2 Baud Rate 19200RS485 Com2 Parity NoneRS485 Com2 Response Min Time 0 ms

NETWORKIP Address 10. 80.143.186IP Subnet Mask 255.255.255. 0Gateway IP Address 10. 80.143. 1Ethernet Operation Mode Full-Duplex

MODBUS PROTOCOLModbus Slave Address 254Modbus TCP Port Number 502

DNP PROTOCOLDNP Channel 1 Port NETWORKDNP Channel 2 Port NONEDNP Address 2DNP Client Address 1 10. 80.143.200DNP Client Address 2 10. 80.143.201DNP Client Address 3 0. 0. 0. 0DNP Client Address 4 0. 0. 0. 0DNP Client Address 5 0. 0. 0. 0DNP TCP/UDP Port Number 20000DNP Unsol Resp Function DisabledDNP Unsol Resp Timeout 5 sDNP Unsol Resp Max Retries 10DNP Unsol Resp Dest Addr 10DNP Current Scale Factor 1DNP Voltage Scale Factor 1DNP Power Scale Factor 1DNP Energy Scale Factor 1DNP Other Scale Factor 1DNP Current Default Deadband 30000DNP Voltage Default Deadband 30000DNP Power Default Deadband 30000DNP Energy Default Deadband 30000DNP Other Default Deadband 30000DNP Time Sync IIN Period 1440 minDNP Message Fragment Size 240DNP Object 1 Default Variation 2DNP Object 2 Default Variation 2DNP Object 20 Default Variation 1DNP Object 21 Default Variation 1DNP Object 22 Default Variation 1DNP Object 23 Default Variation 1DNP Object 30 Default Variation 1DNP Object 32 Default Variation 1DNP Number of Paired Controls 0

DNP - IEC104 POINTS LISTSDNP Binary Input Point 0 LED NEUTRAL/GROUNDDNP Binary Input Point 1 LED PHASE ADNP Binary Input Point 2 LED PHASE BDNP Binary Input Point 3 LED PHASE CDNP Binary Input Point 4 LED TRIPDNP Binary Input Point 5 PH DIST Z1 OPDNP Binary Input Point 6 PH DIST Z2 OP

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DNP - IEC104 POINTS LISTS (continued from last page)DNP Binary Input Point 7 PH DIST Z3 OPDNP Binary Input Point 8 PH DIST Z4 OPDNP Binary Input Point 9 PH DIST Z5 OPDNP Binary Input Point 10 LINE PICKUP OPDNP Binary Input Point 11 SETTING GROUP ACT 1DNP Binary Input Point 12 SETTING GROUP ACT 2DNP Binary Input Point 13 PHASE TOC1 OPDNP Binary Input Point 14 POWER SWING UN/BLOCKDNP Binary Input Point 15 NEUTRAL TOC1 OPDNP Binary Input Point 16 GND DIST Z1 OPDNP Binary Input Point 17 GND DIST Z2 OPDNP Binary Input Point 18 GND DIST Z3 OPDNP Binary Input Point 19 GND DIST Z5 OPDNP Binary Input Point 20 GND DIST Z4 OPDNP Binary Input Point 21 AR 3-P/1 RIPDNP Binary Input Point 22 AR CLOSE BKR 1DNP Binary Input Point 23 AR BKR 1 BLKDNP Binary Input Point 24 AR DISABLEDDNP Binary Input Point 25 AR ENABLEDDNP Analog Input Point 0 Fault Location [1]DNP Analog Input Point 1 Fault Type [1]

HTTPHTTP TCP Port Number 80

TFTPTFTP Main UDP Port Number 69TFTP Data UDP Port Number 1 0TFTP Data UDP Port Number 2 0

REAL TIME CLOCKIRIG-B Signal Type DC ShiftReal Time Clock Events Disabled

FAULT REPORTFault Report 1 Source LINEA (SRC 1)Fault Report 1 Trigger pkp Z1o z2 On (VO4)Fault Report 1 Positive Seq (Z1) Mag 2.19 ohmsFault Report 1 Positive Seq (Z1) Angle 79 degFault Report 1 Zero Seq (Z0) Mag 7.35 ohmsFault Report 1 Zero Seq (Z0) Angle 81 degFault Report 1 Line Length Units kmFault Report 1 Line Length 60.6

OSCILLOGRAPHYNumber Of Records 10Trigger Mode Automatic OverwriteTrigger Position 20 %Trigger Source OSCILOGRAFIA On (VO3)AC Input Waveforms 32 samples/cycleDigital Channel 1 PH DIST Z1 OPDigital Channel 2 PH DIST Z2 OPDigital Channel 3 PH DIST Z3 OPDigital Channel 4 PH DIST Z4 OPDigital Channel 5 GND DIST Z1 OPDigital Channel 6 GND DIST Z2 OPDigital Channel 7 GND DIST Z3 OPDigital Channel 8 GND DIST Z4 OPDigital Channel 9 PHASE TOC1 OPDigital Channel 10 PH DIR1 BLKDigital Channel 11 NEUTRAL TOC1 OPDigital Channel 12 NTRL DIR OC1 REVDigital Channel 13 NTRL DIR OC2 FWDDigital Channel 14 HYBRID POTT OPDigital Channel 15 POWER SWING BLOCKDigital Channel 16 PH DIST Z1 PKPDigital Channel 17 PH DIST Z2 PKPDigital Channel 18 PH DIST Z3 PKPDigital Channel 19 PH DIST Z4 PKP

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OSCILLOGRAPHY (continued from last page)Digital Channel 20 LINE PICKUP OPDigital Channel 21 PHASE IOC1 OPDigital Channel 22 AR 1-P RIPDigital Channel 23 AR CLOSE BKR 1Digital Channel 24 HYBRID POTT TX1Digital Channel 25 AR LODigital Channel 26 CIERRE MANUA On(W3a)Digital Channel 27 79 DESCO On(H7a)Digital Channel 28 79 conectado On(H7c)Digital Channel 29 63-FALLA PRE On(H8a)Digital Channel 30 52A2 (a) On(H8c)Digital Channel 31 ECHO 3P On (VO37)Digital Channel 32 RECEP JAHUEL On(W1a)Digital Channel 33 RECEP ITAHUE On(W1c)Digital Channel 34 ITE AC FALLA On(W4a)Digital Channel 35 AUTORI 79 On(W5a)Digital Channel 36 GND DIST Z1 PKPDigital Channel 37 GND DIST Z2 PKPDigital Channel 38 GND DIST Z3 PKPDigital Channel 39 GND DIST Z4 PKPDigital Channel 40 PUTT TX1Digital Channel 41 PUTT TX2Digital Channel 42 BLQ Zonas PH On (VO1)Digital Channel 43 TRIP GRAL On (VO2)Digital Channel 44 pkp Z1o z2 On (VO4)Digital Channel 45 BLOq reconec On (VO5)Digital Channel 46 ORD. CIERRE On (VO6)Digital Channel 47 Alarma f. re On (VO7)Digital Channel 48 POWER SWING 50DDDigital Channel 49 POWER SWING INNERDigital Channel 50 POWER SWING OUTERDigital Channel 51 POWER SWING UN/BLOCKDigital Channel 52 AR BKR 1 BLKDigital Channel 53 AR CLOSE BKR 1Digital Channel 54 TX MMOO On (VO12)Digital Channel 55 AR 3-P/1 RIPDigital Channel 56 AR DISABLEDDigital Channel 57 LOAD ENCHR OPDigital Channel 58 SRC1 50DD OPDigital Channel 59 BKR FAIL 1 T1 OPDigital Channel 60 NEUTRAL IOC1 OPDigital Channel 61 NEUTRAL TOC1 PKPDigital Channel 62 GND DIST Z5 OPDigital Channel 63 PH DIST Z5 OPAnalog Channel 1 SRC1 I_0 MagAnalog Channel 2 SRC1 V_0 MagAnalog Channel 3 SRC1 I_0 AngleAnalog Channel 4 SRC1 V_0 AngleAnalog Channel 5 SRC1 PAnalog Channel 6 Fault Location [1]Analog Channel 7 SRC1 FrequencyAnalog Channel 8 SRC1 In MagAnalog Channel 9 SRC1 In AngleAnalog Channel 10 Brk 1 Op TimeAnalog Channel 11 Fault Type [1]Analog Channel 12 Tracking FrequencyAnalog Channel 13 SRC1 S

DATA LOGGERData Logger Mode ContinuousData Logger Trigger OFFRate 60000 msec

USER-PROGRAMMABLE LEDSTRIP AND ALARMS LEDSTrip LED Input TRIP 3-POLE

USER PROGRAMMABLE LEDSLED 1: OPERAND RECEP ACELER On (VO22)

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USER PROGRAMMABLE LEDS (continued from last page)LED 1: TYPE LatchedLED 2: OPERAND LED Z1 On (VO13)LED 2: TYPE LatchedLED 3: OPERAND LED Z2 On (VO14)LED 3: TYPE LatchedLED 4: OPERAND LED Z3 On (VO15)LED 4: TYPE LatchedLED 5: OPERAND LED Z4 On (VO16)LED 5: TYPE LatchedLED 6: OPERAND 79 off On (VO18)LED 6: TYPE Self-ResetLED 7: OPERAND 79 on On (VO17)LED 7: TYPE Self-ResetLED 8: OPERAND LINE PICKUP OPLED 8: TYPE LatchedLED 9: OPERAND 52A2 (a) Off(H8c)LED 9: TYPE Self-ResetLED 10: OPERAND 52A2 (a) On(H8c)LED 10: TYPE Self-ResetLED 11: OPERAND RECEP JAHUEL On(W1a)LED 11: TYPE Self-ResetLED 12: OPERAND 67-67N On (VO27)LED 12: TYPE LatchedLED 13: OPERAND 51-51N On (VO28)LED 13: TYPE LatchedLED 14: OPERAND 50-50N On (VO29)LED 14: TYPE LatchedLED 15: OPERAND AR 3-P/1 RIPLED 15: TYPE Self-ResetLED 16: OPERAND AR LOLED 16: TYPE Self-ResetLED 17: OPERAND POWER SWING UN/BLOCKLED 17: TYPE LatchedLED 18: OPERAND SRC1 VT FUSE FAIL OPLED 18: TYPE Self-ResetLED 19: OPERAND BKR FAIL 1 T2 OPLED 19: TYPE LatchedLED 20: OPERAND TX MMOO On (VO12)LED 20: TYPE LatchedLED 21: OPERAND BLQ Zonas PH On (VO1)LED 21: TYPE Self-ResetLED 22: OPERAND ORD. CIERRE On (VO6)LED 22: TYPE LatchedLED 23: OPERAND Z5 operada On (VO35)LED 23: TYPE LatchedLED 25: OPERAND SETTING GROUP ACT 1LED 25: TYPE Self-ResetLED 26: OPERAND SETTING GROUP ACT 2LED 26: TYPE Self-ResetLED 27: OPERAND SETTING GROUP ACT 3LED 27: TYPE Self-Reset

USER-PROGRAMMABLE SELF TESTSBattery Fail Function Enabled

CONTROL PUSHBUTTONSCPB 1: Function EnabledCPB 1: Events EnabledCPB 3: Function EnabledCPB 3: Events Disabled

USER-DEFINABLE DISPLAYSUSER DISPLAY 1: Top Line LINEA JAHUEL 154KVUSER DISPLAY 1: Bottom Line SISTEMA 2USER DISPLAY 1: Item 1 0USER DISPLAY 1: Item 2 0USER DISPLAY 1: Item 3 0USER DISPLAY 1: Item 4 0USER DISPLAY 1: Item 5 0

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USER-DEFINABLE DISPLAYS (continued from last page)USER DISPLAY 2: Top Line LOCALIZACION FALLAUSER DISPLAY 2: Bottom Line ~ kmUSER DISPLAY 2: Item 1 9061USER DISPLAY 2: Item 2 0USER DISPLAY 2: Item 3 0USER DISPLAY 2: Item 4 0USER DISPLAY 2: Item 5 0USER DISPLAY 3: Top Line IA IB ICUSER DISPLAY 3: Bottom Line ~ ~ ~USER DISPLAY 3: Item 1 6144USER DISPLAY 3: Item 2 6146USER DISPLAY 3: Item 3 6148USER DISPLAY 3: Item 4 0USER DISPLAY 3: Item 5 0USER DISPLAY 4: Top Line P 3FASEUSER DISPLAY 4: Bottom Line ~USER DISPLAY 4: Item 1 7168USER DISPLAY 4: Item 2 0USER DISPLAY 4: Item 3 0USER DISPLAY 4: Item 4 0USER DISPLAY 4: Item 5 0USER DISPLAY 5: Top Line Q 3FASEUSER DISPLAY 5: Bottom Line ~USER DISPLAY 5: Item 1 7176USER DISPLAY 5: Item 2 0USER DISPLAY 5: Item 3 0USER DISPLAY 5: Item 4 0USER DISPLAY 5: Item 5 0USER DISPLAY 6: Top Line S 3FASEUSER DISPLAY 6: Bottom Line ~USER DISPLAY 6: Item 1 7184USER DISPLAY 6: Item 2 0USER DISPLAY 6: Item 3 0USER DISPLAY 6: Item 4 0USER DISPLAY 6: Item 5 0USER DISPLAY 7: Top Line VOLTAJE BARRAUSER DISPLAY 7: Bottom Line ~USER DISPLAY 7: Item 1 6673USER DISPLAY 7: Item 2 0USER DISPLAY 7: Item 3 0USER DISPLAY 7: Item 4 0USER DISPLAY 7: Item 5 0USER DISPLAY 8: Top Line COMMANDSUSER DISPLAY 8: Bottom Line CLEAR RECORDSUSER DISPLAY 8: Item 1 0USER DISPLAY 8: Item 2 0USER DISPLAY 8: Item 3 0USER DISPLAY 8: Item 4 0USER DISPLAY 8: Item 5 0Invoke and Scroll ON

INSTALLATIONRelay Name SISTEMA 2 JAHUEL

SYSTEM SETUPAC INPUTS

CURRENTCT F1: Phase CT Primary 600 ACT F1: Phase CT Secondary 5 ACT F1: Ground CT Primary 600 ACT F1: Ground CT Secondary 5 A

VOLTAGEVT F5: Phase VT Connection WyeVT F5: Phase VT Secondary 66.4 VVT F5: Phase VT Ratio 1400.00 :1VT F5: Auxiliary VT Connection VagVT F5: Auxiliary VT Secondary 66.4 VVT F5: Auxiliary VT Ratio 1400.00 :1

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POWER SYSTEMNominal Frequency 50 HzPhase Rotation ABCFrequency And Phase Reference LINEA (SRC 1)Frequency Tracking Function Enabled

SIGNAL SOURCESSOURCE 1: Name LINEASOURCE 1: Phase CT F1SOURCE 1: Ground CT F1SOURCE 1: Phase VT F5SOURCE 1: Auxiliary VT NoneSOURCE 2: Name BARRASOURCE 2: Phase CT NoneSOURCE 2: Ground CT NoneSOURCE 2: Phase VT NoneSOURCE 2: Auxiliary VT F5

BREAKERSBreaker 1 Function EnabledBreaker 1 Push Button Control DisabledBreaker 1 Name 52A2Breaker 1 Mode 3-PoleBreaker 1 Open OFFBreaker 1 Close CIERRE MANUA Off(W3a)Breaker 1 Phase A/3-Pole 52A2 (a) On(H8c)Breaker 1 Phase B OFFBreaker 1 Phase C OFFBreaker 1 External Alarm OFFBreaker 1 Alarm Delay 0.000 sBreaker 1 Manual Close Recal Time 0.000 sBreaker 1 Out Of Service 63-FALLA PRE On(H8a)

FLEXLOGICFLEXLOGIC EQUATION EDITORFlexLogic Entry 1 POWER SWING BLOCKFlexLogic Entry 2 NEUTRAL TOC1 PKPFlexLogic Entry 3 NOTFlexLogic Entry 4 AND(2)FlexLogic Entry 5 = POWER SWING (VO8)FlexLogic Entry 6 ITE AC FALLA On(W4a)FlexLogic Entry 7 POWER SWING UN/BLOCKFlexLogic Entry 8 SRC1 VT FUSE FAIL OPFlexLogic Entry 9 OR(3)FlexLogic Entry 10 = BLQ Zonas PH (VO1)FlexLogic Entry 11 PH DIST Z1 OPFlexLogic Entry 12 PH DIST Z2 OPFlexLogic Entry 13 PH DIST Z3 OPFlexLogic Entry 14 PH DIST Z4 OPFlexLogic Entry 15 PH DIST Z5 OPFlexLogic Entry 16 GND DIST Z1 OPFlexLogic Entry 17 GND DIST Z2 OPFlexLogic Entry 18 GND DIST Z3 OPFlexLogic Entry 19 GND DIST Z4 OPFlexLogic Entry 20 GND DIST Z5 OPFlexLogic Entry 21 OR(10)FlexLogic Entry 22 PHASE TOC1 OPFlexLogic Entry 23 NEUTRAL TOC1 OPFlexLogic Entry 24 PHASE TOC2 OPFlexLogic Entry 25 NEUTRAL TOC2 OPFlexLogic Entry 26 PHASE IOC1 OPFlexLogic Entry 27 NEUTRAL IOC1 OPFlexLogic Entry 28 HYBRID POTT OPFlexLogic Entry 29 LINE PICKUP OPFlexLogic Entry 30 OR(8)FlexLogic Entry 31 OR(2)FlexLogic Entry 32 = TRIP GRAL (VO2)FlexLogic Entry 33 BLQ Zonas PH On (VO1)FlexLogic Entry 34 POWER SWING On (VO8)

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 35 TRIP GRAL On (VO2)FlexLogic Entry 36 OR(3)FlexLogic Entry 37 = OSCILOGRAFIA (VO3)FlexLogic Entry 38 PH DIST Z1 PKPFlexLogic Entry 39 GND DIST Z1 PKPFlexLogic Entry 40 PH DIST Z2 PKPFlexLogic Entry 41 GND DIST Z2 PKPFlexLogic Entry 42 OR(4)FlexLogic Entry 43 = pkp Z1o z2 (VO4)FlexLogic Entry 44 AR CLOSE BKR 1FlexLogic Entry 45 = ORD. CIERRE (VO6)FlexLogic Entry 46 TRIP 3-POLEFlexLogic Entry 47 TIMER 1FlexLogic Entry 48 = Alarma trip (VO10)FlexLogic Entry 49 HYBRID POTT TX1FlexLogic Entry 50 TIMER 2FlexLogic Entry 51 = TX OPLAT (VO11)FlexLogic Entry 52 HYBRID POTT TX1FlexLogic Entry 53 TIMER 3FlexLogic Entry 54 = TX MMOO (VO12)FlexLogic Entry 55 GND DIST Z1 OPFlexLogic Entry 56 PH DIST Z1 OPFlexLogic Entry 57 OR(2)FlexLogic Entry 58 = LED Z1 (VO13)FlexLogic Entry 59 GND DIST Z2 OPFlexLogic Entry 60 PH DIST Z2 OPFlexLogic Entry 61 OR(2)FlexLogic Entry 62 = LED Z2 (VO14)FlexLogic Entry 63 PH DIST Z3 OPFlexLogic Entry 64 GND DIST Z3 OPFlexLogic Entry 65 OR(2)FlexLogic Entry 66 = LED Z3 (VO15)FlexLogic Entry 67 PH DIST Z4 OPFlexLogic Entry 68 GND DIST Z4 OPFlexLogic Entry 69 OR(2)FlexLogic Entry 70 = LED Z4 (VO16)FlexLogic Entry 71 79 conectado On(H7c)FlexLogic Entry 72 AUTORI 79 On(W5a)FlexLogic Entry 73 AND(2)FlexLogic Entry 74 = 79 on (VO17)FlexLogic Entry 75 79 on On (VO17)FlexLogic Entry 76 NOTFlexLogic Entry 77 = 79 off (VO18)FlexLogic Entry 78 PH DIST Z1 PKPFlexLogic Entry 79 PH DIST Z2 PKPFlexLogic Entry 80 PH DIST Z3 PKPFlexLogic Entry 81 PH DIST Z4 PKPFlexLogic Entry 82 GND DIST Z1 PKPFlexLogic Entry 83 GND DIST Z2 PKPFlexLogic Entry 84 GND DIST Z3 PKPFlexLogic Entry 85 GND DIST Z4 PKPFlexLogic Entry 86 PHASE TOC1 PKPFlexLogic Entry 87 NEUTRAL TOC1 PKPFlexLogic Entry 88 LINE PICKUP PKPFlexLogic Entry 89 OR(11)FlexLogic Entry 90 = reset led (VO19)FlexLogic Entry 91 RECEP JAHUEL On(W1a)FlexLogic Entry 92 RECEP ITAHUE On(W1c)FlexLogic Entry 93 OR(2)FlexLogic Entry 94 = RECEP ACELER (VO22)FlexLogic Entry 95 PH DIST Z1 OPFlexLogic Entry 96 GND DIST Z1 OPFlexLogic Entry 97 OR(2)FlexLogic Entry 98 = OPERA ZONA 1 (VO23)FlexLogic Entry 99 PH DIST Z2 OPFlexLogic Entry 100 GND DIST Z2 OPFlexLogic Entry 101 OR(2)FlexLogic Entry 102 = OPERA ZONA 2 (VO24)FlexLogic Entry 103 PH DIST Z3 OP

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 104 PH DIST Z4 OPFlexLogic Entry 105 GND DIST Z3 OPFlexLogic Entry 106 GND DIST Z4 OPFlexLogic Entry 107 OR(4)FlexLogic Entry 108 = OPERA Z3/Z4 (VO25)FlexLogic Entry 109 PHASE TOC1 OPFlexLogic Entry 110 NEUTRAL IOC1 OPFlexLogic Entry 111 NEUTRAL TOC1 OPFlexLogic Entry 112 OR(3)FlexLogic Entry 113 BLQ Zonas PH On (VO1)FlexLogic Entry 114 NOTFlexLogic Entry 115 AND(2)FlexLogic Entry 116 = 67-67N (VO27)FlexLogic Entry 117 PHASE TOC1 OPFlexLogic Entry 118 NEUTRAL IOC1 OPFlexLogic Entry 119 NEUTRAL TOC1 OPFlexLogic Entry 120 OR(3)FlexLogic Entry 121 BLQ Zonas PH On (VO1)FlexLogic Entry 122 AND(2)FlexLogic Entry 123 = 51-51N (VO28)FlexLogic Entry 124 PHASE IOC1 OPFlexLogic Entry 125 NEUTRAL IOC1 OPFlexLogic Entry 126 OR(2)FlexLogic Entry 127 = 50-50N (VO29)FlexLogic Entry 128 ITE AC FALLA On(W4a)FlexLogic Entry 129 ANY MAJOR ERRORFlexLogic Entry 130 SRC1 VT FUSE FAIL OPFlexLogic Entry 131 OR(3)FlexLogic Entry 132 = Alarma f. re (VO7)FlexLogic Entry 133 BLQ Zonas PH On (VO1)FlexLogic Entry 134 LOAD ENCHR OPFlexLogic Entry 135 OR(2)FlexLogic Entry 136 = Load encroch (VO30)FlexLogic Entry 137 Alarma f. re On (VO7)FlexLogic Entry 138 NOTFlexLogic Entry 139 = BLOQ 51 (VO31)FlexLogic Entry 140 NTRL DIR OC1 REVFlexLogic Entry 141 = REVERSE (VO32)FlexLogic Entry 142 NTRL DIR OC1 FWDFlexLogic Entry 143 = FORWARD (VO33)FlexLogic Entry 144 BREAKER 1 OPENFlexLogic Entry 145 = BRK OPEN (VO34)FlexLogic Entry 146 PH DIST Z5 OPFlexLogic Entry 147 GND DIST Z5 OPFlexLogic Entry 148 OR(2)FlexLogic Entry 149 = Z5 operada (VO35)FlexLogic Entry 150 RECEP JAHUEL On(W1a)FlexLogic Entry 151 RECEP ITAHUE On(W1c)FlexLogic Entry 152 SETTING GROUP ACT 1FlexLogic Entry 153 AND(3)FlexLogic Entry 154 RECEP JAHUEL On(W1a)FlexLogic Entry 155 SETTING GROUP ACT 2FlexLogic Entry 156 AND(2)FlexLogic Entry 157 OR(2)FlexLogic Entry 158 = RECEP 3P (VO36)FlexLogic Entry 159 RECEP 3P On (VO36)FlexLogic Entry 160 BREAKER 1 OPENFlexLogic Entry 161 AND(2)FlexLogic Entry 162 = ECHO 3P (VO37)FlexLogic Entry 163 52AP.CORTE On(W2c)FlexLogic Entry 164 NOTFlexLogic Entry 165 52B P. CORTE On(W2a)FlexLogic Entry 166 SETTING GROUP ACT 1FlexLogic Entry 167 AND(3)FlexLogic Entry 168 CONTROL PUSHBUTTON 3 ONFlexLogic Entry 169 POSITIVE ONE SHOTFlexLogic Entry 170 SETTING GROUP ACT 1FlexLogic Entry 171 AND(2)FlexLogic Entry 172 OR(2)

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 173 = set grupo (VO38)FlexLogic Entry 174 52AP.CORTE On(W2c)FlexLogic Entry 175 52B P. CORTE On(W2a)FlexLogic Entry 176 NOTFlexLogic Entry 177 SETTING GROUP ACT 2FlexLogic Entry 178 AND(3)FlexLogic Entry 179 CONTROL PUSHBUTTON 3 ONFlexLogic Entry 180 POSITIVE ONE SHOTFlexLogic Entry 181 SETTING GROUP ACT 2FlexLogic Entry 182 AND(2)FlexLogic Entry 183 OR(2)FlexLogic Entry 184 = reset grupo (VO39)FlexLogic Entry 185 END

FLEXLOGIC TIMERSTimer 1: Type secondTimer 1: Pickup Delay 0Timer 1: Dropout Delay 7Timer 2: Type millisecondTimer 2: Pickup Delay 0Timer 2: Dropout Delay 50Timer 3: Type millisecondTimer 3: Pickup Delay 0Timer 3: Dropout Delay 50

NON-VOLATILE LATCHESLATCH 1: Function EnabledLATCH 1: Type Reset DominantLATCH 1: Set set grupo On (VO38)LATCH 1: Reset reset grupo On (VO39)LATCH 1: Target DisabledLATCH 1: Events Enabled

GROUPED ELEMENTSGROUP 1

LINE PICKUP [GROUP 1] Function EnabledSignal Source LINEA (SRC 1)Phase IOC Line Pickup 1.250 puUV Pickup 0.800 puLine End Open Pickup Delay 0.200 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass EnabledAutoreclose Coordination Pickup Delay 0.045 sAutoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 1] Source LINEA (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 1] PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 2.74 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 0.02 ohmsPHASE DISTANCE Z1: Rev Reach RCA 78 deg

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PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 49 degPHASE DISTANCE Z1: DIR Comp Limit 71 degPHASE DISTANCE Z1: Quad Right Blinder 2.74 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 78 degPHASE DISTANCE Z1: Quad Left Blinder 2.74 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 78 degPHASE DISTANCE Z1: Supervision 0.100 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function EnabledPHASE DISTANCE Z2: Direction ForwardPHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 25.68 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 0.02 ohmsPHASE DISTANCE Z2: Rev Reach RCA 78 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 49 degPHASE DISTANCE Z2: DIR Comp Limit 71 degPHASE DISTANCE Z2: Quad Right Blinder 21.00 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 78 degPHASE DISTANCE Z2: Quad Left Blinder 21.00 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 78 degPHASE DISTANCE Z2: Supervision 0.100 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 65.000 sPHASE DISTANCE Z2: Block Load encroch On (VO30)PHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 5.52 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 0.02 ohmsPHASE DISTANCE Z3: Rev Reach RCA 78 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 49 degPHASE DISTANCE Z3: DIR Comp Limit 71 degPHASE DISTANCE Z3: Quad Right Blinder 5.52 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 78 degPHASE DISTANCE Z3: Quad Left Blinder 5.52 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 78 degPHASE DISTANCE Z3: Supervision 0.100 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 0.600 sPHASE DISTANCE Z3: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape QuadPHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 12.50 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 0.02 ohmsPHASE DISTANCE Z4: Rev Reach RCA 78 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 49 degPHASE DISTANCE Z4: DIR Comp Limit 71 deg

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PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z4: Quad Right Blinder 12.50 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 78 degPHASE DISTANCE Z4: Quad Left Blinder 12.50 ohmsPHASE DISTANCE Z4: Quad Left Blinder RCA 78 degPHASE DISTANCE Z4: Supervision 0.100 puPHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.500 sPHASE DISTANCE Z4: Block Load encroch On (VO30)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events Enabled

GROUND DISTANCE [GROUP 1] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction ForwardGROUND DISTANCE Z1: Shape QuadGROUND DISTANCE Z1: Z0/Z1 Mag 3.21GROUND DISTANCE Z1: Z0/Z1 Ang 2 degGROUND DISTANCE Z1: Z0M/Z1 Mag 0.00GROUND DISTANCE Z1: Z0M/Z1 Ang 0 degGROUND DISTANCE Z1: Reach 2.74 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 0.02 ohmsGROUND DISTANCE Z1: Rev Reach RCA 78 degGROUND DISTANCE Z1: POL Current Zero-seqGROUND DISTANCE Z1: Non-Homogen Ang 0.0 degGROUND DISTANCE Z1: Comp Limit 90 degGROUND DISTANCE Z1: DIR RCA 49 degGROUND DISTANCE Z1: DIR Comp Limit 70 degGROUND DISTANCE Z1: Quad Right Blinder 2.74 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 78 degGROUND DISTANCE Z1: Quad Left Blinder 2.74 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 79 degGROUND DISTANCE Z1: Supervision 0.100 puGROUND DISTANCE Z1: Volt Level 0.000 puGROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z1: Target Self-resetGROUND DISTANCE Z1: Events EnabledGROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.21GROUND DISTANCE Z2: Z0/Z1 Ang 2 degGROUND DISTANCE Z2: Z0M/Z1 Mag 0.00GROUND DISTANCE Z2: Z0M/Z1 Ang 0 degGROUND DISTANCE Z2: Reach 25.68 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 0.02 ohmsGROUND DISTANCE Z2: Rev Reach RCA 78 degGROUND DISTANCE Z2: POL Current Zero-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 degGROUND DISTANCE Z2: DIR RCA 49 degGROUND DISTANCE Z2: DIR Comp Limit 71 degGROUND DISTANCE Z2: Quad Right Blinder 21.00 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 78 degGROUND DISTANCE Z2: Quad Left Blinder 21.00 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 78 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 65.000 sGROUND DISTANCE Z2: Block Load encroch On (VO30)GROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.21GROUND DISTANCE Z3: Z0/Z1 Ang 2 deg

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GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z3: Z0M/Z1 Mag 0.00GROUND DISTANCE Z3: Z0M/Z1 Ang 0 degGROUND DISTANCE Z3: Reach 5.52 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 0.02 ohmsGROUND DISTANCE Z3: Rev Reach RCA 78 degGROUND DISTANCE Z3: POL Current Zero-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 degGROUND DISTANCE Z3: DIR RCA 49 degGROUND DISTANCE Z3: DIR Comp Limit 71 degGROUND DISTANCE Z3: Quad Right Blinder 5.52 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 78 degGROUND DISTANCE Z3: Quad Left Blinder 5.52 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 78 degGROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 0.600 sGROUND DISTANCE Z3: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.21GROUND DISTANCE Z4: Z0/Z1 Ang 2 degGROUND DISTANCE Z4: Z0M/Z1 Mag 0.00GROUND DISTANCE Z4: Z0M/Z1 Ang 0 degGROUND DISTANCE Z4: Reach 12.50 ohmsGROUND DISTANCE Z4: RCA 90 degGROUND DISTANCE Z4: Rev Reach 0.02 ohmsGROUND DISTANCE Z4: Rev Reach RCA 78 degGROUND DISTANCE Z4: POL Current Zero-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 degGROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 49 degGROUND DISTANCE Z4: DIR Comp Limit 71 degGROUND DISTANCE Z4: Quad Right Blinder 12.50 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 78 degGROUND DISTANCE Z4: Quad Left Blinder 12.50 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 78 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.500 sGROUND DISTANCE Z4: Block Load encroch On (VO30)GROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events EnabledGROUND DISTANCE Z5: Function EnabledGROUND DISTANCE Z5: Direction ForwardGROUND DISTANCE Z5: Shape QuadGROUND DISTANCE Z5: Z0/Z1 Mag 3.21GROUND DISTANCE Z5: Z0/Z1 Ang 2 degGROUND DISTANCE Z5: Z0M/Z1 Mag 0.00GROUND DISTANCE Z5: Z0M/Z1 Ang 0 degGROUND DISTANCE Z5: Reach 13.00 ohmsGROUND DISTANCE Z5: RCA 90 degGROUND DISTANCE Z5: Rev Reach 0.02 ohmsGROUND DISTANCE Z5: Rev Reach RCA 78 degGROUND DISTANCE Z5: POL Current Zero-seqGROUND DISTANCE Z5: Non-Homogen Ang 0.0 degGROUND DISTANCE Z5: Comp Limit 90 degGROUND DISTANCE Z5: DIR RCA 49 degGROUND DISTANCE Z5: DIR Comp Limit 71 degGROUND DISTANCE Z5: Quad Right Blinder 13.00 ohmsGROUND DISTANCE Z5: Quad Right Blinder RCA 78 degGROUND DISTANCE Z5: Quad Left Blinder 13.00 ohmsGROUND DISTANCE Z5: Quad Left Blinder RCA 78 degGROUND DISTANCE Z5: Supervision 0.100 puGROUND DISTANCE Z5: Volt Level 0.000 pu

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z5: Delay 1.500 sGROUND DISTANCE Z5: Block Load encroch On (VO30)GROUND DISTANCE Z5: Target Self-resetGROUND DISTANCE Z5: Events Enabled

POWER SWING DETECT [GROUP 1] Function EnabledSource LINEA (SRC 1)Shape Quad ShapeMode Two StepSupv 0.200 puFwd Reach 17.50 ohmsQuad Fwd Mid 18.20 ohmsQuad Fwd Out 18.20 ohmsFwd Rca 78 degRev Reach 16.50 ohmsQuad Rev Mid 17.20 ohmsQuad Rev Out 17.20 ohmsRev Rca 78 degOuter Limit Angle 85 degMiddle Limit Angle 90 degInner Limit Angle 60 degOuter Rgt Bld 15.20 ohmsOuter Lft Bld 14.20 ohmsMidle Rgt Bld 15.20 ohmsMidle Lft Bld 14.20 ohmsInner Rgt Bld 14.50 ohmsInner Lft Bld 13.50 ohmsDelay 1 Pickup 0.020 sDelay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.000 sTrip Mode DelayedBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Enabled

LOAD ENCROACHMENT [GROUP 1] Function EnabledSource LINEA (SRC 1)Min Volt 0.800 puReach 9.14 ohmsAngle 35 degPickup Delay 0.000 sReset Delay 0.000 sBlock OFFTarget DisabledEvents Disabled

PHASE CURRENTPHASE TOC [GROUP 1] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source LINEA (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 1.200 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.15PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A BLOQ 51 On (VO31)PHASE TOC1: Block B BLOQ 51 On (VO31)PHASE TOC1: Block C BLOQ 51 On (VO31)PHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

PHASE DIRECTIONAL [GROUP 1] PHASE DIR1: Function Enabled

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE DIRECTIONAL [GROUP 1] (continued from last page)PHASE DIR1: Source LINEA (SRC 1)PHASE DIR1: Block OFFPHASE DIR1: ECA 45 degPHASE DIR1: Pol V Threshold 0.700 puPHASE DIR1: Block when V Mem Exp NoPHASE DIR1: Target DisabledPHASE DIR1: Events Disabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 1] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source LINEA (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.050 puNEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.40NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block NEG SEQ DIR OC1 REVNEUTRAL TOC1: Target Self-resetNEUTRAL TOC1: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 1] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source LINEA (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 80 ° LagNEGATIVE SEQ DIR OC1: Forward Limit Angle 80 degNEGATIVE SEQ DIR OC1: Forward Pickup 0.10 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 80 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.10 puNEGATIVE SEQ DIR OC1: Block SRC1 VT FUSE FAIL OPNEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 1] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source LINEA (SRC 1)BF1: Current Supervision YesBF1: Use Seal-In YesBF1: Three Pole Initiate TRIP 3-POLEBF1: Block OFFBF1: Phase Current Supv Pickup 1.200 puBF1: Neutral Current Supv Pickup 0.416 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.200 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 sBF1: Breaker Pos1 Phase A/3P 52A2 (a) On(H8c)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On OFFBF1: Phase Current HiSet Pickup 1.200 puBF1: Neutral Current HiSet Pickup 0.416 puBF1: Phase Current LoSet Pickup 1.200 puBF1: Neutral Current LoSet Pickup 0.416 puBF1: LoSet Time Delay 0.000 sBF1: Trip Dropout Delay 0.000 sBF1: Target LatchedBF1: Events EnabledBF1: Phase A Initiate OFFBF1: Phase B Initiate OFFBF1: Phase C Initiate OFFBF1: Breaker Pos1 Phase B OFFBF1: Breaker Pos1 Phase C OFF

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BREAKER FAILURE [GROUP 1] (continued from last page)BF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

GROUP 2LINE PICKUP [GROUP 2] Function EnabledSignal Source LINEA (SRC 1)Phase IOC Line Pickup 2.500 puUV Pickup 0.800 puLine End Open Pickup Delay 0.000 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass DisabledAutoreclose Coordination Pickup Delay 0.045 sAutoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 2] Source LINEA (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 2] PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 1.72 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 1.72 ohmsPHASE DISTANCE Z1: Rev Reach RCA 79 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 45 degPHASE DISTANCE Z1: DIR Comp Limit 79 degPHASE DISTANCE Z1: Quad Right Blinder 1.72 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 79 degPHASE DISTANCE Z1: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 79 degPHASE DISTANCE Z1: Supervision 0.200 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function EnabledPHASE DISTANCE Z2: Direction ForwardPHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 4.00 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 4.00 ohmsPHASE DISTANCE Z2: Rev Reach RCA 79 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 45 degPHASE DISTANCE Z2: DIR Comp Limit 79 degPHASE DISTANCE Z2: Quad Right Blinder 4.00 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 79 degPHASE DISTANCE Z2: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 79 degPHASE DISTANCE Z2: Supervision 0.200 puPHASE DISTANCE Z2: Volt Level 0.000 pu

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PHASE DISTANCE [GROUP 2] (continued from last page)PHASE DISTANCE Z2: Delay 65.535 sPHASE DISTANCE Z2: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 2.95 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 2.95 ohmsPHASE DISTANCE Z3: Rev Reach RCA 79 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 45 degPHASE DISTANCE Z3: DIR Comp Limit 79 degPHASE DISTANCE Z3: Quad Right Blinder 2.95 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 79 degPHASE DISTANCE Z3: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 79 degPHASE DISTANCE Z3: Supervision 0.200 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 0.400 sPHASE DISTANCE Z3: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape QuadPHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 2.00 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 2.00 ohmsPHASE DISTANCE Z4: Rev Reach RCA 79 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 45 degPHASE DISTANCE Z4: DIR Comp Limit 79 degPHASE DISTANCE Z4: Quad Right Blinder 2.00 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 79 degPHASE DISTANCE Z4: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z4: Quad Left Blinder RCA 79 degPHASE DISTANCE Z4: Supervision 0.200 puPHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.000 sPHASE DISTANCE Z4: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events EnabledPHASE DISTANCE Z5: Function EnabledPHASE DISTANCE Z5: Direction ForwardPHASE DISTANCE Z5: Shape QuadPHASE DISTANCE Z5: Xfmr Vol Connection NonePHASE DISTANCE Z5: Xfmr Curr Connection NonePHASE DISTANCE Z5: Reach 8.90 ohmsPHASE DISTANCE Z5: RCA 90 degPHASE DISTANCE Z5: Rev Reach 8.90 ohmsPHASE DISTANCE Z5: Rev Reach RCA 79 degPHASE DISTANCE Z5: Comp Limit 90 degPHASE DISTANCE Z5: DIR RCA 45 degPHASE DISTANCE Z5: DIR Comp Limit 79 degPHASE DISTANCE Z5: Quad Right Blinder 8.90 ohmsPHASE DISTANCE Z5: Quad Right Blinder RCA 79 degPHASE DISTANCE Z5: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z5: Quad Left Blinder RCA 79 degPHASE DISTANCE Z5: Supervision 0.200 puPHASE DISTANCE Z5: Volt Level 0.000 puPHASE DISTANCE Z5: Delay 2.000 sPHASE DISTANCE Z5: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z5: Target Self-reset

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PHASE DISTANCE [GROUP 2] (continued from last page)PHASE DISTANCE Z5: Events Enabled

GROUND DISTANCE [GROUP 2] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction ForwardGROUND DISTANCE Z1: Shape QuadGROUND DISTANCE Z1: Z0/Z1 Mag 3.36GROUND DISTANCE Z1: Z0/Z1 Ang 1 degGROUND DISTANCE Z1: Z0M/Z1 Mag 0.00GROUND DISTANCE Z1: Z0M/Z1 Ang 0 degGROUND DISTANCE Z1: Reach 1.72 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 1.72 ohmsGROUND DISTANCE Z1: Rev Reach RCA 79 degGROUND DISTANCE Z1: POL Current Zero-seqGROUND DISTANCE Z1: Non-Homogen Ang 0.0 degGROUND DISTANCE Z1: Comp Limit 90 degGROUND DISTANCE Z1: DIR RCA 45 degGROUND DISTANCE Z1: DIR Comp Limit 79 degGROUND DISTANCE Z1: Quad Right Blinder 3.44 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 79 degGROUND DISTANCE Z1: Quad Left Blinder 3.44 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 79 degGROUND DISTANCE Z1: Supervision 0.200 puGROUND DISTANCE Z1: Volt Level 0.000 puGROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z1: Target Self-resetGROUND DISTANCE Z1: Events EnabledGROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.36GROUND DISTANCE Z2: Z0/Z1 Ang 1 degGROUND DISTANCE Z2: Z0M/Z1 Mag 0.00GROUND DISTANCE Z2: Z0M/Z1 Ang 0 degGROUND DISTANCE Z2: Reach 4.00 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 4.00 ohmsGROUND DISTANCE Z2: Rev Reach RCA 79 degGROUND DISTANCE Z2: POL Current Zero-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 degGROUND DISTANCE Z2: DIR RCA 45 degGROUND DISTANCE Z2: DIR Comp Limit 79 degGROUND DISTANCE Z2: Quad Right Blinder 8.00 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 79 degGROUND DISTANCE Z2: Quad Left Blinder 8.00 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 79 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 65.535 sGROUND DISTANCE Z2: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z2: Target LatchedGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.36GROUND DISTANCE Z3: Z0/Z1 Ang 1 degGROUND DISTANCE Z3: Z0M/Z1 Mag 0.00GROUND DISTANCE Z3: Z0M/Z1 Ang 0 degGROUND DISTANCE Z3: Reach 4.00 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 4.00 ohmsGROUND DISTANCE Z3: Rev Reach RCA 79 degGROUND DISTANCE Z3: POL Current Zero-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 deg

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GROUND DISTANCE [GROUP 2] (continued from last page)GROUND DISTANCE Z3: DIR RCA 45 degGROUND DISTANCE Z3: DIR Comp Limit 79 degGROUND DISTANCE Z3: Quad Right Blinder 8.00 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 79 degGROUND DISTANCE Z3: Quad Left Blinder 8.00 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 79 degGROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 0.400 sGROUND DISTANCE Z3: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z3: Target LatchedGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.36GROUND DISTANCE Z4: Z0/Z1 Ang 1 degGROUND DISTANCE Z4: Z0M/Z1 Mag 0.00GROUND DISTANCE Z4: Z0M/Z1 Ang 0 degGROUND DISTANCE Z4: Reach 2.00 ohmsGROUND DISTANCE Z4: RCA 90 degGROUND DISTANCE Z4: Rev Reach 2.00 ohmsGROUND DISTANCE Z4: Rev Reach RCA 79 degGROUND DISTANCE Z4: POL Current Zero-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 degGROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 45 degGROUND DISTANCE Z4: DIR Comp Limit 79 degGROUND DISTANCE Z4: Quad Right Blinder 4.00 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 79 degGROUND DISTANCE Z4: Quad Left Blinder 4.00 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 79 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.000 sGROUND DISTANCE Z4: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events EnabledGROUND DISTANCE Z5: Function EnabledGROUND DISTANCE Z5: Direction ForwardGROUND DISTANCE Z5: Shape QuadGROUND DISTANCE Z5: Z0/Z1 Mag 3.36GROUND DISTANCE Z5: Z0/Z1 Ang 1 degGROUND DISTANCE Z5: Z0M/Z1 Mag 0.00GROUND DISTANCE Z5: Z0M/Z1 Ang 0 degGROUND DISTANCE Z5: Reach 8.90 ohmsGROUND DISTANCE Z5: RCA 90 degGROUND DISTANCE Z5: Rev Reach 8.90 ohmsGROUND DISTANCE Z5: Rev Reach RCA 79 degGROUND DISTANCE Z5: POL Current Zero-seqGROUND DISTANCE Z5: Non-Homogen Ang 0.0 degGROUND DISTANCE Z5: Comp Limit 90 degGROUND DISTANCE Z5: DIR RCA 45 degGROUND DISTANCE Z5: DIR Comp Limit 79 degGROUND DISTANCE Z5: Quad Right Blinder 17.00 ohmsGROUND DISTANCE Z5: Quad Right Blinder RCA 79 degGROUND DISTANCE Z5: Quad Left Blinder 17.00 ohmsGROUND DISTANCE Z5: Quad Left Blinder RCA 79 degGROUND DISTANCE Z5: Supervision 0.100 puGROUND DISTANCE Z5: Volt Level 0.000 puGROUND DISTANCE Z5: Delay 2.000 sGROUND DISTANCE Z5: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z5: Target Self-resetGROUND DISTANCE Z5: Events Enabled

POWER SWING DETECT [GROUP 2] Function EnabledSource LINEA (SRC 1)Shape Quad Shape

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POWER SWING DETECT [GROUP 2] (continued from last page)Mode Two StepSupv 0.200 puFwd Reach 11.00 ohmsQuad Fwd Mid 13.00 ohmsQuad Fwd Out 13.00 ohmsFwd Rca 79 degRev Reach 5.50 ohmsQuad Rev Mid 7.50 ohmsQuad Rev Out 7.50 ohmsRev Rca 90 degOuter Limit Angle 120 degMiddle Limit Angle 79 degInner Limit Angle 74 degOuter Rgt Bld 12.20 ohmsOuter Lft Bld 10.00 ohmsMidle Rgt Bld 12.20 ohmsMidle Lft Bld 10.00 ohmsInner Rgt Bld 10.20 ohmsInner Lft Bld 8.00 ohmsDelay 1 Pickup 0.001 sDelay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.400 sTrip Mode DelayedBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Enabled

PHASE CURRENTPHASE TOC [GROUP 2] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source LINEA (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 0.690 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.15PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A BLOQ 51 On (VO31)PHASE TOC1: Block B BLOQ 51 On (VO31)PHASE TOC1: Block C BLOQ 51 On (VO31)PHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

PHASE IOC [GROUP 2] PHASE IOC1: Function EnabledPHASE IOC1: Source LINEA (SRC 1)PHASE IOC1: Pickup 1.800 puPHASE IOC1: Delay 0.01 sPHASE IOC1: Reset Delay 0.00 sPHASE IOC1: Block A BLOQ 51 On (VO31)PHASE IOC1: Block B BLOQ 51 On (VO31)PHASE IOC1: Block C BLOQ 51 On (VO31)PHASE IOC1: Target Self-resetPHASE IOC1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 2] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source LINEA (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.060 puNEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.75NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block NEG SEQ DIR OC1 REVNEUTRAL TOC1: Target Self-reset

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NEUTRAL TOC [GROUP 2] (continued from last page)NEUTRAL TOC1: Events Enabled

NEUTRAL IOC [GROUP 2] NEUTRAL IOC1: Function EnabledNEUTRAL IOC1: Source LINEA (SRC 1)NEUTRAL IOC1: Pickup 2.000 puNEUTRAL IOC1: Delay 0.03 sNEUTRAL IOC1: Reset Delay 0.00 sNEUTRAL IOC1: Block NTRL DIR OC1 REVNEUTRAL IOC1: Target Self-resetNEUTRAL IOC1: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 2] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source LINEA (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 81 ° LagNEGATIVE SEQ DIR OC1: Forward Limit Angle 80 degNEGATIVE SEQ DIR OC1: Forward Pickup 0.10 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 81 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.10 puNEGATIVE SEQ DIR OC1: Block SRC1 VT FUSE FAIL OPNEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 2] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source LINEA (SRC 1)BF1: Current Supervision YesBF1: Use Seal-In NoBF1: Three Pole Initiate TRIP 3-POLEBF1: Block OFFBF1: Phase Current Supv Pickup 1.200 puBF1: Neutral Current Supv Pickup 0.060 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.000 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 sBF1: Breaker Pos1 Phase A/3P 52A2 (a) On(H8c)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On OFFBF1: Phase Current HiSet Pickup 1.200 puBF1: Neutral Current HiSet Pickup 0.060 puBF1: Phase Current LoSet Pickup 1.200 puBF1: Neutral Current LoSet Pickup 0.060 puBF1: LoSet Time Delay 0.000 sBF1: Trip Dropout Delay 0.000 sBF1: Target Self-resetBF1: Events EnabledBF1: Phase A Initiate OFFBF1: Phase B Initiate OFFBF1: Phase C Initiate OFFBF1: Breaker Pos1 Phase B OFFBF1: Breaker Pos1 Phase C OFFBF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

CONTROL ELEMENTSSETTING GROUPSFunction EnabledBlock OFFGroup 2 Activate On LATCH 1 ONGroup 3 Activate On OFF

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SETTING GROUPS (continued from last page)Group 4 Activate On OFFGroup 5 Activate On OFFGroup 6 Activate On OFFGroup 1 NameGroup 2 NameGroup 3 NameGroup 4 NameGroup 5 NameGroup 6 NameEvents Disabled

TRIP OUTPUTTrip Mode 3 Pole OnlyTrip 3-Pole Input1 TRIP GRAL On (VO2)Trip 3-Pole Input2 OFFTrip 3-Pole Input3 OFFTrip 3-Pole Input4 OFFTrip 3-Pole Input5 OFFTrip 3-Pole Input6 OFFTrip 1-Pole Input1 OFFTrip 1-Pole Input2 OFFTrip 1-Pole Input3 OFFTrip 1-Pole Input4 OFFTrip 1-Pole Input5 OFFTrip 1-Pole Input6 OFFTrip Reclose Input1 GND DIST Z1 OPTrip Reclose Input2 PH DIST Z1 OPTrip Reclose Input3 PUTT OPTrip Reclose Input4 OFFTrip Reclose Input5 OFFTrip Reclose Input6 OFFBKR Phase A Open LINE PICKUP I<ABKR Phase B Open LINE PICKUP I<BBKR Phase C Open LINE PICKUP I<CTrip Force 3-Pole OFFTrip Pilot Priority 0.000 sReverse Fault OFFTrip Delay On Evolving Faults 0.000 sTrip Events Enabled

MONITORING ELEMENTSVT FUSE FAILUREVT FUSE FAILURE 1: Function Enabled

PILOT SCHEMES1P HYBRID POTT SCHEMEFunction EnabledPermissive Echo CustomEcho Condition ECHO 3P On (VO37)Weak Infeed DisabledW/I Condition OFFRx Pickup Delay 0.001 sTrans Block Pickup Delay 0.030 sTrans Block Reset Delay 0.150 sEcho Duration 0.100 sEcho Lockout 0.250 sSeal-In Delay 0.000 sGnd Dir OC Fwd OFFGnd Dir OC Rev NTRL DIR OC1 REVNo of Comm Bits 1Rx1 RECEP 3P On (VO36)Rx2 OFFRx3 OFFRx4 OFFTarget LatchedEvent Enabled

AUTORECLOSE 1PFunction Enabled

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AUTORECLOSE 1P (continued from last page)Mode 3 Pole - BMax Number Of Shots 1Block BKR1 OFFClose Time BKR1 0.40 sBKR Man Close CIERRE MANUA On(W3a)Blk Time Upon Man Cls 8.00 s1-P Init OFF3-P Init OFF3-P TD Init OFFMulti P Fault OFFBKR 1 Pole Open OFFBKR 3 Pole Open OFF3-P Dead Time 1 0.40 s3-P Dead Time 2 0.45 s3-P Dead Time 3 2.00 s3-P Dead Time 4 4.00 sExtend Dead T1 OFFDead T1 Extension 0.15 sReset OFFReset Time 10.00 sBKR Closed OFFBlock 79 off On (VO18)Pause OFFInc Seq Time 5.00 sBlock BKR2 OFFClose Time BKR2 0.10 sTransfer 1 to 2 NoTransfer 2 to 1 NoBKR1 Fail Option ContinueBKR2 Fail Option Continue1-P Dead Time 1.00 sBKR Sequence 1Transfer Time 4.00 sEvent Enabled

INPUTS/OUTPUTSCONTACT INPUTS[H7A] Contact Input 1 ID 79 DESCO[H7A] Contact Input 1 Debounce Time 2.0 ms[H7A] Contact Input 1 Events Enabled[H7C] Contact Input 2 ID 79 conectado[H7C] Contact Input 2 Debounce Time 2.0 ms[H7C] Contact Input 2 Events Enabled[H8A] Contact Input 3 ID 63-FALLA PRE[H8A] Contact Input 3 Debounce Time 2.0 ms[H8A] Contact Input 3 Events Enabled[H8C] Contact Input 4 ID 52A2 (a)[H8C] Contact Input 4 Debounce Time 2.0 ms[H8C] Contact Input 4 Events Enabled[U7A] Contact Input 5 ID Cont Ip 5[U7A] Contact Input 5 Debounce Time 2.0 ms[U7A] Contact Input 5 Events Disabled[U7C] Contact Input 6 ID Cont Ip 6[U7C] Contact Input 6 Debounce Time 2.0 ms[U7C] Contact Input 6 Events Disabled[U8A] Contact Input 7 ID Cont Ip 7[U8A] Contact Input 7 Debounce Time 2.0 ms[U8A] Contact Input 7 Events Disabled[U8C] Contact Input 8 ID Cont Ip 8[U8C] Contact Input 8 Debounce Time 2.0 ms[U8C] Contact Input 8 Events Disabled[W1A] Contact Input 9 ID RECEP JAHUEL[W1A] Contact Input 9 Debounce Time 2.0 ms[W1A] Contact Input 9 Events Enabled[W1C] Contact Input 10 ID RECEP ITAHUE[W1C] Contact Input 10 Debounce Time 2.0 ms[W1C] Contact Input 10 Events Enabled[W2A] Contact Input 11 ID 52B P. CORTE[W2A] Contact Input 11 Debounce Time 2.0 ms

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CONTACT INPUTS (continued from last page)[W2A] Contact Input 11 Events Enabled[W2C] Contact Input 12 ID 52AP.CORTE[W2C] Contact Input 12 Debounce Time 2.0 ms[W2C] Contact Input 12 Events Enabled[W3A] Contact Input 13 ID CIERRE MANUA[W3A] Contact Input 13 Debounce Time 2.0 ms[W3A] Contact Input 13 Events Enabled[W3C] Contact Input 14 ID TELE DESCONE[W3C] Contact Input 14 Debounce Time 2.0 ms[W3C] Contact Input 14 Events Disabled[W4A] Contact Input 15 ID ITE AC FALLA[W4A] Contact Input 15 Debounce Time 2.0 ms[W4A] Contact Input 15 Events Disabled[W4C] Contact Input 16 ID Cont Ip 16[W4C] Contact Input 16 Debounce Time 2.0 ms[W4C] Contact Input 16 Events Disabled[W5A] Contact Input 17 ID AUTORI 79[W5A] Contact Input 17 Debounce Time 2.0 ms[W5A] Contact Input 17 Events Disabled[W5C] Contact Input 18 ID Cont Ip 18[W5C] Contact Input 18 Debounce Time 2.0 ms[W5C] Contact Input 18 Events Disabled[W6A] Contact Input 19 ID Cont Ip 19[W6A] Contact Input 19 Debounce Time 2.0 ms[W6A] Contact Input 19 Events Disabled[W6C] Contact Input 20 ID Cont Ip 20[W6C] Contact Input 20 Debounce Time 2.0 ms[W6C] Contact Input 20 Events Disabled[W7A] Contact Input 21 ID Cont Ip 21[W7A] Contact Input 21 Debounce Time 2.0 ms[W7A] Contact Input 21 Events Disabled[W7C] Contact Input 22 ID Cont Ip 22[W7C] Contact Input 22 Debounce Time 2.0 ms[W7C] Contact Input 22 Events Disabled[W8A] Contact Input 23 ID Cont Ip 23[W8A] Contact Input 23 Debounce Time 2.0 ms[W8A] Contact Input 23 Events Disabled[W8C] Contact Input 24 ID Cont Ip 24[W8C] Contact Input 24 Debounce Time 2.0 ms[W8C] Contact Input 24 Events Disabled

CONTACT INPUT THRESHOLDS79 DESCO, 79 conectado, 63-FALLA PRE, 52A2 (a)(H7a, H7c, H8a, H8c) 33 VdcCont Ip 5, Cont Ip 6, Cont Ip 7, Cont Ip 8(U7a, U7c, U8a, U8c) 33 VdcRECEP JAHUEL, RECEP ITAHUE, 52B P. CORTE, 52AP.CORTE(W1a, W1c, W2a, W2c)33 VdcCIERRE MANUA, TELE DESCONE, ITE AC FALLA, Cont Ip 16(W3a, W3c, W4a, W4c)33 VdcAUTORI 79, Cont Ip 18, Cont Ip 19, Cont Ip 20(W5a, W5c, W6a, W6c) 33 VdcCont Ip 21, Cont Ip 22, Cont Ip 23, Cont Ip 24(W7a, W7c, W8a, W8c) 33 Vdc

CONTACT OUTPUTS[H1] Contact Output 1 ID TRIP FASE A[H1] Contact Output 1 Operate TRIP 3-POLE[H1] Contact Output 1 Seal-In OFF[H1] Contact Output 1 Events Enabled[H2] Contact Output 2 ID TRIP FASE B[H2] Contact Output 2 Operate TRIP 3-POLE[H2] Contact Output 2 Seal-In OFF[H2] Contact Output 2 Events Enabled[H3] Contact Output 3 ID TRIP FASE C[H3] Contact Output 3 Operate TRIP 3-POLE[H3] Contact Output 3 Seal-In OFF[H3] Contact Output 3 Events Enabled[H4] Contact Output 4 ID RETRIP A[H4] Contact Output 4 Operate BKR FAIL 1 RETRIP[H4] Contact Output 4 Seal-In OFF[H4] Contact Output 4 Events Enabled[H5] Contact Output 5 ID RETRIP B[H5] Contact Output 5 Operate BKR FAIL 1 RETRIP[H5] Contact Output 5 Seal-In OFF

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CONTACT OUTPUTS (continued from last page)[H5] Contact Output 5 Events Enabled[H6] Contact Output 6 ID RETRIP C[H6] Contact Output 6 Operate BKR FAIL 1 RETRIP[H6] Contact Output 6 Seal-In OFF[H6] Contact Output 6 Events Enabled[M1] Contact Output 7 ID Alarma trip[M1] Contact Output 7 Operate Alarma trip On (VO10)[M1] Contact Output 7 Seal-In OFF[M1] Contact Output 7 Events Enabled[M2] Contact Output 8 ID FALLA RELE[M2] Contact Output 8 Operate Alarma f. re On (VO7)[M2] Contact Output 8 Seal-In OFF[M2] Contact Output 8 Events Enabled[M4] Contact Output 10 ID PARAR CAJA[M4] Contact Output 10 Operate TRIP 3-POLE[M4] Contact Output 10 Seal-In OFF[M4] Contact Output 10 Events Enabled[P1] Contact Output 15 ID 79 cierre[P1] Contact Output 15 Operate ORD. CIERRE On (VO6)[P1] Contact Output 15 Seal-In OFF[P1] Contact Output 15 Events Enabled[P2] Contact Output 16 ID EMISION JAHU[P2] Contact Output 16 Operate TX MMOO On (VO12)[P2] Contact Output 16 Seal-In OFF[P2] Contact Output 16 Events Enabled[P3] Contact Output 17 ID EMISION ITAH[P3] Contact Output 17 Operate TX MMOO On (VO12)[P3] Contact Output 17 Seal-In OFF[P3] Contact Output 17 Events Enabled[P4] Contact Output 18 ID 50BF-->barra[P4] Contact Output 18 Operate BKR FAIL 1 T1 OP[P4] Contact Output 18 Seal-In OFF[P4] Contact Output 18 Events Enabled[P6] Contact Output 20 ID Parada Caja[P6] Contact Output 20 Operate TRIP 3-POLE[P6] Contact Output 20 Seal-In OFF[P6] Contact Output 20 Events Disabled

VIRTUAL OUTPUTSVirtual Output 1 ID BLQ Zonas PHVirtual Output 1 Events EnabledVirtual Output 2 ID TRIP GRALVirtual Output 2 Events EnabledVirtual Output 3 ID OSCILOGRAFIAVirtual Output 3 Events EnabledVirtual Output 4 ID pkp Z1o z2Virtual Output 4 Events EnabledVirtual Output 6 ID ORD. CIERREVirtual Output 6 Events EnabledVirtual Output 7 ID Alarma f. reVirtual Output 7 Events DisabledVirtual Output 8 ID POWER SWINGVirtual Output 8 Events EnabledVirtual Output 10 ID Alarma tripVirtual Output 10 Events EnabledVirtual Output 11 ID TX OPLATVirtual Output 11 Events EnabledVirtual Output 12 ID TX MMOOVirtual Output 12 Events DisabledVirtual Output 13 ID LED Z1Virtual Output 13 Events EnabledVirtual Output 14 ID LED Z2Virtual Output 14 Events EnabledVirtual Output 15 ID LED Z3Virtual Output 15 Events EnabledVirtual Output 16 ID LED Z4Virtual Output 16 Events EnabledVirtual Output 17 ID 79 onVirtual Output 17 Events Enabled

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VIRTUAL OUTPUTS (continued from last page)Virtual Output 18 ID 79 offVirtual Output 18 Events EnabledVirtual Output 19 ID reset ledVirtual Output 19 Events EnabledVirtual Output 22 ID RECEP ACELERVirtual Output 22 Events EnabledVirtual Output 23 ID OPERA ZONA 1Virtual Output 23 Events EnabledVirtual Output 24 ID OPERA ZONA 2Virtual Output 24 Events EnabledVirtual Output 25 ID OPERA Z3/Z4Virtual Output 25 Events EnabledVirtual Output 27 ID 67-67NVirtual Output 27 Events EnabledVirtual Output 28 ID 51-51NVirtual Output 28 Events EnabledVirtual Output 29 ID 50-50NVirtual Output 29 Events EnabledVirtual Output 30 ID Load encrochVirtual Output 30 Events DisabledVirtual Output 31 ID BLOQ 51Virtual Output 31 Events EnabledVirtual Output 32 ID REVERSEVirtual Output 32 Events DisabledVirtual Output 33 ID FORWARDVirtual Output 33 Events DisabledVirtual Output 34 ID BRK OPENVirtual Output 34 Events DisabledVirtual Output 35 ID Z5 operadaVirtual Output 35 Events DisabledVirtual Output 36 ID RECEP 3PVirtual Output 36 Events EnabledVirtual Output 37 ID ECHO 3PVirtual Output 37 Events EnabledVirtual Output 38 ID set grupoVirtual Output 38 Events EnabledVirtual Output 39 ID reset grupoVirtual Output 39 Events Enabled

RESETTINGOperand reset led On (VO19)

Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas

Línea 154kV A. Jahuel – Rancagua - Tinguiririca 2, S/E Rancagua

CONTROL DE REVISIÓN DEL CRAP

REVISOR FECHA N° EAP OBSERVACIONES

Max Missene M. 07-09-2015 Nº 75/2015

Cambio de ajustes para evitar que la Z1B actúe de forma instantánea en Sistema 2 protección Siemens 7SA61 .

Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas

Línea 154kV A. Jahuel – Rancagua - Tinguiririca 2, S/E Rancagua

Razón de TTCC/TTPP

TTCC:

TTPP:

√

√

Particularidades de Ajustes

No hay.

Max / Centro Sur / Rancagua / A1 Rancagua Var

MLFB: 7SA61255AE217PR4Versión del juego de parámetros: V04.60.10Ruta del equipo: C:\Siemens\Digsi4\D4PROJ\Max\P7DI\GV\ST\00000051Autor:Creado el: 23.10.15 11:03:02Mod. por última vez el: 23.10.15 11:03:23Modo de operación: Sin líneaComentario:Valores de ajuste en: Presentación secundaria de los valores

C O N T E N I D O D E L A I M P R E S I Ó N

.................................................................................................................................................................41 Device Configuration...............................................................................................................................................................52 Power System Data 1

..................................................................................................................52.1 Grupo Power System Data 1; Grupo Transformers................................................................................................................52.2 Grupo Power System Data 1; Grupo Power System

...........................................................................................................................52.3 Grupo Power System Data 1; Grupo Breaker..............................................................................................................................................................63 Grupos de parámetros

................................................................................................................63.1 Grupo Power System Data 2; Grupo Power System.....................................................................................................................63.2 Grupo Power System Data 2; Grupo Line Status

..............................................................................................73.3 Grupo 21 Distance protection, general settings; Grupo General......................................................................................73.4 Grupo 21 Distance protection, general settings; Grupo Ground faults.......................................................................................83.5 Grupo 21 Distance protection, general settings; Grupo Time Delays

........................................................................................................83.6 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1...........................................................................................83.7 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

........................................................................................................93.8 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

........................................................................................................93.9 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

........................................................................................................93.10 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

......................................................................................................103.11 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5............................................................................................................................................103.12 Grupo 68 Power Swing detection

...............................................................................................................................103.13 Grupo 85-21 Pilot Prot. for Distance prot...........................................................................................................................................103.14 Grupo 50HS Instantaneous SOTF

...................................................................................................................................113.15 Grupo Weak Infeed (Trip and/or Echo).......................................................................................................113.16 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General.....................................................................................................113.17 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1.....................................................................................................123.18 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2.......................................................................................................123.19 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................123.20 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................133.21 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................133.22 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................133.23 Grupo Measurement Supervision; Grupo VT mcb

............................................................................................................143.24 Grupo Measurement Supervision; Grupo Load Angle...........................................................................................................143.25 Grupo 50N/51N Ground OverCurrent; Grupo General

..............................................................................................................143.26 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

..............................................................................................................153.27 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

..............................................................................................................153.28 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

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.............................................................................................153.29 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

..........................................................................................................163.30 Grupo 50N/51N Ground OverCurrent; Grupo Direction................................................................................................................................................................163.31 Grupo Fault Locator

.............................................................................................................................163.32 Grupo 50BF Breaker Failure; Grupo 50BF................................................................................................................173.33 Grupo 50BF Breaker Failure; Grupo End fault prot.

...........................................................................................................173.34 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy..............................................................................................................173.35 Grupo Power System Data 2; Grupo Power System

...................................................................................................................183.36 Grupo Power System Data 2; Grupo Line Status............................................................................................183.37 Grupo 21 Distance protection, general settings; Grupo General

....................................................................................193.38 Grupo 21 Distance protection, general settings; Grupo Ground faults.....................................................................................193.39 Grupo 21 Distance protection, general settings; Grupo Time Delays

......................................................................................................193.40 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1.........................................................................................203.41 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

......................................................................................................203.42 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

......................................................................................................203.43 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

......................................................................................................213.44 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

......................................................................................................213.45 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5............................................................................................................................................213.46 Grupo 68 Power Swing detection

...............................................................................................................................223.47 Grupo 85-21 Pilot Prot. for Distance prot...........................................................................................................................................223.48 Grupo 50HS Instantaneous SOTF

...................................................................................................................................223.49 Grupo Weak Infeed (Trip and/or Echo).......................................................................................................223.50 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General.....................................................................................................233.51 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1.....................................................................................................233.52 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2.......................................................................................................233.53 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................243.54 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................243.55 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................253.56 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................253.57 Grupo Measurement Supervision; Grupo VT mcb

............................................................................................................253.58 Grupo Measurement Supervision; Grupo Load Angle...........................................................................................................263.59 Grupo 50N/51N Ground OverCurrent; Grupo General

..............................................................................................................263.60 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

..............................................................................................................263.61 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

..............................................................................................................273.62 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3.............................................................................................273.63 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

..........................................................................................................273.64 Grupo 50N/51N Ground OverCurrent; Grupo Direction................................................................................................................................................................283.65 Grupo Fault Locator

.............................................................................................................................283.66 Grupo 50BF Breaker Failure; Grupo 50BF................................................................................................................283.67 Grupo 50BF Breaker Failure; Grupo End fault prot.

...........................................................................................................283.68 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy..............................................................................................................293.69 Grupo Power System Data 2; Grupo Power System

...................................................................................................................293.70 Grupo Power System Data 2; Grupo Line Status............................................................................................303.71 Grupo 21 Distance protection, general settings; Grupo General

....................................................................................303.72 Grupo 21 Distance protection, general settings; Grupo Ground faults.....................................................................................313.73 Grupo 21 Distance protection, general settings; Grupo Time Delays

......................................................................................................313.74 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1.........................................................................................313.75 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

......................................................................................................323.76 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

......................................................................................................323.77 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

......................................................................................................323.78 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

......................................................................................................333.79 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5............................................................................................................................................333.80 Grupo 68 Power Swing detection

...............................................................................................................................333.81 Grupo 85-21 Pilot Prot. for Distance prot...........................................................................................................................................333.82 Grupo 50HS Instantaneous SOTF

...................................................................................................................................343.83 Grupo Weak Infeed (Trip and/or Echo).......................................................................................................343.84 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

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.....................................................................................................343.85 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

.....................................................................................................353.86 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2.......................................................................................................353.87 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

................................................................................................353.88 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB...................................................................................................363.89 Grupo Measurement Supervision; Grupo Balance / Summ.

........................................................................................................363.90 Grupo Measurement Supervision; Grupo Meas.Volt.Fail..................................................................................................................363.91 Grupo Measurement Supervision; Grupo VT mcb

............................................................................................................373.92 Grupo Measurement Supervision; Grupo Load Angle...........................................................................................................373.93 Grupo 50N/51N Ground OverCurrent; Grupo General

..............................................................................................................373.94 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

..............................................................................................................383.95 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

..............................................................................................................383.96 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3.............................................................................................383.97 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

..........................................................................................................393.98 Grupo 50N/51N Ground OverCurrent; Grupo Direction................................................................................................................................................................393.99 Grupo Fault Locator

.............................................................................................................................393.100 Grupo 50BF Breaker Failure; Grupo 50BF................................................................................................................403.101 Grupo 50BF Breaker Failure; Grupo End fault prot.

...........................................................................................................403.102 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

A1 Rancagua Var_prn

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1 Device Configuration

Nº Función Volumen

0103 Setting Group Change Option Enabled0110 Trip mode 3pole only0114 21 Distance protection pickup program Z< (quadrilateral)0120 68 Power Swing detection Enabled0121 85-21 Pilot Protection for Distance prot POTT0122 DTT Direct Transfer Trip Disabled0124 50HS Instantaneous SOTF Enabled0125 Weak Infeed (Trip and/or Echo) Enabled0126 50(N)/51(N) Backup OverCurrent Time Overcurrent Curve IEC0131 50N/51N Ground OverCurrent Time Overcurrent Curve IEC0132 85-67N Pilot Protection Gnd. OverCurrent Disabled0133 79 Auto-Reclose Function Disabled0134 Auto-Reclose control mode with Trip and Action time0135 25 Synchronism and Voltage Check Disabled0136 81 Over/Underfrequency Protection Disabled0137 27, 59 Under/Overvoltage Protection Disabled0138 Fault Locator Enabled0139 50BF Breaker Failure Protection Enabled0140 74TC Trip Circuit Supervision Disabled0142 49 Thermal Overload Protection Disabled

A1 Rancagua Var_prnDevice Configuration

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2 Power System Data 1

2.1 Grupo Power System Data 1; Grupo Transformers

Grupo Power System Data 1; Grupo TransformersNº Parámetro Valor Grupo

0201 CT Starpoint towards Line todo0203 Rated Primary Voltage 161,0 kV todo0204 Rated Secondary Voltage (Ph-Ph) 115 V todo0205 CT Rated Primary Current 600 A todo0206 CT Rated Secondary Current 5A todo0210 V4 voltage transformer is not connected todo0211 Matching ratio Phase-VT To Open-Delta-VT 1,73 todo0215 Matching ratio Vsy1 / Vsy2 0,58 todo0220 I4 current transformer is Neutral Current (of the protected line) todo0221 Matching ratio I4/Iph for CT's 1,000 todo

2.2 Grupo Power System Data 1; Grupo Power System

Grupo Power System Data 1; Grupo Power SystemNº Parámetro Valor Grupo

0207 System Starpoint is Solid Grounded todo0230 Rated Frequency 50 Hz todo0235 Phase Sequence A B C todo0236 Distance measurement unit km todo0237 Setting format for zero seq.comp. format Zero seq. comp. factor K0 and angle(K0) todo

2.3 Grupo Power System Data 1; Grupo Breaker

Grupo Power System Data 1; Grupo BreakerNº Parámetro Valor Grupo

0240A Minimum TRIP Command Duration 0,12 sec todo0241A Maximum Close Command Duration 0,25 sec todo0242 Dead Time for CB test-autoreclosure 0,10 sec todo

A1 Rancagua Var_prnPower System Data 1

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3 Grupos de parámetros

3.1 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 161,0 kV A1104 Measurement: Full Scale Current (100%) 600 A A1105 Line Angle 79 ° A1211 Angle of inclination, distance charact. 79 ° A1107 P,Q operational measured values sign not reversed A1110 x' - Line Reactance per length unit 0,0359 Ohm / km A1111 Line Length 50,6 km A1120 Zero seq. comp. factor K0 for zone Z1 0,809 A1121 Zero seq. comp. angle for zone Z1 3,02 ° A1122 Zero seq.comp.factor K0,higher zones >Z1 0,809 A1123 Zero seq. comp. angle, higher zones >Z1 3,02 ° A

3.2 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,25 A A1131A Pole Open Voltage Threshold 11 V A1132A Seal-in Time after ALL closures 0,20 sec A1133A minimal time for line open before SOTF 0,25 sec A1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI A1135 RESET of Trip Command with Pole Open Current Threshold only A1140A CT Saturation Threshold 100,0 A A1150A Seal-in Time after MANUAL closures 0,20 sec A1151 Manual CLOSE COMMAND generation NO A1152 MANUAL Closure Impulse after CONTROL <none> todo

A1 Rancagua Var_prnGrupos de parámetros

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3.3 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON A1202 Phase Current threshold for dist. meas. 0,25 A A1211 Angle of inclination, distance charact. 79 ° A1208 Series compensated line NO A1232 Instantaneous trip after SwitchOnToFault with Zone Z1B A1241 R load, minimum Load Impedance (ph-g) 9,140 Ohm A1242 PHI load, maximum Load Angle (ph-g) 35 ° A1243 R load, minimum Load Impedance (ph-ph) 9,140 Ohm A1244 PHI load, maximum Load Angle (ph-ph) 35 ° A1357 Z1B enabled before 1st AR (int. or ext.) NO A

3.4 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,25 A A1204 3V0 threshold zero seq. voltage pickup 2 V A1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 A1209A Criterion of ground fault recognition 3I0> OR 3V0> A1221A Loop selection with 2Ph-G faults all loops A

A1 Rancagua Var_prnGrupo 21 Distance protection, general settings; Grupo General

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3.5 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A1325 T3 delay 2,50 sec A1335 T4 delay 1,50 sec A1345 T5 delay oo sec A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A

3.6 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward A1302 R(Z1), Resistance for ph-ph-faults 2,740 Ohm A1303 X(Z1), Reactance 2,740 Ohm A1304 RG(Z1), Resistance for ph-gnd faults 2,740 Ohm A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1307 Zone Reduction Angle (load compensation) 0 ° A

3.7 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward A1352 R(Z1B), Resistance for ph-ph-faults 21,000 Ohm A1353 X(Z1B), Reactance 25,689 Ohm A1354 RG(Z1B), Resistance for ph-gnd faults 21,000 Ohm A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A1357 Z1B enabled before 1st AR (int. or ext.) NO A

A1 Rancagua Var_prnGrupo 21 Distance protection, general settings; Grupo Time Delays

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3.8 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward A1312 R(Z2), Resistance for ph-ph-faults 5,520 Ohm A1313 X(Z2), Reactance 5,520 Ohm A1314 RG(Z2), Resistance for ph-gnd faults 5,520 Ohm A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A

3.9 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse A1322 R(Z3), Resistance for ph-ph-faults 12,500 Ohm A1323 X(Z3), Reactance 12,500 Ohm A1324 RG(Z3), Resistance for ph-gnd faults 12,500 Ohm A1325 T3 delay 2,50 sec A

3.10 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward A1332 R(Z4), Resistance for ph-ph-faults 13,000 Ohm A1333 X(Z4), Reactance 13,000 Ohm A1334 RG(Z4), Resistance for ph-gnd faults 13,000 Ohm A1335 T4 delay 1,50 sec A

A1 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

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3.11 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional A1342 R(Z5), Resistance for ph-ph-faults 14,000 Ohm A1343 X(Z5)+, Reactance for Forward direction 14,000 Ohm A1344 RG(Z5), Resistance for ph-gnd faults 14,000 Ohm A1345 T5 delay oo sec A1346 X(Z5)-, Reactance for Reverse direction 13,500 Ohm A

3.12 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked A2006 68T Power swing trip NO A2007 68 Trip delay after Power Swing Blocking 0,08 sec A

3.13 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON A2102 Type of Line Three Terminals A2103A Time for send signal prolongation 0,10 sec A2109A Transient Block.: Duration external flt. 0,03 sec A2110A Transient Block.: Blk.T. after ext. flt. 0,17 sec A

3.14 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON A

A1 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z5

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Grupo 50HS Instantaneous SOTF(2)Nº Parámetro Valor Grupo

2404 50HS SOTF-O/C PICKUP 6,67 A A

3.15 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only A2502A Trip / Echo Delay after carrier receipt 0,04 sec A2503A Trip Extension / Echo Impulse time 0,10 sec A2504A Echo Block Time 0,50 sec A2505 Undervoltage (ph-g) 25 V A2509 Echo logic: 21 and 67N on common channel NO todo

3.16 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. A2680 Trip time delay after SOTF 0,00 sec A

3.17 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup oo A A2611 50-B1 Delay oo sec A2612 50N-B1 Pickup oo A A2613 50N-B1 Delay oo sec A2614 Instantaneous trip via BI NO A2615 Instantaneous trip after SwitchOnToFault NO A

A1 Rancagua Var_prnGrupo 50HS Instantaneous SOTF

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3.18 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup oo A A2621 50-B2 Delay oo sec A2622 50N-B2 Pickup oo A A2623 50N-B2 Delay oo sec A2624 Instantaneous trip via Pilot Prot./BI NO A2625 Instantaneous trip after SwitchOnToFault NO A

3.19 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 6,00 A A2642 51-B Time Dial 0,15 sec A2646 51-B Additional Time Delay 0,00 sec A2650 51N-B Pickup 0,25 A A2652 51N-B Time Dial 0,40 sec A2656 51N-B Additional Time Delay 0,00 sec A2660 IEC Curve Normal Inverse A2670 Instantaneous trip via Pilot Prot./BI NO A2671 Instantaneous trip after SwitchOnToFault NO A

3.20 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup oo A A2631 50-STUB Delay oo sec A2632 50N-STUB Pickup oo A A2633 50N-STUB Delay oo sec A2634 Instantaneous trip via Pilot Prot./BI NO A2635 Instantaneous trip after SwitchOnToFault NO A

A1 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

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3.21 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON A2902A Voltage Threshold for Balance Monitoring 50 V A2903A Balance Factor for Voltage Monitor 0,75 A2904A Current Threshold for Balance Monitoring 0,50 A A2905A Balance Factor for Current Monitor 0,50 A2906A Summated Current Monitoring Threshold 0,50 A A2907A Summated Current Monitoring Factor 0,10 A2908A T Balance Factor for Voltage Monitor 5 sec A2909A T Current Balance Monitor 5 sec A

3.22 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON A2911A Minimum Voltage Threshold V> 30 V A2912A Maximum Current Threshold I< 0,50 A A2913A Maximum Voltage Threshold V< (3phase) 5 V A2914A Differential Current Threshold (3phase) 0,50 A A2915 Voltage Failure Supervision with current superv. and CBpos(52a) A2916A Delay Voltage Failure Supervision 3,00 sec A

3.23 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms A

A1 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

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3.24 Grupo Measurement Supervision; Grupo Load Angle

Grupo Measurement Supervision; Grupo Load AngleNº Parámetro Valor Grupo

2941 Limit setting PhiA 200 ° A2942 Limit setting PhiB 340 ° A2943 Minimum value I1> 0,25 A A2944 Minimum value U1> 20 V A

3.25 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON A3102 Block 50N/51N for Distance protection NO A3174 Block 50N/51N for Pickup 21 in each zone A3104A Stabilisation Slope with Iphase 10 % A3170 2nd harmonic ratio for inrush restraint 20 % A3171 Max.Current, overriding inrush restraint 37,50 A A3172 Instantaneous mode after SwitchOnToFault with Pickup and direction A3173 Trip time delay after SOTF 0,00 sec A

3.26 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Inactive A3111 Pickup 9,50 A A3112 Time Delay 0,30 sec A3113 Instantaneous trip via Pilot Prot./BI NO A3114 Instantaneous trip after SwitchOnToFault NO A3115 Inrush Blocking NO A

A1 Rancagua Var_prnGrupo Measurement Supervision; Grupo Load Angle

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3.27 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive A3121 Pickup 0,83 A A3122 Time Delay 0,60 sec A3123 Instantaneous trip via Pilot Prot./BI NO A3124 Instantaneous trip after SwitchOnToFault NO A3125 Inrush Blocking NO A

3.28 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive A3131 Pickup 0,83 A A3132 Time Delay 0,90 sec A3133 Instantaneous trip via Pilot Prot./BI NO A3134 Instantaneous trip after SwitchOnToFault NO A3135 Inrush Blocking NO A

3.29 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward A3141 Pickup 0,25 A A3143 Time Dial 0,40 sec A3147 Additional Time Delay 0,00 sec A3148 Instantaneous trip via Pilot Prot./BI NO A3149 Instantaneous trip after SwitchOnToFault NO A3150 Inrush Blocking NO A3151 IEC Curve Normal Inverse A

A1 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-2

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3.30 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 A3162A ALPHA, lower angle for forward direction 338 ° A3163A BETA, upper angle for forward direction 122 ° A3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V A3166 Min. neg. seq. polarizing voltage 3V2 3,0 V A3167 Min. neg. seq. polarizing current 3I2 0,25 A A3168 Compensation angle PHI comp. for Sr 255 ° A3169 Forward direction power threshold 1,5 VA A

3.31 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP A3806 Load Compensation NO A

3.32 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON A3902 50BF Pickup current threshold 2,08 A A3904 Delay after 1pole start for local trip 0,01 sec A3905 Delay after 3pole start for local trip 0,01 sec A3906 Delay of 2nd element for busbar trip 0,20 sec A3907 Delay for start with defective bkr. 0,00 sec A3908 Trip output selection with defective bkr NO A3909 Check Breaker contacts YES A

A1 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo Direction

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3.33 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF A3922 Trip delay of end fault element 2,00 sec A

3.34 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF A3932 Trip delay with pole discrepancy 2,00 sec A

3.35 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 161,0 kV B1104 Measurement: Full Scale Current (100%) 600 A B1105 Line Angle 79 ° B1211 Angle of inclination, distance charact. 79 ° B1107 P,Q operational measured values sign not reversed B1110 x' - Line Reactance per length unit 0,0362 Ohm / km B1111 Line Length 60,6 km B1120 Zero seq. comp. factor K0 for zone Z1 1,000 B1121 Zero seq. comp. angle for zone Z1 0,00 ° B1122 Zero seq.comp.factor K0,higher zones >Z1 1,000 B1123 Zero seq. comp. angle, higher zones >Z1 0,00 ° B

A1 Rancagua Var_prnGrupo 50BF Breaker Failure; Grupo End fault prot.

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3.36 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,25 A B1131A Pole Open Voltage Threshold 11 V B1132A Seal-in Time after ALL closures 0,20 sec B1133A minimal time for line open before SOTF 0,25 sec B1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI B1135 RESET of Trip Command with Pole Open Current Threshold only B1140A CT Saturation Threshold oo A B1150A Seal-in Time after MANUAL closures 0,20 sec B1151 Manual CLOSE COMMAND generation NO B1152 MANUAL Closure Impulse after CONTROL <none> todo

3.37 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON B1202 Phase Current threshold for dist. meas. 0,50 A B1211 Angle of inclination, distance charact. 79 ° B1208 Series compensated line NO B1232 Instantaneous trip after SwitchOnToFault with Zone Z1B B1241 R load, minimum Load Impedance (ph-g) oo Ohm B1242 PHI load, maximum Load Angle (ph-g) 30 ° B1243 R load, minimum Load Impedance (ph-ph) oo Ohm B1244 PHI load, maximum Load Angle (ph-ph) 30 ° B1357 Z1B enabled before 1st AR (int. or ext.) YES B

A1 Rancagua Var_prnGrupo Power System Data 2; Grupo Line Status

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3.38 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,25 A B1204 3V0 threshold zero seq. voltage pickup oo V B1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 B1209A Criterion of ground fault recognition 3I0> OR 3V0> B1221A Loop selection with 2Ph-G faults all loops B

3.39 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup B1305 T1-1phase, delay for single phase faults 0,00 sec B1306 T1multi-ph, delay for multi phase faults 0,00 sec B1315 T2-1phase, delay for single phase faults 0,40 sec B1316 T2multi-ph, delay for multi phase faults 0,40 sec B1325 T3 delay 2,00 sec B1335 T4 delay 2,00 sec B1345 T5 delay oo sec B1355 T1B-1phase, delay for single ph. faults 0,00 sec B1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec B

3.40 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward B1302 R(Z1), Resistance for ph-ph-faults 1,720 Ohm B1303 X(Z1), Reactance 1,720 Ohm B1304 RG(Z1), Resistance for ph-gnd faults 3,440 Ohm B1305 T1-1phase, delay for single phase faults 0,00 sec B1306 T1multi-ph, delay for multi phase faults 0,00 sec B1307 Zone Reduction Angle (load compensation) 0 ° B

A1 Rancagua Var_prnGrupo 21 Distance protection, general settings; Grupo Ground faults

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3.41 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward B1352 R(Z1B), Resistance for ph-ph-faults 2,900 Ohm B1353 X(Z1B), Reactance 2,900 Ohm B1354 RG(Z1B), Resistance for ph-gnd faults 5,800 Ohm B1355 T1B-1phase, delay for single ph. faults 0,00 sec B1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec B1357 Z1B enabled before 1st AR (int. or ext.) YES B

3.42 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward B1312 R(Z2), Resistance for ph-ph-faults 2,900 Ohm B1313 X(Z2), Reactance 2,900 Ohm B1314 RG(Z2), Resistance for ph-gnd faults 5,800 Ohm B1315 T2-1phase, delay for single phase faults 0,40 sec B1316 T2multi-ph, delay for multi phase faults 0,40 sec B

3.43 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse B1322 R(Z3), Resistance for ph-ph-faults 2,000 Ohm B1323 X(Z3), Reactance 2,000 Ohm B1324 RG(Z3), Resistance for ph-gnd faults 4,000 Ohm B1325 T3 delay 2,00 sec B

A1 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1

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3.44 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward B1332 R(Z4), Resistance for ph-ph-faults 5,500 Ohm B1333 X(Z4), Reactance 5,500 Ohm B1334 RG(Z4), Resistance for ph-gnd faults 11,000 Ohm B1335 T4 delay 2,00 sec B

3.45 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional B1342 R(Z5), Resistance for ph-ph-faults 5,520 Ohm B1343 X(Z5)+, Reactance for Forward direction 5,520 Ohm B1344 RG(Z5), Resistance for ph-gnd faults 11,200 Ohm B1345 T5 delay oo sec B1346 X(Z5)-, Reactance for Reverse direction 4,000 Ohm B

3.46 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked B2006 68T Power swing trip NO B2007 68 Trip delay after Power Swing Blocking 0,08 sec B

A1 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z4

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

Página 21 de 40

3.47 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON B2102 Type of Line Two Terminals B2103A Time for send signal prolongation 0,10 sec B2109A Transient Block.: Duration external flt. 0,04 sec B2110A Transient Block.: Blk.T. after ext. flt. 0,20 sec B

3.48 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON B2404 50HS SOTF-O/C PICKUP 12,50 A B

3.49 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only B2502A Trip / Echo Delay after carrier receipt 0,04 sec B2503A Trip Extension / Echo Impulse time 0,10 sec B2504A Echo Block Time 0,50 sec B2505 Undervoltage (ph-g) 25 V B2509 Echo logic: 21 and 67N on common channel NO todo

3.50 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. B2680 Trip time delay after SOTF 0,00 sec B

A1 Rancagua Var_prnGrupo 85-21 Pilot Prot. for Distance prot.

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

Página 22 de 40

3.51 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup 9,00 A B2611 50-B1 Delay 0,10 sec B2612 50N-B1 Pickup 9,00 A B2613 50N-B1 Delay 0,02 sec B2614 Instantaneous trip via BI NO B2615 Instantaneous trip after SwitchOnToFault NO B

3.52 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup oo A B2621 50-B2 Delay oo sec B2622 50N-B2 Pickup oo A B2623 50N-B2 Delay oo sec B2624 Instantaneous trip via Pilot Prot./BI NO B2625 Instantaneous trip after SwitchOnToFault NO B

3.53 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 3,46 A B2642 51-B Time Dial 0,15 sec B2646 51-B Additional Time Delay 0,00 sec B2650 51N-B Pickup 1,40 A B2652 51N-B Time Dial 0,13 sec B2656 51N-B Additional Time Delay 0,00 sec B2660 IEC Curve Normal Inverse B2670 Instantaneous trip via Pilot Prot./BI NO B

A1 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo General

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

Página 23 de 40

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B(2)Nº Parámetro Valor Grupo

2671 Instantaneous trip after SwitchOnToFault NO B

3.54 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup oo A B2631 50-STUB Delay 0,30 sec B2632 50N-STUB Pickup oo A B2633 50N-STUB Delay 2,00 sec B2634 Instantaneous trip via Pilot Prot./BI NO B2635 Instantaneous trip after SwitchOnToFault NO B

3.55 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON B2902A Voltage Threshold for Balance Monitoring 50 V B2903A Balance Factor for Voltage Monitor 0,75 B2904A Current Threshold for Balance Monitoring 0,50 A B2905A Balance Factor for Current Monitor 0,50 B2906A Summated Current Monitoring Threshold 0,50 A B2907A Summated Current Monitoring Factor 0,10 B2908A T Balance Factor for Voltage Monitor 5 sec B2909A T Current Balance Monitor 5 sec B

A1 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

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3.56 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON B2911A Minimum Voltage Threshold V> 30 V B2912A Maximum Current Threshold I< 0,50 A B2913A Maximum Voltage Threshold V< (3phase) 5 V B2914A Differential Current Threshold (3phase) 0,50 A B2915 Voltage Failure Supervision with current superv. and CBpos(52a) B2916A Delay Voltage Failure Supervision 3,00 sec B

3.57 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms B

3.58 Grupo Measurement Supervision; Grupo Load Angle

Grupo Measurement Supervision; Grupo Load AngleNº Parámetro Valor Grupo

2941 Limit setting PhiA 200 ° B2942 Limit setting PhiB 340 ° B2943 Minimum value I1> 0,25 A B2944 Minimum value U1> 20 V B

A1 Rancagua Var_prnGrupo Measurement Supervision; Grupo Meas.Volt.Fail

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

Página 25 de 40

3.59 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON B3102 Block 50N/51N for Distance protection NO B3174 Block 50N/51N for Pickup 21 in each zone B3104A Stabilisation Slope with Iphase 10 % B3170 2nd harmonic ratio for inrush restraint 15 % B3171 Max.Current, overriding inrush restraint 37,50 A B3172 Instantaneous mode after SwitchOnToFault with Pickup and direction B3173 Trip time delay after SOTF 0,00 sec B

3.60 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Forward B3111 Pickup 9,00 A B3112 Time Delay 0,03 sec B3113 Instantaneous trip via Pilot Prot./BI NO B3114 Instantaneous trip after SwitchOnToFault NO B3115 Inrush Blocking NO B

3.61 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive B3121 Pickup 2,00 A B3122 Time Delay 0,60 sec B3123 Instantaneous trip via Pilot Prot./BI NO B3124 Instantaneous trip after SwitchOnToFault NO B3125 Inrush Blocking NO B

A1 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo General

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

Página 26 de 40

3.62 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive B3131 Pickup 1,00 A B3132 Time Delay 0,90 sec B3133 Instantaneous trip via Pilot Prot./BI NO B3134 Instantaneous trip after SwitchOnToFault NO B3135 Inrush Blocking NO B

3.63 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward B3141 Pickup 1,40 A B3143 Time Dial 0,14 sec B3147 Additional Time Delay 0,00 sec B3148 Instantaneous trip via Pilot Prot./BI NO B3149 Instantaneous trip after SwitchOnToFault NO B3150 Inrush Blocking NO B3151 IEC Curve Normal Inverse B

3.64 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 B3162A ALPHA, lower angle for forward direction 338 ° B3163A BETA, upper angle for forward direction 122 ° B3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V B3166 Min. neg. seq. polarizing voltage 3V2 3,0 V B3167 Min. neg. seq. polarizing current 3I2 0,25 A B3168 Compensation angle PHI comp. for Sr 255 ° B3169 Forward direction power threshold 1,5 VA B

A1 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-3

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

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3.65 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP B3806 Load Compensation NO B

3.66 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON B3902 50BF Pickup current threshold 6,00 A B3904 Delay after 1pole start for local trip 0,02 sec B3905 Delay after 3pole start for local trip 0,02 sec B3906 Delay of 2nd element for busbar trip 0,20 sec B3907 Delay for start with defective bkr. 0,00 sec B3908 Trip output selection with defective bkr NO B3909 Check Breaker contacts YES B

3.67 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF B3922 Trip delay of end fault element 2,00 sec B

3.68 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF B

A1 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo Direction

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

Página 28 de 40

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy(2)Nº Parámetro Valor Grupo

3932 Trip delay with pole discrepancy 2,00 sec B

3.69 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 161,0 kV C1104 Measurement: Full Scale Current (100%) 600 A C1105 Line Angle 79 ° C1211 Angle of inclination, distance charact. 79 ° C1107 P,Q operational measured values sign not reversed C1110 x' - Line Reactance per length unit 0,0362 Ohm / km C1111 Line Length 60,6 km C1120 Zero seq. comp. factor K0 for zone Z1 1,000 C1121 Zero seq. comp. angle for zone Z1 0,00 ° C1122 Zero seq.comp.factor K0,higher zones >Z1 1,000 C1123 Zero seq. comp. angle, higher zones >Z1 0,00 ° C

3.70 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,25 A C1131A Pole Open Voltage Threshold 11 V C1132A Seal-in Time after ALL closures 0,20 sec C1133A minimal time for line open before SOTF 0,25 sec C1134 Recognition of Line Closures with CBpos(52a) OR Current or Manual close BI C1135 RESET of Trip Command with Pole Open Current Threshold only C1140A CT Saturation Threshold oo A C1150A Seal-in Time after MANUAL closures 0,20 sec C1151 Manual CLOSE COMMAND generation NO C1152 MANUAL Closure Impulse after CONTROL <none> todo

A1 Rancagua Var_prnGrupo 50BF Breaker Failure; Grupo PoleDiscrepancy

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

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3.71 Grupo 21 Distance protection, general settings; Grupo General

Grupo 21 Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 21 Distance protection is ON C1202 Phase Current threshold for dist. meas. 0,50 A C1211 Angle of inclination, distance charact. 79 ° C1208 Series compensated line NO C1232 Instantaneous trip after SwitchOnToFault with Zone Z1B C1241 R load, minimum Load Impedance (ph-g) oo Ohm C1242 PHI load, maximum Load Angle (ph-g) 30 ° C1243 R load, minimum Load Impedance (ph-ph) oo Ohm C1244 PHI load, maximum Load Angle (ph-ph) 30 ° C1357 Z1B enabled before 1st AR (int. or ext.) YES C

3.72 Grupo 21 Distance protection, general settings; Grupo Ground faults

Grupo 21 Distance protection, general settings; Grupo Ground faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,25 A C1204 3V0 threshold zero seq. voltage pickup oo V C1207A 3I0>-pickup-stabilisation (3I0>/ Iphmax) 0,10 C1209A Criterion of ground fault recognition 3I0> OR 3V0> C1221A Loop selection with 2Ph-G faults all loops C

A1 Rancagua Var_prnGrupo 21 Distance protection, general settings; Grupo General

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Página 30 de 40

3.73 Grupo 21 Distance protection, general settings; Grupo Time Delays

Grupo 21 Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 21 Condition for zone timer start with distance pickup C1305 T1-1phase, delay for single phase faults 0,00 sec C1306 T1multi-ph, delay for multi phase faults 0,00 sec C1315 T2-1phase, delay for single phase faults 0,40 sec C1316 T2multi-ph, delay for multi phase faults 0,40 sec C1325 T3 delay 2,00 sec C1335 T4 delay 2,00 sec C1345 T5 delay oo sec C1355 T1B-1phase, delay for single ph. faults 0,00 sec C1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec C

3.74 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward C1302 R(Z1), Resistance for ph-ph-faults 1,720 Ohm C1303 X(Z1), Reactance 1,720 Ohm C1304 RG(Z1), Resistance for ph-gnd faults 3,440 Ohm C1305 T1-1phase, delay for single phase faults 0,00 sec C1306 T1multi-ph, delay for multi phase faults 0,00 sec C1307 Zone Reduction Angle (load compensation) 0 ° C

3.75 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward C1352 R(Z1B), Resistance for ph-ph-faults 2,900 Ohm C1353 X(Z1B), Reactance 3,500 Ohm C1354 RG(Z1B), Resistance for ph-gnd faults 5,800 Ohm C1355 T1B-1phase, delay for single ph. faults 0,00 sec C1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec C1357 Z1B enabled before 1st AR (int. or ext.) YES C

A1 Rancagua Var_prnGrupo 21 Distance protection, general settings; Grupo Time Delays

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Página 31 de 40

3.76 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward C1312 R(Z2), Resistance for ph-ph-faults 2,900 Ohm C1313 X(Z2), Reactance 3,500 Ohm C1314 RG(Z2), Resistance for ph-gnd faults 5,800 Ohm C1315 T2-1phase, delay for single phase faults 0,40 sec C1316 T2multi-ph, delay for multi phase faults 0,40 sec C

3.77 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse C1322 R(Z3), Resistance for ph-ph-faults 4,000 Ohm C1323 X(Z3), Reactance 4,000 Ohm C1324 RG(Z3), Resistance for ph-gnd faults 4,000 Ohm C1325 T3 delay 2,00 sec C

3.78 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward C1332 R(Z4), Resistance for ph-ph-faults 5,500 Ohm C1333 X(Z4), Reactance 5,500 Ohm C1334 RG(Z4), Resistance for ph-gnd faults 11,000 Ohm C1335 T4 delay 2,00 sec C

A1 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z1B-exten.

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3.79 Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5

Grupo 21 Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional C1342 R(Z5), Resistance for ph-ph-faults 5,520 Ohm C1343 X(Z5)+, Reactance for Forward direction 5,520 Ohm C1344 RG(Z5), Resistance for ph-gnd faults 11,200 Ohm C1345 T5 delay oo sec C1346 X(Z5)-, Reactance for Reverse direction 4,000 Ohm C

3.80 Grupo 68 Power Swing detection

Grupo 68 Power Swing detectionNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked C2006 68T Power swing trip NO C2007 68 Trip delay after Power Swing Blocking 0,08 sec C

3.81 Grupo 85-21 Pilot Prot. for Distance prot.

Grupo 85-21 Pilot Prot. for Distance prot.Nº Parámetro Valor Grupo

2101 85-21 Pilot Prot. for Distance prot. ON C2102 Type of Line Two Terminals C2103A Time for send signal prolongation 0,10 sec C2109A Transient Block.: Duration external flt. 0,04 sec C2110A Transient Block.: Blk.T. after ext. flt. 0,20 sec C

3.82 Grupo 50HS Instantaneous SOTF

Grupo 50HS Instantaneous SOTFNº Parámetro Valor Grupo

2401 50HS Instantaneous SOTF-O/C is ON C

A1 Rancagua Var_prnGrupo 21 Distance zones (quadrilateral); Grupo Zone Z5

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

Página 33 de 40

Grupo 50HS Instantaneous SOTF(2)Nº Parámetro Valor Grupo

2404 50HS SOTF-O/C PICKUP 12,50 A C

3.83 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed option Echo only C2502A Trip / Echo Delay after carrier receipt 0,04 sec C2503A Trip Extension / Echo Impulse time 0,10 sec C2504A Echo Block Time 0,50 sec C2505 Undervoltage (ph-g) 25 V C2509 Echo logic: 21 and 67N on common channel NO todo

3.84 Grupo 50(N)/51(N) Backup OverCurrent; Grupo General

Grupo 50(N)/51(N) Backup OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. C2680 Trip time delay after SOTF 0,00 sec C

3.85 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1Nº Parámetro Valor Grupo

2610 50-B1 Pickup 9,00 A C2611 50-B1 Delay 0,10 sec C2612 50N-B1 Pickup 9,00 A C2613 50N-B1 Delay 0,02 sec C2614 Instantaneous trip via BI NO C2615 Instantaneous trip after SwitchOnToFault NO C

A1 Rancagua Var_prnGrupo 50HS Instantaneous SOTF

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

Página 34 de 40

3.86 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B2Nº Parámetro Valor Grupo

2620 50-B2 Pickup oo A C2621 50-B2 Delay oo sec C2622 50N-B2 Pickup oo A C2623 50N-B2 Delay oo sec C2624 Instantaneous trip via Pilot Prot./BI NO C2625 Instantaneous trip after SwitchOnToFault NO C

3.87 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-B

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 51(N)-BNº Parámetro Valor Grupo

2640 51-B Pickup 3,46 A C2642 51-B Time Dial 0,15 sec C2646 51-B Additional Time Delay 0,00 sec C2650 51N-B Pickup 1,40 A C2652 51N-B Time Dial 0,13 sec C2656 51N-B Additional Time Delay 0,00 sec C2660 IEC Curve Normal Inverse C2670 Instantaneous trip via Pilot Prot./BI NO C2671 Instantaneous trip after SwitchOnToFault NO C

3.88 Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

Grupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUBNº Parámetro Valor Grupo

2630 50-STUB Pickup oo A C2631 50-STUB Delay 0,30 sec C2632 50N-STUB Pickup oo A C2633 50N-STUB Delay 2,00 sec C2634 Instantaneous trip via Pilot Prot./BI NO C2635 Instantaneous trip after SwitchOnToFault NO C

A1 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-B1

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3.89 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON C2902A Voltage Threshold for Balance Monitoring 50 V C2903A Balance Factor for Voltage Monitor 0,75 C2904A Current Threshold for Balance Monitoring 0,50 A C2905A Balance Factor for Current Monitor 0,50 C2906A Summated Current Monitoring Threshold 0,50 A C2907A Summated Current Monitoring Factor 0,10 C2908A T Balance Factor for Voltage Monitor 5 sec C2909A T Current Balance Monitor 5 sec C

3.90 Grupo Measurement Supervision; Grupo Meas.Volt.Fail

Grupo Measurement Supervision; Grupo Meas.Volt.FailNº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON C2911A Minimum Voltage Threshold V> 30 V C2912A Maximum Current Threshold I< 0,50 A C2913A Maximum Voltage Threshold V< (3phase) 5 V C2914A Differential Current Threshold (3phase) 0,50 A C2915 Voltage Failure Supervision with current superv. and CBpos(52a) C2916A Delay Voltage Failure Supervision 3,00 sec C

3.91 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms C

A1 Rancagua Var_prnGrupo 50(N)/51(N) Backup OverCurrent; Grupo 50(N)-STUB

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

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3.92 Grupo Measurement Supervision; Grupo Load Angle

Grupo Measurement Supervision; Grupo Load AngleNº Parámetro Valor Grupo

2941 Limit setting PhiA 200 ° C2942 Limit setting PhiB 340 ° C2943 Minimum value I1> 0,25 A C2944 Minimum value U1> 20 V C

3.93 Grupo 50N/51N Ground OverCurrent; Grupo General

Grupo 50N/51N Ground OverCurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 50N/51N Ground Overcurrent ON C3102 Block 50N/51N for Distance protection NO C3174 Block 50N/51N for Pickup 21 in each zone C3104A Stabilisation Slope with Iphase 10 % C3170 2nd harmonic ratio for inrush restraint 15 % C3171 Max.Current, overriding inrush restraint 37,50 A C3172 Instantaneous mode after SwitchOnToFault with Pickup and direction C3173 Trip time delay after SOTF 0,00 sec C

3.94 Grupo 50N/51N Ground OverCurrent; Grupo 50N-1

Grupo 50N/51N Ground OverCurrent; Grupo 50N-1Nº Parámetro Valor Grupo

3110 Operating mode Forward C3111 Pickup 9,00 A C3112 Time Delay 0,03 sec C3113 Instantaneous trip via Pilot Prot./BI NO C3114 Instantaneous trip after SwitchOnToFault NO C3115 Inrush Blocking NO C

A1 Rancagua Var_prnGrupo Measurement Supervision; Grupo Load Angle

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

Página 37 de 40

3.95 Grupo 50N/51N Ground OverCurrent; Grupo 50N-2

Grupo 50N/51N Ground OverCurrent; Grupo 50N-2Nº Parámetro Valor Grupo

3120 Operating mode Inactive C3121 Pickup 2,00 A C3122 Time Delay 0,60 sec C3123 Instantaneous trip via Pilot Prot./BI NO C3124 Instantaneous trip after SwitchOnToFault NO C3125 Inrush Blocking NO C

3.96 Grupo 50N/51N Ground OverCurrent; Grupo 50N-3

Grupo 50N/51N Ground OverCurrent; Grupo 50N-3Nº Parámetro Valor Grupo

3130 Operating mode Inactive C3131 Pickup 1,00 A C3132 Time Delay 0,90 sec C3133 Instantaneous trip via Pilot Prot./BI NO C3134 Instantaneous trip after SwitchOnToFault NO C3135 Inrush Blocking NO C

3.97 Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTime

Grupo 50N/51N Ground OverCurrent; Grupo 51N InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward C3141 Pickup 1,40 A C3143 Time Dial 0,14 sec C3147 Additional Time Delay 0,00 sec C3148 Instantaneous trip via Pilot Prot./BI NO C3149 Instantaneous trip after SwitchOnToFault NO C3150 Inrush Blocking NO C3151 IEC Curve Normal Inverse C

A1 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo 50N-2

SIMATICMax / Centro Sur / Rancagua / A1Rancagua Var/7SA612 23.10.15 11:04:15

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3.98 Grupo 50N/51N Ground OverCurrent; Grupo Direction

Grupo 50N/51N Ground OverCurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with Vo + Ig or V2 C3162A ALPHA, lower angle for forward direction 338 ° C3163A BETA, upper angle for forward direction 122 ° C3164 Min. zero seq.voltage 3Vo for polarizing 3,0 V C3166 Min. neg. seq. polarizing voltage 3V2 3,0 V C3167 Min. neg. seq. polarizing current 3I2 0,25 A C3168 Compensation angle PHI comp. for Sr 255 ° C3169 Forward direction power threshold 1,5 VA C

3.99 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP C3806 Load Compensation NO C

3.100 Grupo 50BF Breaker Failure; Grupo 50BF

Grupo 50BF Breaker Failure; Grupo 50BFNº Parámetro Valor Grupo

3901 50BF Breaker Failure Protection ON C3902 50BF Pickup current threshold 6,00 A C3904 Delay after 1pole start for local trip 0,02 sec C3905 Delay after 3pole start for local trip 0,02 sec C3906 Delay of 2nd element for busbar trip 0,20 sec C3907 Delay for start with defective bkr. 0,00 sec C3908 Trip output selection with defective bkr NO C3909 Check Breaker contacts YES C

A1 Rancagua Var_prnGrupo 50N/51N Ground OverCurrent; Grupo Direction

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3.101 Grupo 50BF Breaker Failure; Grupo End fault prot.

Grupo 50BF Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault element OFF C3922 Trip delay of end fault element 2,00 sec C

3.102 Grupo 50BF Breaker Failure; Grupo PoleDiscrepancy

Grupo 50BF Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF C3932 Trip delay with pole discrepancy 2,00 sec C

A1 Rancagua Var_prnGrupo 50BF Breaker Failure; Grupo End fault prot.

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Tue Sep 23 15:12:20 2014 Version: 7.22 Settings (Enabled Features) PAGE 1

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PRODUCT SETUPDISPLAY PROPERTIESFlash Message Time 2.0 sDefault Message Timeout 15 sDefault Message Intensity (VFD Only) 25 %Screen Saver Feature (LCD Only) EnabledScreen Saver Wait Time (LCD Only) 10 minCurrent Cutoff Level 0.010 puVoltage Cutoff Level 1.0 V

COMMUNICATIONSSERIAL PORTSRS485 Com2 Baud Rate 19200RS485 Com2 Parity NoneRS485 Com2 Response Min Time 0 ms

NETWORKIP Address 10. 80.143.187IP Subnet Mask 255.255.255. 0Gateway IP Address 10. 80.143. 1Ethernet Operation Mode Full-Duplex

MODBUS PROTOCOLModbus Slave Address 254Modbus TCP Port Number 502

DNP PROTOCOLDNP Channel 1 Port NETWORKDNP Channel 2 Port NONEDNP Address 3DNP Client Address 1 10. 80.143.200DNP Client Address 2 10. 80.143.201DNP Client Address 3 0. 0. 0. 0DNP Client Address 4 0. 0. 0. 0DNP Client Address 5 0. 0. 0. 0DNP TCP/UDP Port Number 20000DNP Unsol Resp Function DisabledDNP Unsol Resp Timeout 5 sDNP Unsol Resp Max Retries 10DNP Unsol Resp Dest Addr 10DNP Current Scale Factor 1DNP Voltage Scale Factor 1DNP Power Scale Factor 1DNP Energy Scale Factor 1DNP Other Scale Factor 1DNP Current Default Deadband 30000DNP Voltage Default Deadband 30000DNP Power Default Deadband 30000DNP Energy Default Deadband 30000DNP Other Default Deadband 30000DNP Time Sync IIN Period 1440 minDNP Message Fragment Size 240DNP Object 1 Default Variation 2DNP Object 2 Default Variation 2DNP Object 20 Default Variation 1DNP Object 21 Default Variation 1DNP Object 22 Default Variation 1DNP Object 23 Default Variation 1DNP Object 30 Default Variation 1DNP Object 32 Default Variation 1DNP Number of Paired Controls 0

DNP - IEC104 POINTS LISTSDNP Binary Input Point 0 LED NEUTRAL/GROUNDDNP Binary Input Point 1 LED PHASE ADNP Binary Input Point 2 LED PHASE BDNP Binary Input Point 3 LED PHASE CDNP Binary Input Point 4 LED TRIPDNP Binary Input Point 5 PH DIST Z1 OPDNP Binary Input Point 6 PH DIST Z2 OP

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

DNP - IEC104 POINTS LISTS (continued from last page)DNP Binary Input Point 7 PH DIST Z3 OPDNP Binary Input Point 8 PH DIST Z4 OPDNP Binary Input Point 9 PH DIST Z5 OPDNP Binary Input Point 10 LINE PICKUP OPDNP Binary Input Point 11 SETTING GROUP ACT 1DNP Binary Input Point 12 SETTING GROUP ACT 2DNP Binary Input Point 13 PHASE TOC1 OPDNP Binary Input Point 14 POWER SWING UN/BLOCKDNP Binary Input Point 15 NEUTRAL TOC1 OPDNP Binary Input Point 16 GND DIST Z1 OPDNP Binary Input Point 17 GND DIST Z2 OPDNP Binary Input Point 18 GND DIST Z3 OPDNP Binary Input Point 19 GND DIST Z5 OPDNP Binary Input Point 20 GND DIST Z4 OPDNP Binary Input Point 21 AR 3-P/1 RIPDNP Binary Input Point 22 AR CLOSE BKR 1DNP Binary Input Point 23 AR BKR 1 BLKDNP Binary Input Point 24 AR DISABLEDDNP Binary Input Point 25 AR ENABLEDDNP Analog Input Point 0 Fault Location [1]DNP Analog Input Point 1 Fault Type [1]

HTTPHTTP TCP Port Number 80

TFTPTFTP Main UDP Port Number 69TFTP Data UDP Port Number 1 0TFTP Data UDP Port Number 2 0

REAL TIME CLOCKIRIG-B Signal Type DC ShiftReal Time Clock Events Disabled

FAULT REPORTFault Report 1 Source LINEA (SRC 1)Fault Report 1 Trigger pkp Z1o z2 On (VO4)Fault Report 1 Positive Seq (Z1) Mag 2.19 ohmsFault Report 1 Positive Seq (Z1) Angle 79 degFault Report 1 Zero Seq (Z0) Mag 7.36 ohmsFault Report 1 Zero Seq (Z0) Angle 81 degFault Report 1 Line Length Units kmFault Report 1 Line Length 60.6

OSCILLOGRAPHYNumber Of Records 10Trigger Mode Automatic OverwriteTrigger Position 20 %Trigger Source OSCILOGRAFIA On (VO3)AC Input Waveforms 32 samples/cycleDigital Channel 1 PH DIST Z1 OPDigital Channel 2 PH DIST Z2 OPDigital Channel 3 PH DIST Z3 OPDigital Channel 4 PH DIST Z4 OPDigital Channel 5 GND DIST Z1 OPDigital Channel 6 GND DIST Z2 OPDigital Channel 7 GND DIST Z3 OPDigital Channel 8 GND DIST Z4 OPDigital Channel 9 PHASE TOC1 OPDigital Channel 10 PH DIR1 BLKDigital Channel 11 NEUTRAL TOC1 OPDigital Channel 12 NTRL DIR OC1 REVDigital Channel 13 NTRL DIR OC2 FWDDigital Channel 14 HYBRID POTT OPDigital Channel 15 POWER SWING BLOCKDigital Channel 16 PH DIST Z1 PKPDigital Channel 17 PH DIST Z2 PKPDigital Channel 18 PH DIST Z3 PKPDigital Channel 19 PH DIST Z4 PKP

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

OSCILLOGRAPHY (continued from last page)Digital Channel 20 LINE PICKUP OPDigital Channel 21 PHASE IOC1 OPDigital Channel 22 AR 1-P RIPDigital Channel 23 AR CLOSE BKR 1Digital Channel 24 HYBRID POTT TX1Digital Channel 25 AR LODigital Channel 26 CIERRE MANUA On(W3a)Digital Channel 27 79 DESCO On(H7a)Digital Channel 28 79 conectado On(H7c)Digital Channel 29 63-FALLA PRE On(H8a)Digital Channel 30 52A1 (a) On(H8c)Digital Channel 31 ECHO 3P On (VO37)Digital Channel 32 RECEP JAHUEL On(W1a)Digital Channel 33 RECEP ITAHUE On(W1c)Digital Channel 34 ITE AC FALLA On(W4a)Digital Channel 35 AUTORI 79 On(W5a)Digital Channel 36 GND DIST Z1 PKPDigital Channel 37 GND DIST Z2 PKPDigital Channel 38 GND DIST Z3 PKPDigital Channel 39 GND DIST Z4 PKPDigital Channel 40 PUTT TX1Digital Channel 41 PUTT TX2Digital Channel 42 BLQ Zonas PH On (VO1)Digital Channel 43 TRIP GRAL On (VO2)Digital Channel 44 pkp Z1o z2 On (VO4)Digital Channel 45 BLOq reconec On (VO5)Digital Channel 46 ORD. CIERRE On (VO6)Digital Channel 47 Alarma f. re On (VO7)Digital Channel 48 POWER SWING 50DDDigital Channel 49 POWER SWING INNERDigital Channel 50 POWER SWING OUTERDigital Channel 51 POWER SWING UN/BLOCKDigital Channel 52 AR BKR 1 BLKDigital Channel 53 AR CLOSE BKR 1Digital Channel 54 TX MMOO On (VO12)Digital Channel 55 AR 3-P/1 RIPDigital Channel 56 AR DISABLEDDigital Channel 57 LOAD ENCHR OPDigital Channel 58 SRC1 50DD OPDigital Channel 59 BKR FAIL 1 T1 OPDigital Channel 60 NEUTRAL IOC1 OPDigital Channel 61 NEUTRAL TOC1 PKPDigital Channel 62 GND DIST Z5 OPDigital Channel 63 PH DIST Z5 OPAnalog Channel 1 SRC1 I_0 MagAnalog Channel 2 SRC1 V_0 MagAnalog Channel 3 SRC1 I_0 AngleAnalog Channel 4 SRC1 V_0 AngleAnalog Channel 5 SRC1 PAnalog Channel 6 Fault Location [1]Analog Channel 7 SRC1 FrequencyAnalog Channel 8 SRC1 In MagAnalog Channel 9 SRC1 In AngleAnalog Channel 10 Brk 1 Op TimeAnalog Channel 11 Fault Type [1]Analog Channel 12 Tracking FrequencyAnalog Channel 13 SRC1 S

DATA LOGGERData Logger Mode ContinuousData Logger Trigger OFFRate 60000 msec

USER-PROGRAMMABLE LEDSTRIP AND ALARMS LEDSTrip LED Input TRIP 3-POLE

USER PROGRAMMABLE LEDSLED 1: OPERAND RECEP ACELER On (VO22)

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

USER PROGRAMMABLE LEDS (continued from last page)LED 1: TYPE LatchedLED 2: OPERAND LED Z1 On (VO13)LED 2: TYPE LatchedLED 3: OPERAND LED Z2 On (VO14)LED 3: TYPE LatchedLED 4: OPERAND LED Z3 On (VO15)LED 4: TYPE LatchedLED 5: OPERAND LED Z4 On (VO16)LED 5: TYPE LatchedLED 6: OPERAND 79 off On (VO18)LED 6: TYPE Self-ResetLED 7: OPERAND 79 on On (VO17)LED 7: TYPE Self-ResetLED 8: OPERAND LINE PICKUP OPLED 8: TYPE LatchedLED 9: OPERAND 52A1 (a) Off(H8c)LED 9: TYPE Self-ResetLED 10: OPERAND 52A1 (a) On(H8c)LED 10: TYPE Self-ResetLED 11: OPERAND Alarma f. re On (VO7)LED 11: TYPE Self-ResetLED 12: OPERAND 67-67N On (VO27)LED 12: TYPE LatchedLED 13: OPERAND 51-51N On (VO28)LED 13: TYPE LatchedLED 14: OPERAND 50-50N On (VO29)LED 14: TYPE LatchedLED 15: OPERAND AR 3-P/1 RIPLED 15: TYPE Self-ResetLED 16: OPERAND AR LOLED 16: TYPE Self-ResetLED 17: OPERAND POWER SWING UN/BLOCKLED 17: TYPE LatchedLED 18: OPERAND SRC1 VT FUSE FAIL OPLED 18: TYPE Self-ResetLED 19: OPERAND BKR FAIL 1 T2 OPLED 19: TYPE LatchedLED 20: OPERAND TX MMOO On (VO12)LED 20: TYPE LatchedLED 21: OPERAND BLQ Zonas PH On (VO1)LED 21: TYPE Self-ResetLED 22: OPERAND ORD. CIERRE On (VO6)LED 22: TYPE LatchedLED 23: OPERAND Z5 operada On (VO35)LED 23: TYPE LatchedLED 25: OPERAND SETTING GROUP ACT 1LED 25: TYPE Self-ResetLED 26: OPERAND SETTING GROUP ACT 2LED 26: TYPE Self-ResetLED 27: OPERAND SETTING GROUP ACT 3LED 27: TYPE Self-Reset

USER-PROGRAMMABLE SELF TESTSBattery Fail Function Enabled

CONTROL PUSHBUTTONSCPB 1: Function EnabledCPB 1: Events EnabledCPB 3: Function EnabledCPB 3: Events Enabled

USER-DEFINABLE DISPLAYSUSER DISPLAY 1: Top Line LINEA ITAHUE 154 kVUSER DISPLAY 1: Bottom Line SISTEMA 2USER DISPLAY 1: Item 1 0USER DISPLAY 1: Item 2 0USER DISPLAY 1: Item 3 0USER DISPLAY 1: Item 4 0USER DISPLAY 1: Item 5 0

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USER-DEFINABLE DISPLAYS (continued from last page)USER DISPLAY 2: Top Line LOCALIZACION FALLAUSER DISPLAY 2: Bottom Line ~ kmUSER DISPLAY 2: Item 1 9061USER DISPLAY 2: Item 2 0USER DISPLAY 2: Item 3 0USER DISPLAY 2: Item 4 0USER DISPLAY 2: Item 5 0USER DISPLAY 3: Top Line IA IB ICUSER DISPLAY 3: Bottom Line ~ ~ ~USER DISPLAY 3: Item 1 6144USER DISPLAY 3: Item 2 6146USER DISPLAY 3: Item 3 6148USER DISPLAY 3: Item 4 0USER DISPLAY 3: Item 5 0USER DISPLAY 4: Top Line P 3FASEUSER DISPLAY 4: Bottom Line ~USER DISPLAY 4: Item 1 7168USER DISPLAY 4: Item 2 0USER DISPLAY 4: Item 3 0USER DISPLAY 4: Item 4 0USER DISPLAY 4: Item 5 0USER DISPLAY 5: Top Line Q 3FASEUSER DISPLAY 5: Bottom Line ~USER DISPLAY 5: Item 1 7176USER DISPLAY 5: Item 2 0USER DISPLAY 5: Item 3 0USER DISPLAY 5: Item 4 0USER DISPLAY 5: Item 5 0USER DISPLAY 6: Top Line S 3FASEUSER DISPLAY 6: Bottom Line ~USER DISPLAY 6: Item 1 7184USER DISPLAY 6: Item 2 0USER DISPLAY 6: Item 3 0USER DISPLAY 6: Item 4 0USER DISPLAY 6: Item 5 0Invoke and Scroll ON

INSTALLATIONRelay Name SISTEMA 1 ITAHUE

SYSTEM SETUPAC INPUTS

CURRENTCT F1: Phase CT Primary 600 ACT F1: Phase CT Secondary 5 ACT F1: Ground CT Primary 600 ACT F1: Ground CT Secondary 5 A

VOLTAGEVT F5: Phase VT Connection WyeVT F5: Phase VT Secondary 66.4 VVT F5: Phase VT Ratio 1400.00 :1VT F5: Auxiliary VT Connection VbgVT F5: Auxiliary VT Secondary 66.4 VVT F5: Auxiliary VT Ratio 1400.00 :1

POWER SYSTEMNominal Frequency 50 HzPhase Rotation ABCFrequency And Phase Reference LINEA (SRC 1)Frequency Tracking Function Enabled

SIGNAL SOURCESSOURCE 1: Name LINEASOURCE 1: Phase CT F1SOURCE 1: Ground CT F1SOURCE 1: Phase VT F5SOURCE 1: Auxiliary VT NoneSOURCE 2: Name BARRA

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

SIGNAL SOURCES (continued from last page)SOURCE 2: Phase CT NoneSOURCE 2: Ground CT NoneSOURCE 2: Phase VT NoneSOURCE 2: Auxiliary VT F5

BREAKERSBreaker 1 Function EnabledBreaker 1 Push Button Control DisabledBreaker 1 Name 52A2Breaker 1 Mode 3-PoleBreaker 1 Open OFFBreaker 1 Close CIERRE MANUA Off(W3a)Breaker 1 Phase A/3-Pole 52A1 (a) On(H8c)Breaker 1 Phase B OFFBreaker 1 Phase C OFFBreaker 1 External Alarm OFFBreaker 1 Alarm Delay 0.000 sBreaker 1 Manual Close Recal Time 0.000 sBreaker 1 Out Of Service 63-FALLA PRE On(H8a)

FLEXLOGICFLEXLOGIC EQUATION EDITORFlexLogic Entry 1 POWER SWING BLOCKFlexLogic Entry 2 NEUTRAL TOC1 PKPFlexLogic Entry 3 NOTFlexLogic Entry 4 AND(2)FlexLogic Entry 5 = POWER SWING (VO8)FlexLogic Entry 6 ITE AC FALLA On(W4a)FlexLogic Entry 7 POWER SWING UN/BLOCKFlexLogic Entry 8 SRC1 VT FUSE FAIL OPFlexLogic Entry 9 OR(3)FlexLogic Entry 10 = BLQ Zonas PH (VO1)FlexLogic Entry 11 PH DIST Z1 OPFlexLogic Entry 12 PH DIST Z2 OPFlexLogic Entry 13 PH DIST Z3 OPFlexLogic Entry 14 PH DIST Z4 OPFlexLogic Entry 15 PH DIST Z5 OPFlexLogic Entry 16 GND DIST Z1 OPFlexLogic Entry 17 GND DIST Z2 OPFlexLogic Entry 18 GND DIST Z3 OPFlexLogic Entry 19 GND DIST Z4 OPFlexLogic Entry 20 GND DIST Z5 OPFlexLogic Entry 21 OR(10)FlexLogic Entry 22 PHASE TOC1 OPFlexLogic Entry 23 NEUTRAL TOC1 OPFlexLogic Entry 24 PHASE TOC2 OPFlexLogic Entry 25 NEUTRAL TOC2 OPFlexLogic Entry 26 PHASE IOC1 OPFlexLogic Entry 27 NEUTRAL IOC1 OPFlexLogic Entry 28 HYBRID POTT OPFlexLogic Entry 29 LINE PICKUP OPFlexLogic Entry 30 OR(8)FlexLogic Entry 31 OR(2)FlexLogic Entry 32 = TRIP GRAL (VO2)FlexLogic Entry 33 BLQ Zonas PH On (VO1)FlexLogic Entry 34 POWER SWING On (VO8)FlexLogic Entry 35 TRIP GRAL On (VO2)FlexLogic Entry 36 OR(3)FlexLogic Entry 37 = OSCILOGRAFIA (VO3)FlexLogic Entry 38 PH DIST Z1 PKPFlexLogic Entry 39 GND DIST Z1 PKPFlexLogic Entry 40 PH DIST Z2 PKPFlexLogic Entry 41 GND DIST Z2 PKPFlexLogic Entry 42 OR(4)FlexLogic Entry 43 = pkp Z1o z2 (VO4)FlexLogic Entry 44 AR CLOSE BKR 1FlexLogic Entry 45 = ORD. CIERRE (VO6)FlexLogic Entry 46 TRIP 3-POLEFlexLogic Entry 47 TIMER 1

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 48 = Alarma trip (VO10)FlexLogic Entry 49 HYBRID POTT TX1FlexLogic Entry 50 TIMER 2FlexLogic Entry 51 = TX OPLAT (VO11)FlexLogic Entry 52 HYBRID POTT TX1FlexLogic Entry 53 TIMER 3FlexLogic Entry 54 = TX MMOO (VO12)FlexLogic Entry 55 GND DIST Z1 OPFlexLogic Entry 56 PH DIST Z1 OPFlexLogic Entry 57 OR(2)FlexLogic Entry 58 = LED Z1 (VO13)FlexLogic Entry 59 GND DIST Z2 OPFlexLogic Entry 60 PH DIST Z2 OPFlexLogic Entry 61 OR(2)FlexLogic Entry 62 = LED Z2 (VO14)FlexLogic Entry 63 PH DIST Z3 OPFlexLogic Entry 64 GND DIST Z3 OPFlexLogic Entry 65 OR(2)FlexLogic Entry 66 = LED Z3 (VO15)FlexLogic Entry 67 PH DIST Z4 OPFlexLogic Entry 68 GND DIST Z4 OPFlexLogic Entry 69 OR(2)FlexLogic Entry 70 = LED Z4 (VO16)FlexLogic Entry 71 79 conectado On(H7c)FlexLogic Entry 72 AUTORI 79 On(W5a)FlexLogic Entry 73 AND(2)FlexLogic Entry 74 = 79 on (VO17)FlexLogic Entry 75 79 on On (VO17)FlexLogic Entry 76 NOTFlexLogic Entry 77 = 79 off (VO18)FlexLogic Entry 78 PH DIST Z1 PKPFlexLogic Entry 79 PH DIST Z2 PKPFlexLogic Entry 80 PH DIST Z3 PKPFlexLogic Entry 81 PH DIST Z4 PKPFlexLogic Entry 82 GND DIST Z1 PKPFlexLogic Entry 83 GND DIST Z2 PKPFlexLogic Entry 84 GND DIST Z3 PKPFlexLogic Entry 85 GND DIST Z4 PKPFlexLogic Entry 86 PHASE TOC1 PKPFlexLogic Entry 87 NEUTRAL TOC1 PKPFlexLogic Entry 88 LINE PICKUP PKPFlexLogic Entry 89 OR(11)FlexLogic Entry 90 = reset led (VO19)FlexLogic Entry 91 RECEP JAHUEL On(W1a)FlexLogic Entry 92 RECEP ITAHUE On(W1c)FlexLogic Entry 93 OR(2)FlexLogic Entry 94 = RECEP ACELER (VO22)FlexLogic Entry 95 PH DIST Z1 OPFlexLogic Entry 96 GND DIST Z1 OPFlexLogic Entry 97 OR(2)FlexLogic Entry 98 = OPERA ZONA 1 (VO23)FlexLogic Entry 99 PH DIST Z2 OPFlexLogic Entry 100 GND DIST Z2 OPFlexLogic Entry 101 OR(2)FlexLogic Entry 102 = OPERA ZONA 2 (VO24)FlexLogic Entry 103 PH DIST Z3 OPFlexLogic Entry 104 PH DIST Z4 OPFlexLogic Entry 105 GND DIST Z3 OPFlexLogic Entry 106 GND DIST Z4 OPFlexLogic Entry 107 OR(4)FlexLogic Entry 108 = OPERA Z3/Z4 (VO25)FlexLogic Entry 109 PHASE TOC1 OPFlexLogic Entry 110 NEUTRAL IOC1 OPFlexLogic Entry 111 NEUTRAL TOC1 OPFlexLogic Entry 112 OR(3)FlexLogic Entry 113 BLQ Zonas PH On (VO1)FlexLogic Entry 114 NOTFlexLogic Entry 115 AND(2)FlexLogic Entry 116 = 67-67N (VO27)

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 117 PHASE TOC1 OPFlexLogic Entry 118 NEUTRAL IOC1 OPFlexLogic Entry 119 NEUTRAL TOC1 OPFlexLogic Entry 120 OR(3)FlexLogic Entry 121 BLQ Zonas PH On (VO1)FlexLogic Entry 122 AND(2)FlexLogic Entry 123 = 51-51N (VO28)FlexLogic Entry 124 PHASE IOC1 OPFlexLogic Entry 125 NEUTRAL IOC1 OPFlexLogic Entry 126 OR(2)FlexLogic Entry 127 = 50-50N (VO29)FlexLogic Entry 128 ITE AC FALLA On(W4a)FlexLogic Entry 129 ANY MAJOR ERRORFlexLogic Entry 130 SRC1 VT FUSE FAIL OPFlexLogic Entry 131 OR(3)FlexLogic Entry 132 = Alarma f. re (VO7)FlexLogic Entry 133 BLQ Zonas PH On (VO1)FlexLogic Entry 134 LOAD ENCHR OPFlexLogic Entry 135 OR(2)FlexLogic Entry 136 = Load encroch (VO30)FlexLogic Entry 137 Alarma f. re On (VO7)FlexLogic Entry 138 NOTFlexLogic Entry 139 = BLOQ 51 (VO31)FlexLogic Entry 140 NTRL DIR OC1 REVFlexLogic Entry 141 = REVERSE (VO32)FlexLogic Entry 142 NTRL DIR OC1 FWDFlexLogic Entry 143 = FORWARD (VO33)FlexLogic Entry 144 BREAKER 1 OPENFlexLogic Entry 145 = BRK OPEN (VO34)FlexLogic Entry 146 PH DIST Z5 OPFlexLogic Entry 147 GND DIST Z5 OPFlexLogic Entry 148 OR(2)FlexLogic Entry 149 = Z5 operada (VO35)FlexLogic Entry 150 RECEP JAHUEL On(W1a)FlexLogic Entry 151 RECEP ITAHUE On(W1c)FlexLogic Entry 152 SETTING GROUP ACT 1FlexLogic Entry 153 AND(3)FlexLogic Entry 154 RECEP JAHUEL On(W1a)FlexLogic Entry 155 SETTING GROUP ACT 2FlexLogic Entry 156 AND(2)FlexLogic Entry 157 OR(2)FlexLogic Entry 158 = RECEP 3P (VO36)FlexLogic Entry 159 RECEP 3P On (VO36)FlexLogic Entry 160 BREAKER 1 OPENFlexLogic Entry 161 AND(2)FlexLogic Entry 162 = ECHO 3P (VO37)FlexLogic Entry 163 52aP.CORTE On(W2c)FlexLogic Entry 164 NOTFlexLogic Entry 165 52b P. CORTE On(W2a)FlexLogic Entry 166 SETTING GROUP ACT 1FlexLogic Entry 167 AND(3)FlexLogic Entry 168 CONTROL PUSHBUTTON 3 ONFlexLogic Entry 169 POSITIVE ONE SHOTFlexLogic Entry 170 SETTING GROUP ACT 1FlexLogic Entry 171 AND(2)FlexLogic Entry 172 OR(2)FlexLogic Entry 173 = set grupo (VO38)FlexLogic Entry 174 52aP.CORTE On(W2c)FlexLogic Entry 175 52b P. CORTE On(W2a)FlexLogic Entry 176 NOTFlexLogic Entry 177 SETTING GROUP ACT 2FlexLogic Entry 178 AND(3)FlexLogic Entry 179 CONTROL PUSHBUTTON 3 ONFlexLogic Entry 180 POSITIVE ONE SHOTFlexLogic Entry 181 SETTING GROUP ACT 2FlexLogic Entry 182 AND(2)FlexLogic Entry 183 OR(2)FlexLogic Entry 184 = reset grupo (VO39)FlexLogic Entry 185 END

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

FLEXLOGIC TIMERSTimer 1: Type secondTimer 1: Pickup Delay 0Timer 1: Dropout Delay 7Timer 2: Type millisecondTimer 2: Pickup Delay 0Timer 2: Dropout Delay 50Timer 3: Type millisecondTimer 3: Pickup Delay 0Timer 3: Dropout Delay 50

NON-VOLATILE LATCHESLATCH 1: Function EnabledLATCH 1: Type Reset DominantLATCH 1: Set set grupo On (VO38)LATCH 1: Reset reset grupo On (VO39)LATCH 1: Target DisabledLATCH 1: Events Enabled

GROUPED ELEMENTSGROUP 1

LINE PICKUP [GROUP 1] Function EnabledSignal Source LINEA (SRC 1)Phase IOC Line Pickup 1.250 puUV Pickup 0.800 puLine End Open Pickup Delay 0.200 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass EnabledAutoreclose Coordination Pickup Delay 0.045 sAutoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 1] Source LINEA (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 1] PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 2.74 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 0.02 ohmsPHASE DISTANCE Z1: Rev Reach RCA 78 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 49 degPHASE DISTANCE Z1: DIR Comp Limit 71 degPHASE DISTANCE Z1: Quad Right Blinder 2.74 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 78 degPHASE DISTANCE Z1: Quad Left Blinder 2.74 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 78 degPHASE DISTANCE Z1: Supervision 0.100 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function Enabled

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z2: Direction ForwardPHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 25.68 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 0.02 ohmsPHASE DISTANCE Z2: Rev Reach RCA 78 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 49 degPHASE DISTANCE Z2: DIR Comp Limit 71 degPHASE DISTANCE Z2: Quad Right Blinder 21.00 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 78 degPHASE DISTANCE Z2: Quad Left Blinder 21.00 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 78 degPHASE DISTANCE Z2: Supervision 0.100 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 65.535 sPHASE DISTANCE Z2: Block Load encroch On (VO30)PHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 5.52 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 0.02 ohmsPHASE DISTANCE Z3: Rev Reach RCA 78 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 49 degPHASE DISTANCE Z3: DIR Comp Limit 71 degPHASE DISTANCE Z3: Quad Right Blinder 5.52 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 78 degPHASE DISTANCE Z3: Quad Left Blinder 5.52 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 78 degPHASE DISTANCE Z3: Supervision 0.100 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 0.600 sPHASE DISTANCE Z3: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape QuadPHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 12.50 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 0.02 ohmsPHASE DISTANCE Z4: Rev Reach RCA 78 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 49 degPHASE DISTANCE Z4: DIR Comp Limit 71 degPHASE DISTANCE Z4: Quad Right Blinder 12.50 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 78 degPHASE DISTANCE Z4: Quad Left Blinder 12.50 ohmsPHASE DISTANCE Z4: Quad Left Blinder RCA 78 degPHASE DISTANCE Z4: Supervision 0.100 puPHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.500 sPHASE DISTANCE Z4: Block Load encroch On (VO30)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events EnabledPHASE DISTANCE Z5: Function EnabledPHASE DISTANCE Z5: Direction ForwardPHASE DISTANCE Z5: Shape QuadPHASE DISTANCE Z5: Xfmr Vol Connection None

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z5: Xfmr Curr Connection NonePHASE DISTANCE Z5: Reach 13.00 ohmsPHASE DISTANCE Z5: RCA 90 degPHASE DISTANCE Z5: Rev Reach 0.02 ohmsPHASE DISTANCE Z5: Rev Reach RCA 78 degPHASE DISTANCE Z5: Comp Limit 90 degPHASE DISTANCE Z5: DIR RCA 49 degPHASE DISTANCE Z5: DIR Comp Limit 71 degPHASE DISTANCE Z5: Quad Right Blinder 13.00 ohmsPHASE DISTANCE Z5: Quad Right Blinder RCA 78 degPHASE DISTANCE Z5: Quad Left Blinder 13.00 ohmsPHASE DISTANCE Z5: Quad Left Blinder RCA 78 degPHASE DISTANCE Z5: Supervision 0.100 puPHASE DISTANCE Z5: Volt Level 0.000 puPHASE DISTANCE Z5: Delay 1.500 sPHASE DISTANCE Z5: Block Load encroch On (VO30)PHASE DISTANCE Z5: Target Self-resetPHASE DISTANCE Z5: Events Enabled

GROUND DISTANCE [GROUP 1] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction ForwardGROUND DISTANCE Z1: Shape QuadGROUND DISTANCE Z1: Z0/Z1 Mag 3.21GROUND DISTANCE Z1: Z0/Z1 Ang 2 degGROUND DISTANCE Z1: Z0M/Z1 Mag 0.00GROUND DISTANCE Z1: Z0M/Z1 Ang 0 degGROUND DISTANCE Z1: Reach 2.74 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 0.02 ohmsGROUND DISTANCE Z1: Rev Reach RCA 78 degGROUND DISTANCE Z1: POL Current Zero-seqGROUND DISTANCE Z1: Non-Homogen Ang 0.0 degGROUND DISTANCE Z1: Comp Limit 90 degGROUND DISTANCE Z1: DIR RCA 49 degGROUND DISTANCE Z1: DIR Comp Limit 71 degGROUND DISTANCE Z1: Quad Right Blinder 2.74 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 78 degGROUND DISTANCE Z1: Quad Left Blinder 2.74 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 78 degGROUND DISTANCE Z1: Supervision 0.100 puGROUND DISTANCE Z1: Volt Level 0.000 puGROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z1: Target Self-resetGROUND DISTANCE Z1: Events EnabledGROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.21GROUND DISTANCE Z2: Z0/Z1 Ang 2 degGROUND DISTANCE Z2: Z0M/Z1 Mag 0.00GROUND DISTANCE Z2: Z0M/Z1 Ang 0 degGROUND DISTANCE Z2: Reach 25.68 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 0.02 ohmsGROUND DISTANCE Z2: Rev Reach RCA 78 degGROUND DISTANCE Z2: POL Current Zero-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 degGROUND DISTANCE Z2: DIR RCA 49 degGROUND DISTANCE Z2: DIR Comp Limit 71 degGROUND DISTANCE Z2: Quad Right Blinder 21.00 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 78 degGROUND DISTANCE Z2: Quad Left Blinder 21.00 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 78 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 65.535 s

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z2: Block Load encroch On (VO30)GROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.21GROUND DISTANCE Z3: Z0/Z1 Ang 2 degGROUND DISTANCE Z3: Z0M/Z1 Mag 0.00GROUND DISTANCE Z3: Z0M/Z1 Ang 0 degGROUND DISTANCE Z3: Reach 5.52 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 0.02 ohmsGROUND DISTANCE Z3: Rev Reach RCA 78 degGROUND DISTANCE Z3: POL Current Zero-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 degGROUND DISTANCE Z3: DIR RCA 49 degGROUND DISTANCE Z3: DIR Comp Limit 71 degGROUND DISTANCE Z3: Quad Right Blinder 5.52 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 78 degGROUND DISTANCE Z3: Quad Left Blinder 5.52 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 78 degGROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 0.600 sGROUND DISTANCE Z3: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.21GROUND DISTANCE Z4: Z0/Z1 Ang 2 degGROUND DISTANCE Z4: Z0M/Z1 Mag 0.00GROUND DISTANCE Z4: Z0M/Z1 Ang 0 degGROUND DISTANCE Z4: Reach 12.50 ohmsGROUND DISTANCE Z4: RCA 90 degGROUND DISTANCE Z4: Rev Reach 0.02 ohmsGROUND DISTANCE Z4: Rev Reach RCA 78 degGROUND DISTANCE Z4: POL Current Zero-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 degGROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 49 degGROUND DISTANCE Z4: DIR Comp Limit 71 degGROUND DISTANCE Z4: Quad Right Blinder 12.50 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 78 degGROUND DISTANCE Z4: Quad Left Blinder 12.50 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 78 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.500 sGROUND DISTANCE Z4: Block Load encroch On (VO30)GROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events EnabledGROUND DISTANCE Z5: Function EnabledGROUND DISTANCE Z5: Direction ForwardGROUND DISTANCE Z5: Shape QuadGROUND DISTANCE Z5: Z0/Z1 Mag 3.21GROUND DISTANCE Z5: Z0/Z1 Ang 2 degGROUND DISTANCE Z5: Z0M/Z1 Mag 0.00GROUND DISTANCE Z5: Z0M/Z1 Ang 0 degGROUND DISTANCE Z5: Reach 13.00 ohmsGROUND DISTANCE Z5: RCA 90 degGROUND DISTANCE Z5: Rev Reach 0.02 ohmsGROUND DISTANCE Z5: Rev Reach RCA 78 degGROUND DISTANCE Z5: POL Current Zero-seqGROUND DISTANCE Z5: Non-Homogen Ang 0.0 degGROUND DISTANCE Z5: Comp Limit 90 deg

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z5: DIR RCA 49 degGROUND DISTANCE Z5: DIR Comp Limit 71 degGROUND DISTANCE Z5: Quad Right Blinder 13.00 ohmsGROUND DISTANCE Z5: Quad Right Blinder RCA 78 degGROUND DISTANCE Z5: Quad Left Blinder 13.00 ohmsGROUND DISTANCE Z5: Quad Left Blinder RCA 78 degGROUND DISTANCE Z5: Supervision 0.100 puGROUND DISTANCE Z5: Volt Level 0.000 puGROUND DISTANCE Z5: Delay 1.500 sGROUND DISTANCE Z5: Block Load encroch On (VO30)GROUND DISTANCE Z5: Target Self-resetGROUND DISTANCE Z5: Events Enabled

POWER SWING DETECT [GROUP 1] Function EnabledSource LINEA (SRC 1)Shape Quad ShapeMode Two StepSupv 0.200 puFwd Reach 17.50 ohmsQuad Fwd Mid 18.20 ohmsQuad Fwd Out 18.20 ohmsFwd Rca 78 degRev Reach 16.50 ohmsQuad Rev Mid 17.20 ohmsQuad Rev Out 17.20 ohmsRev Rca 78 degOuter Limit Angle 85 degMiddle Limit Angle 90 degInner Limit Angle 60 degOuter Rgt Bld 15.20 ohmsOuter Lft Bld 14.20 ohmsMidle Rgt Bld 15.20 ohmsMidle Lft Bld 14.20 ohmsInner Rgt Bld 14.50 ohmsInner Lft Bld 13.50 ohmsDelay 1 Pickup 0.020 sDelay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.000 sTrip Mode DelayedBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Enabled

LOAD ENCROACHMENT [GROUP 1] Function EnabledSource LINEA (SRC 1)Min Volt 0.800 puReach 9.14 ohmsAngle 35 degPickup Delay 0.000 sReset Delay 0.000 sBlock OFFTarget DisabledEvents Enabled

PHASE CURRENTPHASE TOC [GROUP 1] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source LINEA (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 1.200 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.15PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint Disabled

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE TOC [GROUP 1] (continued from last page)PHASE TOC1: Block A BLOQ 51 On (VO31)PHASE TOC1: Block B BLOQ 51 On (VO31)PHASE TOC1: Block C BLOQ 51 On (VO31)PHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

PHASE DIRECTIONAL [GROUP 1] PHASE DIR1: Function EnabledPHASE DIR1: Source LINEA (SRC 1)PHASE DIR1: Block OFFPHASE DIR1: ECA 45 degPHASE DIR1: Pol V Threshold 0.700 puPHASE DIR1: Block when V Mem Exp NoPHASE DIR1: Target Self-resetPHASE DIR1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 1] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source LINEA (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.050 puNEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.40NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block NEG SEQ DIR OC1 REVNEUTRAL TOC1: Target Self-resetNEUTRAL TOC1: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 1] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source LINEA (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 80 ° LagNEGATIVE SEQ DIR OC1: Forward Limit Angle 80 degNEGATIVE SEQ DIR OC1: Forward Pickup 0.10 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 80 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.10 puNEGATIVE SEQ DIR OC1: Block SRC1 VT FUSE FAIL OPNEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 1] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source LINEA (SRC 1)BF1: Current Supervision YesBF1: Use Seal-In YesBF1: Three Pole Initiate TRIP 3-POLEBF1: Block OFFBF1: Phase Current Supv Pickup 1.200 puBF1: Neutral Current Supv Pickup 0.416 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.200 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 sBF1: Breaker Pos1 Phase A/3P 52A1 (a) On(H8c)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On OFFBF1: Phase Current HiSet Pickup 1.200 puBF1: Neutral Current HiSet Pickup 0.416 puBF1: Phase Current LoSet Pickup 1.200 puBF1: Neutral Current LoSet Pickup 0.416 puBF1: LoSet Time Delay 0.000 s

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

BREAKER FAILURE [GROUP 1] (continued from last page)BF1: Trip Dropout Delay 0.000 sBF1: Target LatchedBF1: Events EnabledBF1: Phase A Initiate OFFBF1: Phase B Initiate OFFBF1: Phase C Initiate OFFBF1: Breaker Pos1 Phase B OFFBF1: Breaker Pos1 Phase C OFFBF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

GROUP 2LINE PICKUP [GROUP 2] Function EnabledSignal Source LINEA (SRC 1)Phase IOC Line Pickup 2.500 puUV Pickup 0.800 puLine End Open Pickup Delay 0.000 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass DisabledAutoreclose Coordination Pickup Delay 0.045 sAutoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 2] Source LINEA (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 2] PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 1.72 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 1.72 ohmsPHASE DISTANCE Z1: Rev Reach RCA 79 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 45 degPHASE DISTANCE Z1: DIR Comp Limit 79 degPHASE DISTANCE Z1: Quad Right Blinder 1.72 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 79 degPHASE DISTANCE Z1: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 79 degPHASE DISTANCE Z1: Supervision 0.200 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function EnabledPHASE DISTANCE Z2: Direction ForwardPHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 2.90 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 2.90 ohmsPHASE DISTANCE Z2: Rev Reach RCA 79 degPHASE DISTANCE Z2: Comp Limit 90 deg

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

PHASE DISTANCE [GROUP 2] (continued from last page)PHASE DISTANCE Z2: DIR RCA 45 degPHASE DISTANCE Z2: DIR Comp Limit 79 degPHASE DISTANCE Z2: Quad Right Blinder 2.90 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 79 degPHASE DISTANCE Z2: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 79 degPHASE DISTANCE Z2: Supervision 0.200 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 0.400 sPHASE DISTANCE Z2: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 5.50 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 5.50 ohmsPHASE DISTANCE Z3: Rev Reach RCA 79 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 45 degPHASE DISTANCE Z3: DIR Comp Limit 79 degPHASE DISTANCE Z3: Quad Right Blinder 5.50 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 79 degPHASE DISTANCE Z3: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 79 degPHASE DISTANCE Z3: Supervision 0.200 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 2.000 sPHASE DISTANCE Z3: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape QuadPHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 2.00 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 2.00 ohmsPHASE DISTANCE Z4: Rev Reach RCA 79 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 45 degPHASE DISTANCE Z4: DIR Comp Limit 79 degPHASE DISTANCE Z4: Quad Right Blinder 2.00 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 79 degPHASE DISTANCE Z4: Quad Left Blinder 10.00 ohmsPHASE DISTANCE Z4: Quad Left Blinder RCA 79 degPHASE DISTANCE Z4: Supervision 0.200 puPHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.000 sPHASE DISTANCE Z4: Block BLQ Zonas PH On (VO1)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events Enabled

GROUND DISTANCE [GROUP 2] GROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.36GROUND DISTANCE Z2: Z0/Z1 Ang 1 degGROUND DISTANCE Z2: Z0M/Z1 Mag 0.00GROUND DISTANCE Z2: Z0M/Z1 Ang 0 degGROUND DISTANCE Z2: Reach 2.90 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 2.90 ohmsGROUND DISTANCE Z2: Rev Reach RCA 79 deg

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 2] (continued from last page)GROUND DISTANCE Z2: POL Current Zero-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 degGROUND DISTANCE Z2: DIR RCA 45 degGROUND DISTANCE Z2: DIR Comp Limit 79 degGROUND DISTANCE Z2: Quad Right Blinder 5.80 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 79 degGROUND DISTANCE Z2: Quad Left Blinder 5.80 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 79 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 0.400 sGROUND DISTANCE Z2: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.36GROUND DISTANCE Z3: Z0/Z1 Ang 1 degGROUND DISTANCE Z3: Z0M/Z1 Mag 0.00GROUND DISTANCE Z3: Z0M/Z1 Ang 0 degGROUND DISTANCE Z3: Reach 5.50 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 5.50 ohmsGROUND DISTANCE Z3: Rev Reach RCA 79 degGROUND DISTANCE Z3: POL Current Zero-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 degGROUND DISTANCE Z3: DIR RCA 45 degGROUND DISTANCE Z3: DIR Comp Limit 79 degGROUND DISTANCE Z3: Quad Right Blinder 11.00 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 79 degGROUND DISTANCE Z3: Quad Left Blinder 11.00 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 79 degGROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 2.000 sGROUND DISTANCE Z3: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.36GROUND DISTANCE Z4: Z0/Z1 Ang 1 degGROUND DISTANCE Z4: Z0M/Z1 Mag 0.00GROUND DISTANCE Z4: Z0M/Z1 Ang 0 degGROUND DISTANCE Z4: Reach 2.00 ohmsGROUND DISTANCE Z4: RCA 90 degGROUND DISTANCE Z4: Rev Reach 2.00 ohmsGROUND DISTANCE Z4: Rev Reach RCA 79 degGROUND DISTANCE Z4: POL Current Zero-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 degGROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 45 degGROUND DISTANCE Z4: DIR Comp Limit 79 degGROUND DISTANCE Z4: Quad Right Blinder 4.00 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 79 degGROUND DISTANCE Z4: Quad Left Blinder 4.00 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 79 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.000 sGROUND DISTANCE Z4: Block BLQ Zonas PH On (VO1)GROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events Enabled

POWER SWING DETECT [GROUP 2]

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ORDER CODE: D60-G00-HCL-F8F-H6H-M6C-P6C-U6H-W6DVERSION: 4.8XDESCRIPTION: (NONE)TEXT COLOR

POWER SWING DETECT [GROUP 2] (continued from last page)Function EnabledSource LINEA (SRC 1)Shape Quad ShapeMode Two StepSupv 0.200 puFwd Reach 7.50 ohmsQuad Fwd Mid 9.50 ohmsQuad Fwd Out 9.50 ohmsFwd Rca 79 degRev Reach 4.30 ohmsQuad Rev Mid 6.30 ohmsQuad Rev Out 6.30 ohmsRev Rca 90 degOuter Limit Angle 120 degMiddle Limit Angle 120 degInner Limit Angle 79 degOuter Rgt Bld 9.20 ohmsOuter Lft Bld 7.71 ohmsMidle Rgt Bld 9.20 ohmsMidle Lft Bld 7.71 ohmsInner Rgt Bld 7.20 ohmsInner Lft Bld 5.71 ohmsDelay 1 Pickup 0.001 sDelay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.400 sTrip Mode DelayedBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Enabled

PHASE CURRENTPHASE TOC [GROUP 2] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source LINEA (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 0.690 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.15PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A BLOQ 51 On (VO31)PHASE TOC1: Block B BLOQ 51 On (VO31)PHASE TOC1: Block C BLOQ 51 On (VO31)PHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

PHASE IOC [GROUP 2] PHASE IOC1: Function EnabledPHASE IOC1: Source LINEA (SRC 1)PHASE IOC1: Pickup 1.800 puPHASE IOC1: Delay 0.01 sPHASE IOC1: Reset Delay 0.00 sPHASE IOC1: Block A BLOQ 51 On (VO31)PHASE IOC1: Block B BLOQ 51 On (VO31)PHASE IOC1: Block C BLOQ 51 On (VO31)PHASE IOC1: Target Self-resetPHASE IOC1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 2] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source LINEA (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.280 puNEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.14

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NEUTRAL TOC [GROUP 2] (continued from last page)NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block NEG SEQ DIR OC1 REVNEUTRAL TOC1: Target LatchedNEUTRAL TOC1: Events Enabled

NEUTRAL IOC [GROUP 2] NEUTRAL IOC1: Function EnabledNEUTRAL IOC1: Source LINEA (SRC 1)NEUTRAL IOC1: Pickup 1.800 puNEUTRAL IOC1: Delay 0.03 sNEUTRAL IOC1: Reset Delay 0.00 sNEUTRAL IOC1: Block NTRL DIR OC1 REVNEUTRAL IOC1: Target Self-resetNEUTRAL IOC1: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 2] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source LINEA (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 81 ° LagNEGATIVE SEQ DIR OC1: Forward Limit Angle 80 degNEGATIVE SEQ DIR OC1: Forward Pickup 0.10 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 81 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.10 puNEGATIVE SEQ DIR OC1: Block SRC1 VT FUSE FAIL OPNEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 2] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source LINEA (SRC 1)BF1: Current Supervision YesBF1: Use Seal-In NoBF1: Three Pole Initiate TRIP 3-POLEBF1: Block OFFBF1: Phase Current Supv Pickup 1.200 puBF1: Neutral Current Supv Pickup 0.280 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.000 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 sBF1: Breaker Pos1 Phase A/3P 52A1 (a) On(H8c)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On OFFBF1: Phase Current HiSet Pickup 1.200 puBF1: Neutral Current HiSet Pickup 0.280 puBF1: Phase Current LoSet Pickup 1.200 puBF1: Neutral Current LoSet Pickup 0.280 puBF1: LoSet Time Delay 0.000 sBF1: Trip Dropout Delay 0.000 sBF1: Target Self-resetBF1: Events EnabledBF1: Phase A Initiate OFFBF1: Phase B Initiate OFFBF1: Phase C Initiate OFFBF1: Breaker Pos1 Phase B OFFBF1: Breaker Pos1 Phase C OFFBF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

CONTROL ELEMENTSSETTING GROUPSFunction Enabled

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SETTING GROUPS (continued from last page)Block OFFGroup 2 Activate On LATCH 1 ONGroup 3 Activate On OFFGroup 4 Activate On OFFGroup 5 Activate On OFFGroup 6 Activate On OFFGroup 1 NameGroup 2 NameGroup 3 NameGroup 4 NameGroup 5 NameGroup 6 NameEvents Disabled

TRIP OUTPUTTrip Mode 3 Pole OnlyTrip 3-Pole Input1 TRIP GRAL On (VO2)Trip 3-Pole Input2 OFFTrip 3-Pole Input3 OFFTrip 3-Pole Input4 OFFTrip 3-Pole Input5 OFFTrip 3-Pole Input6 OFFTrip 1-Pole Input1 OFFTrip 1-Pole Input2 OFFTrip 1-Pole Input3 OFFTrip 1-Pole Input4 OFFTrip 1-Pole Input5 OFFTrip 1-Pole Input6 OFFTrip Reclose Input1 GND DIST Z1 OPTrip Reclose Input2 PH DIST Z1 OPTrip Reclose Input3 HYBRID POTT OPTrip Reclose Input4 OFFTrip Reclose Input5 OFFTrip Reclose Input6 OFFBKR Phase A Open LINE PICKUP I<ABKR Phase B Open LINE PICKUP I<BBKR Phase C Open LINE PICKUP I<CTrip Force 3-Pole OFFTrip Pilot Priority 0.000 sReverse Fault OFFTrip Delay On Evolving Faults 0.000 sTrip Events Enabled

MONITORING ELEMENTSBREAKER ARCING CURRENTBREAKER 1 ARC: Function EnabledBREAKER 1 ARC: Source LINEA (SRC 1)BREAKER 1 ARC: Init A TRIP 3-POLEBREAKER 1 ARC: Init B TRIP 3-POLEBREAKER 1 ARC: Init C TRIP 3-POLEBREAKER 1 ARC: Delay 0.000 sBREAKER 1 ARC: Limit 1000 kA2-cycBREAKER 1 ARC: Block OFFBREAKER 1 ARC: Target DisabledBREAKER 1 ARC: Events Disabled

VT FUSE FAILUREVT FUSE FAILURE 1: Function Enabled

PILOT SCHEMES1P HYBRID POTT SCHEMEFunction EnabledPermissive Echo CustomEcho Condition ECHO 3P On (VO37)Weak Infeed DisabledW/I Condition OFFRx Pickup Delay 0.001 sTrans Block Pickup Delay 0.030 sTrans Block Reset Delay 0.150 s

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1P HYBRID POTT SCHEME (continued from last page)Echo Duration 0.100 sEcho Lockout 0.250 sSeal-In Delay 0.000 sGnd Dir OC Fwd OFFGnd Dir OC Rev NTRL DIR OC1 REVNo of Comm Bits 1Rx1 RECEP 3P On (VO36)Rx2 OFFRx3 OFFRx4 OFFTarget Self-resetEvent Enabled

AUTORECLOSE 1PFunction EnabledMode 3 Pole - BMax Number Of Shots 1Block BKR1 OFFClose Time BKR1 0.40 sBKR Man Close CIERRE MANUA On(W3a)Blk Time Upon Man Cls 8.00 s1-P Init OFF3-P Init OFF3-P TD Init OFFMulti P Fault OFFBKR 1 Pole Open OFFBKR 3 Pole Open OFF3-P Dead Time 1 0.40 s3-P Dead Time 2 0.45 s3-P Dead Time 3 2.00 s3-P Dead Time 4 4.00 sExtend Dead T1 OFFDead T1 Extension 0.15 sReset OFFReset Time 10.00 sBKR Closed OFFBlock 79 off On (VO18)Pause OFFInc Seq Time 5.00 sBlock BKR2 OFFClose Time BKR2 0.10 sTransfer 1 to 2 NoTransfer 2 to 1 NoBKR1 Fail Option ContinueBKR2 Fail Option Continue1-P Dead Time 1.00 sBKR Sequence 1Transfer Time 4.00 sEvent Enabled

INPUTS/OUTPUTSCONTACT INPUTS[H7A] Contact Input 1 ID 79 DESCO[H7A] Contact Input 1 Debounce Time 2.0 ms[H7A] Contact Input 1 Events Enabled[H7C] Contact Input 2 ID 79 conectado[H7C] Contact Input 2 Debounce Time 2.0 ms[H7C] Contact Input 2 Events Enabled[H8A] Contact Input 3 ID 63-FALLA PRE[H8A] Contact Input 3 Debounce Time 2.0 ms[H8A] Contact Input 3 Events Enabled[H8C] Contact Input 4 ID 52A1 (a)[H8C] Contact Input 4 Debounce Time 2.0 ms[H8C] Contact Input 4 Events Enabled[U7A] Contact Input 5 ID Cont Ip 5[U7A] Contact Input 5 Debounce Time 2.0 ms[U7A] Contact Input 5 Events Disabled[U7C] Contact Input 6 ID Cont Ip 6[U7C] Contact Input 6 Debounce Time 2.0 ms

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CONTACT INPUTS (continued from last page)[U7C] Contact Input 6 Events Disabled[U8A] Contact Input 7 ID Cont Ip 7[U8A] Contact Input 7 Debounce Time 2.0 ms[U8A] Contact Input 7 Events Disabled[U8C] Contact Input 8 ID Cont Ip 8[U8C] Contact Input 8 Debounce Time 2.0 ms[U8C] Contact Input 8 Events Disabled[W1A] Contact Input 9 ID RECEP JAHUEL[W1A] Contact Input 9 Debounce Time 2.0 ms[W1A] Contact Input 9 Events Enabled[W1C] Contact Input 10 ID RECEP ITAHUE[W1C] Contact Input 10 Debounce Time 2.0 ms[W1C] Contact Input 10 Events Enabled[W2A] Contact Input 11 ID 52b P. CORTE[W2A] Contact Input 11 Debounce Time 2.0 ms[W2A] Contact Input 11 Events Enabled[W2C] Contact Input 12 ID 52aP.CORTE[W2C] Contact Input 12 Debounce Time 2.0 ms[W2C] Contact Input 12 Events Enabled[W3A] Contact Input 13 ID CIERRE MANUA[W3A] Contact Input 13 Debounce Time 2.0 ms[W3A] Contact Input 13 Events Enabled[W3C] Contact Input 14 ID TELE DESCONE[W3C] Contact Input 14 Debounce Time 2.0 ms[W3C] Contact Input 14 Events Disabled[W4A] Contact Input 15 ID ITE AC FALLA[W4A] Contact Input 15 Debounce Time 2.0 ms[W4A] Contact Input 15 Events Disabled[W4C] Contact Input 16 ID Cont Ip 16[W4C] Contact Input 16 Debounce Time 2.0 ms[W4C] Contact Input 16 Events Disabled[W5A] Contact Input 17 ID AUTORI 79[W5A] Contact Input 17 Debounce Time 2.0 ms[W5A] Contact Input 17 Events Disabled[W5C] Contact Input 18 ID Cont Ip 18[W5C] Contact Input 18 Debounce Time 2.0 ms[W5C] Contact Input 18 Events Disabled[W6A] Contact Input 19 ID Cont Ip 19[W6A] Contact Input 19 Debounce Time 2.0 ms[W6A] Contact Input 19 Events Disabled[W6C] Contact Input 20 ID Cont Ip 20[W6C] Contact Input 20 Debounce Time 2.0 ms[W6C] Contact Input 20 Events Disabled[W7A] Contact Input 21 ID Cont Ip 21[W7A] Contact Input 21 Debounce Time 2.0 ms[W7A] Contact Input 21 Events Disabled[W7C] Contact Input 22 ID Cont Ip 22[W7C] Contact Input 22 Debounce Time 2.0 ms[W7C] Contact Input 22 Events Disabled[W8A] Contact Input 23 ID Cont Ip 23[W8A] Contact Input 23 Debounce Time 2.0 ms[W8A] Contact Input 23 Events Disabled[W8C] Contact Input 24 ID Cont Ip 24[W8C] Contact Input 24 Debounce Time 2.0 ms[W8C] Contact Input 24 Events Disabled

CONTACT INPUT THRESHOLDS79 DESCO, 79 conectado, 63-FALLA PRE, 52A1 (a)(H7a, H7c, H8a, H8c) 33 VdcCont Ip 5, Cont Ip 6, Cont Ip 7, Cont Ip 8(U7a, U7c, U8a, U8c) 33 VdcRECEP JAHUEL, RECEP ITAHUE, 52b P. CORTE, 52aP.CORTE(W1a, W1c, W2a, W2c)33 VdcCIERRE MANUA, TELE DESCONE, ITE AC FALLA, Cont Ip 16(W3a, W3c, W4a, W4c)33 VdcAUTORI 79, Cont Ip 18, Cont Ip 19, Cont Ip 20(W5a, W5c, W6a, W6c) 33 VdcCont Ip 21, Cont Ip 22, Cont Ip 23, Cont Ip 24(W7a, W7c, W8a, W8c) 33 Vdc

CONTACT OUTPUTS[H1] Contact Output 1 ID TRIP FASE A[H1] Contact Output 1 Operate TRIP 3-POLE[H1] Contact Output 1 Seal-In OFF[H1] Contact Output 1 Events Enabled

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CONTACT OUTPUTS (continued from last page)[H2] Contact Output 2 ID TRIP FASE B[H2] Contact Output 2 Operate TRIP 3-POLE[H2] Contact Output 2 Seal-In OFF[H2] Contact Output 2 Events Enabled[H3] Contact Output 3 ID TRIP FASE C[H3] Contact Output 3 Operate TRIP 3-POLE[H3] Contact Output 3 Seal-In OFF[H3] Contact Output 3 Events Enabled[H4] Contact Output 4 ID RETRIP A[H4] Contact Output 4 Operate BKR FAIL 1 RETRIP[H4] Contact Output 4 Seal-In OFF[H4] Contact Output 4 Events Enabled[H5] Contact Output 5 ID RETRIP B[H5] Contact Output 5 Operate BKR FAIL 1 RETRIP[H5] Contact Output 5 Seal-In OFF[H5] Contact Output 5 Events Enabled[H6] Contact Output 6 ID RETRIP C[H6] Contact Output 6 Operate BKR FAIL 1 RETRIP[H6] Contact Output 6 Seal-In OFF[H6] Contact Output 6 Events Enabled[M1] Contact Output 7 ID Alarma trip[M1] Contact Output 7 Operate Alarma trip On (VO10)[M1] Contact Output 7 Seal-In OFF[M1] Contact Output 7 Events Enabled[M2] Contact Output 8 ID FALLA RELE[M2] Contact Output 8 Operate Alarma f. re On (VO7)[M2] Contact Output 8 Seal-In OFF[M2] Contact Output 8 Events Enabled[M4] Contact Output 10 ID PARAR CAJA[M4] Contact Output 10 Operate TRIP 3-POLE[M4] Contact Output 10 Seal-In OFF[M4] Contact Output 10 Events Enabled[P1] Contact Output 15 ID 79 cierre[P1] Contact Output 15 Operate ORD. CIERRE On (VO6)[P1] Contact Output 15 Seal-In OFF[P1] Contact Output 15 Events Enabled[P2] Contact Output 16 ID EMISION JAHU[P2] Contact Output 16 Operate TX MMOO On (VO12)[P2] Contact Output 16 Seal-In OFF[P2] Contact Output 16 Events Enabled[P3] Contact Output 17 ID EMISION ITAH[P3] Contact Output 17 Operate TX MMOO On (VO12)[P3] Contact Output 17 Seal-In OFF[P3] Contact Output 17 Events Enabled[P4] Contact Output 18 ID 50BF-->barra[P4] Contact Output 18 Operate BKR FAIL 1 T1 OP[P4] Contact Output 18 Seal-In OFF[P4] Contact Output 18 Events Enabled[P6] Contact Output 20 ID Parada Caja[P6] Contact Output 20 Operate TRIP 3-POLE[P6] Contact Output 20 Seal-In OFF[P6] Contact Output 20 Events Disabled

VIRTUAL OUTPUTSVirtual Output 1 ID BLQ Zonas PHVirtual Output 1 Events EnabledVirtual Output 2 ID TRIP GRALVirtual Output 2 Events EnabledVirtual Output 3 ID OSCILOGRAFIAVirtual Output 3 Events EnabledVirtual Output 4 ID pkp Z1o z2Virtual Output 4 Events EnabledVirtual Output 6 ID ORD. CIERREVirtual Output 6 Events EnabledVirtual Output 7 ID Alarma f. reVirtual Output 7 Events DisabledVirtual Output 8 ID POWER SWINGVirtual Output 8 Events EnabledVirtual Output 10 ID Alarma trip

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VIRTUAL OUTPUTS (continued from last page)Virtual Output 10 Events EnabledVirtual Output 11 ID TX OPLATVirtual Output 11 Events EnabledVirtual Output 12 ID TX MMOOVirtual Output 12 Events DisabledVirtual Output 13 ID LED Z1Virtual Output 13 Events EnabledVirtual Output 14 ID LED Z2Virtual Output 14 Events EnabledVirtual Output 15 ID LED Z3Virtual Output 15 Events EnabledVirtual Output 16 ID LED Z4Virtual Output 16 Events EnabledVirtual Output 17 ID 79 onVirtual Output 17 Events EnabledVirtual Output 18 ID 79 offVirtual Output 18 Events EnabledVirtual Output 19 ID reset ledVirtual Output 19 Events EnabledVirtual Output 22 ID RECEP ACELERVirtual Output 22 Events EnabledVirtual Output 23 ID OPERA ZONA 1Virtual Output 23 Events EnabledVirtual Output 24 ID OPERA ZONA 2Virtual Output 24 Events EnabledVirtual Output 25 ID OPERA Z3/Z4Virtual Output 25 Events EnabledVirtual Output 27 ID 67-67NVirtual Output 27 Events EnabledVirtual Output 28 ID 51-51NVirtual Output 28 Events EnabledVirtual Output 29 ID 50-50NVirtual Output 29 Events EnabledVirtual Output 30 ID Load encrochVirtual Output 30 Events DisabledVirtual Output 31 ID BLOQ 51Virtual Output 31 Events EnabledVirtual Output 32 ID REVERSEVirtual Output 32 Events DisabledVirtual Output 33 ID FORWARDVirtual Output 33 Events DisabledVirtual Output 34 ID BRK OPENVirtual Output 34 Events DisabledVirtual Output 35 ID Z5 operadaVirtual Output 35 Events DisabledVirtual Output 36 ID RECEP 3PVirtual Output 36 Events EnabledVirtual Output 37 ID ECHO 3PVirtual Output 37 Events EnabledVirtual Output 38 ID set grupoVirtual Output 38 Events EnabledVirtual Output 39 ID reset grupoVirtual Output 39 Events Enabled

RESETTINGOperand reset led On (VO19)

Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas Línea 154kV A.Jahuel – Rancagua – Tinguiririca 1, S/E Tinguiririca

CONTROL DE REVISIÓN DEL CRAP

REVISOR FECHA N° EAP OBSERVACIONES

Max Missene M. 26-03-2015 Nº 02/2015

Normalización de ajustes con respecto al esquema de Teleprotecciones en el Sistema 2 protección GED60.

Max Missene M. 07-09-2015 Nº 75/2015

Cambio de ajustes para evitar que la Z1B actúe de forma instantánea en Sistema 1 protección Siemens 7SA61 .

Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas Línea 154kV A.Jahuel – Rancagua – Tinguiririca 1, S/E Tinguiririca

Razón de TTCC/TTPP

TTCC:

TTPP:

√

√

Particularidades de Ajustes

No hay.

Max / Centro Sur / Tinguiririca / A9 TinguiV4.

MLFB: 7SA61215AB927PR4Versión del juego de parámetros: V04.63.04Ruta del equipo: C:\Siemens\Digsi4\D4PROJ\Max\P7DI\GV\ST\00000052Autor:Creado el: 23.10.15 11:56:07Mod. por última vez el: 23.10.15 12:05:13Modo de operación: Sin líneaComentario:Valores de ajuste en: Presentación secundaria de los valores

C O N T E N I D O D E L A I M P R E S I Ó N

.................................................................................................................................................................31 Device Configuration...............................................................................................................................................................42 Power System Data 1

..................................................................................................................42.1 Grupo Power System Data 1; Grupo Transformers................................................................................................................42.2 Grupo Power System Data 1; Grupo Power System

...........................................................................................................................52.3 Grupo Power System Data 1; Grupo Breaker..............................................................................................................................................................63 Grupos de parámetros

................................................................................................................63.1 Grupo Power System Data 2; Grupo Power System.....................................................................................................................63.2 Grupo Power System Data 2; Grupo Line Status..................................................................................................................73.3 Grupo Power System Data 2; Grupo Trip 1-/3-pole

...................................................................................................73.4 Grupo Distance protection, general settings; Grupo General..............................................................................................73.5 Grupo Distance protection, general settings; Grupo Earth faults............................................................................................83.6 Grupo Distance protection, general settings; Grupo Time Delays

.............................................................................................................83.7 Grupo Distance zones (quadrilateral); Grupo Zone Z1................................................................................................83.8 Grupo Distance zones (quadrilateral); Grupo Zone Z1B-exten.

.............................................................................................................93.9 Grupo Distance zones (quadrilateral); Grupo Zone Z2

.............................................................................................................93.10 Grupo Distance zones (quadrilateral); Grupo Zone Z3

.............................................................................................................93.11 Grupo Distance zones (quadrilateral); Grupo Zone Z4

...........................................................................................................103.12 Grupo Distance zones (quadrilateral); Grupo Zone Z5................................................................................................................................................................103.13 Grupo Power Swing

..................................................................................................................................103.14 Grupo Teleprotection for Distance prot..............................................................................................................103.15 Grupo Instantaneous HighSpeed SOTF Overcurrent

...................................................................................................................................113.16 Grupo Weak Infeed (Trip and/or Echo)............................................................................................................................113.17 Grupo Backup overcurrent; Grupo General

....................................................................................................................................113.18 Grupo Backup overcurrent; Grupo I>>......................................................................................................................................123.19 Grupo Backup overcurrent; Grupo I>

.............................................................................................................................123.20 Grupo Backup overcurrent; Grupo Inverse...........................................................................................................................123.21 Grupo Backup overcurrent; Grupo I - STUB

...................................................................................................133.22 Grupo Measurement Supervision; Grupo Balance / Summ.......................................................................................................133.23 Grupo Measurement Supervision; Grupo Fuse Fail. Mon.

..................................................................................................................133.24 Grupo Measurement Supervision; Grupo VT mcb............................................................................................................143.25 Grupo Measurement Supervision; Grupo Load Angle

........................................................................................................................143.26 Grupo Earth fault overcurrent; Grupo General.........................................................................................................................143.27 Grupo Earth fault overcurrent; Grupo 3I0>>>

...........................................................................................................................153.28 Grupo Earth fault overcurrent; Grupo 3I0>>

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..............................................................................................................................153.29 Grupo Earth fault overcurrent; Grupo 3I0>

...........................................................................................................153.30 Grupo Earth fault overcurrent; Grupo 3I0 InverseTime......................................................................................................................163.31 Grupo Earth fault overcurrent; Grupo Direction

..........................................................................................................................163.32 Grupo Automatic Reclosure; Grupo General.....................................................................................................................173.33 Grupo Automatic Reclosure; Grupo 1st AR-cyle

..........................................................................................................173.34 Grupo Automatic Reclosure; Grupo 3pTRIP/DLC/RDT................................................................................................................173.35 Grupo Automatic Reclosure; Grupo Start AR with..

.......................................................................................................183.36 Grupo Synchronism and Voltage Check; Grupo General........................................................................................................183.37 Grupo Synchronism and Voltage Check; Grupo with AR

.....................................................................................193.38 Grupo Synchronism and Voltage Check; Grupo Man.Close+CNTRL................................................................................................................................................................193.39 Grupo Fault Locator

.......................................................................................................................193.40 Grupo Breaker Failure; Grupo Breaker Failure.........................................................................................................................203.41 Grupo Breaker Failure; Grupo End fault prot.

.....................................................................................................................203.42 Grupo Breaker Failure; Grupo PoleDiscrepancy

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1 Device Configuration

Nº Función Volumen

0103 Setting Group Change Option Disabled0110 Trip mode 1-/3pole0114 Distance protection pickup program Z< (quadrilateral)0120 Power Swing detection Enabled0121 Teleprotection for Distance prot. POTT0122 DTT Direct Transfer Trip Disabled0124 Instantaneous HighSpeed SOTF Overcurrent Enabled0125 Weak Infeed (Trip and/or Echo) Enabled0126 Backup overcurrent Time Overcurrent Curve IEC0131 Earth fault overcurrent Time Overcurrent Curve IEC0132 Teleprotection for Earth fault overcurr. Disabled0133 Auto-Reclose Function 1 AR-cycle0134 Auto-Reclose control mode with Trip and Action time0135 Synchronism and Voltage Check Enabled0136 Over / Underfrequency Protection Disabled0137 Under / Overvoltage Protection Disabled0138 Fault Locator Enabled0139 Breaker Failure Protection Enabled0140 Trip Circuit Supervision Disabled0142 Thermal overload protection Disabled

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2 Power System Data 1

2.1 Grupo Power System Data 1; Grupo Transformers

Grupo Power System Data 1; Grupo TransformersNº Parámetro Valor Grupo

0201 CT Starpoint towards Line todo0203 Rated Primary Voltage 154,0 kV todo0204 Rated Secondary Voltage (Ph-Ph) 115 V todo0205 CT Rated Primary Current 1000 A todo0206 CT Rated Secondary Current 1A todo0210 U4 voltage transformer is Usy2 transformer todo0211 Matching ratio Phase-VT To Open-Delta-VT 0,58 todo0212 VT connection for Usy2 L2-E todo0214A Angle adjustment Usy2-Usy1 0 ° todo0215 Matching ratio Usy1 / Usy2 1,00 todo0220 I4 current transformer is Neutral Current (of the protected line) todo0221 Matching ratio I4/Iph for CT's 1,000 todo

2.2 Grupo Power System Data 1; Grupo Power System

Grupo Power System Data 1; Grupo Power SystemNº Parámetro Valor Grupo

0207 System Starpoint is Solid Earthed todo0230 Rated Frequency 50 Hz todo0235 Phase Sequence L1 L2 L3 todo0236 Distance measurement unit km todo0237 Setting format for zero seq.comp. format Zero seq. comp. factor K0 and angle(K0) todo0238A Earth Fault O/C: setting for 1pole AR all stages together todo

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2.3 Grupo Power System Data 1; Grupo Breaker

Grupo Power System Data 1; Grupo BreakerNº Parámetro Valor Grupo

0239 Closing (operating) time of CB 0,06 sec todo0240A Minimum TRIP Command Duration 0,12 sec todo0241A Maximum Close Command Duration 0,25 sec todo0242 Dead Time for CB test-autoreclosure 0,10 sec todo

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3 Grupos de parámetros

3.1 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 154,0 kV A1104 Measurement: Full Scale Current (100%) 1000 A A1105 Line Angle 77 ° A1211 Angle of inclination, distance charact. 77 ° A1107 P,Q operational measured values sign not reversed A1110 x' - Line Reactance per length unit 0,3050 Ohm / km A1111 Line Length 110,9 km A1120 Zero seq. comp. factor K0 for zone Z1 0,804 A1121 Zero seq. comp. angle for zone Z1 4,64 ° A1122 Zero seq.comp.factor K0,higher zones >Z1 0,804 A1123 Zero seq. comp. angle, higher zones >Z1 4,64 ° A

3.2 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,05 A A1131A Pole Open Voltage Threshold 11 V A1132A Seal-in Time after ALL closures 0,20 sec A1133A minimal time for line open before SOTF 0,25 sec A1134 Recognition of Line Closures with CBaux OR Current or Manual close BI A1135 RESET of Trip Command with Pole Open Current Threshold only A1136 open pole detector with measurement (U/I,trip,pickup,CBaux) A1140A CT Saturation Threshold oo A A1150A Seal-in Time after MANUAL closures 0,20 sec A1151 Manual CLOSE COMMAND generation NO A1152 MANUAL Closure Impulse after CONTROL <none> todo

A9 TinguiV4__prnGrupos de parámetros

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3.3 Grupo Power System Data 2; Grupo Trip 1-/3-pole

Grupo Power System Data 2; Grupo Trip 1-/3-poleNº Parámetro Valor Grupo

1155 3 pole coupling with Trip A1156A Trip type with 2phase faults 3pole A

3.4 Grupo Distance protection, general settings; Grupo General

Grupo Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 Distance protection ON A1202 Phase Current threshold for dist. meas. 0,05 A A1211 Angle of inclination, distance charact. 77 ° A1208 Series compensated line NO A1232 Instantaneous trip after SwitchOnToFault with Zone Z1B A1241 R load, minimum Load Impedance (ph-e) oo Ohm A1242 PHI load, maximum Load Angle (ph-e) 35 ° A1243 R load, minimum Load Impedance (ph-ph) oo Ohm A1244 PHI load, maximum Load Angle (ph-ph) 35 ° A1317A Single pole trip for faults in Z2 NO A1357 Z1B enabled before 1st AR (int. or ext.) NO A

3.5 Grupo Distance protection, general settings; Grupo Earth faults

Grupo Distance protection, general settings; Grupo Earth faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,05 A A1204 3U0 threshold zero seq. voltage pickup 2 V A1207A 3I0>-pickup-stabilisation (3I0> /Iphmax) 0,10 A1209A criterion of earth fault recognition 3I0> OR 3U0> A1221A Loop selection with 2Ph-E faults all loops A

A9 TinguiV4__prnGrupo Power System Data 2; Grupo Trip 1-/3-pole

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3.6 Grupo Distance protection, general settings; Grupo Time Delays

Grupo Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 Condition for zone timer start with distance pickup A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A1325 T3 delay 2,50 sec A1335 T4 delay 1,50 sec A1345 T5 delay oo sec A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A

3.7 Grupo Distance zones (quadrilateral); Grupo Zone Z1

Grupo Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward A1302 R(Z1), Resistance for ph-ph-faults 19,494 Ohm A1303 X(Z1), Reactance 19,494 Ohm A1304 RE(Z1), Resistance for ph-e faults 19,494 Ohm A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1307 Zone Reduction Angle (load compensation) 0 ° A

3.8 Grupo Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward A1352 R(Z1B), Resistance for ph-ph-faults 68,181 Ohm A1353 X(Z1B), Reactance 68,181 Ohm A1354 RE(Z1B), Resistance for ph-e faults 68,181 Ohm A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A1357 Z1B enabled before 1st AR (int. or ext.) NO A

A9 TinguiV4__prnGrupo Distance protection, general settings; Grupo Time Delays

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3.9 Grupo Distance zones (quadrilateral); Grupo Zone Z2

Grupo Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward A1312 R(Z2), Resistance for ph-ph-faults 34,798 Ohm A1313 X(Z2), Reactance 34,798 Ohm A1314 RE(Z2), Resistance for ph-e faults 34,798 Ohm A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A1317A Single pole trip for faults in Z2 NO A

3.10 Grupo Distance zones (quadrilateral); Grupo Zone Z3

Grupo Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse A1322 R(Z3), Resistance for ph-ph-faults 67,750 Ohm A1323 X(Z3), Reactance 67,750 Ohm A1324 RE(Z3), Resistance for ph-e faults 67,750 Ohm A1325 T3 delay 2,50 sec A

3.11 Grupo Distance zones (quadrilateral); Grupo Zone Z4

Grupo Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward A1332 R(Z4), Resistance for ph-ph-faults 66,957 Ohm A1333 X(Z4), Reactance 66,957 Ohm A1334 RE(Z4), Resistance for ph-e faults 66,957 Ohm A1335 T4 delay 1,50 sec A

A9 TinguiV4__prnGrupo Distance zones (quadrilateral); Grupo Zone Z1B-exten.

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3.12 Grupo Distance zones (quadrilateral); Grupo Zone Z5

Grupo Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional A1342 R(Z5), Resistance for ph-ph-faults 70,000 Ohm A1343 X(Z5)+, Reactance for Forward direction 70,000 Ohm A1344 RE(Z5), Resistance for ph-e faults 70,000 Ohm A1345 T5 delay oo sec A1346 X(Z5)-, Reactance for Reverse direction 70,000 Ohm A

3.13 Grupo Power Swing

Grupo Power SwingNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked A2006 Power swing trip NO A2007 Trip delay after Power Swing Blocking 0,10 sec A

3.14 Grupo Teleprotection for Distance prot.

Grupo Teleprotection for Distance prot.Nº Parámetro Valor Grupo

2101 Teleprotection for Distance protection ON A2102 Type of Line Three Terminals A2103A Time for send signal prolongation 0,10 sec A2109A Transient Block.: Duration external flt. 0,03 sec A2110A Transient Block.: Blk.T. after ext. flt. 0,17 sec A

3.15 Grupo Instantaneous HighSpeed SOTF Overcurrent

Grupo Instantaneous HighSpeed SOTF OvercurrentNº Parámetro Valor Grupo

2401 Inst. High Speed SOTF-O/C is ON A

A9 TinguiV4__prnGrupo Distance zones (quadrilateral); Grupo Zone Z5

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Grupo Instantaneous HighSpeed SOTF Overcurrent(2)Nº Parámetro Valor Grupo

2404 I>>> Pickup 0,80 A A

3.16 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed function Echo only A2502A Trip / Echo Delay after carrier receipt 0,04 sec A2503A Trip Extension / Echo Impulse time 0,10 sec A2504A Echo Block Time 0,50 sec A2505 Undervoltage (ph-e) 24 V A2509 Echo logic: Dis and EF on common channel NO todo

3.17 Grupo Backup overcurrent; Grupo General

Grupo Backup overcurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. A2680 Trip time delay after SOTF 0,00 sec A

3.18 Grupo Backup overcurrent; Grupo I>>

Grupo Backup overcurrent; Grupo I>>Nº Parámetro Valor Grupo

2610 Iph>> Pickup oo A A2611 T Iph>> Time delay oo sec A2612 3I0>> Pickup oo A A2613 T 3I0>> Time delay oo sec A2614 Instantaneous trip via BI NO A2615 Instantaneous trip after SwitchOnToFault NO A

A9 TinguiV4__prnGrupo Instantaneous HighSpeed SOTF Overcurrent

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3.19 Grupo Backup overcurrent; Grupo I>

Grupo Backup overcurrent; Grupo I>Nº Parámetro Valor Grupo

2620 Iph> Pickup oo A A2621 T Iph> Time delay oo sec A2622 3I0> Pickup oo A A2623 T 3I0> Time delay oo sec A2624 Instantaneous trip via Teleprot./BI NO A2625 Instantaneous trip after SwitchOnToFault NO A

3.20 Grupo Backup overcurrent; Grupo Inverse

Grupo Backup overcurrent; Grupo InverseNº Parámetro Valor Grupo

2640 Ip> Pickup 0,72 A A2642 T Ip Time Dial 0,10 sec A2646 T Ip Additional Time Delay 0,00 sec A2650 3I0p Pickup 0,05 A A2652 T 3I0p Time Dial 0,30 sec A2656 T 3I0p Additional Time Delay 0,00 sec A2660 IEC Curve Normal Inverse A2670 Instantaneous trip via Teleprot./BI NO A2671 Instantaneous trip after SwitchOnToFault NO A

3.21 Grupo Backup overcurrent; Grupo I - STUB

Grupo Backup overcurrent; Grupo I - STUBNº Parámetro Valor Grupo

2630 Iph> STUB Pickup oo A A2631 T Iph STUB Time delay oo sec A2632 3I0> STUB Pickup oo A A2633 T 3I0 STUB Time delay oo sec A2634 Instantaneous trip via Teleprot./BI NO A2635 Instantaneous trip after SwitchOnToFault NO A

A9 TinguiV4__prnGrupo Backup overcurrent; Grupo I>>

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3.22 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON A2902A Voltage Threshold for Balance Monitoring 48 V A2903A Balance Factor for Voltage Monitor 0,75 A2904A Current Balance Monitor 0,10 A A2905A Balance Factor for Current Monitor 0,50 A2906A Summated Current Monitoring Threshold 0,06 A A2907A Summated Current Monitoring Factor 0,10 A2908A T Balance Factor for Voltage Monitor 5 sec A2909A T Current Balance Monitor 5 sec A

3.23 Grupo Measurement Supervision; Grupo Fuse Fail. Mon.

Grupo Measurement Supervision; Grupo Fuse Fail. Mon.Nº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON A2911A Minimum Voltage Threshold U> 29 V A2912A Maximum Current Threshold I< 0,10 A A2913A Maximum Voltage Threshold U< (3phase) 5 V A2914A Delta Current Threshold (3phase) 0,06 A A2915 Voltage Failure Supervision with current superv. and CBaux A2916A Delay Voltage Failure Supervision 3,00 sec A

3.24 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms A

A9 TinguiV4__prnGrupo Backup overcurrent; Grupo I - STUB

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3.25 Grupo Measurement Supervision; Grupo Load Angle

Grupo Measurement Supervision; Grupo Load AngleNº Parámetro Valor Grupo

2941 Limit setting PhiA 200 ° A2942 Limit setting PhiB 340 ° A2943 Minimum value I1> 0,05 A A2944 Minimum value U1> 19 V A

3.26 Grupo Earth fault overcurrent; Grupo General

Grupo Earth fault overcurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 Earth Fault overcurrent function ON A3102 Block E/F for Distance protection NO A3174 Block E/F for Distance Protection Pickup in each zone A3103 Block E/F for 1pole Dead time YES A3104A Stabilisation Slope with Iphase 10 % A3109 Single pole trip with earth flt.prot. YES A3170 2nd harmonic ratio for inrush restraint 20 % A3171 Max.Current, overriding inrush restraint 4,50 A A3172 Instantaneous mode after SwitchOnToFault with Pickup and direction A3173 Trip time delay after SOTF 0,00 sec A

3.27 Grupo Earth fault overcurrent; Grupo 3I0>>>

Grupo Earth fault overcurrent; Grupo 3I0>>>Nº Parámetro Valor Grupo

3110 Operating mode Inactive A3111 3I0>>> Pickup 4,00 A A3112 T 3I0>>> Time delay 0,30 sec A3113 Instantaneous trip via Teleprot./BI NO A3114 Instantaneous trip after SwitchOnToFault NO A3115 Inrush Blocking NO A

A9 TinguiV4__prnGrupo Measurement Supervision; Grupo Load Angle

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3.28 Grupo Earth fault overcurrent; Grupo 3I0>>

Grupo Earth fault overcurrent; Grupo 3I0>>Nº Parámetro Valor Grupo

3120 Operating mode Inactive A3121 3I0>> Pickup 2,00 A A3122 T 3I0>> Time Delay 0,60 sec A3123 Instantaneous trip via Teleprot./BI NO A3124 Instantaneous trip after SwitchOnToFault NO A3125 Inrush Blocking NO A

3.29 Grupo Earth fault overcurrent; Grupo 3I0>

Grupo Earth fault overcurrent; Grupo 3I0>Nº Parámetro Valor Grupo

3130 Operating mode Inactive A3131 3I0> Pickup 1,00 A A3132 T 3I0> Time Delay 0,90 sec A3133 Instantaneous trip via Teleprot./BI NO A3134 Instantaneous trip after SwitchOnToFault NO A3135 Inrush Blocking NO A

3.30 Grupo Earth fault overcurrent; Grupo 3I0 InverseTime

Grupo Earth fault overcurrent; Grupo 3I0 InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward A3141 3I0p Pickup 0,05 A A3143 3I0p Time Dial 0,30 sec A3147 Additional Time Delay 0,00 sec A3148 Instantaneous trip via Teleprot./BI NO A3149 Instantaneous trip after SwitchOnToFault NO A3150 Inrush Blocking NO A3151 IEC Curve Normal Inverse A

A9 TinguiV4__prnGrupo Earth fault overcurrent; Grupo 3I0>>

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3.31 Grupo Earth fault overcurrent; Grupo Direction

Grupo Earth fault overcurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with U0 + IY or U2 A3162A ALPHA, lower angle for forward direction 338 ° A3163A BETA, upper angle for forward direction 122 ° A3164 Min. zero seq.voltage 3U0 for polarizing 3,0 V A3166 Min. neg. seq. polarizing voltage 3U2 3,0 V A3167 Min. neg. seq. polarizing current 3I2 0,05 A A3168 Compensation angle PHI comp. for Sr 255 ° A3169 Forward direction power threshold 0,9 VA A

3.32 Grupo Automatic Reclosure; Grupo General

Grupo Automatic Reclosure; Grupo GeneralNº Parámetro Valor Grupo

3401 Auto-Reclose function ON A3402 CB ready interrogation at 1st trip YES A3403 Reclaim time after successful AR cycle 8,00 sec A3404 AR blocking duration after manual close 8,00 sec A3406 Evolving fault recognition with Trip A3407 Evolving fault (during the dead time) blocks AR A3408 AR start-signal monitoring time 0,20 sec A3409 Circuit Breaker (CB) Supervision Time 3,00 sec A3410 Send delay for remote close command oo sec A3411A Maximum dead time extension oo sec A

A9 TinguiV4__prnGrupo Earth fault overcurrent; Grupo Direction

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3.33 Grupo Automatic Reclosure; Grupo 1st AR-cyle

Grupo Automatic Reclosure; Grupo 1st AR-cyleNº Parámetro Valor Grupo

3450 Start of AR allowed in this cycle YES A3451 Action time 0,20 sec A3456 Dead time after 1pole trip 1,20 sec A3457 Dead time after 3pole trip 0,50 sec A3458 Dead time after evolving fault 1,00 sec A3459 CB ready interrogation before reclosing YES A3460 Request for synchro-check after 3pole AR YES A

3.34 Grupo Automatic Reclosure; Grupo 3pTRIP/DLC/RDT

Grupo Automatic Reclosure; Grupo 3pTRIP/DLC/RDTNº Parámetro Valor Grupo

3430 3pole TRIP by AR YES A3431 Dead Line Check or Reduced Dead Time Without A3438 Supervision time for dead/ live voltage 0,10 sec A3440 Voltage threshold for live line or bus 46 V A3441 Voltage threshold for dead line or bus 27 V A

3.35 Grupo Automatic Reclosure; Grupo Start AR with..

Grupo Automatic Reclosure; Grupo Start AR with..Nº Parámetro Valor Grupo

3420 AR with distance protection YES A3421 AR with switch-onto-fault overcurrent NO A3422 AR with weak infeed tripping NO A3423 AR with earth fault overcurrent prot. NO A3425 AR with back-up overcurrent NO A

A9 TinguiV4__prnGrupo Automatic Reclosure; Grupo 1st AR-cyle

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3.36 Grupo Synchronism and Voltage Check; Grupo General

Grupo Synchronism and Voltage Check; Grupo GeneralNº Parámetro Valor Grupo

3501 Synchronism and Voltage Check function ON A3502 Voltage threshold dead line / bus 23 V A3503 Voltage threshold live line / bus 81 V A3504 Maximum permissible voltage 138 V A3507 Maximum duration of synchronism-check 1,00 sec A3508 Synchronous condition stability timer 0,10 sec A3509 Synchronizable circuit breaker <none> todo

3.37 Grupo Synchronism and Voltage Check; Grupo with AR

Grupo Synchronism and Voltage Check; Grupo with ARNº Parámetro Valor Grupo

3510 Operating mode with AR without consideration of CB closing time A3511 Maximum voltage difference 30,0 V A3512 Maximum frequency difference 0,10 Hz A3513 Maximum angle difference 30 ° A3515A AR at Usy2>, Usy1>, and Synchr. YES A3516 AR at Usy1< and Usy2> NO A3517 AR at Usy1> and Usy2< NO A3518 AR at Usy1< and Usy2< NO A3519 Override of any check before AR NO A

A9 TinguiV4__prnGrupo Synchronism and Voltage Check; Grupo General

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3.38 Grupo Synchronism and Voltage Check; Grupo Man.Close+CNTRL

Grupo Synchronism and Voltage Check; Grupo Man.Close+CNTRLNº Parámetro Valor Grupo

3530 Operating mode with Man.Cl without consideration of CB closing time A3531 Maximum voltage difference 9,5 V A3532 Maximum frequency difference 0,10 Hz A3533 Maximum angle difference 10 ° A3535A Manual Close at Usy2>, Usy1>, and Synchr NO A3536 Manual Close at Usy1< and Usy2> NO A3537 Manual Close at Usy1> and Usy2< NO A3538 Manual Close at Usy1< and Usy2< NO A3539 Override of any check before Man.Cl NO A

3.39 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP A3806 Load Compensation YES A

3.40 Grupo Breaker Failure; Grupo Breaker Failure

Grupo Breaker Failure; Grupo Breaker FailureNº Parámetro Valor Grupo

3901 Breaker Failure Protection ON A3902 Pick-up threshold I> 0,15 A A3903 1pole retrip with stage T1 (local trip) NO A3904 T1, Delay after 1pole start (local trip) 0,01 sec A3905 T1, Delay after 3pole start (local trip) 0,01 sec A3906 T2, Delay of 2nd stage (busbar trip) 0,20 sec A3907 T3, Delay for start with defective bkr. 0,00 sec A3908 Trip output selection with defective bkr NO A3909 Check Breaker contacts YES A

A9 TinguiV4__prnGrupo Synchronism and Voltage Check; Grupo Man.Close+CNTRL

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3.41 Grupo Breaker Failure; Grupo End fault prot.

Grupo Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault protection OFF A3922 Trip delay of end fault protection 2,00 sec A

3.42 Grupo Breaker Failure; Grupo PoleDiscrepancy

Grupo Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF A3932 Trip delay with pole discrepancy 2,00 sec A

A9 TinguiV4__prnGrupo Breaker Failure; Grupo End fault prot.

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Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 1

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

RELAY INFORMATIONMain Firmware: 570Boot Firmware: 301Relay Serial Number: AE5C09000046CPU Serial Number: A9KC09002060F8L Module Serial Number A8LC08003420H6U Module Serial Number A6UC08001774M6U Module Serial Number A6UC08001807P6U Module Serial Number A6UC08001790U6U Module Serial Number A6UC08001801W6T Module Serial Number A6TC08000982Settings Send to Relay Saturday, February 07, 2015 08:50:11

PRODUCT SETUPSECURITYCommand Password 0Setting Password 0Command Password Access Timeout 5 minSetting Password Access Timeout 30 minInvalid Password Attempts 3Password Lockout Duration 5 minPassword Access Events DisabledLocal Setting Authorized ONRemote Setting Authorized ONAccess Authorized Timeout 30 min

DISPLAY PROPERTIESFlash Message Time 1.0 sDefault Message Timeout 300 sDefault Message Intensity (VFD Only) 25 %Screen Saver Feature (LCD Only) EnabledScreen Saver Wait Time (LCD Only) 30 minCurrent Cutoff Level 0.020 puVoltage Cutoff Level 1.0 V

COMMUNICATIONSSERIAL PORTSRS485 Com2 Baud Rate 19200RS485 Com2 Parity NoneRS485 Com2 Response Min Time 0 ms

NETWORKIP Address 192.168.104. 40IP Subnet Mask 0. 0. 0. 0Gateway IP Address 127. 0. 0. 1Ethernet Operation Mode Full-DuplexOSI Network Address (NSAP) 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00

MODBUS PROTOCOLModbus Slave Address 40Modbus TCP Port Number 502

DNP PROTOCOLDNP Channel 1 Port NETWORK - TCPDNP Channel 2 Port NONEDNP Address 40DNP Client Address 1 192.168.104.101DNP Client Address 2 0. 0. 0. 0DNP Client Address 3 0. 0. 0. 0DNP Client Address 4 0. 0. 0. 0DNP Client Address 5 0. 0. 0. 0DNP TCP/UDP Port Number 20000DNP Unsol Resp Function DisabledDNP Unsol Resp Timeout 5 sDNP Unsol Resp Max Retries 10DNP Unsol Resp Dest Addr 1

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 2

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

DNP PROTOCOL (continued from last page)DNP Current Scale Factor 0.1DNP Voltage Scale Factor 100DNP Power Scale Factor 100000DNP Energy Scale Factor 1DNP Power Factor Scale Factor 1DNP Other Scale Factor 0.1DNP Current Default Deadband 30000DNP Voltage Default Deadband 30000DNP Power Default Deadband 30000DNP Energy Default Deadband 30000DNP Power Factor Default Deadband 30000DNP Other Default Deadband 30000DNP Time Sync IIN Period 1440 minDNP Message Fragment Size 240DNP Object 1 Default Variation 2DNP Object 2 Default Variation 2DNP Object 20 Default Variation 1DNP Object 21 Default Variation 1DNP Object 22 Default Variation 1DNP Object 23 Default Variation 1DNP Object 30 Default Variation 2DNP Object 32 Default Variation 1DNP Number of Paired Controls 0DNP TCP Connection Timeout 120 s

DNP - IEC104 POINTS LISTSDNP Binary Input Point 0 DNP 79 BLOQ On (VO30)DNP Binary Input Point 1 DNP 79 ON On (VO31)DNP Binary Input Point 2 DNP TP LINEA On (VO32)DNP Binary Input Point 3 DNP TP BARRA On (VO33)DNP Binary Input Point 4 DNP RX RAN On (VO34)DNP Binary Input Point 5 DNP TX 85A On (VO35)DNP Binary Input Point 6 DNP RX JAH On (VO36)DNP Binary Input Point 7 DNP ECHO On (VO37)DNP Binary Input Point 8 DNP 79 CLOSE On (VO38)DNP Binary Input Point 9 DNP 21/21N On (VO39)DNP Binary Input Point 10 DNP 67N On (VO40)DNP Binary Input Point 11 DNP 50BF On (VO41)DNP Binary Input Point 12 DNP Z1B On (VO42)DNP Binary Input Point 13 DNP Z1 On (VO43)DNP Binary Input Point 14 DNP Z2 On (VO44)DNP Binary Input Point 15 DNP Z3 On (VO45)DNP Binary Input Point 16 DNP Z4 On (VO46)DNP Binary Input Point 17 DNP 51/51N On (VO47)DNP Binary Input Point 18 DNP TRIP A On (VO48)DNP Binary Input Point 19 DNP TRIP B On (VO49)DNP Binary Input Point 20 DNP TRIP C On (VO50)DNP Binary Input Point 21 DNP TRIP GND On (VO51)DNP Binary Input Point 22 DNP TRIP S1 On (VO52)DNP Binary Input Point 23 DNP PICKUP On (VO53)DNP Binary Input Point 24 DNP MOD EMER On (VO54)DNP Binary Input Point 25 DNP SOTF On (VO55)DNP Binary Input Point 26 DNP VT FAIL On (VO56)DNP Binary Input Point 27 DNP PSWING On (VO57)DNP Binary Input Point 28 DNP 79BLQ EX On (VO58)DNP Binary Input Point 29 DNP RX85D On (VO59)DNP Binary Input Point 30 DNP TX85D On (VO60)DNP Binary Input Point 31 DNP INC PCOR On (VO61)DNP Analog Input Point 0 Fault Location [1]

IEC 61850GSSE / GOOSE CONFIGURATION

TRANSMISSIONGENERALDefault GSSE/GOOSE Update Time 60 s

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 3

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

GSSEFunction EnabledID GSSEOutDestination MAC 00 00 00 00 00 00

TX CONFIGURABLE GOOSEGOOSEOut 1 Function EnabledGOOSEOut 1 ID GOOSEOut_1GOOSEOut 1 Destination MAC 00 00 00 00 00 00GOOSEOut 1 VLAN Priority 4GOOSEOut 1 VLAN ID 0GOOSEOut 1 ETYPE APPID 0GOOSEOut 1 ConfRev 1GOOSEOut 1 Retransmission Curve RelaxedGOOSEOut 2 Function EnabledGOOSEOut 2 ID GOOSEOut_2GOOSEOut 2 Destination MAC 00 00 00 00 00 00GOOSEOut 2 VLAN Priority 4GOOSEOut 2 VLAN ID 0GOOSEOut 2 ETYPE APPID 0GOOSEOut 2 ConfRev 1GOOSEOut 2 Retransmission Curve RelaxedGOOSEOut 3 Function EnabledGOOSEOut 3 ID GOOSEOut_3GOOSEOut 3 Destination MAC 00 00 00 00 00 00GOOSEOut 3 VLAN Priority 4GOOSEOut 3 VLAN ID 0GOOSEOut 3 ETYPE APPID 0GOOSEOut 3 ConfRev 1GOOSEOut 3 Retransmission Curve RelaxedGOOSEOut 4 Function EnabledGOOSEOut 4 ID GOOSEOut_4GOOSEOut 4 Destination MAC 00 00 00 00 00 00GOOSEOut 4 VLAN Priority 4GOOSEOut 4 VLAN ID 0GOOSEOut 4 ETYPE APPID 0GOOSEOut 4 ConfRev 1GOOSEOut 4 Retransmission Curve RelaxedGOOSEOut 5 Function EnabledGOOSEOut 5 ID GOOSEOut_5GOOSEOut 5 Destination MAC 00 00 00 00 00 00GOOSEOut 5 VLAN Priority 4GOOSEOut 5 VLAN ID 0GOOSEOut 5 ETYPE APPID 0GOOSEOut 5 ConfRev 1GOOSEOut 5 Retransmission Curve RelaxedGOOSEOut 6 Function EnabledGOOSEOut 6 ID GOOSEOut_6GOOSEOut 6 Destination MAC 00 00 00 00 00 00GOOSEOut 6 VLAN Priority 4GOOSEOut 6 VLAN ID 0GOOSEOut 6 ETYPE APPID 0GOOSEOut 6 ConfRev 1GOOSEOut 6 Retransmission Curve RelaxedGOOSEOut 7 Function EnabledGOOSEOut 7 ID GOOSEOut_7GOOSEOut 7 Destination MAC 00 00 00 00 00 00GOOSEOut 7 VLAN Priority 4GOOSEOut 7 VLAN ID 0GOOSEOut 7 ETYPE APPID 0GOOSEOut 7 ConfRev 1GOOSEOut 7 Retransmission Curve RelaxedGOOSEOut 8 Function EnabledGOOSEOut 8 ID GOOSEOut_8GOOSEOut 8 Destination MAC 00 00 00 00 00 00

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 4

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

TX CONFIGURABLE GOOSE (continued from last page)GOOSEOut 8 VLAN Priority 4GOOSEOut 8 VLAN ID 0GOOSEOut 8 ETYPE APPID 0GOOSEOut 8 ConfRev 1GOOSEOut 8 Retransmission Curve Relaxed

SERVER CONFIGURATIONIEDName IEDNameLogical Device Instance LDInstMMS TCP Port Number 102LPHD DC PhyNam location Location

MMXU DEADBANDSMMXU1: TotW Deadband 10.000 %MMXU1: TotVAr Deadband 10.000 %MMXU1: TotVA Deadband 10.000 %MMXU1: TotPF Deadband 10.000 %MMXU1: Hz Deadband 10.000 %MMXU1: PPV phsAB Deadband 10.000 %MMXU1: PPV phsBC Deadband 10.000 %MMXU1: PPV phsCA Deadband 10.000 %MMXU1: PhV phsA Deadband 10.000 %MMXU1: PhV phsB Deadband 10.000 %MMXU1: PhV phsC Deadband 10.000 %MMXU1: A phsA Deadband 10.000 %MMXU1: A phsB Deadband 10.000 %MMXU1: A phsC Deadband 10.000 %MMXU1: A neut Deadband 10.000 %MMXU1: W phsA Deadband 10.000 %MMXU1: W phsB Deadband 10.000 %MMXU1: W phsC Deadband 10.000 %MMXU1: VAr phsA Deadband 10.000 %MMXU1: VAr phsB Deadband 10.000 %MMXU1: VAr phsC Deadband 10.000 %MMXU1: VA phsA Deadband 10.000 %MMXU1: VA phsB Deadband 10.000 %MMXU1: VA phsC Deadband 10.000 %MMXU1: PF phsA Deadband 10.000 %MMXU1: PF phsB Deadband 10.000 %MMXU1: PF phsC Deadband 10.000 %MMXU2: TotW Deadband 10.000 %MMXU2: TotVAr Deadband 10.000 %MMXU2: TotVA Deadband 10.000 %MMXU2: TotPF Deadband 10.000 %MMXU2: Hz Deadband 10.000 %MMXU2: PPV phsAB Deadband 10.000 %MMXU2: PPV phsBC Deadband 10.000 %MMXU2: PPV phsCA Deadband 10.000 %MMXU2: PhV phsA Deadband 10.000 %MMXU2: PhV phsB Deadband 10.000 %MMXU2: PhV phsC Deadband 10.000 %MMXU2: A phsA Deadband 10.000 %MMXU2: A phsB Deadband 10.000 %MMXU2: A phsC Deadband 10.000 %MMXU2: A neut Deadband 10.000 %MMXU2: W phsA Deadband 10.000 %MMXU2: W phsB Deadband 10.000 %MMXU2: W phsC Deadband 10.000 %MMXU2: VAr phsA Deadband 10.000 %MMXU2: VAr phsB Deadband 10.000 %MMXU2: VAr phsC Deadband 10.000 %MMXU2: VA phsA Deadband 10.000 %MMXU2: VA phsB Deadband 10.000 %MMXU2: VA phsC Deadband 10.000 %MMXU2: PF phsA Deadband 10.000 %

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 5

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

MMXU DEADBANDS (continued from last page)MMXU2: PF phsB Deadband 10.000 %MMXU2: PF phsC Deadband 10.000 %

GGIO1 STATUS CONFIGURATIONNumber of Status Points 8

GGIO2 CONTROL CONFIGURATIONSPCSO 1 ctlModel 1SPCSO 2 ctlModel 1SPCSO 3 ctlModel 1SPCSO 4 ctlModel 1SPCSO 5 ctlModel 1SPCSO 6 ctlModel 1SPCSO 7 ctlModel 1SPCSO 8 ctlModel 1SPCSO 9 ctlModel 1SPCSO 10 ctlModel 1SPCSO 11 ctlModel 1SPCSO 12 ctlModel 1SPCSO 13 ctlModel 1SPCSO 14 ctlModel 1SPCSO 15 ctlModel 1SPCSO 16 ctlModel 1SPCSO 17 ctlModel 1SPCSO 18 ctlModel 1SPCSO 19 ctlModel 1SPCSO 20 ctlModel 1SPCSO 21 ctlModel 1SPCSO 22 ctlModel 1SPCSO 23 ctlModel 1SPCSO 24 ctlModel 1SPCSO 25 ctlModel 1SPCSO 26 ctlModel 1SPCSO 27 ctlModel 1SPCSO 28 ctlModel 1SPCSO 29 ctlModel 1SPCSO 30 ctlModel 1SPCSO 31 ctlModel 1SPCSO 32 ctlModel 1SPCSO 33 ctlModel 1SPCSO 34 ctlModel 1SPCSO 35 ctlModel 1SPCSO 36 ctlModel 1SPCSO 37 ctlModel 1SPCSO 38 ctlModel 1SPCSO 39 ctlModel 1SPCSO 40 ctlModel 1SPCSO 41 ctlModel 1SPCSO 42 ctlModel 1SPCSO 43 ctlModel 1SPCSO 44 ctlModel 1SPCSO 45 ctlModel 1SPCSO 46 ctlModel 1SPCSO 47 ctlModel 1SPCSO 48 ctlModel 1SPCSO 49 ctlModel 1SPCSO 50 ctlModel 1SPCSO 51 ctlModel 1SPCSO 52 ctlModel 1SPCSO 53 ctlModel 1SPCSO 54 ctlModel 1SPCSO 55 ctlModel 1SPCSO 56 ctlModel 1SPCSO 57 ctlModel 1SPCSO 58 ctlModel 1

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 6

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

GGIO2 CONTROL CONFIGURATION (continued from last page)SPCSO 59 ctlModel 1SPCSO 60 ctlModel 1SPCSO 61 ctlModel 1SPCSO 62 ctlModel 1SPCSO 63 ctlModel 1SPCSO 64 ctlModel 1

GGIO4 ANALOG CONFIGURATIONIEC61850 GGIO4 Analogs 4IEC61850 GGIO4 Analog 1 Value OFFIEC61850 GGIO4 Analog 1 db 100.000 %IEC61850 GGIO4 Analog 1 min 0.000IEC61850 GGIO4 Analog 1 max 1000000.000IEC61850 GGIO4 Analog 2 Value OFFIEC61850 GGIO4 Analog 2 db 100.000 %IEC61850 GGIO4 Analog 2 min 0.000IEC61850 GGIO4 Analog 2 max 1000000.000IEC61850 GGIO4 Analog 3 Value OFFIEC61850 GGIO4 Analog 3 db 100.000 %IEC61850 GGIO4 Analog 3 min 0.000IEC61850 GGIO4 Analog 3 max 1000000.000IEC61850 GGIO4 Analog 4 Value OFFIEC61850 GGIO4 Analog 4 db 100.000 %IEC61850 GGIO4 Analog 4 min 0.000IEC61850 GGIO4 Analog 4 max 1000000.000IEC61850 GGIO4 Analog 5 Value OFFIEC61850 GGIO4 Analog 5 db 100.000 %IEC61850 GGIO4 Analog 5 min 0.000IEC61850 GGIO4 Analog 5 max 1000000.000IEC61850 GGIO4 Analog 6 Value OFFIEC61850 GGIO4 Analog 6 db 100.000 %IEC61850 GGIO4 Analog 6 min 0.000IEC61850 GGIO4 Analog 6 max 1000000.000IEC61850 GGIO4 Analog 7 Value OFFIEC61850 GGIO4 Analog 7 db 100.000 %IEC61850 GGIO4 Analog 7 min 0.000IEC61850 GGIO4 Analog 7 max 1000000.000IEC61850 GGIO4 Analog 8 Value OFFIEC61850 GGIO4 Analog 8 db 100.000 %IEC61850 GGIO4 Analog 8 min 0.000IEC61850 GGIO4 Analog 8 max 1000000.000IEC61850 GGIO4 Analog 9 Value OFFIEC61850 GGIO4 Analog 9 db 100.000 %IEC61850 GGIO4 Analog 9 min 0.000IEC61850 GGIO4 Analog 9 max 1000000.000IEC61850 GGIO4 Analog 10 Value OFFIEC61850 GGIO4 Analog 10 db 100.000 %IEC61850 GGIO4 Analog 10 min 0.000IEC61850 GGIO4 Analog 10 max 1000000.000IEC61850 GGIO4 Analog 11 Value OFFIEC61850 GGIO4 Analog 11 db 100.000 %IEC61850 GGIO4 Analog 11 min 0.000IEC61850 GGIO4 Analog 11 max 1000000.000IEC61850 GGIO4 Analog 12 Value OFFIEC61850 GGIO4 Analog 12 db 100.000 %IEC61850 GGIO4 Analog 12 min 0.000IEC61850 GGIO4 Analog 12 max 1000000.000IEC61850 GGIO4 Analog 13 Value OFFIEC61850 GGIO4 Analog 13 db 100.000 %IEC61850 GGIO4 Analog 13 min 0.000IEC61850 GGIO4 Analog 13 max 1000000.000IEC61850 GGIO4 Analog 14 Value OFFIEC61850 GGIO4 Analog 14 db 100.000 %IEC61850 GGIO4 Analog 14 min 0.000IEC61850 GGIO4 Analog 14 max 1000000.000

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 7

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

GGIO4 ANALOG CONFIGURATION (continued from last page)IEC61850 GGIO4 Analog 15 Value OFFIEC61850 GGIO4 Analog 15 db 100.000 %IEC61850 GGIO4 Analog 15 min 0.000IEC61850 GGIO4 Analog 15 max 1000000.000IEC61850 GGIO4 Analog 16 Value OFFIEC61850 GGIO4 Analog 16 db 100.000 %IEC61850 GGIO4 Analog 16 min 0.000IEC61850 GGIO4 Analog 16 max 1000000.000IEC61850 GGIO4 Analog 17 Value OFFIEC61850 GGIO4 Analog 17 db 100.000 %IEC61850 GGIO4 Analog 17 min 0.000IEC61850 GGIO4 Analog 17 max 1000000.000IEC61850 GGIO4 Analog 18 Value OFFIEC61850 GGIO4 Analog 18 db 100.000 %IEC61850 GGIO4 Analog 18 min 0.000IEC61850 GGIO4 Analog 18 max 1000000.000IEC61850 GGIO4 Analog 19 Value OFFIEC61850 GGIO4 Analog 19 db 100.000 %IEC61850 GGIO4 Analog 19 min 0.000IEC61850 GGIO4 Analog 19 max 1000000.000IEC61850 GGIO4 Analog 20 Value OFFIEC61850 GGIO4 Analog 20 db 100.000 %IEC61850 GGIO4 Analog 20 min 0.000IEC61850 GGIO4 Analog 20 max 1000000.000IEC61850 GGIO4 Analog 21 Value OFFIEC61850 GGIO4 Analog 21 db 100.000 %IEC61850 GGIO4 Analog 21 min 0.000IEC61850 GGIO4 Analog 21 max 1000000.000IEC61850 GGIO4 Analog 22 Value OFFIEC61850 GGIO4 Analog 22 db 100.000 %IEC61850 GGIO4 Analog 22 min 0.000IEC61850 GGIO4 Analog 22 max 1000000.000IEC61850 GGIO4 Analog 23 Value OFFIEC61850 GGIO4 Analog 23 db 100.000 %IEC61850 GGIO4 Analog 23 min 0.000IEC61850 GGIO4 Analog 23 max 1000000.000IEC61850 GGIO4 Analog 24 Value OFFIEC61850 GGIO4 Analog 24 db 100.000 %IEC61850 GGIO4 Analog 24 min 0.000IEC61850 GGIO4 Analog 24 max 1000000.000IEC61850 GGIO4 Analog 25 Value OFFIEC61850 GGIO4 Analog 25 db 100.000 %IEC61850 GGIO4 Analog 25 min 0.000IEC61850 GGIO4 Analog 25 max 1000000.000IEC61850 GGIO4 Analog 26 Value OFFIEC61850 GGIO4 Analog 26 db 100.000 %IEC61850 GGIO4 Analog 26 min 0.000IEC61850 GGIO4 Analog 26 max 1000000.000IEC61850 GGIO4 Analog 27 Value OFFIEC61850 GGIO4 Analog 27 db 100.000 %IEC61850 GGIO4 Analog 27 min 0.000IEC61850 GGIO4 Analog 27 max 1000000.000IEC61850 GGIO4 Analog 28 Value OFFIEC61850 GGIO4 Analog 28 db 100.000 %IEC61850 GGIO4 Analog 28 min 0.000IEC61850 GGIO4 Analog 28 max 1000000.000IEC61850 GGIO4 Analog 29 Value OFFIEC61850 GGIO4 Analog 29 db 100.000 %IEC61850 GGIO4 Analog 29 min 0.000IEC61850 GGIO4 Analog 29 max 1000000.000IEC61850 GGIO4 Analog 30 Value OFFIEC61850 GGIO4 Analog 30 db 100.000 %IEC61850 GGIO4 Analog 30 min 0.000IEC61850 GGIO4 Analog 30 max 1000000.000IEC61850 GGIO4 Analog 31 Value OFF

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 8

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

GGIO4 ANALOG CONFIGURATION (continued from last page)IEC61850 GGIO4 Analog 31 db 100.000 %IEC61850 GGIO4 Analog 31 min 0.000IEC61850 GGIO4 Analog 31 max 1000000.000IEC61850 GGIO4 Analog 32 Value OFFIEC61850 GGIO4 Analog 32 db 100.000 %IEC61850 GGIO4 Analog 32 min 0.000IEC61850 GGIO4 Analog 32 max 1000000.000

REPORT CONTROL CONFIGURATIONREPORT 1 (GGIO1.BR): RptIDREPORT 1 (GGIO1.BR): OptFlds 0REPORT 1 (GGIO1.BR): BufTm 0REPORT 1 (GGIO1.BR): TrgOps 0REPORT 1 (GGIO1.BR): IntgPd 0REPORT 2 (GGIO1.BR01): RptIDREPORT 2 (GGIO1.BR01): OptFlds 0REPORT 2 (GGIO1.BR01): BufTm 0REPORT 2 (GGIO1.BR01): TrgOps 0REPORT 2 (GGIO1.BR01): IntgPd 0REPORT 3 (GGIO1.RP): RptIDREPORT 3 (GGIO1.RP): OptFlds 0REPORT 3 (GGIO1.RP): BufTm 0REPORT 3 (GGIO1.RP): TrgOps 0REPORT 3 (GGIO1.RP): IntgPd 0REPORT 4 (GGIO4.RP): RptIDREPORT 4 (GGIO4.RP): OptFlds 0REPORT 4 (GGIO4.RP): BufTm 0REPORT 4 (GGIO4.RP): TrgOps 0REPORT 4 (GGIO4.RP): IntgPd 0REPORT 5 (MMXU1.BR): RptIDREPORT 5 (MMXU1.BR): OptFlds 0REPORT 5 (MMXU1.BR): BufTm 0REPORT 5 (MMXU1.BR): TrgOps 0REPORT 5 (MMXU1.BR): IntgPd 0REPORT 6 (MMXU1.RP): RptIDREPORT 6 (MMXU1.RP): OptFlds 0REPORT 6 (MMXU1.RP): BufTm 0REPORT 6 (MMXU1.RP): TrgOps 0REPORT 6 (MMXU1.RP): IntgPd 0REPORT 7 (MMXU2.BR): RptIDREPORT 7 (MMXU2.BR): OptFlds 0REPORT 7 (MMXU2.BR): BufTm 0REPORT 7 (MMXU2.BR): TrgOps 0REPORT 7 (MMXU2.BR): IntgPd 0REPORT 8 (MMXU2.RP): RptIDREPORT 8 (MMXU2.RP): OptFlds 0REPORT 8 (MMXU2.RP): BufTm 0REPORT 8 (MMXU2.RP): TrgOps 0REPORT 8 (MMXU2.RP): IntgPd 0

XCBR CONFIGURATIONXCBR1 ST.Loc Operand OFFClear XCBR1 OpCnt NoXCBR2 ST.Loc Operand OFFClear XCBR2 OpCnt No

XSWI CONFIGURATIONXSWI1 ST.Loc Operand OFFXSWI2 ST.Loc Operand OFFXSWI3 ST.Loc Operand OFFXSWI4 ST.Loc Operand OFFXSWI5 ST.Loc Operand OFFXSWI6 ST.Loc Operand OFFXSWI7 ST.Loc Operand OFFXSWI8 ST.Loc Operand OFF

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 9

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

XSWI CONFIGURATION (continued from last page)Clear XSWI1 OpCnt NoClear XSWI2 OpCnt NoClear XSWI3 OpCnt NoClear XSWI4 OpCnt NoClear XSWI5 OpCnt NoClear XSWI6 OpCnt NoClear XSWI7 OpCnt NoClear XSWI8 OpCnt No

HTTPHTTP TCP Port Number 80

TFTPTFTP Main UDP Port Number 69TFTP Data UDP Port Number 1 0TFTP Data UDP Port Number 2 0

SNTPFunction EnabledServer IP Address 192.168.104.105UDP Port Number 123

REAL TIME CLOCKIRIG-B Signal Type NoneReal Time Clock Events DisabledTime Zone Offset -4.0 hrDST Function EnabledDST Start Month OctoberDST Start Day SaturdayDST Start Day Instance SecondDST Start Hour 0DST Stop Month MarchDST Stop Day SaturdayDST Stop Day Instance SecondDST Stop Hour 0

FAULT REPORTFault Report 1 Source SRC 1 (SRC 1)Fault Report 1 Trigger TRIP OUTPUT OPFault Report 1 Positive Seq (Z1) Mag 33.82 ohmsFault Report 1 Positive Seq (Z1) Angle 77 degFault Report 1 Zero Seq (Z0) Mag 33.82 ohmsFault Report 1 Zero Seq (Z0) Angle 77 degFault Report 1 Line Length Units kmFault Report 1 Line Length 110.9Fault Report 1 VT Substitution NoneFault Report 1 System Z0 Mag 2.00 ohmsFault Report 1 System Z0 Angle 75 deg

OSCILLOGRAPHYNumber Of Records 5Trigger Mode Automatic OverwriteTrigger Position 30 %Trigger Source Osc Trigger On (VO64)AC Input Waveforms 32 samples/cycleDigital Channel 1 PH DIR1 BLKDigital Channel 2 PH DIST Z1 OPDigital Channel 3 GND DIST Z1 OPDigital Channel 4 PH DIST Z2 OPDigital Channel 5 GND DIST Z2 OPDigital Channel 6 PH DIST Z3 OPDigital Channel 7 GND DIST Z3 OPDigital Channel 8 PH DIST Z4 OPDigital Channel 9 GND DIST Z4 OPDigital Channel 10 PH DIST Z5 OP

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 10

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

OSCILLOGRAPHY (continued from last page)Digital Channel 11 GND DIST Z5 OPDigital Channel 12 LINE PICKUP OPDigital Channel 13 POWER SWING BLOCKDigital Channel 14 NEUTRAL TOC1 OPDigital Channel 15 PHASE TOC1 OPDigital Channel 16 NEUTRAL TOC2 OPDigital Channel 17 52A9 Abierto On(M7a)Digital Channel 18 Falla TP Lin On(U7a)Digital Channel 19 Rx. 85A1 On(U8a)Digital Channel 20 POTT TX1Digital Channel 21 Rx. 85D On(U8c)Digital Channel 22 BKR FAIL 1 T1 OPDigital Channel 23 BKR FAIL 1 RETRIPDigital Channel 24 AR CLOSE BKR 1Digital Channel 25 AR DISABLEDDigital Channel 26 OPEN POLE OP ADigital Channel 27 OPEN POLE OP BDigital Channel 28 OPEN POLE OP CDigital Channel 29 OPEN POLE OPDigital Channel 30 LED ECHO On (VO15)Digital Channel 31 NEG SEQ DIR OC1 FWDDigital Channel 32 NEG SEQ DIR OC1 REVDigital Channel 33 TRIP OUTPUT OPDigital Channel 34 TRIP PHASE ADigital Channel 35 TRIP PHASE BDigital Channel 36 TRIP PHASE CDigital Channel 38 SRC1 VT FUSE FAIL OPDigital Channel 39 Rx. 85A2 On(W7c)Digital Channel 40 Emision 85A On (VO24)Analog Channel 1 SRC1 Ia RMSAnalog Channel 2 SRC1 Ib RMSAnalog Channel 3 SRC1 Ic RMSAnalog Channel 4 SRC1 In RMSAnalog Channel 5 SRC1 Vag RMSAnalog Channel 6 SRC1 Vbg RMSAnalog Channel 7 SRC1 Vcg RMSAnalog Channel 8 SRC1 FrequencyAnalog Channel 9 SRC1 V_0 MagAnalog Channel 10 SRC1 I_0 MagAnalog Channel 11 SRC1 V_2 MagAnalog Channel 12 SRC1 I_2 MagAnalog Channel 13 SRC1 V_1 MagAnalog Channel 14 SRC1 I_1 MagAnalog Channel 15 SRC2 Vx RMSAnalog Channel 16 Tracking Frequency

DATA LOGGERData Logger Mode ContinuousData Logger Trigger OFFRate 60000 msec

USER-PROGRAMMABLE LEDSUSER PROGRAMMABLE LEDSLED 1: OPERAND LED Z1 Op. On (VO9)LED 1: TYPE LatchedLED 2: OPERAND LED Z1B Op. On (VO10)LED 2: TYPE LatchedLED 3: OPERAND LED Z2 Op. On (VO11)LED 3: TYPE LatchedLED 4: OPERAND LED Z3 Op. On (VO12)LED 4: TYPE LatchedLED 5: OPERAND LED Z4 Op. On (VO13)LED 5: TYPE LatchedLED 6: OPERAND LINE PICKUP OPLED 6: TYPE Latched

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 11

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

USER PROGRAMMABLE LEDS (continued from last page)LED 7: OPERAND LED 67N On (VO16)LED 7: TYPE LatchedLED 8: OPERAND LED 51-51N On (VO14)LED 8: TYPE LatchedLED 9: OPERAND BKR FAIL 1 T1 OPLED 9: TYPE LatchedLED 10: OPERAND POWER SWING BLOCKLED 10: TYPE LatchedLED 11: OPERAND LED ECHO On (VO15)LED 11: TYPE LatchedLED 12: OPERAND 52A9 Abierto On(M7a)LED 12: TYPE Self-ResetLED 13: OPERAND Rx. 85A1 On(U8a)LED 13: TYPE LatchedLED 14: OPERAND Rx. 85A2 On(W7c)LED 14: TYPE LatchedLED 15: OPERAND HYBRID POTT TX1LED 15: TYPE LatchedLED 16: OPERAND Tx. 85D On (VO22)LED 16: TYPE LatchedLED 17: OPERAND Blq.21Z1 21N On (VO2)LED 17: TYPE Self-ResetLED 18: OPERAND Start 50BF On (VO4)LED 18: TYPE LatchedLED 19: OPERAND AR CLOSE BKR 1LED 19: TYPE LatchedLED 20: OPERAND Bloq. 79 On (VO6)LED 20: TYPE Self-ResetLED 21: OPERAND P.Cort. Abie On(M8a)LED 21: TYPE Self-ResetLED 22: OPERAND DNP INC PCOR On (VO61)LED 22: TYPE Self-Reset

USER-PROGRAMMABLE SELF TESTSRemote Device Off Function EnabledBattery Fail Function EnabledSNTP Fail Function EnabledIRIG B Fail Function Enabled

USER-DEFINABLE DISPLAYSUSER DISPLAY 1: Top Line LIN. PTA CORTES 1 A9USER DISPLAY 1: Bottom Line SISTEMA 2USER DISPLAY 1: Item 1 0USER DISPLAY 1: Item 2 0USER DISPLAY 1: Item 3 0USER DISPLAY 1: Item 4 0USER DISPLAY 1: Item 5 0USER DISPLAY 2: Top Line POTENCIA ACTIVAUSER DISPLAY 2: Bottom Line ~1USER DISPLAY 2: Item 1 7168USER DISPLAY 2: Item 2 0USER DISPLAY 2: Item 3 0USER DISPLAY 2: Item 4 0USER DISPLAY 2: Item 5 0USER DISPLAY 3: Top Line POTENCIA REACTIVAUSER DISPLAY 3: Bottom Line ~1USER DISPLAY 3: Item 1 7176USER DISPLAY 3: Item 2 0USER DISPLAY 3: Item 3 0USER DISPLAY 3: Item 4 0USER DISPLAY 3: Item 5 0USER DISPLAY 4: Top Line CORRIENTE FASE AUSER DISPLAY 4: Bottom Line ~1USER DISPLAY 4: Item 1 6144USER DISPLAY 4: Item 2 0

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 12

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

USER-DEFINABLE DISPLAYS (continued from last page)USER DISPLAY 4: Item 3 0USER DISPLAY 4: Item 4 0USER DISPLAY 4: Item 5 0USER DISPLAY 5: Top Line CORRIENTE FASE BUSER DISPLAY 5: Bottom Line ~1USER DISPLAY 5: Item 1 6146USER DISPLAY 5: Item 2 0USER DISPLAY 5: Item 3 0USER DISPLAY 5: Item 4 0USER DISPLAY 5: Item 5 0USER DISPLAY 6: Top Line CORRIENTE FASE CUSER DISPLAY 6: Bottom Line ~1USER DISPLAY 6: Item 1 6148USER DISPLAY 6: Item 2 0USER DISPLAY 6: Item 3 0USER DISPLAY 6: Item 4 0USER DISPLAY 6: Item 5 0USER DISPLAY 7: Top Line TENSION VABUSER DISPLAY 7: Bottom Line ~1USER DISPLAY 7: Item 1 6671USER DISPLAY 7: Item 2 0USER DISPLAY 7: Item 3 0USER DISPLAY 7: Item 4 0USER DISPLAY 7: Item 5 0USER DISPLAY 8: Top Line TENSION VBCUSER DISPLAY 8: Bottom Line ~1USER DISPLAY 8: Item 1 6673USER DISPLAY 8: Item 2 0USER DISPLAY 8: Item 3 0USER DISPLAY 8: Item 4 0USER DISPLAY 8: Item 5 0USER DISPLAY 9: Top Line TENSION VCAUSER DISPLAY 9: Bottom Line ~1USER DISPLAY 9: Item 1 6675USER DISPLAY 9: Item 2 0USER DISPLAY 9: Item 3 0USER DISPLAY 9: Item 4 0USER DISPLAY 9: Item 5 0USER DISPLAY 10: Top Line DISTANCIA DE FALLAUSER DISPLAY 10: Bottom Line ~1 ~2USER DISPLAY 10: Item 1 9061USER DISPLAY 10: Item 2 37382USER DISPLAY 10: Item 3 0USER DISPLAY 10: Item 4 0USER DISPLAY 10: Item 5 0Invoke and Scroll ON

INSTALLATIONRelay Name 52A9_D60

SYSTEM SETUPAC INPUTS

CURRENTCT F1: Phase CT Primary 1000 ACT F1: Phase CT Secondary 1 ACT F1: Ground CT Primary 1000 ACT F1: Ground CT Secondary 1 A

VOLTAGEVT F5: Phase VT Connection WyeVT F5: Phase VT Secondary 66.4 VVT F5: Phase VT Ratio 1339.13 :1VT F5: Auxiliary VT Connection VbgVT F5: Auxiliary VT Secondary 66.4 VVT F5: Auxiliary VT Ratio 1339.13 :1

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POWER SYSTEMNominal Frequency 50 HzPhase Rotation ABCFrequency And Phase Reference SRC 1 (SRC 1)Frequency Tracking Function Enabled

SIGNAL SOURCESSOURCE 1: Name SRC 1SOURCE 1: Phase CT F1SOURCE 1: Ground CT F1SOURCE 1: Phase VT F5SOURCE 1: Auxiliary VT NoneSOURCE 2: Name SRC 2SOURCE 2: Phase CT NoneSOURCE 2: Ground CT NoneSOURCE 2: Phase VT NoneSOURCE 2: Auxiliary VT F5

BREAKERSBreaker 1 Function EnabledBreaker 1 Push Button Control DisabledBreaker 1 Name 52A9Breaker 1 Mode 1-PoleBreaker 1 Open OFFBreaker 1 Block Open OFFBreaker 1 Close OFFBreaker 1 Block Close OFFBreaker 1 Phase A/3-Pole Closed Polo 1 cerr On(H7c)Breaker 1 Phase A/3-Pole Opened 52A9 Abierto On(M7a)Breaker 1 Phase B Closed Polo 2 cerr On(H8a)Breaker 1 Phase B Opened OFFBreaker 1 Phase C Closed Polo 3 cerr On(H8c)Breaker 1 Phase C Opened OFFBreaker 1 Toperate 0.070 sBreaker 1 External Alarm OFFBreaker 1 Alarm Delay 0.000 sBreaker 1 Manual Close Recal Time 0.000 sBreaker 1 Out Of Service OFFBreaker 1 Events Disabled

FLEXLOGICFLEXLOGIC EQUATION EDITORFlexLogic Entry 1 AR CLOSE BKR 1FlexLogic Entry 2 POSITIVE ONE SHOTFlexLogic Entry 3 BKR FAIL 1 T1 OPFlexLogic Entry 4 POSITIVE ONE SHOTFlexLogic Entry 5 POWER SWING BLOCKFlexLogic Entry 6 POSITIVE ONE SHOTFlexLogic Entry 7 TRIP OUTPUT OPFlexLogic Entry 8 POSITIVE ONE SHOTFlexLogic Entry 9 OR(4)FlexLogic Entry 10 = Osc Trigger (VO64)FlexLogic Entry 11 LINE PICKUP OPFlexLogic Entry 12 PHASE TOC1 OPFlexLogic Entry 13 PH DIST Z1 OPFlexLogic Entry 14 PH DIST Z3 OPFlexLogic Entry 15 PH DIST Z4 OPFlexLogic Entry 16 PH DIST Z5 OPFlexLogic Entry 17 GND DIST Z3 OPFlexLogic Entry 18 GND DIST Z4 OPFlexLogic Entry 19 GND DIST Z5 OPFlexLogic Entry 20 NEUTRAL TOC1 OPFlexLogic Entry 21 NEUTRAL TOC2 OPFlexLogic Entry 22 HYBRID POTT OPFlexLogic Entry 23 Trip 85D On (VO5)

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 24 OR(13)FlexLogic Entry 25 = Trip 3p (VO1)FlexLogic Entry 26 SRC1 VT FUSE FAIL OPFlexLogic Entry 27 Falla TP Lin On(U7a)FlexLogic Entry 28 OR(2)FlexLogic Entry 29 = Blq.21Z1 21N (VO2)FlexLogic Entry 30 Blq.21Z1 21N On (VO2)FlexLogic Entry 31 POWER SWING BLOCKFlexLogic Entry 32 OR(2)FlexLogic Entry 33 = Blq.21Z2-Z5 (VO3)FlexLogic Entry 34 TRIP OUTPUT OPFlexLogic Entry 35 Op. 86B On(P8c)FlexLogic Entry 36 Trip 85D On (VO5)FlexLogic Entry 37 Start BF 87B On(W7a)FlexLogic Entry 38 OR(4)FlexLogic Entry 39 = Start 50BF (VO4)FlexLogic Entry 40 P.Cort. Abie On(M8a)FlexLogic Entry 41 NOTFlexLogic Entry 42 P.Cort. Cerr On(M8c)FlexLogic Entry 43 Rx. 85D On(U8c)FlexLogic Entry 44 AND(3)FlexLogic Entry 45 = Trip 85D (VO5)FlexLogic Entry 46 52 apto On(H7a)FlexLogic Entry 47 NOTFlexLogic Entry 48 Hab. Reconex On(W5a)FlexLogic Entry 49 NOTFlexLogic Entry 50 Rec. en prog On(P7a)FlexLogic Entry 51 Bloq. 79 p43 On(P7c)FlexLogic Entry 52 Op. 86B On(P8c)FlexLogic Entry 53 OR(5)FlexLogic Entry 54 = Bloq. 79 (VO6)FlexLogic Entry 55 OPEN POLE OP AFlexLogic Entry 56 OPEN POLE OP BFlexLogic Entry 57 OPEN POLE OP CFlexLogic Entry 58 AND(3)FlexLogic Entry 59 = Open 3p (VO7)FlexLogic Entry 60 SRC1 VT FUSE FAIL OPFlexLogic Entry 61 Falla TP Lin On(U7a)FlexLogic Entry 62 OR(2)FlexLogic Entry 63 NOTFlexLogic Entry 64 = VT ok (VO8)FlexLogic Entry 65 PH DIST Z1 OPFlexLogic Entry 66 GND DIST Z1 OPFlexLogic Entry 67 OR(2)FlexLogic Entry 68 = LED Z1 Op. (VO9)FlexLogic Entry 69 PH DIST Z2 OPFlexLogic Entry 70 GND DIST Z2 OPFlexLogic Entry 71 OR(2)FlexLogic Entry 72 = LED Z1B Op. (VO10)FlexLogic Entry 73 PH DIST Z3 OPFlexLogic Entry 74 GND DIST Z3 OPFlexLogic Entry 75 OR(2)FlexLogic Entry 76 = LED Z2 Op. (VO11)FlexLogic Entry 77 PH DIST Z4 OPFlexLogic Entry 78 GND DIST Z4 OPFlexLogic Entry 79 OR(2)FlexLogic Entry 80 = LED Z3 Op. (VO12)FlexLogic Entry 81 PH DIST Z5 OPFlexLogic Entry 82 GND DIST Z5 OPFlexLogic Entry 83 OR(2)FlexLogic Entry 84 = LED Z4 Op. (VO13)FlexLogic Entry 85 PHASE TOC1 OPFlexLogic Entry 86 NEUTRAL TOC1 OPFlexLogic Entry 87 OR(2)FlexLogic Entry 88 = LED 51-51N (VO14)

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ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 89 Rx. 85A2 On(W7c)FlexLogic Entry 90 Rx. 85A1 On(U8a)FlexLogic Entry 91 AND(2)FlexLogic Entry 92 Open 3p On (VO7)FlexLogic Entry 93 HYBRID POTT TX1FlexLogic Entry 94 AND(3)FlexLogic Entry 95 = LED ECHO (VO15)FlexLogic Entry 96 NEUTRAL TOC2 OPFlexLogic Entry 97 VT ok On (VO8)FlexLogic Entry 98 AND(2)FlexLogic Entry 99 = LED 67N (VO16)FlexLogic Entry 100 PH DIST Z1 OPFlexLogic Entry 101 HYBRID POTT OPFlexLogic Entry 102 GND DIST Z1 OPFlexLogic Entry 103 OR(3)FlexLogic Entry 104 = AR 3P START (VO17)FlexLogic Entry 105 Rx. 85A1 On(U8a)FlexLogic Entry 106 Rx. 85A2 On(W7c)FlexLogic Entry 107 AND(2)FlexLogic Entry 108 = RX. 85A (VO21)FlexLogic Entry 109 P.Cort. Abie On(M8a)FlexLogic Entry 110 NOTFlexLogic Entry 111 P.Cort. Cerr On(M8c)FlexLogic Entry 112 BKR FAIL 1 T1 OPFlexLogic Entry 113 AND(3)FlexLogic Entry 114 = Tx. 85D (VO22)FlexLogic Entry 115 DNP INC PCOR On (VO61)FlexLogic Entry 116 P.Cort. Abie On(M8a)FlexLogic Entry 117 OR(2)FlexLogic Entry 118 = BLOCK HYBRID (VO23)FlexLogic Entry 119 AR DISABLEDFlexLogic Entry 120 = DNP 79 BLOQ (VO30)FlexLogic Entry 121 AR ENABLEDFlexLogic Entry 122 = DNP 79 ON (VO31)FlexLogic Entry 123 Falla TP Lin On(U7a)FlexLogic Entry 124 = DNP TP LINEA (VO32)FlexLogic Entry 125 Falla TP Bar On(U7c)FlexLogic Entry 126 = DNP TP BARRA (VO33)FlexLogic Entry 127 Rx. 85A1 On(U8a)FlexLogic Entry 128 = DNP RX RAN (VO34)FlexLogic Entry 129 HYBRID POTT TX1FlexLogic Entry 130 = DNP TX 85A (VO35)FlexLogic Entry 131 Rx. 85A2 On(W7c)FlexLogic Entry 132 = DNP RX JAH (VO36)FlexLogic Entry 133 Rx. 85A1 On(U8a)FlexLogic Entry 134 Rx. 85A2 On(W7c)FlexLogic Entry 135 AND(2)FlexLogic Entry 136 Open 3p On (VO7)FlexLogic Entry 137 HYBRID POTT TX1FlexLogic Entry 138 AND(3)FlexLogic Entry 139 = DNP ECHO (VO37)FlexLogic Entry 140 AR CLOSE BKR 1FlexLogic Entry 141 = DNP 79 CLOSE (VO38)FlexLogic Entry 142 PH DIST Z1 OPFlexLogic Entry 143 PH DIST Z2 OPFlexLogic Entry 144 PH DIST Z3 OPFlexLogic Entry 145 PH DIST Z4 OPFlexLogic Entry 146 GND DIST Z1 OPFlexLogic Entry 147 GND DIST Z2 OPFlexLogic Entry 148 GND DIST Z3 OPFlexLogic Entry 149 GND DIST Z4 OPFlexLogic Entry 150 OR(8)FlexLogic Entry 151 = DNP 21/21N (VO39)FlexLogic Entry 152 NEUTRAL TOC2 OPFlexLogic Entry 153 = DNP 67N (VO40)

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ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 154 BKR FAIL 1 T1 OPFlexLogic Entry 155 = DNP 50BF (VO41)FlexLogic Entry 156 PH DIST Z2 OPFlexLogic Entry 157 GND DIST Z2 OPFlexLogic Entry 158 OR(2)FlexLogic Entry 159 = DNP Z1B (VO42)FlexLogic Entry 160 PH DIST Z1 OPFlexLogic Entry 161 GND DIST Z1 OPFlexLogic Entry 162 OR(2)FlexLogic Entry 163 = DNP Z1 (VO43)FlexLogic Entry 164 PH DIST Z3 OPFlexLogic Entry 165 GND DIST Z3 OPFlexLogic Entry 166 OR(2)FlexLogic Entry 167 = DNP Z2 (VO44)FlexLogic Entry 168 PH DIST Z4 OPFlexLogic Entry 169 GND DIST Z4 OPFlexLogic Entry 170 OR(2)FlexLogic Entry 171 = DNP Z3 (VO45)FlexLogic Entry 172 PH DIST Z5 OPFlexLogic Entry 173 GND DIST Z5 OPFlexLogic Entry 174 OR(2)FlexLogic Entry 175 = DNP Z4 (VO46)FlexLogic Entry 176 PHASE TOC1 OPFlexLogic Entry 177 NEUTRAL TOC1 OPFlexLogic Entry 178 OR(2)FlexLogic Entry 179 = DNP 51/51N (VO47)FlexLogic Entry 180 TRIP PHASE AFlexLogic Entry 181 = DNP TRIP A (VO48)FlexLogic Entry 182 TRIP PHASE BFlexLogic Entry 183 = DNP TRIP B (VO49)FlexLogic Entry 184 TRIP PHASE CFlexLogic Entry 185 = DNP TRIP C (VO50)FlexLogic Entry 186 NEUTRAL TOC1 OPFlexLogic Entry 187 NEUTRAL TOC2 OPFlexLogic Entry 188 GND DIST Z1 OPFlexLogic Entry 189 GND DIST Z2 OPFlexLogic Entry 190 GND DIST Z3 OPFlexLogic Entry 191 GND DIST Z4 OPFlexLogic Entry 192 OR(6)FlexLogic Entry 193 = DNP TRIP GND (VO51)FlexLogic Entry 194 Trip polo 1 On(W5c)FlexLogic Entry 195 Trip polo 2 On(W6a)FlexLogic Entry 196 Trip polo 3 On(W6c)FlexLogic Entry 197 OR(3)FlexLogic Entry 198 = DNP TRIP S1 (VO52)FlexLogic Entry 199 LED PICKUPFlexLogic Entry 200 = DNP PICKUP (VO53)FlexLogic Entry 201 SRC1 VT FUSE FAIL OPFlexLogic Entry 202 Falla TP Lin On(U7a)FlexLogic Entry 203 OR(2)FlexLogic Entry 204 = DNP MOD EMER (VO54)FlexLogic Entry 205 LINE PICKUP OPFlexLogic Entry 206 = DNP SOTF (VO55)FlexLogic Entry 207 SRC1 VT FUSE FAIL OPFlexLogic Entry 208 = DNP VT FAIL (VO56)FlexLogic Entry 209 POWER SWING BLOCKFlexLogic Entry 210 = DNP PSWING (VO57)FlexLogic Entry 211 52 apto On(H7a)FlexLogic Entry 212 NOTFlexLogic Entry 213 Hab. Reconex On(W5a)FlexLogic Entry 214 NOTFlexLogic Entry 215 Rec. en prog On(P7a)FlexLogic Entry 216 Bloq. 79 p43 On(P7c)FlexLogic Entry 217 Op. 86B On(P8c)FlexLogic Entry 218 OR(5)

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ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 219 = DNP 79BLQ EX (VO58)FlexLogic Entry 220 Rx. 85D On(U8c)FlexLogic Entry 221 = DNP RX85D (VO59)FlexLogic Entry 222 BKR FAIL 1 T1 OPFlexLogic Entry 223 = DNP TX85D (VO60)FlexLogic Entry 224 P.Cort. Abie On(M8a)FlexLogic Entry 225 P.Cort. Cerr On(M8c)FlexLogic Entry 226 AND(2)FlexLogic Entry 227 P.Cort. Abie Off(M8a)FlexLogic Entry 228 P.Cort. Cerr Off(M8c)FlexLogic Entry 229 AND(2)FlexLogic Entry 230 OR(2)FlexLogic Entry 231 = DNP INC PCOR (VO61)FlexLogic Entry 232 HYBRID POTT TX1FlexLogic Entry 233 TIMER 1FlexLogic Entry 234 = Emision 85A (VO24)FlexLogic Entry 235 GND DIST Z5 OPFlexLogic Entry 236 PH DIST Z5 OPFlexLogic Entry 237 OR(2)FlexLogic Entry 238 = EDAG Z5 (VO65)FlexLogic Entry 239 PH DIST Z3 PKPFlexLogic Entry 240 = PKP Z3 (VO66)FlexLogic Entry 241 RX. 85A On (VO21)FlexLogic Entry 242 Open 3p On (VO7)FlexLogic Entry 243 AND(2)FlexLogic Entry 244 = ECHO TX (VO67)FlexLogic Entry 245 END

FLEXLOGIC TIMERSTimer 1: Type millisecondTimer 1: Pickup Delay 0Timer 1: Dropout Delay 100

GROUPED ELEMENTSGROUP 1

LINE PICKUP [GROUP 1] Function EnabledSignal Source SRC 1 (SRC 1)Phase IOC Line Pickup 0.800 puUV Pickup 0.800 puLine End Open Pickup Delay 0.200 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass EnabledAutoreclose Coordination Pickup Delay 0.045 sAutoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFDistance Trip EnabledBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 1] Source SRC 1 (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 1] PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection None

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PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 19.49 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 0.02 ohmsPHASE DISTANCE Z1: Rev Reach RCA 77 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 49 degPHASE DISTANCE Z1: DIR Comp Limit 71 degPHASE DISTANCE Z1: Quad Right Blinder 19.49 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 77 degPHASE DISTANCE Z1: Quad Left Blinder 19.49 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 77 degPHASE DISTANCE Z1: Supervision 0.100 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block Blq.21Z1 21N On (VO2)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function EnabledPHASE DISTANCE Z2: Direction ForwardPHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 68.18 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 0.02 ohmsPHASE DISTANCE Z2: Rev Reach RCA 77 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 49 degPHASE DISTANCE Z2: DIR Comp Limit 71 degPHASE DISTANCE Z2: Quad Right Blinder 68.18 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 77 degPHASE DISTANCE Z2: Quad Left Blinder 68.18 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 77 degPHASE DISTANCE Z2: Supervision 0.100 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 65.000 sPHASE DISTANCE Z2: Block Blq.21Z2-Z5 On (VO3)PHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 34.79 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 0.02 ohmsPHASE DISTANCE Z3: Rev Reach RCA 77 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 49 degPHASE DISTANCE Z3: DIR Comp Limit 71 degPHASE DISTANCE Z3: Quad Right Blinder 34.79 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 77 degPHASE DISTANCE Z3: Quad Left Blinder 34.79 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 77 degPHASE DISTANCE Z3: Supervision 0.100 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 0.600 sPHASE DISTANCE Z3: Block Blq.21Z2-Z5 On (VO3)PHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape Quad

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PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 67.75 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 0.02 ohmsPHASE DISTANCE Z4: Rev Reach RCA 77 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 49 degPHASE DISTANCE Z4: DIR Comp Limit 71 degPHASE DISTANCE Z4: Quad Right Blinder 67.75 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 77 degPHASE DISTANCE Z4: Quad Left Blinder 67.75 ohmsPHASE DISTANCE Z4: Quad Left Blinder RCA 77 degPHASE DISTANCE Z4: Supervision 0.100 puPHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.500 sPHASE DISTANCE Z4: Block Blq.21Z2-Z5 On (VO3)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events EnabledPHASE DISTANCE Z5: Function EnabledPHASE DISTANCE Z5: Direction ForwardPHASE DISTANCE Z5: Shape QuadPHASE DISTANCE Z5: Xfmr Vol Connection NonePHASE DISTANCE Z5: Xfmr Curr Connection NonePHASE DISTANCE Z5: Reach 66.95 ohmsPHASE DISTANCE Z5: RCA 90 degPHASE DISTANCE Z5: Rev Reach 0.02 ohmsPHASE DISTANCE Z5: Rev Reach RCA 77 degPHASE DISTANCE Z5: Comp Limit 90 degPHASE DISTANCE Z5: DIR RCA 49 degPHASE DISTANCE Z5: DIR Comp Limit 71 degPHASE DISTANCE Z5: Quad Right Blinder 66.95 ohmsPHASE DISTANCE Z5: Quad Right Blinder RCA 77 degPHASE DISTANCE Z5: Quad Left Blinder 66.95 ohmsPHASE DISTANCE Z5: Quad Left Blinder RCA 77 degPHASE DISTANCE Z5: Supervision 0.100 puPHASE DISTANCE Z5: Volt Level 0.000 puPHASE DISTANCE Z5: Delay 1.500 sPHASE DISTANCE Z5: Block Blq.21Z2-Z5 On (VO3)PHASE DISTANCE Z5: Target Self-resetPHASE DISTANCE Z5: Events Enabled

GROUND DISTANCE [GROUP 1] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction ForwardGROUND DISTANCE Z1: Shape QuadGROUND DISTANCE Z1: Z0/Z1 Mag 3.41GROUND DISTANCE Z1: Z0/Z1 Ang 3 degGROUND DISTANCE Z1: Z0M/Z1 Mag 0.00GROUND DISTANCE Z1: Z0M/Z1 Ang 0 degGROUND DISTANCE Z1: Reach 19.49 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 0.02 ohmsGROUND DISTANCE Z1: Rev Reach RCA 77 degGROUND DISTANCE Z1: POL Current Neg-seqGROUND DISTANCE Z1: Non-Homogen Ang 0.0 degGROUND DISTANCE Z1: Comp Limit 90 degGROUND DISTANCE Z1: DIR RCA 49 degGROUND DISTANCE Z1: DIR Comp Limit 71 degGROUND DISTANCE Z1: Quad Right Blinder 19.49 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 77 degGROUND DISTANCE Z1: Quad Left Blinder 19.49 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 77 degGROUND DISTANCE Z1: Supervision 0.100 puGROUND DISTANCE Z1: Volt Level 0.000 pu

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URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block Blq.21Z1 21N On (VO2)GROUND DISTANCE Z1: Target Self-resetGROUND DISTANCE Z1: Events EnabledGROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.41GROUND DISTANCE Z2: Z0/Z1 Ang 3 degGROUND DISTANCE Z2: Z0M/Z1 Mag 0.00GROUND DISTANCE Z2: Z0M/Z1 Ang 0 degGROUND DISTANCE Z2: Reach 68.18 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 0.02 ohmsGROUND DISTANCE Z2: Rev Reach RCA 77 degGROUND DISTANCE Z2: POL Current Neg-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 degGROUND DISTANCE Z2: DIR RCA 49 degGROUND DISTANCE Z2: DIR Comp Limit 71 degGROUND DISTANCE Z2: Quad Right Blinder 68.18 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 77 degGROUND DISTANCE Z2: Quad Left Blinder 68.18 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 77 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 65.000 sGROUND DISTANCE Z2: Block Blq.21Z1 21N On (VO2)GROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.41GROUND DISTANCE Z3: Z0/Z1 Ang 3 degGROUND DISTANCE Z3: Z0M/Z1 Mag 0.00GROUND DISTANCE Z3: Z0M/Z1 Ang 0 degGROUND DISTANCE Z3: Reach 34.79 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 0.02 ohmsGROUND DISTANCE Z3: Rev Reach RCA 77 degGROUND DISTANCE Z3: POL Current Neg-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 degGROUND DISTANCE Z3: DIR RCA 49 degGROUND DISTANCE Z3: DIR Comp Limit 71 degGROUND DISTANCE Z3: Quad Right Blinder 34.79 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 77 degGROUND DISTANCE Z3: Quad Left Blinder 34.79 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 77 degGROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 0.600 sGROUND DISTANCE Z3: Block Blq.21Z1 21N On (VO2)GROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.41GROUND DISTANCE Z4: Z0/Z1 Ang 3 degGROUND DISTANCE Z4: Z0M/Z1 Mag 0.00GROUND DISTANCE Z4: Z0M/Z1 Ang 0 degGROUND DISTANCE Z4: Reach 67.75 ohmsGROUND DISTANCE Z4: RCA 90 deg

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 21

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z4: Rev Reach 0.02 ohmsGROUND DISTANCE Z4: Rev Reach RCA 77 degGROUND DISTANCE Z4: POL Current Neg-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 degGROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 49 degGROUND DISTANCE Z4: DIR Comp Limit 71 degGROUND DISTANCE Z4: Quad Right Blinder 67.75 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 77 degGROUND DISTANCE Z4: Quad Left Blinder 67.75 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 77 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.500 sGROUND DISTANCE Z4: Block Blq.21Z1 21N On (VO2)GROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events EnabledGROUND DISTANCE Z5: Function EnabledGROUND DISTANCE Z5: Direction ForwardGROUND DISTANCE Z5: Shape QuadGROUND DISTANCE Z5: Z0/Z1 Mag 3.41GROUND DISTANCE Z5: Z0/Z1 Ang 3 degGROUND DISTANCE Z5: Z0M/Z1 Mag 0.00GROUND DISTANCE Z5: Z0M/Z1 Ang 0 degGROUND DISTANCE Z5: Reach 66.95 ohmsGROUND DISTANCE Z5: RCA 90 degGROUND DISTANCE Z5: Rev Reach 0.02 ohmsGROUND DISTANCE Z5: Rev Reach RCA 77 degGROUND DISTANCE Z5: POL Current Neg-seqGROUND DISTANCE Z5: Non-Homogen Ang 0.0 degGROUND DISTANCE Z5: Comp Limit 90 degGROUND DISTANCE Z5: DIR RCA 49 degGROUND DISTANCE Z5: DIR Comp Limit 71 degGROUND DISTANCE Z5: Quad Right Blinder 66.95 ohmsGROUND DISTANCE Z5: Quad Right Blinder RCA 77 degGROUND DISTANCE Z5: Quad Left Blinder 66.95 ohmsGROUND DISTANCE Z5: Quad Left Blinder RCA 77 degGROUND DISTANCE Z5: Supervision 0.100 puGROUND DISTANCE Z5: Volt Level 0.000 puGROUND DISTANCE Z5: Delay 1.500 sGROUND DISTANCE Z5: Block Blq.21Z1 21N On (VO2)GROUND DISTANCE Z5: Target Self-resetGROUND DISTANCE Z5: Events Enabled

POWER SWING DETECT [GROUP 1] Function EnabledSource SRC 1 (SRC 1)Shape Quad ShapeMode Two StepSupv 0.200 puFwd Reach 157.25 ohmsQuad Fwd Mid 161.17 ohmsQuad Fwd Out 162.92 ohmsFwd Rca 77 degRev Reach 122.40 ohmsQuad Rev Mid 126.32 ohmsQuad Rev Out 128.06 ohmsRev Rca 77 degOuter Limit Angle 120 degMiddle Limit Angle 80 degInner Limit Angle 74 degOuter Rgt Bld 128.06 ohmsOuter Lft Bld 110.64 ohmsMidle Rgt Bld 160.65 ohmsMidle Lft Bld 69.44 ohms

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 22

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

POWER SWING DETECT [GROUP 1] (continued from last page)Inner Rgt Bld 122.40 ohmsInner Lft Bld 104.72 ohmsDelay 1 Pickup 0.002 sDelay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.400 sTrip Mode DelayedBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Enabled

PHASE CURRENTPHASE TOC [GROUP 1] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source SRC 1 (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 0.720 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.10PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A VT ok On (VO8)PHASE TOC1: Block B VT ok On (VO8)PHASE TOC1: Block C VT ok On (VO8)PHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 1] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source SRC 1 (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.050 puNEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.30NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block VT ok On (VO8)NEUTRAL TOC1: Target Self-resetNEUTRAL TOC1: Events EnabledNEUTRAL TOC2: Function EnabledNEUTRAL TOC2: Source SRC 1 (SRC 1)NEUTRAL TOC2: Input PhasorNEUTRAL TOC2: Pickup 0.050 puNEUTRAL TOC2: Curve IEC Curve ANEUTRAL TOC2: TD Multiplier 0.30NEUTRAL TOC2: Reset InstantaneousNEUTRAL TOC2: Block NEG SEQ DIR OC1 REVNEUTRAL TOC2: Target Self-resetNEUTRAL TOC2: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 1] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source SRC 1 (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 78 ° LagNEGATIVE SEQ DIR OC1: Forward Limit Angle 80 degNEGATIVE SEQ DIR OC1: Forward Pickup 0.050 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 80 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.015 puNEGATIVE SEQ DIR OC1: Block Blq.21Z1 21N On (VO2)

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 23

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

NEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 1] (continued from last page)NEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 1] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source SRC 1 (SRC 1)BF1: Current Supervision YesBF1: Use Seal-In NoBF1: Three Pole Initiate Start 50BF On (VO4)BF1: Block OFFBF1: Phase Current Supv Pickup 0.150 puBF1: Neutral Current Supv Pickup 0.150 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.000 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 sBF1: Breaker Pos1 Phase A/3P Polo 1 cerr On(H7c)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On ONBF1: Phase Current HiSet Pickup 0.150 puBF1: Neutral Current HiSet Pickup 0.150 puBF1: Phase Current LoSet Pickup 0.150 puBF1: Neutral Current LoSet Pickup 0.150 puBF1: LoSet Time Delay 0.000 sBF1: Trip Dropout Delay 0.000 sBF1: Target Self-resetBF1: Events EnabledBF1: Phase A Initiate Trip polo 1 On(W5c)BF1: Phase B Initiate Trip polo 2 On(W6a)BF1: Phase C Initiate Trip polo 3 On(W6c)BF1: Breaker Pos1 Phase B Polo 2 cerr On(H8a)BF1: Breaker Pos1 Phase C Polo 3 cerr On(H8c)BF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

CONTROL ELEMENTSTRIP OUTPUTTrip Mode 3 Pole & 1 PoleTrip 3-Pole Input1 Trip 3p On (VO1)Trip 3-Pole Input2 OFFTrip 3-Pole Input3 OFFTrip 3-Pole Input4 OFFTrip 3-Pole Input5 OFFTrip 3-Pole Input6 OFFTrip 1-Pole Input1 GND DIST Z1 OPTrip 1-Pole Input2 OFFTrip 1-Pole Input3 OFFTrip 1-Pole Input4 OFFTrip 1-Pole Input5 OFFTrip 1-Pole Input6 OFFTrip Reclose Input1 GND DIST Z1 OPTrip Reclose Input2 AR 3P START On (VO17)Trip Reclose Input3 OFFTrip Reclose Input4 OFFTrip Reclose Input5 OFFTrip Reclose Input6 OFFTrip Seal in Delay 0.000 sTrip Reset Pole Curr OR CustomStart Timer Z2Ph In1 OFFStart Timer Z2Ph In2 OFFStart Timer Z2Gr In1 OFFStart Timer Z2Gr In2 OFF

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 24

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

TRIP OUTPUT (continued from last page)BKR Phase A Open OFFBKR Phase B Open OFFBKR Phase C Open OFFTrip Force 3-Pole OFFTrip Pilot Priority 0.000 sReverse Fault OFFTrip Delay On Evolving Faults 0.000 sTrip Events Disabled

SYNCHROCHECKSYNCHROCHECK1: Function EnabledSYNCHROCHECK1: Block OFFSYNCHROCHECK1: V1 Source SRC 1 (SRC 1)SYNCHROCHECK1: V2 Source SRC 2 (SRC 2)SYNCHROCHECK1: Max Volt Diff 40173 VSYNCHROCHECK1: Max Angle Diff 30 degSYNCHROCHECK1: Max Freq Diff 0.10 HzSYNCHROCHECK1: Freq Hysteresis 0.06 HzSYNCHROCHECK1: Dead Source Select NoneSYNCHROCHECK1: Dead V1 Max Volt 0.20 puSYNCHROCHECK1: Dead V2 Max Volt 0.20 puSYNCHROCHECK1: Live V1 Min Volt 0.70 puSYNCHROCHECK1: Live V2 Min Volt 0.70 puSYNCHROCHECK1: Target Self-resetSYNCHROCHECK1: Events Enabled

MONITORING ELEMENTSVT FUSE FAILUREVT FUSE FAILURE 1: Function Enabled

OPEN POLEFunction EnabledBlock OFFVoltage SUPV DisabledCurrent Pickup 0.030 puOpen Pole Line XC1 9999.9 ohmsOpen Pole Line XC0 9999.9 ohmsOpen Pole REM Current PKP 0.050 puOpen Pole Mode AcceleratedOpen Pole Detection I AND V AND CBauxTarget LatchedEvents Enabled

PILOT SCHEMES1P HYBRID POTT SCHEMEFunction EnabledBlock OFFPermissive Echo CustomEcho Condition ECHO TX On (VO67)Weak Infeed DisabledW/I Condition OFFRx Pickup Delay 0.001 sTrans Block Pickup Delay 0.030 sTrans Block Reset Delay 0.170 sEcho Duration 0.100 sEcho Lockout 0.250 sSeal-In Delay 0.100 sGnd Dir OC Fwd OFFGnd Dir OC Rev OFFNo of Comm Bits 1Rx1 RX. 85A On (VO21)Rx2 OFFRx3 OFFRx4 OFFTarget Self-reset

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 25

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

1P HYBRID POTT SCHEME (continued from last page)Event Enabled

AUTORECLOSE 1PFunction EnabledMode 3 Pole - BMax Number Of Shots 1AR Initiate Mode Protection onlyBlock BKR1 Bloq. 79 On (VO6)Close Time BKR1 0.10 sBKR Man Close OFFBlk Time Upon Man Cls 8.00 s1-P Init OFF3-P Init AR 3P START On (VO17)3-P TD Init OFFMulti P Fault OFFBKR 1 Pole Open OFFBKR 3 Pole Open 52A9 Abierto On(M7a)3-P Dead Time 1 0.50 s3-P Dead Time 2 1.20 s3-P Dead Time 3 2.00 s3-P Dead Time 4 4.00 sExtend Dead T1 OFFDead T1 Extension 0.00 sReset BREAKER 1 CLOSEDReset Time 8.00 sBKR Closed OFFBlock Bloq. 79 On (VO6)Pause OFFInc Seq Time 5.00 sBlock BKR2 OFFClose Time BKR2 0.10 sTransfer 1 to 2 NoTransfer 2 to 1 NoBKR1 Fail Option ContinueBKR2 Fail Option Continue1-P Dead Time 1.00 sBKR Sequence 1Transfer Time 4.00 sBUS FLT Init OFFEvent Enabled

INPUTS/OUTPUTSCONTACT INPUTS[H7A] Contact Input 1 ID 52 apto[H7A] Contact Input 1 Debounce Time 2.0 ms[H7A] Contact Input 1 Events Disabled[H7C] Contact Input 2 ID Polo 1 cerr[H7C] Contact Input 2 Debounce Time 2.0 ms[H7C] Contact Input 2 Events Disabled[H8A] Contact Input 3 ID Polo 2 cerr[H8A] Contact Input 3 Debounce Time 2.0 ms[H8A] Contact Input 3 Events Disabled[H8C] Contact Input 4 ID Polo 3 cerr[H8C] Contact Input 4 Debounce Time 2.0 ms[H8C] Contact Input 4 Events Disabled[M7A] Contact Input 5 ID 52A9 Abierto[M7A] Contact Input 5 Debounce Time 2.0 ms[M7A] Contact Input 5 Events Disabled[M7C] Contact Input 6 ID Cont Ip 6[M7C] Contact Input 6 Debounce Time 2.0 ms[M7C] Contact Input 6 Events Disabled[M8A] Contact Input 7 ID P.Cort. Abie[M8A] Contact Input 7 Debounce Time 2.0 ms[M8A] Contact Input 7 Events Disabled[M8C] Contact Input 8 ID P.Cort. Cerr

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 26

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

CONTACT INPUTS (continued from last page)[M8C] Contact Input 8 Debounce Time 2.0 ms[M8C] Contact Input 8 Events Disabled[P7A] Contact Input 9 ID Rec. en prog[P7A] Contact Input 9 Debounce Time 2.0 ms[P7A] Contact Input 9 Events Disabled[P7C] Contact Input 10 ID Bloq. 79 p43[P7C] Contact Input 10 Debounce Time 2.0 ms[P7C] Contact Input 10 Events Disabled[P8A] Contact Input 11 ID Aviso Cierre[P8A] Contact Input 11 Debounce Time 2.0 ms[P8A] Contact Input 11 Events Disabled[P8C] Contact Input 12 ID Op. 86B[P8C] Contact Input 12 Debounce Time 2.0 ms[P8C] Contact Input 12 Events Disabled[U7A] Contact Input 13 ID Falla TP Lin[U7A] Contact Input 13 Debounce Time 2.0 ms[U7A] Contact Input 13 Events Disabled[U7C] Contact Input 14 ID Falla TP Bar[U7C] Contact Input 14 Debounce Time 2.0 ms[U7C] Contact Input 14 Events Disabled[U8A] Contact Input 15 ID Rx. 85A1[U8A] Contact Input 15 Debounce Time 2.0 ms[U8A] Contact Input 15 Events Disabled[U8C] Contact Input 16 ID Rx. 85D[U8C] Contact Input 16 Debounce Time 2.0 ms[U8C] Contact Input 16 Events Disabled[W5A] Contact Input 17 ID Hab. Reconex[W5A] Contact Input 17 Debounce Time 2.0 ms[W5A] Contact Input 17 Events Disabled[W5C] Contact Input 18 ID Trip polo 1[W5C] Contact Input 18 Debounce Time 2.0 ms[W5C] Contact Input 18 Events Disabled[W6A] Contact Input 19 ID Trip polo 2[W6A] Contact Input 19 Debounce Time 2.0 ms[W6A] Contact Input 19 Events Disabled[W6C] Contact Input 20 ID Trip polo 3[W6C] Contact Input 20 Debounce Time 2.0 ms[W6C] Contact Input 20 Events Disabled[W7A] Contact Input 21 ID Start BF 87B[W7A] Contact Input 21 Debounce Time 2.0 ms[W7A] Contact Input 21 Events Disabled[W7C] Contact Input 22 ID Rx. 85A2[W7C] Contact Input 22 Debounce Time 2.0 ms[W7C] Contact Input 22 Events Disabled[W8A] Contact Input 23 ID Rx. 85C 1[W8A] Contact Input 23 Debounce Time 2.0 ms[W8A] Contact Input 23 Events Disabled[W8C] Contact Input 24 ID Rx.85C 2[W8C] Contact Input 24 Debounce Time 2.0 ms[W8C] Contact Input 24 Events Disabled

CONTACT INPUT THRESHOLDS52 apto, Polo 1 cerr, Polo 2 cerr, Polo 3 cerr(H7a, H7c, H8a, H8c) 33 Vdc52A9 Abierto, Cont Ip 6, P.Cort. Abie, P.Cort. Cerr(M7a, M7c, M8a, M8c) 33 VdcRec. en prog, Bloq. 79 p43, Aviso Cierre, Op. 86B(P7a, P7c, P8a, P8c) 33 VdcFalla TP Lin, Falla TP Bar, Rx. 85A1, Rx. 85D(U7a, U7c, U8a, U8c) 33 VdcHab. Reconex, Trip polo 1, Trip polo 2, Trip polo 3(W5a, W5c, W6a, W6c) 33 VdcStart BF 87B, Rx. 85A2, Rx. 85C 1, Rx.85C 2(W7a, W7c, W8a, W8c) 33 Vdc

CONTACT OUTPUTS[H1] Contact Output 1 ID 50BF[H1] Contact Output 1 Operate BKR FAIL 1 T1 OP[H1] Contact Output 1 Seal-In OFF[H1] Contact Output 1 Events Enabled[H2] Contact Output 2 ID 79 52AR

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 27

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

CONTACT OUTPUTS (continued from last page)[H2] Contact Output 2 Operate AR CLOSE BKR 1[H2] Contact Output 2 Seal-In OFF[H2] Contact Output 2 Events Enabled[H3] Contact Output 3 ID PKP Z3 EDAG[H3] Contact Output 3 Operate PKP Z3 On (VO66)[H3] Contact Output 3 Seal-In ON[H3] Contact Output 3 Events Enabled[H6] Contact Output 6 ID TRIP SCADA[H6] Contact Output 6 Operate TRIP OUTPUT OP[H6] Contact Output 6 Seal-In OFF[H6] Contact Output 6 Events Enabled[M3] Contact Output 9 ID TX 85A1[M3] Contact Output 9 Operate Emision 85A On (VO24)[M3] Contact Output 9 Seal-In OFF[M3] Contact Output 9 Events Enabled[M4] Contact Output 10 ID TX 85D[M4] Contact Output 10 Operate Tx. 85D On (VO22)[M4] Contact Output 10 Seal-In OFF[M4] Contact Output 10 Events Enabled[M5] Contact Output 11 ID TRIP 86B[M5] Contact Output 11 Operate BKR FAIL 1 T1 OP[M5] Contact Output 11 Seal-In OFF[M5] Contact Output 11 Events Enabled[M6] Contact Output 12 ID Rec. en prog[M6] Contact Output 12 Operate AR RIP[M6] Contact Output 12 Seal-In OFF[M6] Contact Output 12 Events Enabled[P1] Contact Output 13 ID Prueba HPOTT[P1] Contact Output 13 Operate HYBRID POTT OP[P1] Contact Output 13 Seal-In OFF[P1] Contact Output 13 Events Enabled[P2] Contact Output 14 ID TRIP POLO A[P2] Contact Output 14 Operate TRIP PHASE A[P2] Contact Output 14 Seal-In OFF[P2] Contact Output 14 Events Enabled[P3] Contact Output 15 ID TRIP POLO B[P3] Contact Output 15 Operate TRIP PHASE B[P3] Contact Output 15 Seal-In OFF[P3] Contact Output 15 Events Enabled[P4] Contact Output 16 ID TRIP POLO C[P4] Contact Output 16 Operate TRIP PHASE C[P4] Contact Output 16 Seal-In OFF[P4] Contact Output 16 Events Enabled[P5] Contact Output 17 ID TRIP POLO A[P5] Contact Output 17 Operate TRIP PHASE A[P5] Contact Output 17 Seal-In OFF[P5] Contact Output 17 Events Enabled[P6] Contact Output 18 ID TRIP POLO B[P6] Contact Output 18 Operate TRIP PHASE B[P6] Contact Output 18 Seal-In OFF[P6] Contact Output 18 Events Enabled[U1] Contact Output 19 ID TRIP POLO C[U1] Contact Output 19 Operate TRIP PHASE C[U1] Contact Output 19 Seal-In OFF[U1] Contact Output 19 Events Enabled[U2] Contact Output 20 ID orden 79[U2] Contact Output 20 Operate AR CLOSE BKR 1[U2] Contact Output 20 Seal-In OFF[U2] Contact Output 20 Events Enabled[U3] Contact Output 21 ID RETRIP A[U3] Contact Output 21 Operate BKR FAIL 1 RETRIP[U3] Contact Output 21 Seal-In OFF[U3] Contact Output 21 Events Enabled[U4] Contact Output 22 ID RETRIP B[U4] Contact Output 22 Operate BKR FAIL 1 RETRIP

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 28

URS A9 DESPUЙS DE CAMBIO DE AJUSTES 26.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A9\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000046SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 08:50:11DESCRIPTION: (NONE)TEXT COLOR

CONTACT OUTPUTS (continued from last page)[U4] Contact Output 22 Seal-In OFF[U4] Contact Output 22 Events Enabled[U5] Contact Output 23 ID RETRIP C[U5] Contact Output 23 Operate BKR FAIL 1 RETRIP[U5] Contact Output 23 Seal-In OFF[U5] Contact Output 23 Events Enabled[W1] Contact Output 25 ID TX. 85A2[W1] Contact Output 25 Operate Emision 85A On (VO24)[W1] Contact Output 25 Seal-In OFF[W1] Contact Output 25 Events Enabled[W2] Contact Output 26 ID TX. 85D[W2] Contact Output 26 Operate Tx. 85D On (VO22)[W2] Contact Output 26 Seal-In OFF[W2] Contact Output 26 Events Enabled

VIRTUAL OUTPUTSVirtual Output 1 ID Trip 3pVirtual Output 1 Events EnabledVirtual Output 2 ID Blq.21Z1 21NVirtual Output 2 Events EnabledVirtual Output 3 ID Blq.21Z2-Z5Virtual Output 3 Events DisabledVirtual Output 4 ID Start 50BFVirtual Output 4 Events EnabledVirtual Output 5 ID Trip 85DVirtual Output 5 Events EnabledVirtual Output 6 ID Bloq. 79Virtual Output 6 Events EnabledVirtual Output 7 ID Open 3pVirtual Output 7 Events EnabledVirtual Output 8 ID VT okVirtual Output 8 Events EnabledVirtual Output 9 ID LED Z1 Op.Virtual Output 9 Events DisabledVirtual Output 10 ID LED Z1B Op.Virtual Output 10 Events DisabledVirtual Output 11 ID LED Z2 Op.Virtual Output 11 Events DisabledVirtual Output 12 ID LED Z3 Op.Virtual Output 12 Events DisabledVirtual Output 13 ID LED Z4 Op.Virtual Output 13 Events DisabledVirtual Output 14 ID LED 51-51NVirtual Output 14 Events DisabledVirtual Output 15 ID LED ECHOVirtual Output 15 Events DisabledVirtual Output 16 ID LED 67NVirtual Output 16 Events DisabledVirtual Output 17 ID AR 3P STARTVirtual Output 17 Events EnabledVirtual Output 21 ID RX. 85AVirtual Output 21 Events EnabledVirtual Output 22 ID Tx. 85DVirtual Output 22 Events DisabledVirtual Output 23 ID BLOCK HYBRIDVirtual Output 23 Events DisabledVirtual Output 24 ID Emision 85AVirtual Output 24 Events EnabledVirtual Output 30 ID DNP 79 BLOQVirtual Output 30 Events DisabledVirtual Output 31 ID DNP 79 ONVirtual Output 31 Events DisabledVirtual Output 32 ID DNP TP LINEAVirtual Output 32 Events DisabledVirtual Output 33 ID DNP TP BARRA

Fri Oct 23 13:11:00 2015 Version: 7.22 Settings (Enabled Features) PAGE 29

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VIRTUAL OUTPUTS (continued from last page)Virtual Output 33 Events DisabledVirtual Output 34 ID DNP RX RANVirtual Output 34 Events DisabledVirtual Output 35 ID DNP TX 85AVirtual Output 35 Events DisabledVirtual Output 36 ID DNP RX JAHVirtual Output 36 Events DisabledVirtual Output 37 ID DNP ECHOVirtual Output 37 Events DisabledVirtual Output 38 ID DNP 79 CLOSEVirtual Output 38 Events DisabledVirtual Output 39 ID DNP 21/21NVirtual Output 39 Events DisabledVirtual Output 40 ID DNP 67NVirtual Output 40 Events DisabledVirtual Output 41 ID DNP 50BFVirtual Output 41 Events DisabledVirtual Output 42 ID DNP Z1BVirtual Output 42 Events DisabledVirtual Output 43 ID DNP Z1Virtual Output 43 Events DisabledVirtual Output 44 ID DNP Z2Virtual Output 44 Events DisabledVirtual Output 45 ID DNP Z3Virtual Output 45 Events DisabledVirtual Output 46 ID DNP Z4Virtual Output 46 Events DisabledVirtual Output 47 ID DNP 51/51NVirtual Output 47 Events DisabledVirtual Output 48 ID DNP TRIP AVirtual Output 48 Events DisabledVirtual Output 49 ID DNP TRIP BVirtual Output 49 Events DisabledVirtual Output 50 ID DNP TRIP CVirtual Output 50 Events DisabledVirtual Output 51 ID DNP TRIP GNDVirtual Output 51 Events DisabledVirtual Output 52 ID DNP TRIP S1Virtual Output 52 Events DisabledVirtual Output 53 ID DNP PICKUPVirtual Output 53 Events DisabledVirtual Output 54 ID DNP MOD EMERVirtual Output 54 Events DisabledVirtual Output 55 ID DNP SOTFVirtual Output 55 Events DisabledVirtual Output 56 ID DNP VT FAILVirtual Output 56 Events DisabledVirtual Output 57 ID DNP PSWINGVirtual Output 57 Events DisabledVirtual Output 58 ID DNP 79BLQ EXVirtual Output 58 Events DisabledVirtual Output 59 ID DNP RX85DVirtual Output 59 Events DisabledVirtual Output 60 ID DNP TX85DVirtual Output 60 Events DisabledVirtual Output 61 ID DNP INC PCORVirtual Output 61 Events DisabledVirtual Output 64 ID Osc TriggerVirtual Output 64 Events EnabledVirtual Output 65 ID EDAG Z5Virtual Output 65 Events EnabledVirtual Output 66 ID PKP Z3Virtual Output 66 Events EnabledVirtual Output 67 ID ECHO TXVirtual Output 67 Events Enabled

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REMOTE DEVICESRemote Device 1 ID Remote Device 1Remote Device 1 ETYPE APPID 0Remote Device 1 DATASET FixedRemote Device 2 ID Remote Device 2Remote Device 2 ETYPE APPID 0Remote Device 2 DATASET FixedRemote Device 3 ID Remote Device 3Remote Device 3 ETYPE APPID 0Remote Device 3 DATASET FixedRemote Device 4 ID Remote Device 4Remote Device 4 ETYPE APPID 0Remote Device 4 DATASET FixedRemote Device 5 ID Remote Device 5Remote Device 5 ETYPE APPID 0Remote Device 5 DATASET FixedRemote Device 6 ID Remote Device 6Remote Device 6 ETYPE APPID 0Remote Device 6 DATASET FixedRemote Device 7 ID Remote Device 7Remote Device 7 ETYPE APPID 0Remote Device 7 DATASET FixedRemote Device 8 ID Remote Device 8Remote Device 8 ETYPE APPID 0Remote Device 8 DATASET FixedRemote Device 9 ID Remote Device 9Remote Device 9 ETYPE APPID 0Remote Device 9 DATASET FixedRemote Device 10 ID Remote Device 10Remote Device 10 ETYPE APPID 0Remote Device 10 DATASET FixedRemote Device 11 ID Remote Device 11Remote Device 11 ETYPE APPID 0Remote Device 11 DATASET FixedRemote Device 12 ID Remote Device 12Remote Device 12 ETYPE APPID 0Remote Device 12 DATASET FixedRemote Device 13 ID Remote Device 13Remote Device 13 ETYPE APPID 0Remote Device 13 DATASET FixedRemote Device 14 ID Remote Device 14Remote Device 14 ETYPE APPID 0Remote Device 14 DATASET FixedRemote Device 15 ID Remote Device 15Remote Device 15 ETYPE APPID 0Remote Device 15 DATASET FixedRemote Device 16 ID Remote Device 16Remote Device 16 ETYPE APPID 0Remote Device 16 DATASET Fixed

IEC 61850 GOOSE ANALOGS INPUTSIEC61850 GOOSE Analog Input 1 Default Value 1000.000IEC61850 GOOSE Analog Input 1 Mode Default ValueIEC61850 GOOSE Analog Input 1 UnitsIEC61850 GOOSE Analog Input 1 PU Base 1.000IEC61850 GOOSE Analog Input 2 Default Value 1000.000IEC61850 GOOSE Analog Input 2 Mode Default ValueIEC61850 GOOSE Analog Input 2 UnitsIEC61850 GOOSE Analog Input 2 PU Base 1.000IEC61850 GOOSE Analog Input 3 Default Value 1000.000IEC61850 GOOSE Analog Input 3 Mode Default ValueIEC61850 GOOSE Analog Input 3 UnitsIEC61850 GOOSE Analog Input 3 PU Base 1.000IEC61850 GOOSE Analog Input 4 Default Value 1000.000IEC61850 GOOSE Analog Input 4 Mode Default Value

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IEC 61850 GOOSE ANALOGS INPUTS (continued from last page)IEC61850 GOOSE Analog Input 4 UnitsIEC61850 GOOSE Analog Input 4 PU Base 1.000IEC61850 GOOSE Analog Input 5 Default Value 1000.000IEC61850 GOOSE Analog Input 5 Mode Default ValueIEC61850 GOOSE Analog Input 5 UnitsIEC61850 GOOSE Analog Input 5 PU Base 1.000IEC61850 GOOSE Analog Input 6 Default Value 1000.000IEC61850 GOOSE Analog Input 6 Mode Default ValueIEC61850 GOOSE Analog Input 6 UnitsIEC61850 GOOSE Analog Input 6 PU Base 1.000IEC61850 GOOSE Analog Input 7 Default Value 1000.000IEC61850 GOOSE Analog Input 7 Mode Default ValueIEC61850 GOOSE Analog Input 7 UnitsIEC61850 GOOSE Analog Input 7 PU Base 1.000IEC61850 GOOSE Analog Input 8 Default Value 1000.000IEC61850 GOOSE Analog Input 8 Mode Default ValueIEC61850 GOOSE Analog Input 8 UnitsIEC61850 GOOSE Analog Input 8 PU Base 1.000IEC61850 GOOSE Analog Input 9 Default Value 1000.000IEC61850 GOOSE Analog Input 9 Mode Default ValueIEC61850 GOOSE Analog Input 9 UnitsIEC61850 GOOSE Analog Input 9 PU Base 1.000IEC61850 GOOSE Analog Input 10 Default Value 1000.000IEC61850 GOOSE Analog Input 10 Mode Default ValueIEC61850 GOOSE Analog Input 10 UnitsIEC61850 GOOSE Analog Input 10 PU Base 1.000IEC61850 GOOSE Analog Input 11 Default Value 1000.000IEC61850 GOOSE Analog Input 11 Mode Default ValueIEC61850 GOOSE Analog Input 11 UnitsIEC61850 GOOSE Analog Input 11 PU Base 1.000IEC61850 GOOSE Analog Input 12 Default Value 1000.000IEC61850 GOOSE Analog Input 12 Mode Default ValueIEC61850 GOOSE Analog Input 12 UnitsIEC61850 GOOSE Analog Input 12 PU Base 1.000IEC61850 GOOSE Analog Input 13 Default Value 1000.000IEC61850 GOOSE Analog Input 13 Mode Default ValueIEC61850 GOOSE Analog Input 13 UnitsIEC61850 GOOSE Analog Input 13 PU Base 1.000IEC61850 GOOSE Analog Input 14 Default Value 1000.000IEC61850 GOOSE Analog Input 14 Mode Default ValueIEC61850 GOOSE Analog Input 14 UnitsIEC61850 GOOSE Analog Input 14 PU Base 1.000IEC61850 GOOSE Analog Input 15 Default Value 1000.000IEC61850 GOOSE Analog Input 15 Mode Default ValueIEC61850 GOOSE Analog Input 15 UnitsIEC61850 GOOSE Analog Input 15 PU Base 1.000IEC61850 GOOSE Analog Input 16 Default Value 1000.000IEC61850 GOOSE Analog Input 16 Mode Default ValueIEC61850 GOOSE Analog Input 16 UnitsIEC61850 GOOSE Analog Input 16 PU Base 1.000IEC61850 GOOSE Analog Input 17 Default Value 1000.000IEC61850 GOOSE Analog Input 17 Mode Default ValueIEC61850 GOOSE Analog Input 17 UnitsIEC61850 GOOSE Analog Input 17 PU Base 1.000IEC61850 GOOSE Analog Input 18 Default Value 1000.000IEC61850 GOOSE Analog Input 18 Mode Default ValueIEC61850 GOOSE Analog Input 18 UnitsIEC61850 GOOSE Analog Input 18 PU Base 1.000IEC61850 GOOSE Analog Input 19 Default Value 1000.000IEC61850 GOOSE Analog Input 19 Mode Default ValueIEC61850 GOOSE Analog Input 19 UnitsIEC61850 GOOSE Analog Input 19 PU Base 1.000IEC61850 GOOSE Analog Input 20 Default Value 1000.000IEC61850 GOOSE Analog Input 20 Mode Default ValueIEC61850 GOOSE Analog Input 20 Units

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IEC 61850 GOOSE ANALOGS INPUTS (continued from last page)IEC61850 GOOSE Analog Input 20 PU Base 1.000IEC61850 GOOSE Analog Input 21 Default Value 1000.000IEC61850 GOOSE Analog Input 21 Mode Default ValueIEC61850 GOOSE Analog Input 21 UnitsIEC61850 GOOSE Analog Input 21 PU Base 1.000IEC61850 GOOSE Analog Input 22 Default Value 1000.000IEC61850 GOOSE Analog Input 22 Mode Default ValueIEC61850 GOOSE Analog Input 22 UnitsIEC61850 GOOSE Analog Input 22 PU Base 1.000IEC61850 GOOSE Analog Input 23 Default Value 1000.000IEC61850 GOOSE Analog Input 23 Mode Default ValueIEC61850 GOOSE Analog Input 23 UnitsIEC61850 GOOSE Analog Input 23 PU Base 1.000IEC61850 GOOSE Analog Input 24 Default Value 1000.000IEC61850 GOOSE Analog Input 24 Mode Default ValueIEC61850 GOOSE Analog Input 24 UnitsIEC61850 GOOSE Analog Input 24 PU Base 1.000IEC61850 GOOSE Analog Input 25 Default Value 1000.000IEC61850 GOOSE Analog Input 25 Mode Default ValueIEC61850 GOOSE Analog Input 25 UnitsIEC61850 GOOSE Analog Input 25 PU Base 1.000IEC61850 GOOSE Analog Input 26 Default Value 1000.000IEC61850 GOOSE Analog Input 26 Mode Default ValueIEC61850 GOOSE Analog Input 26 UnitsIEC61850 GOOSE Analog Input 26 PU Base 1.000IEC61850 GOOSE Analog Input 27 Default Value 1000.000IEC61850 GOOSE Analog Input 27 Mode Default ValueIEC61850 GOOSE Analog Input 27 UnitsIEC61850 GOOSE Analog Input 27 PU Base 1.000IEC61850 GOOSE Analog Input 28 Default Value 1000.000IEC61850 GOOSE Analog Input 28 Mode Default ValueIEC61850 GOOSE Analog Input 28 UnitsIEC61850 GOOSE Analog Input 28 PU Base 1.000IEC61850 GOOSE Analog Input 29 Default Value 1000.000IEC61850 GOOSE Analog Input 29 Mode Default ValueIEC61850 GOOSE Analog Input 29 UnitsIEC61850 GOOSE Analog Input 29 PU Base 1.000IEC61850 GOOSE Analog Input 30 Default Value 1000.000IEC61850 GOOSE Analog Input 30 Mode Default ValueIEC61850 GOOSE Analog Input 30 UnitsIEC61850 GOOSE Analog Input 30 PU Base 1.000IEC61850 GOOSE Analog Input 31 Default Value 1000.000IEC61850 GOOSE Analog Input 31 Mode Default ValueIEC61850 GOOSE Analog Input 31 UnitsIEC61850 GOOSE Analog Input 31 PU Base 1.000IEC61850 GOOSE Analog Input 32 Default Value 1000.000IEC61850 GOOSE Analog Input 32 Mode Default ValueIEC61850 GOOSE Analog Input 32 UnitsIEC61850 GOOSE Analog Input 32 PU Base 1.000

IEC 61850 GOOSE UINTEGERS INPUTSIEC61850 GOOSE UInteger Input 1 Default Value 1000IEC61850 GOOSE UInteger Input 1 Mode Default ValueIEC61850 GOOSE UInteger Input 2 Default Value 1000IEC61850 GOOSE UInteger Input 2 Mode Default ValueIEC61850 GOOSE UInteger Input 3 Default Value 1000IEC61850 GOOSE UInteger Input 3 Mode Default ValueIEC61850 GOOSE UInteger Input 4 Default Value 1000IEC61850 GOOSE UInteger Input 4 Mode Default ValueIEC61850 GOOSE UInteger Input 5 Default Value 1000IEC61850 GOOSE UInteger Input 5 Mode Default ValueIEC61850 GOOSE UInteger Input 6 Default Value 1000IEC61850 GOOSE UInteger Input 6 Mode Default ValueIEC61850 GOOSE UInteger Input 7 Default Value 1000IEC61850 GOOSE UInteger Input 7 Mode Default Value

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IEC 61850 GOOSE UINTEGERS INPUTS (continued from last page)IEC61850 GOOSE UInteger Input 8 Default Value 1000IEC61850 GOOSE UInteger Input 8 Mode Default ValueIEC61850 GOOSE UInteger Input 9 Default Value 1000IEC61850 GOOSE UInteger Input 9 Mode Default ValueIEC61850 GOOSE UInteger Input 10 Default Value 1000IEC61850 GOOSE UInteger Input 10 Mode Default ValueIEC61850 GOOSE UInteger Input 11 Default Value 1000IEC61850 GOOSE UInteger Input 11 Mode Default ValueIEC61850 GOOSE UInteger Input 12 Default Value 1000IEC61850 GOOSE UInteger Input 12 Mode Default ValueIEC61850 GOOSE UInteger Input 13 Default Value 1000IEC61850 GOOSE UInteger Input 13 Mode Default ValueIEC61850 GOOSE UInteger Input 14 Default Value 1000IEC61850 GOOSE UInteger Input 14 Mode Default ValueIEC61850 GOOSE UInteger Input 15 Default Value 1000IEC61850 GOOSE UInteger Input 15 Mode Default ValueIEC61850 GOOSE UInteger Input 16 Default Value 1000IEC61850 GOOSE UInteger Input 16 Mode Default Value

Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas Línea 154kV A.Jahuel – Rancagua – Tinguiririca 2, S/E Tinguiririca

CONTROL DE REVISIÓN DEL CRAP

REVISOR FECHA N° EAP OBSERVACIONES

Max Missene M. 26-03-2015 Nº 02/2015

Normalización de ajustes con respecto al esquema de Teleprotecciones en el Sistema 2 protección GED60.

Max Missene M. 07-09-2015 Nº 75/2015

Cambio de ajustes para evitar que la Z1B actúe de forma instantánea en Sistema 1 protección Siemens 7SA61 .

Gerencia Gestión de Redes

Estudios de Protecciones Eléctricas Línea 154kV A.Jahuel – Rancagua – Tinguiririca 2, S/E Tinguiririca

Razón de TTCC/TTPP

TTCC:

TTPP:

√

√

Particularidades de Ajustes

No hay.

Max / Centro Sur / Tinguiririca / A10 Tingui V4.6 Var Var

MLFB: 7SA61215AB927PR4Versión del juego de parámetros: V04.63.04Ruta del equipo: C:\Siemens\Digsi4\D4PROJ\Max\P7DI\GV\ST\00000053Autor:Creado el: 23.10.15 11:59:40Mod. por última vez el: 23.10.15 12:06:42Modo de operación: Sin líneaComentario:Valores de ajuste en: Presentación secundaria de los valores

C O N T E N I D O D E L A I M P R E S I Ó N

.................................................................................................................................................................31 Device Configuration...............................................................................................................................................................42 Power System Data 1

..................................................................................................................42.1 Grupo Power System Data 1; Grupo Transformers................................................................................................................42.2 Grupo Power System Data 1; Grupo Power System

...........................................................................................................................52.3 Grupo Power System Data 1; Grupo Breaker..............................................................................................................................................................63 Grupos de parámetros

................................................................................................................63.1 Grupo Power System Data 2; Grupo Power System.....................................................................................................................63.2 Grupo Power System Data 2; Grupo Line Status..................................................................................................................73.3 Grupo Power System Data 2; Grupo Trip 1-/3-pole

...................................................................................................73.4 Grupo Distance protection, general settings; Grupo General..............................................................................................73.5 Grupo Distance protection, general settings; Grupo Earth faults............................................................................................83.6 Grupo Distance protection, general settings; Grupo Time Delays

.............................................................................................................83.7 Grupo Distance zones (quadrilateral); Grupo Zone Z1................................................................................................83.8 Grupo Distance zones (quadrilateral); Grupo Zone Z1B-exten.

.............................................................................................................93.9 Grupo Distance zones (quadrilateral); Grupo Zone Z2

.............................................................................................................93.10 Grupo Distance zones (quadrilateral); Grupo Zone Z3

.............................................................................................................93.11 Grupo Distance zones (quadrilateral); Grupo Zone Z4

...........................................................................................................103.12 Grupo Distance zones (quadrilateral); Grupo Zone Z5................................................................................................................................................................103.13 Grupo Power Swing

..................................................................................................................................103.14 Grupo Teleprotection for Distance prot..............................................................................................................103.15 Grupo Instantaneous HighSpeed SOTF Overcurrent

...................................................................................................................................113.16 Grupo Weak Infeed (Trip and/or Echo)............................................................................................................................113.17 Grupo Backup overcurrent; Grupo General

....................................................................................................................................113.18 Grupo Backup overcurrent; Grupo I>>......................................................................................................................................123.19 Grupo Backup overcurrent; Grupo I>

.............................................................................................................................123.20 Grupo Backup overcurrent; Grupo Inverse...........................................................................................................................123.21 Grupo Backup overcurrent; Grupo I - STUB

...................................................................................................133.22 Grupo Measurement Supervision; Grupo Balance / Summ.......................................................................................................133.23 Grupo Measurement Supervision; Grupo Fuse Fail. Mon.

..................................................................................................................133.24 Grupo Measurement Supervision; Grupo VT mcb............................................................................................................143.25 Grupo Measurement Supervision; Grupo Load Angle

........................................................................................................................143.26 Grupo Earth fault overcurrent; Grupo General.........................................................................................................................143.27 Grupo Earth fault overcurrent; Grupo 3I0>>>

...........................................................................................................................153.28 Grupo Earth fault overcurrent; Grupo 3I0>>

A10 Tingui V4_6 Var Var_prn

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..............................................................................................................................153.29 Grupo Earth fault overcurrent; Grupo 3I0>

...........................................................................................................153.30 Grupo Earth fault overcurrent; Grupo 3I0 InverseTime......................................................................................................................163.31 Grupo Earth fault overcurrent; Grupo Direction

..........................................................................................................................163.32 Grupo Automatic Reclosure; Grupo General.....................................................................................................................173.33 Grupo Automatic Reclosure; Grupo 1st AR-cyle

..........................................................................................................173.34 Grupo Automatic Reclosure; Grupo 3pTRIP/DLC/RDT................................................................................................................173.35 Grupo Automatic Reclosure; Grupo Start AR with..

.......................................................................................................183.36 Grupo Synchronism and Voltage Check; Grupo General........................................................................................................183.37 Grupo Synchronism and Voltage Check; Grupo with AR

.....................................................................................193.38 Grupo Synchronism and Voltage Check; Grupo Man.Close+CNTRL................................................................................................................................................................193.39 Grupo Fault Locator

.......................................................................................................................193.40 Grupo Breaker Failure; Grupo Breaker Failure.........................................................................................................................203.41 Grupo Breaker Failure; Grupo End fault prot.

.....................................................................................................................203.42 Grupo Breaker Failure; Grupo PoleDiscrepancy

A10 Tingui V4_6 Var Var_prn

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1 Device Configuration

Nº Función Volumen

0103 Setting Group Change Option Disabled0110 Trip mode 1-/3pole0114 Distance protection pickup program Z< (quadrilateral)0120 Power Swing detection Enabled0121 Teleprotection for Distance prot. POTT0122 DTT Direct Transfer Trip Disabled0124 Instantaneous HighSpeed SOTF Overcurrent Enabled0125 Weak Infeed (Trip and/or Echo) Enabled0126 Backup overcurrent Time Overcurrent Curve IEC0131 Earth fault overcurrent Time Overcurrent Curve IEC0132 Teleprotection for Earth fault overcurr. Disabled0133 Auto-Reclose Function 1 AR-cycle0134 Auto-Reclose control mode with Trip and Action time0135 Synchronism and Voltage Check Enabled0136 Over / Underfrequency Protection Disabled0137 Under / Overvoltage Protection Disabled0138 Fault Locator Enabled0139 Breaker Failure Protection Enabled0140 Trip Circuit Supervision Disabled0142 Thermal overload protection Disabled

A10 Tingui V4_6 Var Var_prnDevice Configuration

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2 Power System Data 1

2.1 Grupo Power System Data 1; Grupo Transformers

Grupo Power System Data 1; Grupo TransformersNº Parámetro Valor Grupo

0201 CT Starpoint towards Line todo0203 Rated Primary Voltage 154,0 kV todo0204 Rated Secondary Voltage (Ph-Ph) 115 V todo0205 CT Rated Primary Current 1000 A todo0206 CT Rated Secondary Current 1A todo0210 U4 voltage transformer is Usy2 transformer todo0211 Matching ratio Phase-VT To Open-Delta-VT 0,58 todo0212 VT connection for Usy2 L2-E todo0214A Angle adjustment Usy2-Usy1 0 ° todo0215 Matching ratio Usy1 / Usy2 1,00 todo0220 I4 current transformer is Neutral Current (of the protected line) todo0221 Matching ratio I4/Iph for CT's 1,000 todo

2.2 Grupo Power System Data 1; Grupo Power System

Grupo Power System Data 1; Grupo Power SystemNº Parámetro Valor Grupo

0207 System Starpoint is Solid Earthed todo0230 Rated Frequency 50 Hz todo0235 Phase Sequence L1 L2 L3 todo0236 Distance measurement unit km todo0237 Setting format for zero seq.comp. format Zero seq. comp. factor K0 and angle(K0) todo0238A Earth Fault O/C: setting for 1pole AR all stages together todo

A10 Tingui V4_6 Var Var_prnPower System Data 1

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2.3 Grupo Power System Data 1; Grupo Breaker

Grupo Power System Data 1; Grupo BreakerNº Parámetro Valor Grupo

0239 Closing (operating) time of CB 0,06 sec todo0240A Minimum TRIP Command Duration 0,12 sec todo0241A Maximum Close Command Duration 0,25 sec todo0242 Dead Time for CB test-autoreclosure 0,10 sec todo

A10 Tingui V4_6 Var Var_prnGrupo Power System Data 1; Grupo Breaker

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3 Grupos de parámetros

3.1 Grupo Power System Data 2; Grupo Power System

Grupo Power System Data 2; Grupo Power SystemNº Parámetro Valor Grupo

1103 Measurement: Full Scale Voltage (100%) 154,0 kV A1104 Measurement: Full Scale Current (100%) 1000 A A1105 Line Angle 77 ° A1211 Angle of inclination, distance charact. 77 ° A1107 P,Q operational measured values sign not reversed A1110 x' - Line Reactance per length unit 0,3050 Ohm / km A1111 Line Length 110,9 km A1120 Zero seq. comp. factor K0 for zone Z1 0,804 A1121 Zero seq. comp. angle for zone Z1 4,64 ° A1122 Zero seq.comp.factor K0,higher zones >Z1 0,804 A1123 Zero seq. comp. angle, higher zones >Z1 4,64 ° A

3.2 Grupo Power System Data 2; Grupo Line Status

Grupo Power System Data 2; Grupo Line StatusNº Parámetro Valor Grupo

1130A Pole Open Current Threshold 0,05 A A1131A Pole Open Voltage Threshold 11 V A1132A Seal-in Time after ALL closures 0,20 sec A1133A minimal time for line open before SOTF 0,25 sec A1134 Recognition of Line Closures with CBaux OR Current or Manual close BI A1135 RESET of Trip Command with Pole Open Current Threshold only A1136 open pole detector with measurement (U/I,trip,pickup,CBaux) A1140A CT Saturation Threshold oo A A1150A Seal-in Time after MANUAL closures 0,20 sec A1151 Manual CLOSE COMMAND generation NO A1152 MANUAL Closure Impulse after CONTROL <none> todo

A10 Tingui V4_6 Var Var_prnGrupos de parámetros

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3.3 Grupo Power System Data 2; Grupo Trip 1-/3-pole

Grupo Power System Data 2; Grupo Trip 1-/3-poleNº Parámetro Valor Grupo

1155 3 pole coupling with Trip A1156A Trip type with 2phase faults 3pole A

3.4 Grupo Distance protection, general settings; Grupo General

Grupo Distance protection, general settings; Grupo GeneralNº Parámetro Valor Grupo

1201 Distance protection ON A1202 Phase Current threshold for dist. meas. 0,05 A A1211 Angle of inclination, distance charact. 77 ° A1208 Series compensated line NO A1232 Instantaneous trip after SwitchOnToFault with Zone Z1B A1241 R load, minimum Load Impedance (ph-e) oo Ohm A1242 PHI load, maximum Load Angle (ph-e) 35 ° A1243 R load, minimum Load Impedance (ph-ph) oo Ohm A1244 PHI load, maximum Load Angle (ph-ph) 35 ° A1317A Single pole trip for faults in Z2 NO A1357 Z1B enabled before 1st AR (int. or ext.) NO A

3.5 Grupo Distance protection, general settings; Grupo Earth faults

Grupo Distance protection, general settings; Grupo Earth faultsNº Parámetro Valor Grupo

1203 3I0 threshold for neutral current pickup 0,05 A A1204 3U0 threshold zero seq. voltage pickup 2 V A1207A 3I0>-pickup-stabilisation (3I0> /Iphmax) 0,10 A1209A criterion of earth fault recognition 3I0> OR 3U0> A1221A Loop selection with 2Ph-E faults all loops A

A10 Tingui V4_6 Var Var_prnGrupo Power System Data 2; Grupo Trip 1-/3-pole

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3.6 Grupo Distance protection, general settings; Grupo Time Delays

Grupo Distance protection, general settings; Grupo Time DelaysNº Parámetro Valor Grupo

1210 Condition for zone timer start with distance pickup A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A1325 T3 delay 2,50 sec A1335 T4 delay 1,50 sec A1345 T5 delay oo sec A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A

3.7 Grupo Distance zones (quadrilateral); Grupo Zone Z1

Grupo Distance zones (quadrilateral); Grupo Zone Z1Nº Parámetro Valor Grupo

1301 Operating mode Z1 Forward A1302 R(Z1), Resistance for ph-ph-faults 19,494 Ohm A1303 X(Z1), Reactance 19,494 Ohm A1304 RE(Z1), Resistance for ph-e faults 19,494 Ohm A1305 T1-1phase, delay for single phase faults 0,00 sec A1306 T1multi-ph, delay for multi phase faults 0,00 sec A1307 Zone Reduction Angle (load compensation) 0 ° A

3.8 Grupo Distance zones (quadrilateral); Grupo Zone Z1B-exten.

Grupo Distance zones (quadrilateral); Grupo Zone Z1B-exten.Nº Parámetro Valor Grupo

1351 Operating mode Z1B (overrreach zone) Forward A1352 R(Z1B), Resistance for ph-ph-faults 68,181 Ohm A1353 X(Z1B), Reactance 68,181 Ohm A1354 RE(Z1B), Resistance for ph-e faults 68,181 Ohm A1355 T1B-1phase, delay for single ph. faults 0,00 sec A1356 T1B-multi-ph, delay for multi ph. faults 0,00 sec A1357 Z1B enabled before 1st AR (int. or ext.) NO A

A10 Tingui V4_6 Var Var_prnGrupo Distance protection, general settings; Grupo Time Delays

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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3.9 Grupo Distance zones (quadrilateral); Grupo Zone Z2

Grupo Distance zones (quadrilateral); Grupo Zone Z2Nº Parámetro Valor Grupo

1311 Operating mode Z2 Forward A1312 R(Z2), Resistance for ph-ph-faults 34,798 Ohm A1313 X(Z2), Reactance 34,798 Ohm A1314 RE(Z2), Resistance for ph-e faults 34,798 Ohm A1315 T2-1phase, delay for single phase faults 0,60 sec A1316 T2multi-ph, delay for multi phase faults 0,60 sec A1317A Single pole trip for faults in Z2 NO A

3.10 Grupo Distance zones (quadrilateral); Grupo Zone Z3

Grupo Distance zones (quadrilateral); Grupo Zone Z3Nº Parámetro Valor Grupo

1321 Operating mode Z3 Reverse A1322 R(Z3), Resistance for ph-ph-faults 67,750 Ohm A1323 X(Z3), Reactance 67,750 Ohm A1324 RE(Z3), Resistance for ph-e faults 67,750 Ohm A1325 T3 delay 2,50 sec A

3.11 Grupo Distance zones (quadrilateral); Grupo Zone Z4

Grupo Distance zones (quadrilateral); Grupo Zone Z4Nº Parámetro Valor Grupo

1331 Operating mode Z4 Forward A1332 R(Z4), Resistance for ph-ph-faults 66,957 Ohm A1333 X(Z4), Reactance 66,957 Ohm A1334 RE(Z4), Resistance for ph-e faults 66,957 Ohm A1335 T4 delay 1,50 sec A

A10 Tingui V4_6 Var Var_prnGrupo Distance zones (quadrilateral); Grupo Zone Z1B-exten.

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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3.12 Grupo Distance zones (quadrilateral); Grupo Zone Z5

Grupo Distance zones (quadrilateral); Grupo Zone Z5Nº Parámetro Valor Grupo

1341 Operating mode Z5 Non-Directional A1342 R(Z5), Resistance for ph-ph-faults 70,000 Ohm A1343 X(Z5)+, Reactance for Forward direction 70,000 Ohm A1344 RE(Z5), Resistance for ph-e faults 70,000 Ohm A1345 T5 delay oo sec A1346 X(Z5)-, Reactance for Reverse direction 70,000 Ohm A

3.13 Grupo Power Swing

Grupo Power SwingNº Parámetro Valor Grupo

2002 Power Swing Operating mode all zones blocked A2006 Power swing trip NO A2007 Trip delay after Power Swing Blocking 0,10 sec A

3.14 Grupo Teleprotection for Distance prot.

Grupo Teleprotection for Distance prot.Nº Parámetro Valor Grupo

2101 Teleprotection for Distance protection ON A2102 Type of Line Three Terminals A2103A Time for send signal prolongation 0,10 sec A2109A Transient Block.: Duration external flt. 0,03 sec A2110A Transient Block.: Blk.T. after ext. flt. 0,17 sec A

3.15 Grupo Instantaneous HighSpeed SOTF Overcurrent

Grupo Instantaneous HighSpeed SOTF OvercurrentNº Parámetro Valor Grupo

2401 Inst. High Speed SOTF-O/C is ON A

A10 Tingui V4_6 Var Var_prnGrupo Distance zones (quadrilateral); Grupo Zone Z5

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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Grupo Instantaneous HighSpeed SOTF Overcurrent(2)Nº Parámetro Valor Grupo

2404 I>>> Pickup 0,80 A A

3.16 Grupo Weak Infeed (Trip and/or Echo)

Grupo Weak Infeed (Trip and/or Echo)Nº Parámetro Valor Grupo

2501 Weak Infeed function Echo only A2502A Trip / Echo Delay after carrier receipt 0,04 sec A2503A Trip Extension / Echo Impulse time 0,10 sec A2504A Echo Block Time 0,50 sec A2505 Undervoltage (ph-e) 24 V A2509 Echo logic: Dis and EF on common channel NO todo

3.17 Grupo Backup overcurrent; Grupo General

Grupo Backup overcurrent; Grupo GeneralNº Parámetro Valor Grupo

2601 Operating mode ON:only active with Loss of VT sec. cir. A2680 Trip time delay after SOTF 0,00 sec A

3.18 Grupo Backup overcurrent; Grupo I>>

Grupo Backup overcurrent; Grupo I>>Nº Parámetro Valor Grupo

2610 Iph>> Pickup oo A A2611 T Iph>> Time delay oo sec A2612 3I0>> Pickup oo A A2613 T 3I0>> Time delay oo sec A2614 Instantaneous trip via BI NO A2615 Instantaneous trip after SwitchOnToFault NO A

A10 Tingui V4_6 Var Var_prnGrupo Instantaneous HighSpeed SOTF Overcurrent

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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3.19 Grupo Backup overcurrent; Grupo I>

Grupo Backup overcurrent; Grupo I>Nº Parámetro Valor Grupo

2620 Iph> Pickup oo A A2621 T Iph> Time delay oo sec A2622 3I0> Pickup oo A A2623 T 3I0> Time delay oo sec A2624 Instantaneous trip via Teleprot./BI NO A2625 Instantaneous trip after SwitchOnToFault NO A

3.20 Grupo Backup overcurrent; Grupo Inverse

Grupo Backup overcurrent; Grupo InverseNº Parámetro Valor Grupo

2640 Ip> Pickup 0,72 A A2642 T Ip Time Dial 0,10 sec A2646 T Ip Additional Time Delay 0,00 sec A2650 3I0p Pickup 0,05 A A2652 T 3I0p Time Dial 0,30 sec A2656 T 3I0p Additional Time Delay 0,00 sec A2660 IEC Curve Normal Inverse A2670 Instantaneous trip via Teleprot./BI NO A2671 Instantaneous trip after SwitchOnToFault NO A

3.21 Grupo Backup overcurrent; Grupo I - STUB

Grupo Backup overcurrent; Grupo I - STUBNº Parámetro Valor Grupo

2630 Iph> STUB Pickup oo A A2631 T Iph STUB Time delay oo sec A2632 3I0> STUB Pickup oo A A2633 T 3I0 STUB Time delay oo sec A2634 Instantaneous trip via Teleprot./BI NO A2635 Instantaneous trip after SwitchOnToFault NO A

A10 Tingui V4_6 Var Var_prnGrupo Backup overcurrent; Grupo I>>

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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3.22 Grupo Measurement Supervision; Grupo Balance / Summ.

Grupo Measurement Supervision; Grupo Balance / Summ.Nº Parámetro Valor Grupo

2901 Measurement Supervision ON A2902A Voltage Threshold for Balance Monitoring 48 V A2903A Balance Factor for Voltage Monitor 0,75 A2904A Current Balance Monitor 0,10 A A2905A Balance Factor for Current Monitor 0,50 A2906A Summated Current Monitoring Threshold 0,06 A A2907A Summated Current Monitoring Factor 0,10 A2908A T Balance Factor for Voltage Monitor 5 sec A2909A T Current Balance Monitor 5 sec A

3.23 Grupo Measurement Supervision; Grupo Fuse Fail. Mon.

Grupo Measurement Supervision; Grupo Fuse Fail. Mon.Nº Parámetro Valor Grupo

2910 Fuse Failure Monitor ON A2911A Minimum Voltage Threshold U> 29 V A2912A Maximum Current Threshold I< 0,10 A A2913A Maximum Voltage Threshold U< (3phase) 5 V A2914A Delta Current Threshold (3phase) 0,06 A A2915 Voltage Failure Supervision with current superv. and CBaux A2916A Delay Voltage Failure Supervision 3,00 sec A

3.24 Grupo Measurement Supervision; Grupo VT mcb

Grupo Measurement Supervision; Grupo VT mcbNº Parámetro Valor Grupo

2921 VT mcb operating time 5 ms A

A10 Tingui V4_6 Var Var_prnGrupo Backup overcurrent; Grupo I - STUB

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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3.25 Grupo Measurement Supervision; Grupo Load Angle

Grupo Measurement Supervision; Grupo Load AngleNº Parámetro Valor Grupo

2941 Limit setting PhiA 200 ° A2942 Limit setting PhiB 340 ° A2943 Minimum value I1> 0,05 A A2944 Minimum value U1> 19 V A

3.26 Grupo Earth fault overcurrent; Grupo General

Grupo Earth fault overcurrent; Grupo GeneralNº Parámetro Valor Grupo

3101 Earth Fault overcurrent function ON A3102 Block E/F for Distance protection NO A3174 Block E/F for Distance Protection Pickup in each zone A3103 Block E/F for 1pole Dead time YES A3104A Stabilisation Slope with Iphase 10 % A3109 Single pole trip with earth flt.prot. YES A3170 2nd harmonic ratio for inrush restraint 20 % A3171 Max.Current, overriding inrush restraint 4,50 A A3172 Instantaneous mode after SwitchOnToFault with Pickup and direction A3173 Trip time delay after SOTF 0,00 sec A

3.27 Grupo Earth fault overcurrent; Grupo 3I0>>>

Grupo Earth fault overcurrent; Grupo 3I0>>>Nº Parámetro Valor Grupo

3110 Operating mode Inactive A3111 3I0>>> Pickup 4,00 A A3112 T 3I0>>> Time delay 0,30 sec A3113 Instantaneous trip via Teleprot./BI NO A3114 Instantaneous trip after SwitchOnToFault NO A3115 Inrush Blocking NO A

A10 Tingui V4_6 Var Var_prnGrupo Measurement Supervision; Grupo Load Angle

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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3.28 Grupo Earth fault overcurrent; Grupo 3I0>>

Grupo Earth fault overcurrent; Grupo 3I0>>Nº Parámetro Valor Grupo

3120 Operating mode Inactive A3121 3I0>> Pickup 2,00 A A3122 T 3I0>> Time Delay 0,60 sec A3123 Instantaneous trip via Teleprot./BI NO A3124 Instantaneous trip after SwitchOnToFault NO A3125 Inrush Blocking NO A

3.29 Grupo Earth fault overcurrent; Grupo 3I0>

Grupo Earth fault overcurrent; Grupo 3I0>Nº Parámetro Valor Grupo

3130 Operating mode Inactive A3131 3I0> Pickup 1,00 A A3132 T 3I0> Time Delay 0,90 sec A3133 Instantaneous trip via Teleprot./BI NO A3134 Instantaneous trip after SwitchOnToFault NO A3135 Inrush Blocking NO A

3.30 Grupo Earth fault overcurrent; Grupo 3I0 InverseTime

Grupo Earth fault overcurrent; Grupo 3I0 InverseTimeNº Parámetro Valor Grupo

3140 Operating mode Forward A3141 3I0p Pickup 0,05 A A3143 3I0p Time Dial 0,30 sec A3147 Additional Time Delay 0,00 sec A3148 Instantaneous trip via Teleprot./BI NO A3149 Instantaneous trip after SwitchOnToFault NO A3150 Inrush Blocking NO A3151 IEC Curve Normal Inverse A

A10 Tingui V4_6 Var Var_prnGrupo Earth fault overcurrent; Grupo 3I0>>

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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3.31 Grupo Earth fault overcurrent; Grupo Direction

Grupo Earth fault overcurrent; Grupo DirectionNº Parámetro Valor Grupo

3160 Polarization with U0 + IY or U2 A3162A ALPHA, lower angle for forward direction 338 ° A3163A BETA, upper angle for forward direction 122 ° A3164 Min. zero seq.voltage 3U0 for polarizing 3,0 V A3166 Min. neg. seq. polarizing voltage 3U2 3,0 V A3167 Min. neg. seq. polarizing current 3I2 0,05 A A3168 Compensation angle PHI comp. for Sr 255 ° A3169 Forward direction power threshold 0,9 VA A

3.32 Grupo Automatic Reclosure; Grupo General

Grupo Automatic Reclosure; Grupo GeneralNº Parámetro Valor Grupo

3401 Auto-Reclose function ON A3402 CB ready interrogation at 1st trip YES A3403 Reclaim time after successful AR cycle 8,00 sec A3404 AR blocking duration after manual close 8,00 sec A3406 Evolving fault recognition with Trip A3407 Evolving fault (during the dead time) blocks AR A3408 AR start-signal monitoring time 0,20 sec A3409 Circuit Breaker (CB) Supervision Time 3,00 sec A3410 Send delay for remote close command oo sec A3411A Maximum dead time extension oo sec A

A10 Tingui V4_6 Var Var_prnGrupo Earth fault overcurrent; Grupo Direction

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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3.33 Grupo Automatic Reclosure; Grupo 1st AR-cyle

Grupo Automatic Reclosure; Grupo 1st AR-cyleNº Parámetro Valor Grupo

3450 Start of AR allowed in this cycle YES A3451 Action time 0,20 sec A3456 Dead time after 1pole trip 1,20 sec A3457 Dead time after 3pole trip 0,50 sec A3458 Dead time after evolving fault 1,00 sec A3459 CB ready interrogation before reclosing YES A3460 Request for synchro-check after 3pole AR YES A

3.34 Grupo Automatic Reclosure; Grupo 3pTRIP/DLC/RDT

Grupo Automatic Reclosure; Grupo 3pTRIP/DLC/RDTNº Parámetro Valor Grupo

3430 3pole TRIP by AR YES A3431 Dead Line Check or Reduced Dead Time Without A3438 Supervision time for dead/ live voltage 0,10 sec A3440 Voltage threshold for live line or bus 46 V A3441 Voltage threshold for dead line or bus 27 V A

3.35 Grupo Automatic Reclosure; Grupo Start AR with..

Grupo Automatic Reclosure; Grupo Start AR with..Nº Parámetro Valor Grupo

3420 AR with distance protection YES A3421 AR with switch-onto-fault overcurrent NO A3422 AR with weak infeed tripping NO A3423 AR with earth fault overcurrent prot. NO A3425 AR with back-up overcurrent NO A

A10 Tingui V4_6 Var Var_prnGrupo Automatic Reclosure; Grupo 1st AR-cyle

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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3.36 Grupo Synchronism and Voltage Check; Grupo General

Grupo Synchronism and Voltage Check; Grupo GeneralNº Parámetro Valor Grupo

3501 Synchronism and Voltage Check function ON A3502 Voltage threshold dead line / bus 23 V A3503 Voltage threshold live line / bus 81 V A3504 Maximum permissible voltage 138 V A3507 Maximum duration of synchronism-check 1,00 sec A3508 Synchronous condition stability timer 0,10 sec A3509 Synchronizable circuit breaker <none> todo

3.37 Grupo Synchronism and Voltage Check; Grupo with AR

Grupo Synchronism and Voltage Check; Grupo with ARNº Parámetro Valor Grupo

3510 Operating mode with AR without consideration of CB closing time A3511 Maximum voltage difference 30,0 V A3512 Maximum frequency difference 0,10 Hz A3513 Maximum angle difference 30 ° A3515A AR at Usy2>, Usy1>, and Synchr. YES A3516 AR at Usy1< and Usy2> NO A3517 AR at Usy1> and Usy2< NO A3518 AR at Usy1< and Usy2< NO A3519 Override of any check before AR NO A

A10 Tingui V4_6 Var Var_prnGrupo Synchronism and Voltage Check; Grupo General

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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3.38 Grupo Synchronism and Voltage Check; Grupo Man.Close+CNTRL

Grupo Synchronism and Voltage Check; Grupo Man.Close+CNTRLNº Parámetro Valor Grupo

3530 Operating mode with Man.Cl without consideration of CB closing time A3531 Maximum voltage difference 9,5 V A3532 Maximum frequency difference 0,10 Hz A3533 Maximum angle difference 10 ° A3535A Manual Close at Usy2>, Usy1>, and Synchr NO A3536 Manual Close at Usy1< and Usy2> NO A3537 Manual Close at Usy1> and Usy2< NO A3538 Manual Close at Usy1< and Usy2< NO A3539 Override of any check before Man.Cl NO A

3.39 Grupo Fault Locator

Grupo Fault LocatorNº Parámetro Valor Grupo

3802 Start fault locator with TRIP A3806 Load Compensation YES A

3.40 Grupo Breaker Failure; Grupo Breaker Failure

Grupo Breaker Failure; Grupo Breaker FailureNº Parámetro Valor Grupo

3901 Breaker Failure Protection ON A3902 Pick-up threshold I> 0,15 A A3903 1pole retrip with stage T1 (local trip) NO A3904 T1, Delay after 1pole start (local trip) 0,01 sec A3905 T1, Delay after 3pole start (local trip) 0,01 sec A3906 T2, Delay of 2nd stage (busbar trip) 0,20 sec A3907 T3, Delay for start with defective bkr. 0,00 sec A3908 Trip output selection with defective bkr NO A3909 Check Breaker contacts YES A

A10 Tingui V4_6 Var Var_prnGrupo Synchronism and Voltage Check; Grupo Man.Close+CNTRL

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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3.41 Grupo Breaker Failure; Grupo End fault prot.

Grupo Breaker Failure; Grupo End fault prot.Nº Parámetro Valor Grupo

3921 End fault protection OFF A3922 Trip delay of end fault protection 2,00 sec A

3.42 Grupo Breaker Failure; Grupo PoleDiscrepancy

Grupo Breaker Failure; Grupo PoleDiscrepancyNº Parámetro Valor Grupo

3931 Pole Discrepancy supervision OFF A3932 Trip delay with pole discrepancy 2,00 sec A

A10 Tingui V4_6 Var Var_prnGrupo Breaker Failure; Grupo End fault prot.

SIMATICMax / Centro Sur / Tinguiririca / A10Tingui V4.6 Var Var/7SA612 23.10.15 12:07:00

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Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 1

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ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

RELAY INFORMATIONMain Firmware: 570Boot Firmware: 301Relay Serial Number: AE5C09000045CPU Serial Number: A9KC09002059F8L Module Serial Number A8LC08003401H6U Module Serial Number A6UC08001818M6U Module Serial Number A6UC08001830P6U Module Serial Number A6UC08001831U6U Module Serial Number A6UC08001814W6T Module Serial Number A6TC08000923Settings Send to Relay Saturday, February 07, 2015 09:58:17

PRODUCT SETUPSECURITYCommand Password 0Setting Password 0Command Password Access Timeout 5 minSetting Password Access Timeout 30 minInvalid Password Attempts 3Password Lockout Duration 5 minPassword Access Events DisabledLocal Setting Authorized ONRemote Setting Authorized ONAccess Authorized Timeout 30 min

DISPLAY PROPERTIESFlash Message Time 1.0 sDefault Message Timeout 300 sDefault Message Intensity (VFD Only) 25 %Screen Saver Feature (LCD Only) EnabledScreen Saver Wait Time (LCD Only) 30 minCurrent Cutoff Level 0.020 puVoltage Cutoff Level 1.0 V

COMMUNICATIONSSERIAL PORTSRS485 Com2 Baud Rate 19200RS485 Com2 Parity NoneRS485 Com2 Response Min Time 0 ms

NETWORKIP Address 192.168.104. 46IP Subnet Mask 0. 0. 0. 0Gateway IP Address 192.168.104. 1Ethernet Operation Mode Full-DuplexOSI Network Address (NSAP) 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00

MODBUS PROTOCOLModbus Slave Address 46Modbus TCP Port Number 502

DNP PROTOCOLDNP Channel 1 Port NETWORK - TCPDNP Channel 2 Port NONEDNP Address 46DNP Client Address 1 192.168.104.101DNP Client Address 2 0. 0. 0. 0DNP Client Address 3 0. 0. 0. 0DNP Client Address 4 0. 0. 0. 0DNP Client Address 5 0. 0. 0. 0DNP TCP/UDP Port Number 20000DNP Unsol Resp Function DisabledDNP Unsol Resp Timeout 5 sDNP Unsol Resp Max Retries 10DNP Unsol Resp Dest Addr 1

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ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

DNP PROTOCOL (continued from last page)DNP Current Scale Factor 1DNP Voltage Scale Factor 1DNP Power Scale Factor 1DNP Energy Scale Factor 1DNP Power Factor Scale Factor 1DNP Other Scale Factor 1DNP Current Default Deadband 30000DNP Voltage Default Deadband 30000DNP Power Default Deadband 30000DNP Energy Default Deadband 30000DNP Power Factor Default Deadband 30000DNP Other Default Deadband 30000DNP Time Sync IIN Period 1440 minDNP Message Fragment Size 240DNP Object 1 Default Variation 2DNP Object 2 Default Variation 2DNP Object 20 Default Variation 1DNP Object 21 Default Variation 1DNP Object 22 Default Variation 1DNP Object 23 Default Variation 1DNP Object 30 Default Variation 1DNP Object 32 Default Variation 1DNP Number of Paired Controls 0DNP TCP Connection Timeout 120 s

DNP - IEC104 POINTS LISTSDNP Binary Input Point 0 DNP 79 BLOQ On (VO30)DNP Binary Input Point 1 DNP 79 ON On (VO31)DNP Binary Input Point 2 DNP TP LINEA On (VO32)DNP Binary Input Point 3 DNP TP BARRA On (VO33)DNP Binary Input Point 4 DNP RX RAN On (VO34)DNP Binary Input Point 5 DNP TX 85A On (VO35)DNP Binary Input Point 6 DNP RX JAH On (VO36)DNP Binary Input Point 7 DNP ECHO On (VO37)DNP Binary Input Point 8 DNP 79 CLOSE On (VO38)DNP Binary Input Point 9 DNP 21/21N On (VO39)DNP Binary Input Point 10 DNP 67N On (VO40)DNP Binary Input Point 11 DNP 50BF On (VO41)DNP Binary Input Point 12 DNP Z1B On (VO42)DNP Binary Input Point 13 DNP Z1 On (VO43)DNP Binary Input Point 14 DNP Z2 On (VO44)DNP Binary Input Point 15 DNP Z3 On (VO45)DNP Binary Input Point 16 DNP Z4 On (VO46)DNP Binary Input Point 17 DNP 51/51N On (VO47)DNP Binary Input Point 18 DNP TRIP A On (VO48)DNP Binary Input Point 19 DNP TRIP B On (VO49)DNP Binary Input Point 20 DNP TRIP C On (VO50)DNP Binary Input Point 21 DNP TRIP GND On (VO51)DNP Binary Input Point 22 DNP TRIP S1 On (VO52)DNP Binary Input Point 23 DNP PICKUP On (VO53)DNP Binary Input Point 24 DNP MOD EMER On (VO54)DNP Binary Input Point 25 DNP SOTF On (VO55)DNP Binary Input Point 26 DNP VT FAIL On (VO56)DNP Binary Input Point 27 DNP PSWING On (VO57)DNP Binary Input Point 28 DNP 79BLQ EX On (VO58)DNP Binary Input Point 29 DNP RX85D On (VO59)DNP Binary Input Point 30 DNP TX85D On (VO60)DNP Binary Input Point 31 DNP INC PCOR On (VO61)DNP Analog Input Point 0 Fault Location [1]

IEC 61850GSSE / GOOSE CONFIGURATION

TRANSMISSIONGENERALDefault GSSE/GOOSE Update Time 60 s

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ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

GSSEFunction EnabledID GSSEOutDestination MAC 00 00 00 00 00 00

TX CONFIGURABLE GOOSEGOOSEOut 1 Function EnabledGOOSEOut 1 ID GOOSEOut_1GOOSEOut 1 Destination MAC 00 00 00 00 00 00GOOSEOut 1 VLAN Priority 4GOOSEOut 1 VLAN ID 0GOOSEOut 1 ETYPE APPID 0GOOSEOut 1 ConfRev 1GOOSEOut 1 Retransmission Curve RelaxedGOOSEOut 2 Function EnabledGOOSEOut 2 ID GOOSEOut_2GOOSEOut 2 Destination MAC 00 00 00 00 00 00GOOSEOut 2 VLAN Priority 4GOOSEOut 2 VLAN ID 0GOOSEOut 2 ETYPE APPID 0GOOSEOut 2 ConfRev 1GOOSEOut 2 Retransmission Curve RelaxedGOOSEOut 3 Function EnabledGOOSEOut 3 ID GOOSEOut_3GOOSEOut 3 Destination MAC 00 00 00 00 00 00GOOSEOut 3 VLAN Priority 4GOOSEOut 3 VLAN ID 0GOOSEOut 3 ETYPE APPID 0GOOSEOut 3 ConfRev 1GOOSEOut 3 Retransmission Curve RelaxedGOOSEOut 4 Function EnabledGOOSEOut 4 ID GOOSEOut_4GOOSEOut 4 Destination MAC 00 00 00 00 00 00GOOSEOut 4 VLAN Priority 4GOOSEOut 4 VLAN ID 0GOOSEOut 4 ETYPE APPID 0GOOSEOut 4 ConfRev 1GOOSEOut 4 Retransmission Curve RelaxedGOOSEOut 5 Function EnabledGOOSEOut 5 ID GOOSEOut_5GOOSEOut 5 Destination MAC 00 00 00 00 00 00GOOSEOut 5 VLAN Priority 4GOOSEOut 5 VLAN ID 0GOOSEOut 5 ETYPE APPID 0GOOSEOut 5 ConfRev 1GOOSEOut 5 Retransmission Curve RelaxedGOOSEOut 6 Function EnabledGOOSEOut 6 ID GOOSEOut_6GOOSEOut 6 Destination MAC 00 00 00 00 00 00GOOSEOut 6 VLAN Priority 4GOOSEOut 6 VLAN ID 0GOOSEOut 6 ETYPE APPID 0GOOSEOut 6 ConfRev 1GOOSEOut 6 Retransmission Curve RelaxedGOOSEOut 7 Function EnabledGOOSEOut 7 ID GOOSEOut_7GOOSEOut 7 Destination MAC 00 00 00 00 00 00GOOSEOut 7 VLAN Priority 4GOOSEOut 7 VLAN ID 0GOOSEOut 7 ETYPE APPID 0GOOSEOut 7 ConfRev 1GOOSEOut 7 Retransmission Curve RelaxedGOOSEOut 8 Function EnabledGOOSEOut 8 ID GOOSEOut_8GOOSEOut 8 Destination MAC 00 00 00 00 00 00

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ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

TX CONFIGURABLE GOOSE (continued from last page)GOOSEOut 8 VLAN Priority 4GOOSEOut 8 VLAN ID 0GOOSEOut 8 ETYPE APPID 0GOOSEOut 8 ConfRev 1GOOSEOut 8 Retransmission Curve Relaxed

SERVER CONFIGURATIONIEDName IEDNameLogical Device Instance LDInstMMS TCP Port Number 102LPHD DC PhyNam location Location

MMXU DEADBANDSMMXU1: TotW Deadband 10.000 %MMXU1: TotVAr Deadband 10.000 %MMXU1: TotVA Deadband 10.000 %MMXU1: TotPF Deadband 10.000 %MMXU1: Hz Deadband 10.000 %MMXU1: PPV phsAB Deadband 10.000 %MMXU1: PPV phsBC Deadband 10.000 %MMXU1: PPV phsCA Deadband 10.000 %MMXU1: PhV phsA Deadband 10.000 %MMXU1: PhV phsB Deadband 10.000 %MMXU1: PhV phsC Deadband 10.000 %MMXU1: A phsA Deadband 10.000 %MMXU1: A phsB Deadband 10.000 %MMXU1: A phsC Deadband 10.000 %MMXU1: A neut Deadband 10.000 %MMXU1: W phsA Deadband 10.000 %MMXU1: W phsB Deadband 10.000 %MMXU1: W phsC Deadband 10.000 %MMXU1: VAr phsA Deadband 10.000 %MMXU1: VAr phsB Deadband 10.000 %MMXU1: VAr phsC Deadband 10.000 %MMXU1: VA phsA Deadband 10.000 %MMXU1: VA phsB Deadband 10.000 %MMXU1: VA phsC Deadband 10.000 %MMXU1: PF phsA Deadband 10.000 %MMXU1: PF phsB Deadband 10.000 %MMXU1: PF phsC Deadband 10.000 %MMXU2: TotW Deadband 10.000 %MMXU2: TotVAr Deadband 10.000 %MMXU2: TotVA Deadband 10.000 %MMXU2: TotPF Deadband 10.000 %MMXU2: Hz Deadband 10.000 %MMXU2: PPV phsAB Deadband 10.000 %MMXU2: PPV phsBC Deadband 10.000 %MMXU2: PPV phsCA Deadband 10.000 %MMXU2: PhV phsA Deadband 10.000 %MMXU2: PhV phsB Deadband 10.000 %MMXU2: PhV phsC Deadband 10.000 %MMXU2: A phsA Deadband 10.000 %MMXU2: A phsB Deadband 10.000 %MMXU2: A phsC Deadband 10.000 %MMXU2: A neut Deadband 10.000 %MMXU2: W phsA Deadband 10.000 %MMXU2: W phsB Deadband 10.000 %MMXU2: W phsC Deadband 10.000 %MMXU2: VAr phsA Deadband 10.000 %MMXU2: VAr phsB Deadband 10.000 %MMXU2: VAr phsC Deadband 10.000 %MMXU2: VA phsA Deadband 10.000 %MMXU2: VA phsB Deadband 10.000 %MMXU2: VA phsC Deadband 10.000 %MMXU2: PF phsA Deadband 10.000 %

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 5

URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

MMXU DEADBANDS (continued from last page)MMXU2: PF phsB Deadband 10.000 %MMXU2: PF phsC Deadband 10.000 %

GGIO1 STATUS CONFIGURATIONNumber of Status Points 8

GGIO2 CONTROL CONFIGURATIONSPCSO 1 ctlModel 1SPCSO 2 ctlModel 1SPCSO 3 ctlModel 1SPCSO 4 ctlModel 1SPCSO 5 ctlModel 1SPCSO 6 ctlModel 1SPCSO 7 ctlModel 1SPCSO 8 ctlModel 1SPCSO 9 ctlModel 1SPCSO 10 ctlModel 1SPCSO 11 ctlModel 1SPCSO 12 ctlModel 1SPCSO 13 ctlModel 1SPCSO 14 ctlModel 1SPCSO 15 ctlModel 1SPCSO 16 ctlModel 1SPCSO 17 ctlModel 1SPCSO 18 ctlModel 1SPCSO 19 ctlModel 1SPCSO 20 ctlModel 1SPCSO 21 ctlModel 1SPCSO 22 ctlModel 1SPCSO 23 ctlModel 1SPCSO 24 ctlModel 1SPCSO 25 ctlModel 1SPCSO 26 ctlModel 1SPCSO 27 ctlModel 1SPCSO 28 ctlModel 1SPCSO 29 ctlModel 1SPCSO 30 ctlModel 1SPCSO 31 ctlModel 1SPCSO 32 ctlModel 1SPCSO 33 ctlModel 1SPCSO 34 ctlModel 1SPCSO 35 ctlModel 1SPCSO 36 ctlModel 1SPCSO 37 ctlModel 1SPCSO 38 ctlModel 1SPCSO 39 ctlModel 1SPCSO 40 ctlModel 1SPCSO 41 ctlModel 1SPCSO 42 ctlModel 1SPCSO 43 ctlModel 1SPCSO 44 ctlModel 1SPCSO 45 ctlModel 1SPCSO 46 ctlModel 1SPCSO 47 ctlModel 1SPCSO 48 ctlModel 1SPCSO 49 ctlModel 1SPCSO 50 ctlModel 1SPCSO 51 ctlModel 1SPCSO 52 ctlModel 1SPCSO 53 ctlModel 1SPCSO 54 ctlModel 1SPCSO 55 ctlModel 1SPCSO 56 ctlModel 1SPCSO 57 ctlModel 1SPCSO 58 ctlModel 1

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URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

GGIO2 CONTROL CONFIGURATION (continued from last page)SPCSO 59 ctlModel 1SPCSO 60 ctlModel 1SPCSO 61 ctlModel 1SPCSO 62 ctlModel 1SPCSO 63 ctlModel 1SPCSO 64 ctlModel 1

GGIO4 ANALOG CONFIGURATIONIEC61850 GGIO4 Analogs 4IEC61850 GGIO4 Analog 1 Value OFFIEC61850 GGIO4 Analog 1 db 100.000 %IEC61850 GGIO4 Analog 1 min 0.000IEC61850 GGIO4 Analog 1 max 1000000.000IEC61850 GGIO4 Analog 2 Value OFFIEC61850 GGIO4 Analog 2 db 100.000 %IEC61850 GGIO4 Analog 2 min 0.000IEC61850 GGIO4 Analog 2 max 1000000.000IEC61850 GGIO4 Analog 3 Value OFFIEC61850 GGIO4 Analog 3 db 100.000 %IEC61850 GGIO4 Analog 3 min 0.000IEC61850 GGIO4 Analog 3 max 1000000.000IEC61850 GGIO4 Analog 4 Value OFFIEC61850 GGIO4 Analog 4 db 100.000 %IEC61850 GGIO4 Analog 4 min 0.000IEC61850 GGIO4 Analog 4 max 1000000.000IEC61850 GGIO4 Analog 5 Value OFFIEC61850 GGIO4 Analog 5 db 100.000 %IEC61850 GGIO4 Analog 5 min 0.000IEC61850 GGIO4 Analog 5 max 1000000.000IEC61850 GGIO4 Analog 6 Value OFFIEC61850 GGIO4 Analog 6 db 100.000 %IEC61850 GGIO4 Analog 6 min 0.000IEC61850 GGIO4 Analog 6 max 1000000.000IEC61850 GGIO4 Analog 7 Value OFFIEC61850 GGIO4 Analog 7 db 100.000 %IEC61850 GGIO4 Analog 7 min 0.000IEC61850 GGIO4 Analog 7 max 1000000.000IEC61850 GGIO4 Analog 8 Value OFFIEC61850 GGIO4 Analog 8 db 100.000 %IEC61850 GGIO4 Analog 8 min 0.000IEC61850 GGIO4 Analog 8 max 1000000.000IEC61850 GGIO4 Analog 9 Value OFFIEC61850 GGIO4 Analog 9 db 100.000 %IEC61850 GGIO4 Analog 9 min 0.000IEC61850 GGIO4 Analog 9 max 1000000.000IEC61850 GGIO4 Analog 10 Value OFFIEC61850 GGIO4 Analog 10 db 100.000 %IEC61850 GGIO4 Analog 10 min 0.000IEC61850 GGIO4 Analog 10 max 1000000.000IEC61850 GGIO4 Analog 11 Value OFFIEC61850 GGIO4 Analog 11 db 100.000 %IEC61850 GGIO4 Analog 11 min 0.000IEC61850 GGIO4 Analog 11 max 1000000.000IEC61850 GGIO4 Analog 12 Value OFFIEC61850 GGIO4 Analog 12 db 100.000 %IEC61850 GGIO4 Analog 12 min 0.000IEC61850 GGIO4 Analog 12 max 1000000.000IEC61850 GGIO4 Analog 13 Value OFFIEC61850 GGIO4 Analog 13 db 100.000 %IEC61850 GGIO4 Analog 13 min 0.000IEC61850 GGIO4 Analog 13 max 1000000.000IEC61850 GGIO4 Analog 14 Value OFFIEC61850 GGIO4 Analog 14 db 100.000 %IEC61850 GGIO4 Analog 14 min 0.000IEC61850 GGIO4 Analog 14 max 1000000.000

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 7

URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

GGIO4 ANALOG CONFIGURATION (continued from last page)IEC61850 GGIO4 Analog 15 Value OFFIEC61850 GGIO4 Analog 15 db 100.000 %IEC61850 GGIO4 Analog 15 min 0.000IEC61850 GGIO4 Analog 15 max 1000000.000IEC61850 GGIO4 Analog 16 Value OFFIEC61850 GGIO4 Analog 16 db 100.000 %IEC61850 GGIO4 Analog 16 min 0.000IEC61850 GGIO4 Analog 16 max 1000000.000IEC61850 GGIO4 Analog 17 Value OFFIEC61850 GGIO4 Analog 17 db 100.000 %IEC61850 GGIO4 Analog 17 min 0.000IEC61850 GGIO4 Analog 17 max 1000000.000IEC61850 GGIO4 Analog 18 Value OFFIEC61850 GGIO4 Analog 18 db 100.000 %IEC61850 GGIO4 Analog 18 min 0.000IEC61850 GGIO4 Analog 18 max 1000000.000IEC61850 GGIO4 Analog 19 Value OFFIEC61850 GGIO4 Analog 19 db 100.000 %IEC61850 GGIO4 Analog 19 min 0.000IEC61850 GGIO4 Analog 19 max 1000000.000IEC61850 GGIO4 Analog 20 Value OFFIEC61850 GGIO4 Analog 20 db 100.000 %IEC61850 GGIO4 Analog 20 min 0.000IEC61850 GGIO4 Analog 20 max 1000000.000IEC61850 GGIO4 Analog 21 Value OFFIEC61850 GGIO4 Analog 21 db 100.000 %IEC61850 GGIO4 Analog 21 min 0.000IEC61850 GGIO4 Analog 21 max 1000000.000IEC61850 GGIO4 Analog 22 Value OFFIEC61850 GGIO4 Analog 22 db 100.000 %IEC61850 GGIO4 Analog 22 min 0.000IEC61850 GGIO4 Analog 22 max 1000000.000IEC61850 GGIO4 Analog 23 Value OFFIEC61850 GGIO4 Analog 23 db 100.000 %IEC61850 GGIO4 Analog 23 min 0.000IEC61850 GGIO4 Analog 23 max 1000000.000IEC61850 GGIO4 Analog 24 Value OFFIEC61850 GGIO4 Analog 24 db 100.000 %IEC61850 GGIO4 Analog 24 min 0.000IEC61850 GGIO4 Analog 24 max 1000000.000IEC61850 GGIO4 Analog 25 Value OFFIEC61850 GGIO4 Analog 25 db 100.000 %IEC61850 GGIO4 Analog 25 min 0.000IEC61850 GGIO4 Analog 25 max 1000000.000IEC61850 GGIO4 Analog 26 Value OFFIEC61850 GGIO4 Analog 26 db 100.000 %IEC61850 GGIO4 Analog 26 min 0.000IEC61850 GGIO4 Analog 26 max 1000000.000IEC61850 GGIO4 Analog 27 Value OFFIEC61850 GGIO4 Analog 27 db 100.000 %IEC61850 GGIO4 Analog 27 min 0.000IEC61850 GGIO4 Analog 27 max 1000000.000IEC61850 GGIO4 Analog 28 Value OFFIEC61850 GGIO4 Analog 28 db 100.000 %IEC61850 GGIO4 Analog 28 min 0.000IEC61850 GGIO4 Analog 28 max 1000000.000IEC61850 GGIO4 Analog 29 Value OFFIEC61850 GGIO4 Analog 29 db 100.000 %IEC61850 GGIO4 Analog 29 min 0.000IEC61850 GGIO4 Analog 29 max 1000000.000IEC61850 GGIO4 Analog 30 Value OFFIEC61850 GGIO4 Analog 30 db 100.000 %IEC61850 GGIO4 Analog 30 min 0.000IEC61850 GGIO4 Analog 30 max 1000000.000IEC61850 GGIO4 Analog 31 Value OFF

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URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

GGIO4 ANALOG CONFIGURATION (continued from last page)IEC61850 GGIO4 Analog 31 db 100.000 %IEC61850 GGIO4 Analog 31 min 0.000IEC61850 GGIO4 Analog 31 max 1000000.000IEC61850 GGIO4 Analog 32 Value OFFIEC61850 GGIO4 Analog 32 db 100.000 %IEC61850 GGIO4 Analog 32 min 0.000IEC61850 GGIO4 Analog 32 max 1000000.000

REPORT CONTROL CONFIGURATIONREPORT 1 (GGIO1.BR): RptIDREPORT 1 (GGIO1.BR): OptFlds 0REPORT 1 (GGIO1.BR): BufTm 0REPORT 1 (GGIO1.BR): TrgOps 0REPORT 1 (GGIO1.BR): IntgPd 0REPORT 2 (GGIO1.BR01): RptIDREPORT 2 (GGIO1.BR01): OptFlds 0REPORT 2 (GGIO1.BR01): BufTm 0REPORT 2 (GGIO1.BR01): TrgOps 0REPORT 2 (GGIO1.BR01): IntgPd 0REPORT 3 (GGIO1.RP): RptIDREPORT 3 (GGIO1.RP): OptFlds 0REPORT 3 (GGIO1.RP): BufTm 0REPORT 3 (GGIO1.RP): TrgOps 0REPORT 3 (GGIO1.RP): IntgPd 0REPORT 4 (GGIO4.RP): RptIDREPORT 4 (GGIO4.RP): OptFlds 0REPORT 4 (GGIO4.RP): BufTm 0REPORT 4 (GGIO4.RP): TrgOps 0REPORT 4 (GGIO4.RP): IntgPd 0REPORT 5 (MMXU1.BR): RptIDREPORT 5 (MMXU1.BR): OptFlds 0REPORT 5 (MMXU1.BR): BufTm 0REPORT 5 (MMXU1.BR): TrgOps 0REPORT 5 (MMXU1.BR): IntgPd 0REPORT 6 (MMXU1.RP): RptIDREPORT 6 (MMXU1.RP): OptFlds 0REPORT 6 (MMXU1.RP): BufTm 0REPORT 6 (MMXU1.RP): TrgOps 0REPORT 6 (MMXU1.RP): IntgPd 0REPORT 7 (MMXU2.BR): RptIDREPORT 7 (MMXU2.BR): OptFlds 0REPORT 7 (MMXU2.BR): BufTm 0REPORT 7 (MMXU2.BR): TrgOps 0REPORT 7 (MMXU2.BR): IntgPd 0REPORT 8 (MMXU2.RP): RptIDREPORT 8 (MMXU2.RP): OptFlds 0REPORT 8 (MMXU2.RP): BufTm 0REPORT 8 (MMXU2.RP): TrgOps 0REPORT 8 (MMXU2.RP): IntgPd 0

XCBR CONFIGURATIONXCBR1 ST.Loc Operand OFFClear XCBR1 OpCnt NoXCBR2 ST.Loc Operand OFFClear XCBR2 OpCnt No

XSWI CONFIGURATIONXSWI1 ST.Loc Operand OFFXSWI2 ST.Loc Operand OFFXSWI3 ST.Loc Operand OFFXSWI4 ST.Loc Operand OFFXSWI5 ST.Loc Operand OFFXSWI6 ST.Loc Operand OFFXSWI7 ST.Loc Operand OFFXSWI8 ST.Loc Operand OFF

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URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

XSWI CONFIGURATION (continued from last page)Clear XSWI1 OpCnt NoClear XSWI2 OpCnt NoClear XSWI3 OpCnt NoClear XSWI4 OpCnt NoClear XSWI5 OpCnt NoClear XSWI6 OpCnt NoClear XSWI7 OpCnt NoClear XSWI8 OpCnt No

HTTPHTTP TCP Port Number 80

TFTPTFTP Main UDP Port Number 69TFTP Data UDP Port Number 1 0TFTP Data UDP Port Number 2 0

SNTPFunction EnabledServer IP Address 192.168.104.105UDP Port Number 123

REAL TIME CLOCKIRIG-B Signal Type NoneReal Time Clock Events DisabledTime Zone Offset -4.0 hrDST Function EnabledDST Start Month OctoberDST Start Day SaturdayDST Start Day Instance SecondDST Start Hour 0DST Stop Month MarchDST Stop Day SaturdayDST Stop Day Instance SecondDST Stop Hour 0

FAULT REPORTFault Report 1 Source SRC 1 (SRC 1)Fault Report 1 Trigger TRIP OUTPUT OPFault Report 1 Positive Seq (Z1) Mag 33.82 ohmsFault Report 1 Positive Seq (Z1) Angle 77 degFault Report 1 Zero Seq (Z0) Mag 33.82 ohmsFault Report 1 Zero Seq (Z0) Angle 77 degFault Report 1 Line Length Units kmFault Report 1 Line Length 110.9Fault Report 1 VT Substitution NoneFault Report 1 System Z0 Mag 2.00 ohmsFault Report 1 System Z0 Angle 75 deg

OSCILLOGRAPHYNumber Of Records 5Trigger Mode Automatic OverwriteTrigger Position 30 %Trigger Source Osc Trigger On (VO64)AC Input Waveforms 32 samples/cycleDigital Channel 1 PH DIR1 BLKDigital Channel 2 PH DIST Z1 OPDigital Channel 3 GND DIST Z1 OPDigital Channel 4 PH DIST Z2 OPDigital Channel 5 GND DIST Z2 OPDigital Channel 6 PH DIST Z3 OPDigital Channel 7 GND DIST Z3 OPDigital Channel 8 PH DIST Z4 OPDigital Channel 9 GND DIST Z4 OPDigital Channel 10 PH DIST Z5 OP

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 10

URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

OSCILLOGRAPHY (continued from last page)Digital Channel 11 GND DIST Z5 OPDigital Channel 12 LINE PICKUP OPDigital Channel 13 POWER SWING BLOCKDigital Channel 14 NEUTRAL TOC1 OPDigital Channel 15 PHASE TOC1 OPDigital Channel 16 NEUTRAL TOC2 OPDigital Channel 17 52A10 Abiert On(M7a)Digital Channel 18 Falla TP Lin On(U7a)Digital Channel 19 Rx. 85A1 On(U8a)Digital Channel 20 POTT TX1Digital Channel 21 Rx. 85D On(U8c)Digital Channel 22 BKR FAIL 1 T1 OPDigital Channel 23 BKR FAIL 1 RETRIPDigital Channel 24 AR CLOSE BKR 1Digital Channel 25 AR DISABLEDDigital Channel 26 OPEN POLE OP ADigital Channel 27 OPEN POLE OP BDigital Channel 28 OPEN POLE OP CDigital Channel 29 OPEN POLE OPDigital Channel 30 LED ECHO On (VO15)Digital Channel 31 NEG SEQ DIR OC1 FWDDigital Channel 32 NEG SEQ DIR OC1 REVDigital Channel 33 TRIP OUTPUT OPDigital Channel 34 TRIP PHASE ADigital Channel 35 TRIP PHASE BDigital Channel 36 TRIP PHASE CDigital Channel 38 SRC1 VT FUSE FAIL OPDigital Channel 39 Rx. 85A2 On(W7c)Digital Channel 40 Emision 85A On (VO24)Analog Channel 1 SRC1 Ia RMSAnalog Channel 2 SRC1 Ib RMSAnalog Channel 3 SRC1 Ic RMSAnalog Channel 4 SRC1 In RMSAnalog Channel 5 SRC1 Vag RMSAnalog Channel 6 SRC1 Vbg RMSAnalog Channel 7 SRC1 Vcg RMSAnalog Channel 8 SRC1 FrequencyAnalog Channel 9 SRC1 V_0 MagAnalog Channel 10 SRC1 I_0 MagAnalog Channel 11 SRC1 V_2 MagAnalog Channel 12 SRC1 I_2 MagAnalog Channel 13 SRC1 V_1 MagAnalog Channel 14 SRC1 I_1 MagAnalog Channel 15 SRC2 Vx RMSAnalog Channel 16 Tracking Frequency

DATA LOGGERData Logger Mode ContinuousData Logger Trigger OFFRate 60000 msec

USER-PROGRAMMABLE LEDSUSER PROGRAMMABLE LEDSLED 1: OPERAND LED Z1 Op. On (VO9)LED 1: TYPE LatchedLED 2: OPERAND LED Z1B Op. On (VO10)LED 2: TYPE LatchedLED 3: OPERAND LED Z2 Op. On (VO11)LED 3: TYPE LatchedLED 4: OPERAND LED Z3 Op. On (VO12)LED 4: TYPE LatchedLED 5: OPERAND LED Z4 Op. On (VO13)LED 5: TYPE LatchedLED 6: OPERAND LINE PICKUP OPLED 6: TYPE Latched

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 11

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ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

USER PROGRAMMABLE LEDS (continued from last page)LED 7: OPERAND LED 67N On (VO16)LED 7: TYPE LatchedLED 8: OPERAND LED 51-51N On (VO14)LED 8: TYPE LatchedLED 9: OPERAND BKR FAIL 1 T1 OPLED 9: TYPE LatchedLED 10: OPERAND POWER SWING BLOCKLED 10: TYPE LatchedLED 11: OPERAND LED ECHO On (VO15)LED 11: TYPE LatchedLED 12: OPERAND 52A10 Abiert On(M7a)LED 12: TYPE Self-ResetLED 13: OPERAND Rx. 85A1 On(U8a)LED 13: TYPE LatchedLED 14: OPERAND Rx. 85A2 On(W7c)LED 14: TYPE LatchedLED 15: OPERAND HYBRID POTT TX1LED 15: TYPE LatchedLED 16: OPERAND Tx. 85D On (VO22)LED 16: TYPE LatchedLED 17: OPERAND Blq.21Z1 21N On (VO2)LED 17: TYPE Self-ResetLED 18: OPERAND Start 50BF On (VO4)LED 18: TYPE LatchedLED 19: OPERAND AR CLOSE BKR 1LED 19: TYPE LatchedLED 20: OPERAND Bloq. 79 On (VO6)LED 20: TYPE Self-ResetLED 21: OPERAND P.Cort. Abie On(M8a)LED 21: TYPE Self-ResetLED 22: OPERAND DNP INC PCOR On (VO61)LED 22: TYPE Self-Reset

USER-PROGRAMMABLE SELF TESTSRemote Device Off Function EnabledBattery Fail Function EnabledSNTP Fail Function EnabledIRIG B Fail Function Enabled

USER-DEFINABLE DISPLAYSUSER DISPLAY 1: Top Line LIN PTA CORTES 2 A10USER DISPLAY 1: Bottom Line SISTEMA 2USER DISPLAY 1: Item 1 0USER DISPLAY 1: Item 2 0USER DISPLAY 1: Item 3 0USER DISPLAY 1: Item 4 0USER DISPLAY 1: Item 5 0USER DISPLAY 2: Top Line POTENCIA ACTIVAUSER DISPLAY 2: Bottom Line ~1USER DISPLAY 2: Item 1 7168USER DISPLAY 2: Item 2 0USER DISPLAY 2: Item 3 0USER DISPLAY 2: Item 4 0USER DISPLAY 2: Item 5 0USER DISPLAY 3: Top Line POTENCIA REACTIVAUSER DISPLAY 3: Bottom Line ~1USER DISPLAY 3: Item 1 7176USER DISPLAY 3: Item 2 0USER DISPLAY 3: Item 3 0USER DISPLAY 3: Item 4 0USER DISPLAY 3: Item 5 0USER DISPLAY 4: Top Line CORRIENTE FASE AUSER DISPLAY 4: Bottom Line ~1USER DISPLAY 4: Item 1 6144USER DISPLAY 4: Item 2 0

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ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

USER-DEFINABLE DISPLAYS (continued from last page)USER DISPLAY 4: Item 3 0USER DISPLAY 4: Item 4 0USER DISPLAY 4: Item 5 0USER DISPLAY 5: Top Line CORRIENTE FASE BUSER DISPLAY 5: Bottom Line ~1USER DISPLAY 5: Item 1 6146USER DISPLAY 5: Item 2 0USER DISPLAY 5: Item 3 0USER DISPLAY 5: Item 4 0USER DISPLAY 5: Item 5 0USER DISPLAY 6: Top Line CORRIENTE FASE CUSER DISPLAY 6: Bottom Line ~1USER DISPLAY 6: Item 1 6148USER DISPLAY 6: Item 2 0USER DISPLAY 6: Item 3 0USER DISPLAY 6: Item 4 0USER DISPLAY 6: Item 5 0USER DISPLAY 7: Top Line TENSION VABUSER DISPLAY 7: Bottom Line ~1USER DISPLAY 7: Item 1 6671USER DISPLAY 7: Item 2 0USER DISPLAY 7: Item 3 0USER DISPLAY 7: Item 4 0USER DISPLAY 7: Item 5 0USER DISPLAY 8: Top Line TENSION VBCUSER DISPLAY 8: Bottom Line ~1USER DISPLAY 8: Item 1 6673USER DISPLAY 8: Item 2 0USER DISPLAY 8: Item 3 0USER DISPLAY 8: Item 4 0USER DISPLAY 8: Item 5 0USER DISPLAY 9: Top Line TENSION VCAUSER DISPLAY 9: Bottom Line ~1USER DISPLAY 9: Item 1 6675USER DISPLAY 9: Item 2 0USER DISPLAY 9: Item 3 0USER DISPLAY 9: Item 4 0USER DISPLAY 9: Item 5 0USER DISPLAY 10: Top Line DISTANCIA DE FALLAUSER DISPLAY 10: Bottom Line ~1 ~2USER DISPLAY 10: Item 1 9061USER DISPLAY 10: Item 2 37382USER DISPLAY 10: Item 3 0USER DISPLAY 10: Item 4 0USER DISPLAY 10: Item 5 0Invoke and Scroll OFF

INSTALLATIONRelay Name 52A10_D60

SYSTEM SETUPAC INPUTS

CURRENTCT F1: Phase CT Primary 1000 ACT F1: Phase CT Secondary 1 ACT F1: Ground CT Primary 1000 ACT F1: Ground CT Secondary 1 A

VOLTAGEVT F5: Phase VT Connection WyeVT F5: Phase VT Secondary 66.4 VVT F5: Phase VT Ratio 1339.13 :1VT F5: Auxiliary VT Connection VbgVT F5: Auxiliary VT Secondary 66.4 VVT F5: Auxiliary VT Ratio 1339.13 :1

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 13

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ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

POWER SYSTEMNominal Frequency 50 HzPhase Rotation ABCFrequency And Phase Reference SRC 1 (SRC 1)Frequency Tracking Function Enabled

SIGNAL SOURCESSOURCE 1: Name SRC 1SOURCE 1: Phase CT F1SOURCE 1: Ground CT F1SOURCE 1: Phase VT F5SOURCE 1: Auxiliary VT NoneSOURCE 2: Name SRC 2SOURCE 2: Phase CT NoneSOURCE 2: Ground CT NoneSOURCE 2: Phase VT NoneSOURCE 2: Auxiliary VT F5

BREAKERSBreaker 1 Function EnabledBreaker 1 Push Button Control DisabledBreaker 1 Name 52A10Breaker 1 Mode 1-PoleBreaker 1 Open OFFBreaker 1 Block Open OFFBreaker 1 Close OFFBreaker 1 Block Close OFFBreaker 1 Phase A/3-Pole Closed Polo 1 cerr On(H7c)Breaker 1 Phase A/3-Pole Opened 52A10 Abiert On(M7a)Breaker 1 Phase B Closed Polo 2 cerr On(H8a)Breaker 1 Phase B Opened OFFBreaker 1 Phase C Closed Polo 3 cerr On(H8c)Breaker 1 Phase C Opened OFFBreaker 1 Toperate 0.070 sBreaker 1 External Alarm OFFBreaker 1 Alarm Delay 0.000 sBreaker 1 Manual Close Recal Time 0.000 sBreaker 1 Out Of Service OFFBreaker 1 Events Disabled

FLEXLOGICFLEXLOGIC EQUATION EDITORFlexLogic Entry 1 AR CLOSE BKR 1FlexLogic Entry 2 POSITIVE ONE SHOTFlexLogic Entry 3 BKR FAIL 1 T1 OPFlexLogic Entry 4 POSITIVE ONE SHOTFlexLogic Entry 5 POWER SWING BLOCKFlexLogic Entry 6 POSITIVE ONE SHOTFlexLogic Entry 7 TRIP OUTPUT OPFlexLogic Entry 8 POSITIVE ONE SHOTFlexLogic Entry 9 OR(4)FlexLogic Entry 10 = Osc Trigger (VO64)FlexLogic Entry 11 LINE PICKUP OPFlexLogic Entry 12 PHASE TOC1 OPFlexLogic Entry 13 PH DIST Z1 OPFlexLogic Entry 14 PH DIST Z3 OPFlexLogic Entry 15 PH DIST Z4 OPFlexLogic Entry 16 PH DIST Z5 OPFlexLogic Entry 17 GND DIST Z3 OPFlexLogic Entry 18 GND DIST Z4 OPFlexLogic Entry 19 GND DIST Z5 OPFlexLogic Entry 20 NEUTRAL TOC1 OPFlexLogic Entry 21 NEUTRAL TOC2 OPFlexLogic Entry 22 HYBRID POTT OPFlexLogic Entry 23 Trip 85D On (VO5)

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 24 OR(13)FlexLogic Entry 25 = Trip 3p (VO1)FlexLogic Entry 26 SRC1 VT FUSE FAIL OPFlexLogic Entry 27 Falla TP Lin On(U7a)FlexLogic Entry 28 OR(2)FlexLogic Entry 29 = Blq.21Z1 21N (VO2)FlexLogic Entry 30 Blq.21Z1 21N On (VO2)FlexLogic Entry 31 POWER SWING BLOCKFlexLogic Entry 32 OR(2)FlexLogic Entry 33 = Blq.21Z2-Z5 (VO3)FlexLogic Entry 34 TRIP OUTPUT OPFlexLogic Entry 35 Op. 86B On(P8c)FlexLogic Entry 36 Trip 85D On (VO5)FlexLogic Entry 37 Start BF 87B On(W7a)FlexLogic Entry 38 OR(4)FlexLogic Entry 39 = Start 50BF (VO4)FlexLogic Entry 40 P.Cort. Abie On(M8a)FlexLogic Entry 41 NOTFlexLogic Entry 42 P.Cort. Cerr On(M8c)FlexLogic Entry 43 Rx. 85D On(U8c)FlexLogic Entry 44 AND(3)FlexLogic Entry 45 = Trip 85D (VO5)FlexLogic Entry 46 52 apto On(H7a)FlexLogic Entry 47 NOTFlexLogic Entry 48 Hab. Reconex On(W5a)FlexLogic Entry 49 NOTFlexLogic Entry 50 Rec. en prog On(P7a)FlexLogic Entry 51 Bloq. 79 p43 On(P7c)FlexLogic Entry 52 Op. 86B On(P8c)FlexLogic Entry 53 OR(5)FlexLogic Entry 54 = Bloq. 79 (VO6)FlexLogic Entry 55 OPEN POLE OP AFlexLogic Entry 56 OPEN POLE OP BFlexLogic Entry 57 OPEN POLE OP CFlexLogic Entry 58 AND(3)FlexLogic Entry 59 = Open 3p (VO7)FlexLogic Entry 60 SRC1 VT FUSE FAIL OPFlexLogic Entry 61 Falla TP Lin On(U7a)FlexLogic Entry 62 OR(2)FlexLogic Entry 63 NOTFlexLogic Entry 64 = VT ok (VO8)FlexLogic Entry 65 PH DIST Z1 OPFlexLogic Entry 66 GND DIST Z1 OPFlexLogic Entry 67 OR(2)FlexLogic Entry 68 = LED Z1 Op. (VO9)FlexLogic Entry 69 PH DIST Z2 OPFlexLogic Entry 70 GND DIST Z2 OPFlexLogic Entry 71 OR(2)FlexLogic Entry 72 = LED Z1B Op. (VO10)FlexLogic Entry 73 PH DIST Z3 OPFlexLogic Entry 74 GND DIST Z3 OPFlexLogic Entry 75 OR(2)FlexLogic Entry 76 = LED Z2 Op. (VO11)FlexLogic Entry 77 PH DIST Z4 OPFlexLogic Entry 78 GND DIST Z4 OPFlexLogic Entry 79 OR(2)FlexLogic Entry 80 = LED Z3 Op. (VO12)FlexLogic Entry 81 PH DIST Z5 OPFlexLogic Entry 82 GND DIST Z5 OPFlexLogic Entry 83 OR(2)FlexLogic Entry 84 = LED Z4 Op. (VO13)FlexLogic Entry 85 PHASE TOC1 OPFlexLogic Entry 86 NEUTRAL TOC1 OPFlexLogic Entry 87 OR(2)FlexLogic Entry 88 = LED 51-51N (VO14)

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 89 Rx. 85A2 On(W7c)FlexLogic Entry 90 Rx. 85A1 On(U8a)FlexLogic Entry 91 AND(2)FlexLogic Entry 92 Open 3p On (VO7)FlexLogic Entry 93 HYBRID POTT TX1FlexLogic Entry 94 AND(3)FlexLogic Entry 95 = LED ECHO (VO15)FlexLogic Entry 96 NEUTRAL TOC2 OPFlexLogic Entry 97 VT ok On (VO8)FlexLogic Entry 98 AND(2)FlexLogic Entry 99 = LED 67N (VO16)FlexLogic Entry 100 PH DIST Z1 OPFlexLogic Entry 101 HYBRID POTT OPFlexLogic Entry 102 GND DIST Z1 OPFlexLogic Entry 103 OR(3)FlexLogic Entry 104 = AR 3P START (VO17)FlexLogic Entry 105 Rx. 85A1 On(U8a)FlexLogic Entry 106 Rx. 85A2 On(W7c)FlexLogic Entry 107 AND(2)FlexLogic Entry 108 = RX. 85A (VO21)FlexLogic Entry 109 P.Cort. Abie On(M8a)FlexLogic Entry 110 NOTFlexLogic Entry 111 P.Cort. Cerr On(M8c)FlexLogic Entry 112 BKR FAIL 1 T1 OPFlexLogic Entry 113 AND(3)FlexLogic Entry 114 = Tx. 85D (VO22)FlexLogic Entry 115 DNP INC PCOR On (VO61)FlexLogic Entry 116 P.Cort. Abie On(M8a)FlexLogic Entry 117 OR(2)FlexLogic Entry 118 = BLOCK HYBRID (VO23)FlexLogic Entry 119 AR DISABLEDFlexLogic Entry 120 = DNP 79 BLOQ (VO30)FlexLogic Entry 121 AR ENABLEDFlexLogic Entry 122 = DNP 79 ON (VO31)FlexLogic Entry 123 Falla TP Lin On(U7a)FlexLogic Entry 124 = DNP TP LINEA (VO32)FlexLogic Entry 125 Falla TP Bar On(U7c)FlexLogic Entry 126 = DNP TP BARRA (VO33)FlexLogic Entry 127 Rx. 85A1 On(U8a)FlexLogic Entry 128 = DNP RX RAN (VO34)FlexLogic Entry 129 HYBRID POTT TX1FlexLogic Entry 130 = DNP TX 85A (VO35)FlexLogic Entry 131 Rx. 85A2 On(W7c)FlexLogic Entry 132 = DNP RX JAH (VO36)FlexLogic Entry 133 Rx. 85A1 On(U8a)FlexLogic Entry 134 Rx. 85A2 On(W7c)FlexLogic Entry 135 AND(2)FlexLogic Entry 136 Open 3p On (VO7)FlexLogic Entry 137 HYBRID POTT TX1FlexLogic Entry 138 AND(3)FlexLogic Entry 139 = DNP ECHO (VO37)FlexLogic Entry 140 AR CLOSE BKR 1FlexLogic Entry 141 = DNP 79 CLOSE (VO38)FlexLogic Entry 142 PH DIST Z1 OPFlexLogic Entry 143 PH DIST Z2 OPFlexLogic Entry 144 PH DIST Z3 OPFlexLogic Entry 145 PH DIST Z4 OPFlexLogic Entry 146 GND DIST Z1 OPFlexLogic Entry 147 GND DIST Z2 OPFlexLogic Entry 148 GND DIST Z3 OPFlexLogic Entry 149 GND DIST Z4 OPFlexLogic Entry 150 OR(8)FlexLogic Entry 151 = DNP 21/21N (VO39)FlexLogic Entry 152 NEUTRAL TOC2 OPFlexLogic Entry 153 = DNP 67N (VO40)

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 154 BKR FAIL 1 T1 OPFlexLogic Entry 155 = DNP 50BF (VO41)FlexLogic Entry 156 PH DIST Z2 OPFlexLogic Entry 157 GND DIST Z2 OPFlexLogic Entry 158 OR(2)FlexLogic Entry 159 = DNP Z1B (VO42)FlexLogic Entry 160 PH DIST Z1 OPFlexLogic Entry 161 GND DIST Z1 OPFlexLogic Entry 162 OR(2)FlexLogic Entry 163 = DNP Z1 (VO43)FlexLogic Entry 164 PH DIST Z3 OPFlexLogic Entry 165 GND DIST Z3 OPFlexLogic Entry 166 OR(2)FlexLogic Entry 167 = DNP Z2 (VO44)FlexLogic Entry 168 PH DIST Z4 OPFlexLogic Entry 169 GND DIST Z4 OPFlexLogic Entry 170 OR(2)FlexLogic Entry 171 = DNP Z3 (VO45)FlexLogic Entry 172 PH DIST Z5 OPFlexLogic Entry 173 GND DIST Z5 OPFlexLogic Entry 174 OR(2)FlexLogic Entry 175 = DNP Z4 (VO46)FlexLogic Entry 176 PHASE TOC1 OPFlexLogic Entry 177 NEUTRAL TOC1 OPFlexLogic Entry 178 OR(2)FlexLogic Entry 179 = DNP 51/51N (VO47)FlexLogic Entry 180 TRIP PHASE AFlexLogic Entry 181 = DNP TRIP A (VO48)FlexLogic Entry 182 TRIP PHASE BFlexLogic Entry 183 = DNP TRIP B (VO49)FlexLogic Entry 184 TRIP PHASE CFlexLogic Entry 185 = DNP TRIP C (VO50)FlexLogic Entry 186 NEUTRAL TOC1 OPFlexLogic Entry 187 NEUTRAL TOC2 OPFlexLogic Entry 188 GND DIST Z1 OPFlexLogic Entry 189 GND DIST Z2 OPFlexLogic Entry 190 GND DIST Z3 OPFlexLogic Entry 191 GND DIST Z4 OPFlexLogic Entry 192 OR(6)FlexLogic Entry 193 = DNP TRIP GND (VO51)FlexLogic Entry 194 Trip polo 1 On(W5c)FlexLogic Entry 195 Trip polo 2 On(W6a)FlexLogic Entry 196 Trip polo 3 On(W6c)FlexLogic Entry 197 OR(3)FlexLogic Entry 198 = DNP TRIP S1 (VO52)FlexLogic Entry 199 LED PICKUPFlexLogic Entry 200 = DNP PICKUP (VO53)FlexLogic Entry 201 SRC1 VT FUSE FAIL OPFlexLogic Entry 202 Falla TP Lin On(U7a)FlexLogic Entry 203 OR(2)FlexLogic Entry 204 = DNP MOD EMER (VO54)FlexLogic Entry 205 LINE PICKUP OPFlexLogic Entry 206 = DNP SOTF (VO55)FlexLogic Entry 207 SRC1 VT FUSE FAIL OPFlexLogic Entry 208 = DNP VT FAIL (VO56)FlexLogic Entry 209 POWER SWING BLOCKFlexLogic Entry 210 = DNP PSWING (VO57)FlexLogic Entry 211 52 apto On(H7a)FlexLogic Entry 212 NOTFlexLogic Entry 213 Hab. Reconex On(W5a)FlexLogic Entry 214 NOTFlexLogic Entry 215 Rec. en prog On(P7a)FlexLogic Entry 216 Bloq. 79 p43 On(P7c)FlexLogic Entry 217 Op. 86B On(P8c)FlexLogic Entry 218 OR(5)

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FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 219 = DNP 79BLQ EX (VO58)FlexLogic Entry 220 Rx. 85D On(U8c)FlexLogic Entry 221 = DNP RX85D (VO59)FlexLogic Entry 222 BKR FAIL 1 T1 OPFlexLogic Entry 223 = DNP TX85D (VO60)FlexLogic Entry 224 P.Cort. Abie On(M8a)FlexLogic Entry 225 P.Cort. Cerr On(M8c)FlexLogic Entry 226 AND(2)FlexLogic Entry 227 P.Cort. Abie Off(M8a)FlexLogic Entry 228 P.Cort. Cerr Off(M8c)FlexLogic Entry 229 AND(2)FlexLogic Entry 230 OR(2)FlexLogic Entry 231 = DNP INC PCOR (VO61)FlexLogic Entry 232 HYBRID POTT TX1FlexLogic Entry 233 TIMER 1FlexLogic Entry 234 = Emision 85A (VO24)FlexLogic Entry 235 GND DIST Z5 OPFlexLogic Entry 236 PH DIST Z5 OPFlexLogic Entry 237 OR(2)FlexLogic Entry 238 TIMER 2FlexLogic Entry 239 = Z5 EDAG (VO65)FlexLogic Entry 240 PH DIST Z3 PKPFlexLogic Entry 241 = PKP Z3 (VO66)FlexLogic Entry 242 RX. 85A On (VO21)FlexLogic Entry 243 Open 3p On (VO7)FlexLogic Entry 244 AND(2)FlexLogic Entry 245 = ECHO TX (VO67)FlexLogic Entry 246 END

FLEXLOGIC TIMERSTimer 1: Type millisecondTimer 1: Pickup Delay 0Timer 1: Dropout Delay 100Timer 2: Type secondTimer 2: Pickup Delay 0Timer 2: Dropout Delay 1

GROUPED ELEMENTSGROUP 1

LINE PICKUP [GROUP 1] Function EnabledSignal Source SRC 1 (SRC 1)Phase IOC Line Pickup 0.800 puUV Pickup 0.800 puLine End Open Pickup Delay 0.200 sLine End Open Reset Delay 0.200 sOV Pickup Delay 0.200 sAutoreclose Coordination Bypass EnabledAutoreclose Coordination Pickup Delay 0.045 sAutoreclose Coordination Reset Delay 0.005 sTerminal Open BREAKER 1 OPENAR Accelerate OFFDistance Trip EnabledBlock OFFTarget Self-resetEvents Enabled

DISTANCEDISTANCE [GROUP 1] Source SRC 1 (SRC 1)Memory Duration 10 cyclesForce Self-Polar OFFForce Mem-Polar OFF

PHASE DISTANCE [GROUP 1]

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PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z1: Function EnabledPHASE DISTANCE Z1: Direction ForwardPHASE DISTANCE Z1: Shape QuadPHASE DISTANCE Z1: Xfmr Vol Connection NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 19.49 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 0.02 ohmsPHASE DISTANCE Z1: Rev Reach RCA 77 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 49 degPHASE DISTANCE Z1: DIR Comp Limit 71 degPHASE DISTANCE Z1: Quad Right Blinder 19.49 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 77 degPHASE DISTANCE Z1: Quad Left Blinder 19.49 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 77 degPHASE DISTANCE Z1: Supervision 0.100 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block Blq.21Z1 21N On (VO2)PHASE DISTANCE Z1: Target Self-resetPHASE DISTANCE Z1: Events EnabledPHASE DISTANCE Z2: Function EnabledPHASE DISTANCE Z2: Direction ForwardPHASE DISTANCE Z2: Shape QuadPHASE DISTANCE Z2: Xfmr Vol Connection NonePHASE DISTANCE Z2: Xfmr Curr Connection NonePHASE DISTANCE Z2: Reach 68.18 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 0.02 ohmsPHASE DISTANCE Z2: Rev Reach RCA 77 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 49 degPHASE DISTANCE Z2: DIR Comp Limit 71 degPHASE DISTANCE Z2: Quad Right Blinder 68.18 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 77 degPHASE DISTANCE Z2: Quad Left Blinder 68.18 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 77 degPHASE DISTANCE Z2: Supervision 0.100 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 65.000 sPHASE DISTANCE Z2: Block Blq.21Z2-Z5 On (VO3)PHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ForwardPHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection NonePHASE DISTANCE Z3: Xfmr Curr Connection NonePHASE DISTANCE Z3: Reach 34.79 ohmsPHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 0.02 ohmsPHASE DISTANCE Z3: Rev Reach RCA 77 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 49 degPHASE DISTANCE Z3: DIR Comp Limit 71 degPHASE DISTANCE Z3: Quad Right Blinder 34.79 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 77 degPHASE DISTANCE Z3: Quad Left Blinder 34.79 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 77 degPHASE DISTANCE Z3: Supervision 0.100 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 0.600 sPHASE DISTANCE Z3: Block Blq.21Z2-Z5 On (VO3)PHASE DISTANCE Z3: Target Self-reset

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PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z3: Events EnabledPHASE DISTANCE Z4: Function EnabledPHASE DISTANCE Z4: Direction ReversePHASE DISTANCE Z4: Shape QuadPHASE DISTANCE Z4: Xfmr Vol Connection NonePHASE DISTANCE Z4: Xfmr Curr Connection NonePHASE DISTANCE Z4: Reach 67.75 ohmsPHASE DISTANCE Z4: RCA 90 degPHASE DISTANCE Z4: Rev Reach 0.02 ohmsPHASE DISTANCE Z4: Rev Reach RCA 77 degPHASE DISTANCE Z4: Comp Limit 90 degPHASE DISTANCE Z4: DIR RCA 49 degPHASE DISTANCE Z4: DIR Comp Limit 71 degPHASE DISTANCE Z4: Quad Right Blinder 67.75 ohmsPHASE DISTANCE Z4: Quad Right Blinder RCA 77 degPHASE DISTANCE Z4: Quad Left Blinder 67.75 ohmsPHASE DISTANCE Z4: Quad Left Blinder RCA 77 degPHASE DISTANCE Z4: Supervision 0.100 puPHASE DISTANCE Z4: Volt Level 0.000 puPHASE DISTANCE Z4: Delay 2.500 sPHASE DISTANCE Z4: Block Blq.21Z2-Z5 On (VO3)PHASE DISTANCE Z4: Target Self-resetPHASE DISTANCE Z4: Events EnabledPHASE DISTANCE Z5: Function EnabledPHASE DISTANCE Z5: Direction ForwardPHASE DISTANCE Z5: Shape QuadPHASE DISTANCE Z5: Xfmr Vol Connection NonePHASE DISTANCE Z5: Xfmr Curr Connection NonePHASE DISTANCE Z5: Reach 66.95 ohmsPHASE DISTANCE Z5: RCA 90 degPHASE DISTANCE Z5: Rev Reach 0.02 ohmsPHASE DISTANCE Z5: Rev Reach RCA 77 degPHASE DISTANCE Z5: Comp Limit 90 degPHASE DISTANCE Z5: DIR RCA 49 degPHASE DISTANCE Z5: DIR Comp Limit 71 degPHASE DISTANCE Z5: Quad Right Blinder 66.95 ohmsPHASE DISTANCE Z5: Quad Right Blinder RCA 77 degPHASE DISTANCE Z5: Quad Left Blinder 66.95 ohmsPHASE DISTANCE Z5: Quad Left Blinder RCA 77 degPHASE DISTANCE Z5: Supervision 0.100 puPHASE DISTANCE Z5: Volt Level 0.000 puPHASE DISTANCE Z5: Delay 1.500 sPHASE DISTANCE Z5: Block Blq.21Z2-Z5 On (VO3)PHASE DISTANCE Z5: Target Self-resetPHASE DISTANCE Z5: Events Enabled

GROUND DISTANCE [GROUP 1] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction ForwardGROUND DISTANCE Z1: Shape QuadGROUND DISTANCE Z1: Z0/Z1 Mag 3.41GROUND DISTANCE Z1: Z0/Z1 Ang 3 degGROUND DISTANCE Z1: Z0M/Z1 Mag 0.00GROUND DISTANCE Z1: Z0M/Z1 Ang 0 degGROUND DISTANCE Z1: Reach 19.49 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 0.02 ohmsGROUND DISTANCE Z1: Rev Reach RCA 77 degGROUND DISTANCE Z1: POL Current Neg-seqGROUND DISTANCE Z1: Non-Homogen Ang 0.0 degGROUND DISTANCE Z1: Comp Limit 90 degGROUND DISTANCE Z1: DIR RCA 49 degGROUND DISTANCE Z1: DIR Comp Limit 71 degGROUND DISTANCE Z1: Quad Right Blinder 19.49 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 77 deg

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GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z1: Quad Left Blinder 19.49 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 77 degGROUND DISTANCE Z1: Supervision 0.100 puGROUND DISTANCE Z1: Volt Level 0.000 puGROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block Blq.21Z1 21N On (VO2)GROUND DISTANCE Z1: Target Self-resetGROUND DISTANCE Z1: Events EnabledGROUND DISTANCE Z2: Function EnabledGROUND DISTANCE Z2: Direction ForwardGROUND DISTANCE Z2: Shape QuadGROUND DISTANCE Z2: Z0/Z1 Mag 3.41GROUND DISTANCE Z2: Z0/Z1 Ang 3 degGROUND DISTANCE Z2: Z0M/Z1 Mag 0.00GROUND DISTANCE Z2: Z0M/Z1 Ang 0 degGROUND DISTANCE Z2: Reach 68.18 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 0.02 ohmsGROUND DISTANCE Z2: Rev Reach RCA 77 degGROUND DISTANCE Z2: POL Current Neg-seqGROUND DISTANCE Z2: Non-Homogen Ang 0.0 degGROUND DISTANCE Z2: Comp Limit 90 degGROUND DISTANCE Z2: DIR RCA 49 degGROUND DISTANCE Z2: DIR Comp Limit 71 degGROUND DISTANCE Z2: Quad Right Blinder 68.18 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 77 degGROUND DISTANCE Z2: Quad Left Blinder 68.18 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 77 degGROUND DISTANCE Z2: Supervision 0.100 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 65.000 sGROUND DISTANCE Z2: Block Blq.21Z1 21N On (VO2)GROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events EnabledGROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ForwardGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.41GROUND DISTANCE Z3: Z0/Z1 Ang 3 degGROUND DISTANCE Z3: Z0M/Z1 Mag 0.00GROUND DISTANCE Z3: Z0M/Z1 Ang 0 degGROUND DISTANCE Z3: Reach 34.79 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 0.02 ohmsGROUND DISTANCE Z3: Rev Reach RCA 77 degGROUND DISTANCE Z3: POL Current Neg-seqGROUND DISTANCE Z3: Non-Homogen Ang 0.0 degGROUND DISTANCE Z3: Comp Limit 90 degGROUND DISTANCE Z3: DIR RCA 49 degGROUND DISTANCE Z3: DIR Comp Limit 71 degGROUND DISTANCE Z3: Quad Right Blinder 34.79 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 77 degGROUND DISTANCE Z3: Quad Left Blinder 34.79 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 77 degGROUND DISTANCE Z3: Supervision 0.100 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 0.600 sGROUND DISTANCE Z3: Block Blq.21Z1 21N On (VO2)GROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events EnabledGROUND DISTANCE Z4: Function EnabledGROUND DISTANCE Z4: Direction ReverseGROUND DISTANCE Z4: Shape QuadGROUND DISTANCE Z4: Z0/Z1 Mag 3.41GROUND DISTANCE Z4: Z0/Z1 Ang 3 deg

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GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z4: Z0M/Z1 Mag 0.00GROUND DISTANCE Z4: Z0M/Z1 Ang 0 degGROUND DISTANCE Z4: Reach 67.75 ohmsGROUND DISTANCE Z4: RCA 90 degGROUND DISTANCE Z4: Rev Reach 0.02 ohmsGROUND DISTANCE Z4: Rev Reach RCA 77 degGROUND DISTANCE Z4: POL Current Neg-seqGROUND DISTANCE Z4: Non-Homogen Ang 0.0 degGROUND DISTANCE Z4: Comp Limit 90 degGROUND DISTANCE Z4: DIR RCA 49 degGROUND DISTANCE Z4: DIR Comp Limit 71 degGROUND DISTANCE Z4: Quad Right Blinder 67.75 ohmsGROUND DISTANCE Z4: Quad Right Blinder RCA 77 degGROUND DISTANCE Z4: Quad Left Blinder 67.75 ohmsGROUND DISTANCE Z4: Quad Left Blinder RCA 77 degGROUND DISTANCE Z4: Supervision 0.100 puGROUND DISTANCE Z4: Volt Level 0.000 puGROUND DISTANCE Z4: Delay 2.500 sGROUND DISTANCE Z4: Block Blq.21Z1 21N On (VO2)GROUND DISTANCE Z4: Target Self-resetGROUND DISTANCE Z4: Events EnabledGROUND DISTANCE Z5: Function EnabledGROUND DISTANCE Z5: Direction ForwardGROUND DISTANCE Z5: Shape QuadGROUND DISTANCE Z5: Z0/Z1 Mag 3.41GROUND DISTANCE Z5: Z0/Z1 Ang 3 degGROUND DISTANCE Z5: Z0M/Z1 Mag 0.00GROUND DISTANCE Z5: Z0M/Z1 Ang 0 degGROUND DISTANCE Z5: Reach 66.95 ohmsGROUND DISTANCE Z5: RCA 90 degGROUND DISTANCE Z5: Rev Reach 0.02 ohmsGROUND DISTANCE Z5: Rev Reach RCA 77 degGROUND DISTANCE Z5: POL Current Neg-seqGROUND DISTANCE Z5: Non-Homogen Ang 0.0 degGROUND DISTANCE Z5: Comp Limit 90 degGROUND DISTANCE Z5: DIR RCA 49 degGROUND DISTANCE Z5: DIR Comp Limit 71 degGROUND DISTANCE Z5: Quad Right Blinder 66.95 ohmsGROUND DISTANCE Z5: Quad Right Blinder RCA 77 degGROUND DISTANCE Z5: Quad Left Blinder 66.95 ohmsGROUND DISTANCE Z5: Quad Left Blinder RCA 77 degGROUND DISTANCE Z5: Supervision 0.100 puGROUND DISTANCE Z5: Volt Level 0.000 puGROUND DISTANCE Z5: Delay 1.500 sGROUND DISTANCE Z5: Block Blq.21Z1 21N On (VO2)GROUND DISTANCE Z5: Target Self-resetGROUND DISTANCE Z5: Events Enabled

POWER SWING DETECT [GROUP 1] Function EnabledSource SRC 1 (SRC 1)Shape Quad ShapeMode Two StepSupv 0.200 puFwd Reach 157.25 ohmsQuad Fwd Mid 161.17 ohmsQuad Fwd Out 162.92 ohmsFwd Rca 77 degRev Reach 122.40 ohmsQuad Rev Mid 126.32 ohmsQuad Rev Out 128.06 ohmsRev Rca 77 degOuter Limit Angle 120 degMiddle Limit Angle 80 degInner Limit Angle 74 deg

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 22

URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

POWER SWING DETECT [GROUP 1] (continued from last page)Outer Rgt Bld 128.06 ohmsOuter Lft Bld 110.64 ohmsMidle Rgt Bld 160.65 ohmsMidle Lft Bld 69.44 ohmsInner Rgt Bld 122.40 ohmsInner Lft Bld 104.72 ohmsDelay 1 Pickup 0.002 sDelay 1 Reset 0.050 sDelay 2 Pickup 0.017 sDelay 3 Pickup 0.009 sDelay 4 Pickup 0.017 sSeal-In Delay 0.400 sTrip Mode DelayedBlock NEUTRAL TOC1 PKPTarget Self-resetEvent Enabled

PHASE CURRENTPHASE TOC [GROUP 1] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source SRC 1 (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 0.720 puPHASE TOC1: Curve IEC Curve APHASE TOC1: TD Multiplier 0.10PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A VT ok On (VO8)PHASE TOC1: Block B VT ok On (VO8)PHASE TOC1: Block C VT ok On (VO8)PHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 1] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source SRC 1 (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.050 puNEUTRAL TOC1: Curve IEC Curve ANEUTRAL TOC1: TD Multiplier 0.30NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block VT ok On (VO8)NEUTRAL TOC1: Target Self-resetNEUTRAL TOC1: Events EnabledNEUTRAL TOC2: Function EnabledNEUTRAL TOC2: Source SRC 1 (SRC 1)NEUTRAL TOC2: Input PhasorNEUTRAL TOC2: Pickup 0.050 puNEUTRAL TOC2: Curve IEC Curve ANEUTRAL TOC2: TD Multiplier 0.30NEUTRAL TOC2: Reset InstantaneousNEUTRAL TOC2: Block NEG SEQ DIR OC1 REVNEUTRAL TOC2: Target Self-resetNEUTRAL TOC2: Events Enabled

NEGATIVE SEQUENCE CURRENTNEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 1] NEGATIVE SEQ DIR OC1: Function EnabledNEGATIVE SEQ DIR OC1: Source SRC 1 (SRC 1)NEGATIVE SEQ DIR OC1: Offset 0.00 ohmsNEGATIVE SEQ DIR OC1: Type Neg SequenceNEGATIVE SEQ DIR OC1: POS SEQ Restraint 0.000NEGATIVE SEQ DIR OC1: Forward ECA 78 ° LagNEGATIVE SEQ DIR OC1: Forward Limit Angle 80 deg

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 23

URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

NEGATIVE SEQUENCE DIRECTIONAL OC [GROUP 1] (continued from last page)NEGATIVE SEQ DIR OC1: Forward Pickup 0.050 puNEGATIVE SEQ DIR OC1: Reverse Limit Angle 80 degNEGATIVE SEQ DIR OC1: Reverse Pickup 0.015 puNEGATIVE SEQ DIR OC1: Block Blq.21Z1 21N On (VO2)NEGATIVE SEQ DIR OC1: Target Self-resetNEGATIVE SEQ DIR OC1: Events Enabled

BREAKER FAILURE [GROUP 1] BF1: Function EnabledBF1: Mode 3-PoleBF1: Source SRC 1 (SRC 1)BF1: Current Supervision YesBF1: Use Seal-In NoBF1: Three Pole Initiate Start 50BF On (VO4)BF1: Block OFFBF1: Phase Current Supv Pickup 0.150 puBF1: Neutral Current Supv Pickup 0.150 puBF1: Use Timer 1 YesBF1: Timer 1 Pickup Delay 0.200 sBF1: Use Timer 2 NoBF1: Timer 2 Pickup Delay 0.000 sBF1: Use Timer 3 NoBF1: Timer 3 Pickup Delay 0.000 sBF1: Breaker Pos1 Phase A/3P Polo 1 cerr On(H7c)BF1: Breaker Pos2 Phase A/3P OFFBF1: Breaker Test On ONBF1: Phase Current HiSet Pickup 0.150 puBF1: Neutral Current HiSet Pickup 0.150 puBF1: Phase Current LoSet Pickup 0.150 puBF1: Neutral Current LoSet Pickup 0.150 puBF1: LoSet Time Delay 0.000 sBF1: Trip Dropout Delay 0.000 sBF1: Target Self-resetBF1: Events EnabledBF1: Phase A Initiate Trip polo 1 On(W5c)BF1: Phase B Initiate Trip polo 2 On(W6a)BF1: Phase C Initiate Trip polo 3 On(W6c)BF1: Breaker Pos1 Phase B Polo 2 cerr On(H8a)BF1: Breaker Pos1 Phase C Polo 3 cerr On(H8c)BF1: Breaker Pos2 Phase B OFFBF1: Breaker Pos2 Phase C OFF

CONTROL ELEMENTSTRIP OUTPUTTrip Mode 3 Pole & 1 PoleTrip 3-Pole Input1 Trip 3p On (VO1)Trip 3-Pole Input2 OFFTrip 3-Pole Input3 OFFTrip 3-Pole Input4 OFFTrip 3-Pole Input5 OFFTrip 3-Pole Input6 OFFTrip 1-Pole Input1 GND DIST Z1 OPTrip 1-Pole Input2 OFFTrip 1-Pole Input3 OFFTrip 1-Pole Input4 OFFTrip 1-Pole Input5 OFFTrip 1-Pole Input6 OFFTrip Reclose Input1 GND DIST Z1 OPTrip Reclose Input2 AR 3P START On (VO17)Trip Reclose Input3 OFFTrip Reclose Input4 OFFTrip Reclose Input5 OFFTrip Reclose Input6 OFFTrip Seal in Delay 0.000 sTrip Reset Pole Curr OR Custom

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 24

URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

TRIP OUTPUT (continued from last page)Start Timer Z2Ph In1 OFFStart Timer Z2Ph In2 OFFStart Timer Z2Gr In1 OFFStart Timer Z2Gr In2 OFFBKR Phase A Open OFFBKR Phase B Open OFFBKR Phase C Open OFFTrip Force 3-Pole OFFTrip Pilot Priority 0.000 sReverse Fault OFFTrip Delay On Evolving Faults 0.000 sTrip Events Disabled

SYNCHROCHECKSYNCHROCHECK1: Function EnabledSYNCHROCHECK1: Block OFFSYNCHROCHECK1: V1 Source SRC 1 (SRC 1)SYNCHROCHECK1: V2 Source SRC 2 (SRC 2)SYNCHROCHECK1: Max Volt Diff 40173 VSYNCHROCHECK1: Max Angle Diff 30 degSYNCHROCHECK1: Max Freq Diff 0.10 HzSYNCHROCHECK1: Freq Hysteresis 0.06 HzSYNCHROCHECK1: Dead Source Select NoneSYNCHROCHECK1: Dead V1 Max Volt 0.20 puSYNCHROCHECK1: Dead V2 Max Volt 0.20 puSYNCHROCHECK1: Live V1 Min Volt 0.70 puSYNCHROCHECK1: Live V2 Min Volt 0.70 puSYNCHROCHECK1: Target Self-resetSYNCHROCHECK1: Events Enabled

MONITORING ELEMENTSVT FUSE FAILUREVT FUSE FAILURE 1: Function Enabled

OPEN POLEFunction EnabledBlock OFFVoltage SUPV DisabledCurrent Pickup 0.030 puOpen Pole Line XC1 9999.9 ohmsOpen Pole Line XC0 9999.9 ohmsOpen Pole REM Current PKP 0.050 puOpen Pole Mode AcceleratedOpen Pole Detection I AND V AND CBauxTarget LatchedEvents Enabled

PILOT SCHEMES1P HYBRID POTT SCHEMEFunction EnabledBlock OFFPermissive Echo CustomEcho Condition ECHO TX On (VO67)Weak Infeed DisabledW/I Condition OFFRx Pickup Delay 0.001 sTrans Block Pickup Delay 0.030 sTrans Block Reset Delay 0.170 sEcho Duration 0.100 sEcho Lockout 0.250 sSeal-In Delay 0.100 sGnd Dir OC Fwd OFFGnd Dir OC Rev OFFNo of Comm Bits 1Rx1 RX. 85A On (VO21)

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 25

URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

1P HYBRID POTT SCHEME (continued from last page)Rx2 OFFRx3 OFFRx4 OFFTarget Self-resetEvent Enabled

AUTORECLOSE 1PFunction EnabledMode 3 Pole - BMax Number Of Shots 1AR Initiate Mode Protection onlyBlock BKR1 Bloq. 79 On (VO6)Close Time BKR1 0.10 sBKR Man Close OFFBlk Time Upon Man Cls 8.00 s1-P Init OFF3-P Init AR 3P START On (VO17)3-P TD Init OFFMulti P Fault OFFBKR 1 Pole Open OFFBKR 3 Pole Open 52A10 Abiert On(M7a)3-P Dead Time 1 0.50 s3-P Dead Time 2 1.20 s3-P Dead Time 3 2.00 s3-P Dead Time 4 4.00 sExtend Dead T1 OFFDead T1 Extension 0.00 sReset BREAKER 1 CLOSEDReset Time 8.00 sBKR Closed OFFBlock Bloq. 79 On (VO6)Pause OFFInc Seq Time 5.00 sBlock BKR2 OFFClose Time BKR2 0.10 sTransfer 1 to 2 NoTransfer 2 to 1 NoBKR1 Fail Option ContinueBKR2 Fail Option Continue1-P Dead Time 1.00 sBKR Sequence 1Transfer Time 4.00 sBUS FLT Init OFFEvent Enabled

INPUTS/OUTPUTSCONTACT INPUTS[H7A] Contact Input 1 ID 52 apto[H7A] Contact Input 1 Debounce Time 2.0 ms[H7A] Contact Input 1 Events Disabled[H7C] Contact Input 2 ID Polo 1 cerr[H7C] Contact Input 2 Debounce Time 2.0 ms[H7C] Contact Input 2 Events Disabled[H8A] Contact Input 3 ID Polo 2 cerr[H8A] Contact Input 3 Debounce Time 2.0 ms[H8A] Contact Input 3 Events Disabled[H8C] Contact Input 4 ID Polo 3 cerr[H8C] Contact Input 4 Debounce Time 2.0 ms[H8C] Contact Input 4 Events Disabled[M7A] Contact Input 5 ID 52A10 Abiert[M7A] Contact Input 5 Debounce Time 2.0 ms[M7A] Contact Input 5 Events Disabled[M7C] Contact Input 6 ID Cont Ip 6[M7C] Contact Input 6 Debounce Time 2.0 ms[M7C] Contact Input 6 Events Disabled

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 26

URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

CONTACT INPUTS (continued from last page)[M8A] Contact Input 7 ID P.Cort. Abie[M8A] Contact Input 7 Debounce Time 2.0 ms[M8A] Contact Input 7 Events Disabled[M8C] Contact Input 8 ID P.Cort. Cerr[M8C] Contact Input 8 Debounce Time 2.0 ms[M8C] Contact Input 8 Events Disabled[P7A] Contact Input 9 ID Rec. en prog[P7A] Contact Input 9 Debounce Time 2.0 ms[P7A] Contact Input 9 Events Disabled[P7C] Contact Input 10 ID Bloq. 79 p43[P7C] Contact Input 10 Debounce Time 2.0 ms[P7C] Contact Input 10 Events Disabled[P8A] Contact Input 11 ID Aviso Cierre[P8A] Contact Input 11 Debounce Time 2.0 ms[P8A] Contact Input 11 Events Disabled[P8C] Contact Input 12 ID Op. 86B[P8C] Contact Input 12 Debounce Time 2.0 ms[P8C] Contact Input 12 Events Disabled[U7A] Contact Input 13 ID Falla TP Lin[U7A] Contact Input 13 Debounce Time 2.0 ms[U7A] Contact Input 13 Events Disabled[U7C] Contact Input 14 ID Falla TP Bar[U7C] Contact Input 14 Debounce Time 2.0 ms[U7C] Contact Input 14 Events Disabled[U8A] Contact Input 15 ID Rx. 85A1[U8A] Contact Input 15 Debounce Time 2.0 ms[U8A] Contact Input 15 Events Disabled[U8C] Contact Input 16 ID Rx. 85D[U8C] Contact Input 16 Debounce Time 2.0 ms[U8C] Contact Input 16 Events Disabled[W5A] Contact Input 17 ID Hab. Reconex[W5A] Contact Input 17 Debounce Time 2.0 ms[W5A] Contact Input 17 Events Disabled[W5C] Contact Input 18 ID Trip polo 1[W5C] Contact Input 18 Debounce Time 2.0 ms[W5C] Contact Input 18 Events Disabled[W6A] Contact Input 19 ID Trip polo 2[W6A] Contact Input 19 Debounce Time 2.0 ms[W6A] Contact Input 19 Events Disabled[W6C] Contact Input 20 ID Trip polo 3[W6C] Contact Input 20 Debounce Time 2.0 ms[W6C] Contact Input 20 Events Disabled[W7A] Contact Input 21 ID Start BF 87B[W7A] Contact Input 21 Debounce Time 2.0 ms[W7A] Contact Input 21 Events Disabled[W7C] Contact Input 22 ID Rx. 85A2[W7C] Contact Input 22 Debounce Time 2.0 ms[W7C] Contact Input 22 Events Disabled[W8A] Contact Input 23 ID Rx. 85C 1[W8A] Contact Input 23 Debounce Time 2.0 ms[W8A] Contact Input 23 Events Disabled[W8C] Contact Input 24 ID Rx.85C 2[W8C] Contact Input 24 Debounce Time 2.0 ms[W8C] Contact Input 24 Events Disabled

CONTACT INPUT THRESHOLDS52 apto, Polo 1 cerr, Polo 2 cerr, Polo 3 cerr(H7a, H7c, H8a, H8c) 33 Vdc52A10 Abiert, Cont Ip 6, P.Cort. Abie, P.Cort. Cerr(M7a, M7c, M8a, M8c) 33 VdcRec. en prog, Bloq. 79 p43, Aviso Cierre, Op. 86B(P7a, P7c, P8a, P8c) 33 VdcFalla TP Lin, Falla TP Bar, Rx. 85A1, Rx. 85D(U7a, U7c, U8a, U8c) 33 VdcHab. Reconex, Trip polo 1, Trip polo 2, Trip polo 3(W5a, W5c, W6a, W6c) 33 VdcStart BF 87B, Rx. 85A2, Rx. 85C 1, Rx.85C 2(W7a, W7c, W8a, W8c) 33 Vdc

CONTACT OUTPUTS[H1] Contact Output 1 ID 50BF

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 27

URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

CONTACT OUTPUTS (continued from last page)[H1] Contact Output 1 Operate BKR FAIL 1 T1 OP[H1] Contact Output 1 Seal-In OFF[H1] Contact Output 1 Events Enabled[H2] Contact Output 2 ID 79 52AR[H2] Contact Output 2 Operate AR CLOSE BKR 1[H2] Contact Output 2 Seal-In OFF[H2] Contact Output 2 Events Enabled[H3] Contact Output 3 ID PKP Z3 EDAG[H3] Contact Output 3 Operate PKP Z3 On (VO66)[H3] Contact Output 3 Seal-In OFF[H3] Contact Output 3 Events Enabled[H6] Contact Output 6 ID TRIP SCADA[H6] Contact Output 6 Operate TRIP OUTPUT OP[H6] Contact Output 6 Seal-In OFF[H6] Contact Output 6 Events Enabled[M3] Contact Output 9 ID TX 85A1[M3] Contact Output 9 Operate Emision 85A On (VO24)[M3] Contact Output 9 Seal-In OFF[M3] Contact Output 9 Events Enabled[M4] Contact Output 10 ID TX 85D[M4] Contact Output 10 Operate Tx. 85D On (VO22)[M4] Contact Output 10 Seal-In OFF[M4] Contact Output 10 Events Enabled[M5] Contact Output 11 ID TRIP[M5] Contact Output 11 Operate BKR FAIL 1 T1 OP[M5] Contact Output 11 Seal-In OFF[M5] Contact Output 11 Events Enabled[M6] Contact Output 12 ID Rec. en prog[M6] Contact Output 12 Operate AR RIP[M6] Contact Output 12 Seal-In OFF[M6] Contact Output 12 Events Enabled[P1] Contact Output 13 ID Prueba HPOTT[P1] Contact Output 13 Operate HYBRID POTT OP[P1] Contact Output 13 Seal-In OFF[P1] Contact Output 13 Events Enabled[P2] Contact Output 14 ID TRIP POLO A[P2] Contact Output 14 Operate TRIP PHASE A[P2] Contact Output 14 Seal-In OFF[P2] Contact Output 14 Events Enabled[P3] Contact Output 15 ID TRIP POLO B[P3] Contact Output 15 Operate TRIP PHASE B[P3] Contact Output 15 Seal-In OFF[P3] Contact Output 15 Events Enabled[P4] Contact Output 16 ID TRIP POLO C[P4] Contact Output 16 Operate TRIP PHASE C[P4] Contact Output 16 Seal-In OFF[P4] Contact Output 16 Events Enabled[P5] Contact Output 17 ID TRIP POLO A[P5] Contact Output 17 Operate TRIP PHASE A[P5] Contact Output 17 Seal-In OFF[P5] Contact Output 17 Events Enabled[P6] Contact Output 18 ID TRIP POLO B[P6] Contact Output 18 Operate TRIP PHASE B[P6] Contact Output 18 Seal-In OFF[P6] Contact Output 18 Events Enabled[U1] Contact Output 19 ID TRIP POLO C[U1] Contact Output 19 Operate TRIP PHASE C[U1] Contact Output 19 Seal-In OFF[U1] Contact Output 19 Events Enabled[U2] Contact Output 20 ID orden 79[U2] Contact Output 20 Operate AR CLOSE BKR 1[U2] Contact Output 20 Seal-In OFF[U2] Contact Output 20 Events Enabled[U3] Contact Output 21 ID RETRIP A[U3] Contact Output 21 Operate BKR FAIL 1 RETRIP

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URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

CONTACT OUTPUTS (continued from last page)[U3] Contact Output 21 Seal-In OFF[U3] Contact Output 21 Events Enabled[U4] Contact Output 22 ID RETRIP B[U4] Contact Output 22 Operate BKR FAIL 1 RETRIP[U4] Contact Output 22 Seal-In OFF[U4] Contact Output 22 Events Enabled[U5] Contact Output 23 ID RETRIP C[U5] Contact Output 23 Operate BKR FAIL 1 RETRIP[U5] Contact Output 23 Seal-In OFF[U5] Contact Output 23 Events Enabled[W1] Contact Output 25 ID TX. 85A2[W1] Contact Output 25 Operate Emision 85A On (VO24)[W1] Contact Output 25 Seal-In OFF[W1] Contact Output 25 Events Enabled[W2] Contact Output 26 ID TX. 85D[W2] Contact Output 26 Operate Tx. 85D On (VO22)[W2] Contact Output 26 Seal-In OFF[W2] Contact Output 26 Events Enabled

VIRTUAL OUTPUTSVirtual Output 1 ID Trip 3pVirtual Output 1 Events EnabledVirtual Output 2 ID Blq.21Z1 21NVirtual Output 2 Events EnabledVirtual Output 3 ID Blq.21Z2-Z5Virtual Output 3 Events EnabledVirtual Output 4 ID Start 50BFVirtual Output 4 Events EnabledVirtual Output 5 ID Trip 85DVirtual Output 5 Events EnabledVirtual Output 6 ID Bloq. 79Virtual Output 6 Events EnabledVirtual Output 7 ID Open 3pVirtual Output 7 Events EnabledVirtual Output 8 ID VT okVirtual Output 8 Events EnabledVirtual Output 9 ID LED Z1 Op.Virtual Output 9 Events DisabledVirtual Output 10 ID LED Z1B Op.Virtual Output 10 Events DisabledVirtual Output 11 ID LED Z2 Op.Virtual Output 11 Events DisabledVirtual Output 12 ID LED Z3 Op.Virtual Output 12 Events DisabledVirtual Output 13 ID LED Z4 Op.Virtual Output 13 Events DisabledVirtual Output 14 ID LED 51-51NVirtual Output 14 Events DisabledVirtual Output 15 ID LED ECHOVirtual Output 15 Events DisabledVirtual Output 16 ID LED 67NVirtual Output 16 Events DisabledVirtual Output 17 ID AR 3P STARTVirtual Output 17 Events EnabledVirtual Output 21 ID RX. 85AVirtual Output 21 Events EnabledVirtual Output 22 ID Tx. 85DVirtual Output 22 Events EnabledVirtual Output 23 ID BLOCK HYBRIDVirtual Output 23 Events EnabledVirtual Output 24 ID Emision 85AVirtual Output 24 Events EnabledVirtual Output 30 ID DNP 79 BLOQVirtual Output 30 Events DisabledVirtual Output 31 ID DNP 79 ON

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URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

VIRTUAL OUTPUTS (continued from last page)Virtual Output 31 Events DisabledVirtual Output 32 ID DNP TP LINEAVirtual Output 32 Events DisabledVirtual Output 33 ID DNP TP BARRAVirtual Output 33 Events DisabledVirtual Output 34 ID DNP RX RANVirtual Output 34 Events DisabledVirtual Output 35 ID DNP TX 85AVirtual Output 35 Events DisabledVirtual Output 36 ID DNP RX JAHVirtual Output 36 Events DisabledVirtual Output 37 ID DNP ECHOVirtual Output 37 Events DisabledVirtual Output 38 ID DNP 79 CLOSEVirtual Output 38 Events DisabledVirtual Output 39 ID DNP 21/21NVirtual Output 39 Events DisabledVirtual Output 40 ID DNP 67NVirtual Output 40 Events DisabledVirtual Output 41 ID DNP 50BFVirtual Output 41 Events DisabledVirtual Output 42 ID DNP Z1BVirtual Output 42 Events DisabledVirtual Output 43 ID DNP Z1Virtual Output 43 Events DisabledVirtual Output 44 ID DNP Z2Virtual Output 44 Events DisabledVirtual Output 45 ID DNP Z3Virtual Output 45 Events DisabledVirtual Output 46 ID DNP Z4Virtual Output 46 Events DisabledVirtual Output 47 ID DNP 51/51NVirtual Output 47 Events DisabledVirtual Output 48 ID DNP TRIP AVirtual Output 48 Events DisabledVirtual Output 49 ID DNP TRIP BVirtual Output 49 Events DisabledVirtual Output 50 ID DNP TRIP CVirtual Output 50 Events DisabledVirtual Output 51 ID DNP TRIP GNDVirtual Output 51 Events DisabledVirtual Output 52 ID DNP TRIP S1Virtual Output 52 Events DisabledVirtual Output 53 ID DNP PICKUPVirtual Output 53 Events DisabledVirtual Output 54 ID DNP MOD EMERVirtual Output 54 Events DisabledVirtual Output 55 ID DNP SOTFVirtual Output 55 Events DisabledVirtual Output 56 ID DNP VT FAILVirtual Output 56 Events DisabledVirtual Output 57 ID DNP PSWINGVirtual Output 57 Events DisabledVirtual Output 58 ID DNP 79BLQ EXVirtual Output 58 Events DisabledVirtual Output 59 ID DNP RX85DVirtual Output 59 Events DisabledVirtual Output 60 ID DNP TX85DVirtual Output 60 Events DisabledVirtual Output 61 ID DNP INC PCORVirtual Output 61 Events DisabledVirtual Output 64 ID Osc TriggerVirtual Output 64 Events EnabledVirtual Output 65 ID Z5 EDAGVirtual Output 65 Events Disabled

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URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

VIRTUAL OUTPUTS (continued from last page)Virtual Output 66 ID PKP Z3Virtual Output 66 Events EnabledVirtual Output 67 ID ECHO TXVirtual Output 67 Events Enabled

REMOTE DEVICESRemote Device 1 ID Remote Device 1Remote Device 1 ETYPE APPID 0Remote Device 1 DATASET FixedRemote Device 2 ID Remote Device 2Remote Device 2 ETYPE APPID 0Remote Device 2 DATASET FixedRemote Device 3 ID Remote Device 3Remote Device 3 ETYPE APPID 0Remote Device 3 DATASET FixedRemote Device 4 ID Remote Device 4Remote Device 4 ETYPE APPID 0Remote Device 4 DATASET FixedRemote Device 5 ID Remote Device 5Remote Device 5 ETYPE APPID 0Remote Device 5 DATASET FixedRemote Device 6 ID Remote Device 6Remote Device 6 ETYPE APPID 0Remote Device 6 DATASET FixedRemote Device 7 ID Remote Device 7Remote Device 7 ETYPE APPID 0Remote Device 7 DATASET FixedRemote Device 8 ID Remote Device 8Remote Device 8 ETYPE APPID 0Remote Device 8 DATASET FixedRemote Device 9 ID Remote Device 9Remote Device 9 ETYPE APPID 0Remote Device 9 DATASET FixedRemote Device 10 ID Remote Device 10Remote Device 10 ETYPE APPID 0Remote Device 10 DATASET FixedRemote Device 11 ID Remote Device 11Remote Device 11 ETYPE APPID 0Remote Device 11 DATASET FixedRemote Device 12 ID Remote Device 12Remote Device 12 ETYPE APPID 0Remote Device 12 DATASET FixedRemote Device 13 ID Remote Device 13Remote Device 13 ETYPE APPID 0Remote Device 13 DATASET FixedRemote Device 14 ID Remote Device 14Remote Device 14 ETYPE APPID 0Remote Device 14 DATASET FixedRemote Device 15 ID Remote Device 15Remote Device 15 ETYPE APPID 0Remote Device 15 DATASET FixedRemote Device 16 ID Remote Device 16Remote Device 16 ETYPE APPID 0Remote Device 16 DATASET Fixed

IEC 61850 GOOSE ANALOGS INPUTSIEC61850 GOOSE Analog Input 1 Default Value 1000.000IEC61850 GOOSE Analog Input 1 Mode Default ValueIEC61850 GOOSE Analog Input 1 UnitsIEC61850 GOOSE Analog Input 1 PU Base 1.000IEC61850 GOOSE Analog Input 2 Default Value 1000.000IEC61850 GOOSE Analog Input 2 Mode Default ValueIEC61850 GOOSE Analog Input 2 UnitsIEC61850 GOOSE Analog Input 2 PU Base 1.000IEC61850 GOOSE Analog Input 3 Default Value 1000.000

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 31

URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

IEC 61850 GOOSE ANALOGS INPUTS (continued from last page)IEC61850 GOOSE Analog Input 3 Mode Default ValueIEC61850 GOOSE Analog Input 3 UnitsIEC61850 GOOSE Analog Input 3 PU Base 1.000IEC61850 GOOSE Analog Input 4 Default Value 1000.000IEC61850 GOOSE Analog Input 4 Mode Default ValueIEC61850 GOOSE Analog Input 4 UnitsIEC61850 GOOSE Analog Input 4 PU Base 1.000IEC61850 GOOSE Analog Input 5 Default Value 1000.000IEC61850 GOOSE Analog Input 5 Mode Default ValueIEC61850 GOOSE Analog Input 5 UnitsIEC61850 GOOSE Analog Input 5 PU Base 1.000IEC61850 GOOSE Analog Input 6 Default Value 1000.000IEC61850 GOOSE Analog Input 6 Mode Default ValueIEC61850 GOOSE Analog Input 6 UnitsIEC61850 GOOSE Analog Input 6 PU Base 1.000IEC61850 GOOSE Analog Input 7 Default Value 1000.000IEC61850 GOOSE Analog Input 7 Mode Default ValueIEC61850 GOOSE Analog Input 7 UnitsIEC61850 GOOSE Analog Input 7 PU Base 1.000IEC61850 GOOSE Analog Input 8 Default Value 1000.000IEC61850 GOOSE Analog Input 8 Mode Default ValueIEC61850 GOOSE Analog Input 8 UnitsIEC61850 GOOSE Analog Input 8 PU Base 1.000IEC61850 GOOSE Analog Input 9 Default Value 1000.000IEC61850 GOOSE Analog Input 9 Mode Default ValueIEC61850 GOOSE Analog Input 9 UnitsIEC61850 GOOSE Analog Input 9 PU Base 1.000IEC61850 GOOSE Analog Input 10 Default Value 1000.000IEC61850 GOOSE Analog Input 10 Mode Default ValueIEC61850 GOOSE Analog Input 10 UnitsIEC61850 GOOSE Analog Input 10 PU Base 1.000IEC61850 GOOSE Analog Input 11 Default Value 1000.000IEC61850 GOOSE Analog Input 11 Mode Default ValueIEC61850 GOOSE Analog Input 11 UnitsIEC61850 GOOSE Analog Input 11 PU Base 1.000IEC61850 GOOSE Analog Input 12 Default Value 1000.000IEC61850 GOOSE Analog Input 12 Mode Default ValueIEC61850 GOOSE Analog Input 12 UnitsIEC61850 GOOSE Analog Input 12 PU Base 1.000IEC61850 GOOSE Analog Input 13 Default Value 1000.000IEC61850 GOOSE Analog Input 13 Mode Default ValueIEC61850 GOOSE Analog Input 13 UnitsIEC61850 GOOSE Analog Input 13 PU Base 1.000IEC61850 GOOSE Analog Input 14 Default Value 1000.000IEC61850 GOOSE Analog Input 14 Mode Default ValueIEC61850 GOOSE Analog Input 14 UnitsIEC61850 GOOSE Analog Input 14 PU Base 1.000IEC61850 GOOSE Analog Input 15 Default Value 1000.000IEC61850 GOOSE Analog Input 15 Mode Default ValueIEC61850 GOOSE Analog Input 15 UnitsIEC61850 GOOSE Analog Input 15 PU Base 1.000IEC61850 GOOSE Analog Input 16 Default Value 1000.000IEC61850 GOOSE Analog Input 16 Mode Default ValueIEC61850 GOOSE Analog Input 16 UnitsIEC61850 GOOSE Analog Input 16 PU Base 1.000IEC61850 GOOSE Analog Input 17 Default Value 1000.000IEC61850 GOOSE Analog Input 17 Mode Default ValueIEC61850 GOOSE Analog Input 17 UnitsIEC61850 GOOSE Analog Input 17 PU Base 1.000IEC61850 GOOSE Analog Input 18 Default Value 1000.000IEC61850 GOOSE Analog Input 18 Mode Default ValueIEC61850 GOOSE Analog Input 18 UnitsIEC61850 GOOSE Analog Input 18 PU Base 1.000IEC61850 GOOSE Analog Input 19 Default Value 1000.000IEC61850 GOOSE Analog Input 19 Mode Default Value

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 32

URS A10 DESPUЙS DE CAMBIO DE AJUSTES 27.03.2015.URSC:\USERS\MMISSENE\DESKTOP\MMM\ACTUALIZACIУN CRAPS\TINGU\A10\DEVICE DEFINITIONFILES

ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

IEC 61850 GOOSE ANALOGS INPUTS (continued from last page)IEC61850 GOOSE Analog Input 19 UnitsIEC61850 GOOSE Analog Input 19 PU Base 1.000IEC61850 GOOSE Analog Input 20 Default Value 1000.000IEC61850 GOOSE Analog Input 20 Mode Default ValueIEC61850 GOOSE Analog Input 20 UnitsIEC61850 GOOSE Analog Input 20 PU Base 1.000IEC61850 GOOSE Analog Input 21 Default Value 1000.000IEC61850 GOOSE Analog Input 21 Mode Default ValueIEC61850 GOOSE Analog Input 21 UnitsIEC61850 GOOSE Analog Input 21 PU Base 1.000IEC61850 GOOSE Analog Input 22 Default Value 1000.000IEC61850 GOOSE Analog Input 22 Mode Default ValueIEC61850 GOOSE Analog Input 22 UnitsIEC61850 GOOSE Analog Input 22 PU Base 1.000IEC61850 GOOSE Analog Input 23 Default Value 1000.000IEC61850 GOOSE Analog Input 23 Mode Default ValueIEC61850 GOOSE Analog Input 23 UnitsIEC61850 GOOSE Analog Input 23 PU Base 1.000IEC61850 GOOSE Analog Input 24 Default Value 1000.000IEC61850 GOOSE Analog Input 24 Mode Default ValueIEC61850 GOOSE Analog Input 24 UnitsIEC61850 GOOSE Analog Input 24 PU Base 1.000IEC61850 GOOSE Analog Input 25 Default Value 1000.000IEC61850 GOOSE Analog Input 25 Mode Default ValueIEC61850 GOOSE Analog Input 25 UnitsIEC61850 GOOSE Analog Input 25 PU Base 1.000IEC61850 GOOSE Analog Input 26 Default Value 1000.000IEC61850 GOOSE Analog Input 26 Mode Default ValueIEC61850 GOOSE Analog Input 26 UnitsIEC61850 GOOSE Analog Input 26 PU Base 1.000IEC61850 GOOSE Analog Input 27 Default Value 1000.000IEC61850 GOOSE Analog Input 27 Mode Default ValueIEC61850 GOOSE Analog Input 27 UnitsIEC61850 GOOSE Analog Input 27 PU Base 1.000IEC61850 GOOSE Analog Input 28 Default Value 1000.000IEC61850 GOOSE Analog Input 28 Mode Default ValueIEC61850 GOOSE Analog Input 28 UnitsIEC61850 GOOSE Analog Input 28 PU Base 1.000IEC61850 GOOSE Analog Input 29 Default Value 1000.000IEC61850 GOOSE Analog Input 29 Mode Default ValueIEC61850 GOOSE Analog Input 29 UnitsIEC61850 GOOSE Analog Input 29 PU Base 1.000IEC61850 GOOSE Analog Input 30 Default Value 1000.000IEC61850 GOOSE Analog Input 30 Mode Default ValueIEC61850 GOOSE Analog Input 30 UnitsIEC61850 GOOSE Analog Input 30 PU Base 1.000IEC61850 GOOSE Analog Input 31 Default Value 1000.000IEC61850 GOOSE Analog Input 31 Mode Default ValueIEC61850 GOOSE Analog Input 31 UnitsIEC61850 GOOSE Analog Input 31 PU Base 1.000IEC61850 GOOSE Analog Input 32 Default Value 1000.000IEC61850 GOOSE Analog Input 32 Mode Default ValueIEC61850 GOOSE Analog Input 32 UnitsIEC61850 GOOSE Analog Input 32 PU Base 1.000

IEC 61850 GOOSE UINTEGERS INPUTSIEC61850 GOOSE UInteger Input 1 Default Value 1000IEC61850 GOOSE UInteger Input 1 Mode Default ValueIEC61850 GOOSE UInteger Input 2 Default Value 1000IEC61850 GOOSE UInteger Input 2 Mode Default ValueIEC61850 GOOSE UInteger Input 3 Default Value 1000IEC61850 GOOSE UInteger Input 3 Mode Default ValueIEC61850 GOOSE UInteger Input 4 Default Value 1000IEC61850 GOOSE UInteger Input 4 Mode Default ValueIEC61850 GOOSE UInteger Input 5 Default Value 1000

Fri Oct 23 13:21:11 2015 Version: 7.22 Settings (Enabled Features) PAGE 33

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ORDER CODE: D60-K03-HCH-F8L-H6U-M6U-P6U-U6U-W6TVERSION: 5.7XUR SERIAL NUMBER: AE5C09000045SETTINGS SEND TO RELAY: SATURDAY, FEBRUARY 07, 2015 09:58:17DESCRIPTION: (NONE)TEXT COLOR

IEC 61850 GOOSE UINTEGERS INPUTS (continued from last page)IEC61850 GOOSE UInteger Input 5 Mode Default ValueIEC61850 GOOSE UInteger Input 6 Default Value 1000IEC61850 GOOSE UInteger Input 6 Mode Default ValueIEC61850 GOOSE UInteger Input 7 Default Value 1000IEC61850 GOOSE UInteger Input 7 Mode Default ValueIEC61850 GOOSE UInteger Input 8 Default Value 1000IEC61850 GOOSE UInteger Input 8 Mode Default ValueIEC61850 GOOSE UInteger Input 9 Default Value 1000IEC61850 GOOSE UInteger Input 9 Mode Default ValueIEC61850 GOOSE UInteger Input 10 Default Value 1000IEC61850 GOOSE UInteger Input 10 Mode Default ValueIEC61850 GOOSE UInteger Input 11 Default Value 1000IEC61850 GOOSE UInteger Input 11 Mode Default ValueIEC61850 GOOSE UInteger Input 12 Default Value 1000IEC61850 GOOSE UInteger Input 12 Mode Default ValueIEC61850 GOOSE UInteger Input 13 Default Value 1000IEC61850 GOOSE UInteger Input 13 Mode Default ValueIEC61850 GOOSE UInteger Input 14 Default Value 1000IEC61850 GOOSE UInteger Input 14 Mode Default ValueIEC61850 GOOSE UInteger Input 15 Default Value 1000IEC61850 GOOSE UInteger Input 15 Mode Default ValueIEC61850 GOOSE UInteger Input 16 Default Value 1000IEC61850 GOOSE UInteger Input 16 Mode Default Value