Deif PPM 300 - Page 138

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Table 4.41 Default parameters

Parameter Range Default

Set point 70 to 250 % 200 %

Delay 0 s to 1 h 0.3 s

Enable Not enabled, Enabled Not enabled

Latch Not enabled, Enabled Enabled

Action Trip bus tie breaker

Inhibit Bus tie breaker open

DESIGNER'S HANDBOOK 4189340911K UK Page 138 of 521

Main Page

Default Chapter2
- Table of Contents2
About the Designer's Handbook18
- Recommended Design Process19
- Software Versions20
- List of Technical Documentation for PPM 30021
Warnings and Safety22
- Automatic and Remote-Controlled Starts23
Legal Information24
- Description25
2.1 Description26
- Controller Types26
- Understanding the System Versatility27
- Maximum Number of Controllers30
- Priority of Input Sources31
- Power Management System Control32
- Switchboard Control33
- Automatic (AUTO) Mode37
- Semi-Automatic (SEMI) Mode38
- Controller Unpowered39
Functions40
- AC Configuration44
- Source] and [Busbar] for each Controller Type46
- Busbar] AC Configuration49
- Voltage and Frequency as Digital Outputs50
- Nominal Settings51
3.2 Nominal Settings53
- Nominal Power Calculations53
AC Measurements as Analogue Outputs54
- Busbar] AC Measurements59
- Th Current Input60
Source AC Protections61
- Source] Over-Voltage (ANSI 59)62
- Source] Under-Voltage (ANSI 27)63
- Negative Sequence Voltage (ANSI 47)64
- Zero Sequence Voltage (ANSI 59Uo)65
- Over-Current (ANSI 50TD)66
- Current Unbalance (ANSI 46)67
- Directional Over-Current (ANSI 67)68
- Negative Sequence Current (ANSI 46)72
- Zero Sequence Current (ANSI 51Io)73
- Source] Over-Frequency (ANSI 81O)74
- Overload (ANSI 32)75
- Reverse Power (ANSI 32R)76
- Reactive Power Import (ANSI 40U)77
- Synchronisation Check, Including Blackout Close (ANSI 25)79
3.5 Busbar AC Protections80
- Busbar] Under-Voltage (ANSI 27)80
- Busbar] Voltage Unbalance (ANSI 47)81
- Busbar] Over-Frequency (ANSI 81O)82
- Busbar] Under-Frequency (ANSI 81U)83
Other AC Protections84
- Earth Inverse Time Over-Current (ANSI 51G)85
- Neutral Inverse Time Over-Current (ANSI 51N)86
ACM Voltage Measurement Errors87
- Source]/[Busbar] L# Wire Break88
3.8 ACM Module General Protections89
- ACM 1 Data Is Missing89
- Introduction90
4.1 Introduction92
- Alarm Levels92
- Operate Time93
Alarm Parameters94
- Set Point96
- Delay99
- Inhibit(S)100
- Auto Acknowledge101
- Additional Alarm Information102
4.3 Customised Inhibits103
- Suppress Action Inhibit103
4.4 Alarm Handling105
- Acknowledge105
- Shelve106
- Out of Service107
- Latch Reset108
Alarm Test and Status109
- Alarm Status Digital Outputs110
Horn Outputs111
- Silencing Alarms116
4.7 Non-Essential Loads117
- Non-Essential Load Trip (NEL) Function117
- NEL # Over-Current121
- NEL # Overload122
- NEL # Reactive Overload123
4.8 Input Alarms124
- Analogue Input (AI) Alarms124
- Miscellaneous Alarms125
4.9 Miscellaneous Alarms126
- Critical Process Error126
- Priority Error127
Advanced Blackout Prevention128
- Calculating the Load Sharing Error131
- P Load Sharing Failure (Low Frequency) on DG132
- P Load Sharing Failure (High Frequency) on DG133
- Q Load Sharing Failure (Low Voltage) on DG134
- Q Load Sharing Failure (High Voltage) on DG135
- Reverse Power on DG136
- Reactive Power Import on DG137
18.5 Change Controller Type139
- Introduction139
- Regulation Required for De-Loading140
- Synchronisation under Switchboard Control141
Configuring Breakers142
- Compact Breaker145
- Continuous Breaker147
- Redundant Breaker Feedback150
- Short Circuit, and Short Circuit Close Attempts151
Synchronisation Functions152
- Static Synchronisation156
- Regulator Synchronisation Parameters159
Synchronisation and Breaker Alarms160
- De-Load Failure161
- Vector Mismatch162
- Breaker Closing Failure163
- Breaker Trip (External)164
- Phase Sequence Error165
- Breaker Configuration Failure166
- Any Bus Tie Breaker Position Failure167
2.3 Control and Modes168
- Introduction168
- Relay Regulation171
- Regulation Mode Overview173
- Governor Regulation Modes175
- Frequency Synchronisation176
- Power Load Sharing177
- Governor Stand-Alone Mode178
AVR Regulation Modes180
- Reactive Power Regulation181
- Reactive Power Load Sharing182
- AVR Stand-Alone Mode183
External Communication185
- External Communication Using Modbus188
- Governor190
6.5 Governor192
- Governor Analogue Regulation Function192
- Governor Relay Regulation Function194
Automatic Voltage Regulator196
- AVR Analogue Regulation Function198
- AVR Relay Regulation Parameters200
Configuration Alarms201
- AVR Output Selection Failure202
- Regulation Alarms203
6.8 Regulation Alarms204
- AVR Regulation Error204
- P Load Sharing Failure205
Power Management Principles207
- Power Management Functions209
- Busbar Sections211
- Ring Busbar Connection212
- Local Power Management213
- Section Power Management214
- System Power Management216
- Managing Missing Controllers217
7.2 Connected, Consumed and Available Power220
- Power Reservation220
- Power Analogue Outputs221
Genset Priority222
- Priority Selection Method223
- Dynamic Genset Priority224
- Running Hours for Genset Priority225
- Genset Priority Digital Outputs226
- Genset Start and Stop227
7.4 Genset Start and Stop228
- Load-Dependent Start Configuration228
- Load-Dependent Start Flowchart230
- Load-Dependent Stop Configuration231
- Load-Dependent Stop Flowchart234
- Power Method and Hysteresis235
- Percent Method for Load-Dependent Start and Stop236
- Percent Method and Hysteresis237
- Non-Connected Genset238
- Precautionary Genset Start239
- Number of Gensets Connected241
9.8 Other EMERGENCY Genset Controller Functions242
- Blackout242
7.5 Blackout243
- Blackout Recovery Configuration243
- Blackout Recovery Flowchart245
- Load Sharing246
- Equal Load Sharing247
- Asymmetric Q Load Sharing254
  - SHAFT Generator Base Load257
  - SHORE Connection Base Load259
- DEIF Network Load Sharing Failure260
7.7 Heavy Consumer Management261
- Configuring Heavy Consumers261
- Heavy Consumer Sequence264
- Heavy Consumer Flowcharts and Example266
- Fast Load-Reduction268
- Protections269
7.8 Externally Controlled Breakers271
- Externally Controlled Shore Connection271
- Power Management Alarms273
7.9 Power Management Alarms274
- Blackout Detection Mismatch274
- Heavy Consumer Feedback Timeout275
- Missing Controller ID276
- Forced to Switchboard Control277
- DEIF Network Redundancy Broken278
- Different Power Management Rules Activated279
GENSET Controller Overview280
GENSET Controller Principles282
- Run Coil or Stop Coil283
- Running Detection284
- Regulation287
- Load Sharing288
8.3 Engine Start291
- Engine Start Flowchart291
- Engine Start Sequence292
- Interruption of the Start Sequence295
8.4 Engine Stop297
- Engine Stop Flowchart297
- Engine Shutdown Flowchart299
- Generator Breaker Close Flowchart300
- Generator Breaker Blackout Close301
- Generator Breaker Open Flowchart302
- Generator Breaker Trip Flowchart303
Other GENSET Controller Functions304
- Temperature-Dependent Power Derating305
- Engine Operating Values as Analogue Outputs306
- Counters307
- Trip AVR308
  - Alarm Actions310
  - Breaker Alarms311
- Emergency Stop313
- Underspeed314
- Primary Running Feedback Failure315
- Start Enable Removed During Start316
- Engine Stopped (External)317
- Trip Running Hours Notification318
- DG-SG Max. Parallel Time319
EMERGENCY Genset Controller Overview321
EMERGENCY Genset Controller Principles323
- EMERGENCY Genset Controller Nominal Settings324
- Running Detection325
9.3 Engine Start326
Engine Stop326
- Generator Breaker Close Flowchart327
- Generator Breaker Open Flowchart328
- Generator Breaker Trip Flowchart329
- Tie Breaker Open Flowchart330
- Tie Breaker Trip Flowchart331
Emergency Genset Test Functions332
- Engine Test333
- Parallel Test334
- Load Take-Over Test335
Emergency Genset Configurations336
- Emergency Genset as Part of the System337
- Main Busbar Is OK339
- Harbour Operation342
- Parallel Timers345
- Temperature-Dependent Start/Stop346
EMERGENCY Genset Controller Protections347
- Alarm Actions348
- Breaker Alarms349
- AC Alarms350
- Non-Essential Loads351
- Emergency-Main Busbar Maximum Parallel Time352
SHAFT Generator Controller Overview353
SHAFT Generator Controller Principles354
- Nominal Settings355
- AC Configuration356
- Shaft Generator Breaker Open Flowchart358
- Shaft Generator Breaker Blackout Close Flowchart359
- Shaft Generator Breaker Trip Flowchart360
Other SHAFT Generator Controller Functions361
- Shaft Generator Base Load365
- Shaft Generator Load Transfer Without Parallel366
- Temperature-Dependent Power Derating367
- Engine States as Digital Outputs368
12.4 Other BUS TIE Breaker Controller Functions370
- Counters370
- Trip AVR371
- Alarm Actions372
- Breaker Alarms373
- AC Alarms374
- SG-DG Max. Parallel Time375
- Overspeed376
SHORE Connection Controller Overview377
SHORE Connection Controller Principles378
- Power Management379
Shore Connection Breaker380
- Shore Connection Breaker Close Flowchart381
- Shore Connection Breaker Open Flowchart383
- Shore Connection Breaker Blackout Close Flowchart385
- Shore Connection Breaker Trip Flowchart386
Other SHORE Connection Controller Functions387
- Shore Connection Base Load390
- Sensitive Shore Connection (Overlap)392
- Shore Connection Load Transfer Without Parallel393
- Counters394
SHORE Connection Controller Protections395
- Alarm Actions396
- AC Alarms397
- SC-DG Max. Parallel Time398
- SC-SC Max. Parallel Time399
BUS TIE Breaker Controller Overview400
BUS TIE Breaker Controller Principles401
- Nominal Settings402
AC Configuration403
12.3 BUS TIE Breaker Controller Sequences404
- Connecting Busbar Sections404
- Bus Tie Breaker Blackout Close406
- Bus Tie Breaker Trip Flowchart407
BUS TIE Breaker Controller Protections409
- Breaker Alarms410
- Overview412
- Power Supply Characteristics413
  - Relay Output Characteristics and Configuration414
  - Digital Input Characteristics and Configuration417
- Analogue Input Characteristics and Configuration418
- Analogue Output Characteristics and Configuration421
Power Supply Module PSM3.1423
- PSM3.1 Terminal Overview424
- Frame Ground Characteristics425
- Power Supply Voltage as an Analogue Output426
Power Supply Module PSM3.2427
- PSM3.2 Terminal Overview428
- Frame Ground Characteristics429
- PSM3.2 1 Supply Voltage High Alarm430
- Alternating Current Module ACM3.1431
- ACM3.1 Terminal Overview433
- Voltage Measurement Characteristics434
13.6 Alternating Current Module ACM3.2436
- ACM3.2 Terminal Overview436
- Current Measurement Characteristics437
13.7 Input/Output Module IOM3.1438
- IOM3.1 Terminal Overview438
- Changeover Relay Output Characteristics439
13.8 Input/Output Module IOM3.4441
- IOM3.4 Terminal Overview441
- Transistor Output Characteristics and Configuration442
- Digital Input Characteristics443
13.9 Engine Interface Module EIM3.1446
- EIM3.1 Terminal Overview446
- Power Supply Characteristics447
- Auxiliary Power Supply Voltage as an Analogue Output448
- W Input Characteristics449
- Magnetic Pickup Wire Break450
- Relay Output Characteristics451
Governor and AVR Module GAM3.1452
- GAM3.1 Terminal Overview454
- Analogue Input (AI) Characteristics455
- Relay Output Characteristics456
13.11 Governor and AVR Module GAM3.2459
- GAM3.2 Terminal Overview459
- Power Supply Characteristics460
- Pulse Width Modulation (PWM) Output Characteristics461
- Digital Input Characteristics462
Processor and Communication Module PCM3.1463
- PCM3.1 Terminal Overview464
- PCM3.1 Clock Battery465
13.13 Display Unit du 300469
- Display Unit Terminal Overview469
- Frame Ground Characteristics470
13.14 DEIF Ethernet Network471
- Communication Information471
- Restrictions472
13.15 DEIF Internal Communication473
- Fieldbus Conflict473
18.3 Log474
- Overview474
- 20. Appendix: Pre-Configured Curves475
Overview475
- Activating Controller Outputs476
Overview477
Modbus in the Controller478
- Controller Identifier479
Modbus Tables480
Specific Modbus Function Groups481
Setting up Modbus484
Date and Time485
- Setting the Time Manually486
Permissions487
- Group Settings489
- User Settings490
- Default Users491
- Overview495
Miscellaneous496
- Alive497
Restrictions498
Terms and Abbreviations500
Units506
Symbols507
- Controller and Component Symbols508
- Flowchart Symbols511
- Overview513
20.3 Analogue Input Pressure Curves514
- Datcon 7514
- VDO Pressure CU515
- Pt100516
- Pt1000517
- Vdo 40-120518
- VDO Temperature CU519
- To 100 %) to (-10 to 10 V)520

Deif PPM 300 - Page 138

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