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Relion PML630
ABB Relion PML630 Manuals
Manuals and User Guides for ABB Relion PML630. We have
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ABB Relion PML630 manuals available for free PDF download: Technical Manual, Operation Manual, Point List Manual, Manual
ABB Relion PML630 Technical Manual (380 pages)
Power Management
Brand:
ABB
| Category:
Controller
| Size: 7.99 MB
Table of Contents
Table of Contents
7
Section 1 Introduction
21
This Manual
21
Intended Audience
21
Product Documentation
22
Product Documentation Set
22
Document Revision History
22
Related Documentation
23
Symbols and Conventions
23
Symbols
23
Document Conventions
24
Functions, Codes and Symbols
24
Section 2 PML630 Overview
27
Overview
27
Product Version History
28
PCM600 and IED Connectivity Package Version
28
Local HMI
29
Display
29
Leds
32
Keypad
32
Web HMI
33
Command Buttons
34
Authorization
35
Communication
36
Section 3 Basic Functions
39
User Authentication
39
Authority Check ATHCHCK
39
Functionality
39
Operation Principle
39
Settings
40
Authority Status ATHSTAT
40
Function Block
40
Functionality
41
Operation Principle
41
Settings
41
Signals
41
Local Human-Machine Interface LHMI
42
Local HMI Screen Behaviour
42
Settings
42
Local HMI Signals
42
Function Block
42
Signals
43
Basic Part for the LED Indication Module
43
Function Block
43
Functionality
43
Operation Principle
44
Signals
52
Settings
53
Display Part for HMI Function Keys Control Module
53
Function Block
53
Functionality
53
Operation Principle
54
Settings
55
Signals
55
IED Identifiers TERMINALID
56
Functionality
56
Application
56
Customer-Specific Settings
56
Settings
57
Product Information
57
Functionality
57
Primary System Values PRIMVAL
57
Application
58
Settings
58
Global Phase Base Values BASEPH
58
Functionality
58
Settings
59
The Principles for Voltage Settings Given in Pu
59
Parameter Setting Group Handling
59
Functionality
59
Setting Group Handling SETGRPS
60
Settings
60
Parameter Setting Groups ACTVGRP
60
Function Block
60
Signals
60
Settings
61
Operation Principle
61
Application
62
Signal Matrix for Analog Inputs SMAI
63
Functionality
63
Signal Matrix for Analog Inputs SMAI_20_1
63
Function Block
63
Signals
63
Settings
64
Signal Matrix for Analog Inputs SMAI_20_2
66
Signals
66
Settings
67
Application
68
Operation Principle
68
Measured Value Expander Block MVEXP
71
Function Block
71
Functionality
71
Operation Principle
72
Application
72
Signals
72
Settings
73
Pulse Counter PCGGIO
73
Function Block
73
Functionality
73
Operation Principle
73
Application
75
Signals
75
Settings
76
Measured Values
76
Monitored Data
76
Technical Data
76
Fixed Signals FXDSIGN
77
Function Block
77
Functionality
77
Operation Principle
77
Application
77
Signals
78
Settings
78
Event Counter CNTGGIO
78
Function Block
78
Functionality
78
Operation Principle
78
Reporting
79
Technical Data
79
Test Mode Functionality TESTMODE
79
Function Block
79
Functionality
80
Operation Principle
80
Application
81
Signals
81
Settings
82
Disturbance Record DRRDRE
82
Disturbance Report DRRDRE
82
Function Block
82
Functionality
82
Operation Principle
83
Application
89
Monitored Data
91
Settings
91
Signals
91
Analog Input Signals A1RADR and A2RADR
92
Function Block
92
Signals
92
Settings
93
Analog Input Signals A3RADR and A4RADR
94
Function Block
94
Settings
94
Signals
94
Binary Input Signals Bxrbdr
95
Function Block
95
Settings
96
Signals
96
Technical Data
97
Self Supervision with Internal Event List
98
Functionality
98
Internal Error Signals INTERRSIG
98
Function Block
98
Settings
98
Signals
98
Internal Event List SELFSUPEVLST
98
Operation Principle
99
Internal Signals
100
Run-Time Model
102
Application
103
Technical Data
104
Time Synchronization
104
Functionality
104
Time Synchronization TIMESYNCHGEN
105
Settings
105
Time Synchronization Via SNTP
105
Time System, Summer Time Begin DSTBEGIN
106
Settings
106
Time System, Summer Time Ends DSTEND
107
Settings
107
Time Zone from UTC TIMEZONE
107
Time Synchronization Via IRIG-B
108
Settings
108
Operation Principle
108
Real-Time Clock Operation
109
Synchronization Alternatives
110
Application
111
Technical Data
112
Denial of Service
112
Functionality
112
Denial of Service, Frame Rate Control for Front Port DOSFRNT
112
Function Block
112
Monitored Data
113
Settings
113
Signals
113
Denial of Service, Frame Rate Control for LAN1 Port DOSLAN1
114
Monitored Data
114
Settings
114
Signals
114
Operation Principle
115
IEC 61850-8-1 Communication Protocol
115
Functionality
115
Communication Interfaces and Protocols
115
Application
116
Horizontal Communication Via GOOSE
118
Settings
121
Technical Data
122
GOOSE Receive GOOSEPWRFDRRCV
122
Function Block
122
Functionality
122
Signals
122
Settings
123
GOOSE Receive GOOSEPWRSRCRCV
124
Function Block
124
Functionality
124
Signals
125
Settings
126
Horizontal Communication Via GOOSE for Interlocking GOOSEINTLKRCV
127
Function Block
127
Signals
127
Settings
129
Goose Binary Receive GOOSEBINRCV
130
Function Block
130
Signals
130
Settings
131
GOOSE Function Block to Receive a Double Point GOOSEDPRCV
132
Function Block
132
Functionality
132
Operation Principle
132
Signals
132
Settings
133
GOOSE Function Block to Receive an Integer Value GOOSEINTRCV
133
Function Block
133
Functionality
133
Operation Principle
133
Signals
134
Settings
134
GOOSE Function Block to Receive a Measurand Value GOOSEMVRCV
135
Function Block
135
Functionality
135
Operation Principle
135
Signals
135
Settings
136
GOOSE Function Block to Receive Data Sets Required for Load Shedding GOOSEINTMVRCV
136
Function Block
136
Functionality
137
Signals
137
Settings
138
GOOSE Function Block to Receive a Single Point Value GOOSESPRCV
138
Function Block
138
Functionality
138
Operation Principle
138
Signals
139
Settings
139
IEC 61850 Generic Communication I/O Function SPGGIO
140
Function Block
140
Functionality
140
Operation Principle
140
Application
140
Signals
140
Settings
140
Sp16Ggio
141
Function Block
141
Functionality
141
Operation Principle
141
Monitored Data
142
Settings
142
Signals
142
IEC 61850 Generic Communication I/O Function MVGGIO
143
Function Block
143
Functionality
143
Application
144
Operation Principle
144
Settings
144
Signals
144
Monitored Data
145
IEC 61850 Generic Communication I/O Functions DPGGIO
145
Function Block
145
Functionality
145
Operation Principle
146
Settings
146
Signals
146
Configurable Logic Blocks
146
Standard Configurable Logic Blocks
146
OR Function Block
147
Inverter Function Block INVERTER
149
Controllable Gate Function Block GATE
150
PULSETIMER Function Block
150
Exclusive or Function Block XOR
151
Loop Delay Function Block LOOPDELAY
152
Timer Function Block TIMERSET
153
AND Function Block
154
Set-Reset Memory Function Block SRMEMORY
156
Reset-Set with Memory Function Block RSMEMORY
157
Equality Check for Real Signals EQR
158
Equality Check for Integer Signals EQI
159
Greater than Check for Real Signals GTR
159
Greater than Check for Integer Signals GTI
160
Greater than or Equal Check for Integer Signals GEI
161
Greater than or Equal Check for Real Signals GER
161
Less than Check for Real Signals LTR
162
Less than Check for Integer Signals LTI
163
Less than or Equal Check for Integer Signals LEI
164
Less than or Equal Check for Real Signals LER
164
Not Equal Check for Real Signals NER
165
Configurable Logic Q/T
166
Not Equal Check for Integer Signals NEI
166
ORQT Function Block
167
INVERTERQT Function Block
168
Pulse Timer Function Block PULSTIMERQT
168
XORQT Function Block
169
Settable Timer Function Block TIMERSETQT
170
ANDQT Function Block
171
Set-Reset Function Block SRMEMORYQT
172
Reset-Set Function Block RSMEMORYQT
173
INVALIDQT Function Block
174
Application
176
Technical Data
176
Boolean 16 to Integer Conversion B16I
177
Function Block
177
Functionality
177
Operation Principle
177
Monitored Data
178
Settings
178
Signals
178
Integer to Boolean 16 Conversion IB16A
179
Function Block
179
Functionality
179
Operation Principle
179
Signals
179
Settings
180
Additional Arithmetic and Logic Functions
180
ADDI Function Block
180
Function Block
180
ADDR Function Block
181
Function Block
181
Functionality
181
Signals
181
DIVI Function Block
182
Function Block
182
Functionality
182
Signals
182
DIVR Function Block
183
Function Block
183
Functionality
183
Signals
183
Function Block
184
Functionality
184
MULI Function Block
184
MULR Function Block
184
Signals
184
Function Block
185
Functionality
185
Signals
185
SUBI Function Block
185
Function Block
186
Functionality
186
Signals
186
SUBR Function Block
186
Function Block
187
Functionality
187
ITOR Function Block
187
RTOI Function Block
187
Signals
187
Function Block
188
Functionality
188
MINMAXR Function Block
188
Signals
188
Function Block
189
Functionality
189
Signals
189
SWITCHI Function Block
189
Function Block
190
Functionality
190
Signals
190
SWITCHR Function Block
190
Factory Settings Restoration
191
GATEWAY Function Block
191
Signals
191
SYSTEMTIME Function Block
191
WEBSERVER Function Block
192
Section 4 Protection Functions
193
Multipurpose Analog Protection MAPGAPC
193
Identification
193
Function Block
193
Functionality
193
Operation Principle
193
Application
195
Signals
195
Settings
195
Measured Values
196
Monitored Data
196
Technical Data
196
Section 5 Supervision Functions
197
Station Battery Supervision SPVNZBAT
197
Identification
197
Function Block
197
Functionality
197
Operation Principle
197
Application
199
Signals
199
Settings
200
Measured Values
200
Monitored Data
201
Technical Data
201
Section 6 Measurement Functions
203
Three-Phase Current CMMXU
203
Identification
203
Function Block
203
Signals
203
Settings
204
Monitored Data
205
Technical Data
206
Section 7 Power Management Functions
207
Load-Shedding
207
Load-Shedding Principles and Terminology
208
Power Flow Sign Conventions
210
Compensated Circuit Breaker Status
211
Load-Shedding Trigger
212
Fast Load-Shedding Trigger
212
Slow Load-Shedding Trigger
212
Manual Load-Shedding Trigger
213
Extended Load-Shedding Trigger
213
Load-Shedding Blocking
214
Power Data Holding and Delay
215
Load-Shedding Functions
216
Power Source Circuit Breaker Function PSCSWI
216
Load Busbar Monitoring Function LDMMXU
216
Network Circuit Breaker Function NCBDCSWI
216
Network Power Monitoring Function NPMMXU
216
Contingency Based Load-Shedding Function LSCACLS
217
Load-Shedding Trip Command Function LSPTRC
219
Subnetwork Output Function SNWRCLS
219
Peer-To-Peer Load-Shedding Function PPLSGGIO
220
Power-Source Circuit Breaker PSCSWI
220
Identification
220
Function Block
221
Functionality
221
Operation Principle
222
Power Monitoring
222
Block Logic
224
Compensated CB Status
226
General Logic
226
Fast Load Shed Trigger Logic
228
Over Current Based Load Shed
228
Demand Based Load Shed
230
Slow Load Shed Logic
232
Binary to Integer Module
234
Signals
236
Settings
237
Measured Values
239
Monitored Data
240
Technical Data
241
Load Busbar Monitoring LDMMXU
241
Identification
241
Function Block
242
Functionality
242
Operation Principle
243
Power Monitoring
243
Compensated CB Status
244
Load Inhibit Logic
244
Shed Priority Logic
245
Signals
246
Settings
248
Measured Values
250
Monitored Data
252
Network Circuit Breaker NCBDCSWI
254
Identification
254
Function Block
254
Functionality
254
Operation Principle
255
Power Monitoring
255
Block Logic
257
Compensated Circuit Breaker Status
260
FLS Trigger Logic
261
General Logic
262
Binary to Integer
264
Signals
265
Settings
266
Measured Values
266
Monitored Data
267
Network Power Monitoring NPMMXU
267
Identification
267
Function Block
268
Functionality
268
Operation Principle
268
Configuration Check
270
Test Request Logic
270
Adjacent Area LS Data Handle
271
Source1/Source2 LS Data Handle
272
General Logic
274
Power Monitoring
274
Load-Shed Sharing Mode
276
Busbar Logic
277
Binary to Integer
278
Signals
280
Settings
281
Measured Values
281
Monitored Data
282
Contingency Based Load-Shedding LSCACLS
282
Identification
282
Function Block
283
Functionality
283
Operation Principle
284
Network Determination
285
LS Blocking and Trigger
287
Load Busbar Monitoring
292
Load Generation Balance
292
Manual LS Selection
295
Subnetwork Priority Calculation
295
General Logic
299
Peer Load Shed Logic
299
Load Busbar Command
300
Signals
302
Settings
305
Measured Values
306
Monitored Data
306
Load-Shed Trip Command LSPTRC
308
Identification
308
Function Block
309
Functionality
309
Operation Principle
309
General Logic
310
Signals
310
Measured Values
311
Monitored Data
311
Output Interface for Subnetworks SNWRCLS
312
Identification
312
Function Block
312
Functionality
312
Operation Principle
312
General Logic
314
Signals
315
Monitored Data
316
Peer-To-Peer Load-Shedding PPLSGGIO
317
Identification
317
Function Block
318
Functionality
318
Operation Principle
318
General Logic
319
Signals
320
Monitored Data
320
Section 8 Control Functions
323
Position Evaluation POS_EVAL
323
Identification
323
Function Block
323
Functionality
323
Operation Principle
323
Settings
324
Signals
324
Section 9 General Function Block Features
325
Definite Time Characteristics
325
Definite Time Operation
325
Current-Based Inverse Definite Minimum Time (IDMT)
330
Characteristics
330
IDMT Curves for Overcurrent Protection
330
Standard Inverse-Time Characteristics
332
RI and RD-Type Inverse-Time Characteristics
347
User-Programmable Inverse-Time Characteristics
347
Reset in Inverse-Time Modes
350
Section 10 Device's Physical Connections
361
Protective Earth Connections
361
Inputs
362
Measuring Inputs
362
Auxiliary Supply Voltage Input
362
Binary Inputs
363
Outputs
364
Irf
364
Communication Connections
364
Ethernet RJ-45 Front Connection
364
Communication Interfaces and Protocols
365
Ethernet Connection for Station Communication
365
Optical Serial Rear Connection
365
Recommended Third-Party Industrial Ethernet Switches
365
Terminal Diagrams
366
Section 11 Technical Data
367
Section 12 Device and Functionality Tests
371
Section 13 Applicable Standards and Regulations
375
Section 14 Glossary
377
Advertisement
ABB Relion PML630 Operation Manual (124 pages)
Power Management, Compact Load-Shedding Solution
Brand:
ABB
| Category:
Power distribution unit
| Size: 4.81 MB
Table of Contents
Table of Contents
9
Section 1 Introduction
13
This Manual
13
Intended Audience
13
Product Documentation
14
Product Documentation Set
14
Document Revision History
14
Related Documentation
15
Symbols and Conventions
15
Symbols
15
Document Conventions
16
Functions, Codes and Symbols
16
Section 2 Environmental Aspects
19
Sustainable Development
19
Disposal of a Device
19
Section 3 IED Overview
21
Overview
21
Local HMI
22
Display
23
Leds
26
Keypad
26
Local HMI Functionality
29
Protection and Alarm Indication
29
IED Modes
31
Parameter Management
31
Load-Shedding Application Modes
32
Front Communication
33
Single-Line Diagram
34
Web HMI
35
Command Buttons
36
Authorization
37
Communication
37
PCM600 Tool
38
Connectivity Packages
39
PCM600 and IED Connectivity Package Version
39
Section 4 Using the HMI
41
Using the Local HMI
41
Logging on
41
Identifying the Device
43
Logging off
43
Turning the Display Backlight on
43
Adjusting the Display Contrast
45
Changing the Local HMI Language
45
Menu Structure
46
Navigating in the Menu
46
Scrolling the Display
46
Changing the Default View
47
Using Function Buttons
47
Using the Single-Line Diagram
48
Browsing Setting Values
49
Editing Values
50
Editing Numerical Values
51
Editing Enumerated Values
53
Saving Settings
54
Clearing and Acknowledging
55
Accessing IED Settings Using the Local HMI
56
Using the Local HMI Help
56
Using the Clear Menu
63
Executing the Manual Load Shed Command from the LHMI
67
Using the Web HMI
69
Logging in
70
Logging out
70
Identifying the Device
71
Navigating in the Menu
72
Menu Structure
73
Setting Parameters in Web HMI
73
Editing Values
78
Committing Values
80
Accessing IED Settings Using Web HMI
82
Clear Menu
84
Monitoring the Device Status on IED
84
Executing Manual Load-Shedding Commands
85
Selecting the Event View
86
COM600 Operational Aspects for Load-Shedding
87
Section 5 IED Operation
97
Normal Operation
97
IED Parametrization
97
Settings for Device Functionality
98
Settings for Different Operating Conditions
98
Section 6 Operating Procedures
99
Monitoring
99
Indications
99
Monitoring Alarm Data
99
Using Auto-Indication Messages
99
Monitoring an Internal IED Fault
100
Monitoring Condition Monitoring Data
101
Monitoring the IED Using the Local HMI
101
Controlling
104
Resetting the IED
104
Clearing and Acknowledging Via the Local HMI
104
Changing the IED Functionality or Behaviour
105
Setting the IED into Test Mode
105
Browsing and Editing Setting Group Values
109
Activating Leds
113
Section 7 Troubleshooting
115
Fault Tracing
115
Identifying Hardware Errors
115
Identifying Runtime Errors
115
Identifying Communication Errors
115
Checking the Communication Link Operation
116
Checking the Time Synchronization
116
Running the Display Test
116
Indication Messages
117
Internal Faults
117
Warnings
118
Additional Indications
118
Correction Procedures
118
Factory Settings Restoration
118
Changing and Setting the Password
118
Identifying IED Application Problems
119
Section 8 Glossary
121
ABB Relion PML630 Point List Manual (40 pages)
Power Management Compact Load-Shedding Solution
Brand:
ABB
| Category:
Measuring Instruments
| Size: 1.6 MB
Table of Contents
Power Management
1
Table of Contents
7
Section 1 Introduction
9
This Manual
9
Intended Audience
9
Product Documentation
10
Product Documentation Set
10
Document Revision History
10
Related Documentation
11
Symbols and Conventions
11
Symbols
11
Document Conventions
11
Functions, Codes and Symbols
12
Section 2 Logical Node List
15
Logical Nodes
15
Section 3 Logical Node Extensions
17
New Logical Nodes
17
Lscacls
17
Psacls
18
Lscccls
19
Snwlrcls
19
Snwarcls
20
Lscrcls
21
Extended Logical Nodes
23
Lln0
24
Ldlln0
24
Lslln0
24
Snwlln0
25
Ncbdlln0
25
Lsclln0
25
Pslln0
26
Pplslln0
26
Lscgapc
26
Lsptrc
27
Pscswi
27
Psmmxu
28
Psmmtr
28
Psptoc
29
Npmmxu
30
Ncbdcswi
30
Ncbdmmxu
31
Ldcswi
31
Ldmmxu
31
Pplsggio
32
Spggio
33
Drrdre
33
Dpggio
34
Mapgapc
34
CNTGGIO Revision 1
34
Mvggio
35
Spvnzbat
36
Section 4 Glossary
37
Advertisement
ABB Relion PML630 Manual (36 pages)
Load Shedding Controller IEC 61850 Point List Manual
Brand:
ABB
| Category:
Controller
| Size: 3.51 MB
Table of Contents
Table of Contents
7
Section 1 Introduction
9
This Manual
9
Intended Audience
9
Product Documentation
9
Product Documentation Set
9
Document Revision History
10
Related Documentation
11
Symbols and Conventions
11
Symbols
11
Document Conventions
11
Functions, Codes and Symbols
12
Section 2 Logical Node List
15
Logical Nodes
15
Section 3 Logical Node Extensions
17
New Logical Nodes
17
Lscacls
17
Pwsacls
18
Lscccls
19
Snwlrcls
19
Snwarcls
20
Lscrcls
21
Extended Logical Nodes
23
Lln0
24
Ldlln0
24
Lslln0
24
Snwlln0
25
Ncbdlln0
25
Lsclln0
25
Pwslln0
26
Lscgapc
26
Lsptrc
26
Pwsgcswi
27
Pwsgmmxu
27
Pwstcswi
28
Pwstmmxu
28
Ncbdcswi
29
Ncbdmmxu
29
Ldcswi
29
Ldmmxu
30
Spggio
30
Drrdre
31
Dpggio
31
Mvggio
32
Spvnzbat
32
Section 4 Glossary
33
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