Doble f2250 series Manuals

Doble f2250 series Manuals

Manuals and User Guides for Doble f2250 series. We have 1 Doble f2250 series manual available for free PDF download: User Manual

Doble f2250 series User Manual

Doble f2250 series User Manual (298 pages)

Power System Simulators

Brand: Doble | Category: Test Equipment | Size: 7 MB

Table of Contents

Table of Contents
5
Preface

17
- Structure of this Manual
  18
- Document Conventions
  19
1 Overview of Features and Options

21
- Table 1.1 IEEE Relay Types Tested
  22
- Plug-In Options
  24
- Simulator Automation Options
  27
- Features
  28
- Figure 1.1 F2250 Battery Simulator Interface Panel
  33
- I/O Interface Panel
  33
  - Figure 1.2 Typical Interconnection
    34
  - System Communication
    35
- Networked Systems
  34
- Safety
  36
  - High Voltage Alarm
    36
- Automation and Remote Control
  37
  - F2010 Minicontroller
    37
  - Host Computer
    38
  - Table 1.2 Host Computer Baud Rate
    38
  - Table 1.3 Baud Rate Dip Switch Settings
    38
  - Automatic Protective Relay Testing - Protest
    39
  - Transient Testing - TRANS2
    40
  - Doblecol
    41
- Table 1.4 F2250 Board Upgrades
  42
- Upgrades and Differences from the F2153
  42
2 Operating Controls, Indicators, and Displays

43
3 Setup and Operation

71
- Set up
  71
- Multi-Unit Systems
  72
- Configuration
  78
  - Base Frequency
    78
  - Source Designations
    79
  - Table 3.3 Source Setting and Mode
    79
  - Source Parameters
    80
  - Table 3.4 Source Parameters
    80
  - Ramping
    81
  - Figure 3.2 Paddle Switch Ramp Rates - Per Second
    81
  - Timer Configuration
    82
- Options
  83
4 Principles of Operation

95
- Theory of Operation
  
  95
  - Organization
    96
  - Figure 4.1 F2250 Functional Block Diagram
    97
  - Operation
    99
    
    Turn-On
    99
    
    Event Processing
    100
  - Test Signal Generation and Control
    100
    
    Sine Wave Generation
    101
    
    Figure 4.2 Output of the DAC for Every 0.1° at 50/60 Hz
    101
    
    Amplitude Control
    102
    
    Turn-On/Turn-Off Control
    102
    
    Phase Angle Control
    103
    
    Frequency Control
    103
  - Active Sources Power Amplifiers
    104
    
    General Principles
    104
    
    Figure 4.3 Active Sources TM Power Amplifier Configurations
    105
  - Start and Stop Logic Input Operation
    106
    
    Protest/State Simulator/Trans2
    107
    
    Manual Mode
    107
    
    Table 4.1 Start - Logic 1 and Stop - Logic 2 Manual Modes
    107
  - Logic Output Operation
    110
  - Logic Output Control Mode
    111
  - Figure 4.4 Manual Mode Logic Output States
    111
  - Table 4.2 Manual Control Mode
    111
- Mode Tests
  
  112
  - Sense Mode
    112
    
    Characteristics
    112
    
    Figure 4.5 Contact Open to Close/Voltage off to on
    113
    
    Figure 4.6 Contact Close to Open/Voltage on to off
    114
    
    Figure 4.7 External Two Input Timer Mode
    115
    
    Figure 4.8 Contact Open to Close/Voltage off to on Indicator
    116
    
    Figure 4.9 Pulse Mode
    117
    
    Figure 4.10 Open to Close/Voltage off to on Indicator
    118
    
    Figure 4.11 Trip Timer Operation with System Output Interaction
    119
    
    Figure 4.12 Contact OPEN to Close/Voltage off to on Indicator
    120
    
    Figure 4.13 Contact Open to Close/Voltage off to on Indicator
    122
    
    Figure 4.14 Circuit Breaker Simulation Mode
    123
  - Using Conditioning Amplifiers with External Signal Sources
    125
    
    Input Connector Signal Levels
    126
    
    Table 4.3 Input Connector Pin Connections
    126
    
    Application
    127
    
    Figure 4.15 Typical Setup for Use of External Signal Sources
    128
    
    Figure 4.16 Schematic for Use of External Signal Sources
    128
- Minicontroller Operation
  
  129
  - Getting Started
    131
  - Figure 4.17 D-232 Interface
    131
  - Minicontroller Functions
    132
    
    Basic Functions
    134
    
    Figure 4.18 Minicontroller Basic Functions
    135
  - Mode Tests
    136
    
    PRESET/ACTION Test Modes
    137
    
    Value/ Time F2820
    139
    
    Figure 4.20 ∆VALUE/∆TIME
    139
    
    Source Resolution
    140
    
    Value Test Limits
    141
    
    Table 4.4 ∆FREQUENCY/∆TIME Ramps
    142
    
    Table 4.5 Rates Per Step Size
    142
    
    Table 4.6 Parameter Rate-Of-Change Per Second at 60 Hz
    143
    
    Table 4.7 Parameter Rate-Of-Change Per Second at 50 Hz
    144
    
    Autosense Tests
    146
    
    Figure 4.21 Autosense (PU/DO)
    146
    
    Frequency Timing Test
    147
    
    Figure 4.22 ∆Frequency Timing Test
    147
    
    Advanced Operation
    148
    
    Table 4.8 Phase Angle Ramp Range
    150
    
    Figure 4.23 M.T.A. Autosense Test
    151
    
    Multiple Sources - F2825
    152
    
    Three-Phase Fault Simulation/Autosense Reach Test
    153
    
    Figure 4.24 Three-Phase Fault Simulation - Reach Test
    153
    
    Power Swing Test
    155
    
    Figure 4.25 Power Swing - Autosense Test
    155
5 Error Messages

157
- Table 5.1 General Error Categories
  157
- Network Error Messages
  158
- Table 5.2 Network Error Messages
  158
- Internal Error Messages
  159
- Table 5.3 Internal Error Messages
  159
- Source Error Messages
  160
- Table 5.4 SOURCE Error Messages
  160
- Table 5.5 Protest Interaction Error Messages
  161
- Miscellaneous Error Message List
  162
- Table 5.6 Miscellaneous Error Message List
  162
6 Troubleshooting

163
- Test Equipment
  163
- F2250 Configuration Graphics
  164
- Figure 6.1 F2250 Faceplate Configuration
  165
- Figure 6.2 F2250 Configuration
  165
- F2250 Test Point Graphics
  166
- Figure 6.13 Amplifier Backplane
  166
- Figure 6.3 WG2 Board
  167
- Figure 6.4 TWG Board
  168
- Figure 6.5 DCT Board
  169
- Figure 6.6 TSG Board
  170
- Figure 6.7 TSG Board with Satellite
  171
- Figure 6.8 CPUIII Board
  172
- Figure 6.9 Amplifier Control Board
  173
- Figure 6.10 Battery Simulator Board
  174
- Figure 6.11 Timer Front End Board
  175
- Figure 6.12 CPU Backplane
  176
- Figure 6.14 Current Power Amplifier
  178
- Figure 6.15 Voltage Power Amplifier
  179
- Table 6.1 Basic System Checks
  180
- F2250 Unit Validation Test
  182
  - Low Voltage Power Supply
    183
- Diagnostic Flow Charts
  
  184
- Power-Up and Front Panel Diagnostics
  
  189
  - Error Detection and Handling
    189
    
    Network Errors
    190
    
    Internal Errors
    190
    
    Source Errors
    191
    
    Figure 6.20 Typical Internal System Error Message Display
    191
  - Initialization Diagnostics
    192
    
    Configuration Displays and Messages
    192
    
    Table 6.2 Initial Configuration Messages
    193
    
    CPU Backplane Boards Power up LED Sequence
    194
    
    Table 6.3 LED Power up Sequencing
    194
  - Run-Time Diagnostics
    195
  - Table 6.4 Run-Time Error Codes
    195
  - Source Diagnostics
    197
    
    ER (Output Error)
    198
    
    Table 6.5 er Indications
    199
    
    TM (Thermal Management)
    200
    
    Table 6.6 Normal TM Indications
    200
    
    PS (Power Supply)
    201
    
    OT (Over-Temperature)
    201
    
    TR (Trip)
    201
    
    Internal Amplifier 5 V Error
    202
    
    No Output
    203
    
    Battery Simulator Diagnostics
    204
  - F2250 System Checks
    205
    
    Circuit Breaker and Fan
    205
    
    Table 6.7 Circuit Breaker and Fan Voltage Test
    205
    
    Low Voltage Power Supply
    206
    
    Table 6.8 Low-Voltage Power Supply Test
    206
    
    Table 6.9 Low Voltage Power Supply Test
    207
    
    High Voltage Power Supply
    208
    
    Table 6.10 High Voltage Power Supply Test
    208
    
    Table 6.11 High Voltage Power Supply AC Input Test
    208
    
    Amplifier Module and Amplifier Control Board Tests
    209
Appendix A. Field Replaceable Units

211
- F2250 Configuration Graphics
  211
- Figure A.1 F2250 Faceplate Configuration
  212
- Figure A.2 F2250 Configuration
  212
- Voltage Amplifier Module
  213
- Current Amplifier Module
  214
- Digital Contact Timer Board
  215
- Amplifier Control Board
  216
- CPUIII Board
  217
- Waveform Generator Board (WG2) or TWG
  218
- Timing State Generator Board (TSG
  219
- Figure A.3 TSG Board - PAL Chip Location
  220
- Low Voltage Power Supply
  221
- Figure A.4 Mounting Rail Screws
  221
- AC Front End (High Voltage Power Supply
  223
- Figure A.5 Mounting Rail Screws
  223
- Table A.1 AC Front End Wire Connections
  224
- Fan
  226
- Figure A.6 Mounting Rail Screws
  226
- Front Panel
  227
- Figure A.8 Timer Front End Board - Back View
  228
- Timer Front End
  231
- Figure A.10 Timer Front End Board - Back View
  232
Appendix B. Field Upgrades

235
Appendix C. F2250 Specifications

267
- Frequency
  267
- Table C.1 Frequency
  267
- Voltage and Current Outputs
  268
- Table C.2 Voltage and Current Output
  268
- Logic Outputs and Inputs
  271
- Table C.3 LOGIC OUTPUT
  271
- Table C.4 Logic Input
  272
- Multi-Mode Digital Timer
  273
- Battery Simulator
  273
- Table C.5 Multi-Mode Digital Timer
  273
- Table C.6 Battery Simulator
  273
- General Specifications
  275
- Table C.7 General Specifications
  275
- F2010 Minicontroller Automation Resolution
  276
- Table C.8 Minicontroller Resolution
  276
- External Interface Connections
  277
- Physical Specifications
  277
- Table C.9 External Interface Connections
  277
- Table C.10 F2250 Physical Specifications
  277
Appendix D. Part Numbers Reference

279
- Table D.1 Boards/Modules
  279
- Table D.2 Assemblies
  280
- Table D.3 Cables and Connectors
  281
Appendix E. Drawing Reference

283
Index

293

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