riocreator master 2008-06-16 (w abb ge) wmho

7/30/2019 RioCreator Master 2008-06-16 (w ABB GE) wMHO

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Rfloop 10

knmag 1Knang -20

Rfset 4.844543979

If BLDRCA=RCA thenRfset= RFLoop*Cos(KNang) / [KNmag+Cos(KNang)]

Z1Mag 1

Z1Ang 80Z0/Z1mag 3Z0/Z1Ang 20RightBldrRes (per phase Rfset) 10

RightBldrRCA 80

Z0Mag 3Z0Ang 100kNLoopMag 1.642366529kNLoopAng 12.01972198

RFLoopMag 16.42366529RFLoopAng 12.01972198

RCABldrLoopAng 92.01972198 KnAng


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DIR RCA DIR RCA G30Dir Comp Limit Dir Comp LimitQuad Right Blinder Quad Right Blinder

Quad Right Blinder RCA Quad Right Blinder RCA KnAng0Volt Level Volt LevelDelay DelayBlock BlockTarget TargetEvents Events


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NOTES: Use per loop for both X and RXloop=Xph*(1+kn); Tilt angles do not changeCalculate new RCA Bldr using kN and then fix it, i.e., no longe

RFLoopMag /RFLoopAngle = RFset * (1+KN) =

RFLoopMag =RFLoopAngle=

NewRFLoop= RFLoopMag * SIN{180-abs(KNLoNewRCABldr=RCABldr+kNLoopAng

Directional Line is not affected by KN.

?

R X

Z 0.173648178 0.984808

Orig 0 0Rf 10 0RFLoop 16.06359247 3.420202RFLoopNew 16.18420726 0

KnAng>016.18420726 80 80

??? 16.18420726

RFLoopMag*SIN(RADIANS(180-RightBldrRCA))/SIN(RADIANS(RightBldrRCA+kNLoopAng))RFLoopMag * SIN(RADIANS(180-ABS(kNLoopAng) - RCABldrLoopAng )) / SIN(RADIANS(RCABldrLoo

RFLoopMag*SIN(RADIANS(RightBldrRCA))/SIN(RADIANS(180-RightBldrRCA-kNLoopAng))RFLoopMag * SIN(RADIANS(180-ABS(kNLoopAng) - RCABldrLoopAng )) / SIN(RADIANS(RCABldrLoo

0

0.5

1

1.5

2

2.5

3

3.5

4

0 2 4 6 8 10 12 14 16


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RFLoopMag*SIN(RADIANS(G29))/SIN(RADIANS(180-RCABldrLoopAng))

RFLoopMag * SIN(RADIANS(180-ABS(kNLoopAng) - RCABldrLoopAng )) / SIN(RADIANS(RCABldrLoo15.94297767

RFLoopMag * SIN(RADIANS(180-ABS(kNLoopAng) - RCABldrLoopAng )) / SIN(RADIANS(RCABldrLoo15.94297767


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r affected by KNFset * kLoop

pAngle) - NewRCABldr } / SIN(NewRCABldr)

Ang))

Ang))

18

Series1


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Ang))

Ang))


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StationName GraftonProtectedObject Milbury 230-kV LineMfr. AREVA

DeviceName P544DeviceType 87L/21/21N Fnom 60VTRatio: VT Prim 230000 Vnom 115

CTRatio: CT Prim 400 Inom 5Entered Values in Primary/Secondary? 0Protected Line Z 0.34 LineZ0mag 0.98 ohmsProtected Line angle 82.78 LineZ0angle 72.55 degNumber of Zones 1 to be calculated later Number of Ground Zones 1

Phase Distance Zone Z1 Z2 Z3

Function Status Enabled Disabled Enabled

Direction Reversed Reversed ForwardShape Quad Quad Quad

Reach

RCARev Reach

Rev Reach RCAComp Limit

DIR RCADir Comp Limit

Quad Right BlinderQuad Right Blinder RCA

Quad Left Blinder

Quad Left Blinder RCADelay

Ground Distance Zone Z1 Z2 Z3Function Enabled Enabled DisabledDirection Forward Forward Forward

Shape Quad Mho QuadReach

RCARev Reach

Rev Reach RCAComp Limit

DIR RCADir Comp Limit

Quad Right Blinder

Quad Right Blinder RCA

Quad Left BlinderQuad Left Blinder RCA

Z0/Z1 MagZ0/Z1 Ang

Z0M/Z1 MagZ0M/Z1 Ang

Non-Homogen AngDelay


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kNmagkNang

RFLoopMag

RFLoopAngRCABldrLoopAng

NewBldrLoopMag(on R axis)


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VTRatio 2000

CTRatio 80

Z0L/Z1Lmag kNLmag 0.635513Z0L/Z1Lang kNLang -15.575

1

Z4 Z5 LISTS for

Enabled Enabled CharType

Forward Forward Forward MhoQuad Quad Quad Quad

StatusEnabledDisabled

DirectionForwardReversed

Z4 Z5Enabled Enabled EnabledForward Forward Forward

Quad Mho Mho


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ropdown boxes


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StationName S.E. LA VENTA DOSProtectedObject 230-kV Line

DeviceName SEL421 Mfr. SELDeviceType 21/21N/67/67-N PP1 Fnom 60 HzVTRatio: VT Prim 230000 Vnom 115 V VTR

CTRatio: CT Prim 400 Inom 5 A CTREntered Values in Primary/Seconda 0

Protected Line Z 6.25 ohms ineZ0mag 21.09 ohms kNLmagProtected Line angle 80 deg neZ0angle 69.4 deg kNLang

Number of Zones 4Number of Ground Zones 4

Distance Zones Enabled Direction Residual comp

Phase Distance E21P 4 DIR3 R Zone1

Ground Distance Mho E21MG 0 DIR4 F Forward Zones

Ground Distance Quad E21XG 4 DIR5 F Reversed Zones

Ground Characeristic? (Mho,Quad) Quad for modeling purpose TAng -3

Distance Zones | Phase Distance Ground Distance

Mho Reach Delay(cy) Mho Reach Qua

Zone1 Z1P 5 Z1PD 0 Z1MG 0.27 XG1Zone2 Z2P 10 Z2PD 20 Z2MG 0.41 XG2Zone3 Z3P 4 Z3PD 40 Z3MG 0.16 XG3Zone4 Z4P 30 Z4PD 60 Z4MG 0.68 XG4Zone5 Z5P 0 Z5PD 0 Z5MG 0 XG5

ZoneInputTable Zone ZoneZone Number (index) 1 1 1 2 2 2Type of Fault Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3PhZoneType (-1,0,1,2,3) 0 0 0 0 0 0TypeOfChar (0,1) 1 0 0 1 0 0Direction (1, -1, 0) 1 1 1 1 1 1

ZFwdMag 5 5 5 10 10 10CharAng 80 80 80 80 80 80

ZRevMagMult or MhoOffset 99 0 0 99 0 0ReacFwdLineTilt1 -3 -3ReacFwdLineTilt2 -3 -3ReacRevLineTilt3 0 0FaultResGivenInPerLoop (0/1) 1 1RightResistance 8 10RightBldrAngle 80 80

Create RIO


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LeftResistance -8 -10LeftBldrAngle 80 80Q4ResBldrAngle (default=blank)

LeftVertBldrRes (default=blank)DirAngle1 -10 -10DirAngle2 -10 120 -10 120

ResidualCompType 0 0kNmag or |Z0/Z1| or RN/RPh 0.8 0.8kNangle or Z0/Z1ang or XN/XPh -15 -15kNAffectsResBldrAngles (0/1) AB 1 1kNAffectsDirLineAngles 1 1ZsMag(dirLineOrigin) 0 0 0 0 0 0ZsAngle 88 88 88 88 88 88ksMag 0.9 0.9

ksAngle -2 -2PerPh Res multiplied by (1+KN)? todo?Time delay 0.017 0.017 0.017 0.35 0.35 0.35TimeTolPercent(Minus) 50 50 50 10 10 10

TimeTolPercent(Plus) 50 50 50 10 10 10ZTolPercent(relative +/-) 5 5 5 5 5 5

InherentOperTime 0.017 s To be added to RIO format? Now, temporarilyTimeTolRelative (per cent) 5 % RIO uses only one TimeRelativeTolerance inTimeTolAbs 0.03 s added RIO uses + and - toera

ZTolRelative (per cent) 5 %ZTolAbs 0.01 ohmDirAngleTol 3 degrees To be added to RIO format?

Ph-N Ph-Ph 3PhDrawPerPhaseOrPerLoop (0,1,2) 2 0 0

Note: If Reactance is in per loop, resistance must be in per loop as well Note: Ph-N=0 does no

DrawLinesInPrimValues (0,1) 0


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CONSTRUCTION not finishedGET ACTUAL DATA NAMES?TO BE IMPORTED? OR COPY/PASTE FROM ANOTHER EXCEL FILE AND N

2000

80Use only for special testing, else set ZsMag=0

0.79951 ZsMag 0 ohms ksMag 0.9 pu-14.9985 ZsAng 88 deg ksAng -2 deg

ensation (magnitude & angle)

k0M1 0.8 k0A1 -15

k0M 0.8 k0A -15 Dropdown Lists

k0MR 0.8 k0AR -15 GroundCh Direction

Mho F

degrees Quad R

MhoQuad

X Reach Quad Rf Reach Delay(cy)

5 RG1 8 Z1GD 010 RG2 10 Z2GD 204 RG3 10 Z3GD 40

30 RG4 15 Z4GD 600 RG5 0 Z5GD 0

Zone Zone Zone3 3 3 4 4 4 5 5 5

Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph0 0 0 0 0 0 0 0 01 0 0 1 0 0 1 0 0-1 -1 -1 1 1 1 1 1 1

4 4 4 30 30 30 0 0 080 80 80 80 80 80 0 0 0

99 0 0 99 0 0 99 0 0-3 -3 0-3 -3 00 0 01 1 110 1580 80


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-10 -1580 80

-10 -10-10 120 -10 120

0 00.8 0.8-15 -151 11 10 0 0 0 0 088 88 88 88 88 88 88 88 880.9 0.9

-2 -2

0.684 0.684 0.684 1.017 1.017 1.0175 5 5 5 5 5 5 5 5

5 5 5 5 5 5 5 5 55 5 5 5 5 5 5 5 5

added to above time delay. Above tolerances will be read by F6TesT 2.20%nce called TTolPlus and TTolMinus in seconds

work for Quad


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AMED?

Zone Zone Zone6 6 6 7 7 7 8 8

Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph


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StationName GraftonProtectedObject Milbury 230-kV LineMfr. AREVA

DeviceName P544DeviceType 87L/21/21N Fnom 60 HzVTRatio: VT Prim 230000 V Vnom 115 V VTRatio

CTRatio: CT Prim 400 A Inom 5 A CTRatioEntered Values in Primary/Seconda 0

Protected Line Z 0.34 LineZ0mag 0.98 ohms kNLmagProtected Line angle 82.78 LineZ0angle 72.55 deg kNLang

Number of Zones 1 to be calculated laterNumber of Ground Zones 1

Zone Z1 Z2 Z3 Z4 ZP(5)Direction Forward Forward Forward Reversed Forward

Phase Distance (PhPh & 3Ph) Status Enabled Enabled Enabled Enabled Disabled

Mho CharType Mho Mho Mho Mho Mho

Reach 5 10 30 10 5Angle 80 80 80 80 85Tilt 11 22 33 44 55

QuadRF 1 1 1 1 1Offset 1.25 2.5 2.5 1.25QuadRfleft 0.25 0.25 11 0.25 0.25

Delay 0 0.3 1 0.6 55

Ground Distance Status Enabled Enabled Enabled Enabled Disabled

Quad CharType Quad Quad Quad Quad Quad

Reach 5 10 30 10 5Angle 80 80 80 80 85

Tilt -3 -3 -3 -3 5

QuadRF 8 10 15 10 5Offset 1.25 2.5 2.5 1.25QuadRfleft 2 2.5 33 2.5 1.25kZNmag 0.8 0.8 0.8 0.8 5

kZNang -15 -15 -15 -15 55Delay 0 0.3 1 0.6 5

done done done ? ? ?

ZoneInputTable Zone1 Zone2

Zone Number (index) 1 1 1 2 2 2Type of Fault Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3PhZoneType (-1,0,1,2,3) 0 0 0 0 0 0

TypeOfChar (0,1) 1 0 0 1 0 0Direction (1, -1, 0) 1 1 1 1 1 1ZFwdMag 5 5 5 10 10 10CharAng 80 80 80 80 80 80ZRevMagMult or MhoOffset 0.25 0 0 0.25 0 0ReacFwdLineTilt1 -3 -3


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ReacFwdLineTilt2 -3 -3ReacRevLineTilt3 -3 -3FaultResGivenInPerLoop (0/1) 1 1 1 1 1 1

RightResistance 8 10RightBldrAngle 80 80LeftResistance -2 -2.5

LeftBldrAngle 80 80Q4ResBldrAngle (default=blank)LeftVertBldrRes (default=blank)DirAngle1 -30 -30DirAngle2 -30 -30ResidualCompType 0 0kNmag or |Z0/Z1| or RN/RPh 0.8 0.8kNangle or Z0/Z1ang or XN/XPh -15 -15

kNAffectsResBldrAngles (0/1) AB 1 1kNAffectsDirLineAngles 0 0ZsMag(dirLineOrigin) 1 1 1 1 1 1ZsAngle 77 77 77 77 77 77

ksMag 0.8 0.8ksAngle -1 -1PerPh Res multiplied by (1+KN)? todo?Time delay 0 0 0 0.3 0.3 0.3TimeTolPercent(Minus) 50 50 50 10 10 10TimeTolPercent(Plus) 50 50 50 10 10 10

ZTolPercent(relative +/-) 5 5 5 5 5 5

InherentOperTime 0.017 s To be added to RIO format? Now, temporarilyTimeTolRelative (per cent) 5 % RIO uses only one TimeRelativeTolerance inTimeTolAbs 0.03 s added RIO uses + and - toeraZTolRelative (per cent) 5 %ZTolAbs 0.05 ohm

DirAngleTol 3 degrees To be added to RIO format?

Ph-N Ph-Ph 3PhDrawPerPhaseOrPerLoop (0,1,2) 2 0 0 NOTE: For this relay a

Note: If Reactance is in per loop, resistance must be in per loop as well Note: Ph-N=0 does no



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CONSTRUCTION not finishedGET ACTUAL DATA NAMES?TO BE IMPORTED? OR COPY/PASTE FROM ANOTHER EXCEL FILE AND N

2000

80Use only for special testing, else set ZsMag=0

0.635513 ZsMag 1 ohms ksMag 0.8 pu-15.575 ZsAng 77 deg ksAng -1 deg

1

Unit LISTS for

Enable/Disable/EnabledChFail CharType

Mho

Protected Line Data Quad Length 10 mi? Z 1.25 ohm

/loop Angle 80 deg Status

kZNmag 0.8 Enabled kZNang -15 deg Disabled

s

Distance Polarizing 1 pu of fwd reach

Directional Line -30 deg Direction

Forward Reversed

Load Blinder

/loop Satus Disabled Z< 10 ohm Angle 30 deg

V< 50 V, Ph-N

s

? ? ? ? ? ? ? ? ?Zone3 Zone4 ZoneP

3 3 3 4 4 4 5 5 5Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph

0 0 0 0 0 0 0 0 0

1 0 0 1 0 0 1 0 01 1 1 -1 -1 -130 30 30 10 10 10 0 0 080 80 80 80 80 80 0 0 00 0 0 0.25 0 0 0 0 0-3 -3 0 0 0

Create RIO


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-3 -3 0 0 0-3 -3 0 0 01 1 1 1 1 1 1 1 1

15 10 0 0 080 80 0 0 0-33 -2.5 0 0 0

80 80 0 0 0

-30 -30 0 0 0-30 -30 0 0 00 0 0

0.8 0.8 0-15 -15 0

1 1 10 0 01 1 1 1 1 1 0 0 077 77 77 77 77 77 77 77 77

0.8 0.8 0-1 -1 0

1 1 1 0.6 0.6 0.6 0 0 05 5 5 5 5 5 5 5 55 5 5 5 5 5 5 5 5

5 5 5 5 5 5 5 5 5

added to above time delay. Above tolerances will be read by F6TesT 2.20%nce called TTolPlus and TTolMinus in seconds

choice of 1 is not recommended whem Quad is used sinc RF is per loop.

work for Quad


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AMED?

ropdown boxes

Load Blinder Zone Zone

6 6 6 7 7 7 8 8Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph


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Station Name Doble

Bay Name Bay 1 INSTRUCTIONS:Protected Line Line 2 Fill in only yellow-colDevice Name Line P1 The spreadsheet is unDevice Type PDIS Make a backup copy oManuafacturer ABB

Frequency 60 HzCT and VT Pri Sec Ratio

CT ratio 3000 5 600

VT ratio 525000 115 4565.217

Setting Values entered in 0 primary or secondary? REL670 is always set in

LINE DATA Length, kmX1 12 ohms ZL1mag 12.23765 kNLmagR1 2.4 ohms ZL1ang 78.69007 kNLangX0 36 ohms ZL0mag 37.94733

R0 12 ohms ZL0ang 71.56505

NoOfZones 5 QUAD ONLY. WILL ADD MHO SETTINGS

ZM01 ZM02 ZM03 ZM04 ZM05OperationPP (On/Off) on on on on off OperationPE (On/Off) on on on on off

OperationDir (Fwd, Rev) fwd fwd rev rev fwdLoad Ench Mode (on, off) ? ? ? ? ?

Char Type PP (mho, quad) quad quad quad quad mhoChar Type PE (mho, quad) quad quad quad quad mho

X1 (quad) 24.00 36.00 90.00 45.00 30.00

R1 (quad) 2.24 3.36 8.40 4.20 6.00X0 (quad) 97.60 146.40 366.00 183.00 90.00R0 (quad) 16.00 24.00 60.00 30.00 30.00

RFPP (per loop) 15.00 22.50 200.00 33.75 24.00

RFPE (per loop) 30.00 36.00 180.00 54.00 36.00ZmagPP (mho)ZangPP (mho)ZrevPP (mho)

OffsetMhoDirPP (mho) fwd fwd fwd fwd fwd

ZmagPE (mho) 10ZangPE (mho) 80ZrevPE (mho) 3OffsetMhoDirPE (mho) fwd fwd fwd fwd fwdKN (mho) 1KNAng (mho) -5tPP (seconds) 0.02 0.40 0.80 1.00 1.22tPE (seconds) 0.02 0.40 0.80 1.00 1.22


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These calculations are for QUAD only. For MHO user enters them direZ1mag 24.10431 36.15646 90.39115 45.19558 30.59412

Z1ang 84.66784 84.66785 84.66785 84.66785 78.69007Z0Mag 98.90278 148.3542 370.8854 185.4427 94.86833Z0ang 80.69006 80.69006 80.69006 80.69006 71.56505

kNmag 1.035433 1.035433 1.035433 1.035433 0.704078kNAng -5.25741 -5.257424 -5.257424 -5.25742 -10.4915

Zone Number (index) 1 1 1 2 2 2Type of Fault Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3PhZoneType (-1,0,1,2,3) 0 0 0 0 0 0TypeOfChar (0,1) 1 1 1 1 1 1

Direction (1, -1, 0) 1 1 1 1 1 1ZFwdMag 24.10431 24.10431 24.10431 36.15646 36.15646 36.15646CharAng 84.66784 84.66784 84.66784 84.66785 84.66785 84.667847ZRevMagMult or MhoOffset 1 1 1 1 1 1

ReacFwdLineTilt1 0 0 0 0 0 0ReacFwdLineTilt2 0 0 0 0 0 0ReacRevLineTilt3 0 0 0 0 0 0FaultResGivenInPerLoop (0/1) 1 1 1 1 1 1RightResistance 30 15 15 36 22.5 22.5RightBldrAngle 84.66784 84.66784 84.66784 84.66785 84.66785 84.667847

LeftResistance -30 -15 -15 -36 -22.5 -22.5LeftBldrAngle 84.66784 84.66784 84.66784 84.66785 84.66785 84.667847Q4ResBldrAngle (default=blank) 90 90 90 90 90 90LeftVertBldrRes (default=blank) -30 -15 -15 -36 -22.5 -22.5DirAngle1 -15 -15 -15 -15 -15 -15DirAngle2 115 115 115 115 115 115ResidualCompType 0 0

kNmag or |Z0/Z1| or RN/RPh 1.035433 1.035433kNangle or Z0/Z1ang or XN/XPh -5.25741 -5.25742kNAffectsResBldrAngles (0/1) 1 1kNAffectsDirLineAngles 0 0

ZsMag(dirLineOrigin) 0 0 0 0 0 0ZsAngle 80 0 0 0 0 0ksMag 1 0ksAngle -5 0PerPh Res multiplied by (1+KN)? todo? todo?Time delay 0.02 0.02 0.02 0.4 0.4 0.4TimeTolPercent(Minus) 50 50 50 10 10 10TimeTolPercent(Plus) 50 50 50 10 10 10

ZTolPercent(relative +/-) 5 5 5 5 5 5

InherentOperTime 0 s Not yet used in F6TesT 2.18.TimeTolRelative (per cent) 5 % RIO uses only one TimeRelativeTolerance in %TimeTolAbs 0.02 s addedZTolRelative (per cent) 5 %ZTolAbs 0.1 ohm Set to about 5% of zone 1 reachDirAngleTol 3 deg To be added to RIO format?


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Note: If Reactance is in per loop, resistacne must be in per loop as well


For REL Quad testing Ph-N should be in Per Loop; while Ph-Ph and 3Ph should be in per phase.


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red cells

protected. Do not overwrite other cells.

f the spreadsheet.

LoadEnch

onoff

primary.

Future

LOAD DATA LOAD (PHS)0.704078 MaxLoad Angle 18 RLdFw 10-10.4915 Min Load Res Fw 22 RLdRv 10

Min Load Res Rv 22 ArgLoad 20

Directional Lines

ZD01 Use only for special testing, else set ZsMag=ArgNegRes 115 ZsMag 0 ohms ksMag

ArgDir 15 ZsAng 80 deg ksAng

CharType DirModemho fwd

quad revnon-dir

OperationMode OffsetDirectionon fwdoff rev

non-dir

Need to resolve the confusing direction later. Use top one at present.

10 20 15 25 302 4 3 5 630 60 25 75 9010 20 15 25 30

8 9 9 20 2412 13 13 30 36

Add the relay inherent operating time to the time settings-ADDED BELOW

Create RIO file


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ctly Char. Type Char TypeZPP ZPG ZMagMhoZAngPP ZAngPG ZAngMhoZRevPP ZRevPG ZRevMho

KN KN

KNAng KNAngOffsetMho

3 3 3 4 4 4 5 5Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph

0 0 0 0 0 01 1 1 1 1 1 1 1

-1 -1 -1 -1 -1 -1 1 190.39115 90.3911514 90.39115 45.19557571 45.19558 45.19558 30.59412 30.5941284.66785 84.6678467 84.66785 84.66784668 84.66785 84.66785 78.69007 78.69007

1 1 1 1 1 1 1 1

0 0 0 0 0 0 0 00 0 0 0 0 0 0 00 0 0 0 0 0 0 01 1 1 1 1 1 1 1

180 200 200 54 33.75 33.75 36 2484.66785 84.6678467 84.66785 84.66784668 84.66785 84.66785 78.69007 78.69007

-180 -200 -200 -54 -33.75 -33.75 -36 -2484.66785 84.6678467 84.66785 84.66784668 84.66785 84.66785 78.69007 78.69007

90 90 90 90 90 90 90 90-180 -200 -200 -54 -33.75 -33.75 -36 -24-15 -15 -15 -15 -15 -15 -15 -15115 115 115 115 115 115 115 115

0 0 0

1.035433 1.035433412 0.704078-5.25742 -5.257424355 -10.4915

1 1 10 0 0

0 0 0 0 0 0 0 00 0 0 0 0 0 0 00 0 00 0 0

todo? todo? todo?0.8 0.8 0.8 1 1 1 1.22 1.2210 10 10 10 10 10 10 1010 10 10 10 10 10 10 10

5 5 5 5 5 5 5 5


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1 pu

-5 deg


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Direction

PSD1 PSD2 LdEnch5 6 6 6 7 7 7 8 8

3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph

1

130.5941278.69007

1

000124

78.69007

-2478.69007

90-24-15115

00

1.221010

5


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ZM01-operation 10142543ZM01-IBase 10142543ZM01-UBase 10142543

ZM01-directionEnum 10142543

ZM01-X1 101425438 ZM01-R1 10142543

3Ph ZM01-X0 10142543ZM01-R0 10142543ZM01-RFPP 10142543

ZM01-RFPE 10142543ZM01-operationPhToPh 10142543ZM01-operationTimerPhToPh 10142543ZM01-delayTimePhToPh 10142543

ZM01-operationPhToEarth 10142543ZM01-operationTimerPhToEarth 10142543ZM01-delayTimePhToEarth 10142543ZM01-minOperCurrentPhToPh 10142543ZM01-minOperCurrentPh 10142543ZM01-minOperCurrentResid 10142543

ZD01-argumentDirSecondQuad 10142639ZD01-argumentDirFourthQuad 10142639ZD01-minimumOperatingCurrent 10142639ZD01-IBase 10142639ZD01-UBase 10142639

PSD1-operation 20004849PSD1-xL 20004849PSD1-rL 20004849PSD1-rF 20004849

PSD1-xLrv 20004849PSD1-rFrv 20004849PSD1-useLoadChar 20004849PSD1-rLd 20004849PSD1-argLd 20004849PSD1-rLdRv 20004849PSD1-kLdR 20004849PSD1-kLdRrv 20004849

PSD1-timeDetInitialPowSwing 20004849PSD1-timeDetSubseqPowSwing 20004849PSD1-timeWaitActivSubseq 20004849PSD1-timeHoldPowSwingOutput 20004849PSD1-timeSingPoleReclDeadTime 20004849PSD1-timeInhibitDelayResidCurr 20004849PSD1-timeInhibitDelaySlowSwing 20004849PSD1-minOperCurrPh 20004849PSD1-IBase 20004849


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PHS--IBase 20004843PHS--kIPhMaxPP 20004843

PHS--kIPhMaxPE 20004843PHS--rLd 20004843PHS--rLdRv 20004843

PHS--argLd 20004843PHS--X1 20004843PHS--X0 20004843PHS--rFaultPhToPh 20004843PHS--rFaultPhToPhRv 20004843PHS--rFaultPhToEarth 20004843PHS--rFaultPhToEarthRv 20004843PHS--minOperCurrPhToPh 20004843

PHS--minOperCurrPh 20004843


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38305 108780 1 1 1 Operation 1263780 108825 1 1 2 IBase 1168510 108818 1 1 3 UBase 113863

38308 108781 1 1 4 OperationDir 116917

0 108819 1 1 5 X1 1171210 108820 1 1 6 R1 1169490 108821 1 1 7 X0 1171180 108822 1 1 8 R0 1169470 108823 1 1 9 RFPP 116969

0 108824 1 1 10 RFPE 11696838315 108784 1 1 11 OperationPP 11692238329 108808 1 1 12 Timer tPP 117035

0 108809 1 1 13 tPP 117055

38316 108785 1 1 14 OperationPE 11692138331 108810 1 1 15 Timer tPE 1170340 108811 1 1 16 tPE 1170510 108812 1 1 17 IMinOpPP 1120000 108813 1 1 18 IMinOpPE 1119990 108814 1 1 19 IMinOpIN 116856

0 114316 1 1 1 ArgNegRes 1167150 114317 1 1 2 ArgDir 1167130 114319 1 1 3 IMinOp 1168540 114320 1 1 4 IBase 1168510 114321 1 1 5 UBase 113863

14098 19825 2 2 1 Operation 1263780 19829 2 2 2 X1InFw 1175750 19831 2 2 3 R1LIn 1175660 19832 2 2 4 R1FInFw 117564

0 19834 2 2 5 X1InRv 1175770 19836 2 2 6 R1FInRv 117565

14104 19837 2 2 7 OperationLdCh 1169190 19838 2 2 8 RLdOutFw 1175670 19839 2 2 9 ArgLd 1167140 19840 2 2 10 RLdOutRv 1175680 19841 2 2 11 kLdRFw 1175620 19842 2 2 12 kLdRRv 117563

0 19843 2 2 13 tP1 1175700 19844 2 2 14 tP2 1175710 19845 2 2 15 tW 1175740 19846 2 2 16 tH 1175690 19847 2 2 17 tEF 1089870 19848 2 2 18 tR1 1258450 19849 2 2 19 tR2 1258460 19850 2 2 20 IMinOpPE 1119990 19851 2 2 21 IBase 116851


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0 11422 2 2 1 IBase 1168510 11388 2 2 2 INBlockPP 116864

0 11389 2 2 3 INReleasePE 1168650 11393 2 2 4 RLdFw 1169720 11396 2 2 5 RLdRv 116973

0 11392 2 2 6 ArgLd 1167140 11423 2 2 7 X1 1171210 11424 2 2 8 X0 1171180 11400 2 2 9 RFFwPP 1169670 11402 2 2 10 RFRvPP 1169710 11407 2 2 11 RFFwPE 1169660 11410 2 2 12 RFRvPE 1169700 11417 2 2 13 IMinOpPP 112000

0 11418 2 2 14 IMinOpPE 111999


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Operation Off / On 112305 0 Enum 0Base current, i.e. rated current 127160 A 126058 Re 1Base voltage, i.e. rated voltage 126521 kV 191618 Re 0.05

Operation mode of directionality NonDir / Forw / Rev 117168 0 Enum 1

Positive sequence reactance reach 117146 ohm/p 183787 Re 0.1Positive seq. resistance for zone characteristic angle 117172 ohm/p 183787 Re 0.1Zero sequence reactance reach 117157 ohm/p 183787 Re 0.1Zero seq. resistance for zone characteristic angle 117156 ohm/p 183787 Re 0.5Fault resistance reach in ohm/loop, Ph-Ph 119622 ohm/l 181550 Re 1

Fault resistance reach in ohm/loop, Ph-E 119659 ohm/l 181550 Re 1Operation mode Off / On of Phase-Phase loops 117170 0 Enum 0Operation mode Off / On of Zone timer, Ph-Ph 116193 0 Enum 0Time delay of trip, Ph-Ph 116209 s 126312 Re 0

Operation mode Off / On of Phase-Earth loops 117169 0 Enum 0Operation mode Off / On of Zone timer, Ph-E 116192 0 Enum 0Time delay of trip, Ph-E 116208 s 126312 Re 0Minimum operate delta current for Phase-Phase loops 112140 %IB 155033 Re 10Minimum operate phase current for Phase-Earth loops 112141 %IB 155033 Re 10Minimum operate residual current for Phase-Earth loops 112142 %IB 155033 Re 5

Angle to blinder in second quadrant for forward direction 128575 Deg 158651 Re 90Angle to blinder in fourth quadrant for forward direction 111766 Deg 158651 Re 5Minimum operate current in % of IBase 112139 %IB 155033 Re 1Base Current 111776 A 126058 Re 1Base Voltage 125940 kV 191618 Re 0.05

Operation Mode On / Off 112290 0 Enum 0Inner reactive boundary, forward 117580 ohm 191675 Re 0.1Line resistance for inner characteristic angle 123205 ohm 191675 Re 0.1Fault resistance coverage to inner resistive line, forward 123207 ohm 191675 Re 0.1

Inner reactive boundary, reverse 117581 ohm 191675 Re 0.1Fault resistance line to inner resistive boundary, reverse 123204 ohm 191675 Re 0.1Operation of load discrimination characteristic 112304 0 Enum 0Outer resistive load boundary, forward 117586 ohm 191675 Re 0.1Load angle determining load impedance area 117583 Deg 158651 Re 5Outer resistive load boundary, reverse 117587 ohm 191675 Re 0.1Multiplication factor for inner resistive load boundary, forward 117584 Mult 181137 Re 0.5Multiplication factor for inner resistive load boundary, reverse 117585 Mult 181137 Re 0.5

Timer for detection of initial power swing 117588 s 126312 Re 0Timer for detection of subsequent power swings 117589 s 126312 Re 0Waiting timer for activation of tP2 timer 117595 s 126312 Re 0Timer for holding power swing START output 117590 s 126312 Re 0Timer for overcoming single-pole reclosing dead time 117591 s 126312 Re 0Timer giving delay to inhibit by the residual current 117593 s 126312 Re 0Timer giving delay to inhibit at very slow swing 117592 s 126312 Re 0Minimum operate current in % of IBase 112139 %IB 155033 Re 5Base setting for current level settings 117128 A 126058 Re 1


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Base current for current settings 117127 A 126058 Re 13I0 limit for blocking phase-to-phase measuring loops 111717 %IPh 191117 Re 10

3I0 limit for releasing phase-to-earth measuring loops 111718 %IPh 191117 Re 10Forward resistive reach within the load impedance area 111979 ohm/p 183787 Re 1Reverse resistive reach within the load impedance area 112567 ohm/p 183787 Re 1

Load angle determining the load impedance area 112068 Deg 158651 Re 5Positive sequence reactance reach 117146 ohm/p 183787 Re 0.5Zero sequence reactance reach 117157 ohm/p 183787 Re 0.5Fault resistance reach, Ph-Ph, forward 117135 ohm/l 181550 Re 0.5Fault resistance reach, Ph-Ph, reverse 116161 ohm/l 181550 Re 0.5Fault resistance reach, Ph-E, forward 117134 ohm/l 181550 Re 1Fault resistance reach, Ph-E, reverse 111971 ohm/l 181550 Re 1Minimum operate delta current for Phase-Phase loops 112140 %IB 155033 Re 5

Minimum operate phase current for Phase-Earth loops 112141 %IB 155033 Re 5


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1 1 1 0 0 0 SingleChoi 0 0 percent 199999 1 3000 0 0 0 Numerical 0 ####0 percent 12000 0.05 400.00 0 0 0 Numerical 0 ###0.00 percent 1

3 1 2 0 0 0 SingleChoi 0 0 percent 1

3000 0.01 30.00 0 0 0 Numerical 0 ###0.00 percent 11000 0.01 5.00 0 0 0 Numerical 0 ###0.00 percent 19000 0.01 100.00 0 0 0 Numerical 0 ###0.00 percent 13000 0.01 15.00 0 0 0 Numerical 0 ###0.00 percent 13000 0.01 30.00 0 0 0 Numerical 0 ###0.00 percent 1

9000 0.01 100.00 0 0 0 Numerical 0 ###0.00 percent 11 1 1 0 0 0 SingleChoi 0 0 percent 11 1 1 0 0 0 SingleChoi 0 0 percent 1

60 0.001 0.000 0 0 0 Numerical 0 #0.000 percent 1

1 1 1 0 0 0 SingleChoi 0 0 percent 11 1 1 0 0 0 SingleChoi 0 0 percent 160 0.001 0.000 0 0 0 Numerical 0 #0.000 percent 130 1 20 0 0 0 Numerical 0 #0 percent 130 1 20 0 0 0 Numerical 0 #0 percent 130 1 5 0 0 0 Numerical 0 #0 percent 1

175 1 115 0 0 0 Numerical 0 ##0 percent 145 1 15 0 0 0 Numerical 0 #0 percent 1

99999 1 10 0 0 0 Numerical 0 ####0 percent 199999 1 3000 0 0 0 Numerical 0 ####0 percent 12000 0.05 400.00 0 0 0 Numerical 0 ###0.00 percent 1

1 1 0 0 0 0 SingleChoi 0 0 percent 13000 0.01 30.00 0 0 0 Numerical 0 ###0.00 percent 11000 0.01 30.00 0 0 0 Numerical 0 ###0.00 percent 11000 0.01 30.00 0 0 0 Numerical 0 ###0.00 percent 1

3000 0.01 30.00 0 0 0 Numerical 0 ###0.00 percent 11000 0.01 30.00 0 0 0 Numerical 0 ###0.00 percent 1

1 1 1 0 0 0 SingleChoi 0 0 percent 13000 0.01 30.00 0 0 0 Numerical 0 ###0.00 percent 1

70 1 25 0 0 0 Numerical 0 #0 percent 13000 0.01 30.00 0 0 0 Numerical 0 ###0.00 percent 1

0.9 0.01 0.75 0 0 0 Numerical 0 0.00 percent 10.9 0.01 0.75 0 0 0 Numerical 0 0.00 percent 1

60 0.001 0.045 0 0 0 Numerical 0 #0.000 percent 160 0.001 0.015 0 0 0 Numerical 0 #0.000 percent 160 0.001 0.250 0 0 0 Numerical 0 #0.000 percent 160 0.001 0.500 0 0 0 Numerical 0 #0.000 percent 160 0.001 3.000 0 0 0 Numerical 0 #0.000 percent 160 0.001 0.300 0 0 0 Numerical 0 #0.000 percent 160 0.001 2.000 0 0 0 Numerical 0 #0.000 percent 130 1 10 0 0 0 Numerical 0 #0 percent 1

99999 1 3000 0 0 0 Numerical 0 ####0 percent 1


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99999 1 3000 0 0 0 Numerical 0 ####0 percent 1100 1 40 0 0 0 Numerical 0 ##0 percent 1

100 1 20 0 0 0 Numerical 0 ##0 percent 13000 0.01 80.00 0 0 0 Numerical 0 ###0.00 percent 13000 0.01 80.00 0 0 0 Numerical 0 ###0.00 percent 1

70 1 30 0 0 0 Numerical 0 #0 percent 13000 0.01 40.00 0 0 0 Numerical 0 ###0.00 percent 19000 0.01 120.00 0 0 0 Numerical 0 ###0.00 percent 13000 0.01 30.00 0 0 0 Numerical 0 ###0.00 percent 13000 0.01 30.00 0 0 0 Numerical 0 ###0.00 percent 19000 0.01 100.00 0 0 0 Numerical 0 ###0.00 percent 19000 0.01 100.00 0 0 0 Numerical 0 ###0.00 percent 1

30 1 10 0 0 0 Numerical 0 #0 percent 1

30 1 5 0 0 0 Numerical 0 #0 percent 1


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StationName GraftonProtectedObject Milbury 230-kV LineDeviceName P544 Manufacturer AREVA

DeviceType 87L/21/21N Fnom 60 HzVTRatio: VT Prim 230000 V Vnom 115 VCTRatio: CT Prim 400 A Inom 5 A

Entered Values in Primary/Secondary? 0Protected Line Z 0.34 ohms ineZ0mag 0.98 ohmsProtected Line angle 82.78 deg ineZ0angle 72.55 degNumber of Zones 1

ZoneInputTable Zone ZoneZone Number (index) 1 1 1 2 2

Type of Fault Ph-N Ph-Ph 3Ph Ph-N Ph-PhZoneType (-1,0,1,2,3) 0 0 0 0 0TypeOfChar (0,1) 1 0 0 1 0Direction (1, -1, 0) 1 1 1 1 1

ZFwdMag 5 5 5 10 10CharAng 80 80 80 80 80ZRevMagMult or MhoOffset 0.25 0 0 0.25 0ReacFwdLineTilt1 -3 -3ReacFwdLineTilt2 -3 -3ReacRevLineTilt3 -3 -3

FaultResGivenInPerLoop (0/1) 1 1 1 1 1RightResistance 8 10RightBldrAngle 80 80LeftResistance -2 -2.5LeftBldrAngle 80 80Q4ResBldrAngle (default=blank)LeftVertBldrRes (default=blank)

DirAngle1 -30 -30DirAngle2 -30 -30ResidualCompType 0 0kNmag or |Z0/Z1| or RN/RPh 0.8 0.8

kNangle or Z0/Z1ang or XN/XPh -15 -15kNAffectsResBldrAngles (0/1) 1 1kNAffectsDirLineAngles 0 0ZsMag(dirLineOrigin) 1 1 1 1 1ZsAngle 77 77 77 77 77ksMag 0.8 0.8ksAngle -1 -1ZFwdMag2 PerPh Res multiplied by (1+ todo?

Time delay 0 0 0 0.3 0.3TimeTolPercent(Minus) 50 50 50 10 10TimeTolPercent(Plus) 50 50 50 10 10ZTolPercent(relative +/-) 5 5 5 5 5ZsKsAffectsDirLinesFactor: default-1 todo?InherentOperTime 0.017 s Ver. 2.20 will have input box for thTimeTolRelative (per cent) 5 % RIO uses only one TimeRelativeTTimeTolAbs 0.03 s added RIO usesZTolRelative (per cent) 5 % BUG: F6TesT defaults to 5%. FI

Show/Hide ZoneInputTable Calculate & Create RIO file


47/100

ZTolAbs 0.05 ohmDirAngleTol 3 deg To be added to RIO format?


Note: If Reactance is in per loop, resistance must be in per loop as well


F6TesT Char Table 1 2 3

Line Cartesian Value Line Carte Value Line CarteR -0.41849 R -0.63968 RX -1.75061 X -2.13732 XAngle -30 Angle -3 Angle

1 2 3Line Cartesian Value Line Carte Value Line CarteR 0 R 7.5 RX 0 X 0 XAngle -15 Angle 90 Angle

1 2 3

Line Cartesian Value Line Carte Value Line CarteR 0 R 7.5 RX 0 X 0 XAngle -15 Angle 90 Angle

1 2 3Line Cartesian Value Line Carte Value Line CarteR 0 R 36 R

X 0 X 0 XAngle -15 Angle 90 Angle

1 2 3Line Cartesian Value Line Carte Value Line Carte

R 0 R 11.25 RX 0 X 0 XAngle -15 Angle 90 Angle

1 2 3Line Cartesian Value Line Carte Value Line CarteR 0 R 11.25 RX 0 X 0 XAngle -15 Angle 90 Angle

1 2 3Line Cartesian Value Line Carte Value Line CarteR 0 R -180 RX 0 X 0 XAngle 165 Angle 270 Angle

1 2 3Line Cartesian Value Line Carte Value Line CarteR 0 R -100 RX 0 X 0 X


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Angle 165 Angle 270 Angle1 2 3

Line Cartesian Value Line Carte Value Line Carte

R 0 R -100 RX 0 X 0 XAngle 165 Angle 270 Angle

1 2 3Line Cartesian Value Line Carte Value Line CarteR 0 R -54 RX 0 X 0 XAngle 165 Angle 270 Angle

1 2 3Line Cartesian Value Line Carte Value Line CarteR 0 R -16.875 R

X 0 X 0 XAngle 165 Angle 270 Angle

1 2 3Line Cartesian Value Line Carte Value Line Carte

R 0 R -16.875 RX 0 X 0 XAngle 165 Angle 270 Angle

1 2 3Line Cartesian Value Line Carte Value Line CarteR 0 R 36 R

X 0 X 0 XAngle -15 Angle 90 Angle

1 2 3Line Cartesian Value Line Carte Value Line CarteR 0 R 12 RX 0 X 0 XAngle -15 Angle 90 Angle

1 2 3Line Cartesian Value Line Carte Value Line CarteR 0 R 12 RX 0 X 0 X

Angle -15 Angle 90 Angle


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Zone Points Table Zn1 PhN Zn1 PhPh Zn1 3PhPhase-to-Ground R X R X R

1 -2.213730097 -0.71412 0 0 02 0.340267301 -2.18867 7.5 -2.00962 7.53 7.236778259 -2.55011 7.5 0 7.5

4 10.43517113 8.136484 9.740001 24 9.7400015 0.589600027 8.652468 -7.5 24 -7.56 -2.213730097 -0.71412 -7.5 16.0838 -7.57 0 0 0 0 089

10


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-250 -20

X


53/100

Add the following

LeftVertBldrRes (could be 90

VTR 2000 ZoneType - Tripping; add non-trCTR 80 Power swing? - use a separate

Load EncroachmentkNLmag 0.635513 ohms ZLoopMag 0.551202 TypeOfCharkNLang -15.575 deg ZLoopAng 76.73822 Tolerances - done

Zone Zone Zone2 3 3 3 4 4 4 5 5

3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph0 0 0 0 0 0 0 0 00 1 0 0 1 0 0 1 01 1 1 1 -1 -1 -1

10 30 30 30 10 10 10 0 080 80 80 80 80 80 80 0 00 0 0 0 0.25 0 0 0 0

-3 -3 0 0-3 -3 0 0-3 -3 0 0

1 1 1 1 1 1 1 1 115 10 0 080 80 0 0-33 -2.5 0 080 80 0 0

-30 -30 0 0-30 -30 0 00 0 0

0.8 0.8 0

-15 -15 01 1 10 0 0

1 1 1 1 1 1 1 0 077 77 77 77 77 77 77 77 77

0.8 0.8 0-1 -1 0

0.3 1 1 1 0.6 0.6 0.6 0 010 5 5 5 5 5 5 5 510 5 5 5 5 5 5 5 55 5 5 5 5 5 5 5 5

is. Not used in F6TesT 2.18. F6TesT but added it to the zone times.lerance in %and - toerance called TTolPlus and TTolMinus in secondsED?


54/100

DrawPerLoopPhN does not yet work with Quad? Check angles - Rad vs. degree conversion in VBA codDrawPerLoopPhPh needs to be implemented. At present it is always per phase (Kn=0). Code needs to

3ph is always per phase

4 5

Value Line Carte Value Line Cartes Value8 R 2.558714 R -20 X 8.549271 X 0

73.33807 Angle -3 Angle 73.33807

4 5 6Value Line Carte Value Line Cartes Value Line Carte Value7.5 R 2.240001 R -7.5 R 0

0 X 24 X 0 X 084.66784 Angle 0 Angle 90 Angle 115

4 5 6

Value Line Carte Value Line Cartes Value Line Carte Value7.5 R 2.240001 R -7.5 R 0


4 5Value Line Carte Value Line Cartes Value

36 R 10.24 R 0

0 X 72.8 X 081.99334 Angle 0 Angle 115

4 5 6Value Line Carte Value Line Cartes Value Line Carte Value

11.25 R 3.359997 R -11.25 R 00 X 36 X 0 X 0

84.66785 Angle 0 Angle 90 Angle 1154 5 6

Value Line Carte Value Line Cartes Value Line Carte Value11.25 R 3.359997 R -11.25 R 0



-180 R -25.6 R 00 X -182 X 0

261.9933 Angle 180 Angle 2954 5

Value Line Carte Value Line Cartes Value-100 R -8.39999 R 0

0 X -90 X 0


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264.6678 Angle 180 Angle 2954 5

Value Line Carte Value Line Cartes Value

-100 R -8.39999 R 00 X -90 X 0

264.6678 Angle 180 Angle 295


-54 R -12.8 R 00 X -91 X 0

261.9933 Angle 180 Angle 2954 5 6

Value Line Carte Value Line Cartes Value Line Carte Value-16.875 R -4.2 R 16.875 R 0

0 X -45 X 0 X 0264.6678 Angle 180 Angle 270 Angle 295


-16.875 R -4.2 R 16.875 R 00 X -45 X 0 X 0264.6678 Angle 180 Angle 270 Angle 295


36 R 14 R 0

0 X 50 X 074.35775 Angle 0 Angle 115


12 R 5.999998 R -12 R 00 X 30 X 0 X 0

78.69007 Angle 0 Angle 90 Angle 115


12 R 5.999998 R -12 R 00 X 30 X 0 X 0

78.69007 Angle 0 Angle 90 Angle 115


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Zn2 PhN Zn2 PhPh Zn2 3Ph Zn3 PhNX R X R X R X R X

0 0 0 0 0 0 0 0 0-2.00962 36 -9.64617 11.25 -3.01443 11.25 -3.01443 -180 48.23085

0 36 0 11.25 0 11.25 0 -180 0

24 46.24 72.8 14.61 36 14.61 36 -205.6 -18224 -33.9472 72.8 -11.25 36 -11.25 36 84.868 -182

16.0838 0 0 -11.25 24.1257 -11.25 24.1257 0 00 0 0 0 0 0 0

Zone Characteristics


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-200

-150

-100

-50

0

50

0 -150 -100 -50 0 50 100

R

Zn1 PhN

Zn1 PhPh

Zn1 3PhZn2 PhN

Zn2 PhPh

Zn2 3Ph

Zn3 PhN

Zn3 PhPh

Zn3 3Ph


60/100

eg) - done

ipping, starting, directional, etc.

one for the PS characteristics and use a long tripping time (only trippng type is allowed at pres

Zone Zone Zone5 6 6 6 7 7 7 8 8

3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph

0

0

000000

10000

00

077

0555


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ee modified.


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Zn3 PhPh Zn3 3Ph Zn4 PhN Zn4 PhPh Zn4 3PhR X R X R X R X R

0 0 0 0 0 0 0 0 0-100 26.79492 -100 26.79492 -54 14.46926 -16.875 4.521643 -16.875-100 0 -100 0 -54 0 -16.875 0 -16.875

-108.4 -90 -108.4 -90 -66.8 -91 -21.075 -45 -21.07541.96769 -90 41.96769 -90 42.434 -91 16.875 -45 16.875

0 0 0 0 0 0 16.875 -36.1886 16.8750 0 0 0 0 0 0 0 0


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nt)

NOT YET IMPLEMENTED IN F6test rio importNOT YET IMPLEMENTED IN F6test rio importNOT YET IMPLEMENTED IN F6test rio import


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Zn5 PhN Zn5 PhPh Zn5 3PhX R X R X R X

0 0 0 0 0 0 04.521643 36 -9.64617 12 -3.21539 12 -3.21539

0 36 0 12 0 12 0

-45 50 50 18 30 18 30-45 -23.3154 50 -12 30 -12 30

-36.1886 0 0 -12 25.73408 -12 25.734080 0 0 0 0


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StationName DobleProtectedObject Boston LineDeviceName RelayID Manufacturer XYZ

DeviceType Z< Fnom 60 HzVTRatio 525000 Vnom 115 V VTRCTRatio 3000 Inom 5 A CTR

Entered Values in Primary/Secondary? 1Protected Line Z 12 ohms ineZ0mag ohmsProtected Line angle 78.69 deg neZ0angle degNumber of Zones 3

ZoneInputTable Zone ZoneZone Number (index) 1 1 1 2 2 2

Type of Fault Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3PhZoneType (-1,0,1,2,3) 0 0 0 0 0 0TypeOfChar (0,1) 1 1 1 1 1 1Direction (1, -1, 0) 1 1 1 1 1 1

ZFwdMag 10.198 10.198 10.198 20.396 20.396 20.396CharAng 78.69 78.69 78.69 78.69 78.69 78.69ZRevMagMult or MhoOffset 1 1 1 1 1 1ReacFwdLineTilt1 0 0 0 0 0 0ReacFwdLineTilt2 0 0 0 0 0 0ReacRevLineTilt3 0 0 0 0 0 0

FaultResGivenInPerLoop (0/1) 1 1 1 1 1 1RightResistance 12 8 8 13 9 9RightBldrAngle 78.69 78.69 78.69 78.69 78.69 78.69LeftResistance -12 -8 -8 -13 -9 -9LeftBldrAngle 90 90 90 90 90 90Q4ResBldrAngle (default=blank) 90 90 90 90 90 90LeftVertBldrRes (default=blank) -12 -13

DirAngle1 -15 -15 -15 -15 -15 -15DirAngle2 115 115 115 115 115 115ResidualCompType 0 0kNmag or |Z0/Z1| or RN/RPh 0.704 0.704

kNangle or Z0/Z1ang or XN/XPh -10.5 -10.5kNAffectsResBldrAngles (0/1) ABB? 1 1kNAffectsDirLineAngles 0 0ZsMag(dirLineOrigin) 0 0 0 0 0 0ZsAngle 80 88 88 0 88 88ksMag 0 0ksAngle 0 -30PerPh Res multiplied by (1+KN)? todo?

Time delay 0.02 0.02 0.02 0.3 0.3 0.3TimeTolPercent(Minus) 50 50 50 10 10 10TimeTolPercent(Plus) 50 50 50 10 10 10ZTolPercent(relative +/-) 5 5 5 5 5 5

InherentOperTime 0.02 s To be added to RIO format?TimeTolRelative (per cent) 4.5 % RIO uses only one TimeRelativeTolerance inTimeTolAbs 0.022 s added RIO uses + and - toeraZTolRelative (per cent) 7 % BUG: F6TesT defaults to 5%


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ZTolAbs 0.011 ohmDirAngleTol 3.3 deg To be added to RIO format?

Ph-N Ph-Ph 3PhDrawPerPhaseOrPerLoop (0,1,2) 2 0 0 DrawPerLo

Note: If Reactance is in per loop, resistacne must be in per loop as well DrawPerLo

3ph is alwaDrawLinesInPrimValues (0,1) 0

InputValuesArePrimary

1 2 3Line Carte Value Line Carte Value Line Carte ValueR 0 R 1.577143 R 1.577143

X 0 X 0 X 0Angle -15 Angle 90 Angle 74.35445

1 2 3Line Carte Value Line Carte Value Line Carte Value

R 0 R 0.525714 R 0.525714X 0 X 0 X 0Angle -15 Angle 90 Angle 78.69

1 2 3Line Carte Value Line Carte Value Line Carte ValueR 0 R 0.525714 R 0.525714

X 0 X 0 X 0Angle -15 Angle 90 Angle 78.69

1 2 3Line Carte Value Line Carte Value Line Carte ValueR 0 R 1.708571 R 1.708571X 0 X 0 X 0Angle -15 Angle 90 Angle 74.35445

1 2 3Line Carte Value Line Carte Value Line Carte ValueR 0 R 0.591429 R 0.591429X 0 X 0 X 0

Angle -15 Angle 90 Angle 78.691 2 3

Line Carte Value Line Carte Value Line Carte ValueR 0 R 0.591429 R 0.591429X 0 X 0 X 0Angle -15 Angle 90 Angle 78.69

1 2 3Line Carte Value Line Carte Value Line Carte Value

R 0 R -1.70857 R -1.70857X 0 X 0 X 0Angle 165 Angle 270 Angle 254.3545

1 2 3Line Carte Value Line Carte Value Line Carte ValueR 0 R -0.65714 R -0.65714X 0 X 0 X 0Angle 165 Angle 270 Angle 258.69

Phase-to-Ground 1 2 3


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PlotPointsOffset=A99 Line Carte Value Line Carte Value Line Carte ValueR 0 R -0.65714 R -0.65714

1 X 0 X 0 X 0

2 Angle 165 Angle 270 Angle 258.693 Angle 165 Angle 270 Angle 258.694 Angle 165 Angle 270 Angle 258.69

56789

10Phase-to-PhasePlotPointsOffset+13 PhN Zone1 PhN Zone2 PhN Zone3

R X R X R X123

456789

103-PhasePlotPointsOffset+2*13 PhN Zone1 PhN Zone2 PhN Zone3

R X R X R X123

4567

89

10


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Zone 1flttype Zone 1flttype Zone 1flttypePhase-to-Ground R X R X R X

1 0 0 0 0 0 02 1.577143 -0.42259 0.525714 -0.14086 0.525714 -0.140863 1.577143 0 0.525714 0 0.525714 04 2.190568 2.190317 0.788572 1.31428 0.788572 1.314285 -1.02136 2.190317 -0.52571 1.31428 -0.52571 1.314286 0 0 -0.52571 1.127398 -0.52571 1.1273987 0 0 0 0 0 08 0 0 0 0 0 09 0 0 0 0 0 0


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10 0 0 0 0 0 010 0 010


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#NAME?#NAME?

Zone Zone Zone3 3 3 4 4 4 5 5 5

Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph0 0 01 1 1-1 -1 -1

15.297 15.297 15.29778.69 78.69 78.691 1 10 0 00 0 00 0 0

1 1 113 10 10

78.69 78.69 78.69-13 -9 -990 90 9090 90 90-13

-15 -15 -15115 115 115

00.704

-10.5100 0 00 88 880

-30

0.6 0.6 0.65 5 55 5 55 5 5

%nce called TTolPlus and TTolMinus in seconds


81/100

opPhN does not yet work with Quad? Check angles - Rad vs. degree conversion in VBA codeopPhPh needs to be implemented. At present it is always per phase (Kn=0). Code needs to be modified

ys per phase

4 5Line Carte Value Line Cartes ValueR 0.613425 R 0

X 2.190317 X 0Angle 0 Angle 115

4 5 6Line Carte Value Line Cartes Value Line Carte Value

R 0.262858 R -0.52571 R 0X 1.31428 X 0 X 0Angle 0 Angle 90 Angle 115

4 5 6Line Carte Value Line Cartes Value Line Carte ValueR 0.262858 R -0.52571 R 0

X 1.31428 X 0 X 0Angle 0 Angle 90 Angle 115

4 5 6Line Carte Value Line Cartes Value Line Carte ValueR 1.226849 R -1.70857 R 0X 4.380634 X 0 X 0Angle 0 Angle 90 Angle 115

4 5 6Line Carte Value Line Cartes Value Line Carte ValueR 0.525715 R -0.59143 R 0X 2.628561 X 0 X 0

Angle 0 Angle 90 Angle 1154 5 6

Line Carte Value Line Cartes Value Line Carte ValueR 0.525715 R -0.59143 R 0X 2.628561 X 0 X 0Angle 0 Angle 90 Angle 115

4 5Line Carte Value Line Cartes Value

R -0.92014 R 0X -3.28548 X 0Angle 180 Angle 295

4 5 6Line Carte Value Line Cartes Value Line Carte ValueR -0.39429 R 0.591429 R 0X -1.97142 X 0 X 0Angle 180 Angle 270 Angle 295

4 5 6


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Line Carte Value Line Cartes Value Line Carte ValueR -0.39429 R 0.591429 R 0X -1.97142 X 0 X 0

Angle 180 Angle 270 Angle 295Angle 180 Angle 270 Angle 295Angle 180 Angle 270 Angle 295

PhN Zone4 PhN Zone5

R X R X

PhN Zone4 PhN Zone5R X R X


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Zone 2flttype Zone 2flttype Zone 2flttype Zone 3flttype Zone 3flttyR X R X R X R X R

0 0 0 0 0 0 0 0 01.708571 -0.45781 0.591429 -0.15847 0.591429 -0.15847 -1.70857 0.45781 -0.657141.708571 0 0.591429 0 0.591429 0 -1.70857 0 -0.657142.935421 4.380635 1.117144 2.62856 1.117144 2.62856 -2.62871 -3.28548 -1.05143-1.70857 4.380634 -0.591429 2.628561 -0.59143 2.628561 1.532043 -3.28548 0.591429-1.70857 3.664043 -0.591429 1.268323 -0.59143 1.268323 0 0 0.591429

0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0

-2.5 -2 -1.5 -1 -0.5

X

R

Zone Characteristics


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0 0 0 0 0 0 0 0 0


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Zone Zone Zone6 6 6 7 7 7 8 8 8

Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph Ph-N Ph-Ph 3Ph


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.


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e Zone 3flttypeX R X

0 0 00.176081 -0.65714 0.176081

0 -0.65714 0-1.97142 -1.05143 -1.97142-1.97142 0.591429 -1.97142-1.26832 0.591429 -1.26832

0 0 00 0 00 0 0

-0.8

-0.7

-0.6

-0.5

-0.4

-0.3

-0.2

-0.1

00

10.43517113

46.24000168


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0 0 0


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NOT YET IMPLEMENTED IN F6test rio importNOT YET IMPLEMENTED IN F6test rio importNOT YET IMPLEMENTED IN F6test rio import


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'These SIMPLE functions are for use in the spreasheets'' Folowing modMath functions may also be used easily

'' Angle_0_Pos360' Angle_0_Neg360

' Angle_0_PosNeg180' AngleIsBetween(Angle, FromAngle, ToAngle, Optional CWDirection, Optional Exclusive)

Public Function Magnitude(R As Single, x As Single) As Single

Magnitude = Sqr(R * R + x * x)End Function

Public Function AngleDeg(R As Single, x As Single) As Single

AngleDeg = ATanXY(R, x) * cDegEnd Function

Public Function Re_MagAng(Magnitude As Single, Angle As Single) As SingleRe_MagAng = Magnitude * Cos(Angle * cRad)End Function

Public Function Im_MagAng(Magnitude As Single, Angle As Single) As Single

Im_MagAng = Magnitude * Sin(Angle * cRad)

End Function

Public Function KN_R1X1R0X0(r1 As Single, x1 As Single, r0 As Single, x0 As Single) As ComplexPol

'kN=(Z0/Z1-1)/3 = |kNmag|/knAng degreesDim Z1 As ComplexRXDim Z0 As ComplexRX

Dim tmpKN As ComplexRX

Z1.R = r1: Z1.x = x1Z0.R = r0: Z0.x = x0

tmpKN = DivideComplexRX(Z0, Z1)tmpKN.R = tmpKN.R - 1

KN_R1X1R0X0 = ToPolar(tmpKN)KN_R1X1R0X0.Mag = KN_R1X1R0X0.Mag / 3KN_R1X1R0X0.Angle = KN_R1X1R0X0.Angle * cDeg

End Function

Public Function kNMag_RX(r1 As Single, x1 As Single, r0 As Single, x0 As Single) As Single

Dim kNcpmplexPolar As ComplexPolarkNcpmplexPolar = KN_R1X1R0X0(r1, x1, r0, x0)kNMag_RX = kNcpmplexPolar.Mag

End Function

Public Function kNAng_RX(r1 As Single, x1 As Single, r0 As Single, x0 As Single) As Single


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Dim kNComplexPolar As ComplexPolarkNComplexPolar = KN_R1X1R0X0(r1, x1, r0, x0)kNAng_RX = kNComplexPolar.Angle

End Function

Public Function KN_Z1Z0(Z1mag As Single, Z1ang As Single, Z0mag As Single, Z0ang As Single) _As ComplexPolar

'kN=(Z0/Z1-1)/3 = |kNmag|/knAng degreesDim Z0dZ1 As ComplexPolarZ0dZ1.Mag = Z0mag / Z1magZ0dZ1.Angle = (Z0ang - Z1ang) * cRadDim tmpPolarNumber As ComplexPolartmpPolarNumber.Mag = 1

KN_Z1Z0 = SubtractComplexPolar(Z0dZ1, tmpPolarNumber)KN_Z1Z0.Mag = KN_Z1Z0.Mag / 3KN_Z1Z0.Angle = KN_Z1Z0.Angle * cDeg

End Function

Public Function kNMag_Z1Z0(Z1mag As Single, Z1ang As Single, Z0mag As Single, Z0ang As Single)Dim kNcpmplexPolar As ComplexPolarkNcpmplexPolar = KN_Z1Z0(Z1mag, Z1ang, Z0mag, Z0ang)kNMag_Z1Z0 = kNcpmplexPolar.Mag

End Function

Public Function kNAng_Z1Z0(Z1mag As Single, Z1ang As Single, Z0mag As Single, Z0ang As Single)Dim kNcpmplexPolar As ComplexPolarkNcpmplexPolar = KN_Z1Z0(Z1mag, Z1ang, Z0mag, Z0ang)kNAng_Z1Z0 = kNcpmplexPolar.Angle

End Function

Public Function kNLoop_R1X1R0X0(r1 As Single, x1 As Single, r0 As Single, x0 As Single) As CompleDim kN As ComplexPolarDim One As ComplexPolar

One.Mag = 1One.Angle = 0kN = KN_R1X1R0X0(r1, x1, r0, x0)kN.Angle = kN.Angle * cRad 'convert to radians before using in next formula

kNLoop_R1X1R0X0 = AddComplexPolar(One, kN)kNLoop_R1X1R0X0.Angle = kNLoop_R1X1R0X0.Angle * cDeg

End Function

Public Function kNLoopMag_R1X1R0X0(r1 As Single, x1 As Single, r0 As Single, x0 As Single) _As Single

Dim kNLoop As ComplexPolarkNLoop = kNLoop_R1X1R0X0(r1, x1, r0, x0)kNLoopMag_R1X1R0X0 = kNLoop.Mag

End Function


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Public Function kNLoopAng_R1X1R0X0(r1 As Single, x1 As Single, r0 As Single, x0 As Single) _As Single

Dim kNLoop As ComplexPolarkNLoop = kNLoop_R1X1R0X0(r1, x1, r0, x0)kNLoopAng_R1X1R0X0 = kNLoop.Angle

End Function

Public Function kNLoop_Z1Z0(Z1mag As Single, Z1ang As Single, Z0mag As Single, Z0ang As Single)As ComplexPolar

'Angle in DegreesDim r1 As Single: Dim x1 As Single: Dim r0 As Single: Dim x0 As Singler1 = Z1mag * Cos(Z1ang * cRad): x1 = Z1mag * Sin(Z1ang * cRad)r0 = Z0mag * Cos(Z0ang * cRad): x0 = Z0mag * Sin(Z0ang * cRad)

kNLoop_Z1Z0 = kNLoop_R1X1R0X0(r1, x1, r0, x0)kNLoop_Z1Z0.Angle = kNLoop_Z1Z0.Angle

End Function

Public Function kNLoopMag_Z1Z0(Z1mag As Single, Z1ang As Single, Z0mag As Single, Z0ang As SiAs SingleDim kNLoop As ComplexPolarkNLoop = kNLoop_Z1Z0(Z1mag, Z1ang, Z0mag, Z0ang)kNLoopMag_Z1Z0 = kNLoop.Mag

End Function

Public Function kNLoopAng_Z1Z0(Z1mag As Single, Z1ang As Single, Z0mag As Single, Z0ang As Si

As SingleDim kNLoop As ComplexPolarkNLoop = kNLoop_Z1Z0(Z1mag, Z1ang, Z0mag, Z0ang)kNLoopAng_Z1Z0 = kNLoop.Angle

End Function

Function CleanText(ByVal InputText As String, _

Optional ByVal InvalidCharacters As String = "!@#$%^&*()-+=[]\{}|;:,""'./?`~ ", _Optional ByVal SubstituteCharacter As String = "_") As String

'Remove or replace invalid characters like !@#$%^&*()-+=[]\{}|;:,""'./?`~'with a specified substitute character

Public Function ParseText(ByVal InputText As String, _

Optional InvalidCharacters As String = "!@#$%^&*()-+=[]\{}|;:,""'./?`~ ", _Optional SubstituteCharacter As String = "_", _Optional RemarkCharacters As String = "/""'#", _

Optional DoNotRemark As Boolean = False) As String' Use in Excel files to create a new name.' In the target cell, type = ParseName(source cell that contains the original name)' This will create a new name in the current or target cell.' Invalid characters are removed. If the name starts with a number an underscore (_)is pr


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r

0.686375-7.81529


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/rem (9ha % @ /rem (9ha % @

124ff/ hdser_&/ ag(((55

/#k/ /#k/rem 63 rem 63

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As Single Z1 1 75Z0 3.2 70kN 0.735176 -7.26474

s Single

Polar


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