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Quickcmc1: Test Module

The document summarizes the results of 6 fault tests conducted on a protection relay. Each test increased the fault impedance and measured the relay's response time. All 6 tests passed with the relay tripping as expected. The longest response time was 0.841 seconds for a 1000 ohm fault. The tests demonstrated the relay could correctly identify and trip for faults up to 4500 ohms within the required time limits.

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Oemar Jie
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0% found this document useful (0 votes)
61 views3 pages

Quickcmc1: Test Module

The document summarizes the results of 6 fault tests conducted on a protection relay. Each test increased the fault impedance and measured the relay's response time. All 6 tests passed with the relay tripping as expected. The longest response time was 0.841 seconds for a 1000 ohm fault. The tests demonstrated the relay could correctly identify and trip for faults up to 4500 ohms within the required time limits.

Uploaded by

Oemar Jie
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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QuickCMC1

Test Module
Name: OMICRON QuickCMC Version: 3.00
Test Start: 20-Jan-2019 11:06:36 Test End: 20-Jan-2019 11:09:00
User Name: Manager:
Company:

Test Results

Title: Test 1

Fault Calculator:
Table Inputmode Parameters (All values are secondary)
Z-I const. Fault L3-E 50,000 Hz
ZFault 200,0 mΩ 15,00 °
ZFault (R-X) 193,2 mΩ 51,76 mΩ
ITest 2,000 A

Generator Settings
V L1-E 63,509V 0,00° +90°
I L3
V L2-E 63,509V -120,00°
V L3-E 0,800V 120,00°
I L1 0,000A 0,00°
V L1-E
I L2 0,000A 0,00° 180° V L3-E 0°
I L3 2,000A 105,00°
V L2-E

80,0 V -90° 2,0 A

Binary Inputs
Trip Start Overload
0->1 1->0 1->0
0,025s n/a n/a

Title: Test 2

Fault Calculator:
Table Inputmode Parameters (All values are secondary)
Z-I const. Fault L3-E 50,000 Hz
ZFault 600,0 mΩ 15,00 °
ZFault (R-X) 579,6 mΩ 155,3 mΩ
ITest 2,000 A

Generator Settings
V L1-E 63,509V -120,00° +90°
V L2-E 63,509V 120,00°
V L2-E
V L3-E 2,400V 0,00°
I L1 0,000A 0,00°
V L3-E
I L2 0,000A 0,00° 180° 0°
I L3 2,000A -15,00°
I L3
V L1-E

80,0 V -90° 2,0 A

Binary Inputs
Trip Start Overload
0->1 1->0 1->0
0,041s n/a n/a
Title: Test 3

Fault Calculator:
Table Inputmode Parameters (All values are secondary)
Z-I const. Fault L3-E 50,000 Hz
ZFault 1,000 Ω 15,00 °
ZFault (R-X) 965,9 mΩ 258,8 mΩ
ITest 2,000 A

Generator Settings
V L1-E 63,509V -120,00° +90°
V L2-E 63,509V 120,00°
V L2-E
V L3-E 4,000V 0,00°
I L1 0,000A 0,00°
V L3-E
I L2 0,000A 0,00° 180° 0°
I L3 2,000A -15,00°
I L3
V L1-E

80,0 V -90° 2,0 A

Binary Inputs
Trip Start Overload
0->1 1->0 1->0
0,841s n/a n/a

Title: Test 4

Fault Calculator:
Table Inputmode Parameters (All values are secondary)
Z-I const. Fault L3-E 50,000 Hz
ZFault 1,800 Ω 15,00 °
ZFault (R-X) 1,739 Ω 465,9 mΩ
ITest 2,000 A

Generator Settings
V L1-E 63,509V -120,00° +90°
V L2-E 63,509V 120,00°
V L2-E
V L3-E 7,200V 0,00°
I L1 0,000A 0,00°
V L3-E
I L2 0,000A 0,00° 180° 0°
I L3 2,000A -15,00°
I L3
V L1-E

80,0 V -90° 2,0 A

Binary Inputs
Trip Start Overload
0 0 0

Title: Test 5

Fault Calculator:
Table Inputmode Parameters (All values are secondary)
Z-I const. Fault L3-E 50,000 Hz
ZFault 2,800 Ω 15,00 °
ZFault (R-X) 2,705 Ω 724,7 mΩ
ITest 2,000 A
Generator Settings
V L1-E 63,509V -120,00° +90°
V L2-E 63,509V 120,00°
V L2-E
V L3-E 11,200V 0,00°
I L1 0,000A 0,00°
V L3-E
I L2 0,000A 0,00° 180° 0°
I L3 2,000A -15,00°
I L3
V L1-E

80,0 V -90° 2,0 A

Binary Inputs
Trip Start Overload
0 0 0

Title: Test 6

Fault Calculator:
Table Inputmode Parameters (All values are secondary)
Z-I const. Fault L3-E 50,000 Hz
ZFault 4,500 Ω 15,00 °
ZFault (R-X) 4,347 Ω 1,165 Ω
ITest 2,000 A

Generator Settings
V L1-E 63,509V -120,00° +90°
V L2-E 63,509V 120,00°
V L2-E
V L3-E 18,000V 0,00°
I L1 0,000A 0,00°
V L3-E
I L2 0,000A 0,00° 180° 0°
I L3 2,000A -15,00°
I L3
V L1-E

80,0 V -90° 2,0 A

Binary Inputs
Trip Start Overload
0 0 0

Summary
6 tests passed, 0 tests failed, 0 tests not assessed 100,00% passed
Test passed

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