User Manuals: ABB Relion PML630 Controller

Manuals and User Guides for ABB Relion PML630 Controller. We have 4 ABB Relion PML630 Controller 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 MB

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 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
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

ABB Relion PML630 Operation Manual (124 pages)

Power Management, Compact Load-Shedding Solution

Brand: ABB | Category: Power distribution unit | Size: 4 MB

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
Section 8 Glossary

121

ABB Relion PML630 Point List Manual (40 pages)

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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

ABB Relion PML630 Manual (36 pages)

Load Shedding Controller IEC 61850 Point List Manual

Brand: ABB | Category: Controller | Size: 3 MB

Table of Contents
7
Section 1 Introduction

9
- This Manual
  9
- Intended Audience
  9
- Product Documentation
  9
- 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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