Hardware Configuration

Test Equipment
Type Serial Number
CMC356

Hardware Check
Performed At Result Details
Not yet performed

Test Object - Device Settings

Substation/Bay:
Substation: FEEDER PROTECTION Substation address:
Bay: PCS-9611S Bay address:

Device:
Name/description: NON DIR.OC & EF Manufacturer: NR PCS-9611S
Device type: OVER CURRENT PROTECTION Device address: 198.120.000.100
Serial/model number: 198.120.000.100
Additional info 1:
Additional info 2:

Overcurrent-PICKUP TEST:
Test Object - Overcurrent Parameters

General - Values:
TimeTolAbs: 0.04 s VT connection: n/a
TimeTolRel: 5.00 % CT starpoint connection: n/a
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: No

1 / 54
Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes I #1 Phase IEC Normal Inverse 1.00 Iref 0.50 0.95 Non Directional

Test Module
Name: OMICRON Overcurrent Version: 4.30
Test Start: 20-Aug-2022 10:38:07 Test End: 20-Aug-2022 10:38:26
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:

Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: No
Fault voltage LN (for all but two phase faults): n/a
Fault voltage LL (for two phase faults): n/a
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or

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Name Trigger State
Bin. in 1 X
Bin. in 2 1

Pick-up / Drop-off Test:

I Pick-up Reset Ratio
Type Angle Resolution
nom min max nom
R n/a 50.00 ms 1.000 A 950.0 1.050 A 950.0 m
mA
Y n/a 50.00 ms 1.000 A 950.0 1.050 A 950.0 m
mA
B n/a 50.00 ms 1.000 A 950.0 1.050 A 950.0 m
mA
R-Y-B n/a 50.00 ms 1.000 A 950.0 1.050 A 950.0 m
mA

Pick-up / Drop-off Test Results:

I Pick-up I Drop-off Reset Ratio
Type Angle Result
nom act act nom act Error
R n/a 1.000 A 1.01 A 949.7 950.0 m 945.0 m -0.5263 Passed
mA %
Y n/a 1.000 A 1.00 A 950.0 950.0 m 950.0 m 0.00 % Passed
mA
B n/a 1.000 A 1.01 A 949.7 950.0 m 945.0 m -0.5263 Passed
mA %
R-Y-B n/a 1.000 A 1.01 A 949.7 950.0 m 945.0 m -0.5263 Passed
mA %

Test State:
4 out of 4 points tested.
4 points passed.
0 points failed.

Test passed

Overcurrent-TIMING TEST:
Test Object - Overcurrent Parameters

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General - Values:
TimeTolAbs: 0.04 s VT connection: n/a
TimeTolRel: 5.00 % CT starpoint connection: n/a
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: No

Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes I #1 Phase IEC Normal Inverse 1.00 Iref 0.50 0.95 Non Directional

Test Module
Name: OMICRON Overcurrent Version: 4.30
Test Start: 20-Aug-2022 10:40:19 Test End: 20-Aug-2022 10:40:58
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:

Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: No
Fault voltage LN (for all but two phase faults): n/a
Fault voltage LL (for two phase faults): n/a
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

4 / 54
Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
R I #1 Phase 2.000 2.000 A n/a 5.015 s 4.433 s 5.667 s
Y I #1 Phase 2.000 2.000 A n/a 5.015 s 4.433 s 5.667 s
B I #1 Phase 2.000 2.000 A n/a 5.015 s 4.433 s 5.667 s
R-Y-B I #1 Phase 2.000 2.000 A n/a 5.015 s 4.433 s 5.667 s
R I #1 Phase 5.000 5.000 A n/a 2.140 s 1.969 s 2.318 s
Y I #1 Phase 5.000 5.000 A n/a 2.140 s 1.969 s 2.318 s
B I #1 Phase 5.000 5.000 A n/a 2.140 s 1.969 s 2.318 s
R-Y-B I #1 Phase 5.000 5.000 A n/a 2.140 s 1.969 s 2.318 s

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or
Name Trigger State
Bin. in 1 X
Bin. in 2 1

Shot Test Results:

Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
R I #1 Phase 2.000 2.000 A n/a 5.015 s 5.038 s 0.4704 % No Passed
Y I #1 Phase 2.000 2.000 A n/a 5.015 s 5.038 s 0.4664 % No Passed
B I #1 Phase 2.000 2.000 A n/a 5.015 s 5.038 s 0.4644 % No Passed
R-Y-B I #1 Phase 2.000 2.000 A n/a 5.015 s 5.037 s 0.4484 % No Passed
R I #1 Phase 5.000 5.000 A n/a 2.140 s 2.159 s 0.8851 % No Passed
Y I #1 Phase 5.000 5.000 A n/a 2.140 s 2.159 s 0.9131 % No Passed
B I #1 Phase 5.000 5.000 A n/a 2.140 s 2.159 s 0.9085 % No Passed
R-Y-B I #1 Phase 5.000 5.000 A n/a 2.140 s 2.157 s 0.8150 % No Passed

5 / 54
Test State:
8 out of 8 points tested.
8 points passed.
0 points failed.

Test passed

Hardware Configuration 2

Test Equipment
Type Serial Number
CMC356 PC290Y

Hardware Check
Performed At Result Details
8/21/2022 11:09:06 Passed
AM

Test Object - Device Settings

Substation/Bay:
Substation: FEEDER PROTECTION RELAY Substation address:
Bay: Bay address:

Device:
Name/description: DIR.OC PROTECTION Manufacturer: NR
Device type: FEEDER PROTECTION RELAY Device address: 198.120.000.100
Serial/model number:
Additional info 1:
Additional info 2:

6 / 54
PICKUP TEST:
Test Object - Overcurrent Parameters

General - Values:
TimeTolAbs: 0.04 s VT connection: At protected object
TimeTolRel: 5.00 % CT starpoint connection: To protected object
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: Yes

Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No I #1 Phase IEC Definite Time 1.00 Iref 0.10 s 0.95 Non Directional
Yes OC-DIR IEC Normal Inverse 1.00 Iref 0.50 0.95 Forward

Test Module
Name: OMICRON Overcurrent Version: 4.30
Test Start: 20-Aug-2022 12:14:18 Test End: 20-Aug-2022 12:14:36
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:

Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: Yes
Fault voltage LN (for all but two phase faults): 30.00 V
Fault voltage LL (for two phase faults): 51.96 V
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

7 / 54
Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or
Name Trigger State
Bin. in 1 X
Bin. in 2 1

Pick-up / Drop-off Test:

I Pick-up Reset Ratio
Type Angle Resolution
nom min max nom
R -60.00 ° 50.00 ms 1.000 A 950.0 1.050 A 950.0 m
mA
Y -60.00 ° 50.00 ms 1.000 A 950.0 1.050 A 950.0 m
mA
B -60.00 ° 50.00 ms 1.000 A 950.0 1.050 A 950.0 m
mA
R-Y-B -60.00 ° 50.00 ms 1.000 A 950.0 1.050 A 950.0 m
mA

Pick-up / Drop-off Test Results:

I Pick-up I Drop-off Reset Ratio
Type Angle Result
nom act act nom act Error
R -60.00 ° 1.000 A 1.00 A 950.0 950.0 m 950.0 m 0.00 % Passed
mA
Y -60.00 ° 1.000 A 1.01 A 949.7 950.0 m 945.0 m -0.5263 Passed
mA %
B -60.00 ° 1.000 A 1.01 A 949.7 950.0 m 945.0 m -0.5263 Passed
mA %
R-Y-B -60.00 ° 1.000 A 1.01 A 949.7 950.0 m 945.0 m -0.5263 Passed
mA %

8 / 54
Test State:
4 out of 4 points tested.
4 points passed.
0 points failed.

Test passed

Overcurrent:
Test Object - Overcurrent Parameters

General - Values:
TimeTolAbs: 0.04 s VT connection: At protected object
TimeTolRel: 5.00 % CT starpoint connection: To protected object
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: Yes

Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No I #1 Phase IEC Definite Time 1.00 Iref 0.10 s 0.95 Non Directional
Yes OC-DIR IEC Normal Inverse 1.00 Iref 0.20 0.95 Forward

Test Module
Name: OMICRON Overcurrent Version: 4.30
Test Start: 20-Aug-2022 12:19:46 Test End: 20-Aug-2022 12:20:01
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:

9 / 54
Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: Yes
Fault voltage LN (for all but two phase faults): 30.00 V
Fault voltage LL (for two phase faults): 51.96 V
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
R OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 1.773 s 2.267 s
R-Y-B OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 1.773 s 2.267 s

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or
Name Trigger State
Bin. in 1 X
Bin. in 2 1

10 / 54
Shot Test Results:
Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
R OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 2.063 s 2.842 % No Passed
Y OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 2.034 s 1.416 % No Passed
B OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 2.034 s 1.421 % No Passed
R-Y-B OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 2.035 s 1.436 % No Passed

Test State:
4 out of 4 points tested.
4 points passed.
0 points failed.

Test passed

Overcurrent-R-CHARACTERISTICS TEST:
Test Object - Overcurrent Parameters

General - Values:
TimeTolAbs: 0.04 s VT connection: At protected object
TimeTolRel: 5.00 % CT starpoint connection: To protected object
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: Yes

Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No I #1 Phase IEC Definite Time 1.00 Iref 0.10 s 0.95 Non Directional
Yes OC-DIR IEC Normal Inverse 1.00 Iref 0.20 0.95 Forward

Test Module
Name: OMICRON Overcurrent Version: 4.30
Test Start: 21-Aug-2022 11:14:38 Test End: 21-Aug-2022 11:19:58
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:

11 / 54
Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 5.000 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: Yes
Fault voltage LN (for all but two phase faults): 30.00 V
Fault voltage LL (for two phase faults): 51.96 V
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

12 / 54
Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
R OC-DIR 2.000 2.000 A 0.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A 5.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A 10.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A 15.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A 20.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A 25.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A 30.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A 35.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A 40.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A 45.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A 50.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 55.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 60.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 65.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 70.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 75.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 80.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 85.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 90.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 95.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 100.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 105.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 110.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 115.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 120.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 125.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 130.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 135.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 140.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 145.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 150.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 155.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 160.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 165.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 170.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 175.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A 180.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A -175.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A -170.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A -165.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A -160.00 ° No trip No trip No trip

13 / 54
R OC-DIR 2.000 2.000 A -155.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A -150.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A -145.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A -140.00 ° No trip No trip No trip
R OC-DIR 2.000 2.000 A -135.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -130.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -125.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -120.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -115.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -110.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -105.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -100.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -95.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -90.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -85.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -80.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -75.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -70.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -65.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -55.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -50.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -45.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -40.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -35.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -30.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -25.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -20.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -15.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -10.00 ° 2.006 s 1.773 s 2.267 s
R OC-DIR 2.000 2.000 A -5.00 ° 2.006 s 1.773 s 2.267 s

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or

14 / 54
Name Trigger State
Bin. in 1 X
Bin. in 2 1

15 / 54
Shot Test Results:
Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
R OC-DIR 2.000 2.000 A 0.00 ° 2.006 s 2.048 s 2.089 % No Passed
R OC-DIR 2.000 2.000 A 5.00 ° 2.006 s 2.046 s 2.019 % No Passed
R OC-DIR 2.000 2.000 A 10.00 ° 2.006 s 2.035 s 1.461 % No Passed
R OC-DIR 2.000 2.000 A 15.00 ° 2.006 s 2.045 s 1.949 % No Passed
R OC-DIR 2.000 2.000 A 20.00 ° 2.006 s 2.048 s 2.119 % No Passed
R OC-DIR 2.000 2.000 A 25.00 ° 2.006 s 2.054 s 2.413 % No Passed
R OC-DIR 2.000 2.000 A 30.00 ° 2.006 s 2.053 s 2.343 % No Passed
R OC-DIR 2.000 2.000 A 35.00 ° 2.006 s 2.052 s 2.318 % No Passed
R OC-DIR 2.000 2.000 A 40.00 ° 2.006 s 2.055 s 2.468 % No Passed
R OC-DIR 2.000 2.000 A 45.00 ° 2.006 s No trip n/a No Failed
R OC-DIR 2.000 2.000 A 50.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 55.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 60.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 65.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 70.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 75.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 80.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 85.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 90.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 95.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 100.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 105.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 110.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 115.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 120.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 125.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 130.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 135.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 140.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 145.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 150.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 155.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 160.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 165.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 170.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 175.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A 180.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A -175.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A -170.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A -165.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A -160.00 ° No trip No trip n/a No Passed

16 / 54
R OC-DIR 2.000 2.000 A -155.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A -150.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A -145.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A -140.00 ° No trip No trip n/a No Passed
R OC-DIR 2.000 2.000 A -135.00 ° 2.006 s No trip n/a No Failed
R OC-DIR 2.000 2.000 A -130.00 ° 2.006 s 2.065 s 2.951 % No Passed
R OC-DIR 2.000 2.000 A -125.00 ° 2.006 s 2.060 s 2.702 % No Passed
R OC-DIR 2.000 2.000 A -120.00 ° 2.006 s 2.050 s 2.178 % No Passed
R OC-DIR 2.000 2.000 A -115.00 ° 2.006 s 2.054 s 2.393 % No Passed
R OC-DIR 2.000 2.000 A -110.00 ° 2.006 s 2.051 s 2.263 % No Passed
R OC-DIR 2.000 2.000 A -105.00 ° 2.006 s 2.056 s 2.512 % No Passed
R OC-DIR 2.000 2.000 A -100.00 ° 2.006 s 2.051 s 2.263 % No Passed
R OC-DIR 2.000 2.000 A -95.00 ° 2.006 s 2.055 s 2.468 % No Passed
R OC-DIR 2.000 2.000 A -90.00 ° 2.006 s 2.056 s 2.508 % No Passed
R OC-DIR 2.000 2.000 A -85.00 ° 2.006 s 2.052 s 2.278 % No Passed
R OC-DIR 2.000 2.000 A -80.00 ° 2.006 s 2.049 s 2.163 % No Passed
R OC-DIR 2.000 2.000 A -75.00 ° 2.006 s 2.055 s 2.428 % No Passed
R OC-DIR 2.000 2.000 A -70.00 ° 2.006 s 2.052 s 2.323 % No Passed
R OC-DIR 2.000 2.000 A -65.00 ° 2.006 s 2.048 s 2.104 % No Passed
R OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 2.056 s 2.488 % No Passed
R OC-DIR 2.000 2.000 A -55.00 ° 2.006 s 2.048 s 2.114 % No Passed
R OC-DIR 2.000 2.000 A -50.00 ° 2.006 s 2.051 s 2.253 % No Passed
R OC-DIR 2.000 2.000 A -45.00 ° 2.006 s 2.049 s 2.173 % No Passed
R OC-DIR 2.000 2.000 A -40.00 ° 2.006 s 2.051 s 2.238 % No Passed
R OC-DIR 2.000 2.000 A -35.00 ° 2.006 s 2.050 s 2.183 % No Passed
R OC-DIR 2.000 2.000 A -30.00 ° 2.006 s 2.049 s 2.159 % No Passed
R OC-DIR 2.000 2.000 A -25.00 ° 2.006 s 2.036 s 1.515 % No Passed
R OC-DIR 2.000 2.000 A -20.00 ° 2.006 s 2.049 s 2.154 % No Passed
R OC-DIR 2.000 2.000 A -15.00 ° 2.006 s 2.049 s 2.139 % No Passed
R OC-DIR 2.000 2.000 A -10.00 ° 2.006 s 2.035 s 1.431 % No Passed
R OC-DIR 2.000 2.000 A -5.00 ° 2.006 s 2.038 s 1.580 % No Passed

Test State:
72 out of 72 points tested.
70 points passed.
2 points failed.

Test passed (manually assessed)

R-PHASE BOUNDARY CHECKS:

Test Settings
17 / 54
General
No. of ramp states: 4
Total steps per test: 44
Total time per test: 44.000 s
No. of test executions: 1

Input Mode: Direct

Fault Type:

Ramped Quantities
I R / Phase

Ramp States
Ramp Ramp 1 Ramp 2 Ramp 3 Ramp 4
V R-N 30.00 V 30.00 V 30.00 V 30.00 V
0.00 ° 0.00 ° 0.00 ° 0.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
V Y-N 63.50 V 63.50 V 63.50 V 63.50 V
-120.00 ° -120.00 ° -120.00 ° -120.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
V B-N 63.50 V 63.50 V 63.50 V 63.50 V
120.00 ° 120.00 ° 120.00 ° 120.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
IR 2.000 A 2.000 A 2.000 A 2.000 A
-140.00 ° -130.00 ° 50.00 ° 40.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
IY 0.00 A 0.00 A 0.00 A 0.00 A
-120.00 ° -120.00 ° -120.00 ° -120.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
IB 0.00 A 0.00 A 0.00 A 0.00 A
120.00 ° 120.00 ° 120.00 ° 120.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
Force abs. Phases No No No No
Sig 1 From -140.00 ° -130.00 ° 50.00 ° 40.00 °
Sig 1 To -130.00 ° -140.00 ° 40.00 ° 50.00 °
Sig 1 Delta 1.00 ° -1.00 ° -1.00 ° 1.00 °
Sig 1 d/dt 1 °/s -1 °/s -1 °/s 1 °/s
Bin. out 1 0 0 0 0
Bin. out 2 0 0 0 0
Bin. out 3 0 0 0 0
Bin. out 4 0 0 0 0
dt per Step 1.000 s 1.000 s 1.000 s 1.000 s
Ramp Steps 11 11 11 11

18 / 54
Ramp Time 11.000s 11.000s 11.000s 11.000s
Trigger Bin Bin Bin Bin
Trigger Logic OR OR OR OR
Bin. in 1 1 0 1 0
Bin. in 2 X X X X
Bin. in 3 X X X X
Bin. in 4 X X X X
Bin. in 5 X X X X
Bin. in 6 X X X X
Bin. in 7 X X X X
Bin. in 8 X X X X
Bin. in 9 X X X X
Bin. in 10 X X X X
Step back No No No No
Delay Time 0.00 s 0.00 s 0.00 s 0.00 s

Test Module
Name: OMICRON Ramping Version: 4.30
Test Start: 21-Aug-2022 11:25:14 Test End: 21-Aug-2022 11:25:30
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Assessment Results
Name/ Exec. Ramp Condition Sig Nom. Act. Tol.- Tol.+ Dev. Assess Tact
Pick-up Ramp 1 Bin. in 1 IR -135.00 ° -135.00 ° 5.00 ° 5.00 ° 0.00 ° + 41.80 ms
0->1
Drop-off Ramp 2 Bin. in 1 IR -135.00 ° -136.00 ° 5.00 ° 5.00 ° -1.00 ° + 14.90 ms
1->0
Pickup Ramp 3 Bin. in 1 IR 45.00 ° 44.00 ° 5.00 ° 5.00 ° -1.00 ° + 23.50 ms
0->1
Drop-off Ramp 4 Bin. in 1 IR 45.00 ° 45.00 ° 5.00 ° 5.00 ° 0.00 ° + 30.70 ms
1->0
Assess: + .. Passed x .. Failed o .. Not assessed

Test State:
Test passed

Overcurrent-Y-CHARACTERISTICS TEST:
Test Object - Overcurrent Parameters

19 / 54
General - Values:
TimeTolAbs: 0.04 s VT connection: At protected object
TimeTolRel: 5.00 % CT starpoint connection: To protected object
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: Yes

Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No I #1 Phase IEC Definite Time 1.00 Iref 0.10 s 0.95 Non Directional
Yes OC-DIR IEC Normal Inverse 1.00 Iref 0.20 0.95 Forward

Test Module
Name: OMICRON Overcurrent Version: 4.30
Test Start: 21-Aug-2022 11:42:07 Test End: 21-Aug-2022 11:47:33
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:

Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 5.000 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: Yes
Fault voltage LN (for all but two phase faults): 30.00 V
Fault voltage LL (for two phase faults): 51.96 V
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

20 / 54
Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
Y OC-DIR 2.000 2.000 A 0.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A 5.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A 10.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A 15.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A 20.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A 25.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A 30.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A 35.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A 40.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A 45.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A 50.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 55.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 60.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 65.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 70.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 75.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 80.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 85.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 90.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 95.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 100.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 105.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 110.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 115.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 120.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 125.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 130.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 135.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 140.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 145.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 150.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 155.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 160.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 165.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 170.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 175.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A 180.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A -175.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A -170.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A -165.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A -160.00 ° No trip No trip No trip

21 / 54
Y OC-DIR 2.000 2.000 A -155.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A -150.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A -145.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A -140.00 ° No trip No trip No trip
Y OC-DIR 2.000 2.000 A -135.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -130.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -125.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -120.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -115.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -110.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -105.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -100.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -95.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -90.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -85.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -80.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -75.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -70.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -65.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -55.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -50.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -45.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -40.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -35.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -30.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -25.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -20.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -15.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -10.00 ° 2.006 s 1.773 s 2.267 s
Y OC-DIR 2.000 2.000 A -5.00 ° 2.006 s 1.773 s 2.267 s

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or

22 / 54
Name Trigger State
Bin. in 1 X
Bin. in 2 1

23 / 54
Shot Test Results:
Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
Y OC-DIR 2.000 2.000 A 0.00 ° 2.006 s 2.035 s 1.461 % No Passed
Y OC-DIR 2.000 2.000 A 5.00 ° 2.006 s 2.044 s 1.914 % No Passed
Y OC-DIR 2.000 2.000 A 10.00 ° 2.006 s 2.043 s 1.839 % No Passed
Y OC-DIR 2.000 2.000 A 15.00 ° 2.006 s 2.046 s 2.014 % No Passed
Y OC-DIR 2.000 2.000 A 20.00 ° 2.006 s 2.049 s 2.159 % No Passed
Y OC-DIR 2.000 2.000 A 25.00 ° 2.006 s 2.049 s 2.159 % No Passed
Y OC-DIR 2.000 2.000 A 30.00 ° 2.006 s 2.053 s 2.358 % No Passed
Y OC-DIR 2.000 2.000 A 35.00 ° 2.006 s 2.053 s 2.338 % No Passed
Y OC-DIR 2.000 2.000 A 40.00 ° 2.006 s 2.047 s 2.059 % No Passed
Y OC-DIR 2.000 2.000 A 45.00 ° 2.006 s No trip n/a No Failed
Y OC-DIR 2.000 2.000 A 50.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 55.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 60.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 65.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 70.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 75.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 80.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 85.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 90.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 95.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 100.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 105.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 110.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 115.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 120.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 125.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 130.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 135.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 140.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 145.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 150.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 155.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 160.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 165.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 170.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 175.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A 180.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A -175.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A -170.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A -165.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A -160.00 ° No trip No trip n/a No Passed

24 / 54
Y OC-DIR 2.000 2.000 A -155.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A -150.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A -145.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A -140.00 ° No trip No trip n/a No Passed
Y OC-DIR 2.000 2.000 A -135.00 ° 2.006 s No trip n/a No Failed
Y OC-DIR 2.000 2.000 A -130.00 ° 2.006 s 2.061 s 2.732 % No Passed
Y OC-DIR 2.000 2.000 A -125.00 ° 2.006 s 2.061 s 2.747 % No Passed
Y OC-DIR 2.000 2.000 A -120.00 ° 2.006 s 2.052 s 2.298 % No Passed
Y OC-DIR 2.000 2.000 A -115.00 ° 2.006 s 2.049 s 2.134 % No Passed
Y OC-DIR 2.000 2.000 A -110.00 ° 2.006 s 2.052 s 2.293 % No Passed
Y OC-DIR 2.000 2.000 A -105.00 ° 2.006 s 2.048 s 2.109 % No Passed
Y OC-DIR 2.000 2.000 A -100.00 ° 2.006 s 2.053 s 2.373 % No Passed
Y OC-DIR 2.000 2.000 A -95.00 ° 2.006 s 2.052 s 2.278 % No Passed
Y OC-DIR 2.000 2.000 A -90.00 ° 2.006 s 2.052 s 2.283 % No Passed
Y OC-DIR 2.000 2.000 A -85.00 ° 2.006 s 2.049 s 2.139 % No Passed
Y OC-DIR 2.000 2.000 A -80.00 ° 2.006 s 2.050 s 2.193 % No Passed
Y OC-DIR 2.000 2.000 A -75.00 ° 2.006 s 2.055 s 2.438 % No Passed
Y OC-DIR 2.000 2.000 A -70.00 ° 2.006 s 2.049 s 2.154 % No Passed
Y OC-DIR 2.000 2.000 A -65.00 ° 2.006 s 2.052 s 2.323 % No Passed
Y OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 2.053 s 2.328 % No Passed
Y OC-DIR 2.000 2.000 A -55.00 ° 2.006 s 2.052 s 2.283 % No Passed
Y OC-DIR 2.000 2.000 A -50.00 ° 2.006 s 2.054 s 2.383 % No Passed
Y OC-DIR 2.000 2.000 A -45.00 ° 2.006 s 2.048 s 2.084 % No Passed
Y OC-DIR 2.000 2.000 A -40.00 ° 2.006 s 2.054 s 2.408 % No Passed
Y OC-DIR 2.000 2.000 A -35.00 ° 2.006 s 2.051 s 2.263 % No Passed
Y OC-DIR 2.000 2.000 A -30.00 ° 2.006 s 2.050 s 2.183 % No Passed
Y OC-DIR 2.000 2.000 A -25.00 ° 2.006 s 2.051 s 2.233 % No Passed
Y OC-DIR 2.000 2.000 A -20.00 ° 2.006 s 2.050 s 2.218 % No Passed
Y OC-DIR 2.000 2.000 A -15.00 ° 2.006 s 2.048 s 2.099 % No Passed
Y OC-DIR 2.000 2.000 A -10.00 ° 2.006 s 2.039 s 1.645 % No Passed
Y OC-DIR 2.000 2.000 A -5.00 ° 2.006 s 2.040 s 1.705 % No Passed

Test State:
72 out of 72 points tested.
70 points passed.
2 points failed.

Test passed (manually assessed)

Y PHASE BOUNDARY CHECKS:

Test Settings
25 / 54
General
No. of ramp states: 6
Total steps per test: 91
Total time per test: 91.000 s
No. of test executions: 1

Input Mode: Direct

Fault Type:

Ramped Quantities
I Y / Phase

Ramp States
Ramp Ramp 1 Ramp 2 Ramp 3 Ramp 4 Ramp 5 Ramp 6
V R-N 63.50 V 63.50 V 63.50 V 63.50 V 63.50 V 63.51 V
0.00 ° 0.00 ° 0.00 ° 0.00 ° 0.00 ° 0.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
V Y-N 30.00 V 30.00 V 30.00 V 30.00 V 30.00 V 30.00 V
-120.00 ° -120.00 ° -120.00 ° -120.00 ° -120.00 ° -120.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
V B-N 63.50 V 63.50 V 63.50 V 63.50 V 63.50 V 63.50 V
120.00 ° 120.00 ° 120.00 ° 120.00 ° 120.00 ° 120.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
IR 0.00 A 0.00 A 0.00 A 0.00 A 0.00 A 0.00 A
0.00 ° 0.00 ° 0.00 ° 0.00 ° 0.00 ° 0.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
IY 2.000 A 2.000 A 2.000 A 2.000 A 2.000 A 2.000 A
95.00 ° 180.00 ° 100.00 ° 300.00 ° 180.00 ° 275.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
IB 0.00 A 0.00 A 0.00 A 0.00 A 0.00 A 0.00 A
120.00 ° 120.00 ° 120.00 ° 120.00 ° 120.00 ° 120.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
Force abs. Phases No No No No No No
Sig 1 From 95.00 ° 180.00 ° 100.00 ° 300.00 ° 180.00 ° 275.00 °
Sig 1 To 120.00 ° 180.00 ° 90.00 ° 275.00 ° 180.00 ° 300.00 °
Sig 1 Delta 1.00 ° 0.00 ° -1.00 ° -1.00 ° 0.00 ° 1.00 °
Sig 1 d/dt 1 °/s -1 °/s -1 °/s -1 °/s 1 °/s 1 °/s
Bin. out 1 0 0 0 0 0 0
Bin. out 2 0 0 0 0 0 0
Bin. out 3 0 0 0 0 0 0
Bin. out 4 0 0 0 0 0 0
dt per Step 1.000 s 1.000 s 1.000 s 1.000 s 1.000 s 1.000 s
Ramp Steps 26 1 11 26 1 26

26 / 54
Ramp Time 26.000s 1.000s 11.000s 26.000s 1.000s 26.000s
Trigger Bin None Bin Bin None Bin
Trigger Logic OR OR OR OR
Bin. in 1 1 0 1 0
Bin. in 2 X X X X
Bin. in 3 X X X X
Bin. in 4 X X X X
Bin. in 5 X X X X
Bin. in 6 X X X X
Bin. in 7 X X X X
Bin. in 8 X X X X
Bin. in 9 X X X X
Bin. in 10 X X X X
Step back No No No No No No
Delay Time 0.00 s 0.00 s 0.00 s 0.00 s 0.00 s 0.00 s

Test Module
Name: OMICRON Ramping Version: 4.30
Test Start: 21-Aug-2022 11:59:48 Test End: 21-Aug-2022 12:00:29
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Assessment Results
Name/ Exec. Ramp Condition Sig Nom. Act. Tol.- Tol.+ Dev. Assess Tact
Pick-up Ramp 1 Bin. in 1 IY 105.00 ° 105.00 ° 5.00 ° 5.00 ° 0.00 ° + 43.60 ms
0->1
Drop-off Ramp 3 Bin. in 1 IY 105.00 ° 100.00 ° 5.00 ° 5.00 ° -5.00 ° + 16.50 ms
1->0
Pickup Ramp 4 Bin. in 1 IY -75.00 ° 284.00 ° 5.00 ° 5.00 ° -1.00 ° + 19.20 ms
0->1
Drop-off Ramp 6 Bin. in 1 IY -75.00 ° 285.00 ° 5.00 ° 5.00 ° 0.00 ° + 35.50 ms
1->0
Assess: + .. Passed x .. Failed o .. Not assessed

Test State:
Test passed

Overcurrent-B-CHARACTERISTICS TEST:
Test Object - Overcurrent Parameters

27 / 54
General - Values:
TimeTolAbs: 0.04 s VT connection: At protected object
TimeTolRel: 5.00 % CT starpoint connection: To protected object
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: Yes

Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No I #1 Phase IEC Definite Time 1.00 Iref 0.10 s 0.95 Non Directional
Yes OC-DIR IEC Normal Inverse 1.00 Iref 0.20 0.95 Forward

Test Module
Name: OMICRON Overcurrent Version: 4.30
Test Start: 21-Aug-2022 12:04:15 Test End: 21-Aug-2022 12:09:42
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:

Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 5.000 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: Yes
Fault voltage LN (for all but two phase faults): 30.00 V
Fault voltage LL (for two phase faults): 51.96 V
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

28 / 54
Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
B OC-DIR 2.000 2.000 A 0.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A 5.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A 10.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A 15.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A 20.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A 25.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A 30.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A 35.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A 40.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A 45.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A 50.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 55.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 60.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 65.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 70.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 75.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 80.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 85.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 90.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 95.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 100.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 105.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 110.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 115.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 120.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 125.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 130.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 135.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 140.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 145.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 150.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 155.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 160.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 165.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 170.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 175.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A 180.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A -175.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A -170.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A -165.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A -160.00 ° No trip No trip No trip

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B OC-DIR 2.000 2.000 A -155.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A -150.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A -145.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A -140.00 ° No trip No trip No trip
B OC-DIR 2.000 2.000 A -135.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -130.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -125.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -120.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -115.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -110.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -105.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -100.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -95.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -90.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -85.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -80.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -75.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -70.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -65.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -55.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -50.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -45.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -40.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -35.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -30.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -25.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -20.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -15.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -10.00 ° 2.006 s 1.773 s 2.267 s
B OC-DIR 2.000 2.000 A -5.00 ° 2.006 s 1.773 s 2.267 s

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or

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Name Trigger State
Bin. in 1 X
Bin. in 2 1

31 / 54
Shot Test Results:
Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
B OC-DIR 2.000 2.000 A 0.00 ° 2.006 s 2.035 s 1.475 % No Passed
B OC-DIR 2.000 2.000 A 5.00 ° 2.006 s 2.036 s 1.520 % No Passed
B OC-DIR 2.000 2.000 A 10.00 ° 2.006 s 2.035 s 1.456 % No Passed
B OC-DIR 2.000 2.000 A 15.00 ° 2.006 s 2.035 s 1.456 % No Passed
B OC-DIR 2.000 2.000 A 20.00 ° 2.006 s 2.037 s 1.535 % No Passed
B OC-DIR 2.000 2.000 A 25.00 ° 2.006 s 2.045 s 1.954 % No Passed
B OC-DIR 2.000 2.000 A 30.00 ° 2.006 s 2.049 s 2.139 % No Passed
B OC-DIR 2.000 2.000 A 35.00 ° 2.006 s 2.053 s 2.338 % No Passed
B OC-DIR 2.000 2.000 A 40.00 ° 2.006 s 2.048 s 2.109 % No Passed
B OC-DIR 2.000 2.000 A 45.00 ° 2.006 s No trip n/a No Failed
B OC-DIR 2.000 2.000 A 50.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 55.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 60.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 65.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 70.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 75.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 80.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 85.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 90.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 95.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 100.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 105.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 110.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 115.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 120.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 125.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 130.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 135.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 140.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 145.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 150.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 155.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 160.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 165.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 170.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 175.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A 180.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A -175.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A -170.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A -165.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A -160.00 ° No trip No trip n/a No Passed

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B OC-DIR 2.000 2.000 A -155.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A -150.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A -145.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A -140.00 ° No trip No trip n/a No Passed
B OC-DIR 2.000 2.000 A -135.00 ° 2.006 s No trip n/a No Failed
B OC-DIR 2.000 2.000 A -130.00 ° 2.006 s 2.063 s 2.837 % No Passed
B OC-DIR 2.000 2.000 A -125.00 ° 2.006 s 2.056 s 2.488 % No Passed
B OC-DIR 2.000 2.000 A -120.00 ° 2.006 s 2.047 s 2.034 % No Passed
B OC-DIR 2.000 2.000 A -115.00 ° 2.006 s 2.052 s 2.323 % No Passed
B OC-DIR 2.000 2.000 A -110.00 ° 2.006 s 2.052 s 2.323 % No Passed
B OC-DIR 2.000 2.000 A -105.00 ° 2.006 s 2.050 s 2.193 % No Passed
B OC-DIR 2.000 2.000 A -100.00 ° 2.006 s 2.048 s 2.099 % No Passed
B OC-DIR 2.000 2.000 A -95.00 ° 2.006 s 2.049 s 2.139 % No Passed
B OC-DIR 2.000 2.000 A -90.00 ° 2.006 s 2.047 s 2.064 % No Passed
B OC-DIR 2.000 2.000 A -85.00 ° 2.006 s 2.046 s 1.999 % No Passed
B OC-DIR 2.000 2.000 A -80.00 ° 2.006 s 2.052 s 2.293 % No Passed
B OC-DIR 2.000 2.000 A -75.00 ° 2.006 s 2.049 s 2.134 % No Passed
B OC-DIR 2.000 2.000 A -70.00 ° 2.006 s 2.052 s 2.283 % No Passed
B OC-DIR 2.000 2.000 A -65.00 ° 2.006 s 2.047 s 2.069 % No Passed
B OC-DIR 2.000 2.000 A -60.00 ° 2.006 s 2.052 s 2.283 % No Passed
B OC-DIR 2.000 2.000 A -55.00 ° 2.006 s 2.046 s 1.984 % No Passed
B OC-DIR 2.000 2.000 A -50.00 ° 2.006 s 2.051 s 2.263 % No Passed
B OC-DIR 2.000 2.000 A -45.00 ° 2.006 s 2.047 s 2.054 % No Passed
B OC-DIR 2.000 2.000 A -40.00 ° 2.006 s 2.044 s 1.904 % No Passed
B OC-DIR 2.000 2.000 A -35.00 ° 2.006 s 2.045 s 1.944 % No Passed
B OC-DIR 2.000 2.000 A -30.00 ° 2.006 s 2.035 s 1.456 % No Passed
B OC-DIR 2.000 2.000 A -25.00 ° 2.006 s 2.040 s 1.685 % No Passed
B OC-DIR 2.000 2.000 A -20.00 ° 2.006 s 2.034 s 1.416 % No Passed
B OC-DIR 2.000 2.000 A -15.00 ° 2.006 s 2.036 s 1.520 % No Passed
B OC-DIR 2.000 2.000 A -10.00 ° 2.006 s 2.034 s 1.406 % No Passed
B OC-DIR 2.000 2.000 A -5.00 ° 2.006 s 2.035 s 1.451 % No Passed

Test State:
72 out of 72 points tested.
70 points passed.
2 points failed.

Test passed (manually assessed)

B PHASE BOUNDARY CHECKS:

Test Settings
33 / 54
General
No. of ramp states: 6
Total steps per test: 86
Total time per test: 86.000 s
No. of test executions: 1

Input Mode: Direct

Fault Type:

Ramped Quantities
I B / Phase

Ramp States
Ramp Ramp 1 Ramp 2 Ramp 3 Ramp 4 Ramp 5 Ramp 6
V R-N 63.50 V 63.50 V 63.50 V 63.50 V 63.50 V 63.51 V
0.00 ° 0.00 ° 0.00 ° 0.00 ° 0.00 ° 0.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
V Y-N 63.50 V 63.50 V 63.50 V 63.50 V 63.50 V 63.50 V
-120.00 ° -120.00 ° -120.00 ° -120.00 ° -120.00 ° -120.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
V B-N 30.00 V 30.00 V 30.00 V 30.00 V 30.00 V 30.00 V
120.00 ° 120.00 ° 120.00 ° 120.00 ° 120.00 ° 120.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
IR 0.00 A 0.00 A 0.00 A 0.00 A 0.00 A 0.00 A
0.00 ° 0.00 ° 0.00 ° 0.00 ° 0.00 ° 0.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
IY 0.00 A 0.00 A 0.00 A 0.00 A 0.00 A 0.00 A
-120.00 ° 95.00 ° 120.00 ° -120.00 ° 300.00 ° -70.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
IB 2.000 A 2.000 A 2.000 A 2.000 A 2.000 A 2.000 A
175.00 ° 0.00 ° 150.00 ° -25.00 ° 0.00 ° -10.00 °
50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz 50.000 Hz
Force abs. Phases No No No No No No
Sig 1 From 175.00 ° 0.00 ° 150.00 ° -25.00 ° 0.00 ° -10.00 °
Sig 1 To 150.00 ° 0.00 ° 175.00 ° -10.00 ° 0.00 ° -25.00 °
Sig 1 Delta -1.00 ° 0.00 ° 1.00 ° 1.00 ° 0.00 ° -1.00 °
Sig 1 d/dt -1 °/s -1 °/s 1 °/s 1 °/s 1 °/s -1 °/s
Bin. out 1 0 0 0 0 0 0
Bin. out 2 0 0 0 0 0 0
Bin. out 3 0 0 0 0 0 0
Bin. out 4 0 0 0 0 0 0
dt per Step 1.000 s 1.000 s 1.000 s 1.000 s 1.000 s 1.000 s
Ramp Steps 26 1 26 16 1 16

34 / 54
Ramp Time 26.000s 1.000s 26.000s 16.000s 1.000s 16.000s
Trigger Bin None Bin Bin None Bin
Trigger Logic OR OR OR OR
Bin. in 1 1 0 1 0
Bin. in 2 X X X X
Bin. in 3 X X X X
Bin. in 4 X X X X
Bin. in 5 X X X X
Bin. in 6 X X X X
Bin. in 7 X X X X
Bin. in 8 X X X X
Bin. in 9 X X X X
Bin. in 10 X X X X
Step back No No No No No No
Delay Time 0.00 s 0.00 s 0.00 s 0.00 s 0.00 s 0.00 s

Test Module
Name: OMICRON Ramping Version: 4.30
Test Start: 21-Aug-2022 12:24:13 Test End: 21-Aug-2022 12:24:59
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Assessment Results
Name/ Exec. Ramp Condition Sig Nom. Act. Tol.- Tol.+ Dev. Assess Tact
Pick-up Ramp 1 Bin. in 1 IB 165.00 ° 164.00 ° 5.00 ° 5.00 ° -1.00 ° + 12.20 ms
0->1
Drop-off Ramp 3 Bin. in 1 IB 165.00 ° 165.00 ° 10.00 ° 10.00 ° 0.00 ° + 39.70 ms
1->0
Pickup Ramp 4 Bin. in 1 IB -15.00 ° -15.00 ° 5.00 ° 5.00 ° 0.00 ° + 38.50 ms
0->1
Drop-off Ramp 6 Bin. in 1 IB -15.00 ° -15.00 ° 5.00 ° 5.00 ° 0.00 ° + 31.90 ms
1->0
Assess: + .. Passed x .. Failed o .. Not assessed

Test State:
Test passed

35 / 54
Test Object - Device Settings

Substation/Bay:
Substation: Substation address:
Bay: Bay address:

Device:
Name/description: Test Object 3 Manufacturer:
Device type: Device address:
Serial/model number:
Additional info 1:
Additional info 2:

PICKUP TEST:
Test Object - Overcurrent Parameters

General - Values:
TimeTolAbs: 0.04 s VT connection: n/a
TimeTolRel: 5.00 % CT starpoint connection: n/a
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: No

Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No I #1 Phase IEC Definite Time 1.00 Iref 0.10 s 0.95 Non Directional

Elements - Residual:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes 50/51G IEC Normal Inverse 0.05 Iref 0.10 0.95 Non Directional

Test Module
Name: OMICRON Overcurrent Version: 4.30
Test Start: 21-Aug-2022 12:52:08 Test End: 21-Aug-2022 12:52:23
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:

36 / 54
Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: No
Fault voltage LN (for all but two phase faults): n/a
Fault voltage LL (for two phase faults): n/a
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or
Name Trigger State
Bin. in 1 1
Bin. in 2 X

Pick-up / Drop-off Test:

I Pick-up Reset Ratio
Type Angle Resolution
nom min max nom
R-N n/a 50.00 ms 50.00 0.00 A 100.0 950.0 m
mA mA
Y-N n/a 50.00 ms 50.00 0.00 A 100.0 950.0 m
mA mA
B-N n/a 50.00 ms 50.00 0.00 A 100.0 950.0 m
mA mA
3I0 n/a 50.00 ms 50.00 0.00 A 100.0 950.0 m
mA mA

37 / 54
Pick-up / Drop-off Test Results:
I Pick-up I Drop-off Reset Ratio
Type Angle Result
nom act act nom act Error
R-N n/a 50.00 0.06 A 45.00 950.0 m 818.2 m -13.88 % Passed
mA mA
Y-N n/a 50.00 0.06 A 45.00 950.0 m 818.2 m -13.88 % Passed
mA mA
B-N n/a 50.00 0.06 A 50.00 950.0 m 909.1 m -4.306 % Passed
mA mA
3I0 n/a 50.00 0.06 A 45.00 950.0 m 818.2 m -13.88 % Passed
mA mA

Test State:
4 out of 4 points tested.
4 points passed.
0 points failed.

Test passed

TIMING TEST:
Test Object - Overcurrent Parameters

General - Values:
TimeTolAbs: 0.04 s VT connection: n/a
TimeTolRel: 5.00 % CT starpoint connection: n/a
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: No

Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No I #1 Phase IEC Definite Time 1.00 Iref 0.10 s 0.95 Non Directional

Elements - Residual:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes 50/51G IEC Normal Inverse 0.05 Iref 0.10 0.95 Non Directional

Test Module
Name: OMICRON Overcurrent Version: 4.30

38 / 54
 Test Start: 21-Aug-2022 12:54:22 Test End: 21-Aug-2022 12:54:38
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:
Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: No
Fault voltage LN (for all but two phase faults): n/a
Fault voltage LL (for two phase faults): n/a
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
R-N 50/51G 2.000 100.0 mA n/a 1.003 s 590.2 ms No trip
Y-N 50/51G 2.000 100.0 mA n/a 1.003 s 590.2 ms No trip
B-N 50/51G 2.000 100.0 mA n/a 1.003 s 590.2 ms No trip
3I0 50/51G 2.000 100.0 mA n/a 1.003 s 590.2 ms No trip
R-N 50/51G 5.000 250.0 mA n/a 428.0 ms 343.7 ms 538.0 ms
Y-N 50/51G 5.000 250.0 mA n/a 428.0 ms 343.7 ms 538.0 ms
B-N 50/51G 5.000 250.0 mA n/a 428.0 ms 343.7 ms 538.0 ms
3I0 50/51G 5.000 250.0 mA n/a 428.0 ms 343.7 ms 538.0 ms

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or

39 / 54
Name Trigger State
Bin. in 1 X
Bin. in 2 1

Shot Test Results:

Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
R-N 50/51G 2.000 100.0 mA n/a 1.003 s 1.061 s 5.833 % No Passed
Y-N 50/51G 2.000 100.0 mA n/a 1.003 s 1.065 s 6.222 % No Passed
B-N 50/51G 2.000 100.0 mA n/a 1.003 s 1.074 s 7.069 % No Passed
3I0 50/51G 2.000 100.0 mA n/a 1.003 s 1.063 s 5.992 % No Passed
R-N 50/51G 5.000 250.0 mA n/a 428.0 ms 452.3 ms 5.685 % No Passed
Y-N 50/51G 5.000 250.0 mA n/a 428.0 ms 452.2 ms 5.661 % No Passed
B-N 50/51G 5.000 250.0 mA n/a 428.0 ms 452.7 ms 5.778 % No Passed
3I0 50/51G 5.000 250.0 mA n/a 428.0 ms 452.6 ms 5.755 % No Passed

Test State:
8 out of 8 points tested.
8 points passed.
0 points failed.

Test passed

Hardware Configuration 2

Test Equipment
Type Serial Number
CMC356 PC290Y

Hardware Check
Performed At Result Details
8/21/2022 1:05:27 PM Passed

Test Object - Device Settings

40 / 54
Substation/Bay:
Substation: Substation address:
Bay: Bay address:

Device:
Name/description: Test Object 4 Manufacturer:
Device type: Device address:
Serial/model number:
Additional info 1:
Additional info 2:

PICKUP TEST:
Test Object - Overcurrent Parameters

General - Values:
TimeTolAbs: 0.04 s VT connection: At protected object
TimeTolRel: 5.00 % CT starpoint connection: To protected object
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: Yes

Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No I #1 Phase IEC Definite Time 1.00 Iref 0.10 s 0.95 Non Directional

Elements - Residual:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes I #1 Residual IEC Normal Inverse 0.05 Iref 0.10 0.95 Forward

Test Module
Name: OMICRON Overcurrent Version: 4.30
Test Start: 21-Aug-2022 13:05:37 Test End: 21-Aug-2022 13:05:52
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:

41 / 54
Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: Yes
Fault voltage LN (for all but two phase faults): 30.00 V
Fault voltage LL (for two phase faults): 51.96 V
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or
Name Trigger State
Bin. in 1 1
Bin. in 2 X

Pick-up / Drop-off Test:

I Pick-up Reset Ratio
Type Angle Resolution
nom min max nom
R-N -60.00 ° 50.00 ms 50.00 0.00 A 100.0 950.0 m
mA mA
Y-N -60.00 ° 50.00 ms 50.00 0.00 A 100.0 950.0 m
mA mA
B-N -60.00 ° 50.00 ms 50.00 0.00 A 100.0 950.0 m
mA mA
3I0 -60.00 ° 50.00 ms 50.00 0.00 A 100.0 950.0 m
mA mA

42 / 54
Pick-up / Drop-off Test Results:
I Pick-up I Drop-off Reset Ratio
Type Angle Result
nom act act nom act Error
R-N -60.00 ° 50.00 0.06 A 50.00 950.0 m 909.1 m -4.306 % Passed
mA mA
Y-N -60.00 ° 50.00 0.06 A 50.00 950.0 m 909.1 m -4.306 % Passed
mA mA
B-N -60.00 ° 50.00 0.06 A 50.00 950.0 m 909.1 m -4.306 % Passed
mA mA
3I0 -60.00 ° 50.00 0.06 A 50.00 950.0 m 909.1 m -4.306 % Passed
mA mA

Test State:
4 out of 4 points tested.
4 points passed.
0 points failed.

Test passed

TIMING TEST:
Test Object - Overcurrent Parameters

General - Values:
TimeTolAbs: 0.04 s VT connection: At protected object
TimeTolRel: 5.00 % CT starpoint connection: To protected object
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: Yes

Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No I #1 Phase IEC Definite Time 1.00 Iref 0.10 s 0.95 Non Directional

Elements - Residual:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes DEF IEC Normal Inverse 0.05 Iref 0.10 0.95 Forward

Test Module
Name: OMICRON Overcurrent Version: 4.30

43 / 54
 Test Start: 21-Aug-2022 13:15:55 Test End: 21-Aug-2022 13:16:11
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:
Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: Yes
Fault voltage LN (for all but two phase faults): 30.00 V
Fault voltage LL (for two phase faults): 51.96 V
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
R-N DEF 2.000 100.0 mA -60.00 ° 1.003 s 590.2 ms No trip
Y-N DEF 2.000 100.0 mA -60.00 ° 1.003 s 590.2 ms No trip
B-N DEF 2.000 100.0 mA -60.00 ° 1.003 s 590.2 ms No trip
3I0 DEF 2.000 100.0 mA -60.00 ° 1.003 s 590.2 ms No trip
R-N DEF 5.000 250.0 mA -60.00 ° 428.0 ms 343.7 ms 538.0 ms
Y-N DEF 5.000 250.0 mA -60.00 ° 428.0 ms 343.7 ms 538.0 ms
B-N DEF 5.000 250.0 mA -60.00 ° 428.0 ms 343.7 ms 538.0 ms
3I0 DEF 5.000 250.0 mA -60.00 ° 428.0 ms 343.7 ms 538.0 ms

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or

44 / 54
Name Trigger State
Bin. in 1 X
Bin. in 2 1

Shot Test Results:

Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
R-N DEF 2.000 100.0 mA -60.00 ° 1.003 s 1.073 s 7.009 % No Passed
Y-N DEF 2.000 100.0 mA -60.00 ° 1.003 s 1.080 s 7.717 % No Passed
B-N DEF 2.000 100.0 mA -60.00 ° 1.003 s 1.085 s 8.226 % No Passed
3I0 DEF 2.000 100.0 mA -60.00 ° 1.003 s 1.076 s 7.249 % No Passed
R-N DEF 5.000 250.0 mA -60.00 ° 428.0 ms 467.1 ms 9.143 % No Passed
Y-N DEF 5.000 250.0 mA -60.00 ° 428.0 ms 466.1 ms 8.909 % No Passed
B-N DEF 5.000 250.0 mA -60.00 ° 428.0 ms 467.7 ms 9.283 % No Passed
3I0 DEF 5.000 250.0 mA -60.00 ° 428.0 ms 466.1 ms 8.909 % No Passed

Test State:
8 out of 8 points tested.
8 points passed.
0 points failed.

Test passed

Test Object - Device Settings

Substation/Bay:
Substation: Substation address:
Bay: Bay address:

Device:
Name/description: Test Object 4 Manufacturer:
Device type: Device address:
Serial/model number:
Additional info 1:
Additional info 2:

TIMING TEST:
Test Object - Overcurrent Parameters

45 / 54
General - Values:
TimeTolAbs: 0.04 s VT connection: At protected object
TimeTolRel: 5.00 % CT starpoint connection: To protected object
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: Yes

Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No I #1 Phase IEC Definite Time 1.00 Iref 0.10 s 0.95 Non Directional

Elements - Residual:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes DEF IEC Normal Inverse 0.05 Iref 0.10 0.95 Forward

Test Module
Name: OMICRON Overcurrent Version: 4.30
Test Start: 21-Aug-2022 13:17:15 Test End: 21-Aug-2022 13:21:36
User Name: Sivanandham Murugan Manager: Testing Engineer
Company: Fahad Maqbool Trading &
Contracting.

Test Settings:

Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 5.000 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: Yes
Fault voltage LN (for all but two phase faults): 30.00 V
Fault voltage LL (for two phase faults): 51.96 V
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

46 / 54
Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
R-N DEF 4.000 200.0 mA 0.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 5.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 10.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 15.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 20.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 25.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 30.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 35.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 40.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 45.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 50.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 55.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 60.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 65.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 70.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 75.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 80.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 85.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 90.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 95.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 100.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 105.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 110.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 115.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 120.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA 125.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA 130.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA 135.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA 140.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA 145.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA 150.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA 155.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA 160.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA 165.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA 170.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA 175.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA 180.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -175.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -170.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -165.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -160.00 ° 498.0 ms 388.0 ms 670.2 ms

47 / 54
R-N DEF 4.000 200.0 mA -155.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -150.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -145.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -140.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -135.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -130.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -125.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -120.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -115.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -110.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -105.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -100.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -95.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -90.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -85.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -80.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -75.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -70.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -65.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -60.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -55.00 ° 498.0 ms 388.0 ms 670.2 ms
R-N DEF 4.000 200.0 mA -50.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA -45.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA -40.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA -35.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA -30.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA -25.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA -20.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA -15.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA -10.00 ° No trip No trip No trip
R-N DEF 4.000 200.0 mA -5.00 ° No trip No trip No trip

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or

48 / 54
Name Trigger State
Bin. in 1 X
Bin. in 2 1

49 / 54
Shot Test Results:
Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
R-N DEF 4.000 200.0 mA 0.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 5.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 10.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 15.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 20.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 25.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 30.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 35.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 40.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 45.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 50.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 55.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 60.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 65.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 70.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 75.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 80.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 85.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 90.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 95.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 100.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 105.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 110.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 115.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 120.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA 125.00 ° 498.0 ms No trip n/a No Failed
R-N DEF 4.000 200.0 mA 130.00 ° 498.0 ms No trip n/a No Failed
R-N DEF 4.000 200.0 mA 135.00 ° 498.0 ms 543.0 ms 9.042 % No Passed
R-N DEF 4.000 200.0 mA 140.00 ° 498.0 ms 534.1 ms 7.254 % No Passed
R-N DEF 4.000 200.0 mA 145.00 ° 498.0 ms 529.7 ms 6.371 % No Passed
R-N DEF 4.000 200.0 mA 150.00 ° 498.0 ms 529.7 ms 6.371 % No Passed
R-N DEF 4.000 200.0 mA 155.00 ° 498.0 ms 530.0 ms 6.431 % No Passed
R-N DEF 4.000 200.0 mA 160.00 ° 498.0 ms 530.3 ms 6.491 % No Passed
R-N DEF 4.000 200.0 mA 165.00 ° 498.0 ms 530.4 ms 6.511 % No Passed
R-N DEF 4.000 200.0 mA 170.00 ° 498.0 ms 530.2 ms 6.471 % No Passed
R-N DEF 4.000 200.0 mA 175.00 ° 498.0 ms 530.1 ms 6.451 % No Passed
R-N DEF 4.000 200.0 mA 180.00 ° 498.0 ms 530.1 ms 6.451 % No Passed
R-N DEF 4.000 200.0 mA -175.00 ° 498.0 ms 529.0 ms 6.230 % No Passed
R-N DEF 4.000 200.0 mA -170.00 ° 498.0 ms 530.1 ms 6.451 % No Passed
R-N DEF 4.000 200.0 mA -165.00 ° 498.0 ms 530.2 ms 6.471 % No Passed
R-N DEF 4.000 200.0 mA -160.00 ° 498.0 ms 530.0 ms 6.431 % No Passed

50 / 54
R-N DEF 4.000 200.0 mA -155.00 ° 498.0 ms 529.3 ms 6.290 % No Passed
R-N DEF 4.000 200.0 mA -150.00 ° 498.0 ms 529.8 ms 6.391 % No Passed
R-N DEF 4.000 200.0 mA -145.00 ° 498.0 ms 529.8 ms 6.391 % No Passed
R-N DEF 4.000 200.0 mA -140.00 ° 498.0 ms 529.9 ms 6.411 % No Passed
R-N DEF 4.000 200.0 mA -135.00 ° 498.0 ms 530.0 ms 6.431 % No Passed
R-N DEF 4.000 200.0 mA -130.00 ° 498.0 ms 530.2 ms 6.471 % No Passed
R-N DEF 4.000 200.0 mA -125.00 ° 498.0 ms 530.5 ms 6.531 % No Passed
R-N DEF 4.000 200.0 mA -120.00 ° 498.0 ms 530.2 ms 6.471 % No Passed
R-N DEF 4.000 200.0 mA -115.00 ° 498.0 ms 529.7 ms 6.371 % No Passed
R-N DEF 4.000 200.0 mA -110.00 ° 498.0 ms 529.7 ms 6.371 % No Passed
R-N DEF 4.000 200.0 mA -105.00 ° 498.0 ms 529.6 ms 6.351 % No Passed
R-N DEF 4.000 200.0 mA -100.00 ° 498.0 ms 529.6 ms 6.351 % No Passed
R-N DEF 4.000 200.0 mA -95.00 ° 498.0 ms 528.9 ms 6.210 % No Passed
R-N DEF 4.000 200.0 mA -90.00 ° 498.0 ms 529.8 ms 6.391 % No Passed
R-N DEF 4.000 200.0 mA -85.00 ° 498.0 ms 529.9 ms 6.411 % No Passed
R-N DEF 4.000 200.0 mA -80.00 ° 498.0 ms 529.6 ms 6.351 % No Passed
R-N DEF 4.000 200.0 mA -75.00 ° 498.0 ms 529.6 ms 6.351 % No Passed
R-N DEF 4.000 200.0 mA -70.00 ° 498.0 ms 537.0 ms 7.837 % No Passed
R-N DEF 4.000 200.0 mA -65.00 ° 498.0 ms 538.3 ms 8.098 % No Passed
R-N DEF 4.000 200.0 mA -60.00 ° 498.0 ms 538.3 ms 8.098 % No Passed
R-N DEF 4.000 200.0 mA -55.00 ° 498.0 ms 539.6 ms 8.359 % No Passed
R-N DEF 4.000 200.0 mA -50.00 ° No trip 546.4 ms n/a No Failed
R-N DEF 4.000 200.0 mA -45.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA -40.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA -35.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA -30.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA -25.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA -20.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA -15.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA -10.00 ° No trip No trip n/a No Passed
R-N DEF 4.000 200.0 mA -5.00 ° No trip No trip n/a No Passed

Test State:
72 out of 72 points tested.
69 points passed.
3 points failed.

Test passed (manually assessed)

QuickCMC:
51 / 54
Test Module
Name: OMICRON QuickCMC Version: 4.30
Test Start: 21-Aug-2022 16:59:07 Test End:
User Name: Manager:
Company:

Test Results
Summary
0 tests passed, 0 tests failed, 0 tests not assessed
No results available!

Test Object - Device Settings

Substation/Bay:
Substation: Substation address:
Bay: Bay address:

Device:
Name/description: Test Object 6 Manufacturer:
Device type: Device address:
Serial/model number:
Additional info 1:
Additional info 2:

TIMING TEST:
Test Object - Overcurrent Parameters

General - Values:
TimeTolAbs: 0.04 s VT connection: At protected object
TimeTolRel: 10.00 % CT starpoint connection: To protected object
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: Yes

Elements - Residual:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes DEF-2 IEC Normal Inverse 0.05 Iref 0.10 0.95 Forward

52 / 54
Test Module
Name: OMICRON Overcurrent Version: 4.30
Test Start: Test End:
User Name: Manager:
Company:

Test Settings:

Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 5.000 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: Yes
Fault voltage LN (for all but two phase faults): 30.00 V
Fault voltage LL (for two phase faults): 51.96 V
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a

Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: Or
Name Trigger State
Bin. in 1 X
Bin. in 2 1

53 / 54
Test State:
0 out of 0 points tested.
0 points passed.
0 points failed.

No results available!

54 / 54