9065_SGT_SET2(SEL487E)

Table Of Contents

Date Generated March 19 2015 03:07:03 pm

Device Information

Part Number 0487E32648XXC2X4H624XXX

FID SEL-487E-3-RXXX-V0-Z103101-D20121108

BFID SLBT-4XX-R205-V0-Z001002-D20100128

Config

Special

Displayed Setting Groups

Global

Group 1

Settings Legend

Visible Setting

Hidden Setting

Invalid Setting

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19-03-2015file:///C:/Users/pbanerjee/AppData/Roaming/SEL/AcSELerator/QuickSet/Session_00...

Global Top

Setting Description Range Value

SID Station IdentifierRange = ASCII string with a maximum length of 40.

HADCO

RID Relay IdentifierRange = ASCII string with a maximum length of 40.

SGT

NFREQ Nominal System Frequency Select: 50, 60 60

PHROT System Phase Rotation Select: ABC, ACB ABC

EICISEnable Independent Control Input Settings

Select: Y, N N

EPMUEnable Synchronized Phasor Measurements

Select: Y, N N

IN1XXDDebounce Time For Mainboard Contact Inputs

Range = 0.0 to 30.0 2.0

IN2XXDDebounce Time For Interface Board # 1 Contact Inputs

Range = 0.0 to 30.0 2.0

SS1Condition(s) to Enable Setting Group 1 Equation

Valid range = The legal operators: AND OR NOT R_TRIG F_TRIG

1



NA



NA



NA



NA



NA

TGR Group Change Delay Range = 1 to 54000 180

FRQSTPrimary Frequency Source Terminal

Select: V, Z, ADV or OFF V

DATE_F Date Format Select: MDY, YMD, DMY MDY

IRIGCIRIG-B Control Bits Definition

Select: NONE, C37.118 NONE

UTCOFFOffset From UTC to Local Time

Range = -15.5 to 15.5 -8.0

BEG_DST Begin DST

Select: "0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23", "1,2,3,L", "1,2,3,4,5,6,7", "1,2,3,4,5,6,7,8,9,10,11,12"

2, 2, 1, 3

END_DST End DST

Select: "0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23", "1,2,3,L", "1,2,3,4,5,6,7", "1,2,3,4,5,6,7,8,9,10,11,12"

2, 1, 1, 11

RST_DEMCondition(s) for Resetting of Demand Metering Data Equation


NA

Condition(s) for Resetting of Valid range = The legal

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RST_PDMPeak Demand Metering Data Equation

operators: AND OR NOT R_TRIG F_TRIG

NA

RST_ENECondition(s) for Resetting of Energy Metering Data Equation


NA

RSTTRGTCondition(s) for Resetting of Target LEDs Equation


NA

RSTDNPECondition(s) for Resetting of DNP Fault Summary Data Equation


TRGTR

RST_HALCondition(s) for Resetting of Warning Alarm Pulsing Equation


NA

EVELOCK Event Summary Lock Period Range = 0 to 1000 0

DNPSRC DNP Session Time Base Select: LOCAL, UTC UTC

Global Top

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Group 1 Top

Setting Description Range Value

ECTTERM Enable the Following Current TerminalsSelect: Combination of S, T, U, W, X or OFF

S, T

EPTTERM Enable the Following Voltage TerminalsSelect: Combination of V, Z or OFF

V

E87Include the Following Terminals in the Differential Element

Select: Combination of S, T or OFF

S, T

EREFEnable the Following Number of Restricted Earth Fault Elements

Select: N, 1-3 1

E50Enable Definite Time Overcurrent Elements for the Following Terminals


S, T

E51Enable the Following Number of Inverse Time Overcurrent Elements

Select: N, 1-10 4

E46Enable Current Unbalance Elements for the Following Terminals


OFF

E59 Enable the Following Number of Overvoltage Elements Select: N, 1-5 N

E27 Enable the Following Number of Undervoltage Elements Select: N, 1-5 N

E81Enable the Following Number of Over/Under Frequency Elements

Select: N, 1-6 N

E24 Enable Volts per Hertz Protection Select: N, Y Y

EBFLEnable Breaker Failure Protection for the Following Terminals


T

EPCALEnable Active, Reactive and Apparent Power Calculations for the Following Terminals


OFF

EDEMSelect the Number of Demand Metering Elements Required

Select: N, 1-10 N

PTRV Potential Transformer Ratio for Terminal V Range = 1.0 to 10000.0 2000.0

PTCONV Potential Transformer Connection For Terminal V Select: Y, D Y

PTCOMPVPotential Transformer Compensation Angle for Terminal V

Range = -179.99 to 180.00 0.00

VNOMVPotential Transformer Nominal Line-to-Line Voltage For Terminal V

Range = 30 to 300 110

CTRS Current Transformer Ratio For Terminal S Range = 1 to 50000 400

CTCONS Current Transformer Connection For Terminal S Select: Y, D Y

CTRT Current Transformer Ratio For Terminal T Range = 1 to 50000 2400

CTCONT Current Transformer Connection For Terminal T Select: Y, D Y

CTRY1 Current Transformer Ratio for Terminal Y, Channel 1 Range = 1 to 50000 100

VREFS Select Voltage Reference for Terminal S Select: OFF, V V

VREFT Select Voltage Reference for Terminal T Select: OFF, V OFF

ICOM Internal CT Connection Matrix Compensation Enabled Select: Y, N Y

MVA Enter Transformer Maximum MVA Rating Range = 1 to 5000, OFF 120

E87TSInclude Terminal S in the Differential Element for the Following Conditions


1

TSCTC Terminal S CT Connection Compensation Range = 0 to 12 12

VTERMS Terminal S Line-to-Line Voltage Range = 1.00 to 1000.00 380.00

E87TTInclude Terminal T in the Differential Element for the Following Conditions


1

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TTCTC Terminal T CT Connection Compensation Range = 0 to 12 12

VTERMT Terminal T Line-to-Line Voltage Range = 1.00 to 1000.00 33.00

O87P Differential Element Operating Current Pickup Range = 0.10 to 4.00 0.25

SLP1 Slope 1 Setting Range = 5.00 to 90.00 33.00

SLP2 Slope 2 Setting Range = 5.00 to 90.00 90.00

U87P Unrestrained Element Current Pickup Range = 1.00 to 20.00 8.00

DIOPR Incremental Operate Current Pickup Range = 0.10 to 10.00 1.20

DIRTR Incremental Restraint Current Pickup Range = 0.10 to 10.00 1.20

E87HB Enable Harmonic Blocking Differential Element Select: Y, N Y

E87HR Enable Harmonic Restraint Differential Element Select: Y, N Y

PCT2 Second-Harmonic Percentage (% of fundamental) Range = 5 to 100, OFF 15

PCT4 Fourth-Harmonic Percentage (% of fundamental) Range = 5 to 100, OFF 15

PCT5 Fifth-Harmonic Percentage (% of fundamental) Range = 5 to 100, OFF 50

TH5P Fifth-Harmonic Alarm Threshold Range = 0.2 to 3.2, OFF OFF

87QPNegative Sequence Differential Element Operating Current Pickup

Range = 0.05 to 1.00 0.30

SLPQ1 Negative Sequence Differential Slope Range = 5 to 100 25

87QD Negative Sequence Differential Element Delay Range = 2.000 to 9999.000 10.000

REFRF1 Select the Restraint Quantity for REF Element 1Select: Combination of S, T or OFF

OFF

REF50P1REF (50P) Operate Current Instantaneous Overcurrent 1 Pickup

Range = 0.05 to 20.00, OFF OFF

REF51P1REF (51P) Operate Current Inverse Time Overcurrent Element 1 Pickup

Range = 0.05 to 3.20, OFF 0.05

REF51C1 REF Inverse Time Overcurrent Element 1 Curve Select: U1-U5, C1-C5 C4

RF51TD1REF Inverse Time Overcurrent Element 1 Time Dial Setting

Range = 0.05 to 1.00 0.15

RF51RS1REF Inverse Time Overcurrent Element 1 Electromechanical Reset

Select: Y, N Y

RF51TC1REF Inverse Time Overcurrent Element 1 Torque Control Equation


1

E50S Enable the Type of Overcurrent Elements for Terminal SSelect: Combination of P, Q, G

P, G

E67S Enable Directional Elements Select: Y, N N

50SP1P Phase Instantaneous Overcurrent Pickup Level 1 Range = 0.05 to 20.00, OFF 8.00

67SP1TC Phase Instantaneous Overcurrent Level 1 Torque ControlValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

SF32P AND PLT03

67SP1D Phase Instantaneous Overcurrent Level 1 Delay Range = 0.00 to 16000.00 3.00

50SG1P Zero-Seq Inst O/C Pickup Level 1 Range = 0.05 to 20.00, OFF OFF

50SP2P Phase Instantaneous Overcurrent Pickup Level 2 Range = 0.05 to 20.00, OFF OFF

E50T Enable the Type of Overcurrent Elements for Terminal TSelect: Combination of P, Q, G

P, G

50TP1P Phase Instantaneous Overcurrent Pickup Level 1 Range = 0.05 to 20.00, OFF 9.00

67TP1TC Phase Instantaneous Overcurrent Level 1 Torque ControlValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

TF32P AND PLT03

67TP1D Phase Instantaneous Overcurrent Level 1 Delay Range = 0.00 to 16000.00 3.00

50TG1P Zero-Seq Inst O/C Pickup Level 1 Range = 0.05 to 20.00, OFF OFF

50TP2P Phase Instantaneous Overcurrent Pickup Level 2 Range = 0.05 to 20.00, OFF OFF

EXBFT Enabling Condition(s) for External Breaker FailureValid range = The legal operators: AND OR NOT

NA

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R_TRIG F_TRIG

EBFPUT External Breaker Failure Initiate Pickup Delay Range = 0.000 to 6000.000 6.000

50FPUT Fault Current Pickup Range = 0.10 to 10.00 9.00

BFPUT Breaker Failure Initiate Pickup Delay Range = 0.000 to 6000.000 12.000

RTPUT Retrip Delay Range = 0.000 to 6000.000 6000.000

BFIT Breaker Fail Initiate Condition(s)Valid range = The legal operators: AND OR NOT R_TRIG F_TRIG

NA

ATBFIT Alternate Breaker Fail Initiate Condition(s)Valid range = The legal operators: AND OR NOT R_TRIG F_TRIG

NA

ENINBFT Enabling Condition(s) for Neutral Breaker FailureValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

NA

INFPUT Neutral Current Pickup Range = 0.10 to 10.00 0.10

EBFIST Breaker Failure Initiate Seal-In Select: Y, N N

BFIDOT Breaker Failure Initiate Dropout Delay Range = 0.000 to 1000.000 1.500

51O01 Inverse Time Overcurrent Element 01 Operate Quantity

Select: 3I0TM, 3I2TM, I1TM, IATFM, IATRMS, IBTFM, IBTRMS, ICTFM, ICTRMS, IMAXTF, IMAXTR, 3I0SM, 3I2SM, I1SM, IASFM, IASRMS, IBSFM, IBSRMS, ICSFM, ICSR ...

IMAXSF

51P01 Inverse Time Overcurrent Element 01 Pickup ValueValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

0.6

51C01 Inverse Time Overcurrent Element 01 Curve Selection Select: U1-U5, C1-C5 C1

51TD01 Inverse Time Overcurrent Element 01 Time DialValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

0.20

51RS01Inverse Time Overcurrent Element 01 Electromechanical Reset Enable

Select: Y, N Y

51TC01 Inverse Time Overcurrent Element 01 Torque ControlValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

PLT09



IMAXTF


1.1



0.20


Select: Y, N Y


PLT09

Select: 3I0TM, 3I2TM,

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I1TM, IATFM, IATRMS, IBTFM, IBTRMS, ICTFM, ICTRMS, IMAXTF, IMAXTR, 3I0SM, 3I2SM, I1SM, IASFM, IASRMS, IBSFM, IBSRMS, ICSFM, ICSR ...

3I0SM


0.6



0.15


Select: Y, N Y


PLT09



3I0TM


0.1



0.20


Select: Y, N Y


PLT09

TRXFMR Trip Condition(s) for Transformer TerminalsValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

87R OR REFF1

ULTXFMR Unlatch Trip Condition(s) for Transformer TerminalsValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

TRGTR

TRS Trip Condition(s) for Terminal SValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

50SP1 OR 50SQ1

ULTRS Unlatch Trip Condition(s) for Terminal SValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

TRGTR

CLS Close Condition(s) for Terminal SValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

LB10

ULCLS Unlatch Close Condition(s) for Terminal SValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

52CLS

TRT Trip Condition(s) for Terminal TValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

50TP1 OR 50TQ1

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ULTRT Unlatch Trip Condition(s) for Terminal TValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

TRGTR

CLT Close Condition(s) for Terminal TValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

LB10

ULCLT Unlatch Close Condition(s) for Terminal TValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

52CLT

TDURD Minimum Trip Duration Range = 2.000 to 8000.000 5.000

ER Condition(s) for Triggering Event ReportsValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

50SQ1 OR 50TQ1

FAULT Condition(s) for Asserting Fault BitValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

50SQ1 OR 50TQ1

CFD Close Failure DelayRange = 2.000 to 99999.000, OFF

4.000

24VSRC Voltage Source for V/Hz Calculation Select: V, Z V

24D1P Level 1 Volts/Hertz Pickup (%) Range = 100 to 200 110

24D1D Level 1 Time Delay Range = 0.04 to 6000.00 10.00

24TC Torque Control for Volts/Hertz ElementValid range = The legal operators: AND OR NOT R_TRIG F_TRIG

1

24CCS Select Level 2 Composite Curve Select: OFF, DD, U1, U2 U1

24U1TC Torque Control for Curve 1Valid range = The legal operators: AND OR NOT R_TRIG F_TRIG

1

24U1NP Select the Number of Points for Curve 1 Range = 3 to 20 7

24U1CR Curve 1 Reset Time (seconds) Range = 0.01 to 400.00 400.00

24U111 Curve 1, Point 01 Range = 100 to 200 110

24U121 Curve 1, Point 01 Range = 0.04 to 6000.00 6000.00













Group 1

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9065_SGT_SET2(SEL487E)