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BE1-GPS100 

PERFORMANCE SPECIFICATIONS,  continued 

SYNC CHECK  (25) 

Delta Phase Angle: 

1 - 25  degrees 

Delta Voltage  Magnitude:  1 - 20V 
Delta  Frequency: 

0.01 - 0.50Hz 

PHASE OVERIUNDERVOLTAGE 

(27P, 127P,59P, 159P) 

Mode: 

1  of 3;  2 of 3; 3  of 3 

Pickup: 

1 0.0-300VL-L or 1 0.0-300VL-N 

Delay Time: 

0.050 - 600sec. 

NEGATIVE SEQUENCE OVERVOLTAGE  (47) 

Pickup: 

1.0 - 300VLN 

Delay Time: 

0.050 - 600sec. 

AUXILIARY I 3VO OVERIUNDERVOLTAGE 

(27X, 127X, 59X, 159X) 

Mode: 

Fundamental Vx,  Phase 3V O, 

3'd Harmonic Vx 

Pickup: 

1.0 - 150V 

Delay Time: 

0.050 - 600  Sec. 

FREQUENCY  (81, 181,281, 381) 

Mode: 

Over,  Under 

Pickup: 

40.00  - 70.00  Hz 

Delay Time: 

0.000 - 600  Sec. 

Time Accuracy: 

±0.5% or 

1  eye 

-0  eye 

(Min. trip time affected by minimum 3 eye 

security count) 

POWER (32, 132) 

Mode: 
Pickup: 

Pickup Accuracy: 

Delay Time: 

Forward,  Reverse 

5A: 1.0 - 6000  Watts, 3  ph 
1A:  1.0- 1200 Watts, 3  ph 

±3% 

0.050- 600  Sec. 

UNDEREXCITATION  (40Q, 140Q) 

Pickup: 

5A: 1.0- 6000 VARs, 3  ph 
1A: 1.0- 1200 VARs, 3  ph 

Pickup Accuracy:  ±3% 

Delay Time: 

0.050 - 600  Sec. 

GENERAL PURPOSE LOGIC TIMERS 

(62, 162,262,362) 

Mode: 

PU.DO 

T1 and T2  Delay Time: 
Time Accuracy: 

1  Shot,  Non- Retrig. 
1  Shot,  Retrig. 

Integrating 
Latch 

0.000- 9999  Sec. 

±0.5% or ±%eye 

CURRENT PICKUP ACCURACY  (All 46, 50 and 51) 

Phase and Ground: 

5A 

2% or S OmA 

Neutral and Negative 

Sequence: 

1A 

2% or 10mA 

5A 

3% or 75mA 

1A 

3% or 75mA 

VOLTAGE PICKUP ACCURACY  (All 27, 47 and 59) 

±2% or ±0.5V 

DEFINITE TIME ACCURACY UNLESS OTHERWISE 
STATED  (All 27, 32, 40Q, 47 and  59) 

Definite Time Accuracy: 

±0.5% or ± 1 eye 

SETTING GROUPS 

Setting Groups: 

Control  Modes: 

External:  Discrete input logic; 
Binary:  Input logic 

METERING 

Current Range: 

5A 

0.5  to 15.0 

1A 

0.1  to 3.0 

Current Accuracy: 

± 1% 

Phase Voltage 

Range: 

Phase Voltage Accuracy: 

3W 

0 - 300 VL-L 

4W 

0  - 300 VL-L 

o-

173 vl-N 

±0.5% for 

50V<VL-L <300V 

Auxiliary Voltage Range: 

0 - 150V 

Auxiliary Voltage Accuracy: ±0.5% for 

50V<V<150V 

WattNAR: 

Watt Accuracy: 
VAR Accuracy: 

5A 
1A 

0  to ±7500 
0  to ±1500 

1%@  Unity PF 
1%@ Zero  PF 

Energy: 

0  to ±1.0E12  (FIR 

registers) 

Frequency: 
Frequency Accuracy: 

10- 75Hz 
0.01 Hz 

DEMANDS  (lA, 

18, 

IC, IN, IQ, Fwd Watts, Rvs Watts, 

Fwd VARs, Rvs VARs) 

Demand Interval:  1  - 60  min. 

Demand  Mode: 

Thermal 

BREAKER MONITORING 

Duty Mode: 

I  or 

Duty Alarm Range: 

0  - to 100% 

Op Counter Alarm Range:  0 - 99999 
Trip Time Alarm  Range: 

20  - 1 OOOmSec 

11 

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Summary of Contents for BE-1-GPS100

Page 1: ...rrent input for those applications where this is required Includes frequency tracking and voltage restrained overcurrent for backup and cogenera tion applications Includes Real Time Clock with 8 hour...

Page 2: ...ic Fuse loss detection 60FL protects against false trip due to loss of voltage sensing CONTROL Virtual breaker control switch controllable from both HMI and com ports 101 Four virtual selector switche...

Page 3: ...1 Advanced HMI Human Machine Interface APPLICATIONS The BE1 GPS100 Generator Protection System provides three phase ground and negative sequence overcurrent voltage frequency reverse power loss of exc...

Page 4: ...ing the protection control metering and status monitoring functions into a substation automation system The standard IRIG 8 port provides time synchronization from a master clock Real time metering pr...

Page 5: ...and IG Used for Ground Differential Overcurrent CONTROL POWER CONTROL POWER NOTES BE1 GPS100 A6 POWER SUPPLY A7 B2 1 CONNECTIONS SHOWN ARE FOR USE WITH PRE PROGRAMMED LOGIC SCHEME LZ W 25 L Z W 25 PRO...

Page 6: ...E ENABLE ____ NOTES 8KRSTATUS CONDITIONING OSCI EVENT TRIGGER l SEAL IN LOGIC J m 1 ABBREVIATED LOGIC SHOWN E G NOT SHOWN THAT 27P 81 181 ARE CONTROLLED BY BKR STATUS 2 60FL ONLY SHOWN FOR V014 ALSO A...

Page 7: ...ulation Test for Electrical Relays Impulse and Dielectric Strength 2000Vac at 50 60Hz IEEE C37 90 1 1989 Standard Surge Withstand Cap ability Tests for Relays and Relay Systems Associated with Electri...

Page 8: ...g 3 1shot retrig 4 oscillator 5 integrating 6 latch Made J v INI BLK Mode v INI BLK _ Mode 0 disable 1 enable INI BLK 62 TIMER 162 TIMER 262 TIMER BREAKER FAILURE BF VT FUSE LOSS 60FL 62 162 cJ 62 60F...

Page 9: ...BKR r e _a SB LOGIC I _ COMMAND r CLOSED I____ r r RESET 1 I 1 TARGET I _ SG TARG L _ REPORTING SETTING 1 FUNCTION 1 4 __ r r RESET 1 I I ALARM I _ SA ALARM L _ REPORTING SETTING 1 FUNCTION 1 _I _4 __...

Page 10: ...000 12 0 2747 0 1042 1 000 0 4375 0 028 0 8868 V1 5 4678 0 10814 1 000 2 0469 0 028 5 5000 V2 4 4309 0 0991 1 000 1 9531 0 028 5 8231 E1 7 7624 0 02758 1 000 2 0938 0 028 7 7500 E2 4 9883 0 0129 1 000...

Page 11: ...Time Time Accuracy 1 Shot Non Retrig 1 Shot Retrig Integrating Latch 0 000 9999 Sec 0 5 or eye CURRENT PICKUP ACCURACY All 46 50 and 51 Phase andGround 5A 2 or S O mA Neutral and Negative Sequence 1A...

Page 12: ...ent Sensing Input Type B E or F or voltage sensing option to be 4 ASCII communication is standard on ComO fron1 RS 232 and Com1 rear RS 232 ports ffi Check with factory for availability ffi Aux VT inp...

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