EnerVista 489Setup Active Scree

8/19/2019 EnerVista 489Setup Active Scree

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Tue Nov 17 2015 10:28:04 Settings PAGE 1

NEW SITE 1489 RELAY 1DEVICE DEFINITION

ORDER CODE: 489-P5-HI-A20-EVERSION: 4.0XSERIAL NUMBER: B3250660DESCRIPTION: (NONE)INTERFACE:COM5: 19200 N 8 1

SR489 SETUPPREFERENCESDefault Message Cycle Time 2.0 sDefault Message Timeout 300 sParameter Averages Calc. Period 15 minTemperature Display Units CelsiusWaveform Trigger Position 25 %Waveform Memory Buffer 8 x 28 Cycles

REAL TIME CLOCK Irig-B Type None

MESSAGE SCRATCHPADFirst Scratchpad Message Text 1Second Scratchpad Message Text 2Third Scratchpad Message Text 3Fourth Scratchpad Message Text 4

Fifth Scratchpad Message GE MULTILIN 489 Generator Relay

DNP(SETUP)Port Used for DNP None

PASSCODECOMMUNICATIONEthernet IP Address 0. 0. 0. 0Ethernet Subnet Mask 255.255.252. 0Ethernet Gateway Address 0. 0. 0. 0Slave Address 2Computer RS485 Baud Rate 9600 baudComputer RS485 Parity NoneAuxiliary RS485 Baud Rate 9600 baudAuxiliary RS485 Parity None

SYSTEM SETUP

CURRENT SENSINGPhase CT Primary 400 AGround CT None

VOLTAGE SENSINGVT Connection Type WyeTransformer Ratio 4.00 :1 Neutral Voltage Connection No Neutral V.T. Ratio 5.00 :1

GEN. PARAMETERSGenerator Rated MVA 0.250 MVAGenerator Rated Power Factor 0.80Generator Voltage Phase-Phase 480 VGenerator Nominal Frequency 60 HzGenerator Phase Sequence ABC

SERIAL START-STOPSerial Start/Stop Initiation Off Startup Initiation Relays No RelaysShutdown Initiation Relays No RelaysSerial Start/Stop Events Off

DIGITAL INPUTSBREAKER STATUSBreaker Status Breaker Auxiliary a

GENERAL PURPOSEGENERAL AAssign Digital Input (A) NoneInput Name (A) Input AAsserted Digital Input State (A) ClosedBlock Input From Online (A) 0 sGeneral Input A Control Off

Pulsed Control Relay Dwell Time (A) 0.0 sControl Relay A No RelaysGeneral Input A Control Events Off


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GENERAL A (continued from last page)General Input A Alarm Off Alarm Relays A Relay 5General Input A Alarm Delay 5.0 sGeneral Input A Alarm Events Off General Input A Trip Off Trip Relays A Relay 1General Input A Trip Delay 5.0 s

GENERAL BAssign Digital Input (B) NoneInput Name (B) Input BAsserted Digital Input State (B) ClosedBlock Input From Online (B) 0 sGeneral Input B Control Off Pulsed Control Relay Dwell Time (B) 0.0 sControl Relay B No Relays

General Input B Control Events Off General Input B Alarm Off Alarm Relays B Relay 5General Input B Alarm Delay 5.0 sGeneral Input B Alarm Events Off General Input B Trip Off Trip Relays B Relay 1General Input B Trip Delay 5.0 s

GENERAL CAssign Digital Input (C) NoneInput Name (C) Input CAsserted Digital Input State (C) ClosedBlock Input From Online (C) 0 sGeneral Input C Control Off Pulsed Control Relay Dwell Time (C) 0.0 sControl Relay C No Relays

General Input C Control Events Off General Input C Alarm Off Alarm Relays C Relay 5General Input C Alarm Delay 5.0 sGeneral Input C Alarm Events Off General Input C Trip Off Trip Relays C Relay 1General Input C Trip Delay 5.0 s

GENERAL DAssign Digital Input (D) NoneInput Name (D) Input DAsserted Digital Input State (D) ClosedBlock Input From Online (D) 0 sGeneral Input D Control Off Pulsed Control Relay Dwell Time (D) 0.0 sControl Relay D No Relays

General Input D Control Events Off General Input D Alarm Off Alarm Relays D Relay 5General Input D Alarm Delay 5.0 sGeneral Input D Alarm Events Off General Input D Trip Off Trip Relays D Relay 1General Input D Trip Delay 5.0 s

GENERAL EAssign Digital Input (E) NoneInput Name (E) Input EAsserted Digital Input State (E) ClosedBlock Input From Online (E) 0 sGeneral Input E Control Off Pulsed Control Relay Dwell Time (E) 0.0 sControl Relay E No Relays

General Input E Control Events Off General Input E Alarm Off Alarm Relays E Relay 5


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GENERAL E (continued from last page)General Input E Alarm Delay 5.0 sGeneral Input E Alarm Events Off General Input E Trip Off Trip Relays E Relay 1General Input E Trip Delay 5.0 s

GENERAL FAssign Digital Input (F) NoneInput Name (F) Input FAsserted Digital Input State (F) ClosedBlock Input From Online (F) 0 sGeneral Input F Control Off Pulsed Control Relay Dwell Time (F) 0.0 sControl Relay F No RelaysGeneral Input F Control Events Off General Input F Alarm Off

Alarm Relays F Relay 5General Input F Alarm Delay 5.0 sGeneral Input F Alarm Events Off General Input F Trip Off Trip Relays F Relay 1General Input F Trip Delay 5.0 s

GENERAL GAssign Digital Input (G) NoneInput Name (G) Input GAsserted Digital Input State (G) ClosedBlock Input From Online (G) 0 sGeneral Input G Control Off Pulsed Control Relay Dwell Time (G) 0.0 sControl Relay G No RelaysGeneral Input G Control Events Off General Input G Alarm Off

Alarm Relays G Relay 5General Input G Alarm Delay 5.0 sGeneral Input G Alarm Events Off General Input G Trip Off Trip Relays G Relay 1General Input G Trip Delay 5.0 s

PREDEFINEDREMOTE RESETAssign Digital Input (remote reset) None

TEST INPUTAssign Digital Input (test input) None

THERMAL RESETAssign Digital Input (Thermal Reset) None

DUAL SETPOINTSAssign Digital Input (Dual Setpoints) NoneActive Setpoint Group(Dual Setpoints) Group 1Edit Setpoint Group(Dual Setpoints) Group 1

SEQ. TRIPAssign Digital Input (sequential trip) NoneSequential Trip Type Low Forward Power Sequential Trip Relays Relay 1Sequential Trip Level 0.05 x Rated MWSequential Trip Delay 1.0 s

BKR. DISCREP.Assign Digital Input (Field-Bkr Discrep.) NoneField Status Contact Auxiliary aField-Bkr Discrep.:Trip Relays Relay 1Field-Bkr Discrep. Trip Delay 1.0 s

TACHOMETER Assign Digital Input None


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TACHOMETER (continued from last page)Rated Speed 3600 RPMTachometer Alarm Off Tachometer:Alarm Relays Relay 5Tachometer Alarm Speed 110 % RatedTachometer Alarm Delay 1 sTachometer Alarm Events Off Tachometer Trip Off Tachometer:Trip Relays Relay 1Tachometer Trip Speed 110 % RatedTachometer Trip Delay 1 s

WAVEFORM_CAPTURE(PREDEFINED)Assign Digital Input (waveform capture) None

GND SWITCH STATUSAssign Digital Input (gnd. switch status) None

Ground Switch Contact Auxiliary a

OUTPUT RELAYS1 TRIPR1 Trip All Resets

2 AUXILIARYR2 Auxiliary All Resets



5 ALARMR5 Alarm All Resets

6 SERVICER6 Service All Resets

MONITORINGTRIP COUNTER Trip Counter Alarm Off Trip Counter Alarm Relays Relay 5Trip Counter Alarm Level 25 TripsTrip Counter Alarm Events Off

BREAKER FAILUREBreaker Failure Alarm Off Breaker Failure Alarm Relays Relay 5Breaker Failure Level 1.00 x CTBreaker Failure Delay 100 msBreaker Failure Alarm Events Off

CURRENT DEMANDCurrent Demand Period 15 minCurrent Demand Alarm Off Current Demand Alarm Relays Relay 5Current Demand Limit 1.25 x FLACurrent Demand Alarm Events Off

MW DEMANDMW Demand Period 15 minMW Demand Alarm Off MW Demand Alarm Relays Relay 5MW Demand Limit 1.25 x RatedMW Demand Alarm Events Off

MVAR DEMANDMvar Demand Period 15 min

Mvar Demand Alarm Off Mvar Demand Alarm Relays Relay 5Mvar Demand Limit 1.25 x Rated


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MVAR DEMAND (continued from last page)Mvar Demand Alarm Events Off

MVA DEMANDMVA Demand Period 15 minMVA Demand Alarm Off MVA Demand Alarm Relays Relay 5MVA Demand Alarm Level 1.25 x RatedMVA Demand Alarm Events Off

PULSE OUTPUTPositive kWh Pulse Output Relays No RelaysPositive kWh Pulse Output Interval 10 kwhPositive kvarh Pulse Output Relays No RelaysPositive kvarh Pulse Output Interval 10 kvarh Negative kvarh Pulse Output Relays No Relays Negative kvarh Pulse Output Interval 10 kvarh

Pulse Width 200 ms

TRIP COIL MONITOR Trip Coil Monitor Alarm Off Trip Coil Monitor Alarm Relays Relay 5Supervision of Trip Coil 52 ClosedTrip Coil Monitor Alarm Events Off

VT FUSE FAILUREVT Fuse Failure Alarm Off VT Fuse Failure Alarm Relays Relay 5VT Fuse Failure Alarm Events Off

GEN. RUN HOURSInitial Gen. Running Hour 0 hGen. Running Hour Alarm Off Gen. Running Hour Alarm Relays Relay 5

Gen. Running Hour Limit 1000 h

ANALOG I/OANALOG INPUT 1Analog Input 1 Setup DisabledAnalog Input 1 Name Analog I/P 1Analog Input 1 Units UnitsAnalog Input 1 Minimum Setting 0Analog Input 1 Maximum Setting 100Analog Input 1 Block From Online 0 sAnalog Input 1 Alarm Off Analog Input 1 Alarm Relays Relay 5Analog Input 1 Alarm Level 10 UnitsAnalog Input 1 Alarm Pickup Over Analog Input 1 Alarm Delay 0.1 sAnalog Input 1 Alarm Events Off Analog Input 1 Trip Off

Analog Input 1 Trip Relays Relay 1Analog Input 1 Trip Level 20 UnitsAnalog Input 1 Trip Pickup Over Analog Input 1 Trip Delay 0.1 s

ANALOG INPUT 2Analog Input 2 Setup DisabledAnalog Input 2 Name Analog I/P 2Analog Input 2 Units UnitsAnalog Input 2 Minimum Setting 0Analog Input 2 Maximum Setting 100Analog Input 2 Block From Online 0 sAnalog Input 2 Alarm Off Analog Input 2 Alarm Relays Relay 5Analog Input 2 Alarm Level 0 UnitsAnalog Input 2 Alarm Pickup Over Analog Input 2 Alarm Delay 0.1 s

Analog Input 2 Alarm Events Off Analog Input 2 Trip Off Analog Input 2 Trip Relays Relay 1


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ANALOG INPUT 2 (continued from last page)Analog Input 2 Trip Level 20 UnitsAnalog Input 2 Trip Pickup Over Analog Input 2 Trip Delay 0.1 s

ANALOG INPUT 3Analog Input 3 Setup DisabledAnalog Input 3 Name Analog I/P 3Analog Input 3 Units UnitsAnalog Input 3 Minimum Setting 0Analog Input 3 Maximum Setting 100Analog Input 3 Block From Online 0 sAnalog Input 3 Alarm Off Analog Input 3 Alarm Relays Relay 5Analog Input 3 Alarm Level 10 UnitsAnalog Input 3 Alarm Pickup Over Analog Input 3 Alarm Delay 0.1 s

Analog Input 3 Alarm Events Off Analog Input 3 Trip Off Analog Input 3 Trip Relays Relay 1Analog Input 3 Trip Level 20 UnitsAnalog Input 3 Trip Pickup Over Analog Input 3 Trip Delay 0.1 s

ANALOG INPUT 4Analog Input 4 Setup DisabledAnalog Input 4 Name Analog I/P 4Analog Input 4 Units UnitsAnalog Input 4 Minimum Setting 0Analog Input 4 Maximum Setting 100Analog Input 4 Block From Online 0 sAnalog Input 4 Alarm Off Analog Input 4 Alarm Relays Relay 5Analog Input 4 Alarm Level 10 Units

Analog Input 4 Alarm Pickup Over Analog Input 4 Alarm Delay 0.1 sAnalog Input 4 Alarm Events Off Analog Input 4 Trip Off Analog Input 4 Trip Relays Relay 1Analog Input 4 Trip Level 20 UnitsAnalog Input 4 Trip Pickup Over Analog Input 4 Trip Delay 0.1 s

ANALOG OUTPUTSAnalog Output 1 Real Power (MW)Analog Output 2 NoneAnalog Output 3 NoneAnalog Output 4 NoneIa Output Minimum 0.00 FLAIa Output Maximum 1.25 FLAIb Output Minimum 0.00 FLA

Ib Output Maximum 1.25 FLAIc Output Minimum 0.00 FLAIc Output Maximum 1.25 FLAAverage Output Current Minimum 0.00 FLAAverage Output Current Maximum 1.25 FLA Neg. Seq. Current Minimum 0 % FLA Neg. Seq. Current Maximum 100 % FLAAveraged Gen. Load Minimum 0.00 FLAAveraged Gen. Load Maximum 1.25 FLAHottest Stator RTD Min 0 °CHottest Stator RTD Max 200 °CHottest Bearing RTD Min 0 °CHottest Bearing RTD Max 200 °CAmbient RTD Min 0 °CAmbient RTD Max 70 °CRTD 1 Minimum 0 °CRTD 1 Maximum 200 °C

RTD 2 Minimum 0 °CRTD 2 Maximum 200 °CRTD 3 Minimum 0 °C


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ANALOG OUTPUTS (continued from last page)RTD 3 Maximum 200 °CRTD 4 Minimum 0 °CRTD 4 Maximum 200 °CRTD 5 Minimum 0 °CRTD 5 Maximum 200 °CRTD 6 Minimum 0 °CRTD 6 Maximum 200 °CRTD 7 Minimum 0 °CRTD 7 Maximum 200 °CRTD 8 Minimum 0 °CRTD 8 Maximum 200 °CRTD 9 Minimum 0 °CRTD 9 Maximum 200 °CRTD 10 Minimum 0 °CRTD 10 Maximum 200 °CRTD 11 Minimum 0 °C

RTD 11 Maximum 200 °CRTD 12 Minimum 0 °CRTD 12 Maximum 200 °CVab Minimum 0.00 x RatedVab Maximum 1.25 x RatedVbc Minimum 0.00 x RatedVbc Maximum 1.25 x RatedVca Minimum 0.00 x RatedVca Maximum 1.25 x RatedVavg Minimum 0.00 x RatedVavg Maximum 1.25 x RatedVolts/Hertz Minimum 0.00 x RatedVolts/Hertz Maximum 1.50 x RatedFrequency Minimum 59.00 HzFrequency Maximum 61.00 Hz Neutral Volt Third Minimum 0.0 Volts Neutral Volt Third Maximum 45.0 Volts

Power Factor Minimum 0.80Power Factor Maximum -0.80Reactive Power Minimum 0.00 x RatedReactive Power Maximum 1.25 x RatedReal Power Minimum 0.00 x RatedReal Power Maximum 1.25 x RatedApparent Power Minimum 0.00 x RatedApparent Power Maximum 1.25 x RatedAnalog Input 1 Minimum Range 0Analog Input 1 Maximum Range 50000Analog Input 2 Minimum Range 0Analog Input 2 Maximum Range 50000Analog Input 3 Minimum Range 0Analog Input 3 Maximum Range 50000Analog Input 4 Minimum Range 0Analog Input 4 Maximum Range 50000Tachometer Minimum 3500 R.P.M

Tachometer Maximum 3700 R.P.M.Thermal Capacity Used Minimum 0 %Thermal Capacity Used Maximum 100 %Current Demand Minimum 0.00 FLACurrent Demand Maximum 1.25 FLAMvar Demand Minimum 0.00 RatedMvar Demand Maximum 1.25 RatedMW Demand Minimum 0.00 RatedMW Demand Maximum 1.25 RatedMVA Demand Minimum 0.00 RatedMVA Demand Maximum 1.25 Rated

SR489 TESTINGSIMULATION MODESimulation Mode Off Pre-Fault to Fault Time Delay 15 s

PRE-FAULT SETUPPre-Fault Iphase Output 0.00 CTPre-Fault Voltages Phase-N 1.00 Rated


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PRE-FAULT SETUP (continued from last page)Pre-Fault Current Lags Voltage 0 °Pre-Fault Iphase Neutral 0.00 CTPre-Fault Current Ground 0.00 CTPre-Fault Voltage Neutral 0.0 VoltsPre-Fault System Frequency 60.0 HzPre-Fault Stator RTD Temp 40 °CPre-Fault Bearing Temp 40 °CPre-Fault Other RTD Temp 40 °CPre-Fault Ambient RTD Temp 40 °CPre-Fault Analog Input 1 0 %Pre-Fault Analog Input 2 0 %Pre-Fault Analog Input 3 0 %Pre-Fault Analog Input 4 0 %

FAULT SETUPFault Iphase Output 0.00 CT

Fault Voltages Phase-N 1.00 RatedFault Current Lags Voltage 0 °Fault Iphase Neutral 0.00 CTFault Current Ground 0.00 CTFault Voltage Neutral 0.0 VoltsFault System Frequency 60.0 HzFault Stator RTD Temp 40 °CFault Bearing Temp 40 °CFault Other RTD Temp 40 °CFault Ambient RTD Temp 40 °CFault Analog Input 1 0 %Fault Analog Input 2 0 %Fault Analog Input 3 0 %Fault Analog Input 4 0 %

TEST OUTPUT RELAYSForce Operation of Relays Disabled

R1 Trip De-ActivatedR2 Auxiliary De-ActivatedR3 Auxiliary De-ActivatedR4 Auxiliary De-ActivatedR5 Alarm De-ActivatedR6 Service De-Activated

TEST ANALOG OUTPUTSForce Analog Outputs Function DisabledAnalog Output 1 Forced Value 0 %Analog Output 2 Forced Value 0 %Analog Output 3 Forced Value 0 %Analog Output 4 Forced Value 0 %

PROTECTIONCURRENT ELEMENTS[SETPOINT GROUP 1]OVERCURRENT ALARM[SETPOINT GROUP 1]

Overcurrent Alarm Off Overcurrent Alarm Relays Relay 5Overcurrent Alarm Level 1.01 x FLAOvercurrent Alarm Delay 0.1 sOvercurrent Alarm Events Off

OFFLINE O/C[SETPOINT GROUP 1]Offline Overcurrent Trip Off Offline O/C: Trip Relays Relay 1Offline Overcurrent Pickup 0.05 x CTOffline Overcurrent Trip Delay 5 cycles

INADVERTENT ENERG.[SETPOINT GROUP 1]Inadvertent Energize Trip Off Inadvertent Energize Trip Relays Relay 1Arming Signal U/V and OfflineInadvertent Energize O/C Pickup 0.05 X CT

Inadvertent Energize U/V Pickup 0.50 X Rated V

PHASE OVERCURRENT[SETPOINT GROUP 1]


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PHASE OVERCURRENT[SETPOINT GROUP 1] (continued from last page)Phase Overcurrent Trip LatchedPhase Overcurrent Trip Relays Relays 1-2-3Enable Voltage Restraint YesPhase Overcurrent Pickup 0.80 X CTCurve Shape ANSI Extremely Inv.Overcurrent Curve Multiplier 40.00Overcurrent Curve Reset InstantaneousVoltage Lower Limit 10 %Time to Trip at 1.03 x PU 65535 msTime to Trip at 1.05 x PU 65535 msTime to Trip at 1.10 x PU 65535 msTime to Trip at 1.20 x PU 65535 msTime to Trip at 1.30 x PU 65535 msTime to Trip at 1.40 x PU 65535 msTime to Trip at 1.50 x PU 65535 msTime to Trip at 1.60 x PU 65535 ms

Time to Trip at 1.70 x PU 65535 msTime to Trip at 1.80 x PU 65535 msTime to Trip at 1.90 x PU 65535 msTime to Trip at 2.00 x PU 65535 msTime to Trip at 2.10 x PU 65535 msTime to Trip at 2.20 x PU 65535 msTime to Trip at 2.30 x PU 65535 msTime to Trip at 2.40 x PU 65535 msTIme to Trip at 2.50 x PU 65535 msTime to Trip at 2.60 x PU 65535 msTime to Trip at 2.70 x PU 65535 msTime to Trip at 2.80 x PU 65535 msTime to Trip at 2.90 x PU 65535 msTime to Trip at 3.00 x PU 65535 msTime to Trip at 3.10 x PU 65535 msTime to Trip at 3.20 x PU 65535 msTime to Trip at 3.30 x PU 65535 ms

Time to Trip at 3.40 x PU 65535 msTIme to Trip at 3.50 x PU 65535 msTime to Trip at 3.60 x PU 65535 msTime to Trip at 3.70 x PU 65535 msTime to Trip at 3.80 x PU 65535 msTime to Trip at 3.90 x PU 65535 msTime to Trip at 4.00 x PU 65535 msTime to Trip at 4.10 x PU 65535 msTime to Trip at 4.20 x PU 65535 msTime to Trip at 4.30 x PU 65535 msTime to Trip at 4.40 x PU 65535 msTime to Trip at 4.50 x PU 65535 msTime to Trip at 4.60 x PU 65535 msTime to Trip at 4.70 x PU 65535 msTime to Trip at 4.80 x PU 65535 msTime to Trip at 4.90 x PU 65535 msTime to Trip at 5.00 x PU 65535 ms

Time to Trip at 5.10 x PU 65535 msTime to Trip at 5.20 x PU 65535 msTime to Trip at 5.30 x PU 65535 msTime to Trip at 5.40 x PU 65535 msTIme to Trip at 5.50 x PU 65535 msTime to Trip at 5.60 x PU 65535 msTime to Trip at 5.70 x PU 65535 msTime to Trip at 5.80 x PU 65535 msTime to Trip at 5.90 x PU 65535 msTime to Trip at 6.00 x PU 65535 msTime to Trip at 6.50 x PU 65535 msTime to Trip at 7.00 x PU 65535 msTime to Trip at 7.50 x PU 65535 msTime to Trip at 8.00 x PU 65535 msTime to Trip at 8.50 x PU 65535 msTime to Trip at 9.00 x PU 65535 msTime to Trip at 9.50 x PU 65535 ms

Time to Trip at 10.0 x PU 65535 msTime to Trip at 10.5 x PU 65535 msTime to Trip at 11.0 x PU 65535 ms


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PHASE OVERCURRENT[SETPOINT GROUP 1] (continued from last page)Time to Trip at 11.5 x PU 65535 msTime to Trip at 12.0 x PU 65535 msTime to Trip at 12.5 x PU 65535 msTime to Trip at 13.0 x PU 65535 msTime to Trip at 13.5 x PU 65535 msTime to Trip at 14.0 x PU 65535 msTime to Trip at 14.5 x PU 65535 msTime to Trip at 15.0 x PU 65535 msTime to Trip at 15.5 x PU 65535 msTime to Trip at 16.0 x PU 65535 msTime to Trip at 16.5 x PU 65535 msTime to Trip at 17.0 x PU 65535 msTime to Trip at 17.5 x PU 65535 msTime to Trip at 18.0 x PU 65535 msTime to Trip at 18.5 x PU 65535 msTime to Trip at 19.0 x PU 65535 ms

Time to Trip at 19.5 x PU 65535 msTime to Trip at 20.0 x PU 65535 ms

NEGATIVE SEQUENCE[SETPOINT GROUP 1] Negative Sequence Alarm Off Negative Sequence Alarm Relays Relay 5 Neg. Sequence Alarm Pickup 3 % FLA Negative Sequence Alarm Delay 5.0 s Negative Sequence Alarm Events Off Negative Sequence O/C Trip Latched Negative Sequence O/C Trip Relays Relays 1-3 Neg. Sequence O/C Trip Pickup 7 % FLA Neg. Sequence O/C Constant k 30 Neg. Sequence O/C Max. Time 10 s Neg. Sequence O/C Reset Rate 1.0 s

GROUND O/C[SETPOINT GROUP 1]

Ground O/C Alarm Off Ground O/C Alarm Relays Relay 5Ground O/C Alarm Pickup 0.20 x CTGround O/C Alarm Delay 0 CyclesGround O/C Alarm Events Off Ground O/C Trip Off Ground O/C Trip Relays Relay 1Ground O/C Trip Pickup 0.20 x CTGround O/C Curve Shape ANSI Extremely Inv.Ground O/C Curve Multiplier 1.00Ground O/C Curve Reset InstantaneousTime to Trip at 1.03 x PU 65535 msTime to Trip at 1.05 x PU 65535 msTime to Trip at 1.10 x PU 65535 msTime to Trip at 1.20 x PU 65535 msTime to Trip at 1.30 x PU 65535 msTime to Trip at 1.40 x PU 65535 ms

Time to Trip at 1.50 x PU 65535 msTime to Trip at 1.60 x PU 65535 msTime to Trip at 1.70 x PU 65535 msTime to Trip at 1.80 x PU 65535 msTime to Trip at 1.90 x PU 65535 msTime to Trip at 2.00 x PU 65535 msTime to Trip at 2.10 x PU 65535 msTime to Trip at 2.20 x PU 65535 msTime to Trip at 2.30 x PU 65535 msTime to Trip at 2.40 x PU 65535 msTIme to Trip at 2.50 x PU 65535 msTime to Trip at 2.60 x PU 65535 msTime to Trip at 2.70 x PU 65535 msTime to Trip at 2.80 x PU 65535 msTime to Trip at 2.90 x PU 65535 msTime to Trip at 3.00 x PU 65535 msTime to Trip at 3.10 x PU 65535 ms



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GROUND O/C[SETPOINT GROUP 1] (continued from last page)TIme to Trip at 3.50 x PU 65535 msTime to Trip at 3.60 x PU 65535 msTime to Trip at 3.70 x PU 65535 msTime to Trip at 3.80 x PU 65535 msTime to Trip at 3.90 x PU 65535 msTime to Trip at 4.00 x PU 65535 msTime to Trip at 4.10 x PU 65535 msTime to Trip at 4.20 x PU 65535 msTime to Trip at 4.30 x PU 65535 msTime to Trip at 4.40 x PU 65535 msTime to Trip at 4.50 x PU 65535 msTime to Trip at 4.60 x PU 65535 msTime to Trip at 4.70 x PU 65535 msTime to Trip at 4.80 x PU 65535 msTime to Trip at 4.90 x PU 65535 msTime to Trip at 5.00 x PU 65535 ms

Time to Trip at 5.10 x PU 65535 msTime to Trip at 5.20 x PU 65535 msTime to Trip at 5.30 x PU 65535 msTime to Trip at 5.40 x PU 65535 msTIme to Trip at 5.50 x PU 65535 msTime to Trip at 5.60 x PU 65535 msTime to Trip at 5.70 x PU 65535 msTime to Trip at 5.80 x PU 65535 msTime to Trip at 5.90 x PU 65535 msTime to Trip at 6.00 x PU 65535 msTime to Trip at 6.50 x PU 65535 msTime to Trip at 7.00 x PU 65535 msTime to Trip at 7.50 x PU 65535 msTime to Trip at 8.00 x PU 65535 msTime to Trip at 8.50 x PU 65535 msTime to Trip at 9.00 x PU 65535 msTime to Trip at 9.50 x PU 65535 ms

Time to Trip at 10.0 x PU 65535 msTime to Trip at 10.5 x PU 65535 msTime to Trip at 11.0 x PU 65535 msTime to Trip at 11.5 x PU 65535 msTime to Trip at 12.0 x PU 65535 msTime to Trip at 12.5 x PU 65535 msTime to Trip at 13.0 x PU 65535 msTime to Trip at 13.5 x PU 65535 msTime to Trip at 14.0 x PU 65535 msTime to Trip at 14.5 x PU 65535 msTime to Trip at 15.0 x PU 65535 msTime to Trip at 15.5 x PU 65535 msTime to Trip at 16.0 x PU 65535 msTime to Trip at 16.5 x PU 65535 msTime to Trip at 17.0 x PU 65535 msTime to Trip at 17.5 x PU 65535 msTime to Trip at 18.0 x PU 65535 ms

Time to Trip at 18.5 x PU 65535 msTime to Trip at 19.0 x PU 65535 msTime to Trip at 19.5 x PU 65535 msTime to Trip at 20.0 x PU 65535 ms

PHASE DIFFERENTIAL[SETPOINT GROUP 1]Phase Differential Trip Off Assign Rrip Relays (1-4) Relay 1Differential Trip Min. Pickup 0.10 x CTDifferential Trip Slope 1 10 %Differential Trip Slope 2 20 %Differential Trip Delay 0 Cycles

GROUND DIRECTIONAL[SETPOINT GROUP 1]Supervise with Digital Input YesGround Directional MTA 0°Ground Directional Alarm Off

Ground Directional Alarm Relays Relay 5Ground Dir. Alarm Pickup 0.05 x CTGround Dir. Alarm Delay 3.0 s


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GROUND DIRECTIONAL[SETPOINT GROUP 1] (continued from last page)Ground Dir. Alarm Events Off Ground Directional Trip Off Ground Directional Trip Relays Relay 1Ground Dir. Trip Pickup 0.05 x CTGround Dir. Trip Delay 3.0 s

HIGH-SET PHASE O/C[SETPOINT GROUP 1]High-Set Phase O/C Trip LatchedHigh-Set Phase O/C Trip Relays Relays 1-3High-Set Phase O/C Pickup 4.18 x CTHigh-Set Phase O/C Delay 0.25 s

VOLTAGE ELEMENTS[SETPOINT GROUP 1]UNDERVOLTAGE[SETPOINT GROUP 1]Undervoltage Alarm Off Undervoltage Alarm Relay Relay 5

Undervoltage Alarm Pickup 0.85 x RatedUndervoltage Alarm Delay 3.0 sUndervoltage Alarm Events Off Undervoltage Trip LatchedUndervoltage Trip Relay Relays 1-3Undervoltage Trip Pickup 0.85 x RatedUndervoltage Trip Delay 5.0 sUndervoltage Curve Reset Rate 1.0 sUndervoltage Curve Element Definite Time

OVERVOLTAGE[SETPOINT GROUP 1]Overvoltage Alarm Off Overvoltage Alarm Relay Relay 5Overvoltage Alarm Pickup 1.15 x RatedOvervoltage Alarm Delay 3.0 sOvervoltage Alarm Events Off Overvoltage Trip Latched

Overvoltage Trip Relay Relays 1-3Overvoltage Trip Pickup 1.10 x RatedOvervoltage Trip Delay 5.0 sOvervoltage Curve Reset Rate 1.0 sOvervoltage Curve Element Definite Time

VOLTS/HERTZ[SETPOINT GROUP 1]Volts/Hertz Alarm Off Volts/Hertz Alarm Relay Relay 5Volts/Hertz Alarm Pickup 1.00 X NominalVolts/Hertz Alarm Delay 3.0 sVolts/Hertz Alarm Events Off Volts/Hertz Trip Off Volts/Hertz Trip Relay Relay 1Volts/Hertz Trip Pickup 1.00 X NominalVolts/Hertz Trip Delay 1.0 sVolts/Hertz Trip Reset Rate 1.4

Volts/Hertz Trip Element Curve #1

PHASE REVERSAL[SETPOINT GROUP 1]Phase Reversal Trip Off Phase Reversal Trip Relay Relay 1

UNDERFREQUENCY[SETPOINT GROUP 1]Block Underfrequency from Online 1 sVoltage Level Cutoff 0.50 x RatedUnderfrequency Alarm Off Underfrequency Alarm Relay Relay 5Underfrequency Alarm Level 59.50 HzUnderfrequency Alarm Delay 5.0 sUnderfrequency Alarm Events Off Underfrequency Trip LatchedUnderfrequency Trip Relay Relays 1-3Underfrequency Trip Level 1 58.40 Hz

Underfrequency Trip Delay 1 10.0 sUnderfrequency Trip Level 2 57.40 HzUnderfrequency Trip Delay 2 1.0 s


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OVERFREQUENCY[SETPOINT GROUP 1]Block Overfrequency from Online 1 sVoltage Level Cutoff (overfrequency) 0.50 x RatedOverfrequency Alarm Off Overfrequency Alarm Relay Relay 5Overfrequency Alarm Level 60.50 HzOverfrequency Alarm Delay 5.0 sOverfrequency Alarm Events Off Overfrequency Trip LatchedOverfrequency Trip Relay Relays 1-3Overfrequency Trip Level 1 61.50 HzOverfrequency Trip Delay1 10.0 sOverfrequency Trip Level2 62.10 HzOverfrequency Trip Delay2 1.0 s

NEUTRAL O/V (FUND)[SETPOINT GROUP 1]Supervise with DIgital Input No

Neutral Overvoltage Alarm Off Neutral Overvoltage Alarm Relay Relay 5 Neutral O/V Alarm Level 3.0 Vsec Neutral Overvoltage Alarm Delay 1.0 s Neutral Overvoltage Alarm Events Off Neutral Overvoltage Trip Off Neutral Overvoltage Trip Relay Relay 1 Neutral O/V Trip Level 5.0 Vsec Neutral Overvoltage Trip Delay 1.0 s Neutral O/V Curve Reset Rate 0.0 s Neutral O/V Trip Element Definite Time

NEUTRAL U/V (3RD)[SETPOINT GROUP 1]Low Power Blocking Level 0.05 x Rated MWLow Voltage Blocking Level 0.75 x Rated Neutral Undervoltage Alarm Off Neutral Undervoltage Alarm Relay Relay 5

Neutral U/V Alarm Level 0.5 Vsec Neutral Undervoltage Alarm Delay 30 s Neutral Undervoltage Alarm Events Off Neutral Undervoltage Trip Off Neutral Undervoltage Trip Relay Relay 1 Neutral U/V Trip Level 1.0 Vsec Neutral Undervoltage Trip Delay 30 s

LOSS OF EXCITATION[SETPOINT GROUP 1]Enable Voltage Supervision NoVoltage Level 0.70 x RatedCircle 1 Trip Off Circle 1 Trip Relay Relay 1Circle 1 Diameter 25.0 Ohm secCircle 1 Offset 2.5 Ohm secCircle 1 Trip Delay 5.0 sCircle 2 Trip Off

Circle 2 Trip Relay Relay 1Circle 2 Diameter 35.0 Ohm secCircle 2 Offset 2.5 Ohm secCircle 2 Trip Delay 5.0 s

DISTANCE[SETPOINT GROUP 1]Step Up Transformer Setup NoneFuse Failure Supervision Off Zone 1 Trip Off Zone 1 Trip Relay Relay 1Zone 1 Reach 10.0 Ohm secZone 1 Angle 75 °Zone 1 Trip Delay 0.4 sZone 2 Trip Off Zone 2 Trip Relay Relay 1Zone 2 Reach 15.0 Ohm secZone 2 Angle 75 °

Zone 2 Trip Delay 2.0 s


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POWER ELEMENTS[SETPOINT GROUP 1]REACTIVE POWER ALARM[SETPOINT GROUP 1]Block Mvar Element from Online 1 sReactive Power Alarm Off Reactive Power Alarm Relays Relay 5Positive Mvar Alarm Level 1.40 x Rated Negative Mvar Alarm Level 0.85 x RatedPositive Mvar Alarm Delay 10.0 s Negative Mvar Alarm Delay 1.0 sReactive Power Alarm Events Off

REACTIVE POWER TRIP[SETPOINT GROUP 1]Block Mvar Element from Online 1 sReactive Power Trip Off Reactive Power Trip Relays Relay 1Positive Mvar Trip Level 1.50 X Rated Negative Mvar Trip Level 0.80 X Rated

Positive Mvar Trip Delay 20.0 s Negative Mvar Trip Delay 1.0 s

REVERSE POWER ALARM[SETPOINT GROUP 1]Block Reverse Power from Online 1 sReverse Power Alarm Off Reverse Power Alarm Relays Relay 5Reverse Power Alarm Level 0.05 x Rated MWReverse Power Alarm Delay 10.0 sReverse Power Alarm Events Off

REVERSE POWER TRIP[SETPOINT GROUP 1]Block Reverse Power from Online 1 sReverse Power Trip LatchedReverse Power Trip Relays Relays 1-3Reverse Power Trip Level 0.05 x Rated MWReverse Power Trip Delay 5.0 s

LOW FORWARD POWER ALARM[SETPOINT GROUP 1]Block Low Fwd Power From Online 0 sLow Forward Power Alarm Off Low Forward Power Alarm Relays Relay 5Low Fwd Power Alarm Level 0.05 x Rated MWLow Fwd Power Alarm Delay 10.0 sLow Fwd Power Alarm Events Off

LOW FORWARD POWER TRIP[SETPOINT GROUP 1]Block Low Fwd Power From Online 0 sLow Forward Power Trip Off Low Forward Power Trip Relays Relay 1Low Fwd Power Trip Level 0.05 x Rated MWLow Fwd Power Trip Delay 20.0 s

RTD TEMPERATURE[SETPOINT GROUP 1]

RTD TYPES[SETPOINT GROUP 1]Stator RTD Type 100 Ohm PlatinumBearing RTD Type 100 Ohm PlatinumAmbient RTD Type 100 Ohm PlatinumOther RTD Type 100 Ohm Platinum

RTD #1[SETPOINT GROUP 1]RTD#1 Application Stator RTD#1 NameRTD#1 Alarm Off RTD#1 Alarm Relays Relay 5RTD#1 Alarm Temperature 130 °CRTD#1 Alarm Events Off RTD#1 Trip Off RTD#1 Trip Voting RTD 1RTD#1 Trip Relays Relay 1RTD#1 Trip Temperature 155 °C

RTD #2[SETPOINT GROUP 1]RTD#2 Application Stator


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RTD #2[SETPOINT GROUP 1] (continued from last page)RTD#2 NameRTD#2 Alarm Off RTD#2 Alarm Relays Relay 5RTD#2 Alarm Temperature 130 °CRTD#2 Alarm Events Off RTD#2 Trip Off RTD#2 Trip Voting RTD 2RTD#2 Trip Relays Relay 1RTD#2 Trip Temperature 155 °C

RTD #3[SETPOINT GROUP 1]RTD#3 Application Stator RTD#3 NameRTD#3 Alarm Off RTD#3 Alarm Relays Relay 5RTD#3 Alarm Temperature 130 °C

RTD#3 Alarm Events Off RTD#3 Trip Off RTD#3 Trip Voting RTD 3RTD#3 Trip Relays Relay 1RTD#3 Trip Temperature 155 °C



RTD #6[SETPOINT GROUP 1]RTD#6 Application Stator RTD#6 NameRTD#6 Alarm Off

RTD#6 Alarm Relays Relay 5RTD#6 Alarm Temperature 130 °CRTD#6 Alarm Events Off RTD#6 Trip Off RTD#6 Trip Voting RTD 6RTD#6 Trip Relays Relay 1RTD#6 Trip Temperature 155 °C

RTD #7[SETPOINT GROUP 1]RTD#7 Application BearingRTD#7 NameRTD#7 Alarm Off RTD#7 Alarm Relays Relay 5RTD#7 Alarm Temperature 80 °CRTD#7 Alarm Events Off RTD#7 Trip Off RTD#7 Trip Voting RTD 7

RTD#7 Trip Relays Relay 1RTD#7 Trip Temperature 90 °C


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RTD #8[SETPOINT GROUP 1]RTD#8 Application BearingRTD#8 NameRTD#8 Alarm Off RTD#8 Alarm Relays Relay 5RTD#8 Alarm Temperature 80 °CRTD#8 Alarm Events Off RTD#8 Trip Off RTD#8 Trip Voting RTD 8RTD#8 Trip Relays Relay 1RTD#8 Trip Temperature 90 °C

RTD #9[SETPOINT GROUP 1]RTD#9 Application BearingRTD#9 NameRTD#9 Alarm Off RTD#9 Alarm Relays Relay 5

RTD#9 Alarm Temperature 80 °CRTD#9 Alarm Events Off RTD#9 Trip Off RTD#9 Trip Voting RTD 9RTD#9 Trip Relays Relay 1RTD#9 Trip Temperature 90 °C

RTD #10[SETPOINT GROUP 1]RTD#10 Application BearingRTD#10 NameRTD#10 Alarm Off RTD#10 Alarm Relays Relay 5RTD#10 Alarm Temperature 80 °CRTD#10 Alarm Events Off RTD#10 Trip Off RTD#10 Trip Voting RTD 10RTD#10 Trip Relays Relay 1

RTD#10 Trip Temperature 90 °C

RTD #11[SETPOINT GROUP 1]RTD#11 Application Other RTD#11 NameRTD#11 Alarm Off RTD#11 Alarm Relays Relay 5RTD#11 Alarm Temperature 80 °CRTD#11 Alarm Events Off RTD#11 Trip Off RTD#11 Trip Voting RTD 11RTD#11 Trip Relays Relay 1RTD#11 Trip Temperature 90 °C

RTD #12[SETPOINT GROUP 1]RTD#12 Application AmbientRTD#12 Name

RTD#12 Alarm Off RTD#12 Alarm Relays Relay 5RTD#12 Alarm Temperature 60 °CRTD#12 Alarm Events Off RTD#12 Trip Off RTD#12 Trip Voting RTD 12RTD#12 Trip Relays Relay 1RTD#12 Trip Temperature 80 °C

RTD-ALARMS[SETPOINT GROUP 1]Open RTD Sensor Alarm Off Open RTD Sensor Alarm Relays Relay 5Open RTD Sensor Alarm Events Off RTD Short/Low Temp Alarm Off RTD Short/Temp Alarm Relays Relay 5RTD Short/Low Temp. Alarm Events Off

THERMAL MODEL[SETPOINT GROUP 1]THERMAL SETUP[SETPOINT GROUP 1]Enable Thermal Model No


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THERMAL SETUP[SETPOINT GROUP 1] (continued from last page)Select Curve Style StandardOverload Pickup Level 1.01 x FLAUnbalance Bias K Factor 0Hot/Cold Safe Stall Ratio 1.00Enable RTD Biasing NoRTD Bias Minimum 40 °CRTD Bias Center Point 130 °CRTD Bias Maximum 155 °CCool Time Constant Online 15 minCool Time Constant Offline 30 minThermal Model Alarm Off Thermal Model Alarm Relays Relay 5Thermal Alarm Level 75 % UsedThermal Model Alarm Events Off Thermal Model Trip Off Thermal Model Trip Relays Relay 1

OVERLOAD CURVES[SETPOINT GROUP 1]Select Curve Style StandardStandard Overload Curve Number 4Minimum Voltage 80 %Stall Current (Min Voltage) 4.80 x FLASafe Stall Time (Min Voltage) 20.0 sAccel. Intersect (Min Voltage) 3.80 x FLAStall Current (100% Voltage) 6.00 x FLASafe Stall Time (100% Voltage) 10.0 sAccel. Intersect (100% volt) 5.00 x FLA1.01 X FLA 17414.5 s1.05 X FLA 3414.9 s1.10 X FLA 1666.7 s1.20 X FLA 795.4 s1.30 X FLA 507.2 s1.40 X FLA 364.6 s

1.50 X FLA 280.0 s1.75 X FLA 169.7 s2.00 X FLA 116.6 s2.25 X FLA 86.1 s2.50 X FLA 66.6 s2.75 X FLA 53.3 s3.00 X FLA 43.7 s3.25 X FLA 36.6 s3.50 X FLA 31.1 s3.75 X FLA 26.8 s4.00 X FLA 23.3 s4.25 X FLA 20.5 s4.50 X FLA 18.2 s4.75 X FLA 16.2 s5.00 X FLA 14.6 s5.50 X FLA 12.0 s6.00 X FLA 10.0 s

6.50 X FLA 8.5 s7.00 X FLA 7.3 s7.50 X FLA 6.3 s8.00 X FLA 5.6 s10.0 X FLA 5.6 s15.0 X FLA 5.6 s20.0 X FLA 5.6 s

CURRENT ELEMENTS[SETPOINT GROUP 2]OVERCURRENT ALARM[SETPOINT GROUP 2]Overcurrent Alarm Off Overcurrent Alarm Relays Relay 5Overcurrent Alarm Level 1.01 x FLAOvercurrent Alarm Delay 0.1 sOvercurrent Alarm Events Off

OFFLINE O/C[SETPOINT GROUP 2]

Offline Overcurrent Trip Off Offline O/C: Trip Relays Relay 1Offline Overcurrent Pickup 0.05 x CT


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OFFLINE O/C[SETPOINT GROUP 2] (continued from last page)Offline Overcurrent Trip Delay 5 cycles

INADVERTENT ENERG.[SETPOINT GROUP 2]Inadvertent Energize Trip Off Inadvertent Energize Trip Relays Relay 1Arming Signal U/V and OfflineInadvertent Energize O/C Pickup 0.05 X CTInadvertent Energize U/V Pickup 0.50 X Rated V

PHASE OVERCURRENT[SETPOINT GROUP 2]Phase Overcurrent Trip Off Phase Overcurrent Trip Relays Relay 1Enable Voltage Restraint NoPhase Overcurrent Pickup 10.00 X CTCurve Shape ANSI Extremely Inv.Overcurrent Curve Multiplier 1.00

Overcurrent Curve Reset InstantaneousVoltage Lower Limit 10 %Time to Trip at 1.03 x PU 65535 msTime to Trip at 1.05 x PU 65535 msTime to Trip at 1.10 x PU 65535 msTime to Trip at 1.20 x PU 65535 msTime to Trip at 1.30 x PU 65535 msTime to Trip at 1.40 x PU 65535 msTime to Trip at 1.50 x PU 65535 msTime to Trip at 1.60 x PU 65535 msTime to Trip at 1.70 x PU 65535 msTime to Trip at 1.80 x PU 65535 msTime to Trip at 1.90 x PU 65535 msTime to Trip at 2.00 x PU 65535 msTime to Trip at 2.10 x PU 65535 msTime to Trip at 2.20 x PU 65535 msTime to Trip at 2.30 x PU 65535 ms

Time to Trip at 2.40 x PU 65535 msTIme to Trip at 2.50 x PU 65535 msTime to Trip at 2.60 x PU 65535 msTime to Trip at 2.70 x PU 65535 msTime to Trip at 2.80 x PU 65535 msTime to Trip at 2.90 x PU 65535 msTime to Trip at 3.00 x PU 65535 msTime to Trip at 3.10 x PU 65535 msTime to Trip at 3.20 x PU 65535 msTime to Trip at 3.30 x PU 65535 msTime to Trip at 3.40 x PU 65535 msTIme to Trip at 3.50 x PU 65535 msTime to Trip at 3.60 x PU 65535 msTime to Trip at 3.70 x PU 65535 msTime to Trip at 3.80 x PU 65535 msTime to Trip at 3.90 x PU 65535 msTime to Trip at 4.00 x PU 65535 ms

Time to Trip at 4.10 x PU 65535 msTime to Trip at 4.20 x PU 65535 msTime to Trip at 4.30 x PU 65535 msTime to Trip at 4.40 x PU 65535 msTime to Trip at 4.50 x PU 65535 msTime to Trip at 4.60 x PU 65535 msTime to Trip at 4.70 x PU 65535 msTime to Trip at 4.80 x PU 65535 msTime to Trip at 4.90 x PU 65535 msTime to Trip at 5.00 x PU 65535 msTime to Trip at 5.10 x PU 65535 msTime to Trip at 5.20 x PU 65535 msTime to Trip at 5.30 x PU 65535 msTime to Trip at 5.40 x PU 65535 msTIme to Trip at 5.50 x PU 65535 msTime to Trip at 5.60 x PU 65535 msTime to Trip at 5.70 x PU 65535 ms



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PHASE OVERCURRENT[SETPOINT GROUP 2] (continued from last page)Time to Trip at 6.50 x PU 65535 msTime to Trip at 7.00 x PU 65535 msTime to Trip at 7.50 x PU 65535 msTime to Trip at 8.00 x PU 65535 msTime to Trip at 8.50 x PU 65535 msTime to Trip at 9.00 x PU 65535 msTime to Trip at 9.50 x PU 65535 msTime to Trip at 10.0 x PU 65535 msTime to Trip at 10.5 x PU 65535 msTime to Trip at 11.0 x PU 65535 msTime to Trip at 11.5 x PU 65535 msTime to Trip at 12.0 x PU 65535 msTime to Trip at 12.5 x PU 65535 msTime to Trip at 13.0 x PU 65535 msTime to Trip at 13.5 x PU 65535 msTime to Trip at 14.0 x PU 65535 ms

Time to Trip at 14.5 x PU 65535 msTime to Trip at 15.0 x PU 65535 msTime to Trip at 15.5 x PU 65535 msTime to Trip at 16.0 x PU 65535 msTime to Trip at 16.5 x PU 65535 msTime to Trip at 17.0 x PU 65535 msTime to Trip at 17.5 x PU 65535 msTime to Trip at 18.0 x PU 65535 msTime to Trip at 18.5 x PU 65535 msTime to Trip at 19.0 x PU 65535 msTime to Trip at 19.5 x PU 65535 msTime to Trip at 20.0 x PU 65535 ms

NEGATIVE SEQUENCE[SETPOINT GROUP 2] Negative Sequence Alarm Off Negative Sequence Alarm Relays Relay 5 Neg. Sequence Alarm Pickup 3 % FLA

Negative Sequence Alarm Delay 5.0 s Negative Sequence Alarm Events Off Negative Sequence O/C Trip Off Negative Sequence O/C Trip Relays Relay 1 Neg. Sequence O/C Trip Pickup 8 % FLA Neg. Sequence O/C Constant k 1 Neg. Sequence O/C Max. Time 1000 s Neg. Sequence O/C Reset Rate 227.0 s

GROUND O/C[SETPOINT GROUP 2]Ground O/C Alarm Off Ground O/C Alarm Relays Relay 5Ground O/C Alarm Pickup 0.20 x CTGround O/C Alarm Delay 0 CyclesGround O/C Alarm Events Off Ground O/C Trip Off Ground O/C Trip Relays Relay 1

Ground O/C Trip Pickup 0.20 x CTGround O/C Curve Shape ANSI Extremely Inv.Ground O/C Curve Multiplier 1.00Ground O/C Curve Reset InstantaneousTime to Trip at 1.03 x PU 65535 msTime to Trip at 1.05 x PU 65535 msTime to Trip at 1.10 x PU 65535 msTime to Trip at 1.20 x PU 65535 msTime to Trip at 1.30 x PU 65535 msTime to Trip at 1.40 x PU 65535 msTime to Trip at 1.50 x PU 65535 msTime to Trip at 1.60 x PU 65535 msTime to Trip at 1.70 x PU 65535 msTime to Trip at 1.80 x PU 65535 msTime to Trip at 1.90 x PU 65535 msTime to Trip at 2.00 x PU 65535 msTime to Trip at 2.10 x PU 65535 ms



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GROUND O/C[SETPOINT GROUP 2] (continued from last page)TIme to Trip at 2.50 x PU 65535 msTime to Trip at 2.60 x PU 65535 msTime to Trip at 2.70 x PU 65535 msTime to Trip at 2.80 x PU 65535 msTime to Trip at 2.90 x PU 65535 msTime to Trip at 3.00 x PU 65535 msTime to Trip at 3.10 x PU 65535 msTime to Trip at 3.20 x PU 65535 msTime to Trip at 3.30 x PU 65535 msTime to Trip at 3.40 x PU 65535 msTIme to Trip at 3.50 x PU 65535 msTime to Trip at 3.60 x PU 65535 msTime to Trip at 3.70 x PU 65535 msTime to Trip at 3.80 x PU 65535 msTime to Trip at 3.90 x PU 65535 msTime to Trip at 4.00 x PU 65535 ms

Time to Trip at 4.10 x PU 65535 msTime to Trip at 4.20 x PU 65535 msTime to Trip at 4.30 x PU 65535 msTime to Trip at 4.40 x PU 65535 msTime to Trip at 4.50 x PU 65535 msTime to Trip at 4.60 x PU 65535 msTime to Trip at 4.70 x PU 65535 msTime to Trip at 4.80 x PU 65535 msTime to Trip at 4.90 x PU 65535 msTime to Trip at 5.00 x PU 65535 msTime to Trip at 5.10 x PU 65535 msTime to Trip at 5.20 x PU 65535 msTime to Trip at 5.30 x PU 65535 msTime to Trip at 5.40 x PU 65535 msTIme to Trip at 5.50 x PU 65535 msTime to Trip at 5.60 x PU 65535 msTime to Trip at 5.70 x PU 65535 ms

Time to Trip at 5.80 x PU 65535 msTime to Trip at 5.90 x PU 65535 msTime to Trip at 6.00 x PU 65535 msTime to Trip at 6.50 x PU 65535 msTime to Trip at 7.00 x PU 65535 msTime to Trip at 7.50 x PU 65535 msTime to Trip at 8.00 x PU 65535 msTime to Trip at 8.50 x PU 65535 msTime to Trip at 9.00 x PU 65535 msTime to Trip at 9.50 x PU 65535 msTime to Trip at 10.0 x PU 65535 msTime to Trip at 10.5 x PU 65535 msTime to Trip at 11.0 x PU 65535 msTime to Trip at 11.5 x PU 65535 msTime to Trip at 12.0 x PU 65535 msTime to Trip at 12.5 x PU 65535 msTime to Trip at 13.0 x PU 65535 ms

Time to Trip at 13.5 x PU 65535 msTime to Trip at 14.0 x PU 65535 msTime to Trip at 14.5 x PU 65535 msTime to Trip at 15.0 x PU 65535 msTime to Trip at 15.5 x PU 65535 msTime to Trip at 16.0 x PU 65535 msTime to Trip at 16.5 x PU 65535 msTime to Trip at 17.0 x PU 65535 msTime to Trip at 17.5 x PU 65535 msTime to Trip at 18.0 x PU 65535 msTime to Trip at 18.5 x PU 65535 msTime to Trip at 19.0 x PU 65535 msTime to Trip at 19.5 x PU 65535 msTime to Trip at 20.0 x PU 65535 ms

PHASE DIFFERENTIAL[SETPOINT GROUP 2]Phase Differential Trip Off

Assign Rrip Relays (1-4) Relay 1Differential Trip Min. Pickup 0.10 x CTDifferential Trip Slope 1 10 %


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PHASE DIFFERENTIAL[SETPOINT GROUP 2] (continued from last page)Differential Trip Slope 2 20 %Differential Trip Delay 0 Cycles

GROUND DIRECTIONAL[SETPOINT GROUP 2]Supervise with Digital Input YesGround Directional MTA 0°Ground Directional Alarm Off Ground Directional Alarm Relays Relay 5Ground Dir. Alarm Pickup 0.05 x CTGround Dir. Alarm Delay 3.0 sGround Dir. Alarm Events Off Ground Directional Trip Off Ground Directional Trip Relays Relay 1Ground Dir. Trip Pickup 0.05 x CTGround Dir. Trip Delay 3.0 s

HIGH-SET PHASE O/C[SETPOINT GROUP 2]High-Set Phase O/C Trip Off High-Set Phase O/C Trip Relays Relay 1High-Set Phase O/C Pickup 5.00 x CTHigh-Set Phase O/C Delay 1.00 s

VOLTAGE ELEMENTS[SETPOINT GROUP 2]UNDERVOLTAGE[SETPOINT GROUP 2]Undervoltage Alarm Off Undervoltage Alarm Relay Relay 5Undervoltage Alarm Pickup 0.85 x RatedUndervoltage Alarm Delay 3.0 sUndervoltage Alarm Events Off Undervoltage Trip Off Undervoltage Trip Relay Relay 1Undervoltage Trip Pickup 0.80 x RatedUndervoltage Trip Delay 1.0 s

Undervoltage Curve Reset Rate 1.4 sUndervoltage Curve Element Curve

OVERVOLTAGE[SETPOINT GROUP 2]Overvoltage Alarm Off Overvoltage Alarm Relay Relay 5Overvoltage Alarm Pickup 1.15 x RatedOvervoltage Alarm Delay 3.0 sOvervoltage Alarm Events Off Overvoltage Trip Off Overvoltage Trip Relay Relay 1Overvoltage Trip Pickup 1.20 x RatedOvervoltage Trip Delay 1.0 sOvervoltage Curve Reset Rate 1.4 sOvervoltage Curve Element Curve

VOLTS/HERTZ[SETPOINT GROUP 2]

Volts/Hertz Alarm Off Volts/Hertz Alarm Relay Relay 5Volts/Hertz Alarm Pickup 1.00 X NominalVolts/Hertz Alarm Delay 3.0 sVolts/Hertz Alarm Events Off Volts/Hertz Trip Off Volts/Hertz Trip Relay Relay 1Volts/Hertz Trip Pickup 1.00 X NominalVolts/Hertz Trip Delay 1.0 sVolts/Hertz Trip Reset Rate 1.4Volts/Hertz Trip Element Curve #1

PHASE REVERSAL[SETPOINT GROUP 2]Phase Reversal Trip Off Phase Reversal Trip Relay Relay 1

UNDERFREQUENCY[SETPOINT GROUP 2]

Block Underfrequency from Online 1 sVoltage Level Cutoff 0.50 x RatedUnderfrequency Alarm Off


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UNDERFREQUENCY[SETPOINT GROUP 2] (continued from last page)Underfrequency Alarm Relay Relay 5Underfrequency Alarm Level 59.50 HzUnderfrequency Alarm Delay 5.0 sUnderfrequency Alarm Events Off Underfrequency Trip Off Underfrequency Trip Relay Relay 1Underfrequency Trip Level 1 59.50 HzUnderfrequency Trip Delay 1 60.0 sUnderfrequency Trip Level 2 58.00 HzUnderfrequency Trip Delay 2 30.0 s

OVERFREQUENCY[SETPOINT GROUP 2]Block Overfrequency from Online 1 sVoltage Level Cutoff (overfrequency) 0.50 x RatedOverfrequency Alarm Off Overfrequency Alarm Relay Relay 5

Overfrequency Alarm Level 60.50 HzOverfrequency Alarm Delay 5.0 sOverfrequency Alarm Events Off Overfrequency Trip Off Overfrequency Trip Relay Relay 1Overfrequency Trip Level 1 60.50 HzOverfrequency Trip Delay1 60.0 sOverfrequency Trip Level2 62.00 HzOverfrequency Trip Delay2 30.0 s

NEUTRAL O/V (FUND)[SETPOINT GROUP 2]Supervise with DIgital Input No Neutral Overvoltage Alarm Off Neutral Overvoltage Alarm Relay Relay 5 Neutral O/V Alarm Level 3.0 Vsec Neutral Overvoltage Alarm Delay 1.0 s Neutral Overvoltage Alarm Events Off

Neutral Overvoltage Trip Off Neutral Overvoltage Trip Relay Relay 1 Neutral O/V Trip Level 5.0 Vsec Neutral Overvoltage Trip Delay 1.0 s Neutral O/V Curve Reset Rate 0.0 s Neutral O/V Trip Element Definite Time

NEUTRAL U/V (3RD)[SETPOINT GROUP 2]Low Power Blocking Level 0.05 x Rated MWLow Voltage Blocking Level 0.75 x Rated Neutral Undervoltage Alarm Off Neutral Undervoltage Alarm Relay Relay 5 Neutral U/V Alarm Level 0.5 Vsec Neutral Undervoltage Alarm Delay 30 s Neutral Undervoltage Alarm Events Off Neutral Undervoltage Trip Off Neutral Undervoltage Trip Relay Relay 1

Neutral U/V Trip Level 1.0 Vsec Neutral Undervoltage Trip Delay 30 s

LOSS OF EXCITATION[SETPOINT GROUP 2]Enable Voltage Supervision NoVoltage Level 0.70 x RatedCircle 1 Trip Off Circle 1 Trip Relay Relay 1Circle 1 Diameter 25.0 Ohm secCircle 1 Offset 2.5 Ohm secCircle 1 Trip Delay 5.0 sCircle 2 Trip Off Circle 2 Trip Relay Relay 1Circle 2 Diameter 35.0 Ohm secCircle 2 Offset 2.5 Ohm secCircle 2 Trip Delay 5.0 s

DISTANCE[SETPOINT GROUP 2]Step Up Transformer Setup NoneFuse Failure Supervision Off


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DISTANCE[SETPOINT GROUP 2] (continued from last page)Zone 1 Trip Off Zone 1 Trip Relay Relay 1Zone 1 Reach 10.0 Ohm secZone 1 Angle 75 °Zone 1 Trip Delay 0.4 sZone 2 Trip Off Zone 2 Trip Relay Relay 1Zone 2 Reach 15.0 Ohm secZone 2 Angle 75 °Zone 2 Trip Delay 2.0 s

POWER ELEMENTS[SETPOINT GROUP 2]REACTIVE POWER ALARM[SETPOINT GROUP 2]Block Mvar Element from Online 1 sReactive Power Alarm Off Reactive Power Alarm Relays Relay 5

Positive Mvar Alarm Level 1.40 x Rated Negative Mvar Alarm Level 0.85 x RatedPositive Mvar Alarm Delay 10.0 s Negative Mvar Alarm Delay 1.0 sReactive Power Alarm Events Off

REACTIVE POWER TRIP[SETPOINT GROUP 2]Block Mvar Element from Online 1 sReactive Power Trip Off Reactive Power Trip Relays Relay 1Positive Mvar Trip Level 1.50 X Rated Negative Mvar Trip Level 0.80 X RatedPositive Mvar Trip Delay 20.0 s Negative Mvar Trip Delay 1.0 s

REVERSE POWER ALARM[SETPOINT GROUP 2]Block Reverse Power from Online 1 s

Reverse Power Alarm Off Reverse Power Alarm Relays Relay 5Reverse Power Alarm Level 0.05 x Rated MWReverse Power Alarm Delay 10.0 sReverse Power Alarm Events Off

REVERSE POWER TRIP[SETPOINT GROUP 2]Block Reverse Power from Online 1 sReverse Power Trip Off Reverse Power Trip Relays Relay 1Reverse Power Trip Level 0.05 x Rated MWReverse Power Trip Delay 20.0 s

LOW FORWARD POWER ALARM[SETPOINT GROUP 2]Block Low Fwd Power From Online 0 sLow Forward Power Alarm Off Low Forward Power Alarm Relays Relay 5

Low Fwd Power Alarm Level 0.05 x Rated MWLow Fwd Power Alarm Delay 10.0 sLow Fwd Power Alarm Events Off

LOW FORWARD POWER TRIP[SETPOINT GROUP 2]Block Low Fwd Power From Online 0 sLow Forward Power Trip Off Low Forward Power Trip Relays Relay 1Low Fwd Power Trip Level 0.05 x Rated MWLow Fwd Power Trip Delay 20.0 s

RTD TEMPERATURE[SETPOINT GROUP 2]RTD TYPES[SETPOINT GROUP 2]Stator RTD Type 100 Ohm PlatinumBearing RTD Type 100 Ohm PlatinumAmbient RTD Type 100 Ohm PlatinumOther RTD Type 100 Ohm Platinum

RTD #1[SETPOINT GROUP 2]RTD#1 Application Stator


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RTD #1[SETPOINT GROUP 2] (continued from last page)RTD#1 NameRTD#1 Alarm Off RTD#1 Alarm Relays Relay 5RTD#1 Alarm Temperature 130 °CRTD#1 Alarm Events Off RTD#1 Trip Off RTD#1 Trip Voting RTD 1RTD#1 Trip Relays Relay 1RTD#1 Trip Temperature 155 °C

RTD #2[SETPOINT GROUP 2]RTD#2 Application Stator RTD#2 NameRTD#2 Alarm Off RTD#2 Alarm Relays Relay 5RTD#2 Alarm Temperature 130 °C

RTD#2 Alarm Events Off RTD#2 Trip Off RTD#2 Trip Voting RTD 2RTD#2 Trip Relays Relay 1RTD#2 Trip Temperature 155 °C



RTD #5[SETPOINT GROUP 2]RTD#5 Application Stator RTD#5 NameRTD#5 Alarm Off

RTD#5 Alarm Relays Relay 5RTD#5 Alarm Temperature 130 °CRTD#5 Alarm Events Off RTD#5 Trip Off RTD#5 Trip Voting RTD 5RTD#5 Trip Relays Relay 1RTD#5 Trip Temperature 155 °C

RTD #6[SETPOINT GROUP 2]RTD#6 Application Stator RTD#6 NameRTD#6 Alarm Off RTD#6 Alarm Relays Relay 5RTD#6 Alarm Temperature 130 °CRTD#6 Alarm Events Off RTD#6 Trip Off RTD#6 Trip Voting RTD 6

RTD#6 Trip Relays Relay 1RTD#6 Trip Temperature 155 °C


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RTD #8[SETPOINT GROUP 2]RTD#8 Application BearingRTD#8 NameRTD#8 Alarm Off RTD#8 Alarm Relays Relay 5

RTD#8 Alarm Temperature 80 °CRTD#8 Alarm Events Off RTD#8 Trip Off RTD#8 Trip Voting RTD 8RTD#8 Trip Relays Relay 1RTD#8 Trip Temperature 90 °C

RTD #9[SETPOINT GROUP 2]RTD#9 Application BearingRTD#9 NameRTD#9 Alarm Off RTD#9 Alarm Relays Relay 5RTD#9 Alarm Temperature 80 °CRTD#9 Alarm Events Off RTD#9 Trip Off RTD#9 Trip Voting RTD 9RTD#9 Trip Relays Relay 1

RTD#9 Trip Temperature 90 °C


RTD #11[SETPOINT GROUP 2]RTD#11 Application Other RTD#11 Name

RTD#11 Alarm Off RTD#11 Alarm Relays Relay 5RTD#11 Alarm Temperature 80 °CRTD#11 Alarm Events Off RTD#11 Trip Off RTD#11 Trip Voting RTD 11RTD#11 Trip Relays Relay 1RTD#11 Trip Temperature 90 °C

RTD #12[SETPOINT GROUP 2]RTD#12 Application AmbientRTD#12 NameRTD#12 Alarm Off RTD#12 Alarm Relays Relay 5RTD#12 Alarm Temperature 60 °CRTD#12 Alarm Events Off RTD#12 Trip Off

RTD#12 Trip Voting RTD 12RTD#12 Trip Relays Relay 1RTD#12 Trip Temperature 80 °C


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RTD-ALARMS[SETPOINT GROUP 2]Open RTD Sensor Alarm Off Open RTD Sensor Alarm Relays Relay 5Open RTD Sensor Alarm Events Off RTD Short/Low Temp Alarm Off RTD Short/Temp Alarm Relays Relay 5RTD Short/Low Temp. Alarm Events Off

THERMAL MODEL[SETPOINT GROUP 2]THERMAL SETUP[SETPOINT GROUP 2]Enable Thermal Model NoSelect Curve Style StandardOverload Pickup Level 1.01 x FLAUnbalance Bias K Factor 0Hot/Cold Safe Stall Ratio 1.00Enable RTD Biasing NoRTD Bias Minimum 40 °C

RTD Bias Center Point 130 °CRTD Bias Maximum 155 °CCool Time Constant Online 15 minCool Time Constant Offline 30 minThermal Model Alarm Off Thermal Model Alarm Relays Relay 5Thermal Alarm Level 75 % UsedThermal Model Alarm Events Off Thermal Model Trip Off Thermal Model Trip Relays Relay 1

OVERLOAD CURVES[SETPOINT GROUP 2]Select Curve Style StandardStandard Overload Curve Number 4Minimum Voltage 80 %Stall Current (Min Voltage) 4.80 x FLASafe Stall Time (Min Voltage) 20.0 s

Accel. Intersect (Min Voltage) 3.80 x FLAStall Current (100% Voltage) 6.00 x FLASafe Stall Time (100% Voltage) 10.0 sAccel. Intersect (100% volt) 5.00 x FLA1.01 X FLA 17414.5 s1.05 X FLA 3414.9 s1.10 X FLA 1666.7 s1.20 X FLA 795.4 s1.30 X FLA 507.2 s1.40 X FLA 364.6 s1.50 X FLA 280.0 s1.75 X FLA 169.7 s2.00 X FLA 116.6 s2.25 X FLA 86.1 s2.50 X FLA 66.6 s2.75 X FLA 53.3 s3.00 X FLA 43.7 s

3.25 X FLA 36.6 s3.50 X FLA 31.1 s3.75 X FLA 26.8 s4.00 X FLA 23.3 s4.25 X FLA 20.5 s4.50 X FLA 18.2 s4.75 X FLA 16.2 s5.00 X FLA 14.6 s5.50 X FLA 12.0 s6.00 X FLA 10.0 s6.50 X FLA 8.5 s7.00 X FLA 7.3 s7.50 X FLA 6.3 s8.00 X FLA 5.6 s

EnerVista 489Setup Active Scree

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Transcript of EnerVista 489Setup Active Scree