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ABB REC650 User Manual
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10.4.8.3
Function block
DB_BUS_A
QA1_OP
QA1_CL
QB1_OP
QB1_CL
QB61_OP
QB61_CL
QC1_OP
QC1_CL
QC2_OP
QC2_CL
QC3_OP
QC3_CL
QC11_OP
QC11_CL
EXDU_ES
QB61_EX1
QB61_EX2
QB1_EX1
QB1_EX2
QA1CLREL
QA1CLITL
QB61REL
QB61ITL
QB1REL
QB1ITL
QC1REL
QC1ITL
QC2REL
QC2ITL
QB1OPTR
QB1CLTR
VPQB1TR
IEC09000077_1_en.vsd
IEC09000077 V1 EN
Figure 144:
DB_BUS_A function block
DB_BUS_B
QA2_OP
QA2_CL
QB2_OP
QB2_CL
QB62_OP
QB62_CL
QC4_OP
QC4_CL
QC5_OP
QC5_CL
QC3_OP
QC3_CL
QC21_OP
QC21_CL
EXDU_ES
QB62_EX1
QB62_EX2
QB2_EX1
QB2_EX2
QA2CLREL
QA2CLITL
QB62REL
QB62ITL
QB2REL
QB2ITL
QC4REL
QC4ITL
QC5REL
QC5ITL
QB2OPTR
QB2CLTR
VPQB2TR
IEC09000078_1_en.vsd
IEC09000078 V1 EN
Figure 145:
DB_BUS_B function block
DB_LINE
QA1_OP
QA1_CL
QA2_OP
QA2_CL
QB61_OP
QB61_CL
QC1_OP
QC1_CL
QC2_OP
QC2_CL
QB62_OP
QB62_CL
QC4_OP
QC4_CL
QC5_OP
QC5_CL
QB9_OP
QB9_CL
QC3_OP
QC3_CL
QC9_OP
QC9_CL
VOLT_OFF
VOLT_ON
QB9_EX1
QB9_EX2
QB9_EX3
QB9_EX4
QB9_EX5
QB9REL
QB9ITL
QC3REL
QC3ITL
QC9REL
QC9ITL
IEC09000082_1_en.vsd
IEC09000082 V1 EN
Figure 146:
DB_LINE function block
1MRK 511 287-UEN A
Section 10
Control
295
Technical manual
300
302
Table of Contents
Default Chapter
7
Table of Contents
7
Section 1 Introduction
35
This Manual
35
Intended Audience
35
Product Documentation
36
Product Documentation Set
36
Document Revision History
37
Related Documents
37
Symbols and Conventions
38
Symbols
38
Document Conventions
39
Section 2 Available Functions
41
Control and Monitoring Functions
41
Back-Up Protection Functions
45
Station Communication
46
Basic IED Functions
47
Section 3 Analog Inputs
49
Introduction
49
Operation Principle
49
Presumptions for Technical Data
50
Settings
51
Section 4 Binary Input and Output Modules
57
Binary Input
57
Binary Input Debounce Filter
57
Oscillation Filter
57
Settings
58
Setting Parameters for Binary Input Modules
58
Setting Parameters for Communication Module
59
Section 5 Local Human-Machine-Interface LHMI
63
Local HMI Screen Behaviour
63
Identification
63
Settings
63
Local HMI Signals
63
Function Block
63
Signals
64
Basic Part for LED Indication Module
64
Identification
64
Function Block
64
Signals
65
Settings
66
LCD Part for HMI Function Keys Control Module
66
Function Block
66
Identification
66
Settings
67
Signals
67
Operation Principle
68
Display
68
Local HMI
68
Keypad
71
Leds
71
Functionality
72
Led
72
Indication Leds
73
Status Leds
73
Function Keys
81
Functionality
81
Operation Principle
81
Section 6 Current Protection
85
Instantaneous Phase Overcurrent Protection 3-Phase Output PHPIOC
85
Identification
85
Functionality
85
Function Block
85
Signals
85
Settings
86
Monitored Data
86
Operation Principle
86
Technical Data
86
Four Step Phase Overcurrent Protection 3-Phase Output OC4PTOC
87
Functionality
87
Identification
87
Function Block
88
Signals
88
Settings
89
Monitored Data
91
Operation Principle
91
Second Harmonic Blocking Element
95
Technical Data
96
Instantaneous Residual Overcurrent Protection EFPIOC
96
Identification
96
Functionality
97
Function Block
97
Signals
97
Settings
97
Monitored Data
98
Operation Principle
98
Technical Data
98
Four Step Residual Overcurrent Protection, Zero, Negative Sequence Direction EF4PTOC
98
Identification
99
Functionality
99
Function Block
100
Signals
100
Settings
101
Monitored Data
104
Operation Principle
104
Operating Quantity Within the Function
104
Internal Polarizing
105
Base Quantities Within the Protection
108
External Polarizing for Earth-Fault Function
108
Internal Earth-Fault Protection Structure
108
Four Residual Overcurrent Steps
109
Directional Supervision Element with Integrated Directional Comparison Function
110
Second Harmonic Blocking Element
114
Technical Data
115
Sensitive Directional Residual Overcurrent and Power Protection SDEPSDE
116
Identification
116
Functionality
116
Function Block
117
Signals
117
Settings
118
Monitored Data
119
Operation Principle
119
Function Inputs
119
Directional Residual Current Protection Measuring 3I ·Cos
120
Cos Φ
122
Directional Residual Current Protection Measuring 3I and Φ
123
Directional Functions
124
Non-Directional Earth Fault Current Protection
124
Residual Overvoltage Release and Protection
124
Technical Data
126
Thermal Overload Protection, One Time Constant Celsius/Fahrenheit LCPTTR/LFPTTR
127
Identification
127
Functionality
127
Function Block
128
Signals
128
Settings
129
Monitored Data
131
Operation Principle
131
Technical Data
134
Breaker Failure Protection 3-Phase Activation and Output CCRBRF
134
Identification
134
Functionality
134
Function Block
135
Signals
135
Settings
136
Monitored Data
136
Operation Principle
137
Technical Data
139
Stub Protection STBPTOC
140
Identification
140
Functionality
140
Function Block
140
Signals
141
Settings
141
Monitored Data
141
Operation Principle
141
Technical Data
142
Pole Discordance Protection CCRPLD
142
Identification
143
Functionality
143
Function Block
143
Signals
143
Settings
144
Monitored Data
144
Operation Principle
144
Pole Discordance Signaling from Circuit Breaker
146
Unsymmetrical Current Detection
146
Technical Data
147
Broken Conductor Check BRCPTOC
147
Identification
147
Functionality
147
Function Block
147
Signals
147
Settings
148
Monitored Data
148
Operation Principle
148
Technical Data
150
Directional Over-/Under-Power Protection GOPPDOP/GUPPDUP
150
Functionality
150
Directional Overpower Protection GOPPDOP
150
Identification
150
Function Block
151
Signals
151
Settings
152
Monitored Data
153
Directional Underpower Protection GUPPDUP
153
Function Block
153
Identification
153
Settings
154
Signals
154
Monitored Data
155
Operation Principle
155
Low Pass Filtering
157
Technical Data
158
Negative Sequence Based Overcurrent Function DNSPTOC
158
Identification
158
Functionality
159
Function Block
159
Signals
159
Settings
160
Monitored Data
161
Operation Principle
161
Technical Data
162
Section 7 Voltage Protection
163
Two Step Undervoltage Protection UV2PTUV
163
Identification
163
Functionality
163
Function Block
163
Signals
164
Settings
164
Monitored Data
165
Operation Principle
165
Measurement Principle
166
Time Delay
166
Blocking
167
Design
167
Technical Data
168
Two Step Overvoltage Protection OV2PTOV
169
Functionality
169
Identification
169
Function Block
170
Signals
170
Monitored Data
171
Settings
171
Measurement Principle
172
Operation Principle
172
Time Delay
173
Blocking
174
Design
174
Technical Data
176
Two Step Residual Overvoltage Protection ROV2PTOV
176
Functionality
176
Identification
176
Function Block
177
Settings
177
Signals
177
Monitored Data
178
Operation Principle
178
Blocking
179
Design
179
Measurement Principle
179
Time Delay
179
Technical Data
181
Loss of Voltage Check LOVPTUV
181
Functionality
181
Identification
181
Function Block
182
Settings
182
Signals
182
Operation Principle
183
Technical Data
184
Section 8 Frequency Protection
185
Underfrequency Protection SAPTUF
185
Identification
185
Functionality
185
Function Block
185
Signals
186
Settings
186
Monitored Data
186
Operation Principle
186
Measurement Principle
187
Time Delay
187
Blocking
188
Design
188
Technical Data
188
Overfrequency Protection SAPTOF
188
Identification
189
Functionality
189
Function Block
189
Signals
189
Settings
190
Monitored Data
190
Operation Principle
190
Measurement Principle
190
Blocking
191
Design
191
Time Delay
191
Technical Data
192
Rate-Of-Change Frequency Protection SAPFRC
192
Identification
193
Functionality
193
Function Block
193
Signals
193
Settings
194
Operation Principle
194
Measurement Principle
194
Time Delay
194
Design
195
Technical Data
196
Section 9 Secondary System Supervision
197
Current Circuit Supervision CCSRDIF
197
Identification
197
Functionality
197
Function Block
197
Signals
198
Settings
198
Operation Principle
198
Technical Data
200
Fuse Failure Supervision SDDRFUF
200
Identification
200
Functionality
201
Function Block
201
Signals
202
Settings
202
Monitored Data
203
Operation Principle
203
Zero and Negative Sequence Detection
203
Delta Current and Delta Voltage Detection
205
Dead Line Detection
207
Main Logic
207
Technical Data
211
Breaker Close/Trip Circuit Monitoring TCSSCBR
211
Function Block
211
Functionality
211
Identification
211
Operation Principle
212
Settings
212
Signals
212
Technical Data
213
Section 10 Control
215
Synchrocheck, Energizing Check, and Synchronizing SESRSYN
215
Identification
215
Functionality
215
Function Block
216
Signals
216
Settings
218
Monitored Data
220
Operation Principle
221
Basic Functionality
221
Synchrocheck
221
Synchronizing
223
Energizing Check
224
Fuse Failure Supervision
225
Voltage Selection
225
Voltage Selection for a Single Circuit Breaker with Double Busbars
226
Voltage Selection for a 1 1/2 Circuit Breaker Arrangement
227
Technical Data
231
Autorecloser for 3-Phase Operation SMBRREC
231
Function Block
232
Functionality
232
Identification
232
Signals
233
Settings
234
Operation Principle
235
Start Auto-Reclosing and Conditions for Start of a Reclosing Cycle
235
Control of the Auto-Reclosing Open Time
237
Long Trip Signal
237
Technical Data
241
Apparatus Control
242
Functionality
242
Switch Controller SCSWI
242
Identification
242
Function Block
243
Signals
243
Settings
244
Circuit Breaker SXCBR
244
Functionality
244
Identification
244
Function Block
245
Signals
245
Settings
246
Circuit Switch SXSWI
246
Functionality
246
Identification
246
Function Block
247
Signals
247
Settings
248
Bay Control QCBAY
248
Functionality
248
Identification
248
Function Block
249
Settings
249
Signals
249
Local Remote LOCREM
250
Function Block
250
Functionality
250
Identification
250
Signals
250
Settings
251
Local Remote Control LOCREMCTRL
251
Function Block
251
Functionality
251
Identification
251
Settings
252
Signals
252
Select Release SELGGIO
253
Function Block
253
Identification
253
Signals
253
Settings
254
Operation Principle
254
Switch Controller SCSWI
254
Circuit Breaker SXCBR
258
Circuit Switch SXSWI
262
Bay Control QCBAY
266
Local Remote/Local Remote Control LOCREM/LOCREMCTRL
268
Interlocking
269
Functionality
269
Logical Node for Interlocking SCILO
269
Function Block
270
Functionality
270
Identification
270
Logic Diagram
270
Settings
271
Signals
271
Interlocking for Busbar Earthing Switch BB_ES
271
Identification
271
Function Block
272
Functionality
272
Logic Diagram
272
Signals
272
Settings
273
Interlocking for Bus-Section Breaker A1A2_BS
273
Functionality
273
Identification
273
Function Block
274
Logic Diagram
274
Signals
275
Settings
277
Interlocking for Bus-Section Disconnector A1A2_DC
277
Functionality
277
Identification
277
Function Block
278
Logic Diagram
278
Signals
278
Settings
279
Interlocking for Bus-Coupler Bay ABC_BC
279
Functionality
280
Identification
280
Function Block
281
Logic Diagram
281
Signals
284
Settings
286
Interlocking for 1 1/2 CB BH
286
Identification
286
Functionality
287
Function Block
288
Logic Diagrams
290
Signals
295
Settings
299
Interlocking for Double CB Bay DB
299
Identification
299
Functionality
300
Function Block
301
Logic Diagrams
302
Signals
305
Settings
308
Interlocking for Line Bay ABC_LINE
308
Functionality
308
Identification
308
Function Block
310
Logic Diagram
311
Signals
316
Settings
318
Interlocking for Transformer Bay AB_TRAFO
318
Functionality
319
Identification
319
Function Block
320
Logic Diagram
320
Signals
322
Settings
323
Position Evaluation POS_EVAL
324
Function Block
324
Functionality
324
Identification
324
Logic Diagram
324
Settings
325
Signals
325
Operation Principle
325
Logic Rotating Switch for Function Selection and LHMI Presentation SLGGIO
328
Identification
328
Functionality
328
Function Block
329
Signals
329
Settings
330
Monitored Data
331
Operation Principle
331
Selector Mini Switch VSGGIO
331
Identification
331
Functionality
332
Function Block
332
Signals
332
Settings
333
Operation Principle
333
IEC 61850 Generic Communication I/O Functions DPGGIO
334
Identification
334
Functionality
334
Function Block
334
Signals
334
Settings
335
Operation Principle
335
Single Point Generic Control 8 Signals SPC8GGIO
335
Identification
335
Functionality
335
Function Block
335
Signals
336
Settings
336
Operation Principle
337
Automation Bits AUTOBITS
337
Identification
337
Functionality
337
Function Block
338
Signals
338
Settings
339
Operation Principle
339
Function Commands for IEC 60870-5-103 I103CMD
340
Functionality
340
Function Block
340
Signals
340
Settings
341
IED Commands for IEC 60870-5-103 I103IEDCMD
341
Functionality
341
Function Block
341
Signals
341
Settings
342
Function Commands User Defined for IEC 60870-5-103
342
I103Usrcmd
342
Functionality
342
Function Block
342
Signals
342
Settings
343
Functionality
343
Function Block
344
Signals
344
Settings
344
IED Commands with Position and Select for IEC 60870-5-103 I103POSCMD
344
Functionality
344
Function Block
345
Signals
345
Settings
345
Section 11 Logic
347
Tripping Logic Common 3-Phase Output SMPPTRC
347
Identification
347
Functionality
347
Function Block
347
Signals
348
Settings
348
Operation Principle
348
Technical Data
349
Trip Matrix Logic TMAGGIO
349
Identification
349
Functionality
349
Function Block
350
Signals
350
Settings
351
Operation Principle
352
Configurable Logic Blocks
353
Standard Configurable Logic Blocks
353
Functionality
353
OR Function Block
355
Inverter Function Block INVERTER
356
PULSETIMER Function Block
357
Controllable Gate Function Block GATE
358
Exclusive or Function Block XOR
359
Loop Delay Function Block LOOPDELAY
360
Timer Function Block TIMERSET
361
AND Function Block
362
Set-Reset Memory Function Block SRMEMORY
363
Reset-Set with Memory Function Block RSMEMORY
364
Configurable Logic Q/T
366
Functionality
366
ORQT Function Block
366
INVERTERQT Function Block
367
Pulse Timer Function Block PULSTIMERQT
368
XORQT Function Block
369
Settable Timer Function Block TIMERSETQT
370
ANDQT Function Block
371
Set-Reset Function Block SRMEMORYQT
372
Reset-Set Function Block RSMEMORYQT
373
INVALIDQT Function Block
374
Indication Combining Single Position Function Block INDCOMBSPQT
376
Indication Extractor Single Position Function Block INDEXTSPQT
377
Technical Data
379
Fixed Signals FXDSIGN
380
Identification
380
Functionality
380
Function Block
380
Signals
380
Settings
381
Operation Principle
381
Boolean 16 to Integer Conversion B16I
381
Identification
381
Functionality
381
Function Block
382
Signals
382
Settings
383
Monitored Data
383
Operation Principle
383
Boolean 16 to Integer Conversion with Logic Node Representation
384
B16Ifcvi
384
Identification
384
Functionality
384
Function Block
385
Signals
385
Settings
386
Monitored Data
386
Operation Principle
386
Integer to Boolean 16 Conversion IB16A
387
Identification
387
Functionality
387
Function Block
387
Signals
388
Settings
388
Operation Principle
388
Integer to Boolean 16 Conversion with Logic Node Representation IB16FCVB
390
Identification
390
Functionality
390
Function Block
390
Signals
390
Settings
391
Operation Principle
391
Elapsed Time Integrator with Limit Transgression and Overflow Supervision TEIGGIO
392
Identification
392
Functionality
393
Function Block
393
Signals
393
Settings
394
Operation Principle
394
Memory Storage
395
Operation Accuracy
395
Technical Data
396
Section 12 Monitoring
397
Measurements
397
Functionality
397
Measurements CVMMXN
398
Identification
398
Function Block
399
Signals
399
Settings
400
Identification
403
Monitored Data
403
Phase Current Measurement CMMXU
403
Function Block
404
Monitored Data
405
Phase-Phase Voltage Measurement VMMXU
406
Settings
407
Current Sequence Component Measurement CMSQI
408
Settings
409
Monitored Data
410
Function Block
411
Settings
412
Monitored Data
413
Signals
414
Monitored Data
415
Measurements CVMMXN
420
Phase Current Measurement CMMXU
425
Phase-Phase and Phase-Neutral Voltage Measurements VMMXU, VNMMXU
426
Event Counter CNTGGIO
427
Settings
428
Reporting
429
Principle of Operation
430
Reporting
431
Signals
432
Monitored Data
433
Disturbance Report DRPRDRE
434
Monitored Data
435
Analog Input Signals Axradr
438
Function Block
439
Settings
440
Analog Input Signals A4RADR
443
Signals
444
Binary Input Signals Bxrbdr
448
Settings
449
Operation Principle
454
Disturbance Information
456
Disturbance Recorder
457
Analog Signals
458
Binary Signals
459
Post Retrigger
460
Technical Data
461
Function Block
462
Technical Data
463
Technical Data
464
Signals
465
Function Block
466
Technical Data
467
Operation Principle
468
Technical Data
470
Settings
471
Signals
472
Operation Principle
473
Functionality
474
Monitored Data
475
Functionality
476
Operation Principle
477
Function Block
478
Settings
479
Monitored Data
480
Measuring Principle
481
The Non-Compensated Impedance Model
485
Technical Data
486
Signals
487
Monitored Data
488
Technical Data
489
Function Block
490
Settings
491
Insulation Liquid Monitoring Function SSIML
492
Settings
493
Technical Data
494
Function Block
495
Settings
496
Monitored Data
497
Circuit Breaker Status
499
Breaker Contact Travel Time
500
Operation Counter
501
Remaining Life of the Circuit Breaker
504
Circuit Breaker Spring Charged Indication
505
Gas Pressure Supervision
506
Technical Data
507
Function Block
508
Signals
509
I103Measusr
510
Settings
511
Signals
512
Settings
513
Function Block
514
Settings
515
Function Block
516
Function Block
517
Function Block
518
Settings
519
Section 13 Metering
521
Settings
522
Technical Data
524
Function Block
525
Settings
526
Monitored Data
527
Technical Data
528
DNP3 Protocol
529
Communication Interfaces and Protocols
530
Technical Data
531
Function Block
532
Settings
534
Function Block
535
Settings
536
Goosedprcv
537
Settings
538
Functionality
539
Goosemvrcv
540
Settings
541
Functionality
542
IEC 60870-5-103 Communication Protocol
543
Settings
544
Functionality
545
Function Block
546
Setting Parameters
547
Generic Security Application Component AGSAL
548
Self Supervision with Internal Event List
549
Settings
550
Internal Signals
552
Run-Time Model
554
Technical Data
555
Time Synchronization
556
Settings
557
Time System, Summer Time Ends DSTEND
558
Settings
559
Real-Time Clock (RTC) Operation
561
Synchronization Alternatives
562
Technical Data
563
Settings
564
Settings
565
Test Mode Functionality TESTMODE
566
Function Block
567
Operation Principle
568
Change Lock Function CHNGLCK
569
Settings
570
Functionality
571
Settings
572
Identification
573
Signals
574
Settings
575
Operation Principle
577
Summation Block 3 Phase 3PHSUM
581
Settings
582
Identification
583
Settings
584
Authorization Handling in the IED
585
Authority Management AUTHMAN
586
FTP Access with Password FTPACCS
587
Authority Status ATHSTAT
588
Denial of Service
589
Settings
590
Function Block
591
Operation Principle
592
Section 16 IED Physical Connections
593
Auxiliary Supply Voltage Input
594
Binary Inputs
595
Outputs
598
Outputs for Signalling
600
Communication Connections
603
Station Communication Rear Connection
604
Communication Interfaces and Protocols
605
Section 17 Technical Data
607
Energizing Inputs
608
Signal Outputs
609
Data Communication Interfaces
610
Enclosure Class
611
Environmental Conditions and Tests
612
Section 18 IED and Functionality Tests
613
Insulation Tests
615
EMC Compliance
616
Section 19 Time Inverse Characteristics
617
Operation Principle
620
Inverse Time Characteristics
623
Section 20 Glossary
647
Other manuals for ABB REC650
Applications Manual
370 pages
Commissioning Manual
118 pages
Product Guide
109 pages
5
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ABB REC650 Specifications
General
Brand
ABB
Model
REC650
Category
Control Unit
Language
English
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