GE C70 Manuals

Manuals and User Guides for GE C70. We have 4 GE C70 manuals available for free PDF download: Instruction Manual, Communications Manual

GE C70 Instruction Manual

GE C70 Instruction Manual (708 pages)

Capacitor Bank Protection and Control System UR Series

Brand: GE | Category: Controller | Size: 10 MB

Table of Contents

Table of Contents
3
1 Getting Started

11
- Important Procedures
  11
  - Cautions and Warnings
    11
  - Inspection Procedure
    12
- Ur Overview
  13
  - Introduction to the Ur
    13
  - Hardware Architecture
    13
  - Software Architecture
    14
- Enervista Ur Setup Software
  15
- Ur Hardware
  26
  - Mounting and Wiring
    26
  - Communications
    26
  - Faceplate Display
    26
- Using the Relay
  27
  - Faceplate Keypad
    27
  - Menu Navigation
    27
  - Menu Hierarchy
    27
  - Relay Activation
    28
  - Relay Passwords
    28
  - Flexlogic Customization
    28
  - Commissioning
    29
2 Product Description

31
- Introduction
  31
  - Overview
    31
  - Security
    33
  - Iec 870-5-103 Protocol
    37
- Order Codes
  38
  - Overview
    38
  - Order Codes with Enhanced Ct/Vt Modules
    38
  - Order Codes with Process Bus Modules
    40
  - Replacement Modules
    43
- Signal Processing
  45
  - Ur Signal Processing
    45
- Specifications
  47
  - Protection Elements
    47
  - User-Programmable Elements
    50
  - Monitoring
    51
  - Metering
    51
  - Inputs
    52
  - Power Supply
    53
  - Outputs
    53
  - Communication Protocols
    55
  - Inter-Relay Communications
    55
  - Environmental
    56
  - Type Tests
    57
  - Production Tests
    57
  - Approvals
    58
  - Maintenance
    58
3 Hardware

59
- Description
  59
  - Panel Cutout
    59
  - Rear Terminal Layout
    65
- Wiring
  66
  - Typical Wiring
    66
  - Dielectric Strength
    67
  - Control Power
    67
  - Ct/Vt Modules
    68
  - Process Bus Modules
    70
  - Contact Inputs and Outputs
    70
  - Transducer Inputs/Outputs
    78
  - Rs232 Faceplate Port
    80
  - Cpu Communication Ports
    80
  - Irig-B
    83
- Direct Input/Output Communications
  84
  - Description
    84
  - Fiber: Led and Eled Transmitters
    85
  - Interface
    86
  - Rs422 Interface
    89
  - Ieee C37.94 Interface
    91
4 Human Interfaces

95
- Enervista Ur Setup Interface
  95
  - Introduction
    95
  - Creating a Site List
    95
  - Enervista Ur Setup Overview
    95
  - Enervista Ur Setup Main Window
    97
- Extended Enervista Ur Setup Features
  99
  - Settings Templates
    99
  - Securing and Locking Flexlogic Equations
    103
  - Settings File Traceability
    105
- Faceplate Interface
  108
  - Faceplate
    108
  - Led Indicators
    109
  - Custom Labeling of Leds
    112
  - Display
    117
  - Keypad
    117
  - Breaker Control
    117
  - Menus
    118
  - Changing Settings
    121
5 Settings

122
- Overview
  125
  - Settings Menu
    125
  - Introduction to Elements
    128
  - Introduction to Ac Sources
    129
- Product Setup
  132
  - Security
    142
  - Display Properties
    148
  - Clear Relay Records
    149
  - Communications
    150
  - Modbus User Map
    188
  - Real Time Clock
    188
  - User-Programmable Fault Reports
    193
  - Oscillography
    194
  - Data Logger
    196
  - User-Programmable Leds
    198
  - User-Programmable Self Tests
    201
  - Control Pushbuttons
    202
  - User-Programmable Pushbuttons
    204
  - Flex State Parameters
    210
  - User-Definable Displays
    210
  - Direct Inputs and Outputs
    213
  - Installation
    220
  - Remote Resources Configuration
    221
- System Setup
  222
  - Ac Inputs
    222
  - Power System
    223
  - Signal Sources
    225
  - Breakers
    228
  - Disconnect Switches
    232
  - Flexcurves
    235
- Flexlogic
  242
  - Introduction to Flexlogic
    242
  - Flexlogic Rules
    254
  - Flexlogic Evaluation
    254
  - Flexlogic Example
    255
  - Flexlogic Equation Editor
    259
  - Flexlogic Timers
    259
  - Flexelements
    260
  - Non-Volatile Latches
    265
- Grouped Elements
  266
  - Overview
    266
  - Setting Group
    266
  - Breaker Failure (Ansi 50Bf)
    266
  - Phase Current
    266
  - Neutral Current
    266
  - Ground Current
    266
  - Negative Sequence Current
    266
  - Voltage Elements
    311
- Control Elements
  330
  - Overview
    330
  - Trip Bus
    330
  - Setting Groups
    332
  - Selector Switch
    334
  - Time of Day Timers
    340
  - Capacitor Control
    341
  - Automatic Voltage Regulator
    346
  - Digital Elements
    351
  - Digital Counters
    354
  - Monitoring Elements
    356
- Inputs and Outputs
  369
  - Contact Inputs
    369
  - Virtual Inputs
    371
  - Contact Outputs
    372
  - Virtual Outputs
    375
  - Remote Devices
    375
  - Remote Inputs
    377
  - Remote Double-Point Status Inputs
    378
  - Remote Outputs
    378
  - Resetting
    379
  - Direct Inputs and Outputs
    380
  - Iec 61850 Goose Analogs
    383
  - Iec 61850 Goose Integers
    384
- Transducer Inputs and Outputs
  385
  - Dcma Inputs
    385
  - Rtd Inputs
    386
  - Dcma Outputs
    388
- Testing
  391
  - Test Mode
    391
  - Force Contact Inputs
    392
  - Force Contact Outputs
    393
6 Actual Values

395
- Overview
  395
  - Actual Values Menu
    395
- Status
  395
  - Contact Inputs
    397
  - Virtual Inputs
    397
  - Remote Inputs
    397
  - Remote Double-Point Status Inputs
    398
  - Contact Outputs
    398
  - Virtual Outputs
    398
  - Remote Devices
    399
  - Digital Counters
    399
  - Selector Switches
    400
  - Time of Day Timers
    400
  - Flex States
    400
  - Ethernet
    400
  - Real Time Clock Synchronizing
    401
  - Direct Inputs
    402
  - Direct Devices Status
    402
  - Iec 61850 Goose Integers
    403
  - Remaining Connection Status
    403
  - Parallel Redundancy Protocol (Prp)
    404
  - Metering Conventions
    405
  - Sources
    408
  - Capacitor Control
    413
  - Capacitor Bank
    413
  - Tracking Frequency
    414
  - Flexelements
    414
  - Iec 61580 Goose Analog Values
    415
  - Transducer Inputs/Outputs
    415
- Records
  416
  - User-Programmable Fault Reports
    416
  - Event Records
    416
  - Oscillography
    416
  - Data Logger
    417
- Product Information
  418
  - Model Information
    418
  - Firmware Revisions
    418
7 Commands and

419
- Commands
  419
  - Commands Menu
    419
  - Capacitor Bank Automatic Settings
    419
  - Virtual Inputs
    419
  - Clear Records
    424
  - Set Date and Time
    424
  - Relay Maintenance
    425
  - Security
    426
  - Targets Menu
    426
  - Target Messages
    426
  - Relay Self-Tests
    427
8 Theory of Operation

435
- Overview
  435
  - General Operation
    435
  - Bank Phase Overvoltage (Ansi 59B)
    435
  - Voltage Differential (Ansi 87V)
    437
  - Compensated Bank Neutral Voltage Unbalance (Ansi 59Nu)
    440
  - Overview
    441
  - Phase Current Unbalance (Ansi 60P)
    444
  - Neutral Current Unbalance (Ansi 60N)
    446
  - Externally Fused Capacitors
    453
  - Internally Fused Capacitors
    453
  - Fuseless Capacitors
    454
  - Unfused Capacitors
    454
- Connections of Shunt Capacitor Banks
  455
  - Grounded Wye-Connected Banks
    455
  - Ungrounded Wye-Connected Banks
    455
  - Delta-Connected Banks
    455
  - H-Configuration
    455
  - Tapped Configuration
    455
  - Summary
    456
- Protection Methods for Capacitor Banks
  457
  - Description
    457
  - Capacitor Unbalance Protection
    457
  - Protection for Rack Faults
    462
  - Overvoltage
    462
  - Overcurrent
    463
  - Loss of Bus Voltage
    463
- Setting Example
  464
  - Description
    464
  - Vt and Ct Setup
    464
  - Source Assignment
    465
  - Bank Unbalance Calculations
    466
  - Bank Voltage Differential Settings
    468
  - Bank Phase Current Unbalance Settings
    470
  - Bank Phase Overvoltage Settings
    471
  - Bank Phase Undervoltage Settings
    472
  - Bank Overcurrent Protection
    473
10 Maintenance

475
- Modules
  475
  - Replace a Module
    475
- Batteries
  477
  - Replace Battery
    477
  - Dispose of Battery
    479
- Uninstall and Clear Files and Data
  482
- Repairs
  483
- Storage
  484
- Disposal
  485
Parameter Lists

487
- Flexanalog Items
  487
- A.1.1 Flexanalog Items
  487
- Flexinteger Items
  520
- A.1.2 Flexinteger Items
  520
Modbus Rtu Protocol

521
- Introduction
  521
- Physical Layer
  521
- Data Link Layer
  521
- B.1.1 Introduction
  521
- Modbus Rtu Crc-16 Algorithm
  522
Modbus Function Codes

524
File Transfers

528
Memory Mapping

529
- Modbus Memory Map
  529
- Data Formats
  594
- B.4.2 Data Formats
  594
Iec 61850

631
Overview

631
- Introduction
  631
- Communication Profiles
  631
- C.1.2 Communication Profiles
  631
- File Transfer by Iec 61850
  632
Server Data Organization

633
- Overview
  633
- Ggio1: Digital Status Values
  633
- Ggio2: Digital Control Values
  633
- Ggio3: Digital Status and Analog Values from Goose Data
  633
- Ggio4: Generic Analog Measured Values
  633
- C.2.1 Overview
  633
- Mmxu: Analog Measured Values
  634
- Protection and Other Logical Nodes
  634
Server Features and Configuration

636
- Buffered/Unbuffered Reporting
  636
- File Transfer
  636
- Timestamps and Scanning
  636
- Logical Device Name
  636
- Location
  636
- Logical Node Name Prefixes
  637
- Connection Timing
  637
- Non-Iec 61850 Data
  637
- Communication Software Utilities
  637
Generic Substation Event Services: Gsse and Goose

638
- Gsse Configuration
  638
- Fixed Goose
  638
- Configurable Goose
  638
- Overview
  638
- Factor and Offset Calculation to Transmit Measurand
  661
- D.1.1 Overview
  661
- Interoperability Document
  662
Iec 60870-5-104

662
- D.1.3 Interoperability Document
  662
Overview

667
- Interoperability Document
  667
- E.1.1 Interoperability Document
  667
- Point List
  675
- E.1.2 Point List
  675
Device Profile Document

677
- Dnp V3.00 Device Profile
  677
- F.1.2 Implementation Table
  680
Dnp Point Lists

684
- Binary Input Points
  684
- Binary and Control Relay Output
  685
- Counters
  686
  - F.2.3 Counters
    686
  - F.2.4 Analog Inputs
    687
Radius Server Configuration

689
Change Notes

691
- Revision History
  691
- Changes to the C70 Manual
  691
- H.1.1 Revision History
  691
Abbreviations

695
- Standard Abbreviations
  695
  - H.2.1 Standard Abbreviations
    695
  - H.3.1 Ge Multilin Warranty
    697
Warranty

698

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GE C70 Instruction Manual

GE C70 Instruction Manual (702 pages)

Capacitor Bank Protection and Control System

Brand: GE | Category: Protection Device | Size: 26 MB

Table of Contents

Table of Contents
3
1 Introduction

11
2 Product Description

15
Description

16
- Security
  17
- Order Codes
  22
- Signal Processing
  29
  - UR Signal Processing
    29
- Specifications
  31
  - Protection Elements
    32
  - User-Programmable Elements
    37
  - Monitoring
    38
  - Metering
    39
  - Inputs
    40
  - Power Supply
    41
  - Outputs
    42
  - Communications
    44
  - Inter-Relay Communications
    45
  - Cybersentry Security
    46
  - Graphical Front Panel
    46
  - Environmental
    47
  - Type Tests
    48
  - Production Tests
    48
  - Approvals
    49
  - Maintenance
    49
3 Installation

51
- Unpack and Inspect
  
  51
- Panel Cutouts
  52
  - Horizontal Units
    52
  - Vertical Units
    56
  - Rear Terminal Layout
    61
- Wiring
  64
  - Typical Wiring
    64
  - Dielectric Strength
    65
  - Control Power
    65
  - CT/VT Modules
    66
  - Process Bus Modules
    68
  - Contact Inputs and Outputs
    69
  - Transducer Inputs and Outputs
    81
  - RS232 Port
    83
  - CPU Communication Ports
    84
  - Irig-B
    86
- Direct Input and Output Communications
  87
  - Description
    87
  - Fiber: LED and ELED Transmitters
    89
  - Interface
    89
  - RS422 Interface
    93
  - IEEE C37.94 Interface
    95
- Activate Relay
  98
- Install Software
  99
  - Enervista Communication Overview
    99
  - System Requirements
    100
  - Install Software
    101
- Add Device to Software
  102
  - Set IP Address in UR
    103
  - Configure Serial Connection
    108
  - Configure Ethernet Connection
    110
  - Configure Modem Connection
    111
  - Automatic Discovery of UR Devices
    111
- Connect to the C70
  112
- Set up Cybersentry and Change Default Password
  115
- Import Settings
  116
- Connect to D400 Gateway
  117
  - Oscillography Files
    117
  - Event Records
    117
  - Log Files
    117
  - Setting Files
    118
4 Interfaces

119
- Enervista Software Interface
  
  119
- Introduction
  119
- Settings Files
  119
- Event Viewing
  120
- File Support
  121
- Enervista Main Window
  121
- Protection Summary Window
  122
- Settings Templates
  123
- Secure and Lock Flexlogic Equations
  127
- Settings File Traceability
  130
- Front Panel Interface
  133
  - Front Panel
    133
  - Front Panel Display
    135
  - Front Panel Navigation Keys
    155
  - LED Indicators
    156
  - Front Panel Labelling
    161
  - Menu Navigation
    167
  - Change Settings
    169
  - View Actual Values
    174
  - Breaker Control
    175
  - Change Passwords
    176
  - Invalid Password Entry
    177
- Logic Diagrams
  177
- Flexlogic Design Using Engineer
  179
  - Design Logic
    181
  - Send File to and from Device
    191
  - Monitor Logic
    192
  - View Front Panel and Print Labels
    193
  - Generate Connectivity Report
    194
  - Preferences
    194
  - Toolbars
    198
5 Settings

205
- Settings Menu
  
  205
- Overview
  208
  - Introduction to Elements
    208
  - Introduction to AC Sources
    209
- Product Setup
  211
  - Security
    211
  - Display Properties
    229
  - Graphical Front Panel
    231
  - Clear Relay Records
    243
  - Communications
    244
  - Modbus User Map
    311
  - Real-Time Clock
    311
  - User-Programmable Fault Report
    316
  - Oscillography
    317
  - Data Logger
    319
  - User-Programmable Leds
    321
  - User-Programmable Self Tests
    325
  - Control Pushbuttons
    325
  - User-Programmable Pushbuttons
    327
  - Flex State Parameters
    332
  - User-Definable Displays
    333
  - Direct Inputs and Outputs
    335
  - Teleprotection
    341
  - Installation
    342
- Remote Resources
  342
  - Remote Resources Configuration
    342
- System Setup
  344
  - AC Inputs
    344
  - Power System
    345
  - Signal Sources
    346
  - Breakers
    348
  - Disconnect Switch Control
    354
  - Flexcurves
    359
- Flexlogic
  366
  - Flexlogic Operands
    366
  - Flexlogic Rules
    381
  - Flexlogic Evaluation
    381
  - Flexlogic Example
    382
  - Flexlogic Equation Editor
    387
  - Flexlogic Timers
    387
  - Flexelements
    387
  - Non-Volatile Latches
    391
- Grouped Elements
  392
  - Overview
    392
  - Setting Group 1
    392
  - Phase Current
    393
  - Neutral Current
    408
  - Ground Current
    420
  - Negative Sequence Current
    423
  - Breaker Failure (ANSI 50BF)
    428
  - Voltage Elements
    438
- Control Elements
  455
  - Overview
    455
  - Trip Bus 1
    456
  - Setting Groups
    457
  - Selector Switch
    458
  - Time of Day Timers
    465
  - Capacitor Control
    467
  - Automatic Voltage Regulator
    471
  - Digital Elements
    475
  - Digital Counters
    478
  - Monitoring Elements
    480
- Inputs/Outputs
  496
  - Contact Inputs
    496
  - Virtual Inputs
    498
  - Contact Outputs
    499
  - Virtual Outputs
    502
  - Resetting
    502
  - Direct Inputs and Outputs
    503
  - Teleprotection
    507
- Transducer Inputs/Outputs
  509
  - Dcma Inputs
    509
  - RTD Inputs
    510
  - Dcma Outputs
    511
- Testing
  515
  - Test Mode Function
    515
  - Test Mode Forcing
    515
  - Force Contact Inputs
    516
  - Force Contact Outputs
    516
6 Actual Values

519
- Actual Values Menu
  
  519
- Front Panel
  521
  - Enhanced and Standard Front Panels
    521
  - Graphical Front Panel
    522
- Status
  522
  - Contact Inputs
    522
  - Virtual Inputs
    522
  - Rxgoose Boolean Inputs
    523
  - Rxgoose DPS Inputs
    523
  - Teleprotection Inputs
    523
  - Contact Outputs
    523
  - Virtual Outputs
    524
  - Rxgoose Status
    524
  - Rxgoose Statistics
    524
  - Digital Counters
    525
  - Selector Switches
    525
  - Time of Day Timers
    525
  - Flex States
    526
  - Ethernet
    526
  - Real Time Clock Synchronizing
    526
  - Direct Inputs
    527
  - Direct Devices Status
    528
  - Teleprotection Channel Tests
    528
  - Remaining Connection Status
    528
  - Parallel Redundancy Protocol (PRP)
    529
  - Txgoose Status
    529
- Metering
  530
  - Metering Conventions
    530
  - Sources
    534
  - Capacitor Control
    538
  - Capacitor Bank
    539
  - Tracking Frequency
    540
  - Flexelements
    540
  - Rxgoose Analogs
    541
  - Transducer Inputs/Outputs
    541
- Records
  541
  - User-Programmable Fault Reports
    541
  - Event Records
    542
  - Oscillography
    543
  - Data Logger
    543
  - Breaker Maintenance
    544
- Product Information
  545
  - Model Information
    545
  - Firmware Revisions
    545
7 Commands and Targets

547
- Commands Menu
  547
  - Capacitor Bank Automatic Setting
    548
  - Virtual Inputs
    552
  - Clear Records
    552
  - Set Date and Time
    553
  - Relay Maintenance
    553
  - Security
    554
- Targets Menu
  555
  - Target Messages
    555
  - Relay Self-Tests
    556
8 Application of Settings

565
- Arrangement of Shunt Capacitor Banks
  565
  - Overview
    565
  - Externally Fused Capacitors
    565
  - Internally Fused Capacitors
    566
  - Fuseless Capacitors
    566
  - Unfused Capacitors
    567
- Connections of Shunt Capacitor Banks
  567
  - Grounded Wye-Connected Banks
    567
  - Ungrounded Wye-Connected Banks
    567
  - Delta Connected Banks
    568
  - H-Configuration
    568
  - Tapped Configuration
    568
- Protection Methods for Capacitor Banks
  569
  - Overview
    569
  - Capacitor Unbalance Protection
    569
  - Protection for Rack Faults (Arc-Over Within Capacitor Banks)
    574
  - Overvoltage
    574
  - Overcurrent
    575
  - Loss of Bus Voltage
    575
- Settings Example
  575
  - Overview
    575
  - VT and CT Setup
    576
  - Source Assignment
    578
  - Bank Unbalance Calculations
    578
  - Bank Voltage Differential Settings
    580
  - Bank Phase Current Unbalance Settings
    582
  - Bank Phase Overvoltage Settings
    583
  - Bank Phase Undervoltage Settings
    584
  - Bank Overcurrent Protection
    585
9 Theory of Operation

587
- Overview
  587
10 Maintenance

607
- Devices with Site Targets
  607
- Data with Modbus Analyzer
  607
- General Maintenance
  609
- Retrieve Files
  609
  - Cybersentry Security Event Files
    610
- Convert Device Settings
  
  611
  - Compare Settings
    613
    
    Compare against Defaults
    613
- Back up and Restore Settings
  
  614
  - Copy Settings to Other Device
    613
  - Back up Settings
    614
    
    Restore Settings
    617
- Upgrade Software
  
  619
  - Upgrade Firmware
    620
  - Replace Front Panel
    621
  - Replace Module
    629
  - Battery
    630
    
    Replace Battery for SH/SL Power Supply
    630
    
    Dispose of Battery
    631
  - Clear Files and Data after Uninstall
    635
  - Repairs
    635
  - Disposal
    636
  - Storage
    636
  - A.1 Flexanalog Items
    637
Flexanalog Items

637
B Radius Server

671
- RADIUS Server Configuration
  
  671
C Command Line

673
- Command Line Interface
  
  673
- D.1 Warranty
  679
Warranty

679
Revision History

679

GE C70 Communications Manual

GE C70 Communications Manual (532 pages)

Universal Relay Family

Brand: GE | Category: Relays | Size: 3 MB

Table of Contents

Table of Contents
3
1 Introduction

7
- Products
  
  7
- Features Per Product
  7
- Communication Ports
  20
- Safety Symbols and Definitions
  20
- For Further Assistance
  20
- Modbus
  21
2 Modbus Communication

21
- Modbus RTU Protocol
  
  21
- Introduction
  21
- Configuration
  21
- Physical Layer
  21
- Data Link Layer
  22
- Modbus RTU CRC-16 Algorithm
  23
- Modbus Function Codes
  24
- File Transfers
  27
  - Obtaining Relay Files Using Modbus
    27
- Memory Map
  32
  - Modbus Memory Map
    32
6 Iec 60870-5-104

80
Communication

81
- Data Formats
  204
3 Iec 61850 Communication

239
- Overview
  239
  - Introduction
    239
  - Abstract Communication Service Interface (ASCI)
    241
  - Datasets
    244
  - Txgoose
    245
  - Rxgoose
    247
  - Reports
    248
  - Commands
    250
  - Substation Configuration Language (SCL)
    250
- Configuring the UR Using SCL
  256
  - Merge SCL File
    261
  - Configurable Logical Devices
    262
- Protocol Implementation Conformance Statement (PICS)
  262
  - Basic Conformance Statement
    262
- ACSI Conformance Statement
  263
- Model Implementation Conformance Statement (MICS)
  267
  - Master (Root) Logical Device
    268
  - Protection (Prot) Logical Device
    275
  - Control (Ctrl) Logical Device
    354
  - System Logical Device
    389
  - Meter Logical Device
    410
  - General (Gen) Logical Device
    431
  - GE Namespace
    447
  - Enumerations
    462
- SCL Implementation Conformance Statement (SICS)
  463
- PIXIT Conformance Statement
  465
- TICS Conformance Statement
  470
- SCL Logging
  472
  - Overview of Process
    472
  - SCL File Storage on UR
    473
  - Generation of CID Files
    473
  - Schema Version Used by Ur/Enervista
    473
  - CID File Processing Steps
    473
  - SCL Log File Format and Examples
    473
  - Troubleshooting Log File Errors
    475
- G2 Implementation Model for GOOSE Configuration Via SCL
  475
- E3-2.0 Implementation Model for GOOSE Configuration Via SCL
  492
  - Introduction
    492
  - Workflow
    492
  - ICD Files
    493
  - CID Files
    494
  - IID Files
    495
4 Dnp Communication

497
- Device Profile Document
  497
  - DNP 4.1 Device Profile Document
    497
  - Implementation Table
    500
- DNP Point Lists
  506
  - Binary Input Points
    506
  - Binary and Control Relay Output
    506
  - Counters
    508
  - Analog Inputs
    508
5 Iec 60870-5-103

511
- Communication
  512
- IEC 60870-5-104 Points
  526

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GE C70 Communications Manual

GE C70 Communications Manual (526 pages)

UR Family

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

Table of Contents

Table of Contents
3
1 Introduction

7
- Products
  
  7
- Features Per Product
  7
- Communication Ports
  20
- Safety Symbols and Definitions
  20
- For Further Assistance
  20
- Modbus
  21
2 Modbus Communication

21
- Modbus RTU Protocol
  
  21
- Introduction
  21
- Configuration
  21
- Physical Layer
  21
- Data Link Layer
  22
- Modbus RTU CRC-16 Algorithm
  23
- Modbus Function Codes
  24
- File Transfers
  27
  - Obtaining Relay Files Using Modbus
    27
- Memory Map
  32
  - Modbus Memory Map
    32
6 Iec 60870-5-104

80
Communication

81
- Data Formats
  203
3 Iec 61850 Communication

239
- Overview
  239
  - Introduction
    239
  - Abstract Communication Service Interface (ASCI)
    241
  - Datasets
    244
  - Txgoose
    245
  - Rxgoose
    247
  - Reports
    248
  - Commands
    250
  - Substation Configuration Language (SCL)
    250
- Configuring the UR Using SCL
  256
  - Merge SCL File
    261
  - Configurable Logical Devices
    262
- Protocol Implementation Conformance Statement (PICS)
  262
  - Basic Conformance Statement
    262
- ACSI Conformance Statement
  263
- Model Implementation Conformance Statement (MICS)
  267
  - Master (Root) Logical Device
    268
  - Protection (Prot) Logical Device
    275
  - Control (Ctrl) Logical Device
    351
  - System Logical Device
    385
  - Meter Logical Device
    406
  - General (Gen) Logical Device
    426
  - GE Namespace
    442
  - Enumerations
    457
- SCL Implementation Conformance Statement (SICS)
  458
- PIXIT Conformance Statement
  460
- TICS Conformance Statement
  465
- SCL Logging
  467
  - Overview of Process
    467
  - SCL File Storage on UR
    468
  - Generation of CID Files
    468
  - Schema Version Used by Ur/Enervista
    468
  - CID File Processing Steps
    468
  - SCL Log File Format and Examples
    468
  - Troubleshooting Log File Errors
    470
- G2 Implementation Model for GOOSE Configuration Via SCL
  470
- E3-2.0 Implementation Model for GOOSE Configuration Via SCL
  487
  - Introduction
    487
  - Workflow
    487
  - ICD Files
    488
  - CID Files
    489
  - IID Files
    490
4 Dnp Communication

491
- Device Profile Document
  491
  - DNP 4.1 Device Profile Document
    491
  - Implementation Table
    494
- DNP Point Lists
  500
  - Binary Input Points
    500
  - Binary and Control Relay Output
    500
  - Counters
    502
  - Analog Inputs
    502
5 Iec 60870-5-103

505
- Communication
  506
- IEC 60870-5-104 Points
  520

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