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REC 561
ABB REC 561 User Manual
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ABB Network Partner AB
Installation and commissioning
Version 1.0-00
1MRK 580
166-XEN
Page 3
-
4
2.1.2
Flush mounting
For flush mount
ing:
1. Cu
t an
d affix th
e sea
ling
strip,
if IP 5
4 is re
qui
red (o
ption
).
2. Pu
t the te
rmin
al in th
e cut
-out.
3. F
asten
the si
de h
olde
rs to th
e bac
k part
of th
e term
inal
with t
he
small screws (
T
ORX T10 type grip).
4. F
asten
the te
rmin
al wit
h th
e big s
crew
s
(TORX T25 t
ype grip)
.
Fig. 3
Fl
ush mounting
(X80166-
3)
52
54
Table of Contents
Table of Contents
4
Application
6
General
6
REC 561 Types
7
Application Examples
7
Basic Features
13
Apparatus Control
13
Interlocking
13
Time Tagged Events
14
Configurable Logic
14
Remote Serial Communication - LON
14
Optional Features
15
Additional Apparatus Control
15
Additional Interlocking
15
Measurements
15
Pulse Counter
16
Synchronism and Energizing Check
16
Fuse Failure Supervision
16
Multibreaker Autoreclosing
16
Disturbance Recorder
17
Remote Serial Communication - SPA
17
Breaker-Failure Protection
17
Input/Output Facilities
18
Ordering
20
User's Guide
22
General
24
Requirements on Voltage Instrument Transformers
24
Requirements on Current Instrument Transformers
24
Choice of Current Transformers
24
Conditions for the CT Requirements
24
Version 1.0-00 October
24
Fault Current
25
REC 561 Current Transformer Requirements
25
Requirements for the LON Communication Link for Remote Communication
26
Requirements for the SPA Communication Link for Remote Communication
26
Technical Data
27
Hardware Design
32
Hardware Modules
33
Main Processing Module (MPM)
35
Signal Processing Module (SPM)
35
Serial Communication Module (SCM)
36
Power Supply Module (PSM)
37
Man-Machine Interface (MMI)
37
Input/Output Modules
38
Binary In/Out Module (IOM)
38
Binary Input Module (BIM)
38
Binary Output Module (BOM)
39
Ma Input Module (MIM)
40
Transformer Input Module (TRM)
40
A/D-Conversion Module (ADM)
40
Mounting System
41
Mechanical Mounting
41
Rack Mounting
41
Flush Mounting
42
Wall Mounting
43
Electrical Connections
44
Table of Contents
46
Installation
50
Mechanical Installation
50
19" Rack Installation
50
Flush Mounting
53
Wall Mounting
54
Electrical Connections
55
Signal Connectors
56
Fibre Optic Connections
57
Receiving and Storage
50
Setting and Configuration
58
Built-In man Machine Interface (MMI)
58
Front Communication
58
Remote Communication, SMS or SCS
59
Configuration of Inputs and Outputs
60
Commissioning
61
Test of Internal Circuits
62
Secondary Injection Test
62
Check of External Connections
62
Functional Test
63
Test Termination
63
Fault Tracing
64
Using Information on the Built-In MMI
64
Using Front-Connected PC or SMS
64
Maintenance
66
Repair Instruction
66
Introduction
68
Man-Machine Interface Module - Design
68
Leds
68
LCD Display
69
Buttons
69
Unattended MMI
71
Idle Mode
71
Reporting Mode
71
Configuration Mode
71
Menu Window
72
Dialogue Window
73
Starting the Dialogue
73
Confirming a Command
74
Selecting a Command
74
Cancelling a Command
75
Selecting and Cancelling a Command
75
Data Window
76
Reading and Setting Values
77
Reading and Setting of Non-Numerical Parameters
78
Reading and Setting Strings
78
Configuration of the Binary Inputs
79
Configuration of the Binary Outputs
80
Configuration of the Functional Inputs
81
Setting Internal Time
82
Additional Information
82
Saving the Settings in a Setting Group
83
General
86
Disturbance Report
87
Information on Recorded Disturbances
87
Manual Triggering of a Disturbance Recording
87
Clearing of the Disturbance Report Memory
87
Service Report
87
Mean Values
88
Phasors
88
Synchronizing Values
88
Logical Signals
88
I/O Modules
88
Counters Within the Autoreclosing Function
88
Disturbance Report
88
Active Group
88
Internal Time
88
Settings
89
Functions
89
Changing of an Active Setting Group
89
Disturbance Report
89
Internal Time
89
Terminal Status
89
Self Supervision - Report
89
Terminal ID
90
Configuration
90
Identifiers
90
Analogue Inputs
90
I/O Modules
90
Time Synchronization Source
90
Built-In man Machine Interface (MMI)
91
SPA Communication
91
LON Communication
91
Command
91
Test
91
Introduction
92
Menu Tree Structure
93
Display for Disturbance Report Menu
93
Display for Service Report Menu
94
Display for Settings Menu
98
Display for Terminal Status Menu
107
Display for Configuration Menu
108
Display for Command Menu
117
Display for Test Menu
118
Signal Lists
119
Object Addresses for Indications in REC 561
122
SPA Addresses for Commands in REC 561
128
Table of Contents
134
Application
136
Setting
136
Appendix
137
Setting Table
137
Application
140
Configuration and Operation
140
Introduction
140
Testing
141
Appendix
142
Terminal Diagram
142
Signal List
142
Application
144
Installation and Setting Instructions
145
Testing
146
Appendix
147
Terminal Diagram
147
Signal List
147
Setting Table
147
Application
148
Design
149
General
149
Binary Input Module
150
Binary Output Module
151
Input/Output Module
152
Ma Input Module
152
I/O Position
153
Configuration
155
Setting
156
Testing
157
Appendix
158
Signal List
158
Setting Table
159
Application
160
Inverter (INV)
161
And
162
Timer
162
Pulse
163
Exclusive or (XOR)
163
Set-Reset (SR)
164
Move
164
Configuration
166
Setting
166
Testing
167
Appendix
168
Terminal Diagram
168
Signal List
171
Setting Table
174
Table of Contents
176
Application
180
Design
180
Three-Phase Front Logic
180
Single-Phase Front Logic
181
Tripping Logic Circuits
182
Testing
185
Appendix
186
Terminal Diagrams
186
Signal List
186
Setting Table
187
Application
188
Synchronism Check
188
Energizing Check
190
Voltage Selection
191
Voltage Selection for a Single Busbar
192
Voltage Selection for a Double Bus
195
Theory of Operation
196
Synchro Check
196
Voltage-Selection
197
Operation
198
Input Phase
200
Umeasure
200
Uselection
200
Autoenerg and Manenerg
200
Testing
201
Test Equipment
201
Synchro-Check Tests
201
Test of Voltage Difference
201
Test of Phase Difference
203
Test of Frequency Difference
204
Test of Reference Voltage
204
Test of Energizing Check
204
Test of Dead Line Live Bus (DLLB)
204
Dead Bus Live Line (DBLL)
205
Energizing in both Directions (DLLB or DBLL)
206
Test of Voltage Selection
206
Appendix
208
Terminal Diagrams
208
Signal List
208
Setting Table
209
Application
210
Synchronism Check
210
Energizing Check
212
Voltage Selection
213
Fuse Failure and Voltage OK Signals
214
Theory of Operation
215
Synchro Check
215
Operation
216
Input Phase
218
Umeasure
218
Autoenerg and Manenerg
218
Testing
219
Test Equipment
219
Synchro-Check Tests
219
Test of Voltage Difference
219
Test of Phase Difference
221
Test of Frequency Difference
222
Test of Reference Voltage
222
Test of Energizing Check
222
Test of Dead Line Live Bus (DLLB)
222
Dead Bus Live Line (DBLL)
223
Energizing in both Directions (DLLB or DBLL)
224
Appendix
225
Setting Table
226
Application
228
Measuring Principle
228
Design
229
Settings
230
Testing
231
Appendix
234
Terminal Diagrams
234
Signal List
235
Setting Table
235
Application
236
Theory of Operation
237
Input and Output Signals
238
AR Operation
239
Function Logic
240
Start and Control of the Auto-Reclosing
240
Long Trip Signal
241
Reclosing Programs
241
1/3Ph Reclosing
241
Evolving Fault
242
AR01-P3PH, Prepare Three-Phase Trip
242
Blocking of a New Reclosing Cycle
242
Reclosing Checks and Reclaim Timer
242
Pulsing of CB Closing Command and Incrementing the Operation Counters
243
Transient Fault
243
Permanent Fault
244
Setting
245
Recommendations Regarding Input Signals
245
Recommendations for Output Signals
246
Testing
247
Suggested Testing Procedure
247
Preparations
247
Check that the AR Function Works
248
Check that Reclosing Does Not Occur When It Is Not Meant To5-71
248
Termination of the Test
249
Diagrams
250
Appendix
257
Terminal Diagrams
257
Signal List
259
Setting Table
260
Application
262
Theory of Operation
264
Input and Output Signals
265
Measuring Principles
266
Retrip Functions
267
Back-Up Trip
268
Setting
268
Man-Machine Interface (MMI)
268
Testing
269
Preparations
269
Check that the Protection Does Not Trip When Set Passive
270
Check that the Protection Can be Started from All Start Inputs
270
Check that the Retrip Function Works
270
Check that the Back-Up Trip Function Works
271
Terminate the Test and Restore the Equipment to Normal State
271
Application
274
Design
274
Measuring Principle
274
Setting
275
Testing
276
General
276
Appendix
279
Terminal Diagrams
279
Signal List
280
Setting Table
280
Table of Contents
282
Introduction
286
Application
287
General
287
Operator Place
287
Selection and Reservation
289
Automatic Functions
291
Manual Updating of Indications
292
Blockings
292
Command Supervision
292
Supervision of Operating Apparatus
293
Synchro-Check
293
Design
294
General
294
Standard Modules
295
Baycon
298
Comcon
303
Swicon
305
Blkcon
308
Configurations
310
General
310
Connections to Other Functions
311
Reservation Function
311
Operator Place Selection
319
Remote Control
324
Local Panel (Back-Up Panel)
325
Built-In MMI
326
Interlocking
326
Autoreclosing
330
Protections
331
Pole Discordance Protection
331
Command Output Module
332
Setting
335
Testing
335
Table of Contents
516
Information Subgroups
520
Mean Values
520
Differential Values
520
Phasors
521
Synchronising Values
521
Logical Signals
521
Different I/O Units
521
Counters Within the Autoreclosing Function
522
Directionality
522
Disturbance Report
522
Active Group
523
Internal Time
523
Introduction
520
Application
524
User-Defined Measuring Ranges
524
Continuous Monitoring of the Measured Quantity
525
Continuous Supervision of the Measured Quantity
525
Amplitude Dead-Band Supervision
526
Integrating Dead-Band Supervision
526
Periodic Reporting
527
Periodic Reporting with the Dead-Band Supervision in Parallel
527
Periodic Reporting with the Dead-Band Supervision in Series
527
Design and Measuring Principle
528
Setting
530
Testing
531
Appendix
532
Terminal Diagram
532
Signal List
533
Setting Table
534
Application
536
User-Defined Measuring Ranges
537
Continuous Monitoring of the Measured Quantity
537
Continuous Supervision of the Measured Quantity
538
Amplitude Dead-Band Supervision
538
Integrating Dead-Band Supervision
538
Periodic Reporting
539
Periodic Reporting with the Dead-Band Supervision in Parallel7-20
539
Periodic Reporting with the Dead-Band Supervision in Series
539
Design and Measuring Principle
540
Setting
541
Testing
543
Appendix
544
Terminal Diagram
544
Signal List
544
Setting Table
546
Application
552
Theory of Operation
552
Design
553
Setting
554
Testing
555
Appendix
556
Terminal Diagram
556
Signal List
556
Setting Table
557
Application
558
Theory of Operation
558
Setting
559
Appendix
560
Terminal Diagrams
560
Signal List
560
Setting Table
560
Application
562
Theory of Operation
563
SPA Operation
563
LON Operation
563
Design
564
SPA Design
564
LON Design
564
Setting
565
SPA Setting
565
LON Setting
566
Appendix
567
Setting Table
567
Internal Events
568
General Overview
570
General Disturbance Information
571
Indications
571
Event Recorder
571
Fault Locator
572
Trip Values
572
Disturbance Recorder
572
Recording Times
573
Analogue Signals
574
Binary Signals
574
Trig Signals
575
Manual Trig
575
Binary Trig
575
Analogue Trig
575
Settings, Introduction
576
Recording Times
578
Binary Signals
578
Analogue Signals
578
Fault Locator
579
Sequence Number
579
Settings During Test
580
Test Mode
580
Activation of Manual Triggering
580
Appendix
581
Signal List
581
Setting Table
582
Application
584
Theory of Operation
584
Testing
585
Application
586
Theory of Operation
586
Testing
587
Application
588
Recording Capacity
588
Memory Capacity
588
Recording Times
588
Triggers
588
Time Tagging
589
Theory of Operation
589
Design
591
Testing
593
4
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ABB REC 561 Specifications
General
Brand
ABB
Model
REC 561
Category
Touch terminals
Language
English
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