ABB DPU2000R Manual Download

Page: 23 / 66

1MRS240173-IB B

Section 3

0x registers

REF615R

DPU2000R Modbus Point List Mitigation Manual

149

Directional Target

(DirT)

149

LD0.LEDGGIO1.ISCSO9.stVal

150

Voltage Target

(VoltT)

150

LD0.LEDGGIO1.ISCSO10.stVal

151

Distance Target

(DistT)

151

LD0.LEDGGIO1.ISCSO11.stVal

152

Sensitive Earth Fault Target (SEFT)

N/A in REF615R

153

User Logical Output 10 Status (ULO10)

N/A in REF615R

154

User Logical Output 11 Status (ULO11)

N/A in REF615R

155

User Logical Output 12 Status (ULO12)

N/A in REF615R

156

User Logical Output 13 Status (ULO13)

N/A in REF615R

157

User Logical Output 14 Status (ULO14)

N/A in REF615R

158

User Logical Output 15 Status (ULO15)

N/A in REF615R

159

User Logical Output 16 Status (ULO16)

N/A in REF615R

160

Live Bus Live Line Status (LBLL)

160

LD0.SECRSYN1.LLLBInd.stVal

161

Live Bus Dead Line Status (LBDL)

161

LD0.SECRSYN1.DLLBInd.stVal

162

Dead Bus Live Line Status (DBLL)

162

LD0.SECRSYN1.LLDBInd.stVal

163

Dead Bus Dead Line Status (DBDL)

163

LD0.SECRSYN1.DLDBInd.stVal

164

Negative Sequence Time Over-current Trip

Alarm (46A)

164

LD0.NSPTOC2.Op.general

165

Negative Sequence Time Over-current Trip

Alarm (46A latch)

See Section 7.1.6 for

example or explanation

166

Local Remote Disabled Status (REMOTE D)

166

CTRL.LLN0.LocRem.stVal

167

Setting Active Primary Settings are Active

(Prim)

167

LD0.LLN0.Act1SG.stVal

168

Alternate Setting Group 1 is Active (ALT1)

168

LD0.LLN0.Act2SG.stVal

169

Alternate Setting Group 2 is Active (ALT2)

169

LD0.LLN0.Act3SG.stVal

170

TEST SHIFTER A is in Position 1 (SHIFTA-1)

N/A in REF615R

171

TEST SHIFTER A is in Position 2 (SHIFTA-2)

N/A in REF615R

172

TEST SHIFTER A is in Position 3 (SHIFTA-3)

N/A in REF615R

173

TEST SHIFTER A is in Position 4 (SHIFTA-4)

N/A in REF615R

174

TEST SHIFTER B is in Position 1 (SHIFTB-1)

N/A in REF615R

175

TEST SHIFTER B is in Position 2 (SHIFTB-2)

N/A in REF615R

176

TEST SHIFTER B is in Position 3 (SHIFTB-3)

N/A in REF615R

177

TEST SHIFTER B is in Position 4 (SHIFTB-4)

N/A in REF615R

DPU2000R

addr.

DPU 2000R description

REF615R

addr.

IEC 61850 path

Comments on REF615R

Modbus points mapping

PATA, PBTA, PCTA are mapped to different coil addresses in REF615R
with those in DPU2000R.

Summary of Contents for DPU2000R

Page 1: ...B Relion Protection and Control REF615R DPU2000R Modbus Point List Mitigation Manual ...

Page 2: ......

Page 4: ...losed only in accordance with the terms of such license Trademarks ABB and Relion are registered trademarks of ABB Group All other brand or product names mentioned in this document may be trademarks or registered trademarks of their respective holders Warranty Please inquire about the terms of warranty from your nearest ABB representative ABB Inc Distribution Automation 4300 Coral Ridge Drive Cora...

Page 5: ...face which should be connected to a secure network It is sole responsibility of person or entity responsible for network administration to ensure a secure connection to the network and to establish and maintain any appropriate measures such as but not limited to the installation of firewalls application of authentication measures encryption of data installation of anti virus programs etc to protec...

Page 6: ...ical equipment for use within specified voltage limits Low voltage directive 2006 95 EC This conformity is the result of tests conducted by ABB in accordance with the product standards EN 50263 and EN 60255 26 for the EMC directive and with the product standards EN 60255 6 and EN 60255 27 for the low voltage directive The protection relay is designed in accordance with the international standards ...

Page 7: ...tion 19 Section 4 1x Registers 21 Function code 2 Read input status 21 Logical input block single bit data 21 Physical input block Single bit data 24 Logical Input Block Double bit data with momentary change detection 25 Physical input block Double bit data with momentary change detection 26 Section 5 4x Registers 27 Function Code 3 Read holding register 27 User programmable register block UDR 27 ...

Page 8: ...nce Alarm 50 1D 53 2nd Instantaneous Over current Distance Alarm 50 2D 53 Phase Over current Disabled Alarm PH3 D 53 Ground Over current Disabled Alarm GRD D 53 Three Phase Under voltage Trip 27 3P 53 The seal in points latch using SRGAPC give on example 54 Instantaneous 3 phase Over current alarm disabled 50 3D 54 Logical input ACT logic selected examples 54 Enable phase over current protection f...

Page 9: ...g for the logical input block in double bit block 25 Table 8 Mitigations of Modbus registers mapping for the physical input block in double bit block 26 Section 5 4x Registers 27 Table 9 Mitigations of Modbus user defined registers UDR 27 Table 10 Example and explanation of one digital signal 51P in UDR view 28 Table 11 Mitigations of Modbus system status configuration block 30 Table 12 Mitigation...

Page 10: ...e 20 Mitigation of Modbus mapping for fault records block 46 Table 21 Mitigation of Modbus mapping for operation records 48 Table 22 One example of Modbus event record value 48 Section 6 6x Registers 51 Section 7 Selected PCM ACT logic examples or explanations 53 Section 8 Glossary 57 ...

Page 11: ...d to 40001 00 28 Figure 3 UDR multiplicative scaling factor for LD0 CMMXU1 A phsA instCVal mag f 29 Figure 4 UDR divisor scaling factor to convert a voltage reading from pu to primary KV 30 Figure 5 Snapshot on scaling load current A from CMT to read primary current in ampere 33 Figure 6 Snapshot of using CMT to enable Modbus event on coil address 587 49 Section 6 6x Registers 51 Section 7 Selecte...

Page 12: ...Section 1MRS240173 IB B 6 REF615R DPU2000R Modbus Point List Mitigation Manual ...

Page 13: ...ation system engineer or system integrator responsible for pre engineering and engineering for communication setup in a substation 1 3 Document revision history 1 4 Related documentation Document revision date Product version History A 2 24 2014 4 0 First release B 9 24 2016 4 1 Content update Name of the document Document ID Feeder Protection and Control REF615R Modbus Point List Manual 1MRS24005...

Page 14: ...raded process performance leading to personal injury or death Therefore comply fully with all warning and caution notices The caution icon indicates important information or warning related to the concept discussed in the text It might indicate the presence of a hazard which could result in corruption of software or damage to equipment or property The information icon alerts the reader to importan...

Page 15: ...d on top of it it still supports other well respected digital communication protocols such as Modbus and DNP3 To reduce a system integrator s efforts to remap the Modbus point list after substituting an REF615R for a DPU2000R the REF615R has kept the majority of the Modbus register assignments the same as in DPU2000R While the DPU2000R s Modbus server links every points value directly from the sof...

Page 16: ... IB B Modbus point list mapping mitigations 10 REF615R DPU2000R Modbus Point List Mitigation Manual REF615R please refer to the Feeder Protection and Control REF615R Modbus Point List Manual with Document ID 1MRS240052 IB ...

Page 17: ...EF615R their original Modbus address assignments are reversed 3 1 1 Logical output block Single bit data REF615R maps the single bit logical output points in the same register assignments and sequence as in DPU2000R Table 1 Mitigations of Modbus registers mapping for the logical output points in single bit block Please check Feeder Protection and Control REF615R Modbus Point List Manual document I...

Page 18: ...9 1 14 LD0 PHPTOV1 Op general 15 Direct Over current Trip Positive Sequence 67P 1 15 LD0 DPHLPTOC1 Op general 16 Direct Over current Trip Negative Sequence 67N 16 LD0 DEFLPTOC1 Op general 17 Frequency Shed 1st Stage 81S 1 17 LD0 LSHDPTRC1 Op general 18 Frequency Restore 1st Stage 81R 1 18 LD0 LSHDPTRC1 RestLodOp general 19 Phase A Target Alarm PATA 2332 LD0 LEDGGIO1 ISCSO1 stVal Address different ...

Page 19: ...Alarm 32 NA 43 LD0 DNZSRDIR1 Dir general 44 Three Phase Under voltage Trip 27 3P See Section 7 1 5 for example or explanation 45 3 Phase KVAR Demand Alarm VARDA N A in REF615R 46 Recloser Counter Alarm 2 79CA2 N A in REF615R 47 A Single Phase Trip Phase A TRIP A 19 LD0 LEDPTRC1 Op phsA Address different in REF615R 48 B Single Phase Trip Phase B TRIP B 20 LD0 LEDPTRC1 Op phsB Address different in R...

Page 20: ...68 TRIP B Single Phase Trip Phase B TRIP B latch See Section 7 1 6 for example or explanation 69 TRIP C Single Phase Trip Phase C TRIP C latch See Section 7 1 6 for example or explanation 70 User Logical Output 1 ULO1 N A in REF615R 71 User Logical Output 2 ULO2 N A in REF615R 72 User Logical Output 3 ULO3 N A in REF615R 73 User Logical Output 4 ULO4 N A in REF615R 74 User Logical Output 5 ULO5 N ...

Page 21: ...explanation 101 Phase Power Directional Alarm positive sequence 32P 2 Please reference REF615R 0x address of 42 as it is mapped for 32 PA 102 Phase Power Directional Alarm negative sequence 32N 2 Please reference REF615R 0x address of 43 as it is mapped for 32 NA 103 Phase Power Directional Alarm positive sequence 32P latch See Section 7 1 6 for example or explanation 104 Phase Power Directional A...

Page 22: ...e Distance Zone 2 21P 2 N A in REF615R 132 Phase Distance Zone 2 Latched 21P 2 latch N A in REF615R 133 Phase Distance Zone 3 21P 3 N A in REF615R 134 Phase Distance Zone 3 Latched 21P 3 latch N A in REF615R 135 Phase Distance Zone 4 21P 4 N A in REF615R 136 Phase Distance Zone 4 Latched 21P 4 latch N A in REF615R 137 Control Button Status C1 Control Button 1 137 LD0 SPCGGIO1 SPCSO1 stVal 138 Cont...

Page 23: ... 164 Negative Sequence Time Over current Trip Alarm 46A 164 LD0 NSPTOC2 Op general 165 Negative Sequence Time Over current Trip Alarm 46A latch See Section 7 1 6 for example or explanation 166 Local Remote Disabled Status REMOTE D 166 CTRL LLN0 LocRem stVal 167 Setting Active Primary Settings are Active Prim 167 LD0 LLN0 Act1SG stVal 168 Alternate Setting Group 1 is Active ALT1 168 LD0 LLN0 Act2SG...

Page 24: ...O card 259 Reserved Status 259 Normal speed BIO card 275 High speed BIO card 260 Reserved Status 260 Normal speed BIO card 276 High speed BIO card 261 Reserved Status 261 Normal speed BIO card 277 High speed BIO card 262 Reserved Status 262 Normal speed BIO card 278 High speed BIO card 263 OUT 8 reserved Status 263 Normal speed BIO card 279 High speed BIO card 264 OUT 7 reserved Status 264 Normal ...

Page 25: ...F615R supports high speed BIO cards which are not available in DPU2000R the ending coil address for this block extends to 1088 270 OUT 1 Status 270 LD0 XUGGIO110 SPCSO1 stVal Normal speed BIO card 86 LD0 XBUGGIO100 SPCSO1 stVal High speed BIO card 271 CLOSE Reserved Status 271 Normal speed BIO card 287 High speed BIO card 272 TRIP Status 272 LD0 XUGGIO100 SPCSO1 stVal Normal speed BIO card 288 LD0...

Page 26: ...escription REF615R register addr IEC 61850 path Comments on REF615R Modbus points mapping 1025 Reserved Status 1025 Normal speed BIO card 1057 High speed BIO card 1026 Reserved Momentary 1026 Normal speed BIO card 1058 High speed BIO card 1027 1054 1027 1054 Paths for the status points are the same as in the single bit block Normal speed BIO card 1059 1086 Paths for the status points are the same ...

Page 27: ...ddress assignments are reversed 4 1 1 Logical input block single bit data REF615R maps the single bit logical input points in the same register assignments and sequence as in DPU2000R Table 5 Mitigations of Modbus registers mapping for the logical input block in single bit block Please check Feeder Protection and Control REF615R Modbus Point List Manual document ID 1MRS240052 IB to find the Modbus...

Page 28: ...mple or explanation 10015 Initiate Event Capture 1 ECI1 N A in REF615R 10016 Initiate Event Capture 2 ECI2 N A in REF615R 10017 Waveform Capture Initiate WCI DR RDRE1 RcdTrg stVal 10018 Enable Zone Sequence Coordination ZSC 10018 LD0 DARREC1 ProCrd stVal 10019 Initiate Trip Output OPEN 10019 CTRL CBCSWI1 OpOpn general 10020 Initiate Close Output CLOSE 10020 CTRL CBCSWI1 OpCls general 10021 Enable ...

Page 29: ...et LIS5 10049 LD0 SRGAPC1 Set5 stVal 10050 Latched Input 6 Set LIS6 10050 LD0 SRGAPC1 Set6 stVal 10051 Latched Input 7 Set LIS7 10051 LD0 SRGAPC1 Set7 stVal 10052 Latched Input 8 Set LIS8 10052 LD0 SRGAPC1 Set8 stVal 10053 Latched Input 1 Reset LIR1 10053 LD0 SRGAPC1 Rs1 stVal 10054 Latched Input 2 Reset LIR2 10054 LD0 SRGAPC1 Rs2 stVal 10055 Latched Input 3 Reset LIR3 10055 LD0 SRGAPC1 Rs3 stVal ...

Page 30: ...ormal speed BIO card 10273 High speed BIO card 10258 IN12 Reserved 10258 Normal speed BIO card 10274 High speed BIO card 10259 IN11 Reserved 10259 Normal speed BIO card 10293 LD0 XAUGGIO130 Ind11 stVal High speed BIO card 10260 IN10 Reserved 10260 Normal speed BIO card 10294 LD0 XAUGGIO130 Ind10 stVal High speed BIO card 10261 IN9 Reserved 10261 Normal speed BIO card 10295 LD0 XAUGGIO130 Ind9 stVa...

Page 31: ... BIO card 10271 52b reserved status 10271 Normal speed BIO card 10287 High speed BIO card 10272 52a reserved status 10272 Normal speed BIO card 10288 High speed BIO card DPU2000R register addr DPU 2000R description REF615R register addr IEC 61850 path Comments on REF615R Modbus points mapping DPU2000R register addr DPU 2000R description REF615R register addr IEC 61850 path Comments on REF615R Modb...

Page 32: ...nds to 11102 The IEC61850 path for the status points are the same as in the physical input block with single bit data In REF615R MCD Momentary Change Detect bits are implemented and mapped in the same way and same address locations as the momentary bits in DPU2000R Table 8 Mitigations of Modbus registers mapping for the physical input block in double bit block DPU2000R register addr DPU 2000R desc...

Page 33: ...DR view In REF615R user can reassign the signal to its new bit address using CMT UDR tool As Figure 1 shows user can highlight the signal of 51P 3I PHLPTOC1 1 Trip 51P Trip from the left pane then expand the Empty Register from the right pane In this example DPU2000R REF615R Number of user defined registers 32 127 Register s starting address 40001 40001 Register s ending address 40032 40127 Config...

Page 34: ... to UDR one can pick up the signal from either of the other two options 5 1 1 2 Example of remapping an analog register to UDR The purposes of remapping the analog measurement signals are often to change the scaling and the offset or to shift or clamp the data values etc REF615R PCM600 CMT UDR offers four scaling options No scaling Ratio scaling Multiplicative scaling and Divisor scaling 5 1 1 2 1...

Page 35: ...he right pane and click on Go to right button to move the signal to the right pane c If the primary CT rating is 600A and if the original signal s scale factor keeps default value of 100 user only needs to fill in number of six into the Min In column Eventually 600 will be UDR s effective multiplicative scaling Figure 3 UDR multiplicative scaling factor for LD0 CMMXU1 A phsA instCVal mag f 5 1 1 2...

Page 36: ...1 Mitigations of Modbus system status configuration block If the original signal is mapped into 32 bit the UDR shall keep it as 32 bit register by leaving the next register as Empty Register DPU2000R register addr DPU 2000R description Scale REF615R register addr Scale IEC 61850 path Comments on REF615R Modbus points mapping 40129 0 Self test status 40129 0 Self test status 40129 1 contact input c...

Page 37: ...0 kWhr kVARhr 1 MWhr MVARhr 40132 0 0 Wye PT 1 Delta PT 40132 0 0 Wye PT 1 Delta PT 40133 142 Catalog Number 40133 141 LD0 LPHD1 PhyNam eOrdNum replaced by order code 40143 CPU software version number 100 40142 15 40 142 8 1 delimiter 40144 Analog DSP Software Version Number 10 40142 7 40143 7 1 LD0 LPHD1 PhyNam swRev replaced by CPU software version number 40145 Front Panel Controller Software Ve...

Page 38: ... 7 Spare Spare 40170 6 1 One or More Unreported Operations Records 40170 6 1 One or More Unreported Operations Records 40170 5 40170 0 Division code 00101 binary N A in REF615R 40171 15 40171 10 Product Code 001110 binary N A in REF615R 40171 9 40171 8 Spare N A in REF615R 40171 7 40171 6 Reserved for Corporate Status N A in REF615R 40171 5 Reserved for Local Operator Action N A in REF615R 40171 4...

Page 39: ...ble 12 Mitigations of Modbus mappings for RMS load current angular values block REF615R provides another set of 6 system status registers SSR1 SSR2 SSR3 SSR4 SSR5 SSR6 REF615R also provides device information registers Please check Feeder Protection and Control REF615R Modbus Point List Manual document ID1MRS240052 IB and REF615R Modbus Communication Protocol Manual document ID 1MRS240047 IB to fi...

Page 40: ... W phsA instCVal mag f 40285 286 kWatts B 1 40285 286 1 LD0 SPEMMXU1 W phsB instCVal mag f 40287 288 kWatts C 1 40287 288 1 LD0 SPEMMXU1 W phsC instCVal mag f 40289 290 3 Phase kWatts 1 40289 290 1 LD0 PEMMXU1 TotW instMag f 40291 292 kVARs A 1 40291 292 1 LD0 SPEMMXU1 VAr phsA instCVal mag f 40293 294 kVARs B 1 40293 294 1 LD0 SPEMMXU1 VAr phsB instCVal mag f 40295 296 kVARs C 1 40295 296 1 LD0 S...

Page 41: ...ive Sequence Voltage Magnitude 1 40321 322 100 LD0 VSMSQI1 SeqV c1 instCVal mag f reading per unit value by default 40323 Positive Sequence Voltage Angle 1 40323 1 LD0 VSMSQI1 SeqV c1 instCVal ang f 40324 325 Negative Sequence Voltage Magnitude 1 40324 325 100 LD0 VSMSQI1 SeqV c2 instCVal mag f reading per unit value by default 40326 Negative Sequence Voltage Angle 1 40326 1 LD0 VSMSQI1 SeqV c2 in...

Page 42: ...00R description Scale REF615R register addr Scale IEC 61850 path Comments on REF615R Modbus points mapping DPU2000R register addr DPU2000R description Scale REF615R register addr Scale IEC61850 path Comments on REF615R Modbus points mapping 40385 Demand Current A 1 40385 100 LD0 CMSTA1 AvAmpsA mag f reading per unit value by default 40386 Demand Current B 1 40386 100 LD0 CMSTA1 AvAmpsB mag f readi...

Page 43: ...fault 40518 Peak Demand Current B Year Month 40518 LD0 CMSTA1 MaxAmpsB t Year Month 40519 Peak Demand Current B Day Hour 40519 Day Hour 40520 Peak Demand Current B Minute 40520 Minute 40521 Peak Demand Current C 1 40521 100 LD0 CMSTA1 MaxAmpsC mag f reading per unit value by default 40522 Peak Demand Current C Year Month 40522 LD0 CMSTA1 MaxAmpsC t Year Month 40523 Peak Demand Current C Day Hour 4...

Page 44: ...1 40549 1 LD0 SPEMSTA1 MaxVArPhsA mag f 40551 Peak Demand KVARs A Year Month 40551 LD0 SPEMSTA1 MaxVArPhsA t Year Month 40552 Peak Demand KVARs A Day Hour 40552 Day Hour 40553 Peak Demand KVARs A Minute 40553 Minute 40554 Peak Demand KVARs B 1 40554 1 LD0 SPEMSTA1 MaxVArPhsB mag f 40556 Peak Demand KVARs B Year Month 40556 LD0 SPEMSTA1 MaxVArPhsB t Year Month 40557 Peak Demand KVARs B Day Hour 405...

Page 45: ... value by default 40650 Minimum Demand Current C Year Month 40650 LD0 CMSTA1 MinAmpsC t Year Month 40651 Minimum Demand Current C Day Hour 40651 Day Hour 40652 Minimum Demand Current C Minute 40652 Minute 40653 Minimum Demand Current N 1 40653 100 LD0 RESCMSTA1 MinAmps mag f reading per unit value by default 40654 Minimum Demand Current N Year Month 40654 LD0 RESCMSTA1 MinAmps t Year Month 40655 M...

Page 46: ...40684 LD0 SPEMSTA1 MinVArPhsB t Year Month 40685 Minimum Demand KVARs B Day Hour 40685 Day Hour 40686 Minimum Demand KVARs B Minute 40686 Minute 40687 Minimum Demand KVARs C 1 40687 1 LD0 SPEMSTA1 MinVArPhsC mag f 40689 Minimum Demand KVARs C Year Month 40689 LD0 SPEMSTA1 MinVArPhsC t Year Month 40690 Minimum Demand KVARs C Day Hour 40690 Day Hour 40691 Minimum Demand KVARs C Minute 40691 Minute 4...

Page 47: ...1 42010 100 LD0 SSCBR1 AccAPwrPhA mag f Can be used for Sum of fault current A 40772 Sum of fault current B 1 42012 100 LD0 SSCBR1 AccAPwrPhB mag f Can be used for Sum of fault current B 40773 Sum of fault current C 1 42014 100 LD0 SSCBR1 AccAPwrPhC mag f Can be used for Sum of fault current C DPU2000R register addr DPU2000R description Scale REF615R register addr Scale IEC61850 path Comments on R...

Page 48: ...voltage Trip any single phase 59 1 40897 2 LD0 PHPTOV1 Op general 40897 1 Direct Over current Trip Positive Sequence 67P 1 40897 1 LD0 DPHLPTOC1 Op general 40897 0 Direct Over current Trip Negative Sequence 67N 40897 0 LD0 DEFLPTOC1 Op general 40898 to 40926 40898 to 40926 Paths for the status points are the same as in the corresponding single bit block if paths are available Same ACT logic as in ...

Page 49: ... 5 C5 41187 8 LD0 SPCGGIO3 SPCSO5 Oper ctlVal Control button 5 C5 set 41187 9 Control button 5 C5 reset 41159 6 Control button 4 C4 41187 6 LD0 SPCGGIO3 SPCSO4 Oper ctlVal Control button 4 C4 set 41187 7 Control button 4 C4 reset 41159 5 Close Initiate Independent of 43A 41157 1 CTRL CBCSWI1 Pos Oper ctlVal Close command in SBO with enhanced security mode Relay needs to be set at Remote mode at fi...

Page 50: ...84 411 95 Set Reset command registers 41214 41 223 LD0 SRGAPC1 2 Rs1 8 Oper ctlVal and LD0 SRGAPC3 4 Rs1 8 Oper ctlVal Totally 2 blocks of set reset control commands Each block has 16 control points 41189 ULOx controls N A in REF615R 41196 Execute on momentary output contact registers Password 2 for control structure 9 41197 Password character 1 2 41197 0 15 LD0 SPCRGGIO1 SPCSO 1to8 Oper ctlVal Th...

Page 51: ...O4 Oper ctlVal High speed BIO card need to set relay in test mode and remote mode 41201 4 OUT3 41207 4 LD0 XUGGIO100 SPCSO3 Oper ctlVal Normal speed BIO card need to set relay in test mode and remote mode 41212 4 LD0 XBUGGIO100 SPCSO3 Oper ctlVal High speed BIO card need to set relay in test mode and remote mode 41201 3 OUT2 41207 2 LD0 XUGGIO110 SPCSO2 Oper ctlVal Normal speed BIO card need to se...

Page 52: ...re power up 41413 Year 1 41413 1 Year 41414 Month 1 41414 1 Month 41415 Day 1 41415 1 Day 41416 Hours 1 41416 1 Hours 41417 Minutes 1 41417 1 Minutes 41418 Seconds 1 41418 1 Seconds 41419 Hundredths of Seconds 1 41419 1 Hundredths of Seconds 41420 Ia Scale at register 41424 1 41420 100 LD0 FLTMSTA1 AmpsA mag f reading per unit value by default 41421 Ib Scale at register 41424 1 41421 100 LD0 FLTMS...

Page 53: ...eq V Ang 1 N A in REF615R 41445 Fault Location 10 41445 LD0 FLTMSTA1 FltDisKm mag f Distance to fault measured in pu 41446 41447 fault impedance real 1000 41446 41448 1000 LD0 FLTMSTA1 FltZ cVal mag f 41446 41447 mapped for impedance magnitude 41448 mapped for angle 41448 41449 breaker operate time 1000 41449 41450 1000 LD0 FLTMSTA1 OpTm mag f 41450 41451 Relay operate time 1000 N A in REF615R 414...

Page 54: ... from PCM6000 CMT by simply checking off the event enable bit as shown in Figure 6 DPU2000R register addr DPU 2000R description Scale REF615R register addr Scale Comments on REF615R Modbus points mapping N A 41536 Number of Events to Read per polling read max 10 events at the same time not available in DPU2000R 41537 Data Control 1 First record 2 Next record 3 Oldest Unreported record 1 41537 1 Da...

Page 55: ...n Manual Figure 6 Snapshot of using CMT to enable Modbus event on coil address 587 Only configure points with double bits for event configurations using PCM600 CMT It is because Modbus server only generates events on addresses from double bit block in order not to duplicate event records ...

Page 56: ...Section 5 1MRS240173 IB B 4x Registers 50 REF615R DPU2000R Modbus Point List Mitigation Manual ...

Page 57: ...tion 6 6x Registers REF615R 51 DPU2000R Modbus Point List Mitigation Manual Section 6 6x Registers 6x registers are not available in REF615R REF615R provides WebHMI and PCM600 CMT tools to make settings and logic changes ...

Page 58: ...Section 6 1MRS240173 IB B 6x Registers 52 REF615R DPU2000R Modbus Point List Mitigation Manual ...

Page 59: ... certain protection functions 7 1 3 Phase Over current Disabled Alarm PH3 D N A in the current release But the solution may be provided in the future release by either adding more Modbus mapping points to read function behavior status for each of every protection functions or by reading the status of the blocking signals which are configured from the PCM600 ACT logics to block the certain protecti...

Page 60: ...tatus of the blocking signals which are configured from the PCM600 ACT logics to block the certain protection functions 7 2 Logical input ACT logic selected examples 7 2 1 Enable phase over current protection for all phase elements except 50P3 PH3 N A in the current release But the solution may be provided in the future release by either adding more Modbus mapping points to read function behavior ...

Page 61: ...tions or by reading the status of the blocking signals which are configured from the PCM600 ACT logics to block the certain protection functions 7 2 5 Enable 50P 3 and 50N 3 50 3 N A in the current release But the solution may be provided in the future release by either adding more Modbus mapping points to read function behavior status for each of every protection functions or by reading the statu...

Page 62: ...Section 7 1MRS240173 IB B Selected PCM ACT logic examples or explanations 56 REF615R DPU2000R Modbus Point List Mitigation Manual ...

Page 63: ...der DNP3 A distributed network protocol originally developed by Westronic The DNP3 Users Group has the ownership of the protocol and assumes responsibility for its evolution DPC Double point control DPS Double point status DR Disturbance recorder EMC Electromagnetic compatibility HMI Human machine interface I O Input output ID Identifier or identification IEC 61850 International standard for subst...

Page 64: ...er Setting tool in PCM600 REF615R Wire alike replacement option for DPU2000R with the same form factor SBO Select before operate SSR1 System status register for device health SSR2 System status register for device mode SSR3 System status register for data available 1 SSR4 System status register for data available 2 SSR5 System status register for device alive counter SSR6 System status register fo...

Page 65: ......

Page 66: ...istribution Automation 4300 Coral Ridge Drive Coral Springs FL 33065 USA Phone 1 800 523 2620 Phone 1 954 752 6700 Fax 1 954 345 5329 www abb com substationautomation 1MRS240173 IB B Copyright 2016 ABB All rights reserved ...

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