4. Annexure 4-Set Files & PSL

Annexure 4

Set Files & PSL

Page 1 of 252

11KV UGC Funct 50, 51, 51N, 49

Page 2 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: A10 SET.setModel Number: P141216A6M0420J Printed on: 12/05/2010 12:48:06

- Settings File Report -

: SYSTEM DATA:00.01: Language:English

00.02: Password:****

00.03: Sys Fn Links:0

00.04: Description:50/51/51N/49

00.05: Plant Reference:DID/A10/505151N

00.06: Model Number:P141216A6M0420J

00.08: Serial Number:3254478

00.09: Frequency:50 Hz

00.0A: Comms Level:2

00.0B: Relay Address:1

00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000

00.0E: Active Group:1

00.10: CB Trip/Close:No Operation

00.11: Software Ref. 1:P141____6__420_B

00.20: Opto I/P Status:10000000

00.21: Relay O/P Status:0000000

00.22: Alarm Status 1:00000000000000000000000000000000

00.30: Opto I/P Status:10000000


00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000

00.D0: Access Level:2

00.D1: Password Control:2

00.D2: Password Level 1:****


: CB CONTROL:: DATE AND TIME:: CONFIGURATION:

09.01: Restore Defaults:No Operation

09.02: Setting Group:Select via Menu

09.03: Active Settings:Group 1

09.04: Save Changes:No Operation

09.05: Copy From:Group 1

09.06: Copy To:No Operation

09.07: Setting Group 1:Enabled

09.08: Setting Group 2:Disabled


09.0A: Setting Group 4:Disabled

09.0B: System Config:Invisible

09.10: Overcurrent:Enabled

09.11: Neg Sequence O/C:Disabled

09.12: Broken Conductor:Disabled

09.13: Earth Fault 1:Enabled

09.14: Earth Fault 2:Disabled

09.15: SEF/REF Prot'n:Disabled

09.16: Residual O/V NVD:Disabled

Page 3 of 252



09.17: Thermal Overload:Enabled

09.18: Neg Sequence O/V:Disabled

09.19: Cold Load Pickup:Disabled

09.1A: Selective Logic:Disabled

09.1B: Admit Protection:Disabled

09.1D: Volt Protection:Disabled

09.1E: Freq Protection:Disabled

09.1F: df/dt Protection:Disabled

09.20: CB Fail:Disabled

09.21: Supervision:Disabled

09.22: Fault Locator:Disabled

09.25: Input Labels:Visible

09.26: Output Labels:Visible

09.28: CT & VT Ratios:Visible

09.29: Record Control:Invisible

09.2A: Disturb Recorder:Visible

09.2B: Measure't Setup:Visible

09.2C: Comms Settings:Invisible

09.2D: Commission Tests:Invisible

09.2E: Setting Values:Secondary

09.2F: Control Inputs:Invisible

09.35: Ctrl I/P Config:Invisible

09.36: Ctrl I/P Labels:Invisible

09.39: Direct Access:Disabled

09.FF: LCD Contrast:9

: CT AND VT RATIOS:0A.01: Main VT Primary:11.00 kV

0A.02: Main VT Sec'y:110.0 V

0A.07: Phase CT Primary:400.0 A

0A.08: Phase CT Sec'y:1.000 A

0A.09: E/F CT Primary:400.0 A

0A.0A: E/F CT Secondary:1.000 A

0A.0B: SEF CT Primary:400.0 A

0A.0C: SEF CT Secondary:1.000 A

: DISTURB RECORDER:: MEASURE'T SETUP:: CB MONITOR SETUP:: OPTO CONFIG:: IED CONFIGURATOR:: Group 1:

: GROUP 1 OVERCURRENT:35.23: I>1 Function:IEC S Inverse

35.24: I>1 Direction:Non-Directional

35.27: I>1 Current Set:1.000 A

35.2A: I>1 TMS:400.0e-3

35.2D: I>1 DT Adder:0 s

35.2F: I>1 tRESET:0 s

35.32: I>2 Function:DT


Page 4 of 252




35.38: I>2 Time Delay:0 s

35.3E: I>2 tRESET:0 s

35.40: I>3 Status:Enabled



35.45: I>3 Time Delay:50.00 ms

35.47: I>4 Status:Disabled

35.4E: I> Blocking:001010000

35.4F: I> Char Angle:45.00 deg

35.51: V CONTROLLED O/C:

35.52: VCO Status:Disabled

: GROUP 1 EARTH FAULT 1:38.01: IN1> Input:Measured

38.25: IN1>1 Function:IEC S Inverse

38.26: IN1>1 Direction:Non-Directional

38.29: IN1>1 Current:300.0 mA

38.2D: IN1>1 TMS:400.0e-3

38.31: IN1>1 DT Adder:0 s

38.33: IN1>1 tRESET:0 s

38.36: IN1>2 Function:DT


38.3A: IN1>2 Current:100.0 mA

38.3D: IN1>2 Time Delay:0 s

38.44: IN1>2 tRESET:0 s

38.46: IN1>3 Status:Enabled



38.4B: IN1>3 Time Delay:50.00 ms

38.4D: IN1>4 Status:Disabled

38.54: IN1> Blocking:01010000

38.55: IN1> POL:

38.56: IN1> Char Angle:-45.00 deg

38.57: IN1> Pol:Zero Sequence

38.59: IN1> VNpol Set:5.000 V

: GROUP 1 THERMAL OVERLOAD:3C.01: Characteristic:Single

3C.02: Thermal Trip:1.000 A

3C.03: Thermal Alarm:90.00%

3C.04: Time Constant 1:120.0 min

: GROUP 1 CB FAIL & I<:: GROUP 1 INPUT LABELS:: GROUP 1 OUTPUT LABELS:

Page 5 of 252

DDB #064Latching LED 1








1

DDB #038L7 LOAD SHED TRI

DDB #276Thermal Trip

DDB #329Thermal Alarm

DDB #441Test Mode

DDB #243I>1 Trip

DDB #315IN1>1 Start

DDB #295I>1 Start

DDB #039L8 TEST MODE

Page : 1

Opto Input Mappings

LED Mappings

11KV OUTGOING FEEDER - 50/51/51N/49

DDB #006R7 SOTF TRIP

1

O/C_E/F START

O/C TRIP

E/F TRIP

SOTF TRIP

THERMAL ALARM

THERMAL ALARM STG.2

LOAD SHED TRIP RECEIVED

1

PBB BLOCK SEND

DDB #000R1 BB BLK HI SET

DDB #261IN1>1 Trip

THERMAL HIGH ALARM

DDB #169SR User Alarm 3

Page 6 of 252

Dwell

100

0

R1 BB BLK HI SETDDB #000

Dwell

100

0

R3 ANY TRP SPAREDDB #002

Dwell

100

0

R4 ANY TRIP(86)DDB #003

Straight

0

0

R5 SOTF 500MSDDB #004

Dwell

100

0

R7 SOTF TRIPDDB #006

1

&

1

1

1

DDB #536Trip Command In

DDB #144Fault REC TRIG

DDB #261IN1>1 Trip

DDB #243I>1 Trip

DDB #294Any Start


DDB #251I>3 Trip

DDB #032L1 CB CLOSE

DDB #243I>1 Trip

DDB #247I>2 Trip

DDB #261IN1>1 Trip

DDB #038L7 LOAD SHED TRI


DDB #006R7 SOTF TRIP

Page : 2

Output Relay Mappings

Fault Record Trigger Mapping


O/C,E/F TRIP TO TRIP RELAY

(RL4)

CB CLOSE PLUS HOLDING FOR SOTF PROCESS

(RL5)

SOTF TRIP ON O/C OR E/F + CB

CLOSECOMMAND (RL7)

O/C,E/F TRIP TO WIRED SPARE

CONTACT(RL3)

DDB #247I>2 Trip

DDB #262IN1>2 Trip

HIGH SET TRIPTO BLOCK

PARTIALBUSBAR

PROTECTION(RL1)

DDB #262IN1>2 Trip

DDB #263IN1>3 Trip

1

DDB #537Trip Command Out

Pulse

500

0

Page 7 of 252



DDB #261IN1>1 Trip

DDB #243I>1 Trip

Page : 3

USER ALARM MAPING

FOR SCS GENERAL

ALRAM


1

1

E/F TRIP

O/CTRIP

Page 8 of 252

A12 Funct 51, 51N, 49

Page 9 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: 11KV BUS SECTION O_C&E_F.setModel Number: P141216A6M0420J Printed on: 11/05/2010 17:00:05





00.04: Description:A12/51/51N/49

00.05: Plant Reference:DID/11KV/51_51N






00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P141____6__420_B

00.20: Opto I/P Status:10000000


00.22: Alarm Status 1:00000000000000000000000000000000

00.30: Opto I/P Status:10000000


00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
























Page 10 of 252




















09.2C: Comms Settings:Visible

09.2D: Commission Tests:Visible





09.39: Direct Access:Enabled




0A.07: Phase CT Primary:2500 A


0A.09: E/F CT Primary:2500 A


0A.0B: SEF CT Primary:2500 A


: DISTURB RECORDER:: MEASURE'T SETUP:: COMMISSION TESTS:: CB MONITOR SETUP:: OPTO CONFIG:

11.01: Global Nominal V:110/125V

11.50: Opto Filter Cntl:11111111

11.80: Characteristic:Standard 60%-80%

: IED CONFIGURATOR:: Group 1:



35.27: I>1 Current Set:900.0 mA

35.2A: I>1 TMS:300.0e-3

Page 11 of 252





35.32: I>2 Function:Disabled



35.4E: I> Blocking:000000000









Page 12 of 252

Dwell

100

0

R4 ANY TRIP - 86DDB #0031

1

DDB #243I>1 Trip


DDB #441Test Mode

Page : 1

OPTO INPUT MAPPING

MiCOM P141 Programmable Scheme Logic

ANY TRIP

Page 13 of 252

1

1

1

DDB #243I>1 Trip


DDB #243I>1 Trip

DDB #261IN1>1 Trip



Page : 2


SIGNAL MAPPING FOR SCS

TRIP COMMAND MAPPING



Page 14 of 252

Dwell

100

0

R3 ANY TRP-SPAREDDB #002






DDB #294Any Start



DDB #243I>1 Trip

DDB #261IN1>1 Trip


Page : 3


LED Mappings


Page 15 of 252

A12 Funct PBB

Page 16 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: PBB-1.setModel Number: P141216A6M0420J Printed on: 11/05/2010 17:05:41





00.04: Description:50/50N+62-B1

00.05: Plant Reference:DID/11KV/PBB-1






00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P141____6__420_B

00.20: Opto I/P Status:10100000


00.22: Alarm Status 1:00000000000000000000000000000000

00.30: Opto I/P Status:10100000


00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000




















09.13: Earth Fault 1:Enabled




Page 17 of 252



09.17: Thermal Overload:Disabled









































35.2A: I>1 TMS:320.0e-3

Page 18 of 252











35.4E: I> Blocking:000000000




: GROUP 1 EARTH FAULT 1:38.01: IN1> Input:Measured

38.25: IN1>1 Function:IEC S Inverse


38.29: IN1>1 Current:80.00 mA

38.2D: IN1>1 TMS:500.0e-3

38.31: IN1>1 DT Adder:0 s

38.33: IN1>1 tRESET:0 s

38.36: IN1>2 Function:DT


38.44: IN1>2 tRESET:0 s

38.46: IN1>3 Status:Disabled

38.4D: IN1>4 Status:Disabled

38.54: IN1> Blocking:00000000

38.55: IN1> POL:

38.56: IN1> Char Angle:-45.00 deg

38.57: IN1> Pol:Zero Sequence

38.59: IN1> VNpol Set:5.000 V




38.3D: IN1>2 Time Delay:500.0 ms

Page 19 of 252


DDB #065Non -

LatchingLED 2

DDB #066Non -

LatchingLED 3






&

1

1

1

DDB #294Any Start

DDB #262IN1>2 Trip

DDB #261IN1>1 Trip

DDB #247I>2 Trip

DDB #243I>1 Trip

DDB #209IN1>2 Timer Blk

DDB #204I>2 Timer Block

DDB #038L7 PBB-PROT-OUT

DDB #037L6 PBB-PROT-IN

DDB #441Test Mode

DDB #032L1 PBB1-BLK -FDR

DDB #038L7 PBB-PROT-OUT

DDB #037L6 PBB-PROT-IN

DDB #032L1 PBB1-BLK -FDR

DDB #039L8 TEST-MODE

Page : 1

Opto Input Mappings

LED Mappings

11KV PARTIAL BB PROTECTION

HIGH SETBLOCK FROMO/G FEEDERS

HIGH SETPROTECTION BLOCK

FROM PBB IN/OUTSWITCH

PBB HISET BLOCKRECEIVED FROM

FEEDERS

PBB IN SERVICE

PBB OUT OFSERVICE

PBB O/C BACK UPTRIP (IDMT)

PBB O/C HISETTRIP (DT)

PBB E/F HISETTRIP (DT)

PBB E/F BACK UPTRIP (IDMT)

PBB START

Page 20 of 252

Dwell

100

0

R1 HISET-TRP-86BDDB #000

Dwell

100

0

R2 IDMT TRIP BSDDB #001

Dwell

100

0

R3 TRIP-HV INTR1DDB #002

Dwell

100

0

R4 ANYTRIP-SPAREDDB #003

Dwell

100

0

R5 TRIP-HV INTR2DDB #004

Dwell

100

0

R6 IDMT TR HV-86DDB #005

Dwell

100

0

R7 TRIP-415 CBDDB #006

Dwell

20

0

1

1

1

1

1



DDB #262IN1>2 Trip

DDB #261IN1>1 Trip

DDB #247I>2 Trip

DDB #243I>1 Trip

DDB #262IN1>2 Trip

DDB #261IN1>1 Trip

DDB #247I>2 Trip

DDB #243I>1 Trip

DDB #262IN1>2 Trip

DDB #261IN1>1 Trip

DDB #247I>2 Trip

DDB #243I>1 Trip

DDB #261IN1>1 Trip

DDB #243I>1 Trip

DDB #262IN1>2 Trip

DDB #247I>2 Trip

DDB #294Any Start

Page : 2



Trip Output Mapping

O/C & E/FHISET TRIP -

86B (11KVFEEDERS)

O/C & E/F IDMTTRIP - 86 (11KVBUS SECTION)

O/C & E/F TRIP-HV INTER TRIP

-1

O/C & E/F TRIP-WIRED SPARE

OUT PUT

O/C & E/F TRIP-HV INTER TRIP

- 2

O/C & E/F IDMTTRIP - 86 HV

TRIP

O/C & E/F TRIP -415V TRIP

11KV PARTIAL BB PROTECTION

Page 21 of 252

81UF

Page 22 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: 000.setModel Number: P923xAxxxxx V10 Printed on: 11/05/2010 17:54:16


: OP PARAMETERS:010A: Reference:81UF

0005: Software Version:10.I

0104: Frequency:50 Hz

: CONFIGURATION:: GENERAL:

0126: Connection:3 Vpn + Vr

0127: Protection:Protect P-N

0109: Default Display:RMS Va

: VT RATIO:0120: Main VT Primary:11000V

0122: Main VT Secundary:110V

0123: E/Gnd VT Primary:11000V

0125: E/Gnd VT Secundary:110V

: LED 5:: LED 6:: LED 7:: LED 8:: GROUP SELECT:: FREQ,df/dt,DU/DT:: ALARMS:: LOGIC INPUTS:: DATE FORMAT:: RL1 & 2 OUTPUT RLY:

: PROTECTION G1:: [27] UNDERVOLTAGE:: [59] OVERVOLTAGE:: [59N] RESIDUAL O/V:: [47] NEG SEQ O/V:: [27D] POS SEQ U/V:: [81] FREQUENCY:

02D0: Function f1:81<

02D1: f1:49.2Hz

02D2: tf1:0.1s


02D4: f2:49Hz

02D5: tf2:0.1s


02D7: f3:48.8Hz

02D8: tf3:0.1s


02DA: f4:48.6Hz

02DB: tf4:0.1s

02DC: Function f5:81<

02DD: f5:48.4Hz

02DE: tf5:0.1s

02DF: Function f6:No

: [81R] FREQ CHANGE OF RATE:: DELTA U / DELTA T:

Page 23 of 252

MiCOM S1 Studio Page: 2Settings File ReportFile: 000.setModel Number: P923xAxxxxx V10 Printed on: 11/05/2010 17:54:16


: PROTECTION G2:: AUTOMAT. CTRL:: RECORDS:

Page 24 of 252

A12,B12, B10, B20, 66kV Spare UGC Funct - 25, 27C

Page 25 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: 25_27C.x3vModel Number: 613 Printed on: 12/05/2010 12:51:50


: Parameters:: Device ID:: Config. parameters:: Function parameters:

: Global:: General functions:

: MAIN:: ASC:

018.000: General enable USER:Yes

101.212: Transm.cycle,meas.v.:10 s

: V<>:023.030: General enable USER:No

: Parameter subset 1:: MAIN:: ASC:

018.020: Enable PS1:Yes

037.131: CB assignment PS1:Not assigned

037.135: System integrat. PS1:Autom.synchron.check

018.001: Active for HSR PS1:No

018.002: Active for TDR PS1:No

018.003: Clos.rej.w.block PS1:No

018.010: Operative time PS1:6000.0 s

018.025: Operating mode PS1:Volt./sync.-checked

000.038: AR with tCB PS1:No

018.029: Op.mode volt.chk.PS1:Not V or not Vref

026.017: V> volt.check PS1:0.80 Vnom(/©3)

018.017: V< volt. check PS1:0.20 Vnom(/©3)

018.018: tmin volt. check PS1:0.10 s

031.060: Measurement loop PS1:Loop B-G

018.011: V> sync. check PS1:0.80 Vnom(/©3)

018.012: Delta Vmax PS1:0.06 Vnom

018.014: Delta f max PS1:0.10 Hz

018.013: Delta phi max PS1:10 °

018.034: Phi offset PS1:0 °

018.015: tmin sync. check PS1:0.10 s

: V<>:076.246: Enable PS1:Yes

076.001: Operating mode PS1:Star

001.155: I enable V< PS1:0.04 Inom

001.162: Op. mode V< mon. PS1:Without

076.002: Evaluation VNG PS1:Calculated

076.003: V> PS1:Blocked

076.004: V>> PS1:Blocked

076.005: tV> PS1:Blocked

076.027: tV> 3-pole PS1:Blocked

076.006: tV>> PS1:Blocked

076.007: V< PS1:0.80 Vnom(/©3)

076.008: V<< PS1:Blocked

076.009: tV< PS1:Blocked

Page 26 of 252



076.028: tV< 3-pole PS1:Blocked

076.010: tV<< PS1:Blocked

076.015: Vpos> PS1:Blocked

076.016: Vpos>> PS1:Blocked

076.017: tVpos> PS1:Blocked

076.018: tVpos>> PS1:Blocked

076.019: Vpos< PS1:Blocked

076.020: Vpos<< PS1:Blocked

076.021: tVpos< PS1:Blocked

076.022: tVpos<< PS1:Blocked

076.023: Vneg> PS1:Blocked

076.024: Vneg>> PS1:Blocked

076.025: tVneg> PS1:Blocked

076.026: tVneg>> PS1:Blocked

076.011: VNG> PS1:Blocked

076.012: VNG>> PS1:Blocked

076.013: tVNG> PS1:Blocked

076.014: tVNG>> PS1:Blocked

007.064: Vref> PS1:Blocked

076.029: tTransient PS1:Blocked

007.065: Vref>> PS1:Blocked

076.048: Hyst. V<> meas. PS1:3 %

007.066: tVref> PS1:Blocked

076.049: Hyst. V<> deduc. PS1:3 %

007.067: tVref>> PS1:1.00 s

007.086: Vref< PS1:0.46 Vnom

007.087: Vref<< PS1:Blocked

007.088: tVref< PS1:Blocked

007.096: tVref<< PS1:Blocked

: Parameter subset 2:: Parameter subset 3:: Parameter subset 4:

: Operation:: Events:

Page 27 of 252

A18, A28 Funct - 25, 27C

Page 28 of 252



: Parameters:: Device ID:: Config. parameters:: Function parameters:

: Global:: General functions:

: MAIN:: ASC:

018.000: General enable USER:Yes

101.212: Transm.cycle,meas.v.:10 s

: V<>:023.030: General enable USER:Yes

: LOGIC:: Parameter subset 1:

: MAIN:: ASC:


037.131: CB assignment PS1:Not assigned

037.135: System integrat. PS1:Autom.synchron.check

018.001: Active for HSR PS1:No

018.002: Active for TDR PS1:No

018.003: Clos.rej.w.block PS1:No

018.010: Operative time PS1:6000.0 s

018.025: Operating mode PS1:Volt./sync.-checked

000.038: AR with tCB PS1:No

018.029: Op.mode volt.chk.PS1:V but not Vref

026.017: V> volt.check PS1:0.80 Vnom(/©3)

018.017: V< volt. check PS1:0.20 Vnom(/©3)

018.018: tmin volt. check PS1:0.10 s

031.060: Measurement loop PS1:Loop B-G

018.011: V> sync. check PS1:0.80 Vnom(/©3)

018.012: Delta Vmax PS1:0.06 Vnom

018.014: Delta f max PS1:0.10 Hz

018.013: Delta phi max PS1:10 °

018.034: Phi offset PS1:0 °

018.015: tmin sync. check PS1:0.10 s

: V<>:076.246: Enable PS1:Yes

076.001: Operating mode PS1:Star

001.155: I enable V< PS1:0.04 Inom

001.162: Op. mode V< mon. PS1:Without

076.002: Evaluation VNG PS1:Calculated

076.003: V> PS1:Blocked

076.004: V>> PS1:Blocked

076.005: tV> PS1:Blocked

076.027: tV> 3-pole PS1:Blocked

076.006: tV>> PS1:Blocked

076.007: V< PS1:0.80 Vnom(/©3)

076.008: V<< PS1:Blocked

Page 29 of 252



076.009: tV< PS1:Blocked

076.028: tV< 3-pole PS1:Blocked

076.010: tV<< PS1:Blocked

076.015: Vpos> PS1:Blocked

076.016: Vpos>> PS1:Blocked

076.017: tVpos> PS1:Blocked

076.018: tVpos>> PS1:Blocked

076.019: Vpos< PS1:Blocked

076.020: Vpos<< PS1:Blocked

076.021: tVpos< PS1:Blocked

076.022: tVpos<< PS1:Blocked

076.023: Vneg> PS1:Blocked

076.024: Vneg>> PS1:Blocked

076.025: tVneg> PS1:Blocked

076.026: tVneg>> PS1:Blocked

076.011: VNG> PS1:Blocked

076.012: VNG>> PS1:Blocked

076.013: tVNG> PS1:Blocked

076.014: tVNG>> PS1:Blocked

007.064: Vref> PS1:Blocked

076.029: tTransient PS1:Blocked

007.065: Vref>> PS1:Blocked

076.048: Hyst. V<> meas. PS1:3 %

007.066: tVref> PS1:Blocked

076.049: Hyst. V<> deduc. PS1:3 %

007.067: tVref>> PS1:Blocked

007.086: Vref< PS1:0.46 Vnom

007.087: Vref<< PS1:Blocked

007.088: tVref< PS1:Blocked

007.096: tVref<< PS1:Blocked



Page 30 of 252

A18 A28 FUNCT 67_67N

Page 31 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: A18 67_67N.setModel Number: P141216A6M0420J Printed on: 11/05/2010 18:32:42





00.04: Description:A18/67_67N

00.05: Plant Reference:DID/11KV/67_67N






00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P141____6__420_B

00.20: Opto I/P Status:10000010


00.22: Alarm Status 1:00000000000000000000000000100000

00.30: Opto I/P Status:10000010


00.50: Alarm Status 1:00000000000000000000000000100000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
























Page 32 of 252












09.21: Supervision:Enabled
























: DISTURB RECORDER:0C.01: Duration:1.500 s

0C.02: Trigger Position:33.30%

0C.03: Trigger Mode:Single

0C.04: Analog Channel 1:VA

0C.05: Analog Channel 2:VB

0C.06: Analog Channel 3:VC

0C.07: Analog Channel 4:IA

0C.08: Analog Channel 5:IB

0C.09: Analog Channel 6:IC

0C.0A: Analog Channel 7:IN

0C.0B: Analog Channel 8:IN Sensitive

0C.0C: Digital Input 1:I>1 Trip

0C.0D: Input 1 Trigger:Trigger L/H

0C.0E: Digital Input 2:IN1>1 Trip

Page 33 of 252



0C.0F: Input 2 Trigger:Trigger L/H

0C.10: Digital Input 3:VT Fail Alarm

0C.11: Input 3 Trigger:Trigger L/H

0C.12: Digital Input 4:Input L2


0C.14: Digital Input 5:Prot'n Disabled


0C.16: Digital Input 6:Unused


0C.1A: Digital Input 8:Unused

0C.1C: Digital Input 9:Unused

0C.1E: Digital Input 10:Unused























: MEASURE'T SETUP:: COMMISSION TESTS:: CB MONITOR SETUP:: OPTO CONFIG:: IED CONFIGURATOR:: Group 1:


35.24: I>1 Direction:Directional Fwd


35.2A: I>1 TMS:100.0e-3





Page 34 of 252




35.4E: I> Blocking:000000001




: GROUP 1 CB FAIL & I<:45.08: UNDER CURRENT:

45.09: I< Current Set:100.0 mA

45.0A: IN< Current Set:100.0 mA

45.0B: ISEF< Current:20.00 mA

: GROUP 1 SUPERVISION:46.01: VT SUPERVISION:

46.02: VTS Status:Blocking

46.03: VTS Reset Mode:Auto

46.04: VTS Time Delay:5.000 s

46.05: VTS I> Inhibit:10.00 A

46.06: VTS I2> Inhibit:50.00 mA

46.07: CT SUPERVISION:

46.08: CTS Status:Disabled

: GROUP 1 INPUT LABELS:: GROUP 1 OUTPUT LABELS:

Page 35 of 252

Dwell

50

0



DDB #066Non -

LatchingLED 3

DDB #067Non -

LatchingLED 4

1

1

1


DDB #243I>1 Trip

DDB #294Any Start

DDB #441Test Mode

DDB #231MCB/VTS

DDB #033L2VT MCB OFF/TRP

DDB #148VT Fail Alarm

DDB #243I>1 Trip

DDB #295I>1 Start


Page : 1


Opto Input Mappings

LED Mappings

A18 67_67N DIRECTIONAL OVER CURRENT RELAY

DDB #038L7 NOT USEDL7 MCB TRIP

Page 36 of 252

Dwell

100

0

R2 TO FIRE PROTDDB #001

Dwell

100

0

R3 HV REM INTS-2DDB #002

Dwell

100

0

R5 SPARE-1DDB #004

Dwell

100

0

R6 SPARE-2DDB #005

Dwell

100

0

R7 TO TRIP 415VDDB #006

1


DDB #243I>1 Trip

DDB #243I>1 Trip

Page : 2


A18 67_67N DIRECTIONAL OVER CURRENT RELAY

Dwell

100

0

R1 NOT USEDDDB #000R1 86 TRIP

R2 LV TRIP

R3 INTER TRIP-1

R5 FIRE PROTN

R6 SPARE-1

R7 SPARE-2

Page 37 of 252

B11, B21 87T_50TC_P633

Page 38 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: B11_87T_50TC_P633_FINAL SET.x3vModel Number: 621 Printed on: 02/08/2010 12:50:23


: Parameters:: DeviceID:: Config.parameters:

: LOC:: PC:: COMM2:: IEC:: GOOSE:: GSSE:: F_KEY:: INP:

010.220: Filter:0

153.087: Fct. assignm. U 2001:LOGIC Input 1 EXT

153.090: Fct. assignm. U 2002:Without function

153.093: Fct. assignm. U 2003:Without function

153.096: Fct. assignm. U 2004:MAIN Test mode EXT

153.088: Oper. mode U 2001:Active "high"



153.097: Oper. mode U 2004:Active "low"

: OUTP:151.201: Fct. assignm. K 2001:DIFF Trip signal

151.204: Fct. assignm. K 2002:LOGIC Output 3 (t)

151.207: Fct. assignm. K 2003:DIFF Trip signal



151.216: Fct. assignm. K 2006:Without function

151.219: Fct. assignm. K 2007:Without function

151.222: Fct. assignm. K 2008:MAIN Blocked/faulty

151.202: Oper. mode K 2001:ES updating

151.205: Oper. mode K 2002:ES reset (fault)


151.211: Oper. mode K 2004:NE updating




151.223: Oper. mode K 2008:NE updating

: MEASO:: LED:

085.184: Fct.assig. H 1 green:MAIN Healthy

085.001: Fct.assig. H 2 yell.:MAIN Blocked/faulty

085.004: Fct.assig. H 3 yell.:SFMON Warning (LED)

085.007: Fct.assig. H 4 red:MAIN Gen. trip signal

085.057: Fct.assig. H 4 green:Without function

085.010: Fct.assig. H 5 red:DIFF Trip signal 1





Page 39 of 252




085.019: Fct.assig. H 8 red:LOGIC Output 5


085.022: Fct.assig. H 9 red:LOGIC Output 6


085.025: Fct.assig. H10 red:DIFF Id>> triggered

085.075: Fct.assig. H10 green:Without function

085.028: Fct.assig. H11 red:DIFF Id>>> triggered


085.031: Fct.assig. H12 rot:LOGIC Input 1 EXT


085.034: Fct.assig. H13 red:LOGIC Output 3 (t)


085.037: Fct.assig. H14 red:Without function




085.043: Fct.assig. H16 red:MAIN Test mode


085.185: Fct.assig. H17 red:LOC Edit mode













085.182: Operating mode H 1:ES updating



085.008: Operating mode H 4:ES reset (fault)














Page 40 of 252









: MAIN:: FT_RC:: DIFF:

056.027: Function group DIFF:With

: REF_1:: REF_2:: REF_3:: DTOC1:: DTOC2:

056.032: Function group DTOC2:With

: DTOC3:: IDMT1:: IDMT2:: IDMT3:: THRM1:: THRM2:: V<>:: f<>:: V/f:: MCM_1:: MCM_2:: MCM_3:: CBF_1:: CBF_2:: CBF_3:: LIM_1:: LIM_2:: LIM_3:: LOGIC:

056.017: Function group LOGIC:With

: Function parameters:: Global:

: PC:: OUTP:: MAIN:

003.030: Device on-line:Yes (= on)

003.012: Test mode USER:No

010.030: Nominal frequ. fnom:50 Hz

010.049: Phase sequence:A - B - C

019.020: Inom C.T.prim.,end a:400 A

019.021: Inom C.T.prim.,end b:2500 A

019.022: Inom C.T.prim.,end c:1200 A

019.027: Inom C.T.Yprim,end a:1 A

Page 41 of 252



019.028: Inom C.T.Yprim,end b:1 A

019.029: Inom C.T.Yprim,end c:1 A

010.002: Vnom V.T. prim.:66.0 kV

010.024: Inom device, end a:1.0 A

010.025: Inom device, end b:1.0 A

010.029: Inom device, end c:1.0 A

010.142: IY,nom device, end a:1.0 A

010.143: IY,nom device, end b:1.0 A

010.144: IY,nom device, end c:1.0 A

010.009: Vnom V.T. sec.:110 V

010.140: Conn.meas.circ. IP,a:Standard

010.150: Conn.meas.circ. IP,b:Standard

010.160: Conn.meas.circ. IP,c:Standard

010.141: Conn.meas.circ. IY,a:Standard

010.151: Conn.meas.circ. IY,b:Standard

010.161: Conn.meas.circ. IY,c:Standard

011.030: Meas. value rel. IP:0.00 Inom

011.048: Meas.value rel. Ineg:0.000 Inom

011.058: Meas.value rel. Ipos:0.000 Inom

011.031: Meas. value rel. IN:0.000 Inom

011.036: Meas. value rel. IY:0.000 IN,nom

011.032: Meas. value rel. V:0.00 Vnom

010.113: Settl. t. IP,max,del:15.0 min

005.248: Fct.assign. reset 1:MAIN General reset EXT -->

005.249: Fct.assign. reset 2:Without function

021.021: Fct.assign. block. 1:Without function




021.012: Trip cmd.block. USER:No

021.001: Fct.assig.trip cmd.1:DIFF Trip signal

021.002: Fct.assig.trip cmd.2:Without function



021.003: Min.dur. trip cmd. 1:0.25 s

021.004: Min.dur. trip cmd. 2:0.25 s

021.032: Min.dur. trip cmd. 3:0.25 s

021.033: Min.dur. trip cmd. 4:0.25 s

021.023: Latching trip cmd. 1:No




021.031: Fct. assign. fault:Without function

021.017: Sig. asg. CB1 open:Without function

021.020: Sig. asg. CB1 closed:Without function





Page 42 of 252



: PSS:: SFMON:: FT_RC:

: General functions:: MAIN:

016.096: Evaluation IN, end a:Calculated

016.097: Evaluation IN, end b:Calculated

016.098: Evaluation IN, end c:Calculated

019.099: Current summation:Without

018.009: Hold time dyn.param.:Blocked

: DIFF:019.080: General enable USER:Yes

019.016: Reference power Sref:40.0 MVA

019.023: Ref. curr. Iref,a:0.350 kA

019.024: Ref. curr. Iref,b:2.099 kA

019.025: Ref. curr. Iref,c:2.099 kA

004.105: Matching fact. kam,a:1.143

004.106: Matching fact. kam,b:1.191

004.127: Matching fact. kam,c:0.572

011.037: Meas. value rel. Id:0.000 Iref

011.038: Meas. value rel. IR:0.000 Iref

: DTOC2:031.136: General enable USER:Yes

019.104: Select. meas. input:End b

: LOGIC:031.099: General enable USER:Yes

034.030: Set 1 USER:No








030.000: Fct.assignm. outp. 1:DTOC2 Trip signal tI> -->

030.001: Op. mode t output 1:Without timer stage

030.002: Time t1 output 1:0.00 s

030.003: Time t2 output 1:0.00 s

044.000: Sig.assig. outp. 1:Without function

044.001: Sig.assig.outp. 1(t):Without function

030.004: Fct.assignm. outp. 2:DIFF Trip signal -->


030.006: Time t1 output 2:0.00 s

030.007: Time t2 output 2:0.00 s



030.008: Fct.assignm. outp. 3:DTOC2 Trip signal tI> -->

030.009: Op. mode t output 3:Oper./releas.delay

030.010: Time t1 output 3:0.00 s

Page 43 of 252



030.011: Time t2 output 3:0.00 s



030.012: Fct.assignm. outp. 4:Without function


030.014: Time t1 output 4:0.00 s

030.015: Time t2 output 4:0.00 s



030.016: Fct.assignm. outp. 5:DIFF Harm.block 1 trigg. -->


030.018: Time t1 output 5:0.00 s

030.019: Time t2 output 5:0.00 s



030.020: Fct.assignm. outp. 6:DIFF Overflux.bl.1 trigg. -->


030.022: Time t1 output 6:0.00 s

030.023: Time t2 output 6:0.00 s





030.026: Time t1 output 7:0.00 s

030.027: Time t2 output 7:0.00 s





030.030: Time t1 output 8:0.00 s

030.031: Time t2 output 8:0.00 s





030.034: Time t1 output 9:0.00 s

030.035: Time t2 output 9:0.00 s



030.036: Fct.assignm. outp.10:Without function


030.038: Time t1 output 10:0.00 s

030.039: Time t2 output 10:0.00 s


044.019: Sig.assig.outp.10(t):Without function



030.042: Time t1 output 11:0.00 s

030.043: Time t2 output 11:0.00 s

Page 44 of 252







030.046: Time t1 output 12:0.00 s

030.047: Time t2 output 12:0.00 s





030.050: Time t1 output 13:0.00 s

030.051: Time t2 output 13:0.00 s





030.054: Time t1 output 14:0.00 s

030.055: Time t2 output 14:0.00 s





030.058: Time t1 output 15:0.00 s

030.059: Time t2 output 15:0.00 s





030.062: Time t1 output 16:0.00 s

030.063: Time t2 output 16:0.00 s





030.066: Time t1 output 17:0.00 s

030.067: Time t2 output 17:0.00 s





030.070: Time t1 output 18:0.00 s

030.071: Time t2 output 18:0.00 s





030.074: Time t1 output 19:0.00 s

030.075: Time t2 output 19:0.00 s


Page 45 of 252






030.078: Time t1 output 20:0.00 s

030.079: Time t2 output 20:0.00 s





030.082: Time t1 output 21:0.00 s

030.083: Time t2 output 21:0.00 s





030.086: Time t1 output 22:0.00 s

030.087: Time t2 output 22:0.00 s





030.090: Time t1 output 23:0.00 s

030.091: Time t2 output 23:0.00 s





030.094: Time t1 output 24:0.00 s

030.095: Time t2 output 24:0.00 s





030.098: Time t1 output 25:0.00 s

030.099: Time t2 output 25:0.00 s





031.002: Time t1 output 26:0.00 s

031.003: Time t2 output 26:0.00 s





031.006: Time t1 output 27:0.00 s

031.007: Time t2 output 27:0.00 s



Page 46 of 252





031.010: Time t1 output 28:0.00 s

031.011: Time t2 output 28:0.00 s





031.014: Time t1 output 29:0.00 s

031.015: Time t2 output 29:0.00 s





031.018: Time t1 output 30:0.00 s

031.019: Time t2 output 30:0.00 s





031.022: Time t1 output 31:0.00 s

031.023: Time t2 output 31:0.00 s





031.026: Time t1 output 32:0.00 s

031.027: Time t2 output 32:0.00 s



: Parameter subset 1:: MAIN:: DIFF:


019.010: Vec.gr. ends a-b PS1:1

019.011: Vec.gr. ends a-c PS1:1

072.142: Idiff> PS1:0.30 Iref

072.143: Idiff>> PS1:5.0 Iref

072.144: Idiff>>> PS1:9.1 Iref

080.000: Idiff>(CTS) PS1:0.30 Iref

072.145: m1 PS1:0.30

072.146: m2 PS1:0.70

072.147: IR,m2 PS1:4.0 Iref

072.148: Op.mode rush rst.PS1:Not phase-selective

072.159: RushI(2f0)/I(f0) PS1:10 %

072.155: 0-seq. filt.a en.PS1:Yes

072.156: 0-seq. filt.b en.PS1:Yes

072.157: 0-seq. filt.c en.PS1:Yes

072.158: Overflux.bl. en. PS1:Yes

Page 47 of 252



072.160: Ov. I(5f0)/I(f0) PS1:25 %

010.162: Op.del.,trip sig.PS1:0.00 s

072.006: Hyst. effective PS1:Yes

: DTOC2:076.070: Enable PS1:Yes

076.087: Block tim.st. IN PS1:Without

076.086: Gen.starting modePS1:With start. IN/Ineg

076.085: tGS PS1:0.00 s

076.083: Rush restr.enabl PS1:No

076.071: I> PS1:1.09 Inom

076.072: I>> PS1:Blocked

076.163: I>>> PS1:Blocked

076.161: I> dynamic PS1:Blocked

076.162: I>> dynamic PS1:Blocked

076.173: I>>> dynamic PS1:Blocked

076.077: tI> PS1:0.00 s

076.078: tI>> PS1:Blocked

076.169: tI>>> PS1:Blocked

076.207: Ineg> PS1:Blocked

076.208: Ineg>> PS1:Blocked

076.209: Ineg>>> PS1:Blocked

076.210: Ineg> dynamic PS1:Blocked

076.211: Ineg>> dynamic PS1:Blocked

076.212: Ineg>>> dynamic PS1:Blocked

076.213: tIneg> PS1:Blocked

076.214: tIneg>> PS1:Blocked

076.215: tIneg>>> PS1:Blocked

076.164: IN> PS1:Blocked

076.165: IN>> PS1:Blocked

076.166: IN>>> PS1:Blocked

076.174: IN> dynamic PS1:Blocked

076.175: IN>> dynamic PS1:Blocked

076.176: IN>>> dynamic PS1:Blocked

076.170: tIN> PS1:Blocked

076.171: tIN>> PS1:Blocked

076.172: tIN>>> PS1:Blocked



Page 48 of 252

B11, B21 Funct 50, 51, 51N

Page 49 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: B11-50_51N.setModel Number: P141216A6M0420J Printed on: 02/08/2010 12:53:03





00.04: Description:B11/ 50/51/51N

00.05: Plant Reference:DID/66KV IBT






00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P141____6__420_B

00.20: Opto I/P Status:10000000


00.22: Alarm Status 1:00000000000000000000000000000000

00.30: Opto I/P Status:10000000


00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
























Page 50 of 252

















































0C.0E: Digital Input 2:ISEF>1 Trip

Page 51 of 252




0C.10: Digital Input 3:I>3 Trip


0C.12: Digital Input 4:ISEF>2 Trip































: MEASURE'T SETUP:0D.01: Default Display:3Ph + N Current

0D.02: Local Values:Primary

0D.03: Remote Values:Primary

0D.04: Measurement Ref:IA

0D.05: Measurement Mode:0

0D.06: Fix Dem Period:30.00 min

0D.07: Roll Sub Period:30.00 min

0D.08: Num Sub Periods:1

: COMMISSION TESTS:: CB MONITOR SETUP:: OPTO CONFIG:




Page 52 of 252




: GROUP 1 OVERCURRENT:35.23: I>1 Function:IEC V Inverse



35.2A: I>1 TMS:420.0e-3






35.38: I>2 Time Delay:0 s






35.4E: I> Blocking:000000000




: GROUP 1 CB FAIL & I<:: GROUP 1 INPUT LABELS:

4A.01: Opto Input 1:L1 SPARE-1


4A.03: Opto Input 3:L3 NOT USED





4A.08: Opto Input 8:L8 TEST MODE

: GROUP 1 OUTPUT LABELS:4B.01: Relay 1:R1-Lock Out Trip

4B.02: Relay 2:R2->trip coil 2

4B.03: Relay 3:R3->LV side Trip

4B.04: Relay 4:R4->TRIP 415V

4B.05: Relay 5:R5-> Fire Prot.

4B.06: Relay 6:R6 Spare

4B.07: Relay 7:R7 NOT USED


Page 53 of 252



DDB #071Non -

LatchingLED 8

1

1

1

1


DDB #441Test Mode

DDB #243I>1 Trip

DDB #243I>1 Trip


DDB #294Any Start


DDB #251I>3 Trip

DDB #251I>3 Trip


Opto Input Mappings

LED Mappings



Page : 1Page 54 of 252

Pick-Up

0

0

R1 51N TRIP BSDDB #000

Pick-Up

0

0


Pick-Up

0

0

R3 HV REM SEND-2DDB #002

Pick-Up

0

0

R4 86 TRIPDDB #003

Pick-Up

0

0

R5 ANT TRIP SPARDDB #004

Pick-Up

0

0

R6 NOT USEDDDB #005

Pick-Up

0

0

R7 NOT USEDDDB #006

1DDB #243

I>1 Trip

DDB #251I>3 Trip

Page : 2



Transformer Overcurrent User Alarming 110% Full Load

DDB #247I>2 Trip


Page 55 of 252

A18_A28-50_51N_SBEF

Page 56 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: A18-50_51N_SBEF.setModel Number: P141216A6M0420J Printed on: 02/08/2010 13:02:35





00.04: Description:A18/ 50/51/51N

00.05: Plant Reference:DID/11KV IC/SBEF






00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P141____6__420_B

00.20: Opto I/P Status:10000000


00.22: Alarm Status 1:00000000000000000000000000000000

00.30: Opto I/P Status:10000000


00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000






















09.15: SEF/REF Prot'n:Enabled


Page 57 of 252


















































Page 58 of 252

















































Page 59 of 252







35.2A: I>1 TMS:850.0e-3









35.4E: I> Blocking:000000000




: GROUP 1 SEF/REF PROT'N:3A.01: SEF/REF Options:SEF

3A.2A: ISEF>1 Function:DT

3A.2B: ISEF>1 Direction:Non-Directional

3A.2E: ISEF>1 Current:100.0 mA

3A.31: ISEF>1 Delay:0 s

3A.37: ISEF>1 tRESET:0 s

3A.3A: ISEF>2 Function:Disabled

3A.49: ISEF>3 Status:Enabled

3A.4A: ISEF>3 Direction:Non-Directional

3A.4D: ISEF>3 Current:400.0 mA

3A.4E: ISEF>3 Delay:3.500 s

3A.50: ISEF>4 Status:Enabled

3A.51: ISEF>4 Direction:Non-Directional

3A.54: ISEF>4 Current:400.0 mA

3A.55: ISEF>4 Delay:4.500 s

3A.57: ISEF> Blocking:00000000

3A.58: ISEF POL:

3A.59: ISEF> Char Angle:45.00 deg

3A.5B: ISEF> VNpol Set:5.000 V










Page 60 of 252



: GROUP 1 OUTPUT LABELS:4B.01: Relay 1:R1 51N TRIP BS

4B.02: Relay 2:R2 TO TRIP 415V

4B.03: Relay 3:R3 HV REM SEND-2

4B.04: Relay 4:R4 86 TRIP STG2

4B.05: Relay 5:R5 ANY TRIP SPAR



Page 61 of 252

Dwell

50

0






1

1


DDB #251I>3 Trip

DDB #243I>1 Trip

DDB #441Test Mode

DDB #251I>3 Trip

DDB #243I>1 Trip

DDB #294Any Start


DDB #271ISEF>3 Trip

DDB #272ISEF>4 Trip

DDB #294Any Start



Opto Input Mappings

LED Mappings

A18_ 50_51N_SBEF PROTECTION RELAY

1

DDB #271ISEF>3 Trip

DDB #272ISEF>4 Trip

Page 62 of 252

Dwell

100

0


Dwell

100

0


Dwell

100

0


Dwell

100

0

R4 86 TRIP STG2DDB #003

Dwell

100

0

R5 ANY TRIP SPARDDB #004

DDB #251I>3 Trip

DDB #243I>1 Trip

Page : 2


A18_ 50_51N_SBEF PROTECTION RELAY


DDB #271ISEF>3 Trip

DDB #272ISEF>4 Trip

DDB #269ISEF>1 Trip

1

Page 63 of 252

B12_51_51N_SET

Page 64 of 252






00.04: Description:B12 51/51N

00.05: Plant Reference:MUS/66KV BS






00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P141____6__420_B

00.20: Opto I/P Status:10000000


00.22: Alarm Status 1:00000000000000000000000000000000

00.30: Opto I/P Status:10000000


00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
























Page 65 of 252


















































Page 66 of 252

















































Page 67 of 252







35.2A: I>1 TMS:150.0e-3






35.4E: I> Blocking:000000000













: GROUP 1 OUTPUT LABELS:4B.01: Relay 1:R1-Lock Out Trip

4B.02: Relay 2:R2->trip coil 2

4B.03: Relay 3:R3->LV side Trip

4B.04: Relay 4:R4->TRIP 415V

4B.05: Relay 5:R5-> Fire Prot.

4B.06: Relay 6:R6 Spare


Page 68 of 252

Dwell

100

0

R4 ANY TRIP - 86DDB #0031

1DDB #039L8 TEST MODE

DDB #441Test Mode

OPTO INPUT MAPPING


ANY TRIPDDB #243

I>1 Trip

Page 69 of 252

1

1


DDB #243I>1 Trip

DDB #243I>1 Trip DDB #167

SR User Alarm 1


SIGNAL MAPPING FOR SCS

TRIP COMMAND MAPPING

Page 70 of 252

Dwell

100

0

R3 ANY TRP-SPAREDDB #002



DDB #294Any Start

DDB #243I>1 Trip



LED Mappings


Page 71 of 252

66kV Busbar Protection

Page 72 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: 66kV BS SET.setModel Number: P743211A1M0420K Printed on: 04/03/2010 13:59:54




00.04: Description:66kV BS No DZ

00.05: Plant Reference:

00.06: Model Number:P743211A1M0420K

00.08: Serial Number:070707P




00.0C: Plant Status:0000000000000011

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:D4.0beta4

00.20: Opto I/P Status:000000000000000000000000

00.21: Relay O/P Status:0000000010000000

00.22: Alarm Status 1:00000000010001110001000010000000

00.40: Relay O/P Status:0000000010000000

00.50: Alarm Status 1:00000000010001110001000010000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
















09.0F: Dead Zone Prot:Disabled

09.10: BB Trip Confirm:Disabled

09.12: Overcurrent Prot:Disabled

09.13: Earth Fault Prot:Disabled

09.14: CB Fail & I<:Enabled




09.29: Record Control:Visible


Page 73 of 252

MiCOM S1 Studio Page: 2Settings File ReportFile: 66kV BS SET.setModel Number: P743211A1M0420K Printed on: 04/03/2010 13:59:54






09.2F: Control Inputs:Visible

09.35: Ctrl I/P Config:Visible

09.36: Ctrl I/P Labels:Visible


09.50: Function Key:Visible

09.FB: RP1 Read Only:Disabled

: CT AND VT RATIOS:0A.07: Phase CT Primary:2000 A


0A.21: RBPh / RBN:1.000

0A.23: Power Parameters:

0A.24: Standard Input:British Standard

0A.25: Knee Voltage Vk:250.0 V

0A.29: RCT Sec'y:500.0 mOhm

0A.2B: Eff. Burden Ohm:1.000 Ohm

: RECORD CONTROL:: DISTURB RECORDER:: MEASURE'T SETUP:: COMMISSION TESTS:: OPTO CONFIG:


: CTRL I/P CONFIG:: FUNCTION KEYS:: CTRL I/P LABELS:: Group 1:

: GROUP 1 CB FAIL:45.01: Control By:I<


45.03: I> Status:Disabled

45.06: GROUP 1 Internal Trip:

45.07: CB Fail Timer 1:70.00 ms


45.09: GROUP 1 External Trip:

45.0A: CB Fail Timer 3:70.00 ms

45.0B: CB Fail Timer 4:180.0 ms

: GROUP 1 SUPERVISION:: GROUP 1 INPUT LABELS:: GROUP 1 OUTPUT LABELS:

Page 74 of 252

DDB #656Non - Latching

FnKey LED 1 Red

DDB #657FnKey LED 1 Grn


FnKey LED 2 Red



FnKey LED 4 Red



FnKey LED 5 Red


1

1

1

&DDB #312

Overhaul Mode

DDB #307PU Overhaul mode

DDB #116Ext. 3 ph Trip

DDB #124CB Aux. 3ph(52b)

DDB #30850BF Disabled

DDB #123CB Aux. 3ph(52a)

DDB #104Q1 Aux. (89b)

DDB #105Q1 Aux. (89a)

DDB #131Reset Trip latch

DDB #135Reset Indication

DDB #677Function Key 2

DDB #193CU->PU Signal 02



DDB #064L1 50BF 3PH INT

DDB #079L16 PU TEST MODE

External 3phase Trip order

Green: Reset indication

Green: Reset Trip Latch

Mode 50BF Disabled:- Local trip disabled- 50BF disabled- No backtrip- 87BB in service on this PU

Mode Overhaul:- PU 87BB protection inOverhaul mode- Position of isolator andCB are forced - Mode used to test local protection- Local trip enabled- No backtrip

Closed position

Open position

Closed position

Open position

Reset all indications

Reset Trip Relays (if latched is enabled)

1/4

P743INPUTS

Isolator 1

Cicruit breaker

External CB Failure Protection

Integrated CB Failure Protection

Commissioning modes


&

DDB #075L12 50BF Y INT

DDB #074L11 50BF R INT

DDB #066L3 G1700 CLS POS

DDB #065L2 G1700 OPN POS



Closed position

Open positionDDB #107

Q2 Aux. (89a)

DDB #106Q2 Aux. (89b)

Isolator 2DDB #070

L7 G1702 CLS POS


Page 75 of 252

Dwell

20

0

Pick-Up

5000

0


LED 1 Red

DDB #641LED 1 Grn

1

1

1

1

&

DDB #468Fault_REC_TRIG

DDB #320Q1 Closed

DDB #320Q1 Closed

DDB #358Any Trip

DDB #321Q1 Status Alarm

P743

Isolator 1

Fault recorder

2/4

Status Alarm

Red: ClosedYellow: Status AlarmGreen: Open

DDB #232Saturation ph A

DDB #233Saturation ph B

DDB #234Saturation ph C

DDB #255CT Fail IN

DDB #270All Prot Blocked



DDB #336Q1 Status Forced


DDB #342CB Status Forced

1 DDB #151PU->CU Signal 08







Pick-Up

5000

0

1

1

1

1

&



LED 2 Red

DDB #643LED 2 Grn




DDB #322Q2 Closed

Page 76 of 252


LED 3 Red

DDB #645LED 3 Grn

DDB #648Latching

LED 5 Red

DDB #649LED 5 Grn

DDB #650Latching

LED 6 Red

DDB #651LED 6 Grn

DDB #652Latching

LED 7 Red

DDB #653LED 7 Grn


LED 8 Red

DDB #655LED 8 Grn

1

1

&

&

1

1

DDB #253Fibre Com Worn

DDB #252Fibre Com Error



DDB #257Trip 87BB

DDB #256Internal Trip

DDB #259Trip 50BF (CU)


DDB #332CB Closed

DDB #332CB Closed

DDB #352CB Status Alarm


P743

3/4


Red: Trip on 50BF CU backtrip order

Red: Trip on 87BB CU trip order

Red: Dead Zone Fault

Red: Ext. 50BF Initation 3phase or 1phase

Fibre comRed: ErrorYellow: ChangeGreen: Healthy

Trip information

LEFT-HAND LEDS

CIRCUIT BREAKER

Page 77 of 252

Dwell

100

0

RL01 TRIP TRC1-RDDB #000

Dwell

100

0

RL03 TRIP TRC1-BDDB #002

Pick-Up

0

0

RL04 87BB+50BF 2DDB #003

Pick-Up

0

0

RL05 87BB+50BF 2DDB #004

Pick-Up

0

0

RL11 TRIP 87BBDDB #010

Pick-Up

0

0

RL12 TRIP 50BF 1DDB #011

Pick-Up

0

0


Pick-Up

0

0

RL14 87BB+50BF 2DDB #013

&

&

1

1

&

& 1


DDB #257Trip 87BB



DDB #171Int. Retrip 3 ph


DDB #257Trip 87BB



P743

4/4

OUTPUT RELAYS


1

&

Pick-Up

0

0

RL02 TRIP TRC1-YDDB #001

Page 78 of 252


FnKey LED 1 Red



FnKey LED 2 Red



FnKey LED 6 Red



FnKey LED 7 Red


1

&1

&1

&1

&1




DDB #110Reset PU Error




DDB #106Reset Circt Flt


DDB #287PU Error Lck CZ

DDB #282PU Error Lck Zx


DDB #286PU Error Alm CZ

DDB #281PU Error Alm Zx



DDB #280Circt Flt Lck Zx

DDB #266Circt Flt Alm Zx


DDB #284Circt Flt Alm CZ

DDB #266Circt Flt Alm Zx



1/3

P741Circuitry fault

PU error

Zones or Check Zone:Red = BlockingYellow = Alarm onlyGreen = No Alarm

Reset for Zones / Check Zone

Zones or Check Zone:Red = BlockingYellow = Alarm onlyGreen = No Alarm

Reset for Zones / Check Zone

Green = Reset CU indications

Green = Reset CU&PU indications

Green = Reset PU Trip Latch

DDB #071Opto Label 08



&

DDB #111All Prot Blocked1

INPUTS

Page 79 of 252

Dwell

20

01 DDB #468

Fault_REC_TRIG

DDB #259Trip 50BF

DDB #256Trip 87BB

P741

FAULT RECORDER

2/3

1

1

&

1

1

&

1

1

1

1

1

1





DDB #254Lck Lev.2 Zone 2

DDB #166Circt Flt Lck z2

DDB #150PU Error Lck z2



DDB #285Circt Flt Lck CZ







DDB #190Trip 87BB Zone 2

DDB #206Trip 50BF Zone 2



DDB #264Fault Phase C

DDB #263Fault Phase B

DDB #262Fault Phase A

87BB Fault phase A

87BB Fault phase B

87BB Fault phase C

Red: Trip zone 2

Fibre communicationRed: ErrorYellow: Change Green: Healthy

Zone 1:Red: Zone blockingYellow: Check Zone blocking Green: Protected


Red: Trip zone 1

DDB #640Latching

LED 1 Red

DDB #641LED 1 Grn

DDB #642Latching

LED 2 Red

DDB #643LED 2 Grn

DDB #644Latching

LED 3 Red

DDB #645LED 3 Grn

DDB #646Latching

LED 4 Red

DDB #647LED 4 Grn

DDB #648Latching

LED 5 Red

DDB #649LED 5 Grn


LED 8 Red

DDB #655LED 8 Grn


FnKey LED 4 Red



FnKey LED 5 Red


Page 80 of 252

P741

3/3

1

1

1

1

1

1

1

&

1

&





DDB #256Trip 87BB

DDB #259Trip 50BF













Red: Trip Zone 3

Red: Trip Zone 4

Red: 87BB Trip

Red: 50BF Trip



DDB #650Latching

LED 6 Red

DDB #651LED 6 Grn

DDB #652Latching

LED 7 Red

DDB #653LED 7 Grn

DDB #660Latching

FnKey LED 3 Red


DDB #670Latching

FnKey LED 8 Red



FnKey LED 9 Red



FnKey LED 10 Red


Page 81 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: 66kV CU.setModel Number: P741276A6M0420K Printed on: 04/03/2010 13:58:00




00.04: Description:66kV BBP CU



00.08: Serial Number:060606C




00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.12: Software Ref. 2:D4.0

00.20: Opto I/P Status:00000000


00.22: Alarm Status 1:00000100000000100000000000000000


00.50: Alarm Status 1:00000100000000100000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000





: PU CONF & STATUS:: DATE AND TIME:: CONFIGURATION:











09.0F: Busbar Option:Visible

09.10: Diff Busbar Prot:Enabled








09.2E: Setting Values:Primary

Page 82 of 252

MiCOM S1 Studio Page: 2Settings File ReportFile: 66kV CU.setModel Number: P741276A6M0420K Printed on: 04/03/2010 13:58:00








09.FD: NIC Read Only:Disabled



: CTRL I/P CONFIG:: FUNCTION KEYS:: IED CONFIGURATOR:: CTRL I/P LABELS:: Group 1:

: GROUP 1 DIFF BUSBAR PROT:30.01: GROUP 1 Diff Phase Fault:

30.02: GROUP 1 CZ Parameters:

30.04: Phase Slope kCZ:30.00%

30.05: IDCZ>2 Current:2400 A

30.06: GROUP 1 Zone Parameters:

30.08: Phase Slope k2:65.00%

30.09: ID>2 Current:2400 A

30.0A: GROUP 1 Common:

30.0B: ID>1 Current:200.0 A

30.0C: Phase Slope k1:10.00%

30.0D: ID>1 Alarm Timer:5.000 s

30.10: Diff Earth Fault:Disabled

: GROUP 1 BUSBAR OPTION:31.01: CZ Circ Flt Mode:AlarmSR&No Block

31.02: Zx Circ Flt Mode:Self-Reset

31.03: Circuitry tReset:60.00 s

31.04: Circ. Blok Mode:3phase Blocking

31.05: CZ PU Err.Mode:AlarmSR&No Block

31.06: Zx PU Err.Mode:Self-Reset

31.07: PU Error Timer:5.000 s

31.08: PU Error tReset:60.00 s

31.09: SEF Block Alarm:Enabled

31.0A: Reset PU Error:Without Comm Err


Page 83 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: 66kV UGC - Trafo SET.setModel Number: P743211A1M0420K Printed on: 04/03/2010 14:00:59




00.04: Description:66kV PU_UGC w DZ







00.0C: Plant Status:0000000000000011

00.0D: Control Status:0000000000000000




00.20: Opto I/P Status:000000000000000000000000

00.21: Relay O/P Status:0000000010000000

00.22: Alarm Status 1:00000000010001110001000010000000

00.40: Relay O/P Status:0000000010000000

00.50: Alarm Status 1:00000000010001110001000010000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
















09.0F: Dead Zone Prot:Enabled

09.10: BB Trip Confirm:Disabled

09.12: Overcurrent Prot:Disabled

09.13: Earth Fault Prot:Disabled

09.14: CB Fail & I<:Enabled






Page 84 of 252

MiCOM S1 Studio Page: 2Settings File ReportFile: 66kV UGC - Trafo SET.setModel Number: P743211A1M0420K Printed on: 04/03/2010 14:00:59












: CT AND VT RATIOS:0A.07: Phase CT Primary:2000 A


0A.21: RBPh / RBN:1.000

0A.23: Power Parameters:

0A.24: Standard Input:British Standard

0A.25: Knee Voltage Vk:250.0 V

0A.29: RCT Sec'y:500.0 mOhm

0A.2B: Eff. Burden Ohm:1.000 Ohm



: CTRL I/P CONFIG:: FUNCTION KEYS:: CTRL I/P LABELS:: Group 1:

: GROUP 1 DEAD ZONE PROT:31.01: I>DZ Current Set:1.200 A

31.02: I>DZ Time Delay:50.00 ms

31.03: Dead Zone Earth:Disabled

: GROUP 1 CB FAIL:45.01: Control By:I<


45.03: I> Status:Disabled

45.06: GROUP 1 Internal Trip:



45.09: GROUP 1 External Trip:

45.0A: CB Fail Timer 3:70.00 ms

45.0B: CB Fail Timer 4:180.0 ms

: GROUP 1 SUPERVISION:: GROUP 1 INPUT LABELS:: GROUP 1 OUTPUT LABELS:

Page 85 of 252


FnKey LED 1 Red



FnKey LED 2 Red



FnKey LED 4 Red



FnKey LED 5 Red


1

1

1

&DDB #312

Overhaul Mode


DDB #116Ext. 3 ph Trip

DDB #124CB Aux. 3ph(52b)


DDB #123CB Aux. 3ph(52a)

DDB #104Q1 Aux. (89b)

DDB #105Q1 Aux. (89a)

DDB #131Reset Trip latch







DDB #079L16 PU TEST MODE

External 3phase Trip order

Green: Reset indication

Green: Reset Trip Latch

Mode 50BF Disabled:- Local trip disabled- 50BF disabled- No backtrip- 87BB in service on this PU

Mode Overhaul:- PU 87BB protection inOverhaul mode- Position of isolator andCB are forced - Mode used to test local protection- Local trip enabled- No backtrip

Closed position

Open position

Closed position

Open position


Reset Trip Relays (if latched is enabled)

1/4

P743INPUTS

Isolator 1

Cicruit breaker

External CB Failure Protection

Integrated CB Failure Protection

Commissioning modes


&

DDB #075L12 50BF Y INT

DDB #074L11 50BF R INT





Page 86 of 252

Dwell

20

0

Pick-Up

5000

0


LED 1 Red

DDB #641LED 1 Grn

1

1

1

11

&

DDB #468Fault_REC_TRIG

DDB #320Q1 Closed

DDB #320Q1 Closed

DDB #358Any Trip

DDB #261Dead Zone Fault


P743

Isolator 1

Fault recorder

2/4

Status Alarm


DDB #232Saturation ph A

DDB #233Saturation ph B

DDB #234Saturation ph C

DDB #255CT Fail IN

DDB #270All Prot Blocked





DDB #342CB Status Forced

1 DDB #151PU->CU Signal 08





Page 87 of 252


LED 3 Red

DDB #645LED 3 Grn

DDB #646Latching

LED 4 Red

DDB #647LED 4 Grn

DDB #648Latching

LED 5 Red

DDB #649LED 5 Grn

DDB #650Latching

LED 6 Red

DDB #651LED 6 Grn

DDB #652Latching

LED 7 Red

DDB #653LED 7 Grn


LED 8 Red

DDB #655LED 8 Grn

1

1

&

&

1

1






DDB #257Trip 87BB




DDB #332CB Closed

DDB #332CB Closed



P743

3/4


Red: Trip on 50BF CU backtrip order

Red: Trip on 87BB CU trip order

Red: Dead Zone Fault

Red: Ext. 50BF Initation 3phase or 1phase

Fibre comRed: ErrorYellow: ChangeGreen: Healthy

Trip information

LEFT-HAND LEDS

CIRCUIT BREAKER

Page 88 of 252

Dwell

100

0

RL01 TRIP TRC1-RDDB #000

Dwell

100

0

RL03 TRIP TRC1-BDDB #002

Pick-Up

0

0

RL04 87BB+50BF 2DDB #003

Pick-Up

0

0

RL05 87BB+50BF 2DDB #004

Pick-Up

0

0

RL11 TRIP 87BBDDB #010

Pick-Up

0

0


Pick-Up

0

0


Pick-Up

0

0

RL14 87BB+50BF 2DDB #013

&

&

1

1

&

& 1


DDB #257Trip 87BB



DDB #171Int. Retrip 3 ph



DDB #257Trip 87BB



P743

4/4

OUTPUT RELAYS


&

1

&

Pick-Up

0

0

RL02 TRIP TRC1-YDDB #001

Page 89 of 252

B11, B21 Funct 87NH

Page 90 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: B11-87NH.setModel Number: P141216A6M0420J Printed on: 11/05/2010 18:47:20





00.04: Description:DID/B11-87NH

00.05: Plant Reference:DID S/S






00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P141____6__420_B

00.20: Opto I/P Status:10000000


00.22: Alarm Status 1:00000000000000000000000000000000

00.30: Opto I/P Status:10000000


00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000

















09.10: Overcurrent:Disabled







Page 91 of 252









































: GROUP 1 SEF/REF PROT'N:3A.01: SEF/REF Options:Hi Z REF

3A.60: RESTRICTED E/F:

3A.65: IREF> Is:170.0 mA

: GROUP 1 CB FAIL & I<:

Page 92 of 252




Page 93 of 252

Straight

0

0

R1 REF TRIP -LVDDB #000

Straight

0

0

R2 REF TRIP SPARDDB #001

Straight

0

0

R4 REF TRIP INTSDDB #003

Pick-Up

0

0


Straight

0

0

R6 REF TRIP-LVACDDB #005

Straight

0

0

R7 REF TRIP-FIREDDB #006


1

DDB #273IREF> Trip

DDB #441Test Mode

DDB #273IREF> Trip


Opto Input Mappings


LED Mappings


Page 94 of 252

Pick-Up

0

0

R3 NOT USEDDDB #002

Dwell

50

0



DDB #273IREF> Trip

DDB #273IREF> Trip

DDB #294Any Start

Page 95 of 252

A18, A28 Funct 87NL

Page 96 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: 87NL.setModel Number: P141216A6M0420J Printed on: 11/05/2010 18:50:14





00.04: Description:A18-87NL

00.05: Plant Reference:DID/A18/87NL






00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P141____6__420_B

00.20: Opto I/P Status:10000000


00.22: Alarm Status 1:00000000000000000000000000000000

00.30: Opto I/P Status:10000000


00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
























Page 97 of 252











































3A.65: IREF> Is:80.00 mA


Page 98 of 252




Page 99 of 252

Dwell

100

0

R2 HV REM INTSDDB #001

Dwell

100

0

R3 TO FIRE PROTDDB #002

Dwell

100

0

R4 REF 86 TRIPDDB #003

Dwell

100

0

R5 SPAREDDB #004

Dwell

100

0

R6 SPAREDDB #005

Dwell

100

0

R7TRIP 415V LVACDDB #006

Dwell

50

0


1

1

1





DDB #273IREF> Trip

DDB #273IREF> Trip

DDB #273IREF> Trip

DDB #441Test Mode

DDB #273IREF> Trip

DDB #273IREF> Trip




Opto Input Mappings

Trip Output Mapping


Note: DDB SignalsTrip Command Inand Trip Command Out are joinedtogether in the fixed scheme logic

Page 100 of 252

A18, A28 Funct ET 87NHE

Page 101 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: 87NHE.setModel Number: P141216A6M0420J Printed on: 11/05/2010 18:53:14





00.04: Description:P141-87NHE

00.05: Plant Reference:DID/A18/87NHE






00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P141____6__420_B

00.20: Opto I/P Status:10000000


00.22: Alarm Status 1:00000000000000000000000000000000

00.30: Opto I/P Status:10000000


00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
























Page 102 of 252











































3A.65: IREF> Is:300.0 mA


Page 103 of 252




Page 104 of 252

Dwell

100

0

R2HV REM IT.SENDDDB #001

Dwell

100

0


Dwell

100

0


Dwell

100

0


Dwell

100

0


Dwell

50

0


1

1



DDB #441Test Mode

DDB #273IREF> Trip

DDB #273IREF> Trip


DDB #273IREF> Trip

DDB #273IREF> Trip



Opto Input Mappings

Trip Output Mapping

LED Mappings


Note: DDB SignalsTrip Command Inand Trip Command Out are joinedtogether in the fixed scheme logic

Page 105 of 252

A18, A28 Funct ET 87NLE

Page 106 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: 87NLE.setModel Number: P141216A6M0420J Printed on: 11/05/2010 18:55:35





00.04: Description:A18/87NLE

00.05: Plant Reference:DID/A18/87NLE






00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P141____6__420_B

00.20: Opto I/P Status:10000000


00.22: Alarm Status 1:00000000000000000000000000000000

00.30: Opto I/P Status:10000000


00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
























Page 107 of 252











































3A.65: IREF> Is:320.0 mA


Page 108 of 252




Page 109 of 252

Pick-Up

0

0

R2 TRIP TO 415VDDB #001

Pick-Up

0

0

R3HV REM.IT.SENDDDB #002

Pick-Up

0

0


Pick-Up

0

0


Pick-Up

0

0


Dwell

50

0


1

1

1



DDB #273IREF> Trip

DDB #273IREF> Trip

DDB #441Test Mode

DDB #235Reset Relays/LED

DDB #273IREF> Trip

DDB #032L1 SPARE-1

DDB #273IREF> Trip




Opto Input Mappings

Trip Output Mapping

LED Mappings


Note: DDB SignalsTrip Command In and Trip Command Out are joined together in the fixed scheme logic

Page 110 of 252

A

B10, B20 Funct 87, 21, 49

Page 111 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: =B10 Funct 87C, 21C,51C,49C.setModel Number: P545216C6M0540K Printed on: 02/08/2010 15:22:03





00.04: Description:B10_87_21_49

00.05: Plant Reference:DID

00.06: Model Number:P545216C6M0540K





00.0C: Plant Status:0000000000000010

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P545____4__540_A

00.20: Opto I/P Status:000000000000000000000000

00.21: Relay O/P Status:00000000000000000000000000001010

00.22: Alarm Status 1:00000010100000000000000000000000

00.50: Alarm Status 1:00000010100000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
















09.0B: Distance:Enabled

09.0C: Directional E/F:Disabled

09.0F: Phase Diff:Enabled




09.13: Earth Fault:Disabled

09.15: Sensitive E/F:Disabled



Page 112 of 252



09.18: PowerSwing Block:Enabled






09.23: System Checks:Disabled

09.24: Auto-Reclose:Disabled


















0A.03: C/S VT Primary:66.00 kV

0A.04: C/S VT Secondary:110.0 V





0A.0D: MComp CT Primary:800.0 A

0A.0E: MComp CT Sec'y:1.000 A

0A.0F: C/S Input:A-N

0A.10: Main VT Location:Line

0A.11: CT Polarity:Standard

0A.13: SEF CT Polarity:Standard

0A.14: M CT Polarity:Standard

0A.18: VT Connected:Yes

: RECORD CONTROL:: DISTURB RECORDER:

0C.01: Duration:2.000 s







Page 113 of 252







0C.0C: Digital Input 1:Diff Trip

0C.0D: Input 1 Trigger:No Trigger

0C.0E: Digital Input 2:I>1 Trip

0C.0F: Input 2 Trigger:No Trigger

0C.10: Digital Input 3:Relay 3


0C.12: Digital Input 4:Zone 1 Trip

0C.13: Input 4 Trigger:No Trigger





0C.18: Digital Input 7:Trip Output A


0C.1A: Digital Input 8:Trip Output B

0C.1B: Input 8 Trigger:No Trigger

0C.1C: Digital Input 9:Trip Output C


0C.1E: Digital Input 10:Thermal Trip


0C.20: Digital Input 11:Thermal Alarm










0C.2A: Digital Input 16:Relay 16


0C.2C: Digital Input 17:Opto 1


0C.2E: Digital Input 18:Opto 2


0C.30: Digital Input 19:Opto 3









Page 114 of 252




0C.3A: Digital Input 24:Opto 8


















0C.50: Analog Channel 9:V Checksync

0C.51: Analog Channel10:IM

0C.52: Analog Channel11:IN





0D.04: Measurement Ref:VA





0D.09: Distance Unit:Kilometres

0D.0A: Fault Location:Distance



11.60: Opto Filter Cntl:111111111011011111111011


: CONTROL INPUTS:: CTRL I/P CONFIG:: FUNCTION KEYS:: PROT COMMS/ IM64:

20.01: Scheme Setup:Dual Redundant

20.03: Address:1-B

20.10: Comms Mode:Standard

20.11: Baud Rate Ch1:64kbits/s


Page 115 of 252



20.13: Clock Source Ch1:Internal


20.17: Comm Delay Tol:350.0 us

20.18: Comm Fail Timer:10.00 s

20.19: Comm Fail Mode:Ch 1 and 2 Fail

20.1A: GPS Sync:Disabled

20.1B: Char Mod Time:500.0 ms

20.1F: Alarm Level:25.00%

20.20: Prop Delay Stats:Enabled

20.21: MaxCh1 PropDelay:15.00 ms


20.30: IM1 Cmd Type:Permissive

20.31: IM1 Fallbck Mode:Default

20.32: IM1 Default Val:0






20.3A: IM3 Default Val:0

20.3C: IM4 Cmd Type:Permissive

20.3D: IM4 Fallbck Mode:Default

20.3E: IM4 Default Val:0













: CTRL I/P LABELS:: Group 1:

: GROUP 1 LINE PARAMETERS:30.01: Line Length:8250 m

30.03: Line Impedance:1.200 Ohm

30.04: Line Angle:81.00 deg

30.05: kZN Res Comp:160.0e-3

30.06: kZN Res Angle:-170.0 deg

30.07: Mutual Comp:Disabled

30.0B: Phase Sequence:Standard ABC

30.0C: Tripping Mode:3 Pole

30.10: Line Charging Y:100.0 uS

: GROUP 1 DISTANCE SETUP:31.0C: Setting Mode:Advanced

8450

1.700

85.00260.0

-144.0

Page 116 of 252



31.10: PHASE DISTANCE:

31.11: Phase Chars.:Quad

31.20: Zone 1 Ph Status:Enabled Ch Fail

31.30: Zone 2 Ph Status:Enabled


31.42: Zone 3 Ph Offset:Disabled

31.50: Zone P Ph Status:Disabled

31.60: Zone 4 Ph Status:Disabled

31.70: GROUND DISTANCE:

31.71: Ground Chars.:Quad

31.80: Zone 1 Gnd Stat.:Enabled Ch Fail

31.90: Zone 2 Gnd Stat.:Enabled

31.A0: Zone 3 Gnd Stat.:Enabled

31.A2: Zone3 Gnd Offset:Disabled

31.B0: Zone P Gnd Stat.:Disabled

31.C0: Zone 4 Gnd Stat.:Disabled

31.D0: Digital Filter:Standard

31.D1: CVT Filters:Disabled

31.D3: Load Blinders:Disabled

31.D7: Dist. Polarizing:1.000

31.E0: DELTADIRECTIONAL:

31.E1: Dir. Status:Enabled

31.E2: AidedDeltaStatus:Disabled

31.E3: Dir. Char Angle:45.00 deg

: GROUP 1 DIST. ELEMENTS:32.01: PHASE DISTANCE:

32.02: Z1 Ph. Reach:840.0 mOhm

32.03: Z1 Ph. Angle:81.00 deg

32.07: R1 Ph. Resistive:2.530 Ohm

32.08: Z1 Tilt Top Line:-3.000 deg

32.09: Z1 Sensit. Iph>1:75.00 mA

32.10: Z2 Ph. Reach:1.810 Ohm

32.11: Z2 Ph. Angle:81.00 deg



32.17: Z2 Sensit. Iph>2:75.00 mA

32.20: Z3 Ph. Reach:2.910 Ohm

32.21: Z3 Ph. Angle:81.00 deg

32.25: R3 Ph. Res. Fwd.:8.730 Ohm


32.28: Z3 Sensit. Iph>3:50.00 mA


32.51: Z1 Gnd. Reach:840.0 mOhm

32.52: Z1 Gnd. Angle:81.00 deg

32.53: Z1 Dynamic Tilt:Enabled


32.55: kZN1 Res. Comp.:160.0e-3

32.56: kZN1 Res. Angle:-170.0 deg

32.59: R1 Gnd Resistive:3.790 Ohm

1.58

2.94

85.00

85.00

85.00

85.00

4.52

4.75

8.82

13.57

1.58

7.12

260.0-144.0

Page 117 of 252



32.5B: Z1 Sensit Ignd>1:75.00 mA

32.60: Z2 Gnd. Reach:1.810 Ohm




32.65: kZN2 Res. Comp.:160.0e-3




32.70: Z3 Gnd. Reach:2.910 Ohm




32.75: kZN3 Res. Comp.:160.0e-3


32.79: R3 Gnd. Res. Fwd:13.10 Ohm

32.7C: Z3 Sensit Ignd>3:50.00 mA

: GROUP 1 PHASE DIFF:33.01: Phase Diff:Enabled

33.06: Phase Is1:200.0 mA

33.07: Phase Is2:2.000 A

33.08: Phase k1:30.00%

33.09: Phase k2:150.0%

33.0A: Phase Char:DT

33.0B: Phase Time Delay:0 s

33.0E: PIT Time:0 s

33.0F: Ph CT Corr'tion:1.000

33.10: Compensation:None

33.17: PIT I selection:Local

: GROUP 1 SCHEME LOGIC:34.01: BASIC SCHEME:

34.08: Zone1 Tripping:Phase And Ground

34.09: tZ1 Ph. Delay:0 s

34.0A: tZ1 Gnd. Delay:0 s


34.11: tZ2 Ph. Delay:400.0 ms

34.12: tZ2 Gnd. Delay:400.0 ms


34.19: tZ3 Ph. Delay:5.000 s

34.1A: tZ3 Gnd. Delay:5.000 s

34.20: ZoneP Tripping:Disabled

34.28: Zone4 Tripping:Disabled

34.40: AIDED SCHEME 1:

34.41: Aid. 1 Selection:Disabled



34.80: Trip On Close:

34.81: SOTF Status:Enabled ExtPulse

34.83: SOTF Tripping:000011

85.00

85.00

2.94

4.52

20.35

13.23

260.0

260.0

-144.0

-144.0

Page 118 of 252



34.84: TOR Status:Disabled

34.86: TOC Reset Delay:500.0 ms

34.87: SOTF Pulse:500.0 ms

34.88: TOC Delay:200.0 ms

34.B0: Z1 Extension:

34.B1: Z1 Ext Scheme:Disabled

34.C0: Loss Of Load:

34.C1: LOL Scheme:Disabled

: GROUP 1 OVERCURRENT:35.01: I>1 Status:Enabled

35.02: I>1 Function:IEC S Inverse

35.03: I>1 Directional:Non-Directional


35.06: I>1 TMS:1.000

35.09: I>1 tRESET:0 s

35.0A: I>2 Status:Disabled



35.1C: I> Char Angle:30.00 deg

35.1D: I> Blocking:001111





: GROUP 1 POWER SWING BLK.:3D.01: PSB Status:Blocking

3D.03: Zone 1 Ph. PSB:Blocking



3D.09: Zone P Ph. PSB:Blocking

3D.0B: Zone 4 Ph. PSB:Blocking

3D.0D: Zone 1 Gnd. PSB:Blocking

3D.0F: Zone 2 Gnd. PSB:Blocking

3D.11: Zone 3 Gnd. PSB:Blocking

3D.13: Zone P Gnd. PSB:Blocking


3D.20: PSB Unblocking:Disabled

3D.22: PSB Reset Delay:500.0 ms

3D.23: OST Mode:OST Disabled

3D.24: Z5:30.01 Ohm

3D.26: Z5':-29.97 Ohm

3D.28: R5:20.00 Ohm

3D.2A: R5':-20.00 Ohm

3D.2C: Blinder Angle:80.00 deg

: GROUP 1 CB FAIL & P.DEAD:: GROUP 1 SUPERVISION:

46.01: VTS Mode:Measured + MCB


Page 119 of 252







46.0E: INRUSH DETECTION:

46.0F: I>2nd Harmonic:20.00%

46.10: WEAK INFEED BLK:

46.11: WI Inhibit:Disabled


46.31: CTS Mode:Disabled

: GROUP 1 INPUT LABELS:4A.01: Opto Input 1:Un used

4A.02: Opto Input 2:CB Close Pulse

4A.03: Opto Input 3:Un used


4A.05: Opto Input 5:Dist Carrrier Rx

4A.06: Opto Input 6:DEF Carrier Rx



4A.09: Opto Input 9:ES G901 Open

4A.0A: Opto Input 10:ES G901 Close

4A.0B: Opto Input 11:CB G900 Open

4A.0C: Opto Input 12:CB G900 Close

4A.0D: Opto Input 13:Un used

4A.0E: Opto Input 14:Un used

4A.0F: Opto Input 15:Test Mode






4A.15: Opto Input 21:LVT MCB Open




: GROUP 1 OUTPUT LABELS:4B.01: Relay 1:TO TRIP 86-1

4B.02: Relay 2:INT TRIP RECEIVD

4B.03: Relay 3:A-PH TRIP

4B.04: Relay 4:VT FAIL

4B.05: Relay 5:B-PH TRIP

4B.06: Relay 6:C-PH TRIP

4B.07: Relay 7:UN USED


4B.09: Relay 9:SPARE

4B.0A: Relay 10:SPARE

4B.0B: Relay 11:UN USED

4B.0C: Relay 12:INT TRIP SEND

4B.0D: Relay 13:UN USED

19.70

Page 120 of 252



4B.0E: Relay 14:UN USED

4B.0F: Relay 15:UN USED


4B.11: Relay 17:A-PH TRIP 94-1R

4B.12: Relay 18:B-PH TIRP 94-IY

4B.13: Relay 19:C-PH TRIP 94-1B







4B.1A: Relay 26:UN USED

4B.1B: Relay 27:DIST OPTD

4B.1C: Relay 28:DEF OPTD





Page 121 of 252

MiCOM P545 Programmable Logic

Opto Input Mappings

DDB #032Input L1

DDB #033Input L2

DDB #040Input L9

DDB #041Input L10

DDB #042Input L11

DDB #043Input L12

DDB #052Input L21

DDB #112IM64 Ch1 Output1




Page 1





Opto L5 & L16 can be found on other pages

1

DDB #488Set SOTF

1

1

1



DDB #438MCB/VTS

DDB #055Input L24

DDB #459Test Mode


FnKey LED1 Red

DDB #1041FnKey LED1 Grn

&

Page 122 of 252

Straight0

0

Output R9DDB #008

Straight0

0

Output R10DDB #009

Straight0

0

Output R11DDB #010


Straight0

0

Output R1DDB #000

Straight0

0

Output R2DDB #001

Straight0

0

Output R3DDB #002

Straight0

0

Output R5DDB #004

Straight0

0

Output R6DDB #005

DDB #096IM64 Ch1 Input 1

DDB #104IM64 Ch2 Input 1 1

Page 2

Straight0

0

Output R4DDB #003

Output Contacts

DDB #608Zone 1 Trip

DDB #613Zone 2 Trip

DDB #618Zone 3 Trip

DDB #709SOTF Trip Zone 1



DDB #582Diff Trip

1

DDB #583Diff Trip A

DDB #587Diff InterTrip A

DDB #586Diff InterTrip

DDB #609Zone 1 A Trip




1

DDB #671IN>1 Trip

DDB #672IN>2 Trip




DDB #584Diff Trip B

DDB #585Diff Trip C

DDB #588Diff InterTrip B

DDB #589Diff InterTrip C

DDB #610Zone 1 B Trip

DDB #611Zone 1 C Trip




DDB #1404VTS Blk Distance

1

1

DDB #655I>1 Trip

DDB #655I>1 Trip

DDB #655I>1 Trip

Page 123 of 252

DDB #288SG-opto Invalid

DDB #289Prot'n Disabled


DDB #294CT Fail Alarm

DDB #297Power Swing

DDB #298CB Fail Alarm

DDB #299CB Monitor Alarm

DDB #300CB Lockout Alarm


DDB #290Static Test Mode

DDB #291Test Loopback

DDB #292Test IM64

DDB #302CB Trip Fail

DDB #303CB Close Fail

DDB #304Man CB Unhealthy

DDB #305No C/S Man Close

DDB #306A/R Lockout

DDB #307A/R CB Unhealthy

DDB #308A/R No Checksync

DDB #309System Split

DDB #310GPS Alarm

DDB #311Signalling Fail

DDB #312Comm Delay Alarm

DDB #313C Diff Failure

DDB #314IM64 SchemeFail

DDB #315IEEE C37.94 Fail

DDB #317Aid 1 Chan Fail


DDB #319F out of Range

DDB #332Incompatible Rly

DDB #333InValid Mesg Fmt

DDB #334Main Prot. Fail

DDB #335Config Error

DDB #336Re-Config Error

DDB #337Comms Changed

DDB #352Battery Fail

DDB #353Field Volts Fail

1


General Alarm

Page 3

DDB #296Remote CT Alarm

Output Contacts

DDB #338Max Prop. Alarm

GENERAL ALARM IS NOT REQUIRED

Page 124 of 252

DDB #522Any Trip


Straight0

0

Output R12DDB #011

Page 4

Output Contacts


DDB #032Input L1

Page 125 of 252

Page 5

DDB #582Diff Trip

DDB #608Zone 1 Trip

DDB #613Zone 2 Trip

DDB #618Zone 3 Trip


LEDs

DDB #1024LatchingLED1 Red

DDB #1025LED1 Grn


DDB #1027LED2 Grn


DDB #1029LED3 Grn


DDB #1031LED4 Grn


DDB #1035LED6 Grn

1DDB #586

Diff InterTrip




1


LED7 Red

DDB #1037LED7 GrnDDB #655

I>1 Trip

Page 126 of 252

DDB #741Zone 1 A Start



DDB #753Zone P A Start


DDB #762I>1 Start A

DDB #766I>2 Start A

1

DDB #770I>3 Start A

DDB #774I>4 Start A

DDB #742Zone 1 B Start



DDB #754Zone P B Start


DDB #763I>1 Start B

DDB #767I>2 Start B

DDB #771I>3 Start B

DDB #775I>4 Start B

1

DDB #743Zone 1 C Start



DDB #755Zone P C Start


DDB #764I>1 Start C

DDB #768I>2 Start C

DDB #772I>3 Start C

DDB #776I>4 Start C

1

DDB #956Started Phase A

1

DDB #957Started Phase B

DDB #958Started Phase C

DDB #738Diff Start A MiCOM P545 Programmable Logic

DDB #739Diff Start B

DDB #740Diff Start C

Any Phase Start >>page 7

Start Phase Mappings. Used in Fault Record &

on LCD Display

Caution: Do Not remove "Started

Phase" DDB signals

Page 6

Page 127 of 252

DDB #744Zone 1 N Start




DDB #777IN>1 Start

DDB #778IN>2 Start

DDB #779IN>3 Start

DDB #780IN>4 Start

1

DDB #1013Phase Select N

DDB #522Any Trip

&

DDB #856A/R Status 3P



DDB #522Any Trip Pulse

10

0

&

&

1

DDB #959Started Phase N


DDB #781ISEF>1 Start




Any Ground Start >> page8

This reset controls: Reset latched relays, Reset latched LEDs, Reset A/R Lockout.

This logic clears all latched indications at the start of Any Trip

This logic ensures correct N indications for faults involving

ground. The pulse prevents pole scatter affecting the N indication.

Any Phase Start >>page8

Page 7


DDB #756Zone P N Start

>>page6 Any Phase Start

N Phase Start >> page8 then page 9 then page 10

Page 128 of 252

DDB #788V<1 Start

DDB #792V<2 Start

DDB #796V>1 Start

DDB #800V>2 Start

DDB #804VN>1 Start

DDB #805VN>2 Start

DDB #736Any Start

1

Used in Fault Record initiation

Caution: Do Not remove "Any Start"

DDB signal

Page 8



LED5 Red

DDB #1033LED5 Grn

>> page7 Any Ground Start

>> page7 Any Phase Start

DDB #522Any Trip

N Phase Start >>page 9 then page 10>> page 7 N Phase Start

DDB #567I2>1 Start

DDB #568I2>2 Start

DDB #569I2>3 Start

DDB #570I2>4 Start

DDB #1155F<1 Start

DDB #1156F<2 Start

DDB #1157F<3 Start

DDB #1158F<4 Start

DDB #1159F>1 Start

DDB #1160F>2 Start

DDB #923V1>1 Cmp Start


Page 129 of 252


1 DDB #952Faulted Phase A



DDB #624Zone P A Trip


DDB #633Aided 1 Trip A


DDB #647Aid 2 WI Trip A


DDB #656I>1 Trip A

DDB #660I>2 Trip A

DDB #664I>3 Trip A

DDB #668I>4 Trip A

DDB #577AR Trip Test A





DDB #625Zone P B Trip

DDB #634Aided 1 Trip B


DDB #638Aid 1 WI Trip B


DDB #657I>1 Trip B

DDB #661I>2 Trip B

DDB #665I>3 Trip B

DDB #669I>4 Trip B

DDB #578AR Trip Test B

1 DDB #953Faulted Phase B

DDB #583Diff Trip A


DDB #584Diff Trip B


Page 9


>> page 7 then page 8 N Phase Start N Phase Start >> page 10

Faulted Phase Flag, Used in Fault record and on LCD display.

Caution: Do Not remove "Faulted

Phase" DDB signals

Page 130 of 252

1 DDB #955Faulted Phase N

DDB #612Zone 1 N Trip



DDB #627Zone P N Trip


DDB #636Aided 1 Trip N


DDB #671IN>1 Trip

DDB #672IN>2 Trip

DDB #673IN>3 Trip

DDB #674IN>4 Trip

DDB #700VN>1 Trip

DDB #701VN>2 Trip



DDB #626Zone P C Trip


DDB #635Aided 1 Trip C

DDB #639Aid 1 WI Trip C



DDB #658I>1 Trip C

DDB #662I>2 Trip C

DDB #666I>3 Trip C

DDB #670I>4 Trip C

DDB #579AR Trip Test C

1 DDB #954Faulted Phase C

DDB #675ISEF>1 Trip

DDB #676ISEF>2 Trip

DDB #677ISEF>3 Trip

DDB #678ISEF>4 Trip


DDB #585Diff Trip C

Page 10





Phase" DDB signals

>> page 7 then page 8 the page 9 N Phase Start

Page 131 of 252







1 DDB #530Trip Inputs A







1 DDB #531Trip Inputs B







1 DDB #532Trip Inputs C

DDB #583Diff Trip A


DDB #585Diff Trip C


Inputs to Trip Conversion Logic:These Raw trip signals

are then processed in relay fixed logic, to obtain the correct

single, or three pole trip response.

Caution: Do Not remove "Trip Inputs"

DDB signals

Page 11


DDB #584Diff Trip B


DDB #656I>1 Trip A

DDB #657I>1 Trip B

DDB #658I>1 Trip C

Page 132 of 252

DDB #576AR Trip Test

DDB #679Broken Wire Trip


DDB #700VN>1 Trip

DDB #701VN>2 Trip

DDB #683V<1 Trip

DDB #687V<2 Trip

DDB #691V>1 Trip

DDB #695V>2 Trip

DDB #590Perm InterTrip

Page 12

DDB #1161F<1 Trip

DDB #1162F<2 Trip

DDB #1163F<3 Trip

DDB #1164F<4 Trip

DDB #1165F>1 Trip

DDB #1166F>2 Trip

1



DDB signals

Trip Inputs 3Ph >> page 13

DDB #925V1>1 Cmp Trip


Page 133 of 252

DDB #613Zone 2 Trip

DDB #618Zone 3 Trip

DDB #623Zone P Trip

DDB #628Zone 4 Trip

DDB #655I>1 Trip

DDB #659I>2 Trip

DDB #663I>3 Trip

DDB #667I>4 Trip

DDB #671IN>1 Trip

DDB #672IN>2 Trip

DDB #673IN>3 Trip

DDB #674IN>4 Trip

DDB #641Aid1 DEF Trip3Ph

DDB #642Aid1 WI Trip 3Ph



DDB #654Loss ofLoad Trip

DDB #699Pole Discrepancy

DDB #704TOR Trip Zone 1



DDB #708TOR Trip Zone P





DDB #713SOTF Trip Zone P

DDB #529Trip Inputs 3Ph1


DDB #591Stub Bus Trip

Page 13



DDB signals

DDB #553OST

DDB #551Pred. OST

DDB #557TOR Trip CNV

DDB #558SOTF Trip CNV

page 12 >> Trip Inputs 3Ph

Page 134 of 252

DDB #886Live Bus &

&

&

1

1

1

DDB #889Dead Line

DDB #887Dead Bus

DDB #888Live Line

DDB #881CS1 Enabled

DDB #882CS2 Enabled

DDB #885SysSplit Enabled

This logic enables Check Synchro to function only for

Live Line / Live Bus conditions.

DDB #883Check Sync 1 OK


DDB #880SysChks Inactive

DDB #898Ctl Check Sync

DDB #899AR Sys Checks OK

Safety Interlock.Logic must be

satisfied before any manual CB closures

can proceed.



DDB #047Input L16

DDB #297Power Swing

DDB #533Force 3Pole Trip

DDB #858Force 3 pole

DDB #448BAR

Default PSL blocks autoreclose if any aided

scheme channel fails.

DDB #458Inhibit WI



Page 14

Page 135 of 252

A

B50, B60 Spare Funct 87, 21, 49

Page 136 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: =B Spare Funct 87, 21, 49.setModel Number: P545216C6M0540K Printed on: 02/08/2010 16:22:28





00.04: Description:B50_87_21_49

00.05: Plant Reference:DID






00.0C: Plant Status:0000000000000010

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P545____4__540_A

00.20: Opto I/P Status:000000000000000000000000

00.21: Relay O/P Status:00000000000000000000000000001010

00.22: Alarm Status 1:00000010100000000000000000000000

00.50: Alarm Status 1:00000010100000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
















09.0B: Distance:Enabled










Page 137 of 252



09.18: PowerSwing Block:Enabled






































0A.18: VT Connected:Yes









1200.0

1200.0

1200.0

Page 138 of 252









0C.0E: Digital Input 2:Zone 1 Trip








0C.16: Digital Input 6:Thermal Trip




0C.1A: Digital Input 8:I>1 Trip


0C.1C: Digital Input 9:Relay 9


0C.1E: Digital Input 10:Relay 10



























Page 139 of 252






































11.60: Opto Filter Cntl:111111111011011111111011




20.03: Address:2-A




Page 140 of 252







































: GROUP 1 LINE PARAMETERS:30.01: Line Length:2000 m

30.03: Line Impedance:290.0 mOhm

30.04: Line Angle:81.00 deg

30.05: kZN Res Comp:160.0e-3

30.06: kZN Res Angle:-170.0 deg

30.07: Mutual Comp:Disabled

30.0B: Phase Sequence:Standard ABC

30.0C: Tripping Mode:3 Pole

30.10: Line Charging Y:100.0 uS

: GROUP 1 DISTANCE SETUP:31.0C: Setting Mode:Advanced

438.0

Page 141 of 252



31.10: PHASE DISTANCE:

31.11: Phase Chars.:Quad

31.20: Zone 1 Ph Status:Enabled Ch Fail



31.42: Zone 3 Ph Offset:Disabled

31.50: Zone P Ph Status:Disabled

31.60: Zone 4 Ph Status:Disabled


31.71: Ground Chars.:Quad

31.80: Zone 1 Gnd Stat.:Enabled Ch Fail

31.90: Zone 2 Gnd Stat.:Enabled

31.A0: Zone 3 Gnd Stat.:Enabled

31.A2: Zone3 Gnd Offset:Disabled

31.B0: Zone P Gnd Stat.:Disabled

31.C0: Zone 4 Gnd Stat.:Disabled

31.D0: Digital Filter:Standard

31.D1: CVT Filters:Disabled

31.D3: Load Blinders:Disabled

31.D7: Dist. Polarizing:1.000

31.E0: DELTADIRECTIONAL:

31.E1: Dir. Status:Enabled

31.E2: AidedDeltaStatus:Disabled

31.E3: Dir. Char Angle:45.00 deg

: GROUP 1 DIST. ELEMENTS:32.01: PHASE DISTANCE:


32.03: Z1 Ph. Angle:81.00 deg



32.09: Z1 Sensit. Iph>1:75.00 mA


32.11: Z2 Ph. Angle:81.00 deg



32.17: Z2 Sensit. Iph>2:75.00 mA


32.21: Z3 Ph. Angle:81.00 deg

32.25: R3 Ph. Res. Fwd.:2.660 Ohm


32.28: Z3 Sensit. Iph>3:50.00 mA






32.55: kZN1 Res. Comp.:160.0e-3



310.0

570.0

880.0

0.92

1.71

2.63

310.0

1.38

Page 142 of 252








32.65: kZN2 Res. Comp.:160.0e-3








32.75: kZN3 Res. Comp.:160.0e-3


32.79: R3 Gnd. Res. Fwd:4.000 Ohm

32.7C: Z3 Sensit Ignd>3:50.00 mA

: GROUP 1 PHASE DIFF:33.01: Phase Diff:Enabled

33.06: Phase Is1:200.0 mA

33.07: Phase Is2:2.000 A

33.08: Phase k1:30.00%

33.09: Phase k2:150.0%



33.0E: PIT Time:0 s



33.17: PIT I selection:Local

: GROUP 1 SCHEME LOGIC:34.01: BASIC SCHEME:


34.09: tZ1 Ph. Delay:0 s

34.0A: tZ1 Gnd. Delay:0 s


34.11: tZ2 Ph. Delay:400.0 ms

34.12: tZ2 Gnd. Delay:400.0 ms


34.19: tZ3 Ph. Delay:5.000 s

34.1A: tZ3 Gnd. Delay:5.000 s

34.20: ZoneP Tripping:Disabled

34.28: Zone4 Tripping:Disabled





34.80: Trip On Close:

34.81: SOTF Status:Enabled ExtPulse

34.83: SOTF Tripping:000011

570.0

2.56

880.0

3.94

Page 143 of 252



34.84: TOR Status:Disabled

34.86: TOC Reset Delay:500.0 ms

34.87: SOTF Pulse:500.0 ms

34.88: TOC Delay:200.0 ms

34.B0: Z1 Extension:

34.B1: Z1 Ext Scheme:Disabled

34.C0: Loss Of Load:

34.C1: LOL Scheme:Disabled

: GROUP 1 OVERCURRENT:35.01: I>1 Status:Enabled

35.02: I>1 Function:IEC S Inverse

35.03: I>1 Directional:Non-Directional


35.06: I>1 TMS:1.000

35.09: I>1 tRESET:0 s

35.0A: I>2 Status:Disabled



35.1C: I> Char Angle:30.00 deg

35.1D: I> Blocking:001111





: GROUP 1 POWER SWING BLK.:3D.01: PSB Status:Blocking




3D.09: Zone P Ph. PSB:Blocking

3D.0B: Zone 4 Ph. PSB:Blocking

3D.0D: Zone 1 Gnd. PSB:Blocking

3D.0F: Zone 2 Gnd. PSB:Blocking


3D.13: Zone P Gnd. PSB:Blocking


3D.20: PSB Unblocking:Disabled

3D.22: PSB Reset Delay:500.0 ms

3D.23: OST Mode:OST Disabled

3D.24: Z5:30.01 Ohm

3D.26: Z5':-29.97 Ohm

3D.28: R5:20.00 Ohm

3D.2A: R5':-20.00 Ohm

3D.2C: Blinder Angle:80.00 deg

: GROUP 1 CB FAIL & P.DEAD:: GROUP 1 SUPERVISION:

46.01: VTS Mode:Measured + MCB


640.0

700.0 mA

Page 144 of 252







46.0E: INRUSH DETECTION:

46.0F: I>2nd Harmonic:20.00%

46.10: WEAK INFEED BLK:

46.11: WI Inhibit:Disabled


46.31: CTS Mode:Disabled

: GROUP 1 INPUT LABELS:4A.01: Opto Input 1:Un used

4A.02: Opto Input 2:CB Close Pulse



4A.05: Opto Input 5:Dist Carrrier Rx

4A.06: Opto Input 6:DEF Carrier Rx



4A.09: Opto Input 9:ES G901 Open

4A.0A: Opto Input 10:ES G901 Close

4A.0B: Opto Input 11:CB G900 Open

4A.0C: Opto Input 12:CB G900 Close

4A.0D: Opto Input 13:Un used

4A.0E: Opto Input 14:Un used

4A.0F: Opto Input 15:Test Mode






4A.15: Opto Input 21:LVT MCB Open




: GROUP 1 OUTPUT LABELS:4B.01: Relay 1:TO TRIP 86-1

4B.02: Relay 2:INT TRIP RECEIVD

4B.03: Relay 3:A-PH TRIP

4B.04: Relay 4:VT FAIL

4B.05: Relay 5:B-PH TRIP

4B.06: Relay 6:C-PH TRIP



4B.09: Relay 9:SPARE

4B.0A: Relay 10:SPARE

4B.0B: Relay 11:UN USED

4B.0C: Relay 12:INT TRIP SEND


26.70

Page 145 of 252






4B.11: Relay 17:A-PH TRIP 94-1R

4B.12: Relay 18:B-PH TIRP 94-IY

4B.13: Relay 19:C-PH TRIP 94-1B







4B.1A: Relay 26:UN USED

4B.1B: Relay 27:DIST OPTD

4B.1C: Relay 28:DEF OPTD





Page 146 of 252


Opto Input Mappings

DDB #032Input L1

DDB #033Input L2

DDB #040Input L9

DDB #041Input L10

DDB #042Input L11

DDB #043Input L12

DDB #052Input L21





Page 1





Opto L5 & L16 can be found on other pages

1

DDB #488Set SOTF

1

1

1



DDB #438MCB/VTS

DDB #055Input L24

DDB #459Test Mode


FnKey LED1 Red


&

Page 147 of 252

Straight0

0

Output R9DDB #008

Straight0

0

Output R10DDB #009

Straight0

0

Output R11DDB #010


Straight0

0

Output R1DDB #000

Straight0

0

Output R2DDB #001

Straight0

0

Output R3DDB #002

Straight0

0

Output R5DDB #004

Straight0

0

Output R6DDB #005



Page 2

Straight0

0

Output R4DDB #003

Output Contacts

DDB #608Zone 1 Trip

DDB #613Zone 2 Trip

DDB #618Zone 3 Trip




DDB #582Diff Trip

1

DDB #583Diff Trip A


DDB #586Diff InterTrip





1

DDB #671IN>1 Trip

DDB #672IN>2 Trip




DDB #584Diff Trip B

DDB #585Diff Trip C








DDB #1404VTS Blk Distance

1

1

DDB #655I>1 Trip

DDB #655I>1 Trip

DDB #655I>1 Trip

Page 148 of 252

DDB #288SG-opto Invalid

DDB #289Prot'n Disabled


DDB #294CT Fail Alarm

DDB #297Power Swing

DDB #298CB Fail Alarm

DDB #299CB Monitor Alarm

DDB #300CB Lockout Alarm


DDB #290Static Test Mode


DDB #292Test IM64

DDB #302CB Trip Fail

DDB #303CB Close Fail

DDB #304Man CB Unhealthy

DDB #305No C/S Man Close

DDB #306A/R Lockout

DDB #307A/R CB Unhealthy

DDB #308A/R No Checksync

DDB #309System Split

DDB #310GPS Alarm


DDB #312Comm Delay Alarm

DDB #313C Diff Failure

DDB #314IM64 SchemeFail

DDB #315IEEE C37.94 Fail



DDB #319F out of Range

DDB #332Incompatible Rly

DDB #333InValid Mesg Fmt

DDB #334Main Prot. Fail

DDB #335Config Error

DDB #336Re-Config Error

DDB #337Comms Changed

DDB #352Battery Fail

DDB #353Field Volts Fail

1


General Alarm

Page 3

DDB #296Remote CT Alarm

Output Contacts

DDB #338Max Prop. Alarm

GENERAL ALARM IS NOT REQUIRED

Page 149 of 252

DDB #522Any Trip


Straight0

0

Output R12DDB #011

Page 4

Output Contacts


DDB #032Input L1

Page 150 of 252

Page 5

DDB #582Diff Trip

DDB #608Zone 1 Trip

DDB #613Zone 2 Trip

DDB #618Zone 3 Trip


LEDs


DDB #1025LED1 Grn


DDB #1027LED2 Grn


DDB #1029LED3 Grn


DDB #1031LED4 Grn


DDB #1035LED6 Grn

1DDB #586

Diff InterTrip




1


LED7 Red

DDB #1037LED7 GrnDDB #655

I>1 Trip

Page 151 of 252




DDB #753Zone P A Start


DDB #762I>1 Start A

DDB #766I>2 Start A

1

DDB #770I>3 Start A

DDB #774I>4 Start A




DDB #754Zone P B Start


DDB #763I>1 Start B

DDB #767I>2 Start B

DDB #771I>3 Start B

DDB #775I>4 Start B

1




DDB #755Zone P C Start


DDB #764I>1 Start C

DDB #768I>2 Start C

DDB #772I>3 Start C

DDB #776I>4 Start C

1


1


DDB #958Started Phase C

DDB #738Diff Start A MiCOM P545 Programmable Logic


DDB #740Diff Start C

Any Phase Start >>page 7


on LCD Display


Phase" DDB signals

Page 6

Page 152 of 252





DDB #777IN>1 Start

DDB #778IN>2 Start

DDB #779IN>3 Start

DDB #780IN>4 Start

1


DDB #522Any Trip

&




DDB #522Any Trip Pulse

10

0

&

&

1

DDB #959Started Phase N






Any Ground Start >> page8

This reset controls: Reset latched relays, Reset latched LEDs, Reset A/R Lockout.

This logic clears all latched indications at the start of Any Trip



Any Phase Start >>page8

Page 7


DDB #756Zone P N Start

>>page6 Any Phase Start

N Phase Start >> page8 then page 9 then page 10

Page 153 of 252

DDB #788V<1 Start

DDB #792V<2 Start

DDB #796V>1 Start

DDB #800V>2 Start

DDB #804VN>1 Start

DDB #805VN>2 Start

DDB #736Any Start

1

Used in Fault Record initiation

Caution: Do Not remove "Any Start"

DDB signal

Page 8



LED5 Red

DDB #1033LED5 Grn

>> page7 Any Ground Start

>> page7 Any Phase Start

DDB #522Any Trip

N Phase Start >>page 9 then page 10>> page 7 N Phase Start

DDB #567I2>1 Start

DDB #568I2>2 Start

DDB #569I2>3 Start

DDB #570I2>4 Start

DDB #1155F<1 Start

DDB #1156F<2 Start

DDB #1157F<3 Start

DDB #1158F<4 Start

DDB #1159F>1 Start

DDB #1160F>2 Start



Page 154 of 252


1 DDB #952Faulted Phase A



DDB #624Zone P A Trip






DDB #656I>1 Trip A

DDB #660I>2 Trip A

DDB #664I>3 Trip A

DDB #668I>4 Trip A






DDB #625Zone P B Trip





DDB #657I>1 Trip B

DDB #661I>2 Trip B

DDB #665I>3 Trip B

DDB #669I>4 Trip B


1 DDB #953Faulted Phase B

DDB #583Diff Trip A


DDB #584Diff Trip B


Page 9


>> page 7 then page 8 N Phase Start N Phase Start >> page 10



Phase" DDB signals

Page 155 of 252

1 DDB #955Faulted Phase N




DDB #627Zone P N Trip




DDB #671IN>1 Trip

DDB #672IN>2 Trip

DDB #673IN>3 Trip

DDB #674IN>4 Trip

DDB #700VN>1 Trip

DDB #701VN>2 Trip



DDB #626Zone P C Trip






DDB #658I>1 Trip C

DDB #662I>2 Trip C

DDB #666I>3 Trip C

DDB #670I>4 Trip C


1 DDB #954Faulted Phase C

DDB #675ISEF>1 Trip

DDB #676ISEF>2 Trip

DDB #677ISEF>3 Trip

DDB #678ISEF>4 Trip


DDB #585Diff Trip C

Page 10





Phase" DDB signals

>> page 7 then page 8 the page 9 N Phase Start

Page 156 of 252







1 DDB #530Trip Inputs A







1 DDB #531Trip Inputs B







1 DDB #532Trip Inputs C

DDB #583Diff Trip A


DDB #585Diff Trip C


Inputs to Trip Conversion Logic:These Raw trip signals

are then processed in relay fixed logic, to obtain the correct

single, or three pole trip response.


DDB signals

Page 11


DDB #584Diff Trip B


DDB #656I>1 Trip A

DDB #657I>1 Trip B

DDB #658I>1 Trip C

Page 157 of 252

DDB #576AR Trip Test

DDB #679Broken Wire Trip


DDB #700VN>1 Trip

DDB #701VN>2 Trip

DDB #683V<1 Trip

DDB #687V<2 Trip

DDB #691V>1 Trip

DDB #695V>2 Trip

DDB #590Perm InterTrip

Page 12

DDB #1161F<1 Trip

DDB #1162F<2 Trip

DDB #1163F<3 Trip

DDB #1164F<4 Trip

DDB #1165F>1 Trip

DDB #1166F>2 Trip

1



DDB signals

Trip Inputs 3Ph >> page 13



Page 158 of 252

DDB #613Zone 2 Trip

DDB #618Zone 3 Trip

DDB #623Zone P Trip

DDB #628Zone 4 Trip

DDB #655I>1 Trip

DDB #659I>2 Trip

DDB #663I>3 Trip

DDB #667I>4 Trip

DDB #671IN>1 Trip

DDB #672IN>2 Trip

DDB #673IN>3 Trip

DDB #674IN>4 Trip





DDB #654Loss ofLoad Trip

DDB #699Pole Discrepancy




DDB #708TOR Trip Zone P





DDB #713SOTF Trip Zone P

DDB #529Trip Inputs 3Ph1


DDB #591Stub Bus Trip

Page 13



DDB signals

DDB #553OST

DDB #551Pred. OST

DDB #557TOR Trip CNV

DDB #558SOTF Trip CNV

page 12 >> Trip Inputs 3Ph

Page 159 of 252

DDB #886Live Bus &

&

&

1

1

1

DDB #889Dead Line

DDB #887Dead Bus

DDB #888Live Line

DDB #881CS1 Enabled

DDB #882CS2 Enabled

DDB #885SysSplit Enabled

This logic enables Check Synchro to function only for

Live Line / Live Bus conditions.



DDB #880SysChks Inactive

DDB #898Ctl Check Sync

DDB #899AR Sys Checks OK

Safety Interlock.Logic must be

satisfied before any manual CB closures

can proceed.



DDB #047Input L16

DDB #297Power Swing

DDB #533Force 3Pole Trip

DDB #858Force 3 pole

DDB #448BAR

Default PSL blocks autoreclose if any aided

scheme channel fails.

DDB #458Inhibit WI



Page 14

Page 160 of 252

A

B30 Funct 87, 49

Page 161 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: 87C_49.setModel Number: P545216C6M0540K Printed on: 02/08/2010 15:27:18





00.04: Description:87C/49C-1

00.05: Plant Reference:66kV Cab. Tr.B30






00.0C: Plant Status:0000000000000010

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P545____6__540_F

00.20: Opto I/P Status:000000000000000000000000

00.21: Relay O/P Status:00000000000000000000000000000000

00.22: Alarm Status 1:00000000000000000000000000000000

00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
















09.0B: Distance:Disabled










Page 162 of 252



09.18: PowerSwing Block:Disabled






































0A.18: VT Connected:No









Page 163 of 252

















0C.16: Digital Input 6:Trip Output B


0C.18: Digital Input 7:Trip Output C

































Page 164 of 252






































11.60: Opto Filter Cntl:111111111011011111111011




20.03: Address:1-B




Page 165 of 252







































: GROUP 1 LINE PARAMETERS:: GROUP 1 PHASE DIFF:

33.01: Phase Diff:Enabled

33.06: Phase Is1:200.0 mA

33.07: Phase Is2:2.000 A

33.08: Phase k1:30.00%

33.09: Phase k2:150.0%



33.0E: PIT Time:0 s



Page 166 of 252



33.17: PIT I selection:Remote

: GROUP 1 SCHEME LOGIC:: GROUP 1 THERMAL OVERLOAD:

3C.01: Characteristic:Single

3C.02: Thermal Trip:960.0 mA



: GROUP 1 CB FAIL & P.DEAD:: GROUP 1 INPUT LABELS:

4A.01: Opto Input 1:L1IT SEND,BB,LBB

4A.02: Opto Input 2:L2 CB CLOSE ORDE







4A.09: Opto Input 9:L9 ES OPEN STS

4A.0A: Opto Input 10:L10 ES CLOSE STS

4A.0B: Opto Input 11:L11 CB OPEN STS

4A.0C: Opto Input 12:L12 CB CLOSE STS

4A.0D: Opto Input 13:L13 NOT USED

4A.0E: Opto Input 14:L14 SPARE-3

4A.0F: Opto Input 15:L15 SPARE-4










: GROUP 1 OUTPUT LABELS:4B.01: Relay 1:R1 TO 86 TRIP

4B.02: Relay 2:R2 IT RECEIVE-1

4B.03: Relay 3:R3TRIP TC-1

4B.04: Relay 4:R4 N0T USED






4B.0A: Relay 10:R10ANY TRIP SPAR

4B.0B: Relay 11:R11 IT RECEIVE-1

4B.0C: Relay 12:R12 IT SEND-1

4B.0D: Relay 13:R13 NOT USED

4B.0E: Relay 14:R14 NOT USED

4B.0F: Relay 15:R15 NOT USED

Page 167 of 252













4B.1A: Relay 26:R26 NOT USED

4B.1B: Relay 27:R27 NOT USED

4B.1C: Relay 28:R28 NOT USED





Page 168 of 252

1

1

1

1



DDB #040L9 ES GXX1 OPEN

DDB #041L10ES GXX1 CLOSE

DDB #042L11 CB GXX0 OPEN

DDB #043L12CB GXX0 CLOSE








DDB #459Test Mode

DDB #438MCB/VTS


Opto Input Mappings

Page 1

1

DDB #037L6 NOT USED

DDB #493Aided1 Scheme Rx


DDB #036L5 NOT USED

DDB #052L21LI/VT MCB TR

DDB #313C Diff Failure DDB #1048Non -

Latching

FnKey LED5 Red


1

Page 169 of 252

Dwell

100

0

R1 86-1 TRIPDDB #000

Pick-Up

0

0

R2 IT REC-1 TRDDB #001

1


Page 2

Output Contacts

Pick-Up

0

0

R3 TRIP TC1 R-PHDDB #002

Pick-Up

0

0

R5 TRIP TC1 Y-PHDDB #004

Pick-Up

0

0

R6 TRIP TC1 B-PHDDB #005

Pick-Up

0

0

R9ANY TRIP SPAREDDB #008

Pick-Up

0

0

R10ANY TRIP SPARDDB #009

1DDB #522Any Trip

DDB #523Trip Output A

DDB #524Trip Output B

DDB #525Trip Output C

Pick-Up

0

0

R17 NOT USEDDDB #016

Pick-Up

0

0


Pick-Up

0

0


DDB #498Aided 1 Send


Pick-Up

0

0


Pick-Up

0

0


Pick-Up

0

0

R12 IT SEND-1DDB #0111

DDB #494Aided 1 Receive

DDB #508Aided 2 Receive 1






DDB #526Trip 3ph

DDB #582Diff Trip


.

Page 170 of 252

Dwell

20

0

DDB #1024Latching

LED1 Red

DDB #1025LED1 Grn

DDB #1026Latching

LED2 Red

DDB #1027LED2 Grn

DDB #1028Latching

LED3 Red

DDB #1029LED3 Grn

DDB #1030Latching

LED4 Red

DDB #1031LED4 Grn


FnKey LED1 Red



FnKey LED2 Red



FnKey LED10 Red


1

1

1

1

1

1

DDB #582Diff Trip

DDB #583Diff Trip A

DDB #584Diff Trip B

DDB #585Diff Trip C











DDB #582Diff Trip








.

.

Page 171 of 252

Page 4

Output Contacts


DDB #1120SignalFail Ch1Rx

1 DDB #344SR User Alarm 1

DDB #1131SignalFail Ch2Tx



Page 172 of 252

1

1

1

1



DDB #738Diff Start A


DDB #958Started Phase CDDB #740

Diff Start C

DDB #736Any Start


Any Phase Start >>page 7Any Phase Start >>page 7


on LCD Display


Phase" DDB signals



Page 173 of 252

1

1

1

1

DDB #952Faulted Phase A

DDB #583Diff Trip A

DDB #953Faulted Phase B






DDB #584Diff Trip B

DDB #954Faulted Phase C






DDB #585Diff Trip C

DDB #955Faulted Phase N



DDB #671IN>1 Trip






Page 174 of 252

A

B40 Funct 87, 49

Page 175 of 252






00.04: Description:87C/49C-1

00.05: Plant Reference:66kV Cab. Tr.B40






00.0C: Plant Status:0000000000000010

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P545____6__540_F

00.20: Opto I/P Status:000000000000000000000000

00.21: Relay O/P Status:00000000000000000000000000000000

00.22: Alarm Status 1:00000000000000000000000000000000

00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000000
















09.0B: Distance:Disabled










Page 176 of 252



09.18: PowerSwing Block:Disabled






































0A.18: VT Connected:No









Page 177 of 252

















0C.16: Digital Input 6:Trip Output B


0C.18: Digital Input 7:Trip Output C

































Page 178 of 252






































11.60: Opto Filter Cntl:111111111011011111111011




20.03: Address:1-A




Page 179 of 252







































: GROUP 1 LINE PARAMETERS:: GROUP 1 PHASE DIFF:: GROUP 1 SCHEME LOGIC:: GROUP 1 THERMAL OVERLOAD:

3C.01: Characteristic:Single

3C.02: Thermal Trip:960.0 mA



: GROUP 1 CB FAIL & P.DEAD:: GROUP 1 INPUT LABELS:

4A.01: Opto Input 1:L1IT SEND,BB,LBB

4A.02: Opto Input 2:L2 CB CLOSE ORDE

Page 180 of 252









4A.09: Opto Input 9:L9 ES OPEN STS

4A.0A: Opto Input 10:L10 ES CLOSE STS

4A.0B: Opto Input 11:L11 CB OPEN STS

4A.0C: Opto Input 12:L12 CB CLOSE STS

4A.0D: Opto Input 13:L13 NOT USED

4A.0E: Opto Input 14:L14 SPARE-3

4A.0F: Opto Input 15:L15 SPARE-4










: GROUP 1 OUTPUT LABELS:4B.01: Relay 1:R1 TO 86 TRIP

4B.02: Relay 2:R2 IT RECEIVE-1

4B.03: Relay 3:R3TRIP TC-1







4B.0A: Relay 10:R10ANY TRIP SPAR

4B.0B: Relay 11:R11 IT RECEIVE-1

4B.0C: Relay 12:R12 IT SEND-1














4B.1A: Relay 26:R26 NOT USED

Page 181 of 252



4B.1B: Relay 27:R27 NOT USED

4B.1C: Relay 28:R28 NOT USED





Page 182 of 252

1

1

1

1



DDB #040L9 ES GXX1 OPEN

DDB #041L10ES GXX1 CLOSE

DDB #042L11 CB GXX0 OPEN

DDB #043L12CB GXX0 CLOSE








DDB #459Test Mode

DDB #438MCB/VTS


Opto Input Mappings

Page 1

1

DDB #037L6 NOT USED



DDB #036L5 NOT USED

DDB #052L21LI/VT MCB TR

DDB #313C Diff Failure DDB #1048Non -

Latching

FnKey LED5 Red


1

Page 183 of 252

Dwell

100

0

R1 86-1 TRIPDDB #000

Pick-Up

0

0

R2 IT REC-1 TRDDB #001

1


Page 2

Output Contacts

Pick-Up

0

0

R3 TRIP TC1 R-PHDDB #002

Pick-Up

0

0

R5 TRIP TC1 Y-PHDDB #004

Pick-Up

0

0

R6 TRIP TC1 B-PHDDB #005

Pick-Up

0

0

R9ANY TRIP SPAREDDB #008

Pick-Up

0

0

R10ANY TRIP SPARDDB #009

1DDB #522Any Trip




Pick-Up

0

0


Pick-Up

0

0


Pick-Up

0

0




Pick-Up

0

0


Pick-Up

0

0


Pick-Up

0

0

R12 IT SEND-1DDB #0111

DDB #494Aided 1 Receive

DDB #508Aided 2 Receive 1






DDB #526Trip 3ph

DDB #582Diff Trip


.

Page 184 of 252

Dwell

20

0

DDB #1024Latching

LED1 Red

DDB #1025LED1 Grn

DDB #1026Latching

LED2 Red

DDB #1027LED2 Grn

DDB #1028Latching

LED3 Red

DDB #1029LED3 Grn

DDB #1030Latching

LED4 Red

DDB #1031LED4 Grn


FnKey LED1 Red



FnKey LED2 Red



FnKey LED10 Red


1

1

1

1

1

1

DDB #582Diff Trip

DDB #583Diff Trip A

DDB #584Diff Trip B

DDB #585Diff Trip C











DDB #582Diff Trip








.

.

Page 185 of 252

Page 4

Output Contacts



1 DDB #344SR User Alarm 1




Page 186 of 252

1

1

1

1



DDB #738Diff Start A


DDB #958Started Phase CDDB #740

Diff Start C

DDB #736Any Start


Any Phase Start >>page 7Any Phase Start >>page 7


on LCD Display


Phase" DDB signals



Page 187 of 252

1

1

1

1

DDB #952Faulted Phase A

DDB #583Diff Trip A

DDB #953Faulted Phase B






DDB #584Diff Trip B

DDB #954Faulted Phase C






DDB #585Diff Trip C

DDB #955Faulted Phase N



DDB #671IN>1 Trip






Page 188 of 252

A

B30_B40_ 50_51_51N

Page 189 of 252

MiCOM S1 Studio Page: 1Settings File ReportFile: 50_51_51N.setModel Number: P141216A6M0420J Printed on: 02/08/2010 15:35:34





00.04: Description:50_51_51N

00.05: Plant Reference:66kV Cab Tr.B30


00.08: Serial Number:123456A




00.0C: Plant Status:0000000000000000

00.0D: Control Status:0000000000000000



00.11: Software Ref. 1:P141____4__420_A

00.20: Opto I/P Status:01000000


00.22: Alarm Status 1:00000000000000000000000000000000

00.30: Opto I/P Status:01000000


00.50: Alarm Status 1:00000000000000000000000000000000

00.51: Alarm Status 2:00000000000000000000000000000000

00.52: Alarm Status 3:00000000000000000000000000000100
























Page 190 of 252


















09.2A: Disturb Recorder:Invisible

09.2B: Measure't Setup:Invisible





















: CONTROL INPUTS:: CTRL I/P CONFIG:: IED CONFIGURATOR:: CTRL I/P LABELS:: Group 1:




Page 191 of 252



35.2A: I>1 TMS:420.0e-3








35.4E: I> Blocking:000001111






Page 192 of 252



DDB #071Non -

LatchingLED 8

1

1

1

1


DDB #441Test Mode

DDB #243I>1 Trip

DDB #243I>1 Trip


DDB #294Any Start


DDB #251I>3 Trip

DDB #251I>3 Trip


Opto Input Mappings

LED Mappings



Page : 1Page 193 of 252

Pick-Up

0

0


Pick-Up

0

0


Pick-Up

0

0


Pick-Up

0

0

R4 86 TRIPDDB #003

Pick-Up

0

0

R5 ANT TRIP SPARDDB #004

Pick-Up

0

0

R6 NOT USEDDDB #005

Pick-Up

0

0

R7 NOT USEDDDB #006

1DDB #243

I>1 Trip

DDB #251I>3 Trip

Page : 2



Page 194 of 252

A

B40 RED670_87C+T SET

Page 195 of 252

Parameter Name IED Value PC Value

8/2/2010

Min MaxUnit

KHARAMAA_latest/Region/DID/66KV/B40_TYP/B40_RED_670C_T

B40_RED_670C_T

Settings

Activate setting group

ActiveSetGrp SettingGroup1

[+] Time

General settings

Power system

Identifiers

StationName DID 18 charact

StationNumber 0 0 99999

ObjectName B40 18 charact

ObjectNumber 0 0 99999

UnitName RED670_C+T 18 charact

UnitNumber 0 0 99999

Primary values

Frequency 50.0 50.0 60.0Hz

[+] Communication

Analog modules

AnalogInputs6Iand6U 1

NAMECH1 I PH.R 13 charact

RatedTrans1 1.0 0.1 300.0A

CTStarPoint1 ToObject

CTsec1 1 1 10A

CTprim1 400 1 99999A

NAMECH2 I PH.Y 13 charact



CTsec2 1 1 10A

CTprim2 400 1 99999A

NAMECH3 I PH.B 13 charact



CTsec3 1 1 10A

CTprim3 400 1 99999A

NAMECH4 TRM40-CH4 13 charact

1

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CTsec4 1 1 10A

CTprim4 400 1 99999A




CTsec5 1 1 10A

CTprim5 99999 1 99999A




CTsec6 1 1 10A

CTprim6 99999 1 99999A

NAMECH7 U PH.R 13 charact

RatedTrans7 110.0 0.1 300.0V

VTsec7 110.000 0.001 999.999V

VTprim7 1.00 0.05 2000.00kV

NAMECH8 U PH.Y 13 charact

RatedTrans8 110.0 0.1 300.0V

VTsec8 110.000 0.001 999.999V

VTprim8 1.00 0.05 2000.00kV

NAMECH9 U PH.B 13 charact

RatedTrans9 110.0 0.1 300.0V

VTsec9 110.000 0.001 999.999V

VTprim9 1.00 0.05 2000.00kV


RatedTrans10 110.0 0.1 300.0V

VTsec10 110.000 0.001 999.999V

VTprim10 1.00 0.05 2000.00kV


RatedTrans11 110.0 0.1 300.0V

VTsec11 110.000 0.001 999.999V

VTprim11 1.00 0.05 2000.00kV


2

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RatedTrans12 110.0 0.1 300.0V

VTsec12 110.000 0.001 999.999V

VTprim12 1.00 0.05 2000.00kV

LDCM312

NAMECH1 REM I PH.R 13 charact

NAMECH2 REM I PH.Y 13 charact

NAMECH3 REM I PH.B 13 charact

NAMECH4 LDCM312-CH4 13 charact

[+] Reference channel service values

[+] 3PhaseAnalogGroup

[+] I/O modules

[+] HMI

Differential protection

LineTrfDiff3Terminal(PDIF,87L)

LT3D

NoOfTerminals 2

Chan2IsLocal No

IBase 400.0 50.0 9999.9A

ZerSeqCurSubtr On

TraAOnInpCh 2

RatVoltW1TraA 66.0 1.0 9999.9kV


ClockNumTransA 1 [30 deg lag]

ZerSeqPassTraA No

TraBOnInpCh No Transf B

RatVoltW1TraB 1.0 1.0 9999.9kV


ClockNumTransB 0 [0 deg]

ZerSeqPassTraB No

LineDiffLogic

LDL

Operation On

Current protection

PhaseOverCurrent4Step(PTOC,51/67)

TOC1

3

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MeasType DFT

[+] Voltage protection

[+] Control

Monitoring

DisturbanceReport

DisturbanceReport(RDRE)

Operation On

PreFaultRecT 0.30 0.05 1.00s

PostFaultRecT 0.5 0.1 10.0s

TimeLimit 2.0 0.5 10.0s

PostRetrig Off

ZeroAngleRef 1 1 30Ch

OpModeTest Off

[+] BinarySignals(RBDR)

[+] AnalogSignals(RADR)

[+] FaultLocator(RFLO)

[+] IEC60870-5-103

Setting group N1



LT3D

Operation On

IdMin 0.30 0.20 2.00IB

EndSection1 1.09 0.20 1.50IB


SlopeSection2 40.0 10.0 50.0%


IdMinHigh 2.00 0.20 10.00IB

tIdMinHigh 5.000 0.000 60.000s

IdUnre 7.36 1.00 50.00IB

NegSeqDiffEn On

NegSeqROA 60.0 30.0 120.0Deg

IMinNegSeq 0.04 0.01 0.20IB

CrossBlockEn Yes

I2/I1Ratio 10.0 5.0 100.0%

4

7.4

1.1

2.6

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I5/I1Ratio 25.0 5.0 100.0%

ChargCurEnable Off

AddDelay Off

IMaxAddDelay 1.00 0.20 5.00IB

tDefTime 0.000 0.000 6.000s

tMinInv 0.010 0.001 6.000s

CurveType IEC Def. Time

k 1.00 0.05 1.10

p 0.02 0.01 1000.00

a 0.14 0.01 1000.00

b 1.00 0.01 1000.00

c 1.00 0.01 1000.00

IdiffAlarm 0.15 0.05 1.00IB

tAlarmdelay 10.000 0.000 60.000s

OpenCTEnable Off

tOCTAlarmDelay 1.000 0.100 10.000s

tOCTResetDelay 0.250 0.100 10.000s

[+] Impedance Protection

Current protection

[+] BrokenCondCheck(PTOC,46)

[+] InstPhaseOverCurrent(PIOC,50)

[+] PhaseOverCurrent4Step(PTOC,51/67)

[+] ResidualOverCurr4Step(PTOC,51N/67N)

ThermalOverload1TimeConst(PTTR,26)

THL1

Operation On

IBase 400 0 99999A

TRef 90 0 600Deg

IRef 96 0 400%IB

IMult 1 1 5

Tau 1 0 1000Min

AlarmTemp 85 0 200Deg

TripTemp 95 0 600Deg

ReclTemp 75 0 600Deg

tPulse 0.10 0.05 0.30s

5

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AmbiSens Off

DefaultAmbTemp 20 -50 250Deg

DefaultTemp 50 -50 600Deg


[+] Scheme communication

[+] Secondary system supervision

[+] Monitoring

Logic

TripLogic(PTRC,94)

TRP1

Operation On

Program 1ph/3ph

TripLockout Off

AutoLock Off

tTripMin 0.150 0.000 60.000s

[+] TripMatrix(GGIO)

[+] LogicGate

6

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A

66kV UGC_7SD532_B10&B20

Page 202 of 252

DID / 66_11kV / 7SD532_B10&B20

MLFB: 7SD53215PB999HL6Parameter set version: V04.62.03Device path: \\10.178.2.32\SAS Qatar\SAS - LIVE PROJECTS\A12_Qatar Phase 8 - Kahramaa - Qatar\PH8-GTC144A-AREVA\2_TECHNICAL\05_CT CALC & RElAY SETTINGS\02_RELAY SETTINGS\01_MAIN SUBSTATION\7_DOHA INDUSTRIAL-D\Rev.0\Base files\DIGSI\Did\P7DI\GV\SD\00000001Author:Creation date: 12.05.10 14:03:42Last modified: 02.08.10 17:08:23Operating mode: OfflineComment:Setting values in: Secondary value description

P R I N T - C O N T E N T S1 Device Configuration 32 Configuration - short (column-oriented) 42.1 Binary inputs 42.2 Binary outputs 42.3 LEDs 43 General Device Settings 63.1 Group Device 64 Power System Data 1 74.1 Group Power System Data 1; Group Transformers 74.2 Group Power System Data 1; Group Power System 74.3 Group Power System Data 1; Group Breaker 74.4 Group Power System Data 1; Group CT Data 75 Oscillographic Fault Records 85.1 Group Oscillographic Fault Records 86 Settings groups 96.1 Group Power System Data 2; Group Local Line End 96.2 Group Power System Data 2; Group Line Status 96.3 Group Differential Protection; Group General 96.4 Group Differential Protection; Group Diff Protection 96.5 Group Differential Protection; Group Inrush 106.6 Group Intertrip 106.7 Group Distance protection, general settings; Group General 106.8 Group Distance protection, general settings; Group Earth faults 10

SIMATIC DID / 66_11kV / 7SD532_B10&B20/7SD532 02.08.10 17:16:31

Page 1 of 17

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6.9 Group Distance protection, general settings; Group Time Delays 116.10 Group Distance zones (quadrilateral); Group Zone Z1 116.11 Group Distance zones (quadrilateral); Group Zone Z1B-exten. 116.12 Group Distance zones (quadrilateral); Group Zone Z2 126.13 Group Distance zones (quadrilateral); Group Zone Z3 126.14 Group Distance zones (quadrilateral); Group Zone Z4 126.15 Group Distance zones (quadrilateral); Group Zone Z5 126.16 Group Power Swing 136.17 Group Backup overcurrent; Group General 136.18 Group Backup overcurrent; Group I>> 136.19 Group Backup overcurrent; Group I> 136.20 Group Backup overcurrent; Group Inverse 136.21 Group Backup overcurrent; Group I - STUB 146.22 Group Demand Measurement Setup; Group Measurement 146.23 Group Min/Max Measurement Setup; Group Measurement 146.24 Group Measurement Supervision; Group Symmetry 146.25 Group Measurement Supervision; Group Fuse Fail. Mon. 156.26 Group Measurement Supervision; Group I/U-Monitoring 156.27 Group Measurement Supervision; Group VT mcb 156.28 Group Measurement Supervision; Group Load Angle 156.29 Group Fault Locator; Group Fault Locator 156.30 Group Thermal Overload 166.31 Group Protection Interface (Port D+E); Group General 166.32 Group Protection Interface (Port D+E); Group Interface 1 166.33 Group Protection Interface (Port D+E); Group Interface 2 166.34 Group Differential Topology 16


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1 Device ConfigurationNo. Function Scope

0103 Setting Group Change Option Disabled0112 Differential protection Enabled0115 Phase Distance Quadrilateral0116 Earth Distance Quadrilateral0120 Power Swing detection Enabled0121 Teleprotection for Distance prot. Disabled0122 DTT Direct Transfer Trip Disabled0124 Instantaneous HighSpeed/SOTF Overcurrent Disabled0125 Weak Infeed (Trip and/or Echo) Disabled0126 Backup overcurrent Time Overcurrent Curve IEC0131 Earth fault overcurrent Disabled0132 Teleprotection for Earth fault overcurr. Disabled0138 Fault Locator Enabled0139 Breaker Failure Protection Disabled0140 Trip Circuit Supervision Disabled0142 Thermal Overload Protection Enabled0144 Voltage transformers connected0145 Protection Interface 1 (Port D) Enabled0146 Protection Interface 2 (Port E) Enabled0149 charging current compensation Disabled0160 Line sections for fault locator 1 Line Section


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2 Configuration - short (column-oriented)2.1 Binary inputsBinary inputs

No. Group Information Type Configuration

1 03541 Remote Signals >Remote Trip 1 signal input SP H2 00356 P.System Data 2 >Manual close signal SP H5 Remote Signals BXX64 VT Disconnector Open SP H6 Remote Signals BXX64 VT Disconnector Close SP H9 Remote Signals BXX1 Earth Switch Open SP H10 Remote Signals BXX1 Earth Switch Close SP H11 Remote Signals BXX3 Disconnector Open SP H12 Remote Signals BXX3 Disconnector Close SP H13 Remote Signals BXX0 Circuit Breaker Open SP H14 Remote Signals BXX0 Circuit Breaker Close SP H15 Remote Signals BXX4 Disconnector Open SP H16 Remote Signals BXX4 Disconnector Close SP H19 Remote Signals BXXM1 Earth Switch Open SP H20 Remote Signals BXXM1 Earth Switch Close SP H21 Remote Signals BXXM2 Earth Switch Open SP H22 Remote Signals BXXM2 Earth Switch Close SP H23 00361 P.System Data 2 >Failure: Feeder VT (MCB tripped) SP H24 00015 Device >Test mode SP L24 03525 Diff. Prot >Differential protection blocking signal SP L

2.2 Binary outputsBO No. Group Information Type Configuration

4 00511 P.System Data 2 Relay GENERAL TRIP command OUT U5 03545 Remote Signals Remote Trip 1 received OUT U6 00511 P.System Data 2 Relay GENERAL TRIP command OUT U7 00169 Measurem.Superv VT Fuse Failure (alarm >10s) OUT U7 00170 Measurem.Superv VT Fuse Failure (alarm instantaneous) OUT U13 03545 Remote Signals Remote Trip 1 received OUT U14 03541 Remote Signals >Remote Trip 1 signal input SP U


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2.3 LEDsLEDs No. Group Information Type Configuration

1 00511 P.System Data 2 Relay GENERAL TRIP command OUT L2 00503 P.System Data 2 Relay PICKUP Phase L1 OUT L3 00504 P.System Data 2 Relay PICKUP Phase L2 OUT L4 00505 P.System Data 2 Relay PICKUP Phase L3 OUT L5 03141 Diff. Prot Diff: General TRIP OUT L6 03541 Remote Signals >Remote Trip 1 signal input SP L6 03545 Remote Signals Remote Trip 1 received OUT L7 03823 Dis. General DisTRIP 3phase in Z1 with single-ph Flt. OUT L7 03824 Dis. General DisTRIP 3phase in Z1 with multi-ph Flt. OUT L8 03817 Dis. General Distance TRIP 3phase in Z2 OUT L9 03818 Dis. General Distance TRIP 3phase in Z3 OUT L10 P.System Data 2 SOTF TRIP WITH ZONE-1B SP L11 04164 Power Swing Power Swing detected OUT L11 07211 Back-Up O/C Backup O/C General TRIP command OUT L12 00169 Measurem.Superv VT Fuse Failure (alarm >10s) OUT U12 00170 Measurem.Superv VT Fuse Failure (alarm instantaneous) OUT U13 03148 Diff. Prot Diff: Differential protection is blocked OUT L14 03230 Prot. Interface Prot Int 1: Total receiption failure OUT L14 03232 Prot. Interface Prot Int 2: Total receiption failure OUT L


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3 General Device Settings3.1 Group Device

No. Settings Value Group

0610 Fault Display on LED / LCD Display Targets on every Pickup All0615 Spontaneous display of flt.annunciations YES All0625A Minimum hold time of lachted LEDs 0 min All0640 Start image Default Display image 1 All


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4 Power System Data 14.1 Group Power System Data 1; Group TransformersNo. Settings Value Group

0201 CT Starpoint towards Line All0203 Rated Primary Voltage 66.0 kV All0204 Rated Secondary Voltage (Ph-Ph) 110 V All0205 CT Rated Primary Current 800 A All0206 CT Rated Secondary Current 1A All0210 U4 voltage transformer is not connected All0211 Matching ratio Phase-VT To Open-Delta-VT 1.73 All0220 I4 current transformer is Neutral Current (of the protected line) All0221 Matching ratio I4/Iph for CT's 1.000 All

4.2 Group Power System Data 1; Group Power SystemNo. Settings Value Group

0207 System Starpoint is Solid Earthed All0208A 1-1/2 Circuit breaker arrangement NO All0230 Rated Frequency 50 Hz All0236 Distance measurement unit km All0237 Setting format for zero seq.comp. format Zero seq. comp. factors RE/RL and XE/XL All

4.3 Group Power System Data 1; Group BreakerNo. Settings Value Group

0240A Minimum TRIP Command Duration 0.10 sec All0241A Maximum Close Command Duration 1.00 sec All0242 Dead Time for CB test-autoreclosure 0.10 sec All

4.4 Group Power System Data 1; Group CT DataNo. Settings Value Group

0251 k_alf/k_alf nominal 1.50 All0253 CT Error in % at k_alf/k_alf nominal 3.0 % All0254 CT Error in % at k_alf nominal 10.0 % All


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5 Oscillographic Fault Records5.1 Group Oscillographic Fault Records


0402A Waveform Capture Save with TRIP All0403A Scope of Waveform Data Fault event All0410 Max. length of a Waveform Capture Record 2.00 sec All0411 Captured Waveform Prior to Trigger 0.30 sec All0412 Captured Waveform after Event 0.50 sec All0415 Capture Time via Binary Input 0.50 sec All


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6 Settings groups6.1 Group Power System Data 2; Group Local Line EndNo. Settings Value Group

1103 Measurement: Full Scale Voltage (100%) 66.0 kV A1104 Measurement: Full Scale Current (100%) 800 A A1105 Line Angle 81 ° A1511 Angle of inclination, distance charact. 81 ° A1107 P,Q operational measured values sign not reversed A1111 x' - Line Reactance per length unit 0.1440 Ohm / km A1112 c' - capacit. per unit line len. µF/km 0.263 µF/km A1113 Line Length 8.2 km A1116 Zero seq. comp. factor RE/RL for Z1 0.01 A1117 Zero seq. comp. factor XE/XL for Z1 -0.17 A1118 Zero seq. comp.factor RE/RL for Z1B...Z5 0.40 A1119 Zero seq. comp.factor XE/XL for Z1B...Z5 -0.19 A1124 center phase of feeder Phase 2 A

6.2 Group Power System Data 2; Group Line StatusNo. Settings Value Group

1130A Pole Open Current Threshold 0.10 A A1131A Pole Open Voltage Threshold 13 V A1132A Seal-in Time after ALL closures 0.10 sec A1133A minimal time for line open before SOTF 30.00 sec A1134 Recognition of Line Closures with Manual Close BI only A1135 RESET of Trip Command with Pole Open Current Threshold only A1136 open pole detector with measurement (U/I,trip,pickup,CBaux) A1140A CT Saturation Threshold 50.0 A A1150A Seal-in Time after MANUAL closures 0.30 sec A1151 Manual CLOSE COMMAND generation NO A1152 MANUAL Closure Impulse after CONTROL <none> All

6.3 Group Differential Protection; Group GeneralNo. Settings Value Group

1201 State of differential protection ON A


Page 9 of 17

85

85

8.5

0.2670

0.195

1.58

1.58

-0.22

-0.22

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6.4 Group Differential Protection; Group Diff ProtectionNo. Settings Value Group

1210 I-DIFF>: Pickup value 0.20 A A1213 I-DIFF>: Value under switch on condition 0.30 A A1217A I-DIFF>: Trip time delay 0.00 sec A1219A Min. local current to release DIFF-Trip 0.00 A A1233 I-DIFF>>: Pickup value 1.7 A A1235 I-DIFF>>: Value under switch on cond. 2.6 A A

6.5 Group Differential Protection; Group InrushNo. Settings Value Group

2301 Inrush Restraint OFF A2302 2nd. harmonic in % of fundamental 10 % A2303 Cross Block NO A2305 Maximum inrush-peak value 10.0 A A2310 Time for Crossblock with 2nd harmonic 0.10 sec A

6.6 Group IntertripNo. Settings Value Group

1301 State of transmit. the intertrip command NO A1302 Reaction if intertrip command is receiv. Trip A1303 Delay for intertrip via binary input 0.02 sec A1304 Prolongation for intertrip via bin.input 0.00 sec A

6.7 Group Distance protection, general settings; Group GeneralNo. Settings Value Group

1501 Distance protection ON A1502 Phase Current threshold for dist. meas. 0.10 A A1511 Angle of inclination, distance charact. 81 ° A1508 Series compensated line NO A1532 Instantaneous trip after SwitchOnToFault with Zone Z1B A1533 Zone Z1 blocked by diff. active YES A1541 R load, minimum Load Impedance (ph-e) 47.040 Ohm A1542 PHI load, maximum Load Angle (ph-e) 42 ° A1543 R load, minimum Load Impedance (ph-ph) 41.820 Ohm A1544 PHI load, maximum Load Angle (ph-ph) 42 ° A1657 Z1B enabled before 1st AR (int. or ext.) NO A


Page 10 of 17

85

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6.8 Group Distance protection, general settings; Group Earth faultsNo. Settings Value Group

1503 3I0 threshold for neutral current pickup 0.10 A A1504 3U0 threshold zero seq. voltage pickup 5 V A1507A 3I0>-pickup-stabilisation (3I0> /Iphmax) 0.10 A1509A criterion of earth fault recognition 3I0> AND 3U0> A1521A Loop selection with 2Ph-E faults block leading ph-e loop A

6.9 Group Distance protection, general settings; Group Time DelaysNo. Settings Value Group

1510 Condition for zone timer start with distance pickup A1605 T1-1phase, delay for single phase faults 0.00 sec A1606 T1multi-ph, delay for multi phase faults 0.00 sec A1615 T2-1phase, delay for single phase faults 0.40 sec A1616 T2multi-ph, delay for multi phase faults 0.40 sec A1625 T3 delay 5.00 sec A1635 T4 delay oo sec A1645 T5 delay oo sec A1655 T1B-1phase, delay for single ph. faults 0.00 sec A1656 T1B-multi-ph, delay for multi ph. faults 0.00 sec A

6.10 Group Distance zones (quadrilateral); Group Zone Z1No. Settings Value Group

1601 Operating mode Z1 Forward A1602 R(Z1), Resistance for ph-ph-faults 1.247 Ohm A1603 X(Z1), Reactance 0.832 Ohm A1604 RE(Z1), Resistance for ph-e faults 3.714 Ohm A1605 T1-1phase, delay for single phase faults 0.00 sec A1606 T1multi-ph, delay for multi phase faults 0.00 sec A1607 Zone Reduction Angle (load compensation) 0 ° A


Page 11 of 17

2.371.58

2.75

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6.11 Group Distance zones (quadrilateral); Group Zone Z1B-exten.No. Settings Value Group

1651 Operating mode Z1B (overrreach zone) Forward A1652 R(Z1B), Resistance for ph-ph-faults 2.673 Ohm A1653 X(Z1B), Reactance 1.782 Ohm A1654 RE(Z1B), Resistance for ph-e faults 5.710 Ohm A1655 T1B-1phase, delay for single ph. faults 0.00 sec A1656 T1B-multi-ph, delay for multi ph. faults 0.00 sec A1657 Z1B enabled before 1st AR (int. or ext.) NO A


1611 Operating mode Z2 Forward A1612 R(Z2), Resistance for ph-ph-faults 2.673 Ohm A1613 X(Z2), Reactance 1.782 Ohm A1614 RE(Z2), Resistance for ph-e faults 5.710 Ohm A1615 T2-1phase, delay for single phase faults 0.40 sec A1616 T2multi-ph, delay for multi phase faults 0.40 sec A


1621 Operating mode Z3 Forward A1622 R(Z3), Resistance for ph-ph-faults 4.337 Ohm A1623 X(Z3), Reactance 2.890 Ohm A1624 RE(Z3), Resistance for ph-e faults 9.265 Ohm A1625 T3 delay 5.00 sec A


1631 Operating mode Z4 Inactive A1632 R(Z4), Resistance for ph-ph-faults 12.000 Ohm A1633 X(Z4), Reactance 12.000 Ohm A1634 RE(Z4), Resistance for ph-e faults 12.000 Ohm A1635 T4 delay oo sec A


Page 12 of 17

4.41

2.93

5.12

4.41

2.93

5.12

6.78

4.51

7.87

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1641 Operating mode Z5 Inactive A1642 R(Z5), Resistance for ph-ph-faults 12.000 Ohm A1643 X(Z5)+, Reactance for Forward direction 12.000 Ohm A1644 RE(Z5), Resistance for ph-e faults 12.000 Ohm A1645 T5 delay oo sec A1646 X(Z5)-, Reactance for Reverse direction 4.000 Ohm A

6.16 Group Power SwingNo. Settings Value Group

2002 Power Swing Operating mode all zones blocked A2006 Power swing trip NO A2007 Trip delay after Power Swing Blocking 0.50 sec A

6.17 Group Backup overcurrent; Group GeneralNo. Settings Value Group

2601 Operating mode ON A2602 Trip time delay after SOTF 0.00 sec A

6.18 Group Backup overcurrent; Group I>>No. Settings Value Group

2610 Iph>> Pickup oo A A2611 T Iph>> Time delay oo sec A2612 3I0>> Pickup oo A A2613 T 3I0>> Time delay oo sec A2614 Instantaneous trip via Teleprot./BI NO A2615 Instantaneous trip after SwitchOnToFault NO A

6.19 Group Backup overcurrent; Group I>No. Settings Value Group

2620 Iph> Pickup oo A A2621 T Iph> Time delay oo sec A2622 3I0> Pickup oo A A2623 T 3I0> Time delay oo sec A2624 Instantaneous trip via Teleprot./BI NO A2625 Instantaneous trip after SwitchOnToFault NO A


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6.20 Group Backup overcurrent; Group InverseNo. Settings Value Group

2640 Ip> Pickup 0.96 A A2642 T Ip Time Dial 1.00 sec A2646 T Ip Additional Time Delay 0.00 sec A2650 3I0p Pickup oo A A2652 T 3I0p Time Dial oo sec A2656 T 3I0p Additional Time Delay 0.00 sec A2660 IEC Curve Normal Inverse A2670 Instantaneous trip via Teleprot./BI NO A2671 Instantaneous trip after SwitchOnToFault NO A

6.21 Group Backup overcurrent; Group I - STUBNo. Settings Value Group

2630 Iph> STUB Pickup oo A A2631 T Iph STUB Time delay oo sec A2632 3I0> STUB Pickup oo A A2633 T 3I0 STUB Time delay oo sec A2634 Instantaneous trip via Teleprot./BI NO A2635 Instantaneous trip after SwitchOnToFault NO A

6.22 Group Demand Measurement Setup; Group MeasurementNo. Settings Value Group

2801 Demand Calculation Intervals 60 Min per., 1 Sub. A2802 Demand Synchronization Time On the Hour A

6.23 Group Min/Max Measurement Setup; Group MeasurementNo. Settings Value Group

2811 Automatic Cyclic Reset Function YES A2812 MinMax Reset Timer 0 min A2813 MinMax Reset Cycle Period 7 day(s) A2814 MinMax Start Reset Cycle in 1 Days A


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6.24 Group Measurement Supervision; Group SymmetryNo. Settings Value Group

2901 Measurement Supervision ON A2902A Voltage Threshold for Balance Monitoring 50 V A2903A Balance Factor for Voltage Monitor 0.75 A2904A Current Balance Monitor 0.50 A A2905A Balance Factor for Current Monitor 0.50 A2908A T Balance Factor for Voltage Monitor 5 sec A2909A T Current Balance Monitor 5 sec A

6.25 Group Measurement Supervision; Group Fuse Fail. Mon.No. Settings Value Group

2910 Fuse Failure Monitor ON A2911A Minimum Voltage Threshold U> 30 V A2912A Maximum Current Threshold I< 0.10 A A2913A Maximum Voltage Threshold U< (3phase) 5 V A2914A Delta Current Threshold (3phase) 0.10 A A2915 Voltage Failure Supervision with current supervision A2916A Delay Voltage Failure Supervision 3.00 sec A

6.26 Group Measurement Supervision; Group I/U-MonitoringNo. Settings Value Group

2931 Fast broken current-wire supervision OFF A2933 State of fast current summation supervis ON A2906A Summated Current Monitoring Threshold 0.25 A A2907A Summated Current Monitoring Factor 0.50 A

6.27 Group Measurement Supervision; Group VT mcbNo. Settings Value Group

2921 VT mcb operating time 0 ms A

6.28 Group Measurement Supervision; Group Load AngleNo. Settings Value Group

2941 Limit setting PhiA 200 ° A2942 Limit setting PhiB 340 ° A2943 Minimum value I1> 0.05 A A2944 Minimum value U1> 20 V A


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6.29 Group Fault Locator; Group Fault LocatorNo. Settings Value Group

3802 Start fault locator with TRIP A3806 Load Compensation NO A3807 two ended fault location OFF A

6.30 Group Thermal OverloadNo. Settings Value Group

4201 Thermal overload protection Alarm Only A4202 K-Factor 1.00 A4203 Time Constant 25.0 min A4204 Thermal Alarm Stage 90 % A4205 Current Overload Alarm Setpoint 0.91 A A4206 Method of Acquiring Temperature Theta Max A

6.31 Group Protection Interface (Port D+E); Group GeneralNo. Settings Value Group

4509 Time delay for data disturbance alarm 0.10 sec A4510 Time del for transmission failure alarm 6.0 sec A4512 Remote signal RESET DELAY for comm.fail 0.00 sec A

6.32 Group Protection Interface (Port D+E); Group Interface 1No. Settings Value Group

4501 State of protection interface 1 ON A4502 Connection 1 over Direct connection with fibre optic cable A4505A Prot 1: Maximal permissible delay time 30.0 ms A4506A Prot 1: Diff. in send and receive time 0.100 ms A4513A Prot 1: Maximal permissible error rate 1.0 % A4515A Prot.1: Block. due to unsym. delay time YES A




Page 16 of 17

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6.34 Group Differential TopologyNo. Settings Value Group

4701 Identification number of relay 1 1 A4702 Identification number of relay 2 2 A4710 Local relay is relay 1 A


Page 17 of 17

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A

66kV UGC_7SD532_B50&B60

Page 220 of 252

DID / 66_11kV / 7SD532_B50&B60

MLFB: 7SD53215PB999HL6Parameter set version: V04.62.03Device path: \\10.178.2.32\SAS Qatar\SAS - LIVE PROJECTS\A12_Qatar Phase 8 - Kahramaa - Qatar\PH8-GTC144A-AREVA\2_TECHNICAL\05_CT CALC & RElAY SETTINGS\02_RELAY SETTINGS\01_MAIN SUBSTATION\7_DOHA INDUSTRIAL-D\Rev.0\Base files\DIGSI\Did\P7DI\GV\SD\00000002Author:Creation date: 12.05.10 15:12:18Last modified: 02.08.10 17:18:03Operating mode: OfflineComment:Setting values in: Secondary value description

P R I N T - C O N T E N T S1 Device Configuration 32 Configuration - short (column-oriented) 42.1 Binary inputs 42.2 Binary outputs 42.3 LEDs 43 General Device Settings 63.1 Group Device 64 Power System Data 1 74.1 Group Power System Data 1; Group Transformers 74.2 Group Power System Data 1; Group Power System 74.3 Group Power System Data 1; Group Breaker 74.4 Group Power System Data 1; Group CT Data 75 Oscillographic Fault Records 85.1 Group Oscillographic Fault Records 86 Settings groups 96.1 Group Power System Data 2; Group Local Line End 96.2 Group Power System Data 2; Group Line Status 96.3 Group Differential Protection; Group General 96.4 Group Differential Protection; Group Diff Protection 96.5 Group Differential Protection; Group Inrush 106.6 Group Intertrip 106.7 Group Distance protection, general settings; Group General 106.8 Group Distance protection, general settings; Group Earth faults 10


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6.9 Group Distance protection, general settings; Group Time Delays 116.10 Group Distance zones (quadrilateral); Group Zone Z1 116.11 Group Distance zones (quadrilateral); Group Zone Z1B-exten. 116.12 Group Distance zones (quadrilateral); Group Zone Z2 126.13 Group Distance zones (quadrilateral); Group Zone Z3 126.14 Group Distance zones (quadrilateral); Group Zone Z4 126.15 Group Distance zones (quadrilateral); Group Zone Z5 126.16 Group Power Swing 136.17 Group Backup overcurrent; Group General 136.18 Group Backup overcurrent; Group I>> 136.19 Group Backup overcurrent; Group I> 136.20 Group Backup overcurrent; Group Inverse 136.21 Group Backup overcurrent; Group I - STUB 146.22 Group Demand Measurement Setup; Group Measurement 146.23 Group Min/Max Measurement Setup; Group Measurement 146.24 Group Measurement Supervision; Group Symmetry 146.25 Group Measurement Supervision; Group Fuse Fail. Mon. 156.26 Group Measurement Supervision; Group I/U-Monitoring 156.27 Group Measurement Supervision; Group VT mcb 156.28 Group Measurement Supervision; Group Load Angle 156.29 Group Fault Locator; Group Fault Locator 156.30 Group Thermal Overload 166.31 Group Protection Interface (Port D+E); Group General 166.32 Group Protection Interface (Port D+E); Group Interface 1 166.33 Group Protection Interface (Port D+E); Group Interface 2 166.34 Group Differential Topology 16


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1 Device ConfigurationNo. Function Scope

0103 Setting Group Change Option Disabled0112 Differential protection Enabled0115 Phase Distance Quadrilateral0116 Earth Distance Quadrilateral0120 Power Swing detection Enabled0121 Teleprotection for Distance prot. Disabled0122 DTT Direct Transfer Trip Disabled0124 Instantaneous HighSpeed/SOTF Overcurrent Disabled0125 Weak Infeed (Trip and/or Echo) Disabled0126 Backup overcurrent Time Overcurrent Curve IEC0131 Earth fault overcurrent Disabled0132 Teleprotection for Earth fault overcurr. Disabled0138 Fault Locator Enabled0139 Breaker Failure Protection Disabled0140 Trip Circuit Supervision Disabled0142 Thermal Overload Protection Enabled0144 Voltage transformers connected0145 Protection Interface 1 (Port D) Enabled0146 Protection Interface 2 (Port E) Enabled0149 charging current compensation Disabled0160 Line sections for fault locator 1 Line Section


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2 Configuration - short (column-oriented)2.1 Binary inputsBinary inputs

No. Group Information Type Configuration

1 03541 Remote Signals >Remote Trip 1 signal input SP H2 00356 P.System Data 2 >Manual close signal SP H5 Remote Signals BXX64 VT Disconnector Open SP H6 Remote Signals BXX64 VT Disconnector Close SP H9 Remote Signals BXX1 Earth Switch Open SP H10 Remote Signals BXX1 Earth Switch Close SP H11 Remote Signals BXX3 Disconnector Open SP H12 Remote Signals BXX3 Disconnector Close SP H13 Remote Signals BXX0 Circuit Breaker Open SP H14 Remote Signals BXX0 Circuit Breaker Close SP H15 Remote Signals BXX4 Disconnector Open SP H16 Remote Signals BXX4 Disconnector Close SP H19 Remote Signals BXXM1 Earth Switch Open SP H20 Remote Signals BXXM1 Earth Switch Close SP H21 Remote Signals BXXM2 Earth Switch Open SP H22 Remote Signals BXXM2 Earth Switch Close SP H23 00361 P.System Data 2 >Failure: Feeder VT (MCB tripped) SP H24 00015 Device >Test mode SP L24 03525 Diff. Prot >Differential protection blocking signal SP L

2.2 Binary outputsBO No. Group Information Type Configuration

4 00511 P.System Data 2 Relay GENERAL TRIP command OUT U5 03545 Remote Signals Remote Trip 1 received OUT U6 00511 P.System Data 2 Relay GENERAL TRIP command OUT U7 00169 Measurem.Superv VT Fuse Failure (alarm >10s) OUT U7 00170 Measurem.Superv VT Fuse Failure (alarm instantaneous) OUT U13 03545 Remote Signals Remote Trip 1 received OUT U14 03541 Remote Signals >Remote Trip 1 signal input SP U


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2.3 LEDsLEDs No. Group Information Type Configuration

1 00511 P.System Data 2 Relay GENERAL TRIP command OUT L2 00503 P.System Data 2 Relay PICKUP Phase L1 OUT L3 00504 P.System Data 2 Relay PICKUP Phase L2 OUT L4 00505 P.System Data 2 Relay PICKUP Phase L3 OUT L5 03141 Diff. Prot Diff: General TRIP OUT L6 03541 Remote Signals >Remote Trip 1 signal input SP L6 03545 Remote Signals Remote Trip 1 received OUT L7 03823 Dis. General DisTRIP 3phase in Z1 with single-ph Flt. OUT L7 03824 Dis. General DisTRIP 3phase in Z1 with multi-ph Flt. OUT L8 03817 Dis. General Distance TRIP 3phase in Z2 OUT L9 03818 Dis. General Distance TRIP 3phase in Z3 OUT L10 P.System Data 2 SOTF TRIP WITH ZONE-1B SP L11 04164 Power Swing Power Swing detected OUT L11 07211 Back-Up O/C Backup O/C General TRIP command OUT L12 00169 Measurem.Superv VT Fuse Failure (alarm >10s) OUT U12 00170 Measurem.Superv VT Fuse Failure (alarm instantaneous) OUT U13 03148 Diff. Prot Diff: Differential protection is blocked OUT L14 03230 Prot. Interface Prot Int 1: Total receiption failure OUT L14 03232 Prot. Interface Prot Int 2: Total receiption failure OUT L


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3 General Device Settings3.1 Group Device


0610 Fault Display on LED / LCD Display Targets on every Pickup All0615 Spontaneous display of flt.annunciations YES All0625A Minimum hold time of lachted LEDs 0 min All0640 Start image Default Display image 1 All


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4 Power System Data 14.1 Group Power System Data 1; Group TransformersNo. Settings Value Group

0201 CT Starpoint towards Line All0203 Rated Primary Voltage 66.0 kV All0204 Rated Secondary Voltage (Ph-Ph) 110 V All0205 CT Rated Primary Current 800 A All0206 CT Rated Secondary Current 1A All0210 U4 voltage transformer is not connected All0211 Matching ratio Phase-VT To Open-Delta-VT 1.73 All0220 I4 current transformer is Neutral Current (of the protected line) All0221 Matching ratio I4/Iph for CT's 1.000 All

4.2 Group Power System Data 1; Group Power SystemNo. Settings Value Group

0207 System Starpoint is Solid Earthed All0208A 1-1/2 Circuit breaker arrangement NO All0230 Rated Frequency 50 Hz All0236 Distance measurement unit km All0237 Setting format for zero seq.comp. format Zero seq. comp. factors RE/RL and XE/XL All

4.3 Group Power System Data 1; Group BreakerNo. Settings Value Group

0240A Minimum TRIP Command Duration 0.10 sec All0241A Maximum Close Command Duration 1.00 sec All0242 Dead Time for CB test-autoreclosure 0.10 sec All

4.4 Group Power System Data 1; Group CT DataNo. Settings Value Group

0251 k_alf/k_alf nominal 1.50 All0253 CT Error in % at k_alf/k_alf nominal 3.0 % All0254 CT Error in % at k_alf nominal 10.0 % All


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1200 A

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5 Oscillographic Fault Records5.1 Group Oscillographic Fault Records


0402A Waveform Capture Save with TRIP All0403A Scope of Waveform Data Fault event All0410 Max. length of a Waveform Capture Record 2.00 sec All0411 Captured Waveform Prior to Trigger 0.30 sec All0412 Captured Waveform after Event 0.50 sec All0415 Capture Time via Binary Input 0.50 sec All


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6 Settings groups6.1 Group Power System Data 2; Group Local Line EndNo. Settings Value Group

1103 Measurement: Full Scale Voltage (100%) 66.0 kV A1104 Measurement: Full Scale Current (100%) 800 A A1105 Line Angle 81 ° A1511 Angle of inclination, distance charact. 81 ° A1107 P,Q operational measured values sign not reversed A1111 x' - Line Reactance per length unit 0.1440 Ohm / km A1112 c' - capacit. per unit line len. µF/km 0.263 µF/km A1113 Line Length 2.0 km A1116 Zero seq. comp. factor RE/RL for Z1 0.01 A1117 Zero seq. comp. factor XE/XL for Z1 -0.17 A1118 Zero seq. comp.factor RE/RL for Z1B...Z5 0.01 A1119 Zero seq. comp.factor XE/XL for Z1B...Z5 -0.17 A1124 center phase of feeder Phase 2 A

6.2 Group Power System Data 2; Group Line StatusNo. Settings Value Group

1130A Pole Open Current Threshold 0.10 A A1131A Pole Open Voltage Threshold 13 V A1132A Seal-in Time after ALL closures 0.10 sec A1133A minimal time for line open before SOTF 30.00 sec A1134 Recognition of Line Closures with Manual Close BI only A1135 RESET of Trip Command with Pole Open Current Threshold only A1136 open pole detector with measurement (U/I,trip,pickup,CBaux) A1140A CT Saturation Threshold 50.0 A A1150A Seal-in Time after MANUAL closures 0.30 sec A1151 Manual CLOSE COMMAND generation NO A1152 MANUAL Closure Impulse after CONTROL <none> All

6.3 Group Differential Protection; Group GeneralNo. Settings Value Group

1201 State of differential protection ON A


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1200 A

0.21600.176

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6.4 Group Differential Protection; Group Diff ProtectionNo. Settings Value Group

1210 I-DIFF>: Pickup value 0.20 A A1213 I-DIFF>: Value under switch on condition 0.30 A A1217A I-DIFF>: Trip time delay 0.00 sec A1219A Min. local current to release DIFF-Trip 0.00 A A1233 I-DIFF>>: Pickup value 1.7 A A1235 I-DIFF>>: Value under switch on cond. 2.6 A A

6.5 Group Differential Protection; Group InrushNo. Settings Value Group

2301 Inrush Restraint OFF A2302 2nd. harmonic in % of fundamental 10 % A2303 Cross Block NO A2305 Maximum inrush-peak value 10.0 A A2310 Time for Crossblock with 2nd harmonic 0.10 sec A

6.6 Group IntertripNo. Settings Value Group

1301 State of transmit. the intertrip command NO A1302 Reaction if intertrip command is receiv. Trip A1303 Delay for intertrip via binary input 0.02 sec A1304 Prolongation for intertrip via bin.input 0.00 sec A

6.7 Group Distance protection, general settings; Group GeneralNo. Settings Value Group

1501 Distance protection ON A1502 Phase Current threshold for dist. meas. 0.10 A A1511 Angle of inclination, distance charact. 81 ° A1508 Series compensated line NO A1532 Instantaneous trip after SwitchOnToFault with Zone Z1B A1533 Zone Z1 blocked by diff. active YES A1541 R load, minimum Load Impedance (ph-e) 47.040 Ohm A1542 PHI load, maximum Load Angle (ph-e) 42 ° A1543 R load, minimum Load Impedance (ph-ph) 41.820 Ohm A1544 PHI load, maximum Load Angle (ph-ph) 42 ° A1657 Z1B enabled before 1st AR (int. or ext.) NO A


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1.21.8

70.570

62.730

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6.8 Group Distance protection, general settings; Group Earth faultsNo. Settings Value Group

1503 3I0 threshold for neutral current pickup 0.10 A A1504 3U0 threshold zero seq. voltage pickup 5 V A1507A 3I0>-pickup-stabilisation (3I0> /Iphmax) 0.10 A1509A criterion of earth fault recognition 3I0> AND 3U0> A1521A Loop selection with 2Ph-E faults block leading ph-e loop A

6.9 Group Distance protection, general settings; Group Time DelaysNo. Settings Value Group

1510 Condition for zone timer start with distance pickup A1605 T1-1phase, delay for single phase faults 0.00 sec A1606 T1multi-ph, delay for multi phase faults 0.00 sec A1615 T2-1phase, delay for single phase faults 0.40 sec A1616 T2multi-ph, delay for multi phase faults 0.40 sec A1625 T3 delay 5.00 sec A1635 T4 delay oo sec A1645 T5 delay oo sec A1655 T1B-1phase, delay for single ph. faults 0.00 sec A1656 T1B-multi-ph, delay for multi ph. faults 0.00 sec A


1601 Operating mode Z1 Forward A1602 R(Z1), Resistance for ph-ph-faults 1.330 Ohm A1603 X(Z1), Reactance 0.200 Ohm A1604 RE(Z1), Resistance for ph-e faults 3.970 Ohm A1605 T1-1phase, delay for single phase faults 0.00 sec A1606 T1multi-ph, delay for multi phase faults 0.00 sec A1607 Zone Reduction Angle (load compensation) 0 ° A


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0.4500.3001.350

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6.11 Group Distance zones (quadrilateral); Group Zone Z1B-exten.No. Settings Value Group

1651 Operating mode Z1B (overrreach zone) Forward A1652 R(Z1B), Resistance for ph-ph-faults 1.330 Ohm A1653 X(Z1B), Reactance 0.370 Ohm A1654 RE(Z1B), Resistance for ph-e faults 3.970 Ohm A1655 T1B-1phase, delay for single ph. faults 0.00 sec A1656 T1B-multi-ph, delay for multi ph. faults 0.00 sec A1657 Z1B enabled before 1st AR (int. or ext.) NO A


1611 Operating mode Z2 Forward A1612 R(Z2), Resistance for ph-ph-faults 1.330 Ohm A1613 X(Z2), Reactance 0.370 Ohm A1614 RE(Z2), Resistance for ph-e faults 3.970 Ohm A1615 T2-1phase, delay for single phase faults 0.40 sec A1616 T2multi-ph, delay for multi phase faults 0.40 sec A


1621 Operating mode Z3 Forward A1622 R(Z3), Resistance for ph-ph-faults 1.330 Ohm A1623 X(Z3), Reactance 0.580 Ohm A1624 RE(Z3), Resistance for ph-e faults 3.970 Ohm A1625 T3 delay 5.00 sec A


1631 Operating mode Z4 Inactive A1632 R(Z4), Resistance for ph-ph-faults 12.000 Ohm A1633 X(Z4), Reactance 12.000 Ohm A1634 RE(Z4), Resistance for ph-e faults 12.000 Ohm A1635 T4 delay oo sec A


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0.8400.5602.510

0.8400.5602.510

1.3000.8603.860

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1641 Operating mode Z5 Inactive A1642 R(Z5), Resistance for ph-ph-faults 12.000 Ohm A1643 X(Z5)+, Reactance for Forward direction 12.000 Ohm A1644 RE(Z5), Resistance for ph-e faults 12.000 Ohm A1645 T5 delay oo sec A1646 X(Z5)-, Reactance for Reverse direction 4.000 Ohm A

6.16 Group Power SwingNo. Settings Value Group

2002 Power Swing Operating mode all zones blocked A2006 Power swing trip NO A2007 Trip delay after Power Swing Blocking 0.50 sec A

6.17 Group Backup overcurrent; Group GeneralNo. Settings Value Group

2601 Operating mode ON A2602 Trip time delay after SOTF 0.00 sec A

6.18 Group Backup overcurrent; Group I>>No. Settings Value Group

2610 Iph>> Pickup oo A A2611 T Iph>> Time delay oo sec A2612 3I0>> Pickup oo A A2613 T 3I0>> Time delay oo sec A2614 Instantaneous trip via Teleprot./BI NO A2615 Instantaneous trip after SwitchOnToFault NO A

6.19 Group Backup overcurrent; Group I>No. Settings Value Group

2620 Iph> Pickup oo A A2621 T Iph> Time delay oo sec A2622 3I0> Pickup oo A A2623 T 3I0> Time delay oo sec A2624 Instantaneous trip via Teleprot./BI NO A2625 Instantaneous trip after SwitchOnToFault NO A


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6.20 Group Backup overcurrent; Group InverseNo. Settings Value Group

2640 Ip> Pickup 0.96 A A2642 T Ip Time Dial 1.00 sec A2646 T Ip Additional Time Delay 0.00 sec A2650 3I0p Pickup oo A A2652 T 3I0p Time Dial oo sec A2656 T 3I0p Additional Time Delay 0.00 sec A2660 IEC Curve Normal Inverse A2670 Instantaneous trip via Teleprot./BI NO A2671 Instantaneous trip after SwitchOnToFault NO A

6.21 Group Backup overcurrent; Group I - STUBNo. Settings Value Group

2630 Iph> STUB Pickup oo A A2631 T Iph STUB Time delay oo sec A2632 3I0> STUB Pickup oo A A2633 T 3I0 STUB Time delay oo sec A2634 Instantaneous trip via Teleprot./BI NO A2635 Instantaneous trip after SwitchOnToFault NO A

6.22 Group Demand Measurement Setup; Group MeasurementNo. Settings Value Group

2801 Demand Calculation Intervals 60 Min per., 1 Sub. A2802 Demand Synchronization Time On the Hour A

6.23 Group Min/Max Measurement Setup; Group MeasurementNo. Settings Value Group

2811 Automatic Cyclic Reset Function YES A2812 MinMax Reset Timer 0 min A2813 MinMax Reset Cycle Period 7 day(s) A2814 MinMax Start Reset Cycle in 1 Days A


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0.64

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6.24 Group Measurement Supervision; Group SymmetryNo. Settings Value Group

2901 Measurement Supervision ON A2902A Voltage Threshold for Balance Monitoring 50 V A2903A Balance Factor for Voltage Monitor 0.75 A2904A Current Balance Monitor 0.50 A A2905A Balance Factor for Current Monitor 0.50 A2908A T Balance Factor for Voltage Monitor 5 sec A2909A T Current Balance Monitor 5 sec A

6.25 Group Measurement Supervision; Group Fuse Fail. Mon.No. Settings Value Group

2910 Fuse Failure Monitor ON A2911A Minimum Voltage Threshold U> 30 V A2912A Maximum Current Threshold I< 0.10 A A2913A Maximum Voltage Threshold U< (3phase) 5 V A2914A Delta Current Threshold (3phase) 0.10 A A2915 Voltage Failure Supervision with current supervision A2916A Delay Voltage Failure Supervision 3.00 sec A

6.26 Group Measurement Supervision; Group I/U-MonitoringNo. Settings Value Group

2931 Fast broken current-wire supervision OFF A2933 State of fast current summation supervis ON A2906A Summated Current Monitoring Threshold 0.25 A A2907A Summated Current Monitoring Factor 0.50 A

6.27 Group Measurement Supervision; Group VT mcbNo. Settings Value Group

2921 VT mcb operating time 0 ms A

6.28 Group Measurement Supervision; Group Load AngleNo. Settings Value Group

2941 Limit setting PhiA 200 ° A2942 Limit setting PhiB 340 ° A2943 Minimum value I1> 0.05 A A2944 Minimum value U1> 20 V A


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6.29 Group Fault Locator; Group Fault LocatorNo. Settings Value Group

3802 Start fault locator with TRIP A3806 Load Compensation NO A3807 two ended fault location OFF A

6.30 Group Thermal OverloadNo. Settings Value Group

4201 Thermal overload protection Alarm Only A4202 K-Factor 1.00 A4203 Time Constant 25.0 min A4204 Thermal Alarm Stage 90 % A4205 Current Overload Alarm Setpoint 0.91 A A4206 Method of Acquiring Temperature Theta Max A

6.31 Group Protection Interface (Port D+E); Group GeneralNo. Settings Value Group

4509 Time delay for data disturbance alarm 0.10 sec A4510 Time del for transmission failure alarm 6.0 sec A4512 Remote signal RESET DELAY for comm.fail 0.00 sec A






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0.70

0.61

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6.34 Group Differential TopologyNo. Settings Value Group

4701 Identification number of relay 1 1 A4702 Identification number of relay 2 2 A4710 Local relay is relay 1 A


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0%

010

0B

lock

ing

20,0

%0,

520

Ala

rm10

s1

99T

appi

ng d

irect

ion,

turn

edS

tand

ard

--

-

MR

Rei

nh

ause

n G

erm

any

Page

:1/

6/20

10 1

2:56

:20

PM

3/

7P

age

3 of

14

03.0

3.20

10

Page 241 of 252

Con

figur

atio

nA

nalo

gue

inpu

ts

Inpu

t 1 L

ower

lim

it0,

0%

010

0In

put 1

Upp

er li

mit

100,

0%

010

0In

put 1

Low

er v

alue

0,0

--9

99,9

999,

9In

put 1

Upp

er v

alue

0,0

--9

99,9

999,

9In

put 2

Low

er li

mit

0,0

%0

100

Inpu

t 2 U

pper

lim

it0,

0%

010

0In

put 2

Low

er v

alue

0,0

--9

99,9

999,

9In

put 2

Upp

er v

alue

0,0

--9

99,9

999,

9In

put 3

Low

er li

mit

0,0

%0

100

Inpu

t 3 U

pper

lim

it0,

0%

010

0In

put 3

Low

er v

alue

0,0

--9

99,9

999,

9In

put 3

Upp

er v

alue

0,0

--9

99,9

999,

9

Con

figur

atio

nLE

D s

elec

tion

LED

1O

verc

urr.

--

-LE

D2

Off

--

-LE

D3

Ove

rvol

t.-

--

LED

4 re

dM

aste

r-

--

LED

4 gr

een

Fol

low

er-

--

Con

figur

atio

nT

rans

duce

r 1/

2

Out

put 1

mea

s. v

alue

Off

--

-O

utpu

t 1 b

otto

m+

4mA

--

-O

utpu

t 1 to

p20

mA

--

-O

utpu

t 1 lo

wer

val

ue0

--9

999

9999

Out

put 1

upp

er v

alue

0-

-999

999

99O

utpu

t 2 m

eas.

val

ueO

ff-

--

Out

put 2

bot

tom

+4m

A-

--

Out

put 2

top

20m

A-

--

Out

put 2

low

er v

alue

0-

-999

999

99O

utpu

t 2 u

pper

val

ue0

--9

999

9999

MR

Rei

nh

ause

n G

erm

any

Page

:1/

6/20

10 1

2:56

:20

PM

4/

7P

age

4 of

14

03.0

3.20

10

Page 242 of 252

Con

figur

atio

nT

rans

duce

r 3/

4

Out

put 3

mea

s. v

alue

Off

--

-O

utpu

t 3 b

otto

m+

4mA

--

-O

utpu

t 3 to

p20

mA

--

-O

utpu

t 3 lo

wer

val

ue0

--9

999

9999

Out

put 3

upp

er v

alue

0-

-999

999

99O

utpu

t 4 m

eas.

val

ueO

ff-

--

Out

put 4

bot

tom

+4m

A-

--

Out

put 4

top

20m

A-

--

Out

put 4

low

er v

alue

0-

-999

999

99O

utpu

t 4 u

pper

val

ue0

--9

999

9999

Con

figur

atio

nM

emor

y

U<

thre

shol

d60

%60

100

U<

mem

ory

35,0

V34

160

U>

thre

shol

d11

0%

100

140

U>

mem

ory

110,

0V

3416

0M

ean

valu

e in

terv

al10

s-

--

Eve

nt m

emor

y10

24k

--

-

MR

Rei

nh

ause

n G

erm

any

Page

:1/

6/20

10 1

2:56

:20

PM

5/

7P

age

5 of

14

03.0

3.20

10

Page 243 of 252

Con

figur

atio

nT

opol

ogy

Tra

nsfo

rmer

ID 1

1-

099

9T

rans

form

er ID

22

-0

999

Tra

nsfo

rmer

ID 3

0-

099

9T

rans

form

er ID

40

-0

999

Tra

nsfo

rmer

ID 5

0-

099

9T

rans

form

er ID

60

-0

999

switc

h1 n

ode

a1

-0

80sw

itch1

nod

e b

17-

080

switc

h2 n

ode

a2

-0

80sw

itch2

nod

e b

18-

080

switc

h3 n

ode

a17

-0

80sw

itch3

nod

e b

18-

080

switc

h4 n

ode

a0

-0

80sw

itch4

nod

e b

0-

080

switc

h5 n

ode

a0

-0

80sw

itch5

nod

e b

0-

080

switc

h6 n

ode

a0

-0

80sw

itch6

nod

e b

0-

080

switc

h7 n

ode

a0

-0

80sw

itch7

nod

e b

0-

080

switc

h8 n

ode

a0

-0

80sw

itch8

nod

e b

0-

080

switc

h9 n

ode

a0

-0

80sw

itch9

nod

e b

0-

080

switc

h10

node

a0

-0

80sw

itch1

0 no

de b

0-

080

switc

h11

node

a0

-0

80sw

itch1

1 no

de b

0-

080

switc

h12

node

a0

-0

80sw

itch1

2 no

de b

0-

080

switc

h13

node

a0

-0

80sw

itch1

3 no

de b

0-

080

switc

h14

node

a0

-0

80sw

itch1

4 no

de b

0-

080

switc

h15

node

a0

-0

80M

R R

ein

hau

sen

Ger

man

yPa

ge:

1/6/

2010

12:

56:2

0 P

M6

/7

Pag

e 6

of 1

403

.03.

2010

Page 244 of 252

Con

figur

atio

nT

opol

ogy

switc

h15

node

b0

-0

80sw

itch1

6 no

de a

0-

080

switc

h16

node

b0

-0

80sw

itch1

7 no

de a

0-

080

switc

h17

node

b0

-0

80sw

itch1

8 no

de a

0-

080

switc

h18

node

b0

-0

80sw

itch1

9 no

de a

0-

080

switc

h19

node

b0

-0

80sw

itch2

0 no

de a

0-

080

switc

h20

node

b0

-0

80sw

itch2

1 no

de a

0-

080

switc

h21

node

b0

-0

80sw

itch2

2 no

de a

0-

080

switc

h22

node

b0

-0

80sw

itch2

3 no

de a

0-

080

switc

h23

node

b0

-0

80sw

itch2

4 no

de a

0-

080

switc

h24

node

b0

-0

80T

opol

ogy

prim

/sec

.se

cond

ary

--

-

MR

Rei

nh

ause

n G

erm

any

Page

:1/

6/20

10 1

2:56

:20

PM

7/

7P

age

7 of

14

03.0

3.20

10

Page 245 of 252

A

B30 RED670_87C+T SET

Page 246 of 252


8/2/2010

Min MaxUnit

KHARAMAA_latest/Region/DID/66KV/B30_TYP/DID_B30_RED_670C_T

DID_B30_RED_670C_T

Settings

Activate setting group

ActiveSetGrp SettingGroup1

[+] Time

General settings

Power system

Identifiers

StationName DID 18 charact

StationNumber 0 0 99999

ObjectName B30 18 charact

ObjectNumber 0 0 99999

UnitName RED670_C+T 18 charact

UnitNumber 0 0 99999

Primary values

Frequency 50.0 50.0 60.0Hz

[+] Communication

Analog modules

AnalogInputs6Iand6U 1

NAMECH1 I PH.R 13 charact



CTsec1 1 1 10A

CTprim1 400 1 99999A

NAMECH2 I PH.Y 13 charact



CTsec2 1 1 10A

CTprim2 400 1 99999A

NAMECH3 I PH.B 13 charact



CTsec3 1 1 10A

CTprim3 400 1 99999A


1

Page 247 of 252


8/2/2010

Min MaxUnit




CTsec4 1 1 10A

CTprim4 400 1 99999A




CTsec5 1 1 10A

CTprim5 99999 1 99999A




CTsec6 1 1 10A

CTprim6 99999 1 99999A

NAMECH7 U PH.R 13 charact

RatedTrans7 110.0 0.1 300.0V

VTsec7 110.000 0.001 999.999V

VTprim7 1.00 0.05 2000.00kV

NAMECH8 U PH.Y 13 charact

RatedTrans8 110.0 0.1 300.0V

VTsec8 110.000 0.001 999.999V

VTprim8 1.00 0.05 2000.00kV

NAMECH9 U PH.B 13 charact

RatedTrans9 110.0 0.1 300.0V

VTsec9 110.000 0.001 999.999V

VTprim9 1.00 0.05 2000.00kV


RatedTrans10 110.0 0.1 300.0V

VTsec10 110.000 0.001 999.999V

VTprim10 1.00 0.05 2000.00kV


RatedTrans11 110.0 0.1 300.0V

VTsec11 110.000 0.001 999.999V

VTprim11 1.00 0.05 2000.00kV


2

Page 248 of 252


8/2/2010

Min MaxUnit


RatedTrans12 110.0 0.1 300.0V

VTsec12 110.000 0.001 999.999V

VTprim12 1.00 0.05 2000.00kV

[+] LDCM312

[+] Reference channel service values

[+] 3PhaseAnalogGroup

[+] I/O modules

[+] HMI



LT3D

NoOfTerminals 2

Chan2IsLocal No

IBase 400.0 50.0 9999.9A

ZerSeqCurSubtr On

TraAOnInpCh 2



ClockNumTransA 1 [30 deg lag]

ZerSeqPassTraA No

TraBOnInpCh No Transf B



ClockNumTransB 0 [0 deg]

ZerSeqPassTraB No

LineDiffLogic

LDL

Operation On

Current protection

PhaseOverCurrent4Step(PTOC,51/67)

TOC1

MeasType DFT


[+] Control

Monitoring

3

Page 249 of 252


8/2/2010

Min MaxUnit


DisturbanceReport

DisturbanceReport(RDRE)

Operation On

PreFaultRecT 0.30 0.05 1.00s

PostFaultRecT 0.5 0.1 10.0s

TimeLimit 2.0 0.5 10.0s

PostRetrig Off

ZeroAngleRef 1 1 30Ch

OpModeTest Off

[+] BinarySignals(RBDR)

[+] AnalogSignals(RADR)

[+] FaultLocator(RFLO)

[+] IEC60870-5-103

Setting group N1



LT3D

Operation On

IdMin 0.30 0.20 2.00IB





IdMinHigh 2.00 0.20 10.00IB

tIdMinHigh 5.000 0.000 60.000s

IdUnre

NegSeqDiffEn On

NegSeqROA 60.0 30.0 120.0Deg

IMinNegSeq 0.04 0.01 0.20IB

CrossBlockEn Yes

I2/I1Ratio 10.0 5.0 100.0%

I5/I1Ratio 25.0 5.0 100.0%

ChargCurEnable Off

AddDelay Off

IMaxAddDelay 1.00 0.20 5.00IB

4

7.36 IB 1.00 50.007.40

1.1

2.6

Page 250 of 252


8/2/2010

Min MaxUnit


tDefTime 0.000 0.000 6.000s

tMinInv 0.010 0.001 6.000s

CurveType IEC Def. Time

k 1.00 0.05 1.10

p 0.02 0.01 1000.00

a 0.14 0.01 1000.00

b 1.00 0.01 1000.00

c 1.00 0.01 1000.00

IdiffAlarm 0.15 0.05 1.00IB

tAlarmdelay 10.000 0.000 60.000s

OpenCTEnable Off

tOCTAlarmDelay 1.000 0.100 10.000s

tOCTResetDelay 0.250 0.100 10.000s

[+] Impedance Protection

Current protection

[+] BrokenCondCheck(PTOC,46)

[+] InstPhaseOverCurrent(PIOC,50)

[+] PhaseOverCurrent4Step(PTOC,51/67)

[+] ResidualOverCurr4Step(PTOC,51N/67N)

ThermalOverload1TimeConst(PTTR,26)

THL1

Operation On

IBase 400 0 99999A

TRef 90 0 600Deg

IRef 96 0 400%IB

IMult 1 1 5

Tau 1 0 1000Min

AlarmTemp 85 0 200Deg

TripTemp 95 0 600Deg

ReclTemp 75 0 600Deg

tPulse 0.10 0.05 0.30s

AmbiSens Off

DefaultAmbTemp 20 -50 250Deg

DefaultTemp 50 -50 600Deg


5

Page 251 of 252


8/2/2010

Min MaxUnit


[+] Scheme communication

[+] Secondary system supervision

[+] Monitoring

Logic

TripLogic(PTRC,94)

TRP1

Operation On

Program 1ph/3ph

TripLockout Off

AutoLock Off

tTripMin 0.150 0.000 60.000s

[+] TripMatrix(GGIO)

[+] LogicGate

6

Page 252 of 252

Documents

4. Annexure 4-Set Files & PSL