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REG650
ABB REG650 User Manual
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12.3.7.4
Logic diagrams
QA1_OP
QB61_OP
QA1_CL
QB61_CL
QB62_CL
QB62_OP
QC1_OP
QC2_CL
2QC3_CL
QC2_OP
2QC3_OP
1QC3_CL
1QC3_OP
en04000560.vsd
=1
=1
=1
=1
=1
=1
=1
QC1_CL
VP2QC3
VP1QC3
VPQC2
VPQC1
VPQB62
VPQB61
VPQA1
BH_CONN
VPQB61
1
QA1CLITL
&
1
QB62ITL
QB62REL
VPQA1
VPQC1
VPQC2
VP2QC3
QA1_OP
QC1_OP
QC2_OP
2QC3_OP
QC2_CL
2QC3_CL
QB62_EX2
QB62_EX1
VPQC2
VP2QC3
QA1CLREL
1
QB61ITL
QB61REL
VPQA1
VPQC1
VPQC2
VP1QC3
QA1_OP
QC1_OP
QC2_OP
1QC3_OP
QC1_CL
1QC3_CL
QB61_EX2
QB61_EX1
VPQC1
VP1QC3
&
>1
&
VPQB62
&
>1
&
&
1
QC1ITL
QC1REL
1
QC2ITL
QC2REL
VPQB61
VPQB62
QB61_OP
QB62_OP
IEC04000560 V1 EN
Section 12
1MRK 502 048-UEN A
Control
376
Technical manual
381
383
Table of Contents
Default Chapter
7
Table of Contents
7
Section 1 Introduction
37
This Manual
37
Intended Audience
37
Product Documentation
38
Product Documentation Set
38
Document Revision History
39
Related Documents
39
Symbols and Conventions
40
Symbols
40
Document Conventions
41
Section 2 Available Functions
43
Main Protection Functions
43
Back-Up Protection Functions
43
Control and Monitoring Functions
44
Station Communication
48
Basic IED Functions
49
Section 3 Analog Inputs
51
Introduction
51
Operation Principle
51
Presumptions for Technical Data
52
Settings
53
Section 4 Binary Input and Output Modules
59
Binary Input
59
Binary Input Debounce Filter
59
Oscillation Filter
59
Settings
60
Setting Parameters for Binary Input Modules
60
Setting Parameters for Communication Module
61
Section 5 Local Human-Machine-Interface LHMI
65
Local HMI Screen Behaviour
65
Identification
65
Settings
65
Local HMI Signals
65
Function Block
65
Signals
66
Basic Part for LED Indication Module
66
Function Block
66
Identification
66
Signals
67
Settings
68
LCD Part for HMI Function Keys Control Module
68
Function Block
68
Identification
68
Settings
69
Signals
69
Operation Principle
70
Display
70
Local HMI
70
Keypad
73
Leds
73
Functionality
74
Led
74
Indication Leds
75
Status Leds
75
Function Keys
83
Functionality
83
Operation Principle
83
Section 6 Differential Protection
87
Transformer Differential Protection
87
Functionality
87
Transformer Differential Protection, Three Winding T3WPDIF
88
Function Block
88
Identification
88
Signals
88
Settings
89
Monitored Data
91
Operation Principle
91
Function Calculation Principles
92
Fundamental Frequency Differential Currents
93
Bias Current
98
Differential Current Alarm
98
Elimination of Zero Sequence Currents
98
Restrained and Unrestrained Limits of the Differential Protection
99
Fundamental Frequency Negative Sequence Differential Currents
101
Internal/External Fault Discriminator
103
Unrestrained, and Sensitive Negative Sequence Protections
106
Harmonic and Waveform Block Criteria
108
Instantaneous Differential Currents
108
Switch Onto Fault Feature
109
Logic Diagram
110
Technical Data
115
Restricted Earth-Fault Protection, Low Impedance REFPDIF
115
Identification
115
Functionality
116
Function Block
116
Signals
116
Settings
117
Monitored Data
117
Operation Principle
118
Fundamental Principles of the Restricted Earth-Fault Protection
118
Operate and Restrain Characteristic
120
Calculation of Differential Current and Bias Current
121
Detection of External Earth Faults
122
Algorithm of the Restricted Earth-Fault Protection
123
Technical Data
124
1Ph High Impedance Differential Protection HZPDIF
124
Identification
124
Introduction
125
Function Block
125
Signals
125
Settings
126
Monitored Data
126
Operation Principle
126
Logic Diagram
126
Technical Data
127
Generator Differential Protection GENPDIF
127
Identification
127
Functionality
128
Function Block
129
Signals
129
Settings
130
Operation Principle
131
Function Calculation Principles
132
Fundamental Frequency Differential Currents
132
Supplementary Criteria
137
Cross-Block Logic Scheme
140
Harmonic Restrain
140
Simplified Block Diagrams
140
Technical Data
143
Section 7 Impedance Protection
145
Power Swing Detection ZMRPSB
145
Identification
145
Functionality
145
Function Block
145
Signals
146
Settings
146
Operation Principle
147
Resistive Reach in Forward Direction
148
Resistive Reach in Reverse Direction
149
Basic Detection Logic
150
Reactive Reach in Forward and Reverse Direction
150
Operating and Inhibit Conditions
152
Technical Data
152
Underimpedance Protection for Generators and Transformers ZGCPDIS
152
Identification
152
Function Block
153
Functionality
153
Settings
154
Signals
154
Full Scheme Measurement
155
Impedance Characteristic
155
Operation Principle
155
Basic Operation Characteristics
156
Theory of Operation
157
Technical Data
159
Loss of Excitation LEXPDIS
159
Functionality
159
Identification
159
Function Block
160
Signals
160
Settings
161
Monitored Data
162
Operation Principle
162
Technical Data
166
Out-Of-Step Protection OOSPPAM
166
Functionality
166
Identification
166
Function Block
167
Signals
167
Settings
168
Monitored Data
169
Operation Principle
169
Lens Characteristic
172
Detecting an Out-Of-Step Condition
174
Maximum Slip Frequency
175
Taking Care of the Circuit Breaker Soundness
176
Design
178
Technical Data
178
Load Encroachment LEPDIS
179
Identification
179
Functionality
179
Function Block
179
Signals
179
Settings
180
Operation Principle
180
Load Encroachment
180
Simplified Logic Diagrams
181
Technical Data
182
Section 8 Current Protection
183
Four Step Phase Overcurrent Protection 3-Phase Output OC4PTOC
183
Identification
183
Functionality
183
Function Block
184
Signals
184
Settings
185
Monitored Data
187
Operation Principle
187
Second Harmonic Blocking Element
191
Technical Data
192
Four Step Residual Overcurrent Protection, Zero, Negative Sequence Direction EF4PTOC
192
Identification
192
Functionality
193
Function Block
193
Signals
194
Settings
195
Monitored Data
197
Operation Principle
197
Operating Quantity Within the Function
198
Internal Polarizing
199
External Polarizing for Earth-Fault Function
201
Base Quantities Within the Protection
202
Four Residual Overcurrent Steps
202
Internal Earth-Fault Protection Structure
202
Directional Supervision Element with Integrated Directional Comparison Function
203
Second Harmonic Blocking Element
207
Technical Data
208
Sensitive Directional Residual Overcurrent and Power Protection SDEPSDE
209
Identification
209
Functionality
209
Function Block
210
Signals
210
Settings
211
Monitored Data
212
Operation Principle
212
Function Inputs
212
Directional Residual Current Protection Measuring 3I ·Cos
213
Cos Φ
215
Directional Residual Current Protection Measuring 3I and Φ
216
Directional Functions
217
Non-Directional Earth Fault Current Protection
217
Residual Overvoltage Release and Protection
217
Technical Data
219
Thermal Overload Protection, Two Time Constants TRPTTR
220
Identification
220
Functionality
220
Function Block
221
Signals
221
Settings
222
Monitored Data
223
Operation Principle
223
Technical Data
227
Breaker Failure Protection 3-Phase Activation and Output CCRBRF
227
Identification
227
Functionality
227
Function Block
228
Signals
228
Settings
229
Monitored Data
229
Operation Principle
230
Technical Data
232
Pole Discordance Protection CCRPLD
233
Identification
233
Functionality
233
Function Block
233
Signals
234
Settings
234
Monitored Data
235
Operation Principle
235
Pole Discordance Signaling from Circuit Breaker
236
Unsymmetrical Current Detection
236
Technical Data
237
Directional Over-/Under-Power Protection GOPPDOP/GUPPDUP
237
Functionality
237
Directional Overpower Protection GOPPDOP
238
Function Block
238
Identification
238
Signals
238
Settings
239
Monitored Data
240
Directional Underpower Protection GUPPDUP
240
Function Block
240
Identification
240
Settings
241
Signals
241
Monitored Data
242
Operation Principle
242
Low Pass Filtering
244
Technical Data
245
Accidental Energizing Protection for Synchronous Generator AEGGAPC
245
Identification
245
Functionality
245
Function Block
246
Signals
246
Settings
247
Monitored Data
247
Operation Principle
247
Technical Data
248
Negative-Sequence Time Overcurrent Protection for Machines NS2PTOC
249
Identification
249
Functionality
249
Function Block
250
Signals
250
Settings
251
Monitored Data
252
Operation Principle
252
Alarm Function
254
Logic Diagram
254
Start Sensitivity
254
Technical Data
255
Voltage-Restrained Time Overcurrent Protection VRPVOC
255
Functionality
255
Identification
255
Function Block
256
Signals
256
Settings
257
Base Quantities
258
Measured Quantities
258
Monitored Data
258
Operation Principle
258
Overcurrent Protection
258
Logic Diagram
260
Undervoltage Protection
260
Technical Data
261
Section 9 Voltage Protection
263
Two Step Undervoltage Protection UV2PTUV
263
Identification
263
Functionality
263
Function Block
263
Signals
264
Settings
264
Monitored Data
265
Operation Principle
265
Measurement Principle
266
Time Delay
266
Blocking
267
Design
267
Technical Data
268
Two Step Overvoltage Protection OV2PTOV
269
Functionality
269
Identification
269
Function Block
270
Signals
270
Monitored Data
271
Settings
271
Measurement Principle
272
Operation Principle
272
Time Delay
273
Blocking
274
Design
274
Technical Data
276
Two Step Residual Overvoltage Protection ROV2PTOV
276
Identification
276
Functionality
276
Function Block
277
Signals
277
Settings
277
Monitored Data
278
Operation Principle
278
Blocking
279
Design
279
Measurement Principle
279
Time Delay
279
Technical Data
281
Overexcitation Protection OEXPVPH
281
Identification
281
Functionality
281
Function Block
282
Signals
282
Settings
282
Monitored Data
283
Operation Principle
283
Measured Voltage
285
Operate Time of the Overexcitation Protection
286
Cooling
288
Overexcitation Alarm
289
Overexcitation Protection Function Measurands
289
Logic Diagram
290
Technical Data
290
100% Stator Earth Fault Protection, 3Rd Harmonic Based STEFPHIZ285
291
Identification
291
Functionality
291
Function Block
292
Signals
292
Settings
293
Monitored Data
294
Operation Principle
294
Technical Data
299
Section 10 Frequency Protection
301
Underfrequency Protection SAPTUF
301
Identification
301
Functionality
301
Function Block
301
Signals
302
Settings
302
Monitored Data
302
Operation Principle
302
Measurement Principle
303
Time Delay
303
Blocking
304
Design
304
Technical Data
304
Overfrequency Protection SAPTOF
304
Function Block
305
Functionality
305
Identification
305
Signals
305
Measurement Principle
306
Monitored Data
306
Operation Principle
306
Settings
306
Blocking
307
Design
307
Time Delay
307
Technical Data
308
Rate-Of-Change Frequency Protection SAPFRC
308
Function Block
309
Functionality
309
Identification
309
Signals
309
Measurement Principle
310
Operation Principle
310
Settings
310
Time Delay
310
Design
311
Technical Data
312
Section 11 Secondary System Supervision
313
Fuse Failure Supervision SDDRFUF
313
Identification
313
Functionality
313
Function Block
314
Signals
314
Settings
315
Monitored Data
316
Operation Principle
316
Zero and Negative Sequence Detection
316
Delta Current and Delta Voltage Detection
317
Dead Line Detection
320
Main Logic
320
Technical Data
324
Breaker Close/Trip Circuit Monitoring TCSSCBR
324
Identification
324
Functionality
324
Function Block
324
Signals
325
Settings
325
Operation Principle
325
Technical Data
326
Section 12 Control
327
Synchrocheck, Energizing Check, and Synchronizing SESRSYN
327
Identification
327
Functionality
327
Function Block
328
Signals
328
Settings
330
Monitored Data
332
Operation Principle
333
Basic Functionality
333
Synchrocheck
333
Synchronizing
335
Energizing Check
336
Fuse Failure Supervision
337
Voltage Selection
337
Voltage Selection for a Single Circuit Breaker with Double Busbars
338
Voltage Selection for a 1 1/2 Circuit Breaker Arrangement
339
Technical Data
343
Apparatus Control
344
Functionality
344
Switch Controller SCSWI
344
Identification
344
Function Block
345
Signals
345
Settings
346
Circuit Breaker SXCBR
346
Signals
346
Settings
347
Circuit Switch SXSWI
347
Signals
347
Settings
348
Bay Control QCBAY
349
Function Block
349
Functionality
349
Identification
349
Signals
349
Settings
350
Local Remote LOCREM
350
Function Block
350
Functionality
350
Identification
350
Signals
350
Settings
351
Local Remote Control LOCREMCTRL
351
Functionality
351
Identification
351
Function Block
352
Signals
352
Settings
353
Select Release SELGGIO
353
Function Block
353
Identification
353
Signals
353
Settings
354
Operation Principle
354
Switch Controller SCSWI
354
Bay Control QCBAY
358
Local Remote/Local Remote Control LOCREM/LOCREMCTRL
360
Interlocking
361
Functionality
361
Logical Node for Interlocking SCILO
361
Function Block
361
Identification
361
Logic Diagram
362
Signals
362
Settings
363
Interlocking for Busbar Earthing Switch BB_ES
363
Function Block
363
Functionality
363
Identification
363
Logic Diagram
363
Settings
364
Signals
364
Interlocking for Bus-Section Breaker A1A2_BS
364
Functionality
364
Identification
364
Function Block
365
Logic Diagram
366
Signals
367
Settings
369
Interlocking for Bus-Section Disconnector A1A2_DC
369
Functionality
369
Identification
369
Function Block
370
Logic Diagram
370
Signals
370
Settings
371
Interlocking for Bus-Coupler Bay ABC_BC
371
Functionality
372
Identification
372
Function Block
373
Logic Diagram
373
Signals
376
Settings
378
Interlocking for 1 1/2 CB BH
378
Identification
378
Functionality
379
Function Block
380
Logic Diagrams
382
Signals
387
Settings
391
Interlocking for Double CB Bay DB
391
Identification
391
Functionality
392
Function Block
393
Logic Diagrams
394
Signals
397
Settings
400
Interlocking for Line Bay ABC_LINE
400
Functionality
400
Identification
400
Function Block
402
Logic Diagram
403
Signals
408
Settings
410
Interlocking for Transformer Bay AB_TRAFO
410
Functionality
411
Identification
411
Function Block
412
Logic Diagram
412
Signals
414
Settings
415
Position Evaluation POS_EVAL
416
Function Block
416
Functionality
416
Identification
416
Logic Diagram
416
Settings
417
Signals
417
Operation Principle
417
Logic Rotating Switch for Function Selection and LHMI Presentation SLGGIO
420
Identification
420
Functionality
420
Function Block
421
Signals
421
Settings
422
Monitored Data
423
Operation Principle
423
Selector Mini Switch VSGGIO
423
Identification
423
Functionality
424
Function Block
424
Signals
424
Settings
425
Operation Principle
425
IEC 61850 Generic Communication I/O Functions DPGGIO
426
Identification
426
Functionality
426
Function Block
426
Signals
426
Settings
427
Operation Principle
427
Single Point Generic Control 8 Signals SPC8GGIO
427
Identification
427
Functionality
427
Function Block
427
Signals
428
Settings
428
Operation Principle
429
Automation Bits AUTOBITS
429
Identification
429
Functionality
429
Function Block
430
Signals
430
Settings
431
Operation Principle
431
Function Commands for IEC 60870-5-103 I103CMD
432
Functionality
432
Function Block
432
Signals
432
Settings
433
IED Commands for IEC 60870-5-103 I103IEDCMD
433
Functionality
433
Function Block
433
Signals
433
Settings
434
Function Commands User Defined for IEC 60870-5-103
434
I103Usrcmd
434
Functionality
434
Function Block
434
Signals
434
Settings
435
Functionality
435
Function Block
436
Signals
436
Settings
436
IED Commands with Position and Select for IEC 60870-5-103 I103POSCMD
436
Functionality
436
Function Block
437
Signals
437
Settings
437
Section 13 Logic
439
Tripping Logic Common 3-Phase Output SMPPTRC
439
Identification
439
Functionality
439
Function Block
439
Signals
440
Settings
440
Operation Principle
440
Technical Data
441
Trip Matrix Logic TMAGGIO
441
Identification
441
Functionality
441
Function Block
442
Signals
442
Settings
443
Operation Principle
444
Configurable Logic Blocks
445
Standard Configurable Logic Blocks
445
Functionality
445
OR Function Block
447
Inverter Function Block INVERTER
448
PULSETIMER Function Block
449
Controllable Gate Function Block GATE
450
Exclusive or Function Block XOR
451
Loop Delay Function Block LOOPDELAY
452
Timer Function Block TIMERSET
453
AND Function Block
454
Set-Reset Memory Function Block SRMEMORY
455
Reset-Set with Memory Function Block RSMEMORY
456
Technical Data
458
Fixed Signals FXDSIGN
459
Identification
459
Functionality
459
Function Block
459
Signals
459
Settings
460
Operation Principle
460
Boolean 16 to Integer Conversion B16I
460
Identification
460
Functionality
460
Function Block
461
Signals
461
Settings
462
Monitored Data
462
Operation Principle
462
Boolean 16 to Integer Conversion with Logic Node Representation B16IFCVI
463
Identification
463
Functionality
463
Function Block
464
Signals
464
Settings
465
Monitored Data
465
Operation Principle
465
Integer to Boolean 16 Conversion IB16A
466
Identification
466
Functionality
466
Function Block
466
Signals
467
Settings
467
Operation Principle
467
Integer to Boolean 16 Conversion with Logic Node Representation IB16FCVB
469
Identification
469
Functionality
469
Function Block
469
Signals
469
Settings
470
Operation Principle
470
Elapsed Time Integrator with Limit Transgression and Overflow Supervision TEIGGIO
471
Identification
471
Functionality
472
Function Block
472
Signals
472
Settings
473
Operation Principle
473
Memory Storage
474
Operation Accuracy
474
Technical Data
475
Section 14 Monitoring
477
Measurements
477
Functionality
477
Measurements CVMMXN
478
Identification
478
Function Block
479
Signals
479
Settings
480
Monitored Data
483
Phase Current Measurement CMMXU
483
Identification
483
Function Block
484
Settings
484
Signals
484
Monitored Data
485
Phase-Phase Voltage Measurement VMMXU
486
Function Block
486
Identification
486
Signals
486
Monitored Data
487
Settings
487
Current Sequence Component Measurement CMSQI
488
Function Block
488
Identification
488
Signals
488
Settings
489
Monitored Data
490
Voltage Sequence Measurement VMSQI
490
Identification
490
Function Block
491
Signals
491
Settings
492
Monitored Data
493
Phase-Neutral Voltage Measurement VNMMXU
493
Function Block
493
Identification
493
Settings
494
Signals
494
Monitored Data
495
Operation Principle
495
Measurement Supervision
495
Measurements CVMMXN
500
Phase Current Measurement CMMXU
505
Phase-Phase and Phase-Neutral Voltage Measurements VMMXU, VNMMXU
506
Voltage and Current Sequence Measurements VMSQI, CMSQI
506
Technical Data
506
Event Counter CNTGGIO
507
Identification
507
Functionality
507
Function Block
507
Signals
507
Settings
508
Monitored Data
508
Operation Principle
508
Reporting
509
Technical Data
509
Function Description
509
Limit Counter L4UFCNT
509
Introduction
509
Principle of Operation
510
Design
510
Reporting
511
Function Block
511
Signals
512
Settings
512
Monitored Data
513
Technical Data
513
Disturbance Report
513
Functionality
513
Disturbance Report DRPRDRE
514
Function Block
514
Identification
514
Settings
514
Signals
514
Monitored Data
515
Analog Input Signals Axradr
518
Identification
518
Function Block
519
Signals
519
Settings
520
Analog Input Signals A4RADR
523
Function Block
523
Identification
523
Settings
524
Signals
524
Binary Input Signals Bxrbdr
528
Function Block
528
Identification
528
Signals
528
Settings
529
Operation Principle
534
Disturbance Information
536
Disturbance Recorder
536
Event List
536
Event Recorder
536
Indications
536
Recording Times
536
Time Tagging
536
Trip Value Recorder
536
Analog Signals
537
Binary Signals
539
Trigger Signals
539
Post Retrigger
540
Technical Data
541
Indications
541
Functionality
541
Function Block
542
Signals
542
Input Signals
542
Operation Principle
542
Technical Data
543
Event Recorder
543
Functionality
543
Function Block
543
Signals
543
Input Signals
543
Operation Principle
543
Technical Data
544
Event List
544
Functionality
544
Function Block
544
Signals
545
Input Signals
545
Operation Principle
545
Technical Data
545
Trip Value Recorder
545
Functionality
545
Function Block
546
Signals
546
Input Signals
546
Operation Principle
546
Technical Data
547
Disturbance Recorder
547
Functionality
547
Function Block
547
Signals
547
Settings
547
Operation Principle
548
Memory and Storage
548
Technical Data
550
IEC 61850 Generic Communication I/O Functions SPGGIO
550
Identification
550
Functionality
550
Function Block
550
Signals
550
Settings
551
Operation Principle
551
IEC 61850 Generic Communication I/O Functions 16 Inputs SP16GGIO
551
Identification
551
Functionality
551
Function Block
551
Signals
552
Settings
552
Monitoreddata
552
Operation Principle
553
IEC 61850 Generic Communication I/O Functions MVGGIO
553
Identification
553
Functionality
554
Function Block
554
Signals
554
Settings
554
Monitored Data
555
Operation Principle
555
Measured Value Expander Block MVEXP
555
Identification
555
Functionality
556
Function Block
556
Signals
556
Settings
556
Operation Principle
557
Station Battery Supervision SPVNZBAT
557
Identification
557
Function Block
557
Functionality
557
Signals
558
Settings
558
Measured Values
559
Monitored Data
559
Operation Principle
559
Technical Data
560
Insulation Gas Monitoring Function SSIMG
560
Identification
560
Functionality
561
Function Block
561
Signals
561
Settings
562
Operation Principle
562
Technical Data
563
Insulation Liquid Monitoring Function SSIML
563
Identification
563
Functionality
563
Function Block
563
Signals
564
Settings
564
Operation Principle
565
Technical Data
565
Circuit Breaker Condition Monitoring SSCBR
565
Identification
565
Functionality
566
Function Block
566
Signals
566
Settings
567
Monitored Data
568
Operation Principle
569
Circuit Breaker Status
570
Circuit Breaker Operation Monitoring
571
Breaker Contact Travel Time
572
Operation Counter
573
Accumulation of I y T
574
Remaining Life of the Circuit Breaker
576
Circuit Breaker Spring Charged Indication
577
Gas Pressure Supervision
578
Technical Data
579
Measurands for IEC 60870-5-103 I103MEAS
579
Functionality
579
Function Block
580
Signals
581
Settings
581
Measurands User Defined Signals for IEC 60870-5-103
582
I103Measusr
582
Functionality
582
Function Block
582
Signals
582
Settings
583
Function Status Auto-Recloser for IEC 60870-5-103 I103AR
583
Functionality
583
Function Block
583
Signals
584
Settings
584
Function Status Earth-Fault for IEC 60870-5-103 I103EF
584
Functionality
584
Function Block
584
Settings
585
Function Status Fault Protection for IEC 60870-5-103
585
I103Fltprot
585
Functionality
585
Function Block
586
Signals
586
Settings
587
IED Status for IEC 60870-5-103 I103IED
587
Functionality
587
Function Block
588
Signals
588
Settings
588
Supervison Status for IEC 60870-5-103 I103SUPERV
588
Functionality
588
Function Block
589
Signals
589
Settings
589
Functionality
589
Function Block
590
Signals
590
Settings
591
Section 15 Metering
593
Pulse Counter PCGGIO
593
Identification
593
Functionality
593
Function Block
593
Signals
593
Settings
594
Monitored Data
594
Operation Principle
594
Technical Data
596
Energy Calculation and Demand Handling ETPMMTR
596
Identification
596
Functionality
596
Function Block
597
Signals
597
Settings
598
Monitored Data
599
Operation Principle
599
Technical Data
600
Section 16 Station Communication
601
DNP3 Protocol
601
IEC 61850-8-1 Communication Protocol
601
Identification
601
Functionality
601
Communication Interfaces and Protocols
602
Settings
602
Technical Data
603
Horizontal Communication Via GOOSE for Interlocking
603
Identification
603
Function Block
604
Signals
604
Settings
606
Goose Binary Receive GOOSEBINRCV
606
Identification
606
Function Block
607
Signals
607
Settings
608
Operation Principle
608
GOOSE Function Block to Receive a Double Point Value GOOSEDPRCV
609
Identification
609
Functionality
609
Function Block
609
Signals
609
Settings
610
Operation Principle
610
GOOSE Function Block to Receive an Integer Value GOOSEINTRCV
610
Identification
610
Functionality
611
Function Block
611
Signals
611
Settings
611
Operation Principle
611
GOOSE Function Block to Receive a Measurand Value GOOSEMVRCV
612
Identification
612
Functionality
612
Function Block
612
Signals
612
Settings
613
Operation Principle
613
GOOSE Function Block to Receive a Single Point Value GOOSESPRCV
613
Identification
613
Functionality
614
Function Block
614
Signals
614
Settings
614
Operation Principle
614
IEC 60870-5-103 Communication Protocol
615
Functionality
615
Settings
616
IEC 61850-8-1 Redundant Station Bus Communication
616
Functionality
617
Principle of Operation
617
Function Block
618
Setting Parameters
619
Activity Logging Parameters ACTIVLOG
619
Activity Logging ACTIVLOG
619
Settings
619
Generic Security Application Component AGSAL
620
Generic Security Application AGSAL
620
Security Events on Protocols SECALARM
620
Security Alarm SECALARM
620
Signals
620
Settings
620
Section 17 Basic IED Functions
621
Self Supervision with Internal Event List
621
Functionality
621
Internal Error Signals INTERRSIG
621
Function Block
621
Identification
621
Signals
621
Settings
622
Internal Event List SELFSUPEVLST
622
Identification
622
Operation Principle
622
Internal Signals
624
Run-Time Model
626
Technical Data
627
Time Synchronization
628
Functionality
628
Time Synchronization TIMESYNCHGEN
628
Identification
628
Settings
628
Time Synchronization Via SNTP
628
Settings
629
Time System, Summer Time Begin DSTBEGIN
629
Identification
629
Time System, Summer Time Ends DSTEND
630
Identification
630
Settings
630
Time Zone from UTC TIMEZONE
630
Settings
631
Time Synchronization Via IRIG-B
631
Identification
631
Operation Principle
631
General Concepts
631
Real-Time Clock (RTC) Operation
633
Synchronization Alternatives
633
Technical Data
635
Parameter Setting Group Handling
635
Functionality
635
Setting Group Handling SETGRPS
635
Identification
635
Settings
635
Parameter Setting Groups ACTVGRP
636
Function Block
636
Identification
636
Settings
636
Signals
636
Operation Principle
637
Test Mode Functionality TESTMODE
638
Identification
638
Functionality
638
Function Block
638
Signals
638
Settings
639
Operation Principle
639
Change Lock Function CHNGLCK
640
Identification
640
Functionality
640
Function Block
641
Signals
641
Settings
641
Operation Principle
641
IED Identifiers TERMINALID
642
Identification
642
Functionality
642
Settings
642
Product Information
643
Identification
643
Functionality
643
Settings
643
Primary System Values PRIMVAL
643
Functionality
644
Settings
644
Signal Matrix for Analog Inputs SMAI
644
Identification
644
Function Block
645
Signals
645
Settings
647
Operation Principle
648
Summation Block 3 Phase 3PHSUM
652
Identification
652
Functionality
652
Function Block
652
Signals
652
Settings
653
Operation Principle
653
Global Base Values GBASVAL
653
Identification
654
Functionality
654
Settings
654
Authority Check ATHCHCK
654
Operation Principle
655
Settings
655
Authorization Handling in the IED
656
Authority Management AUTHMAN
657
Authman
657
Identification
657
Settings
657
FTP Access with Password FTPACCS
658
FTP Access with SSL FTPACCS
658
Identification
658
Settings
658
Authority Status ATHSTAT
659
Function Block
659
Functionality
659
Identification
659
Operation Principle
659
Settings
659
Signals
659
Denial of Service
660
Denial of Service, Frame Rate Control for Front Port DOSFRNT
660
Function Block
660
Functionality
660
Identification
660
Signals
660
Denial of Service, Frame Rate Control for LAN1 Port DOSLAN1
661
Monitored Data
661
Settings
661
Function Block
662
Monitored Data
662
Settings
662
Signals
662
Operation Principle
663
Section 18 IED Physical Connections
665
Protective Earth Connections
665
Inputs
665
Measuring Inputs
665
Auxiliary Supply Voltage Input
666
Binary Inputs
667
Outputs
670
Outputs for Tripping, Controlling and Signalling
670
Outputs for Signalling
672
Irf
675
Communication Connections
675
Ethernet RJ-45 Front Connection
675
Station Communication Rear Connection
676
Optical Serial Rear Connection
676
EIA-485 Serial Rear Connection
676
Communication Interfaces and Protocols
677
Recommended Industrial Ethernet Switches
677
Connection Diagrams
677
Section 19 Technical Data
679
Dimensions
679
Power Supply
679
Energizing Inputs
680
Binary Inputs
680
Signal Outputs
681
Power Outputs
681
Data Communication Interfaces
682
Enclosure Class
683
Ingress Protection
683
Environmental Conditions and Tests
684
Section 20 IED and Functionality Tests
685
Electromagnetic Compatibility Tests
685
Insulation Tests
687
Mechanical Tests
687
Product Safety
687
EMC Compliance
688
Section 21 Time Inverse Characteristics
689
Application
689
Operation Principle
692
Mode of Operation
692
Inverse Time Characteristics
695
Section 22 Glossary
719
Other manuals for ABB REG650
Product Guide
73 pages
Commissioning Manual
144 pages
5
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ABB REG650 Specifications
General
Brand
ABB
Model
REG650
Category
Protection Device
Language
English
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