715M2:. .Test Object - Device Settings. . .Substation/Bay:

Substation: INDORE Substation address:Bay: Line to XXX Bay address:

. . .Device:

Name/description: P441 P442 P444 Manufacturer: AREVADevice type: Device address: 1Serial/model number: E33Additional info 1:Additional info 2:

. . .Nominal Values:

f nom: 50.00 Hz Number of phases: 3V nom (secondary): 110.0 V V primary: 765.0 kVI nom (secondary): 1.000 A I primary: 3.000 kA

. . .Residual Voltage/Current Factors:

VLN / VN: 1.732 IN / I nom: 1.000. . .Limits:

V max: 500.0 V I max: 50.00 A. . .Debounce/Deglitch Filters:

Debounce time: 3.000 ms Deglitch time: 0.000 s. . .Overload Detection:

Suppression time: 50.00 ms

Test Object - Custom Settings.MICOM P441 P442 P444 \ Relay Parameter Section \ SYSTEM DATADescription Name ValueLanguage Language EnglishDescription Description MiCOMPlant Reference Plant Reference AREVAFrequency Frequency 50 Hz

.MICOM P441 P442 P444 \ Relay Parameter Section \ CB CONTROLDescription Name ValueCB Control by CB Control by DisabledClose Pulse Time Close Pulse Time 0.50 sTrip Pulse Time Trip Pulse Time 0.50 sMan Close Delay Man Close Delay 10.00 sHealty Window Healty Window 5.00C/S Window C/S Window 5.00

.MICOM P441 P442 P444 \ Relay Parameter Section \ CONFIGURATIONDescription Name ValueSetting Group Setting Group Select via Menu

Active Settings Active Settings Group 1Setting Group 1 Setting Group 1 EnabledSetting Group 2 Setting Group 2 EnabledSetting Group 3 Setting Group 3 EnabledSetting Group 4 Setting Group 4 EnabledDist. Protection Dist. Protection EnabledPower Swing Power Swing EnabledBack Up I> Back Up I> DisabledNeg Sequence O/C Neg Sequence O/C DisabledBroken Conductor Broken Conductor DisabledEarth Fault PROT Earth Fault PROT DisabledAided D.E.F Aided D.E.F EnabledVolt Protection Volt Protection DisabledCB Fail & I< CB Fail & I< EnabledSupervision Supervision EnabledThermal Overload Thermal Overload DisabledInternal A/R Internal A/R DisabledInput Labels Input Labels VisibleOutput Labels Output Labels VisibleCT & VT Ratios CT & VT Ratios VisibleDisturb Recorder Disturb Recorder VisibleComms Setting Comms Setting VisibleCommission Test Commission Test InvisibleSetting Values Setting Values Secondary

.MICOM P441 P442 P444 \ Relay Parameter Section \ CT AND VT RATIOSDescription Name ValueMain VT Primary Main VT Primary 765000.0 VMain VT Secondary Main VT Secondary 110.0 VC/S VT Primary C/S VT Primary 765000.0 VC/S VT Secondary C/S VT Secondary 110.0 VPhase CT Primary Phase CT Primary 3000.000 APhase CT Secondary Phase CT Secondary 1.000 AMComp CT Primary MComp CT Primary 1.000 AMComp CT Secondary MComp CT Secondary 1.000 AC/S Input C/S Input A-NMain VT Location Main VT Location Line

.MICOM P441 P442 P444 \ Relay Parameter Section \ MEASURE'T SETUPDescription Name ValueDefault Display Default Display DescriptionLocal Value Local Value SecondaryRemote Value Remote Value PrimaryMeasurement Ref Measurement Ref VAMeasurement Mode Measurement Mode 0Demand Interval Demand Interval 30.00 minDistance Unit Distance Unit KilometresFault Location Fault Location Distance

.MICOM P441 P442 P444 \ Relay Parameter Section \ SETTING GROUP \ DISTANCEELEMENTDescription Name ValueLine Length Line Length 293.0 kmLine Impedance Line Impedance 36.18 OhmLine Angle Line Angle 87.7 Zone Status Zone Status 11010Z1X Enabled Z1X Enabled DisabledZ2 Enabled Z2 Enabled EnabledZp Enabled Zp Enabled DisabledZ3 Enabled Z3 Enabled EnabledZ4 Enabled Z4 Enabled EnabledkZ1 Res Comp kZ1 Res Comp 0.802kZ1 Angle kZ1 Angle -17.1

Z1 Z1 28.94 OhmR1G R1G 21.57 OhmR1Ph R1Ph 12.94 OhmtZ1 tZ1 0.000 skZ2 Res Comp kZ2 Res Comp 0.802kZ2 Angle kZ2 Angle -17.1 Z2 Z2 43.41 OhmR2G R2G 30.45 OhmR2Ph R2Ph 25.88 OhmtZ2 tZ2 0.350 skZ3/4 Res Comp kZ3/4 Res Comp 0.802kZ3/4 Angle kZ3/4 Angle -17.1 Z3 Z3 83.17 OhmR3G-R4G R3G-R4G 30.45 OhmR3Ph-R4Ph R3Ph-R4Ph 30.45 OhmtZ3 tZ3 1.500 sZ4 Z4 3.62 OhmtZ4 tZ4 0.500 sSerial Cmp. Line Serial Cmp. Line DisabledOverlap Z Mode Overlap Z Mode EnabledZ1m Tilt Angle Z1m Tilt Angle -5.00 Z1p Tilt Angle Z1p Tilt Angle -5.00 Z2/Zp Tilt Angle Z2/Zp Tilt Angle 0.00 Fwd Zone Chg Del Fwd Zone Chg Del 0.03 skZm Mutual Comp kZm Mutual Comp 0.300 skZm Angle kZm Angle 0.0

.MICOM P441 P442 P444 \ Relay Parameter Section \ SETTING GROUP \ DISTANCESCHEMEDescription Name ValueProgram Mode Program Mode Standard SchemeStandard Mode Standard Mode P.U.P Z2Fault Type Fault Type Both EnabledTrip Mode Trip Mode 1P. Z1 & CRtReversal Guard tReversal Guard 0.050 sUnblocking Logic Unblocking Logic NoneSOTF/TOR Mode SOTF/TOR Mode 01000000110011TOR Z1 Enabled TOR Z1 Enabled EnabledTOR Z2 Enabled TOR Z2 Enabled EnabledTOR Z3 Enabled TOR Z3 Enabled DisabledTOR All Zone TOR All Zone DisabledTOR Dist Scheme TOR Dist Scheme EnabledSOTF All Zone SOTF All Zone EnabledSOTF Level Detector SOTF Level Detector DisabledSOTF Z1 Enabled SOTF Z1 Enabled DisabledSOTF Z2 Enabled SOTF Z2 Enabled DisabledSOTF Z3 Enabled SOTF Z3 Enabled DisabledSOTF Z1+Reverse Enabled SOTF Z1+Reverse Enabled DisabledSOTF Z2+Reverse Enabled SOTF Z2+Reverse Enabled DisabledSOTF Distance Scheme SOTF Distance Scheme EnabledSOTF Disable SOTF Disable DisabledSOTF Delay SOTF Delay 110.000 sZ1Ext Fail Z1Ext Fail DisabledWI: Mode Status WI: Mode Status DisabledLoL: Mode Status LoL:Mode Status Disabled

.MICOM P441 P442 P444 \ Relay Parameter Section \ SETTING GROUP \ POWER SWINGDescription Name ValueDelta R Delta R 5.00 OhmDelta X Delta X 5.00 OhmIN> Status IN> Status DisabledIN> (%Imax) IN> (%Imax) 40.00 %I2> Status I2> Status DisabledI2> (%Imax) I2> (%Imax) 30.00 %ImaxLine> Status ImaxLine> Status Disabled

ImaxLine> ImaxLine> 2.500 ADelta I Status Enabled

Unblocking delay Unblocking delay 2.00 sBlocking Zone Blocking Zone 10110Z1&Z1x Blocking Z1&Z1x Blocking DisabledZ2 Blocking Z2 Blocking EnabledZ3 Blocking Z3 Blocking EnabledZp Blocking Zp Blocking DisabledZ4 Blocking Z4 Blocking EnabledOut of Step Out of Step 1Stable Swing Stable Swing 1

.MICOM P441 P442 P444 \ Relay Parameter Section \ SETTING GROUP \ AIDED DEFDescription Name ValueAided ch. Status Aided ch. Status DisabledPolarisation Polarisation Zero SequenceV> Voltage Set V> Voltage Set 1.00 VIN Forward IN Forward 0.10 ATime Delay Time Delay 0.00 sScheme Logic Scheme Logic SharedTripping Tripping Three phaseTp Tp 0.02 sIN Rev Factor IN Rev Factor 0.60

.MICOM P441 P442 P444 \ Relay Parameter Section \ SETTING GROUP \ CB FAIL & I & I0> Inhibit 0.05 ADetect 3P Detect 3P DisabledCTS Status CTS Status DisabledCVTS Status CVTS Status Disabled

.MICOM P441 P442 P444 \ Relay Parameter Section \ SETTING GROUP \ INPUT LABELDescription Name ValueOpto Input 1 Opto Input 1 Opto Label 01Opto Input 2 Opto Input 2 Opto Label 02Opto Input 3 Opto Input 3 Opto Label 03Opto Input 4 Opto Input 4 Opto Label 04Opto Input 5 Opto Input 5 Opto Label 05Opto Input 6 Opto Input 6 Opto Label 06Opto Input 7 Opto Input 7 Opto Label 07Opto Input 8 Opto Input 8 Opto Label 08Opto Input 9 Opto Input 9 Opto Label 09Opto Input 10 Opto Input 10 Opto Label 10Opto Input 11 Opto Input 11 Opto Label 11Opto Input 12 Opto Input 12 Opto Label 12Opto Input 13 Opto Input 13 Opto Label 13Opto Input 14 Opto Input 14 Opto Label 14Opto Input 15 Opto Input 15 Opto Label 15Opto Input 16 Opto Input 16 Opto Label 16Opto Input 17 Opto Input 17 Opto Label 17

Opto Input 18 Opto Input 18 Opto Label 18Opto Input 19 Opto Input 19 Opto Label 19Opto Input 20 Opto Input 20 Opto Label 20Opto Input 21 Opto Input 21 Opto Label 21Opto Input 22 Opto Input 22 Opto Label 22Opto Input 23 Opto Input 23 Opto Label 23Opto Input 24 Opto Input 24 Opto Label 24

.MICOM P441 P442 P444 \ Relay Parameter Section \ SETTING GROUP \ OUTPUT LABELDescription Name ValueRelay 1 Relay 1 Relay Label 01Relay 2 Relay 2 Relay Label 02Relay 3 Relay 3 Relay Label 03Relay 4 Relay 4 Relay Label 04Relay 5 Relay 5 Relay Label 05Relay 6 Relay 6 Relay Label 06Relay 7 Relay 7 Relay Label 07Relay 8 Relay 8 Relay Label 08Relay 9 Relay 9 Relay Label 09Relay 10 Relay 10 Relay Label 10Relay 11 Relay 11 Relay Label 11Relay 12 Relay 12 Relay Label 12Relay 13 Relay 13 Relay Label 13Relay 14 Relay 14 Relay Label 14Relay 15 Relay 15 Relay Label 15Relay 16 Relay 16 Relay Label 16Relay 17 Relay 17 Relay Label 17Relay 18 Relay 18 Relay Label 18Relay 19 Relay 19 Relay Label 19Relay 20 Relay 20 Relay Label 20Relay 21 Relay 21 Relay Label 21Relay 22 Relay 22 Relay Label 01Relay 23 Relay 23 Relay Label 01Relay 24 Relay 24 Relay Label 01Relay 25 Relay 25 Relay Label 01Relay 26 Relay 26 Relay Label 01Relay 27 Relay 27 Relay Label 01Relay 28 Relay 28 Relay Label 01Relay 29 Relay 29 Relay Label 01Relay 30 Relay 30 Relay Label 01Relay 31 Relay 31 Relay Label 01Relay 32 Relay 32 Relay Label 01Relay 33 Relay 33 Relay Label 01Relay 34 Relay 34 Relay Label 01Relay 35 Relay 35 Relay Label 01Relay 36 Relay 36 Relay Label 01Relay 37 Relay 37 Relay Label 01Relay 38 Relay 38 Relay Label 01Relay 39 Relay 39 Relay Label 01Relay 40 Relay 40 Relay Label 01Relay 41 Relay 41 Relay Label 01Relay 42 Relay 42 Relay Label 01Relay 43 Relay 43 Relay Label 01Relay 44 Relay 44 Relay Label 01Relay 45 Relay 45 Relay Label 01Relay 46 Relay 46 Relay Label 01

.MICOM P441 P442 P444 \ Additional InformationDescription Name ValueIndicate Power Swing with Tripping Zone PSB Indicate false

.MICOM P441 P442 P444 \ Additional Information \ General Information \ General - GeneralInformation

Description Name ValueManufacturer Manufacturer AREVADevice Model Device Model P441 P442 P444Serial Number Serial Number E33Device Address Device Address 1Device Type Device Type Distance ProtectionSubstation Substation Hong KongSubstation Address Substation AddressFeeder Feeder Line to XXXFeeder Address Feeder AddressBay BayBay Address Bay AddressManufacturer HW code Hardware revision E33

SWREVISION A4.1Protected object name Protected object nameAdditional information Additional information Important information

.MICOM P441 P442 P444 \ Additional Information \ General Information \ VT'sDescription Name ValuePotential transformer connection side Potential transformer

connection sideAtProtectedObject

.MICOM P441 P442 P444 \ Additional Information \ Relay Information \ OvercurrentDescription Name ValueRelative tolerance I;IN Relative tolerance I;IN 5.00 %Absolute timing tolerance Absolute timing tolerance 40.00 msRelative timing tolerance Relative timing tolerance 5.00 %Pick up / drop off ratio Pick up / drop off ratio 0.95Minimum operate time Minimum operate time 20.00 ms

.MICOM P441 P442 P444 \ Additional Information \ Relay Information \ Distance protectionDescription Name Valuerel. Tol Z rel. Tol Z 5.00 %Angle tolerance Angle tolerance 2.00 rel. time tolerance rel. time tolerance 1.00 %abs. time tolerance abs. time tolerance 30.00 msMin. Trip time Min. Trip time 30.00 msPick up / drop off ratio Pick up / drop off ratio 0.95

.MICOM P441 P442 P444 \ Additional Information \ Circuit Breaker InformationDescription Name Value52ab Percentage 52ab Percentage 20.00 %CB Trip Time CB Trip Time 100.00 msCB Close Time CB Close Time 100.00 mst-Tolerance abs t-Tolerance abs 0.00 mst-Tolerance rel t-Tolerance rel 5.00 %

.MICOM P441 P442 P444 \ Additional Information \ Test ToleranceDescription Name ValueGlobal Test Tolerance Test Tolerance 4.00 %

Test Object - Other RIO Functions.CB Configuration

Description Name ValueCB trip time CB trip time 100.00 msCB close time CB close time 100.00 msTimes for 52a, 52b in percent of CB time 52a, 52b % of CB 20.00 %

Test Object - Distance Settings. . . .System parameters:

Line length: 36.18 Line angle: 87.72 PT connection: at line CT starpoint: Dir. lineImpedance correction1A/I nom:

noImpedances in primaryvalues:

no

. . . .Tolerances:

Tol. T rel.: 1.000 %Tol. T abs. +: 30.00 ms Tol. T abs. -: 30.00 msTol. Z rel.: 5.000 % Tol. Z abs.: 0.000

. . . .Grounding factor:

kL mag.: 0.802000 kL angle: -17.090000Separate arc resistance:yes

Zone Settings:Label Type Fault loop Trip time Tol.T rel Tol.T abs+ Tol.T abs- Tol.Z rel. Tol.Z absZ1 Tripping L-E 30.00 ms 1.000 % 30.00 ms 30.00 ms 5.000 % 1.839 Z1 Tripping L-L 30.00 ms 1.000 % 30.00 ms 30.00 ms 5.000 % 1.495 Z2 Tripping L-E 380.0 ms 1.000 % 30.00 ms 30.00 ms 5.000 % 2.700 Z2 Tripping L-L 380.0 ms 1.000 % 30.00 ms 30.00 ms 5.000 % 2.289 Z3 Tripping L-E 1.530 s 1.000 % 30.00 ms 30.00 ms 5.000 % 4.485 Z3 Tripping L-L 1.530 s 1.000 % 30.00 ms 30.00 ms 5.000 % 4.257 Z4 Tripping L-E 530.0 ms 1.000 % 30.00 ms 30.00 ms 5.000 % 4.485 Z4 Tripping L-L 530.0 ms 1.000 % 30.00 ms 30.00 ms 5.000 % 789.4 m

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Linked XRIO ReferencesReference Name Unit Value XRIO PathRIO.DEVICE.NOMINALVALUES.INOM In 1.00 A RIO/Device/Nominal Values/InRIO.DEVICE.NOMINALVALUES.VNOM

V_nom 110.00 V RIO/Device/Nominal Values/V nom

Comment. .Test Module

Name: OMICRON Advanced Distance Version: 2.41 SR 1Test Start: 26-May-2015 15:55:56 Test End: 26-May-2015 16:02:42User Name: Manager:Company:

Test Settings.Test model:

Test model: constant test voltage VTest 50.00 VAllow reduction ofITest/VTest:

yes kS = kL: noZS mag.: 0.000 ZS angle: 0.00 kS mag.: 1.000 kS angle: 0.00

.Fault Inception:

Mode: randomDC-offset: no

.Times:

Prefault: 1.000 s Max. fault: 2.000 sPostfault: 500.0 ms Time reference: fault inception

.Other:

Extended zones: not active Switch off at zero crossing: yesLoad current enabled: no Load current:: n/a

.Search Settings:

Search res. rel.: 1.000 % Search res. abs.: 50.00 mIgnore nominalcharacteristics:

noSearch interval: 200.0 m

.Auxiliary Binary Outputs:Name Fault inception

Delay timeSlope Trip Delay time Slope

Ext. zones active n/a Open n/a Open

Test ResultsShot Test: Fault Type L1-E| Z | Phi % % of t nom t act. Dev. VTest Result

4.511 89.56 n/a 30.00 ms 23.00 ms -23.33 % 50.00 V Passed9.200 87.25 n/a 30.00 ms 21.60 ms -28 % 50.00 V Passed14.08 87.38 n/a 30.00 ms 23.40 ms -22 % 50.00 V Passed19.79 86.96 n/a 30.00 ms 23.90 ms -20.33 % 50.00 V Passed24.47 87.06 n/a 30.00 ms 24.40 ms -18.67 % 50.00 V Passed27.72 87.41 n/a 30.00 ms 23.70 ms -21 % 50.00 V Passed5.625 10.80 n/a 30.00 ms 20.60 ms -31.33 % 50.00 V Passed13.75 -6.64 n/a 30.00 ms 21.90 ms -27 % 50.00 V Passed20.99 29.10 n/a 30.00 ms 24.90 ms -17 % 50.00 V Passed27.09 45.00 n/a 30.00 ms 27.40 ms -8.667 % 50.00 V Passed29.54 61.11 n/a 30.00 ms 24.30 ms -19 % 50.00 V Passed17.38 58.89 n/a 30.00 ms 26.40 ms -12 % 50.00 V Passed8.624 145.23 n/a 30.00 ms 28.90 ms -3.667 % 50.00 V Passed18.41 149.32 n/a 30.00 ms 54.70 ms 82.33 % 50.00 V Passed26.04 133.94 n/a 30.00 ms 26.30 ms -12.33 % 50.00 V Passed31.95 125.32 n/a 30.00 ms 27.60 ms -8 % 50.00 V Passed27.81 109.14 n/a 30.00 ms 25.20 ms -16 % 50.00 V Passed18.15 120.15 n/a 30.00 ms 25.00 ms -16.67 % 50.00 V Passed32.42 87.06 n/a 380.0 ms 364.6 ms -4.053 % 50.00 V Passed36.27 87.70 n/a 380.0 ms 363.2 ms -4.421 % 50.00 V Passed40.94 87.96 n/a 380.0 ms 365.0 ms -3.947 % 50.00 V Passed43.06 75.73 n/a 380.0 ms 370.9 ms -2.395 % 50.00 V Passed32.16 75.66 n/a 380.0 ms 361.0 ms -5 % 50.00 V Passed40.11 60.81 n/a 380.0 ms 362.8 ms -4.526 % 50.00 V Passed49.08 54.79 n/a 380.0 ms 364.4 ms -4.105 % 50.00 V Passed32.30 42.45 n/a 380.0 ms 359.8 ms -5.316 % 50.00 V Passed32.20 23.52 n/a 380.0 ms 358.7 ms -5.605 % 50.00 V Passed23.24 -2.42 n/a 380.0 ms 362.4 ms -4.632 % 50.00 V Passed25.92 155.34 n/a 380.0 ms 360.4 ms -5.158 % 50.00 V Passed36.69 140.32 n/a 380.0 ms 365.4 ms -3.842 % 50.00 V Passed47.90 123.16 n/a 380.0 ms 361.1 ms -4.974 % 50.00 V Passed34.58 115.73 n/a 380.0 ms 358.8 ms -5.579 % 50.00 V Passed42.70 104.58 n/a 380.0 ms 360.1 ms -5.237 % 50.00 V Passed48.48 87.56 n/a 1.530 s 1.529 s -0.0915 % 50.00 V Passed55.81 87.67 n/a 1.530 s 1.540 s 0.6275 % 50.00 V Passed62.92 87.93 n/a 1.530 s 1.536 s 0.4183 % 50.00 V Passed70.06 87.64 n/a 1.530 s 1.536 s 0.4118 % 50.00 V Passed76.17 87.53 n/a 1.530 s 1.525 s -0.3072 % 50.00 V Passed80.65 87.52 n/a 1.530 s 1.511 s -1.242 % 50.00 V Passed48.74 74.72 n/a 1.530 s 1.531 s 0.08497 % 50.00 V Passed54.73 61.80 n/a 1.530 s 1.510 s -1.314 % 50.00 V Passed67.06 77.71 n/a 1.530 s 1.528 s -0.1111 % 50.00 V Passed80.69 80.40 n/a 1.530 s 1.543 s 0.8431 % 50.00 V Passed78.25 71.64 n/a 1.530 s 1.527 s -0.2288 % 50.00 V Passed55.78 113.15 n/a 1.530 s 1.524 s -0.4052 % 50.00 V Passed71.42 109.43 n/a 1.530 s 1.532 s 0.1569 % 50.00 V Passed79.88 97.73 n/a 1.530 s 1.525 s -0.3072 % 50.00 V Passed61.93 100.76 n/a 1.530 s 1.533 s 0.183 % 50.00 V Passed2.686 -138.11 n/a 530.0 ms 513.2 ms -3.17 % 50.00 V Passed15.42 179.86 n/a 530.0 ms 513.0 ms -3.208 % 50.00 V Passed27.60 173.58 n/a 530.0 ms 510.0 ms -3.774 % 50.00 V Passed

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Shot Test: Fault Type L2-E| Z | Phi % % of t nom t act. Dev. VTest Result4.511 89.56 n/a 30.00 ms 22.00 ms -26.67 % 50.00 V Passed9.200 87.25 n/a 30.00 ms 23.30 ms -22.33 % 50.00 V Passed14.08 87.38 n/a 30.00 ms 20.40 ms -32 % 50.00 V Passed19.79 86.96 n/a 30.00 ms 24.70 ms -17.67 % 50.00 V Passed24.47 87.06 n/a 30.00 ms 24.40 ms -18.67 % 50.00 V Passed27.72 87.41 n/a 30.00 ms 23.50 ms -21.67 % 50.00 V Passed5.625 10.80 n/a 30.00 ms 21.90 ms -27 % 50.00 V Passed13.75 -6.64 n/a 30.00 ms 21.40 ms -28.67 % 50.00 V Passed20.99 29.10 n/a 30.00 ms 22.90 ms -23.67 % 50.00 V Passed27.09 45.00 n/a 30.00 ms 27.90 ms -7 % 50.00 V Passed29.54 61.11 n/a 30.00 ms 25.80 ms -14 % 50.00 V Passed17.38 58.89 n/a 30.00 ms 24.50 ms -18.33 % 50.00 V Passed8.624 145.23 n/a 30.00 ms 25.80 ms -14 % 50.00 V Passed18.41 149.32 n/a 30.00 ms 54.90 ms 83 % 50.00 V Passed26.04 133.94 n/a 30.00 ms 24.60 ms -18 % 50.00 V Passed31.95 125.32 n/a 30.00 ms 25.20 ms -16 % 50.00 V Passed27.81 109.14 n/a 30.00 ms 24.00 ms -20 % 50.00 V Passed18.15 120.15 n/a 30.00 ms 25.50 ms -15 % 50.00 V Passed32.42 87.06 n/a 380.0 ms 362.8 ms -4.526 % 50.00 V Passed36.27 87.70 n/a 380.0 ms 361.6 ms -4.842 % 50.00 V Passed40.94 87.96 n/a 380.0 ms 358.6 ms -5.632 % 50.00 V Passed43.06 75.73 n/a 380.0 ms 360.6 ms -5.105 % 50.00 V Passed32.16 75.66 n/a 380.0 ms 362.4 ms -4.632 % 50.00 V Passed40.11 60.81 n/a 380.0 ms 366.8 ms -3.474 % 50.00 V Passed49.08 54.79 n/a 380.0 ms 361.0 ms -5 % 50.00 V Passed32.30 42.45 n/a 380.0 ms 361.6 ms -4.842 % 50.00 V Passed32.20 23.52 n/a 380.0 ms 363.3 ms -4.395 % 50.00 V Passed23.24 -2.42 n/a 380.0 ms 366.3 ms -3.605 % 50.00 V Passed

25.92 155.34 n/a 380.0 ms 362.3 ms -4.658 % 50.00 V Passed36.69 140.32 n/a 380.0 ms 365.9 ms -3.711 % 50.00 V Passed47.90 123.16 n/a 380.0 ms 363.2 ms -4.421 % 50.00 V Passed34.58 115.73 n/a 380.0 ms 365.7 ms -3.763 % 50.00 V Passed42.70 104.58 n/a 380.0 ms 365.2 ms -3.895 % 50.00 V Passed48.48 87.56 n/a 1.530 s 1.534 s 0.2288 % 50.00 V Passed55.81 87.67 n/a 1.530 s 1.544 s 0.9346 % 50.00 V Passed62.92 87.93 n/a 1.530 s 1.531 s 0.03268 % 50.00 V Passed70.06 87.64 n/a 1.530 s 1.529 s -0.06536 % 50.00 V Passed76.17 87.53 n/a 1.530 s 1.538 s 0.5294 % 50.00 V Passed80.65 87.52 n/a 1.530 s 1.529 s -0.05882 % 50.00 V Passed48.74 74.72 n/a 1.530 s 1.507 s -1.503 % 50.00 V Passed54.73 61.80 n/a 1.530 s 1.533 s 0.2222 % 50.00 V Passed67.06 77.71 n/a 1.530 s 1.546 s 1.026 % 50.00 V Passed80.69 80.40 n/a 1.530 s 1.525 s -0.3464 % 50.00 V Passed78.25 71.64 n/a 1.530 s 1.544 s 0.9281 % 50.00 V Passed55.78 113.15 n/a 1.530 s 1.544 s 0.902 % 50.00 V Passed71.42 109.43 n/a 1.530 s 1.540 s 0.6405 % 50.00 V Passed79.88 97.73 n/a 1.530 s 1.512 s -1.163 % 50.00 V Passed61.93 100.76 n/a 1.530 s 1.543 s 0.8235 % 50.00 V Passed2.686 -138.11 n/a 530.0 ms 509.5 ms -3.868 % 50.00 V Passed15.42 179.86 n/a 530.0 ms 511.8 ms -3.434 % 50.00 V Passed27.60 173.58 n/a 530.0 ms 512.5 ms -3.302 % 50.00 V Passed

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Shot Test: Fault Type L3-E| Z | Phi % % of t nom t act. Dev. VTest Result4.511 89.56 n/a 30.00 ms 22.60 ms -24.67 % 50.00 V Passed9.200 87.25 n/a 30.00 ms 24.20 ms -19.33 % 50.00 V Passed14.08 87.38 n/a 30.00 ms 23.30 ms -22.33 % 50.00 V Passed19.79 86.96 n/a 30.00 ms 23.20 ms -22.67 % 50.00 V Passed24.47 87.06 n/a 30.00 ms 23.70 ms -21 % 50.00 V Passed

27.72 87.41 n/a 30.00 ms 23.80 ms -20.67 % 50.00 V Passed5.625 10.80 n/a 30.00 ms 22.70 ms -24.33 % 50.00 V Passed13.75 -6.64 n/a 30.00 ms 21.70 ms -27.67 % 50.00 V Passed20.99 29.10 n/a 30.00 ms 25.10 ms -16.33 % 50.00 V Passed27.09 45.00 n/a 30.00 ms 24.20 ms -19.33 % 50.00 V Passed29.54 61.11 n/a 30.00 ms 25.10 ms -16.33 % 50.00 V Passed17.38 58.89 n/a 30.00 ms 24.50 ms -18.33 % 50.00 V Passed8.624 145.23 n/a 30.00 ms 24.50 ms -18.33 % 50.00 V Passed18.41 149.32 n/a 30.00 ms 53.50 ms 78.33 % 50.00 V Passed26.04 133.94 n/a 30.00 ms 26.90 ms -10.33 % 50.00 V Passed31.95 125.32 n/a 30.00 ms 24.40 ms -18.67 % 50.00 V Passed27.81 109.14 n/a 30.00 ms 25.00 ms -16.67 % 50.00 V Passed18.15 120.15 n/a 30.00 ms 24.50 ms -18.33 % 50.00 V Passed32.42 87.06 n/a 380.0 ms 358.5 ms -5.658 % 50.00 V Passed36.27 87.70 n/a 380.0 ms 362.7 ms -4.553 % 50.00 V Passed40.94 87.96 n/a 380.0 ms 367.9 ms -3.184 % 50.00 V Passed43.06 75.73 n/a 380.0 ms 366.4 ms -3.579 % 50.00 V Passed32.16 75.66 n/a 380.0 ms 369.9 ms -2.658 % 50.00 V Passed40.11 60.81 n/a 380.0 ms 364.2 ms -4.158 % 50.00 V Passed49.08 54.79 n/a 380.0 ms 363.2 ms -4.421 % 50.00 V Passed32.30 42.45 n/a 380.0 ms 361.6 ms -4.842 % 50.00 V Passed32.20 23.52 n/a 380.0 ms 361.9 ms -4.763 % 50.00 V Passed23.24 -2.42 n/a 380.0 ms 364.5 ms -4.079 % 50.00 V Passed25.92 155.34 n/a 380.0 ms 362.7 ms -4.553 % 50.00 V Passed36.69 140.32 n/a 380.0 ms 362.3 ms -4.658 % 50.00 V Passed47.90 123.16 n/a 380.0 ms 367.6 ms -3.263 % 50.00 V Passed34.58 115.73 n/a 380.0 ms 365.9 ms -3.711 % 50.00 V Passed42.70 104.58 n/a 380.0 ms 365.4 ms -3.842 % 50.00 V Passed48.48 87.56 n/a 1.530 s 1.511 s -1.216 % 50.00 V Passed55.81 87.67 n/a 1.530 s 1.508 s -1.458 % 50.00 V Passed62.92 87.93 n/a 1.530 s 1.542 s 0.7778 % 50.00 V Passed70.06 87.64 n/a 1.530 s 1.536 s 0.366 % 50.00 V Passed76.17 87.53 n/a 1.530 s 1.544 s 0.9412 % 50.00 V Passed80.65 87.52 n/a 1.530 s 1.531 s 0.06536 % 50.00 V Passed48.74 74.72 n/a 1.530 s 1.526 s -0.2353 % 50.00 V Passed54.73 61.80 n/a 1.530 s 1.508 s -1.425 % 50.00 V Passed67.06 77.71 n/a 1.530 s 1.527 s -0.1699 % 50.00 V Passed80.69 80.40 n/a 1.530 s 1.534 s 0.268 % 50.00 V Passed78.25 71.64 n/a 1.530 s 1.541 s 0.732 % 50.00 V Passed55.78 113.15 n/a 1.530 s 1.533 s 0.1895 % 50.00 V Passed71.42 109.43 n/a 1.530 s 1.531 s 0.08497 % 50.00 V Passed79.88 97.73 n/a 1.530 s 1.534 s 0.281 % 50.00 V Passed61.93 100.76 n/a 1.530 s 1.527 s -0.2288 % 50.00 V Passed2.686 -138.11 n/a 530.0 ms 510.0 ms -3.774 % 50.00 V Passed15.42 179.86 n/a 530.0 ms 515.6 ms -2.717 % 50.00 V Passed27.60 173.58 n/a 530.0 ms 511.4 ms -3.509 % 50.00 V Passed

R/O-50 -40 -30 -20 -10 0 10 20 30 40

X/O

0

10

20

30

40

50

60

70

80

Shot Details:.Parameters:

Fault Type: L3-E| Z |: 27.60 Phi: 173.58 R: -27.42 X: 3.088 %: n/a % of:VTest 50.00 V

.Results:

t act.: 511.4 ms Assessment: Passedt nom: 530.0 ms Dev.: -3.509 %t min: 500.0 ms t max: no trip

. .Fault Quantities (natural): Fault Quantities (symmetrical):

VL1: 63.51 V 0.00 V0: 4.503 V -60.00 VL2: 63.51 V -120.00 V1: 59.01 V 0.00 VL3: 50.00 V 120.00 V2: 4.503 V 60.00 IL1: 0.000 A n/a I0: 613.9 mA -48.47 IL2: 0.000 A n/a I1: 613.9 mA -168.47 IL3: 1.842 A -48.47 I2: 613.9 mA 71.53 VFault: 50.00 V 120.00 IFault: 1.842 A -48.47

Fault

VL1 VL2 VL3

t/s0.001 0.002 0.003 0.004 0.005 0.006 0.007 0.008 0.009

V/V

-80-60-40-200

20406080

IL1 IL2 IL3

t/s0.001 0.002 0.003 0.004 0.005 0.006 0.007 0.008 0.009

I/A

-2.5-2.0-1.5-1.0-0.50.00.51.01.52.0

t/s0.001 0.002 0.003 0.004 0.005 0.006 0.007 0.008 0.009StartTrip

t/s0.001 0.002 0.003 0.004 0.005 0.006 0.007 0.008 0.009Ext. zones active

.Cursor Data

Time Signal ValueCursor 1 0.00 s n/aCursor 2 0.00 s n/aC2 - C1 n/a n/a..Test State:

Test passed