ABB REG316 4 Series Manuals

ABB REG316 4 Series Manuals

Manuals and User Guides for ABB REG316 4 Series. We have 1 ABB REG316 4 Series manual available for free PDF download: Operating Instructions Manual

ABB REG316 4 Series Operating Instructions Manual

ABB REG316 4 Series Operating Instructions Manual (980 pages)

Numerical Generator Protection

Brand: ABB | Category: Protection Device | Size: 10.43 MB

Table of Contents

2. Description of Hardware

11
- Table of Contents
  11
- Mechanical Design
  14
- Hardware Versions
  14
- Construction
  14
- Casing and Methods of Mounting
  14
- Front of the Protection
  14
- PC Connection
  15
- Test Facilities
  15
- Auxiliary Supply Unit
  16
- Input Transformer Unit
  16
- Main Processor Unit
  17
- Binary I/O Unit
  18
- Interconnection Unit
  18
- Injection Unit REX 010
  19
- Injection Transformer Block REX 011
  23
- Rex011
  29
- Rex011-1, -2
  35
- Testing Without the Generator
  37
3. Setting the Functions

39
- General
  42
- Library and Settings
  42
- Setting the Functions
  42
- Control and Protection Function Sequence
  43
- Repetition Rate
  43
- Computation Requirement of Protection Functions
  44
- Computing Capacity Required by the Control Function
  47
- C.t./V.t. Inputs
  48
- Protection Function Inputs and Outputs
  48
- Binary Inputs
  49
- Signalling Outputs
  49
- Frequency Range
  50
- Measured Values
  50
- Tripping Outputs
  50
- Configuring the Hardware
  51
- System Parameter Settings
  51
- Entering the C.t./V.t. Channels
  56
- Entering Comments for Binary Inputs and Outputs
  57
- Edit System Parameters
  58
- Masking Binary Inputs, Entering Latching Parameters and Definition of "Double Indications
  58
- Edit System I/O
  59
- Edit System Name
  62
- Edit System Password
  62
- Protection Functions
  63
- Transformer Differential Protection Function
  63
- Generator Differential
  91
- Definite Time over and Undercurrent
  97
- Peak Value Overcurrent
  103
- Voltage-Controlled Overcurrent
  109
- Inverse Time Overcurrent
  117
- Directional Definite Time Overcurrent Protection
  123
- Directional Inverse Time Overcurrent Protection
  131
- Definite Time NPS
  143
- Inverse Time NPS
  149
- Definite Time over and Undervoltage
  155
- Definite Time Stator Earth Fault (95 %)
  160
- Rotor E/F Protection
  173
- Interturn Protection
  175
- Peak Value Overvoltage
  177
- Underimpedance
  183
- Underreactance
  191
- Power
  203
- Stator Overload
  217
- Rotor Overload
  223
- Frequency Protection
  229
- Rate-Of-Change of Frequency Protection
  235
- Overfluxing
  239
- Inverse Time Overfluxing
  243
- Balanced Voltage
  249
- Overtemperature Protection
  257
- Stator Ground Fault
  265
- Rotor Ground Fault Protection by Injection
  287
- Pole Slipping
  297
- Inverse Definite Minimum Time Earth Fault Overcurrent Function
  309
- Breaker Failure Protection
  315
- Control Function
  331
- Control Functions
  331
- Control Function Settings - FUPLA
  333
- General
  334
- Binary Inputs
  335
- Binary Signals
  335
- Timers
  335
- Flow Chart for Measurement Inputs and Outputs
  336
- Measurement Inputs
  336
- Measurement Outputs
  336
- Loading FUPLA
  337
- Logic
  339
- Delay / Integrator
  343
- Contact Bounce Filter
  349
- LDU Events
  353
- Counter
  357
- Measurement Function
  361
- Measurement Functions
  361
- Three-Phase Current Plausibility
  367
- Three-Phase Voltage Plausibility
  371
- Disturbance Recorder
  375
- Measurement Module
  389
- Impulse Counter Inputs
  395
- Impulse Counter Operating Principle
  396
- Impulse Counter Operation
  396
- Interval Processing
  397
4. Description of Function and Application

399
- General
  402
- High-Impedance
  402
- Protection Functions
  402
- Basic Requirements
  403
- Components of a Restricted E/F Scheme
  403
- Design
  403
- Restricted E/F Protection for a Transformer
  403
- General
  409
- Standstill Protection
  409
- Standstill Protection Using an Overcurrent Function
  410
- Application
  411
- Determining the Settings
  411
- Rotor Ground Fault Protection
  411
- Functional Check
  412
- Recommended Settings for R F , Respectively 'U-Setting' and T
  412
- Required Data
  412
- Checking the Wiring
  413
- Connection of a Two-Stage Scheme
  413
- Installation and Wiring
  413
- Location and Ambient Conditions
  413
- Adaptation of the Scheme in the Case of Shaft Filters
  414
- Commissioning
  414
- Connection to Excitation Systems with Shaft-Mounted Diodes
  414
- Pre-Commissioning Checks
  414
- Calibration of the Ancillary Unit Type YWX111-11/-21
  415
- Measuring the Voltage Values
  416
- Testing in Operation
  417
- Fault-Finding
  419
- Likely Causes of Problems
  419
- Maintenance
  419
- Accessories and Spares
  420
- Appendices
  420
- Application of the Underreactance Protection Function
  424
- Introduction
  424
- Monitoring a Given Load Angle
  424
- Out-Of-Step Conditions
  424
- Principle of Operation
  429
- Stator Ground Fault Protection for Generators in Parallel
  429
- Busbar Ground Faults
  431
- Ferroresonance Damping Resistor R P
  431
- Ground Fault Protection During Start-Up
  431
- Grounding Transformer
  431
- Contactor
  432
- Grounding Resistor R E
  432
- Residual Current C.t
  432
- Protection Sensitivity
  433
- Required REG 316*4 Functions
  433
- 100% Stator and Rotor Ground Fault Protection
  437
- Breaker Failure Protection
  440
- Introduction
  440
- Redundant Trip
  441
- Three-Phase/ Single-Phase Mode
  441
- Backup Trip
  442
- Remote Trip
  442
- Retrip
  442
- Unconditional Trip
  442
- End Fault Trip
  443
- External Trip
  443
5. Operation (Hmi)

445
- Installation and Starting the Operator Program
  450
- Installing the Operator Program
  450
- PC Requirements
  450
- Starting and Shutting down the Operator Program
  453
- General
  455
- Operation
  455
- Standard Key Functions Applicable to All Menus
  455
- Information Displayed on the Screen
  456
- Using the Mouse
  456
- Main Menu and Sub-Menus
  457
- Editor
  464
- Present Prot. Funcs
  465
- Changing a Function Comment
  467
- Changing the Settings of a Function
  467
- Copying a Function
  469
- Deleting a Function
  470
- Adding a New Function
  472
- General Information on Editing Parameters
  472
- Entering Numerical Settings
  473
- Selecting from a List of Alternatives
  474
- C.t./V.t. Input Channels
  476
- Explanation of the Types of Channels
  476
- Signalling Channels
  477
- Tripping Channels
  483
- Binary Channels
  484
- Editing Hardware Functions
  491
- Inserting a Channel Comment
  496
- Analog (CT/VT) Channels
  497
- Excluding (Masking) Binary Channels as Events
  498
- Definition of Double Signals
  499
- Tripping and Signalling Channel Latching
  499
- Editing System Functions
  502
- Listing Settings
  505
- Saving the Contents of the Editor
  506
- Downloading to the Device
  507
- Saving in and Loading from a File
  507
- Event Handling and Operation of the Disturbance Recorder
  508
- Displaying AD(CT/VT) Channels
  513
- Displaying Variables
  513
- Displaying Load Values
  514
- Displaying Analogue Inputs and Outputs
  515
- Displaying Binary Inputs, Signalling Relays, Led's or Tripping Relays
  515
- Displaying ITL Inputs and Outputs
  516
- Displaying SCS Outputs
  517
- Displaying FUPLA Signals
  518
- Diagnostics
  519
- Test Functions
  520
- Documentation
  527
- Operation with Several Sets of Parameters
  528
- Switching Sets of Parameters
  528
- Assigning a Protection Function to a Set of Parameters
  529
- Creating Sets of Parameters
  529
- Copying a Protection Function with Its Settings
  530
- Displaying a Function with Its Settings
  531
- Logics
  531
- Configuring a New Station
  533
- Installation
  533
- Remote HMI Shell
  533
- Establishing the Connection to the Station
  538
- Configuring a Remote HMI for Operation Via the SPA-BUS Interface
  539
- Remote HMI Connected Directly to the Electro-Optical Converter
  539
- Remote HMI Connected Via a Modem to the Electro-Optical Converter
  540
- Configuring a Remote HMI Connected to an SRIO
  541
- Remote HMI Connected Directly to the SRIO
  541
- Remote HMI Connected Via a Modem to the SRIO
  542
- Control Via an SPA-BUS or an SRIO
  543
- Local Control of a Device Via the Interface at the Front
  543
- Remote HMI Right of Access to Device Functions
  543
- HMI Start-Up
  544
- Spacomm Window
  545
- General Description
  547
- Limitations
  547
- Local Display Unit
  547
- Mechanical Assembly and Front View
  547
- Electrical Connections
  548
- Passive Operation
  548
- Password
  548
- LDU Keypad
  549
- General
  550
- The Three Status Led's
  550
- No Active Protection Functions
  551
- Normal Operation
  551
- Pick-Up of a Protection Function (General Start)
  551
- Protection Function Trip (General Trip)
  551
- Fatal Device Error
  552
- General
  552
- Interdependencies
  552
- Language
  552
- Text Display (LCD)
  552
- Configuration
  553
- Menu Structure
  553
- Entry Menu
  554
- Main Menu
  554
- AD-Channels
  556
- Binary Signals
  556
- Eventlist
  556
- Measurands
  556
- User's Guide
  562
- Diagnosis Information
  563
- Diagnostics Menu
  563
- Disturbance Recorder List
  563
- IBB Status Information
  564
- Process Bus Information
  564
- LED Descriptions
  565
- RESET Menu
  566
- Automatic Display
  567
- Automatic Display Cycle
  567
- Automatic Display Sequence
  567
- General Description
  567
- Stopping the Automatic Display Routine
  567
- Installing SMS010 and 'Reporting' and 'SM/RE.316*4' for SMS010
  568
- Sms010
  568
- Main Menu
  569
- SMS010 Editor
  569
- Sub-Menu 'SMS010 Editor
  570
- Descriptions of the Various Menu Items
  571
- Menu Item 'Edit Event. Dsc' for Processing Event.dsc
  571
- Menu Item 'Edit Logging. Dsc' for Processing Logging.dsc
  573
- Menu Item 'Create New DSC Files
  574
- Creating a Station after Installing SMS010
  575
- Creating the Application Structure
  575
- Updating the Spin.cnf File
  579
- Creating a Report Station
  581
- Entering the SRIO Address for 'Reporting
  582
6. Self-Testing and Monitoring

585
- Monitoring the Auxiliary Supply
  586
- Monitoring the Firmware
  586
- Self-Testing and Monitoring
  586
- Summary
  586
- Diagnostic Events
  587
- Monitoring the Hardware
  587
- Device Diagnosis
  590
- HEX Dump
  592
- IBB Information
  592
- SPA Bus
  592
- LON Bus
  593
- Mvb
  595
- Resetting SCS Data
  597
- RIO Information
  597
- VDEW Bus
  597
- Load SCS Mask
  598
7. Installation and Maintenance

599
- Checking the Shipment
  601
- Installation
  601
- Place of Installation and Ambient Conditions
  601
- Guidelines for RF Grounding
  602
- Guidelines for Wiring Rack Assemblies
  604
- Checking the C.t. Connections
  607
- Checking the Auxiliary Supply Connections
  608
- Checking the V.t. Connections
  608
- Checking the Duty of the Tripping and Signalling Contacts
  609
- Checking the Opto-Coupler Inputs
  609
- Commissioning
  610
- Connecting the Setting and Control PC
  610
- Minimum PC Requirements
  610
- PC Connecting Cable
  610
- Serial Interface Parameters
  610
- Connecting the Binary Inputs and Outputs
  611
- Connecting the Equipment to the Auxiliary D.C. Supply
  611
- Connecting V.t. and C.t. Circuits
  612
- Commissioning Tests
  613
- Connecting Optical Fibre Cables for the Longitudinal Differential Protection
  613
- Fault-Finding
  615
- Maintenance
  615
- Stand-By LED on the Frontplate
  615
- Human/Machine Interface
  616
- Restarting
  617
- Deleting the Settings and the Program and Downloading a New Program
  619
- Settings
  619
- Software Updates
  619
- Problems Transferring the New Software
  621
- Replacing Hardware Units
  623

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