User Manuals: GE UR Series C70 Protection System

Manuals and User Guides for GE UR Series C70 Protection System. We have 1 GE UR Series C70 Protection System manual available for free PDF download: Instruction Manual

GE UR Series C70 Instruction Manual (614 pages)

Capacitor Bank Protection and Control System

Brand: GE | Category: Protection Device | Size: 10.64 MB

Table of Contents
3
Cautions and Warnings
11
Introduction to the Ur
12
1.2 Ur Overview

13
- Hardware Architecture
  13
- Software Architecture
  14
1.3 Enervista Ur Setup Software

15
1.4 Ur Hardware

26
- Mounting and Wiring
  26
1.5 Using the Relay

27
- Faceplate Keypad
  27
- Relay Passwords
  28
- Commissioning
  29
- Overview
  31
- Ordering
  33
- Replacement Modules
  36
2.2 Specifications

39
- Protection Elements
  39
- User-Programmable Elements
  42
- Monitoring
  43
Inputs

44
- Outputs
  45
D. Iec 60870-5-104

46
Communications

46
- Inter-Relay Communications
  48
- Type Tests
  49
- Approvals
  50
3.1 Description

51
- Panel Cutout
  51
- Module Withdrawal and Insertion
  56
- Rear Terminal Layout
  58
3.2 Wiring

59
- Typical Wiring
  59
- Dielectric Strength
  60
- Ct/Vt Modules
  61
- Process Bus Modules
  63
  - Transducer Inputs/Outputs
    71
  - Rs232 Faceplate Port
    72
  - Cpu Communication Ports
    72
  - Irig-B
    76
Direct Input/Output Communications

77
- Description
  77
- Fiber: Led and Eled Transmitters
  79
- Interface
  80
- Rs422 Interface
  83
- Ieee C37.94 Interface
  85
Managed Ethernet Switch Modules

88
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

98
Faceplate Interface

107
- Faceplate
  107
- Led Indicators
  108
- Custom Labeling of Leds
  111
- Display
  116
- Keypad
  116
- Breaker Control
  117
- Menus
  118
- Changing Settings
  120
Settings

125
Overview

125
- Settings Main Menu
  125
- Introduction to Elements
  128
- Introduction to Ac Sources
  129
Product Setup

132
- Security
  132
- Display Properties
  136
- Clear Relay Records
  138
- Communications
  139
- Modbus User Map
  159
- Real Time Clock
  160
- User-Programmable Fault Reports
  161
- Oscillography
  162
- Data Logger
  164
- User-Programmable Leds
  166
- User-Programmable Self Tests
  169
- Control Pushbuttons
  170
- User-Programmable Pushbuttons
  171
- Flex State Parameters
  176
- User-Definable Displays
  177
- Direct Inputs/Outputs
  179
- Installation
  187
5.3 Remote Resources

188
- Remote Resources Configuration
  188
System Setup

189
- Ac Inputs
  189
- Power System
  190
  - Signal Sources
    192
  - Breakers
    194
- Flexcurves
  201
Flexlogic

208
- Introduction to Flexlogic
  208
- Flexlogic™ Rules
  218
- Flexlogic™ Evaluation
  218
- Flexlogic™ Example
  219
- Flexlogic Equation Editor
  223
  - Flexlogic Timers
    223
  - Flexelements
    224
  - Non-Volatile Latches
    228
Grouped Elements

229
- Overview
  229
- Setting Group
  229
- Breaker Failure
  229
  - Breaker Failure
    230
  - Phase Current
    239
  - Neutral Current
    252
  - Ground Current
    264
  - Voltage Elements
    267
Control Elements

286
- Overview
  286
- Trip Bus 1
  286
  - Setting Groups
    288
  - Selector Switch
    289
  - Time of Day Timers
    295
  - Capacitor Control
    296
  - Automatic Voltage Regulator
    301
  - Digital Elements
    306
  - Digital Counters
    309
  - Monitoring Elements
    311
Status

313
- Contact Inputs
  320
- Virtual Inputs
  322
- Contact Outputs
  323
- Virtual Outputs
  325
- Remote Devices
  326
- Remote Inputs
  327
- Remote Double-Point Status Inputs
  328
- Resetting
  329
- Direct Inputs and Outputs
  330
- Iec 61850 Goose Analogs
  333
- Iec 61850 Goose Integers
  334
5.9 Transducer Inputs and Outputs

335
- Dcma Inputs
  335
- Rtd Inputs
  336
- Dcma Outputs
  338
5.10 Testing

341
- Test Mode
  341
- Force Contact Inputs
  342
- Force Contact Outputs
  343
6.1 Overview

345
- Actual Values Main Menu
  345
- Contact Inputs
  347
- Contact Outputs
  348
- Virtual Outputs
  348
- Remote Double-Point Status Inputs
  348
- Remote Devices
  349
- Digital Counters
  349
- Selector Switches
  350
- Time of Day Timers
  350
- Flex States
  350
- Ethernet
  350
- Direct Inputs
  351
- Direct Devices Status
  351
- Iec 61850 Goose Integers
  352
- Ethernet Switch
  352
6.3 Metering

353
- Metering Conventions
  353
- Sources
  356
- Capacitor Control
  360
- Capacitor Bank
  361
- Tracking Frequency
  362
- Flexelements
  362
- Iec 61580 Goose Analog Values
  363
- Transducer Inputs/Outputs
  363
Records

364
- User-Programmable Fault Reports
  364
- Event Records
  364
- Oscillography
  364
- Data Logger
  365
Product Information

366
- Model Information
  366
- Firmware Revisions
  366
Commands and

367
Commands

367
- Commands Menu
  367
- Capacitor Bank Automatic Settings
  367
- Virtual Inputs
  372
- Clear Records
  372
- Set Date and Time
  372
- Relay Maintenance
  373
- Targets Menu
  374
- Target Messages
  374
- Relay Self-Tests
  374
7.2 Targets

374
Security

379
Password Security

379
- Overview
  379
- Password Security Menu
  380
- Local Passwords
  380
- Remote Passwords
  381
- Access Supervision
  381
- Dual Permission Security Access
  382
Settings Security

384
- Settings Templates
  384
- Securing and Locking Flexlogic™ Equations
  388
- Settings File Traceability
  390
Enervista Security Management System

393
- Overview
  393
- Enabling the Security Management System
  393
- Adding a New User
  393
- Modifying User Privileges
  394
Theory of Operation

397
Overview

397
10 Application of 10.1 Arrangement of Shunt Capacitor Banks

412
- Settings
  
  412
- Overview
  415
- Externally Fused Capacitors
  415
  - Internally Fused Capacitors
    415
- Fuseless Capacitors
  415
  - Fuseless Capacitors
    416
  - Unfused Capacitors
    416
Connections of Shunt Capacitor Banks

417
- Grounded Wye-Connected Banks
  417
- Ungrounded Wye-Connected Banks
  417
- Delta-Connected Banks
  417
- H-Configuration
  417
- Tapped Configuration
  417
- Summary
  418
Protection Methods for Capacitor Banks

419
- Description
  419
- Capacitor Unbalance Protection
  419
- Protection for Rack Faults (Arc-Over Within Capacitor Bank)
  424
- Overvoltage
  424
- Overcurrent
  425
- Loss of Bus Voltage
  425
Setting Example

426
- Description
  426
- Vt and Ct Setup
  426
- Source Assignment
  427
- Bank Unbalance Calculations
  428
- Bank Voltage Differential Settings
  430
- Bank Phase Current Unbalance Settings
  432
- Bank Phase Overvoltage Settings
  433
- Bank Phase Undervoltage Settings
  434
- Bank Overcurrent Protection
  435
Parameter Lists

437
- Flexanalog Items
  437
- A.1.1 Flexanalog Items
  437
- Flexinteger Items
  468
- A.1.2 Flexinteger Items
  468
B. Modbus

469
- Communications
  
  469
- Introduction
  469
- Physical Layer
  469
- Data Link Layer
  469
- B.1.1 Introduction
  469
- Algorithm
  470
- B.1.4 Crc-16 Algorithm
  470
Modbus Rtu Protocol

469
Modbus Function Codes

471
File Transfers

474
- Obtaining Relay Files Via Modbus
  474
- Modbus Password Operation
  475
Memory Mapping

476
- Data Formats
  529
C.1 Overview

549
Iec 61850

549
- Communications
  
  549
- Introduction
  549
- Communication Profiles
  549
- C.1.2 Communication Profiles
  549
Server Data Organization

550
- Overview
  550
- Ggio1: Digital Status Values
  550
- Ggio2: Digital Control Values
  550
- Ggio3: Digital Status and Analog Values from Received Goose Datac-2
  550
- Ggio4: Generic Analog Measured Values
  550
- C.2.1 Overview
  550
- Mmxu: Analog Measured Values
  551
- Protection and Other Logical Nodes
  551
Server Features and Configuration

553
- Buffered/Unbuffered Reporting
  553
- File Transfer
  553
- Timestamps and Scanning
  553
- Logical Device Name
  553
- Location
  553
  - Logical Node Name Prefixes
    554
- Connection Timing
  554
- Non-Iec 61850 Data
  554
- Communication Software Utilities
  554
Generic Substation Event Services: Gsse and Goose

555
- Overview
  555
- Gsse Configuration
  555
- Fixed Goose
  555
- Configurable Goose
  555
- C.4.1 Overview
  555
- Ethernet Mac Address for Gsse/Goose
  557
- Gsse ID and Goose ID Settings
  558
Iec 61850 Implementation Via Enervista Ur Setup

559
- Overview
  559
- C.5.1 Overview
  559
- Configuring Iec 61850 Settings
  560
- About ICD Files
  561
- Creating an ICD File with Enervista Ur Setup
  565
- About Scd Files
  565
- Importing an Scd File with Enervista Ur Setup
  568
Acsi Conformance

570
Logical Nodes

574
- Logical Nodes Table
  574
D.1 Overview

577
- Interoperability Document
  577
- D.1.1 Interoperability Document
  577
- Point List
  585
- D.1.2 Point List
  585
Device Profile Document

587
- Dnp V3.00 Device Profile
  587
- E.1.2 Implementation Table
  590
Dnp Point Lists

594
- Binary Input Points
  594
- Binary and Control Relay Output
  595
- Counters
  596
- E.2.3 Counters
  596
- Analog Inputs
  597
- E.2.4 Analog Inputs
  597
Change Notes

599
- Changes to the C70 Manual
  599
- F.1.1 Revision History
  599
Abbreviations

604
- Standard Abbreviations
  604
- F.2.1 Standard Abbreviations
  604
Warranty

606
- Ge Multilin Warranty
  606
- F.3.1 Ge Multilin Warranty
  606

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More GE Manuals

User Manuals: GE UR Series C70 Protection System

GE UR Series C70 Instruction Manual (614 pages)

Table of Contents

1.2 Ur Overview

1.3 Enervista Ur Setup Software

1.4 Ur Hardware

1.5 Using the Relay

2.2 Specifications

Inputs

D. Iec 60870-5-104

Communications

3.1 Description

3.2 Wiring

Direct Input/Output Communications

Managed Ethernet Switch Modules

Human Interfaces

Enervista Ur Setup Interface

Extended Enervista Ur Setup Features

Faceplate Interface

Settings

Overview

Product Setup

5.3 Remote Resources

System Setup

Flexlogic

Grouped Elements

Control Elements

Status

5.9 Transducer Inputs and Outputs

5.10 Testing

6.1 Overview

6.3 Metering

Records

Product Information

Commands and

Commands

7.2 Targets

Security

Password Security

Settings Security

Enervista Security Management System

Theory of Operation

Overview

10 Application of 10.1 Arrangement of Shunt Capacitor Banks

Settings

Connections of Shunt Capacitor Banks

Protection Methods for Capacitor Banks

Setting Example

Parameter Lists

B. Modbus

Communications

Modbus Rtu Protocol

Modbus Function Codes

File Transfers

Memory Mapping

C.1 Overview

Iec 61850

Communications

Server Data Organization

Server Features and Configuration

Generic Substation Event Services: Gsse and Goose

Iec 61850 Implementation Via Enervista Ur Setup

Acsi Conformance

Logical Nodes

D.1 Overview

Device Profile Document

Dnp Point Lists

Change Notes

Abbreviations

Warranty

Related Products

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