Test CH Curumuy D30 LT60kV.pdf

UC1_CH CURUMUY_LINEA 60kV

MARCA: GE, MODELO: D30

TABLERO UC1: CONTROL, PROTECCIN Y MEDICIN

RELE DE PROTECCIN PRINCIPAL

CARTULA

CARTULA

CONTENIDO:

- PROTOCOLO DE PRUEBAS DEL RELE DE PROTECCION PRINCIPAL

- REPORTE DE PRUEBAS DEL RELE DE PROTECCION PRINCIPAL

- REPORTE DE AJUSTES DEL RELE DE PROTECCION PRINCIPAL

CARTULA

PROTOCOLO DE PRUEBAS DEL RELE DE PROTECCION PRINCIPAL

Propietario : SINERSA - Sindicato Energetico S.A. Identificacin : Rel de Proteccin Principal

Ubicacin : PIURA

Sub-estacin : CH CURUMUY

Circuito : LINEA DE TRANSMISION

Tablero : Uc1

Referencia : Proteccion Grupo 1 TAG del rel : - F10 Fecha :

1 .- Datos de Placa Transformadores de Medida

Marca : GE CTs (Linea) : 150/5 AModelo : D30 PTs (Barra) : 60000/100

Serie : AAAC14000104V AUX : 110-250 VDC

I N : 5 AU N : 275 VACf N : 50/ 60 Hz

2 .- Configuracin y Ajustes

Se adjunta reporte de configuracin y ajustes del rel SR489

3 .- Inspeccin Inicial

4 .- Verificaciones Complementarias

PROTOCOLO DE PRUEBAS

Medicin de corriente y tensin Conforme

Resultado

23-nov.-14

Inyeccin de corriente secundaria ConformeInyeccin de tensin secundaria ConformeVerificacin de polaridad de CTs No aplica

Relacin de CTs ConformeRelacin de PTs Conforme

Resultado

Verificacin de secuencia de fases No aplica

Monitoreo de alarmas No aplicaPruebas de disparo efectivo No aplica

Rel de disparo y bloqueo asociado No AplicaNo aplica

Monitoreo de estados No aplica

Pruebas de control y mandos

21P, 21N, 50, 51

Modelo del rel

: D30 Resultado : Aprobado

:Cdigo ANSI

Comunicacin con PC (Serial) ConformeDisplay ConformeTeclado frontal Conforme

Aspecto exterior ConformeConexionado elctrico ConformePuesta a tierra Conforme


Ubicacin : PIURA



Tablero : Uc1



23-nov.-14

21P, 21N, 50, 51

Modelo del rel


:Cdigo ANSI

5 .- Pruebas de Funciones de Proteccin Habilitadas

5.1) Distancia de Fases

5.2) Distancia de Tierra

5.3) Sobre corriente Temporizada de fases

5.4) Sobre corriente Temporizada de Neutro

Se adjunta reporte de pruebas realizadas con el equipo CMC 356 - Software: Test Universe Ver. 3 SR1

6 .- Operacin de Contactos de Salida

7 .- Equipos de Prueba Utilizados

21

BO

H2 Alarma General Conforme

OUTPUT Asignacin

Probado 51N

21P

TOSHIBA

SerieFC710K

ResultadoH1 Disparo General Conforme

1C22386KSATELITEComputadora porttilCMC 356

Item DescripcinSimulador de potencia hexafsico

MarcaOmicron

Tipo

Probado

Probado 51P

Probado 21N


Ubicacin : PIURA



Tablero : Uc1



23-nov.-14

21P, 21N, 50, 51

Modelo del rel


:Cdigo ANSI

8 .- Comentarios y Observaciones

- El ajuste de los reles de proteccion estuvo a cargo de INGOS / ELPAK Praha- De la Inspeccin Inicial y Verificaciones del Aspecto exterior, Puesta a tierra, Relacin de CTs,

Relacin de PTs, Comunicacin con PC, Display y Teclado Frontal se hallo conforme y/o sin mayor consideracin

- Las pruebas se efectuaron con equipo de prueba de inyeccin secundaria OMICROM CMC 356 Software Test Universe V 3.00, cuyos reportes de resultados de operatividad se presentan en los Anexos del presente informe

- Se recomienda habilitar oscilacion de Potencial- Se recomienda habilitar direccional a sobrecorriente de tierra

Nombre : Mike Miranda Nombre : Ing. Redy Risco RamosFecha : Fecha :Firma : Firma :

23-nov.-14 23-nov.-14

EJECUT VBREALIZADO POR: APROBADO POR:

CARTULA

REPORTE DE PRUEBAS DEL RELE DE PROTECCION PRINCIPAL

Test CH Curumuy D30 LT60kV Distancia PH

Equipo en prueba - Ajustes del dispositivo

Subestacin/Baha:Subestacin: COMMON Direccin de subestacin:Baha: UC1 Direccin de baha: +UC1

Dispositivo:Nombre/descripcin: HPP CURUMUY Fabricante: ELPAK / INGOSTipo de dispositivo: D30 Direccin del dispositivo: -F10No de serie: AAAC14000104Info adicional 1:Info adicional 2:

Valores nominales:f nom: 60.00 Hz Nmero de fases: 3V nom (secundario): 100.0 V V primario: 60.00 MVI nom (secundario): 5.000 A I primario: 150.0 A

Factores de tensin/corriente residuales:VLN / VN: 1.732 IN / I nom: 1.000

Lmites:V mx: 200.0 V I mx: 62.00 A

Filtros antirrebote y antirruido:Tiempo de antirrebote: 3.000 ms Tiempo de antirruido: 0.000 s

Deteccin de sobrecarga:Tiempo de supresin: 50.00 ms

Equipo en prueba Otras funciones RIO

Configuracin del interruptorDescripcin Nombre Valort de disparo IP t de disparo IP 50.00 mst de cierre IP t de cierre IP 100.00 msTiempos para 52a, 52b en porcentaje del tiempo del IP 52a, 52b % del IP 20.00 %

Mdulo de pruebaNombre: OMICRON QuickCMC Versin: 3.00 Comienzo: 23-nov-2014 16:48:28 Fin: 23-nov-2014 17:04:29Nombre de usuario: Mike Miranda Director: Michel MirandaCompaa: OBRATEC EIRL

Resultados de la prueba

Ttulo: Prueba Distancia Fases Z2-1

Clculo de falta:Modo de entrada en tabla Parmetros (Todos los valores son secundarios)Z-V const. Falta A-B 60.000 Hz

ZFalta 1.068 33.63 ZFalta (R-X) 889.4 m 591.5 mVpru 57.73 V

Ajustes del generadorV A-N 40.825V -15.00 +90

-90

180 0

30.0 A60.0 V

I B

I A

V C-N

V B-NV A-N

V B-N 40.825V -105.00V C-N 57.735V 120.00I A 27.027A -3.63I B 27.027A -183.63I C 0.000A 0.00

Entradas binariasDisparo Arranque Sobrecarga0->1 1->0 1->00.527s n/a n/a

Comentario

EvaluacinCorrecta 23-nov-2014 17:00:30



ZFalta 655.7 m -7.41 ZFalta (R-X) 650.2 m -84.55 mVpru 57.73 V


-90

180 0

50.0 A60.0 V

I B

I A

V C-N

V B-NV A-N

V B-N 40.825V -135.00V C-N 57.735V 90.00I A 44.025A 7.41I B 44.025A -172.59I C 0.000A 0.00


Comentario



Clculo de falta:

Modo de entrada en tabla Parmetros (Todos los valores son secundarios)Z-V const. Falta A-B 60.000 Hz

ZFalta 712.4 m 33.55 ZFalta (R-X) 593.7 m 393.7 mVpru 57.73 V


-90

180 0

50.0 A60.0 V

I B

I A

V C-N

V B-NV A-N



Comentario




ZFalta 494.6 m -8.31 ZFalta (R-X) 489.4 m -71.51 mVpru 57.73 V


-90

180 0

60.0 A60.0 V

I B

I A

V C-N

V B-NV A-N



Comentario

Evaluacin

Correcta 23-nov-2014 17:01:55



ZFalta 910.2 m 174.64 ZFalta (R-X) -906.2 m 85.01 mVpru 57.73 V


-90

180 0

40.0 A60.0 V

I B

I A

V C-N

V B-NV A-N



Comentario




ZFalta 646.2 m -132.00 ZFalta (R-X) -432.4 m -480.2 mVpru 57.73 V


-90

180 0

50.0 A60.0 V

I B

I A

V C-N

V B-NV A-N



Comentario




ZFalta 1.139 -141.97 ZFalta (R-X) -897.5 m -701.9 mVpru 57.73 V


-90

180 0

30.0 A60.0 V

I B

I AV C-N

V B-NV A-N



ComentarioEn esta zona el rele presenta dificultades para ver fallasReferencia Manual de Instrucciones pagina 5-118


Comentario

Resumen7 pruebas correctas, 0 pruebas incorrectas, 0 pruebas no evaluadas

100.00% correcto

Prueba correcta

Test CH Curumuy D30 LT60kV Distancia GN













Ttulo: Prueba Distancia Tierra Z2-1

Clculo de falta:Modo de entrada en tabla Parmetros (Todos los valores son secundarios)Z-V const. Falta A-N 60.000 Hz

ZFalta 2.478 13.54 ZFalta (R-X) 2.409 580.2 mVpru 57.73 V

Ajustes del generadorV A-N 57.735V 0.00 +90

-90

180 0

15.0 A60.0 V

I A

V C-N

V B-N

V A-N

V B-N 57.735V -120.00V C-N 57.735V 120.00I A 11.649A -13.54I B 0.000A 0.00I C 0.000A 0.00


Comentario




ZFalta 2.160 -13.39 ZFalta (R-X) 2.101 -500.3 mVpru 57.73 V


-90

180 0

15.0 A60.0 V

I A

V C-N

V B-N

V A-N

V B-N 57.735V -120.00V C-N 57.735V 120.00I A 13.366A 13.39I B 0.000A 0.00I C 0.000A 0.00


Comentario



Clculo de falta:

Modo de entrada en tabla Parmetros (Todos los valores son secundarios)Z-V const. Falta A-N 60.000 Hz

ZFalta 1.586 14.66 ZFalta (R-X) 1.534 401.4 mVpru 57.73 V


-90

180 0

20.0 A60.0 V

I A

V C-N

V B-N

V A-N



Comentario




ZFalta 1.364 -12.32 ZFalta (R-X) 1.333 -291.0 mVpru 57.73 V


-90

180 0

30.0 A60.0 V

I A

V C-N

V B-N

V A-N



Comentario

Evaluacin

Correcta 23-nov-2014 17:33:56



ZFalta 3.043 171.27 ZFalta (R-X) -3.008 462.2 mVpru 57.73 V


-90

180 0

10.0 A60.0 V

I A

V C-N

V B-N

V A-N



Comentario




ZFalta 3.014 -167.13 ZFalta (R-X) -2.938 -671.5 mVpru 57.73 V


-90

180 0

10.0 A60.0 V

I A

V C-N

V B-N

V A-N



Comentario


Comentario


100.00% correcto

Prueba correcta

Test CH Curumuy D30 LT60kV













Ttulo: Prueba Sobrecorriente Instantaneo Fases

Clculo de falta:Modo de entrada en tabla Parmetros (Todos los valores son secundarios)Directo V A-N 57.70 V 0.00 60.000 Hz

V B-N 57.70 V -120.00 60.000 HzV C-N 57.70 V 120.00 60.000 HzI A 25.10 A 0.00 60.000 Hz

I B 25.10 A -120.00 60.000 HzI C 25.10 A 120.00 60.000 Hz


-90

180 0

30.0 A60.0 V

I C

I B

I A

V C-N

V B-N

V A-N



Comentario


Ttulo: Prueba Sobrecorriente Temporizado Neutro


V B-N 57.70 V -120.00 60.000 HzV C-N 57.70 V 120.00 60.000 HzI A 7.500 A 0.00 60.000 HzI B 7.500 A -120.00 60.000 HzI C 0.000 A 120.00 60.000 Hz


-90

180 0

8.0 A60.0 VI B

I A

V C-N

V B-N

V A-N



Comentario


Ttulo: Prueba Sobrecorriente Instantaneo Neutro


V B-N 57.70 V -120.00 60.000 HzV C-N 57.70 V 120.00 60.000 HzI A 20.00 A 0.00 60.000 HzI B 20.00 A -120.00 60.000 HzI C 0.000 A 120.00 60.000 Hz


-90

180 0

20.0 A60.0 VI B

I A

V C-N

V B-N

V A-N



Comentario


Comentario


100.00% correcto

Prueba correcta

CARTULA

REPORTE DE AJUSTES DEL RELE DE PROTECCION PRINCIPAL

Sun Nov 23 18:07:28 2014 Version: 7.21 Settings (Enabled Features) PAGE 1

CH CURUMUYD30 CURUMUYDEVICE DEFINITION

ORDER CODE: D30-N00-HKH-F8F-H6S-MXX-PXX-UXX-WXXVERSION: 6.0XDESCRIPTION: (NONE)INTERFACE: IP:10.120.0.81 | ADDR:254 | PORT: 502

Ajustes ECP UNCPBy Ingeser

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) DisabledScreen 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 10.120. 0. 81IP Subnet Mask 255.255.255. 0Gateway IP Address 127. 0. 0. 1

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 NoneReal Time Clock Events DisabledTime Zone Offset 0.0 hrDST Function Disabled

OSCILLOGRAPHYNumber Of Records 5Trigger Mode Automatic OverwriteTrigger Position 30 %Trigger Source Osc Trigger On (VO64)AC Input Waveforms 32 samples/cycleDigital Channel 1 AR 1 CLOSEDigital Channel 2 AR 1 ENABLEDDigital Channel 3 AR 1 LODigital Channel 4 AR 1 RIPDigital Channel 5 GND DIST Z1 OPDigital Channel 6 GND DIST Z2 OPDigital Channel 7 GND DIST Z3 OPDigital Channel 8 PH DIST Z1 OPDigital Channel 9 PH DIST Z2 OPDigital Channel 10 PH DIST Z3 OP




OSCILLOGRAPHY (continued from last page)Digital Channel 11 PHASE TOC1 OP ADigital Channel 12 PHASE TOC1 OP BDigital Channel 13 PHASE TOC1 OP CDigital Channel 14 PHASE TOC1 OPDigital Channel 15 PHASE IOC1 OP ADigital Channel 16 PHASE IOC1 OP BDigital Channel 17 PHASE IOC1 OP CDigital Channel 18 PHASE IOC1 OPDigital Channel 19 NEUTRAL IOC1 OPDigital Channel 20 NEUTRAL TOC1 OPAnalog Channel 1 SRC1 I_0 MagAnalog Channel 2 SRC1 I_0 AngleAnalog Channel 3 SRC1 I_1 MagAnalog Channel 4 SRC1 I_1 AngleAnalog Channel 5 SRC1 I_2 MagAnalog Channel 6 SRC1 I_2 AngleAnalog Channel 7 SRC1 V_0 MagAnalog Channel 8 SRC1 V_0 AngleAnalog Channel 9 SRC1 V_1 MagAnalog Channel 10 SRC1 V_1 AngleAnalog Channel 11 SRC1 V_2 MagAnalog Channel 12 SRC1 V_2 AngleAnalog Channel 13 SRC1 Ia MagAnalog Channel 14 SRC1 Ib MagAnalog Channel 15 SRC1 Ic MagAnalog Channel 16 Tracking Frequency

USER-PROGRAMMABLE LEDSUSER PROGRAMMABLE LEDSLED 1: OPERAND Cont Ip 1 On(H7a)LED 1: TYPE Self-ResetLED 2: OPERAND Cont Ip 2 On(H7c)LED 2: TYPE Self-ResetLED 3: OPERAND Cont Ip 3 On(H8a)LED 3: TYPE Self-ResetLED 4: OPERAND Cont Ip 4 On(H8c)LED 4: TYPE Self-ResetLED 13: OPERAND PHASE IOC1 OP ALED 13: TYPE LatchedLED 14: OPERAND PHASE IOC1 OP BLED 14: TYPE LatchedLED 15: OPERAND PHASE IOC1 OP CLED 15: TYPE LatchedLED 16: OPERAND PHASE TOC1 OP ALED 16: TYPE LatchedLED 17: OPERAND PHASE TOC1 OP BLED 17: TYPE LatchedLED 18: OPERAND PHASE TOC1 OP CLED 18: TYPE LatchedLED 19: OPERAND NEUTRAL IOC1 OPLED 19: TYPE LatchedLED 20: OPERAND NEUTRAL TOC1 OPLED 20: TYPE LatchedLED 25: OPERAND PH DIST Z1 OPLED 25: TYPE LatchedLED 26: OPERAND PH DIST Z2 OPLED 26: TYPE LatchedLED 27: OPERAND PH DIST Z3 OPLED 27: TYPE LatchedLED 28: OPERAND GND DIST Z1 OPLED 28: TYPE LatchedLED 29: OPERAND GND DIST Z2 OPLED 29: TYPE LatchedLED 30: OPERAND GND DIST Z3 OPLED 30: TYPE LatchedLED 37: OPERAND SRC1 VT FUSE FAIL OPLED 37: TYPE Self-Reset

USER-PROGRAMMABLE SELF TESTSRemote Device Off Function Enabled




USER-PROGRAMMABLE SELF TESTS (continued from last page)Battery Fail Function EnabledSNTP Fail Function EnabledIRIG B Fail Function Enabled

USER-DEFINABLE DISPLAYSUSER DISPLAY 1: Top Line HPP CURUMUYUSER DISPLAY 1: Bottom Line Feeder ProtectionUSER 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 Phase Ia:~USER DISPLAY 2: Bottom Line b:~ c:~AUSER DISPLAY 2: Item 1 6144USER DISPLAY 2: Item 2 6146USER DISPLAY 2: Item 3 6148USER DISPLAY 2: Item 4 0USER DISPLAY 2: Item 5 0USER DISPLAY 3: Top Line Ground Ig: ~AUSER DISPLAY 3: Bottom Line Neutral In:~AUSER DISPLAY 3: Item 1 6164USER DISPLAY 3: Item 2 6150USER DISPLAY 3: Item 3 0USER DISPLAY 3: Item 4 0USER DISPLAY 3: Item 5 0USER DISPLAY 4: Top Line Phase VabUSER DISPLAY 4: Bottom Line ~VUSER DISPLAY 4: Item 1 6671USER DISPLAY 4: Item 2 0USER DISPLAY 4: Item 3 0USER DISPLAY 4: Item 4 0USER DISPLAY 4: Item 5 0USER DISPLAY 5: Top Line Phase VbcUSER DISPLAY 5: Bottom Line ~VUSER DISPLAY 5: Item 1 6673USER DISPLAY 5: Item 2 0USER DISPLAY 5: Item 3 0USER DISPLAY 5: Item 4 0USER DISPLAY 5: Item 5 0USER DISPLAY 6: Top Line Phase VcaUSER DISPLAY 6: Bottom Line ~VUSER DISPLAY 6: Item 1 6675USER DISPLAY 6: Item 2 0USER DISPLAY 6: Item 3 0USER DISPLAY 6: Item 4 0USER DISPLAY 6: Item 5 0USER DISPLAY 7: Top Line 3Phase P:~WUSER DISPLAY 7: Bottom Line 3Phase Q:~VArUSER DISPLAY 7: Item 1 7168USER DISPLAY 7: Item 2 7176USER DISPLAY 7: Item 3 0USER DISPLAY 7: Item 4 0USER DISPLAY 7: Item 5 0USER DISPLAY 8: Top Line 3Phase S:~VAUSER DISPLAY 8: Bottom Line 3Phase PF:~USER DISPLAY 8: Item 1 7184USER DISPLAY 8: Item 2 7192USER DISPLAY 8: Item 3 0USER DISPLAY 8: Item 4 0USER DISPLAY 8: Item 5 0USER DISPLAY 9: Top Line FrequencyUSER DISPLAY 9: Bottom Line ~HzUSER DISPLAY 9: Item 1 7552USER DISPLAY 9: Item 2 0USER DISPLAY 9: Item 3 0USER DISPLAY 9: Item 4 0USER DISPLAY 9: Item 5 0Invoke and Scroll OFF




INSTALLATIONRelay Settings ProgrammedRelay Name Relay-1

SYSTEM SETUPAC INPUTS

CURRENTCT F1: Phase CT Primary 150 ACT F1: Phase CT Secondary 5 ACT F1: Ground CT Primary 150 ACT F1: Ground CT Secondary 5 A

VOLTAGEVT F5: Phase VT Connection WyeVT F5: Phase VT Secondary 57.8 VVT F5: Phase VT Ratio 600.00 :1VT F5: Auxiliary VT Connection VagVT F5: Auxiliary VT Secondary 66.4 VVT F5: Auxiliary VT Ratio 1.00 :1

POWER SYSTEMNominal Frequency 60 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 NoneSOURCE 1: Phase VT F5SOURCE 1: Auxiliary VT None

FLEXLOGICFLEXLOGIC EQUATION EDITORFlexLogic Entry 1 GND DIST Z1 OPFlexLogic Entry 2 POSITIVE ONE SHOTFlexLogic Entry 3 GND DIST Z2 PKPFlexLogic Entry 4 POSITIVE ONE SHOTFlexLogic Entry 5 GND DIST Z2 OPFlexLogic Entry 6 POSITIVE ONE SHOTFlexLogic Entry 7 GND DIST Z3 PKPFlexLogic Entry 8 POSITIVE ONE SHOTFlexLogic Entry 9 GND DIST Z3 OPFlexLogic Entry 10 POSITIVE ONE SHOTFlexLogic Entry 11 PH DIST Z1 OPFlexLogic Entry 12 POSITIVE ONE SHOTFlexLogic Entry 13 PH DIST Z2 PKPFlexLogic Entry 14 POSITIVE ONE SHOTFlexLogic Entry 15 PH DIST Z2 OPFlexLogic Entry 16 POSITIVE ONE SHOTFlexLogic Entry 17 PH DIST Z3 PKPFlexLogic Entry 18 POSITIVE ONE SHOTFlexLogic Entry 19 PH DIST Z3 OPFlexLogic Entry 20 POSITIVE ONE SHOTFlexLogic Entry 21 LINE PICKUP OPFlexLogic Entry 22 POSITIVE ONE SHOTFlexLogic Entry 23 Current On (VO2)FlexLogic Entry 24 POSITIVE ONE SHOTFlexLogic Entry 25 OR(12)FlexLogic Entry 26 = Osc Trigger (VO64)FlexLogic Entry 27 PH DIST Z1 OPFlexLogic Entry 28 PH DIST Z2 OPFlexLogic Entry 29 PH DIST Z3 OPFlexLogic Entry 30 GND DIST Z1 OPFlexLogic Entry 31 GND DIST Z2 OPFlexLogic Entry 32 GND DIST Z3 OPFlexLogic Entry 33 OR(6)FlexLogic Entry 34 = Distance (VO1)FlexLogic Entry 35 PHASE IOC1 OPFlexLogic Entry 36 PHASE TOC1 OP




FLEXLOGIC EQUATION EDITOR (continued from last page)FlexLogic Entry 37 NEUTRAL IOC1 OPFlexLogic Entry 38 NEUTRAL TOC1 OPFlexLogic Entry 39 OR(4)FlexLogic Entry 40 = Current (VO2)FlexLogic Entry 41 Distance On (VO1)FlexLogic Entry 42 Current On (VO2)FlexLogic Entry 43 OR(2)FlexLogic Entry 44 = Line CB (VO3)FlexLogic Entry 45 END

GROUPED ELEMENTSGROUP 1

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 NonePHASE DISTANCE Z1: Xfmr Curr Connection NonePHASE DISTANCE Z1: Reach 0.46 ohmsPHASE DISTANCE Z1: RCA 90 degPHASE DISTANCE Z1: Rev Reach 0.02 ohmsPHASE DISTANCE Z1: Rev Reach RCA 90 degPHASE DISTANCE Z1: Comp Limit 90 degPHASE DISTANCE Z1: DIR RCA 45 degPHASE DISTANCE Z1: DIR Comp Limit 62 degPHASE DISTANCE Z1: Quad Right Blinder 0.50 ohmsPHASE DISTANCE Z1: Quad Right Blinder RCA 73 degPHASE DISTANCE Z1: Quad Left Blinder 0.02 ohmsPHASE DISTANCE Z1: Quad Left Blinder RCA 90 degPHASE DISTANCE Z1: Supervision 1.700 puPHASE DISTANCE Z1: Volt Level 0.000 puPHASE DISTANCE Z1: Delay 0.000 sPHASE DISTANCE Z1: Block OFFPHASE 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 0.65 ohmsPHASE DISTANCE Z2: RCA 90 degPHASE DISTANCE Z2: Rev Reach 0.02 ohmsPHASE DISTANCE Z2: Rev Reach RCA 90 degPHASE DISTANCE Z2: Comp Limit 90 degPHASE DISTANCE Z2: DIR RCA 45 degPHASE DISTANCE Z2: DIR Comp Limit 62 degPHASE DISTANCE Z2: Quad Right Blinder 0.77 ohmsPHASE DISTANCE Z2: Quad Right Blinder RCA 73 degPHASE DISTANCE Z2: Quad Left Blinder 0.02 ohmsPHASE DISTANCE Z2: Quad Left Blinder RCA 90 degPHASE DISTANCE Z2: Supervision 1.400 puPHASE DISTANCE Z2: Volt Level 0.000 puPHASE DISTANCE Z2: Delay 0.500 sPHASE DISTANCE Z2: Block OFFPHASE DISTANCE Z2: Target Self-resetPHASE DISTANCE Z2: Events EnabledPHASE DISTANCE Z3: Function EnabledPHASE DISTANCE Z3: Direction ReversePHASE DISTANCE Z3: Shape QuadPHASE DISTANCE Z3: Xfmr Vol Connection Yd5PHASE DISTANCE Z3: Xfmr Curr Connection Yd5PHASE DISTANCE Z3: Reach 0.82 ohms




PHASE DISTANCE [GROUP 1] (continued from last page)PHASE DISTANCE Z3: RCA 90 degPHASE DISTANCE Z3: Rev Reach 0.02 ohmsPHASE DISTANCE Z3: Rev Reach RCA 30 degPHASE DISTANCE Z3: Comp Limit 90 degPHASE DISTANCE Z3: DIR RCA 45 degPHASE DISTANCE Z3: DIR Comp Limit 55 degPHASE DISTANCE Z3: Quad Right Blinder 1.03 ohmsPHASE DISTANCE Z3: Quad Right Blinder RCA 88 degPHASE DISTANCE Z3: Quad Left Blinder 1.03 ohmsPHASE DISTANCE Z3: Quad Left Blinder RCA 88 degPHASE DISTANCE Z3: Supervision 1.100 puPHASE DISTANCE Z3: Volt Level 0.000 puPHASE DISTANCE Z3: Delay 1.000 sPHASE DISTANCE Z3: Block OFFPHASE DISTANCE Z3: Target Self-resetPHASE DISTANCE Z3: Events Enabled

GROUND DISTANCE [GROUP 1] GROUND DISTANCE Z1: Function EnabledGROUND DISTANCE Z1: Direction ForwardGROUND DISTANCE Z1: Shape QuadGROUND DISTANCE Z1: Z0/Z1 Mag 3.85GROUND DISTANCE Z1: Z0/Z1 Ang 7 degGROUND DISTANCE Z1: Z0M/Z1 Mag 0.00GROUND DISTANCE Z1: Z0M/Z1 Ang 0 degGROUND DISTANCE Z1: Reach 0.46 ohmsGROUND DISTANCE Z1: RCA 90 degGROUND DISTANCE Z1: Rev Reach 0.02 ohmsGROUND DISTANCE Z1: Rev Reach RCA 90 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 62 degGROUND DISTANCE Z1: Quad Right Blinder 1.49 ohmsGROUND DISTANCE Z1: Quad Right Blinder RCA 73 degGROUND DISTANCE Z1: Quad Left Blinder 0.02 ohmsGROUND DISTANCE Z1: Quad Left Blinder RCA 90 degGROUND DISTANCE Z1: Supervision 0.500 puGROUND DISTANCE Z1: Volt Level 0.000 puGROUND DISTANCE Z1: Delay 0.000 sGROUND DISTANCE Z1: Block OFFGROUND 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 3.85GROUND DISTANCE Z2: Z0/Z1 Ang 7 degGROUND DISTANCE Z2: Z0M/Z1 Mag 0.00GROUND DISTANCE Z2: Z0M/Z1 Ang 0 degGROUND DISTANCE Z2: Reach 0.65 ohmsGROUND DISTANCE Z2: RCA 90 degGROUND DISTANCE Z2: Rev Reach 0.02 ohmsGROUND DISTANCE Z2: Rev Reach RCA 90 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 62 degGROUND DISTANCE Z2: Quad Right Blinder 2.43 ohmsGROUND DISTANCE Z2: Quad Right Blinder RCA 73 degGROUND DISTANCE Z2: Quad Left Blinder 0.02 ohmsGROUND DISTANCE Z2: Quad Left Blinder RCA 90 degGROUND DISTANCE Z2: Supervision 0.500 puGROUND DISTANCE Z2: Volt Level 0.000 puGROUND DISTANCE Z2: Delay 0.500 sGROUND DISTANCE Z2: Block OFFGROUND DISTANCE Z2: Target Self-resetGROUND DISTANCE Z2: Events Enabled




GROUND DISTANCE [GROUP 1] (continued from last page)GROUND DISTANCE Z3: Function EnabledGROUND DISTANCE Z3: Direction ReverseGROUND DISTANCE Z3: Shape QuadGROUND DISTANCE Z3: Z0/Z1 Mag 3.80GROUND DISTANCE Z3: Z0/Z1 Ang 7 degGROUND DISTANCE Z3: Z0M/Z1 Mag 0.00GROUND DISTANCE Z3: Z0M/Z1 Ang 0 degGROUND DISTANCE Z3: Reach 0.82 ohmsGROUND DISTANCE Z3: RCA 90 degGROUND DISTANCE Z3: Rev Reach 0.02 ohmsGROUND DISTANCE Z3: Rev Reach RCA 30 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 55 degGROUND DISTANCE Z3: Quad Right Blinder 3.10 ohmsGROUND DISTANCE Z3: Quad Right Blinder RCA 88 degGROUND DISTANCE Z3: Quad Left Blinder 3.10 ohmsGROUND DISTANCE Z3: Quad Left Blinder RCA 88 degGROUND DISTANCE Z3: Supervision 0.500 puGROUND DISTANCE Z3: Volt Level 0.000 puGROUND DISTANCE Z3: Delay 1.000 sGROUND DISTANCE Z3: Block OFFGROUND DISTANCE Z3: Target Self-resetGROUND DISTANCE Z3: Events Enabled

PHASE CURRENTPHASE TOC [GROUP 1] PHASE TOC1: Function EnabledPHASE TOC1: Signal Source SRC 1 (SRC 1)PHASE TOC1: Input PhasorPHASE TOC1: Pickup 1.400 puPHASE TOC1: Curve IEC Curve CPHASE TOC1: TD Multiplier 1.00PHASE TOC1: Reset InstantaneousPHASE TOC1: Voltage Restraint DisabledPHASE TOC1: Block A OFFPHASE TOC1: Block B OFFPHASE TOC1: Block C OFFPHASE TOC1: Target Self-resetPHASE TOC1: Events Enabled

PHASE IOC [GROUP 1] PHASE IOC1: Function EnabledPHASE IOC1: Source SRC 1 (SRC 1)PHASE IOC1: Pickup 5.000 puPHASE IOC1: Delay 1.00 sPHASE IOC1: Reset Delay 0.00 sPHASE IOC1: Block A OFFPHASE IOC1: Block B OFFPHASE IOC1: Block C OFFPHASE IOC1: Target Self-resetPHASE IOC1: Events Enabled

NEUTRAL CURRENTNEUTRAL TOC [GROUP 1] NEUTRAL TOC1: Function EnabledNEUTRAL TOC1: Source SRC 1 (SRC 1)NEUTRAL TOC1: Input PhasorNEUTRAL TOC1: Pickup 0.700 puNEUTRAL TOC1: Curve IEC Curve CNEUTRAL TOC1: TD Multiplier 1.00NEUTRAL TOC1: Reset InstantaneousNEUTRAL TOC1: Block OFFNEUTRAL TOC1: Target Self-resetNEUTRAL TOC1: Events Enabled

NEUTRAL IOC [GROUP 1] NEUTRAL IOC1: Function Enabled




NEUTRAL IOC [GROUP 1] (continued from last page)NEUTRAL IOC1: Source SRC 1 (SRC 1)NEUTRAL IOC1: Pickup 3.000 puNEUTRAL IOC1: Delay 1.00 sNEUTRAL IOC1: Reset Delay 0.00 sNEUTRAL IOC1: Block OFFNEUTRAL IOC1: Target Self-resetNEUTRAL IOC1: Events Enabled

CONTROL ELEMENTSMONITORING ELEMENTS

VT FUSE FAILUREVT FUSE FAILURE 1: Function EnabledVT FUSE FAILURE 1: Neutral Wire Open Detection DisabledVT FUSE FAILURE 1: 3rd Harmonic Pickup 0.100 pu

INPUTS/OUTPUTSCONTACT INPUTS[H7A] Contact Input 1 ID Cont Ip 1[H7A] Contact Input 1 Debounce Time 2.0 ms[H7A] Contact Input 1 Events Disabled[H7C] Contact Input 2 ID Cont Ip 2[H7C] Contact Input 2 Debounce Time 2.0 ms[H7C] Contact Input 2 Events Disabled[H8A] Contact Input 3 ID Cont Ip 3[H8A] Contact Input 3 Debounce Time 2.0 ms[H8A] Contact Input 3 Events Disabled[H8C] Contact Input 4 ID Cont Ip 4[H8C] Contact Input 4 Debounce Time 2.0 ms[H8C] Contact Input 4 Events Disabled

CONTACT INPUT THRESHOLDSCont Ip 1, Cont Ip 2, Cont Ip 3, Cont Ip 4(H7a, H7c, H8a, H8c) 33 Vdc

CONTACT OUTPUTS[H1] Contact Output 1 ID CB 52TA[H1] Contact Output 1 Operate Line CB On (VO3)[H1] Contact Output 1 Seal-In OFF[H1] Contact Output 1 Events Enabled[H2] Contact Output 2 ID CB 52TB[H2] Contact Output 2 Operate Line CB On (VO3)[H2] Contact Output 2 Seal-In OFF[H2] Contact Output 2 Events Enabled[H3] Contact Output 3 ID Relay 94TA[H3] Contact Output 3 Operate Line CB On (VO3)[H3] Contact Output 3 Seal-In OFF[H3] Contact Output 3 Events Enabled[H4] Contact Output 4 ID Relay 94TB[H4] Contact Output 4 Operate Line CB On (VO3)[H4] Contact Output 4 Seal-In OFF[H4] Contact Output 4 Events Enabled[H5] Contact Output 5 ID Control Sys.[H5] Contact Output 5 Operate Line CB On (VO3)[H5] Contact Output 5 Seal-In OFF[H5] Contact Output 5 Events Enabled

VIRTUAL OUTPUTSVirtual Output 1 ID DistanceVirtual Output 1 Events EnabledVirtual Output 2 ID CurrentVirtual Output 2 Events DisabledVirtual Output 3 ID Line CBVirtual Output 3 Events DisabledVirtual Output 64 ID Osc TriggerVirtual Output 64 Events Enabled

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