Toshiba GR200 Series - Page 1551

Toshiba GR200 Series

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6F2S1914 (0.49)

GRL200 (Soft 033 & 037)

- 1528 -

218

256.3

229.3

265.9

260.7

190.5

255

242

256.3

229.3

(64.4)

260.7

214

Unit: mm

† The (64.4) means the height of

the tallest ring type terminal.

1/2 size case & ring terminals

Figure 2-2.3 Trihedral figure (1/2 size case) & Type using ring terminals

Table of Contents

1 Introduction24
- 1.1 Protection functions25
- 1.2 Control35
  - 1.2.1 General control function35
  - 1.2.2 Control and monitoring application35
- 1.3 Monitoring and metering functions36
- 1.4 Hardware overview37
- 1.5 Symbols used in logical diagrams38
- 1.6 Abbreviation42
- 1.7 Function Block (FB), Function ID, Signal number (Data ID)44
  - (i) Signal symbols44
  - (ii) Data length (bit length of Data ID)44
2 Relay application46
- 2.1 Current differential protection for the line47
- 2.2 Segregated-phase current differential protection function (DIFL)48
  - 2.2.1 Differential protection characteristics (DIFL)49
  - 2.2.2 Check relays characteristics (OCs and UVs)55
  - 2.2.3 CT circuit-failure detection (DIFL-CTF)57
  - 2.2.4 Charging-current compensation (DIFL-Ic)58
  - 2.2.5 Differential current monitor (DIFL-IDSV)60
  - 2.2.6 Setting61
  - 2.2.7 Data ID62
- 2.3 Zero-sequence current differential protection (DIFGL)64
  - 2.3.1 Differential protection characteristics (DIFGL)64
  - 2.3.2 Check relay characteristic (EFD)69
    - (i) Earth-fault-current-change detection element (EFD-DIFGL)69
    - (ii) Check relay activation70
  - 2.3.3 CT circuit-failure detection (DIFGL-CTF)70
  - 2.3.4 Charging-current compensation (DIFGL-Ic)71
    - (i) Setting for the compensation71
    - (ii) Activation switch71
- 2.4 CT saturation countermeasure in DIFL (CTsat in DIFL)72
  - 2.4.1 Stabilization for CT saturation owing to through-fault current72
    - (i) Principle of operation72
    - (ii) CT secondary current waveforms74
  - 2.4.2 Settings against CT saturation75
  - 2.4.3 Setting77
- 2.5 Setting DIFL accounting for CT ratio/rating and fault currents78
  - 2.5.1 Nature of CT ratios matching78
    - (i) DIFL setting for CT ratios being identical78
    - (ii) DIFL setting for CT ratios being not identical78
  - 2.5.2 Nature of CT ratings matching79
  - 2.5.3 Nature for fault current setting79
- 2.6 DIFL operations for 1.5CB arrangement82
  - 2.6.1 Through-fault-current encountered by DIF (TFC in DIFL and DIFGL)82
    - (i) Operation of TFC countermeasure in DIFL83
      - (i)-1 Sending DIFL operation signal for the opposite83
      - (i)-2 Reception of DIFL-operation signal from the remote84
    - (ii) Operation of TFC countermeasure in DIFLG86
      - (ii)-1 Sending DIFGL operation signal for the opposite86
      - (ii)-2 Reception of DIFGL-operation signal from the remote87
  - 2.6.2 Settings in TFC90
  - 2.6.3 Data IDs in TFC90
  - 2.6.4 Stub protected by DIFL (Stub-DIFL)91
    - (i) DIFL operation at terminal-G91
    - (ii) DIFL operation at terminal-H92
  - 2.6.5 Settings in Stub93
  - 2.6.6 Data ID in Stub94
  - 2.6.7 DIFL applied to double circuit line with a fault (Fault current outflowing)95
- 2.7 DIFL applied to three-terminal line (RDIF and Fault current flowing)96
  - 2.7.1 Remote different trip96
    - (i) RDIF operation relating to DIFL function97
      - (i)-1 Sending local-DIFL-operation signal97
      - (i)-2 Reception of remote-DIFL-operation signal98
    - (ii) RDIF operation relating to DIFGL function100
      - (ii)-1 Sending local-DIFGL-operation signal100
      - (ii)-2 Reception of remote-DIFGL-operation signal101
  - 2.7.2 Setting103
  - 2.7.3 Data ID103
  - 2.7.4 Nature of outflowing current in case of internal fault105
    - (i) Account of DIFL settings for a single line with outer loop105
    - (ii) Account of DIFL settings for parallel lines105
  - 2.7.5 Nature of CT saturation in case of external fault106
- 2.8 DIFL applied to protect the blind zone107
- 2.9 Stub protection with overcurrent relay (STUB-OC)109
  - 2.9.1 Stub-OC characteristic110
  - 2.9.2 Scheme logic110
  - 2.9.3 Setting112
  - 2.9.4 Data ID113
- 2.10 Distance protection (ZS/ZG)114
  - 2.10.1 Principle of distance measurement115
    - (i) Phase-to-phase fault115
    - (ii) Single-phase-earth fault116
  - 2.10.2 Equations in distance protection function119
  - 2.10.3 Element characteristic in distance relay126
  - 2.10.4 Common application for ZS and ZG140
  - 2.10.5 Command protection feature147
    - (i) ZS command protection147
    - (ii) ZG command protection149
  - 2.10.6 Extended application152
  - 2.10.7 Scheme logic155
    - (i) ZS logic155
    - (ii) ZG logic162
      - (ii)-1 Instantaneous and blocking TRIP commands169
      - (ii)-1 TRIP commands for opening the CB poles170
  - 2.10.8 Tips to set the main/remote backup relays171
  - 2.10.9 Tips to set the distance zones for multi-terminal lines175
  - 2.10.10 ZS/ZG test177
  - 2.10.11 Setting178
  - 2.10.12 Data ID194
- 2.11 Direct transfer trip (DTT)203
  - 2.11.1 Setting for the operation204
  - 2.11.2 Scheme logic205
  - 2.11.3 Setting206
  - 2.11.4 Data ID206
- 2.12 Distance carrier command protection (DISCAR)208
  - 2.12.1 Permissive underreach protection (PUP)209
    - (i) Application209
    - (ii) Scheme logic209
  - 2.12.2 Permissive overreach protection (POP)210
  - 2.12.3 Unblocking overreach protection (UOP)213
  - 2.12.4 Blocking overreach protection (BOP)215
    - (i) Countermeasure of current reversal (CRL)216
    - (ii) Scheme logic216
  - 2.12.5 Protection for week infeed terminal218
    - (i) ECHO function218
    - (ii) WIKT function219
  - 2.12.6 Countermeasure for current reversal220
  - 2.12.7 Carrier signal reception222
  - 2.12.8 Setting224
  - 2.12.9 Data ID225
- 2.13 Directional earth fault command protection (DEFCAR)227
  - 2.13.1 Permissive overreach protection (POP)228
  - 2.13.2 Unblocking overreach protection (UOP)231
  - 2.13.3 Blocking overreach protection (BOP)231
  - 2.13.4 Coordination with DISCAR protection233
    - (i) DISCAR and DEFCAR signals being separated233
    - (ii) DISCAR and DEFCAR signals being shared233
  - 2.13.5 Carrier signal reception234
  - 2.13.6 Setting236
  - 2.13.7 Data ID237
- 2.14 Switch on to fault (SOTF-OC)239
  - 2.14.1 Scheme logic240
  - 2.14.2 Setting242
  - 2.14.3 Data ID242
- 2.15 Overcurrent protection (OC)243
  - 2.15.1 Relay polarity244
  - 2.15.2 Inverse time and definite time delay characteristic247
  - 2.15.3 Threshold value for operation254
  - 2.15.4 Reset Ratio254
  - 2.15.5 Miscellaneous functions254
  - 2.15.6 Scheme logic256
  - 2.15.7 Setting258
  - 2.15.8 Data ID263
- 2.16 Earth fault protection (EF)266
  - 2.16.1 Relay polarity267
  - 2.16.2 Inverse time and definite time delay characteristic269
  - 2.16.3 Threshold level for operation274
  - 2.16.4 Reset Ratio274
  - 2.16.5 Miscellaneous functions274
  - 2.16.6 Scheme logic275
  - 2.16.7 Setting277
  - 2.16.8 Data ID282
- 2.17 Negative sequence overcurrent protection (OCN)284
  - 2.17.1 Relay polarity285
  - 2.17.2 Inverse time and definite time delay characteristic287
  - 2.17.3 Threshold value292
  - 2.17.4 Reset Ratio292
  - 2.17.5 Miscellaneous functions292
  - 2.17.6 Scheme logic293
  - 2.17.7 Setting295
  - 2.17.8 Data ID300
- 2.18 Thermal overload function (THM)302
  - 2.18.1 Thermal state determination303
  - 2.18.2 Thermal characteristic304
  - 2.18.3 Scheme logic305
  - 2.18.4 Setting306
  - 2.18.5 Data ID307
- 2.19 Broken conductor protection (BCD)308
  - 2.19.1 Equivalent circuit for a one-phase series fault309
  - 2.19.2 Characteristic and setting311
  - 2.19.3 Miscellaneous functions311
    - (i) Harmonic detection function311
    - (ii) Block operation of CTF for BCD311
  - 2.19.4 Scheme logic312
  - 2.19.5 Setting312
  - 2.19.6 Data ID313
- 2.20 Circuit breaker fail protection (CBF)314
  - 2.20.1 CBF operation and its elements315
  - 2.20.2 Re-trip feature315
  - 2.20.3 Backup feature316
  - 2.20.4 Scheme logic318
  - 2.20.5 Operation timing320
  - 2.20.6 Setting321
  - 2.20.7 Data ID322
- 2.21 Overvoltage protection for phase-to-neutral (OV)324
  - 2.21.1 Drop-off and pickup characteristic325
  - 2.21.2 Delay for the operation of the OV element325
  - 2.21.3 Time characteristic325
    - (i) Definite time characteristic (DT)325
    - (ii) Invers time characteristic (IDMT)325
      - (ii)-1 Pick-up characteristic325
      - (ii)-2 Reset feature327
  - 2.21.4 Miscellaneous functions328
  - 2.21.5 Scheme logic328
  - 2.21.6 Setting list330
  - 2.21.7 Data ID331
- 2.22 Overvoltage protection for phase-to-phase (OVS)332
  - 2.22.1 Drop-off and pickup setting333
  - 2.22.2 Delay for the operation of the OVS element333
  - 2.22.3 Time characteristic333
    - (i) Definite time characteristic (DT)333
    - (ii) Invers time characteristic (IDMT)333
      - (ii)-1 Operation feature333
      - (ii)-2 Reset feature335
  - 2.22.4 Miscellaneous functions335
  - 2.22.5 Scheme logic336
  - 2.22.6 Setting list337
  - 2.22.7 Data ID338
- 2.23 Earth fault overvoltage protection (OVG)339
  - 2.23.1 Drop-off and pickup setting340
  - 2.23.2 Delay of the operation of the OVG element340
  - 2.23.3 Time characteristic340
    - (i) Definite time characteristic (DT)340
    - (ii) Invers time delay (IDMT)340
      - (ii)-1 Operation feature341
      - (ii)-2 Reset feature341
  - 2.23.4 Miscellaneous functions342
  - 2.23.5 Scheme logic343
  - 2.23.6 Setting344
  - 2.23.7 Data ID345
- 2.24 Phase under-voltage protection (UV)346
  - 2.24.1 Drop-off and pick-up characteristic347
  - 2.24.2 Time characteristic347
    - (i) Definite time characteristic (DT)347
      - (i)-1 Setting pick-up operation347
      - (i)-2 Setting drop-off operation347
    - (ii) Inverse definite minimum time (IDMT) characteristic347
      - (ii)-1 Setting pick-up operation348
      - (ii)-2 Setting drop-off operation348
  - 2.24.3 Miscellaneous functions349
  - 2.24.4 Scheme logic350
  - 2.24.5 Setting352
  - 2.24.6 Data ID353
- 2.25 Phase-to-phase under-voltage protection (UVS)354
  - 2.25.1 Drop-off and pick-up characteristic355
  - 2.25.2 Time characteristic355
    - (i) Definite time characteristic (DT)355
      - (i)-1 Setting pick-up operation355
      - (i)-2 Setting drop-off operation355
    - (ii) Inverse definite minimum time (IDMT) characteristic355
      - (ii)-1 Pick-up characteristic356
      - (ii)-2 Drop-off characteristic356
  - 2.25.3 Miscellaneous functions357
  - 2.25.4 Scheme logic358
  - 2.25.5 Setting360
  - 2.25.6 Data ID361
- 2.26 Frequency protection (FRQ/DFRQ)363
  - 2.26.1 FRQ features and characteristics364
  - 2.26.2 DFRQ features and characteristics366
  - 2.26.3 Setting368
  - 2.26.4 Data ID370
- 2.27 Out of step tripping by voltage (OSTV)373
  - 2.27.1 Operation characteristic374
  - 2.27.2 Scheme logic and settings376
  - 2.27.3 Setting377
  - 2.27.4 Data ID378
- 2.28 Inrush current detection function (ICD)379
  - 2.28.1 Operation and characteristic380
  - 2.28.2 Scheme logic380
  - 2.28.3 Setting381
  - 2.28.4 Data ID381
- 2.29 Fail safe (FS)382
  - 2.29.1 Overcurrent element (OCFS)383
  - 2.29.2 Phase current change detector element (OCDFS)383
  - 2.29.3 Earth fault current element (EFFS)383
  - 2.29.4 Multi-level overcurrent elements (OCMFS)384
    - (i) Characteristic of OCMFS384
    - (ii) Setting of OCMF385
  - 2.29.5 Under-voltage element for phase-to-earth (UVFS)385
  - 2.29.6 Under-voltage element for phase-to-phase (UVSFS)385
  - 2.29.7 Under-voltage change detection element (DUVFS)385
  - 2.29.8 Scheme logic386
  - 2.29.9 Setting388
  - 2.29.10 Data ID list389
- 2.30 VT failure detection (VTF)390
  - 2.30.1 VTF features391
  - 2.30.2 Operation for the VTF function391
  - 2.30.3 VTF Logic392
  - 2.30.4 Setting394
  - 2.30.5 Data ID395
- 2.31 CT failure detection (CTF)396
  - 2.31.1 CTF features397
  - 2.31.2 Operation for the CTF function397
  - 2.31.3 Scheme logic397
  - 2.31.4 Setting399
  - 2.31.5 Data ID400
- 2.32 Multi-end fault locator (FL-A and FL-Z)401
  - 2.32.1 FL calculation with data at a local-terminal and remote-terminals402
  - 2.32.2 FL calculation with data at a local-terminal only409
  - 2.32.3 Selection of calculation results415
  - 2.32.4 Screen of FL output416
  - 2.32.5 Preparation and consideration of setting419
  - 2.32.6 Setting procedure421
  - 2.32.7 Setting425
  - 2.32.8 Data ID427
- 2.33 Trip circuit (TRC)428
  - 2.33.1 Command for tripping CB and signal to block reclosing CB#1/CB#2431
  - 2.33.2 Recording identifiers for respective fault types434
  - 2.33.3 Scheme logic435
  - 2.33.4 Setting440
  - 2.33.5 Data ID441
- 2.34 Autoreclose (ARC)443
  - 2.34.1 Overview444
  - 2.34.2 Terminology449
  - 2.34.3 Function block diagram454
  - 2.34.4 Timing diagram463
  - 2.34.5 Autoreclosing logics466
  - 2.34.6 Setting490
  - 2.34.7 Data ID492
- 2.35 Voltage check for autoreclose (VCHK)498
  - 2.35.1 VCHK1 for 1CB system499
    - (i) Characteristic and elements499
    - (ii) Voltage condition and check zone499
  - 2.35.2 VCHK1 and VCHK2 for 1.5CB system500
    - (i) Characteristic and elements500
    - (ii) Voltage condition and check zone500
  - 2.35.3 Scheme for synchronism501
  - 2.35.4 VCHK1 setting for 1CB system506
  - 2.35.5 VCHK1 and VCHK2 settings for 1.5CB system510
  - 2.35.6 Scheme and activation512
  - 2.35.7 Setting514
  - 2.35.8 Data ID516
- 2.36 Transmission control function (DIF_COMM)517
  - 2.36.1 Data communication interface518
    - (i) IEEE C37.94 (N=1)518
    - (ii) IEEE C37.94 (N=3)519
  - 2.36.2 Synchronization control519
  - 2.36.3 Topology of telecommunication526
    - (i) Dual mode526
    - (ii) Star mode527
  - 2.36.4 Communication setup527
    - (i) Setting of Channel exchange527
    - (ii) Setting in multiplexer527
  - 2.36.5 Setting529
  - 2.36.6 Data ID530
- 2.37 Communication application (COMM_APPL)531
  - 2.37.1 Relay-address configuration532
    - (i) Address configuration532
      - (i)-1 ID numbering for two-terminals532
      - (i)-2 Three-terminal application532
  - 2.37.2 Sub-communication channel for 1CB arrangement533
    - (i) Normal (N=1) communication533
    - (ii) Wide (N=3) communication534
  - 2.37.3 Sub-communication channel for 1.5CB arrangement535
    - (i) Normal (N=1) communication535
    - (ii) Wide (N=3) communication536
  - 2.37.4 Integral communication bits536
  - 2.37.5 Communication bits for OSTV537
  - 2.37.6 Usage of sub-communication channel537
  - 2.37.7 Setting of open terminal detection537
  - 2.37.8 Communication test538
  - 2.37.9 Setting539
  - 2.37.10 Data ID540
- 2.38 Protection common (PROT_COMMON)557
  - 2.38.1 Selection of breaker system558
  - 2.38.2 Decision of CB open/close status558
  - 2.38.3 Decision of DS open/close status561
  - 2.38.4 Dead line detection562
  - 2.38.5 Detection of current change (OCD)563
    - (i) Current change detection relay563
    - (ii) OCD logic563
  - 2.38.6 User logic switches564
  - 2.38.7 Setting565
  - 2.38.8 Data ID566
- 2.39 Cold load protection (CLP)569
  - 2.39.1 Scheme logic570
  - 2.39.2 Setting572
  - 2.39.3 Data ID573
3 General control function574
- 3.1 Control scheme575
  - (i) Command reception in SBO mode576
  - (ii) Command reception in DIR mode577
- 3.2 Control mode578
  - 3.2.1 Select-before-operation mode (SBO)578
    - (i) SBO with enhanced security (SBOes)578
    - (ii) SBO with normal security (SBOns)578
  - 3.2.2 Direct-operation mode (DIR)579
    - (i) DIR with enhanced security (DOes)579
    - (ii) DIR with normal security (DOns)579
- 3.3 Control hierarchy581
- 3.4 Common controls (CMNCTRL)584
- 3.5 Local, remote and PLC control594
- 3.6 LED reset function (LEDR)598
- 3.7 Counter function for the general (GCNT)612
- 3.8 Mode control function (MDCTRL)632
4 Control and monitoring application641
- 4.1 Single position device function (SPOS)642
- 4.2 Double position controller with synchronizing-checking (DPSY)693
- 4.3 Software switch controller function (SOFTSW)757
- 4.4 Operation time reset function (OPTIM)792
- 4.5 Total time measurement function (TOTALTIM)806
- 4.6 Synchronizing check for different network (SYNDIF)819
- 4.7 Software interlock function (ILK)846
- 4.8 Double position device function (DPOS)864
- 4.9 Three position device function (TPOS)930
- 4.10 Event detection function for general BIs (GENBI)1010
- 4.11 Automatic sequence control function (ASEQ)1019
5 Technical Description1033
- 5.1 IED case and module slot1036
  - 5.1.1 Type using compression terminals1037
  - 5.1.2 Type using ring terminals1043
- 5.2 Transformer module for AC analog input (VCT)1049
- 5.3 Signal processing and communication module (CPU)1062
- 5.4 Binary IO module (BI, BO, and BIO)1071
- 5.5 Power supply module (PWS)1106
- 5.6 Human Machine Interface (HMI)1111
- 5.7 Clock function1125
- 5.8 Group setting for protection functions1134
6 Engineering tool1137
- 6.1 Overview of GR-TIEMS1138
- 6.2 Connection1139
- 6.3 Common tools1140
- 6.4 Monitoring tools1140
- 6.5 Record tools1141
- 6.6 Generic configuration tools1141
- 6.7 IEC 61850 configuration tool1142
- 6.8 IEC 60870-5-103 configuration tool1142
- 6.9 MIMIC configuration tool1142
7 PLC function1143
- 7.1 Overview of PLC function1144
- 7.2 PLC data error1144
- 7.3 PLC driver1145
  - 7.3.1 Monitoring point for PLC driver1145
- 7.4 PLC setting samples1149
- 7.5 Timer variable settings using PLC drivers1164
8 Recording function1169
- 8.1 Fault recorder1170
- 8.2 Event recorder1179
- 8.3 Disturbance recorder1187
- 8.4 Transferred information during fault1195
9 Monitoring function1210
- 9.1 Outline1211
- 9.2 Metering data (Metering group)1211
- 9.3 Statistics data (Power value group)1219
- 9.4 Statistics data (Demand value group)1220
- 9.5 Statistics data (Peak-demand value group)1222
  - 9.5.1 Max/Min/Averaged information about the peak-demand feature1222
  - 9.5.2 Resetting data of peak-demand features1222
- 9.6 Statistics data (Counter group)1223
  - 9.6.1 Count information on the screen1223
  - 9.6.2 Report setting for GCNT (Dead band feature)1223
- 9.7 Statistics data (Accumulated time)1224
- 9.8 Statistics data (Total time group)1225
  - 9.8.1 Time information on the screen1225
  - 9.8.2 Report setting for TOTALTIM (Dead band feature)1225
- 9.9 Monitoring for miscellaneous functions1226
- 9.10 Setting1227
- 9.11 Signal and measurand (Data ID)1228
10 Automatic supervision1253
- 10.1 Outline of automatic supervision1254
- 10.2 Generic supervision tasks1257
- 10.3 Trip circuit supervision task1313
- 10.4 Supervision task of interruption capability on CB1321
- 10.5 Supervision tasks for device dependent features1326
11 Communication protocol1345
- 11.1 Selection of slave protocol1346
- 11.2 LAN operation1347
- 11.3 IEC 61850 communication1366
- 11.4 IEC 60870-5-103 communication1422
- 11.5 USB communication1451
- 11.6 RS485 communication1452
12 User interface1453
- 12.1 Outline1454
- 12.2 HMI operation1457
  - (i) Screen and LEDs during normal HMI operation1457
  - (ii) Main-menu and Sub-menu1457
- 12.3 Record sub-menu1460
- 12.4 Monitoring sub-menu1467
- 12.5 Setting sub-menu1475
- 12.6 I/O setting sub-menu1488
- 12.7 Time sub-menu1496
- 12.8 Test sub-menu1504
- 12.9 Information sub-menu1510
- 12.10 Security setting sub-menu1511
- 12.11 Control sub-menu1513
  - (i) CB operation1514
13 Installation and setting1515
- 13.1 Caution for storage1516
- 13.2 Handling precautions1516
- 13.3 Unpack and inspection of hardware and software1517
- 13.4 Changing rated current1522
- 13.5 PWS alarm threshold setting1527
14 Commissioning and maintenance1528
- 14.1 Scope of required test1529
- 14.2 Cautions1530
  - (i) Safety Precautions1530
  - (ii) Cautions on Tests1530
- 14.3 Preparations1530
- 14.4 Test operations1532
- 14.5 Setting1536
- 14.6 Signal1537
Appendix 1 Signal list for common function1538
Appendix 2 Case outline1545
Appendix 3 Typical external connection1554
Appendix 4 IEC61850 MICS, PICS, PIXIT, and TICS1563
- (MICS Edition 1)1564
- (PICS Editon1 and 2)1599
- Introduction1600
- ASCI basic conformance statement1601
- ACSI models conformance statement1602
- ACSI service conformance statement1603
- (PIXIT Edition1&2)1606
- 1. Introduction1607
- 2. CONTENTS OF THIS DOCUMENT1607
- 3. PIXIT FOR DOCUMENTATION1607
- 4. PIXIT FOR ASSOCIATION MODEL1608
- 5. PIXIT FOR SERVER MODEL1609
- 6. PIXIT for Data set model1610
- 7. PIXIT FOR SUBSTITUTION MODEL1610
- 8. PIXIT FOR SETTING GROUP CONTROL MODEL1610
- 9. PIXIT for Reporting model1611
- 9. PIXIT for Reporting model (continued)1612
- 10. PIXIT FOR LOGGING MODEL1612
- 11. PIXIT FOR GOOSE PUBLISH MODEL1613
- 12. PIXIT FOR GOOSE SUBSCRIBE MODEL1614
- 12. PIXIT FOR GOOSE SUBSCRIBE MODEL (continued)1615
- 12. PIXIT FOR GOOSE SUBSCRIBE MODEL (continued)1616
- 13. PIXIT for GOOSE performance1616
- 14. PIXIT FOR CONTROL MODEL1617
- 14. PIXIT FOR CONTROL MODEL(Continued)1618
- 14. PIXIT FOR CONTROL MODEL(Continued)1619
- 14. PIXIT FOR CONTROL MODEL(Continued)1620
- 15. PIXIT FOR TIME AND TIME SYNCHONISATION MODEL1621
- 16. PIXIT FOR FILE TRANSFER MODEL1622
- 17. PIXIT FOR SERVICE TRACKING MODEL1622
- (TICS Edition2)1623
- 1. Introduction1624
- 2. Mandatory Edition2 Tissues1625
- 2. Mandatory Edition2 Tissues (continued)1626
- 2. Mandatory Edition2 Tissues (continued)1627
- 2. Mandatory Edition2 Tissues (continued)1628
- (Default mapping: Ed.1)1629
- (Default mapping: Ed.2)1652
Appendix 5 IEC60870-5-103 interoperability1657
Appendix 6 Ordering1671
Appendix 7 Technical data1691
- Trip time characteristics (IEC60255-121)1709
- SIR trip time characteristics for three-phase fault (ZS element) [Short line]1710
- SIR trip time characteristics for ground fault (ZG element) [Short line]1711
- SIR trip time characteristics for three-phase fault (ZS element) [Long line]1712
- SIR trip time characteristics for ground fault (ZG element) [Long line]1713
Appendix 8 Manufacture setting1714
Appendix 9 Matrix between VCT terminals and relay applications1716
Appendix 10 CT requirement1721
Appendix 11 Notes for the dielectric voltage test1731
Appendix 12 Engineering exercise1736
- (i) CB operation on MIMIC1737
- (ii) Signal monitor and meter displayed on MIMIC1746

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Toshiba Canvio 1TB

Preview: Toshiba DT01ACA050

Toshiba DT01ACA050

Preview: Toshiba Canvio Slim

Toshiba Canvio Slim

Preview: Toshiba Canvio 640GB

Toshiba Canvio 640GB

Preview: Toshiba FlashAir W-04

Toshiba FlashAir W-04

Preview: Toshiba MQ01ABD series

Toshiba MQ01ABD series

Preview: Toshiba DT01ACA series

Toshiba DT01ACA series

Preview: Toshiba microSDXC UHS-?

Toshiba microSDXC UHS-?

Preview: Toshiba FlashAir W-04 Series

Toshiba FlashAir W-04 Series