MORRO Alim BancoCondensadores SEL-487V

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60 5051 2759 81

TRANSFORMADORES DE CORRIENTE (FASE)Marca - -Tipo -Modelo - -Cantidad de núcleos - -Corriente nominal ARelación de transformación - - 100.00

- 1

Prestación VA - 15

75.0075

5P20-

15Prestación VA -

Marca -

Cantidad de núcleos - -Modelo - -Tipo -

-Marca

Corriente nominal A - 1

TRANSFORMADORES DE TENSIÓN

Relación de transformación -Clase - -

DATOS DEL BANCO DE CONDENSADORES

TRANSFORMADORES DE CORRIENTE (DESBALANCE)

Clase - - 5P20

100

DATOS GENERALES

INVERSE TIME OVERCURRENT UNDER VOLTAGE ELEMENTOVER VOLTAGE ELEMENT FREQUENCY ELEMENT

GLOBAL SETTINGS GLOBAL ENABLESSTATION DC MONITORING CONTROL INPUTSGROUP 1 - SET 1 CONFIGURATION

UNBALANCE (60) CURRENT ELEMETS PHASE INSTANTANEOUS OVERCURRENT

DAT OS DEL BA NCO DE CON DENSA DORES T RAN SFOR MA DORES DE CORRI ENT E (FAS E)

VALORES DE AJUSTE

MAX PASO SECUNDARIO PRIMARIO

DATOS GENERALES

COD DESCRIPCION UNIDAD MIN

DESCRIPCION DE LOS AJUSTES ACTUAL (AS BUILT)GRUPO 1

OBSERVACIONESSistema:

Ubic.Tabl:Código: Uca [V]:

Ica [A]:

Tecnología:

Frec.[Hz]: 60

Revisión: 0

PRINCIPAL

Año ins tal.: Ucc [V]: Respons .:

N° Serie: Man.Serv.N°:DIGITAL Fases: Fecha:RSTN

Modelo: SEL487V Uprim[kV]:

Versión:

Fabricante: SCHWEITZER Celda Dpto: PIURA

BASE DE DATOS DE AJUSTE DE PROTECCIONES

BANCO DE CONDENSADORESEmpresa:

TRANSFORMADORES DE CORRIENTE (DESBALANCE) TRANSFORMADORES DE TENSIÓN

-

Tipo:

22.9 kV

Diag.Unif.N°:

-

Tipo

COSTA NORTE

ELECTRONOROESTE

DIFERENCIAL MULTIFUNCION Subestación: SE MORROPÓN Región:

GeneralesSubestación - SE MORROPÓN

-

- -Modelo

Nivel de tensión kV 22.9Celda - BANCO DE CONDENSADORES



-PTRY Potential Transformer Ratio for Terminal Y 1 10000 1 - -

- -CTRX3 Current Transformer Ratio For Terminal X, Channel 3 1 50000 1 -

1 - -CTRX2 Current Transformer Ratio For Terminal X, Channel 2 1 50000 1

ECPBNKC Enable Capacitor Bank Control N, 1 - 3 N -ETOD Enable Time of Day, Day of Week Control Y, N N -

N, 1 - 6N, 1 - 6

N, 1 - 6OFF, WY, N

N, 1 - 10

OFF, GNDV, UNGNDV, 60N, 60POFF, WN, 1 - 10OFF, WN, 1 - 6N, 1 - 6

-EITCO Enable Independent Trip and Close Outputs N -Y, N

N -E32 Enable the Number of Over/Under Power Elements N

EFOD Enable Flash Over Detect ion

PTRZ1 Potential Transformer Ratio for Terminal Y 1 10000 1 - -

EBFL Enable Breaker Failure Protection for the Following Terminals W -

-

E81R Enable the Following Number of Rate of Change of Frecuency Elements N -

N -E81 Enable the Following Number of Over/Under Frecuency Elements 2.0

E59T Enable the Following Number of Time-Inverse Over Voltage ElementsE27 Enable the Following Number of Under Voltage Elements 1 -N, 1 - 6E59 Enable the Following Number of Over Voltage Elements 1 -E37 Enable the Following Number of Under Current Elements NE46 Enable Current Unbalance Elements for the Following Terminals

-

E51 Enable the Following Number of Inverse Time Overcurrent Elments 2.0 -OFF -

-E50 Enable Definite Time Overcurrent Elements for the Following Terminals W -

ECAPAP Enable the Following Capacitor Bank Applications

CTRX1 Current Transformer Ratio For Terminal X, Channel 1 1 50000CTRW Current Transformer Ratio For Terminal W 1 50000 1 -

DCLFP

- ABC - ACB

GNDV,60N

CONFIGURATION

-

- -

Relay Identifier - -

PHROT System Phase RotationDA TE_F Da te Forma t

NFREQ Nominal System FrequencySEL487V -

VALORES DE AJUSTE

RID

Cantidad de núcleos -

GROUP 1 - SET 1

N, 1, 2 - -

300

300 115 300

Station DC1 Monitor Low Level Fail Pickup - 15DCLWP Station DC1 Monitor Low Level Warn Pickup -

GLOBAL ENABLES- Y - N

Configuration Settings

EGADVS Advanced Global Settings

Station DC1 Monitor

- MDY - YMD - DMYABC -DMY -

60

SID St ati on Id enti fi er SECONSTANTE

-

STATION DC MONITORING

- 50 - 60

EDCMON Station DC Battery Monitor -

- -

1 - -1 - -

-DCHFP Station DC1 Monitor High Level Fail Pickup - 15--DCHWP Station DC1 Monitor High Level Warn Pickup - 15

300 1DCRP Station DC1 Monitor Peak to Peak AC Ripple Pickup - 1DCGF Station DC1 Monitor Ground Detection Factor - 1.00

--5.00 0.01 - -

300 1 -

IN2XXD

CONTROL INPUTSEICIS Independent Control Input Settings - Y, N N -

1 - -IN1XXD Mainboard Debounce Time - 0Int Board # 1 Debounce Time - 0 30 1 --

30

IN3XXD Int Board # 2 Debounce Time - 0 30 1 - -

GLOBAL SETTINGS

- 100 22900Relación de transformación - - 229.00Corriente nominal V

-

Prestación VA - 30Clase - - 3P

-N -E67S Enabled Directional Elements - Y - N

CTPS Currente Transformer Polarity - P - N N

-



60

50

51

27

VNOMZ Potential Transformer Nominal Line-to-Line Voltage for Terminal Z (V,sec)30 300 1

- -

-VNOMY Potential Transformer Nominal Line-to-Line Voltage for Terminal Y (V,sec) 30 300 1 - -

- -PTRZ3 Potential Transformer Ratio for Terminal Y 1 10000 1 -

1

Current Unbalance Level 1 Picl Up Amp

SELogic

PTRZ2 Potential Transformer Ratio for Terminal Y

KX1IM 60X1 Current Unbalance Magnitud Compensation Amp 0 to 2.00 -

60X11U1P 60X1

1 10000

UNDER VOLTAGE ELEMENT

E27 Enable the Following Number of Under Voltage Element - N , 1 - 6 1 -

0.00 16000.00 0.25

Under Voltage 1

0.05 3.20 0.01

51TC01 Torque Control (SELOGIC)

X1COMP X1

-UNBALANCE (60) CURRENT ELEMETS

Current Unbalance Angle Compensation Deg -179.99 to 180.00 - -KX1I1 60X1 Current Unbalance K1 Compensation Factor Equation - 0.1165KX1IA 60X1

KX1I2 60X1 Current Unbalance K2 Compensation Factor Equation - SELogic 0.1165 --

0.150 -Phase Angle Compensation Deg -179.99 to 180.00 0 -

-60X11U2P 60X1 Current Unbalance Level 2 Picl Up Amp 0.005 to 20.000 - -

0.005 to 20.000

60X1U1T 60X1 Current Unbalance Level 1 Torque Control Equation - SELogic60X11U3P 60X1 Current Unbalance Level 3 Picl Up Amp 0.005 to 20.000 -

60X1U2T 60X1 Current Unbalance Level 2 Torque Control Equation - SELogic - #¡VALOR!- -

-- #¡VALOR!60X1U3T 60X1 Current Unbalance Level 3 Torque Control Equation - SELogic

60X1U2D 60X1 Current Unbalance Level 2 Delay Cycles 0 to 40060X1U1D 60X1 Current Unbalance Level 1 Delay Cycles 0 to 400 0.5

60X1U3D 60X1 Current Unbalance Level 3 Delay Cycles 0 to 400 - -- -

N -60X1F Capacitor Bank X1 Fused - Y, N

51P01 Overcurrent Pickup Amp

INVERSE TIME OVERCURRENTN , 1 - 10

Enable the Type of Overcurrent Elements for Terminal S G,P -

0

-PHASE INSTANTANEOUS OVERCURRENT

E50W

SELOGIC - 151RS01 Inverse Time O/C EM Reset - Y - N N

1.04 104.00C351C01 Inverse Time O/C Curve - U1,U2,U3,U4,U5, C1,C2,C3,C4, C50.151TD01 Inverse Time O/C Time Dial - 0.50 to 15.00, U-Curve Steps 1.01

0.05 to 1.00, C-Curve Steps 0.01

51O01 Inverse Time Overcurrent Element 01 Operate Quantity - IMAXWFTime Overcurrent 1

IAWFM, IBWFM, ICWFM, IMAXWF, I1WM,3I2WM, 3I0WM, IAWRMS, IBWRMS,

ICWRMS, IMAXWR

E51 Enable the Following Number of Inverse Time Overcurrent - 5 -

Phase Instantaneous Overcurrent 3

50WP1TC -SELOGIC

Phase Instantaneous Overcurrent 250WP1D Phase Instantaneous Overcurrent Level 1 Delay Cycles -

-10 1000.00

Combo of P,Q,G

AmpPhase Instantaneous Overcurrent 150WP1P Phase Instantaneous Overcurrent Pickup Level 1Phase Instantaneous Overcurrent Level 1 Torque Control Equation

0.05 20.00 0.01



59

8159P1D2 Level 1 Over Voltage Element 1 Delay Cycles 0.00 16000.00 0.01 - 625.0059TC2 Over Voltage Element 1 Torque Control Equation SELogic -

27O1 Select Operating Quantity for Under Voltage Element 1 - VAYFM, VAZFM, VBYFM, VBZFM, VCYFM,VCZFM, VNMAXYF, VNMAXZF, VNMINYF,VNMINZF, VABYFM, VABZFM, VBCYFM,VBCZFM, VCAYFM, VCAZFM, VPMINYF,VPMINZF, VPMAXYF, VPMAXZF, V1YM,

V1ZM, VAYRMS, VAZRMS, VBYRMS,VBZRMS, VCYRMS, VCZRMS, VNMAXYR,VNMAXZR, VNMINYR, VNMINZR,

VABYRMS, VABZRMS, VBCYRMS,VBCZRMS,VCAYRMS, VCAZRMS,VPMAXYR, VPMAXZR, VPMINYR,

VPMINZR

VABYRMS

27P1P1 Level 1 Under Voltage Element 1 Pick Up V 70 16030.000.25 520.0027TC1 Under Voltage Element 1 Torque Control Equation SELogic -

27P1D1 Level 1 Under Voltage Element 1 Delay Cycles 00.00 16000.00

27P1P2 Level 2 Under Voltage Element 1 Pick Up V secondary 900.25 520.00 0.01OVER VOLTAGE ELEMENTE59 Enable the Following Number of Over Voltage Element - N , 1 - 6 1

0.01

0.01

-Over Voltage 1

59O1 Select Operating Quantity for Over Voltage Element 1 - VAYFM, VAZFM, VBYFM, VBZFM, VCYFM,VCZFM, VNMAXYF, VNMAXZF, VNMINYF,

VNMINZF, VABYFM, VABZFM, VBCYFM,VBCZFM, VCAYFM, VCAZFM, VPMINYF,VPMINZF, VPMAXYF, VPMAXZF, V1YM,

V1ZM, VAYRMS, VAZRMS, VBYRMS,VBZRMS, VCYRMS, VCZRMS, VNMAXYR,

VNMAXZR, VNMINYR, VNMINZR,VABYRMS, VABZRMS, VBCYRMS,VBCZRMS,VCAYRMS, VCAZRMS,VPMAXYR, VPMAXZR, VPMINYR,

VPMINZR

VABYRMS

59P1P1 Level 1 Over Voltage Element 1 Pick Up V 0.25 300.00 0.01 110 25190.0059TC1 Over Voltage Element 1 Torque Control Equation SELogic -

0.0159P1D1 Level 1 Over Voltage Element 1 Delay Cycles 0.00 16000.00 0.01 - 3750.0059P1P2 Level 2 Over Voltage Element 1 Pick Up V secondary 0.25 300.00 130 29770.00

FREQUENCY ELEMENT

E81 Enable the Following Number of Under Voltage Element - N , 1 - 6 1 -

81 Level 181D1P Level 1 Under / Over Frequency Element Pick Up Hz 59.64 -81D1D Level 1 Under / Over Frequency Time Delay seconds 0.04 400.00 0.01 3 -

20.01 79.99 0.01

81UVSP Under/Over Frequency Element Minimum Supervision Voltage V 60.00 -20.00 200.00 0.01

MORRO Alim BancoCondensadores SEL-487V

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