This document summarizes an overcurrent relay test report. The report details tests of various fault types on an ABB REF601 overcurrent relay, including tests of phase-to-neutral, phase-to-phase, and three-phase faults. For each fault type and current multiple tested, the expected, minimum, maximum, and actual tripping times are reported along with the error percentage and whether the test passed evaluation criteria.
This document summarizes an overcurrent relay test report. The report details tests of various fault types on an ABB REF601 overcurrent relay, including tests of phase-to-neutral, phase-to-phase, and three-phase faults. For each fault type and current multiple tested, the expected, minimum, maximum, and actual tripping times are reported along with the error percentage and whether the test passed evaluation criteria.
This document summarizes an overcurrent relay test report. The report details tests of various fault types on an ABB REF601 overcurrent relay, including tests of phase-to-neutral, phase-to-phase, and three-phase faults. For each fault type and current multiple tested, the expected, minimum, maximum, and actual tripping times are reported along with the error percentage and whether the test passed evaluation criteria.
This document summarizes an overcurrent relay test report. The report details tests of various fault types on an ABB REF601 overcurrent relay, including tests of phase-to-neutral, phase-to-phase, and three-phase faults. For each fault type and current multiple tested, the expected, minimum, maximum, and actual tripping times are reported along with the error percentage and whether the test passed evaluation criteria.
Serial Number Manufacturer ABB Model Nominal Ratings: fn 50.000 Hz Max Test Current 2000.000% In Vn 120.00 V (Ph-Ph) Max Test Voltage 1000.00% Vn In 5.000 A A-B-C Phase Names And Rotation VTR 1 : 1 CTR 150 : 5 Station Name
Protected Object Parameters
Protected Object Name
Protected Object Parameters
Relay Functions
Function Name 50/51 Function Type Over Current
Display values in Secondary Inherent Op Time 0 ms General Tolerances
Absolute Minimum 0.010 A Absolute Minimum Time 30.0 ms
Fault Element Characteristic Name Pickup Setting Time Current Time Tolerance Type Type Tolerance x In A -% +% -% +% Ph-N I> ABB IEC Normal Inverse 0.200 1.000 0.100 5.000 5.000 10.000 10.000 Ph-Ph/ I> ABB IEC Normal Inverse 0.850 4.250 0.100 5.000 5.000 10.000 10.000 3Ph Ph-N I >> ABB Definite time 1.000 5.000 0.040 0.000 0.000 10.000 10.000 Ph-Ph/ I >> ABB Definite time 2.000 10.000 0.040 5.000 5.000 10.000 10.000 3Ph
Doble Engineering Company
Over Current Relay Test Report 13-Nov-20
Overcurrent Relay \ REF601
F6000 Instrument HW and SW Information F6TesT Software Version 3.10.2 Build 1234 F6000 Model Number F6150 F6000 CPU ID 67190499
F6000 Firmware Version 4.25
F6000 Options F6810 : High power convertible voltage/current sources F6909 : Front Panel Interface F6910 : Simulator control and automation interface F6800 : Metering & Transducer Interface F6825 : CPU2 F6875 : Variable Battery Simulator F6844 : Logic I/O 4 board
Test Configuration
Prefault Voltage 69.28 V,Ph-N Fault Type Fault Voltage Fault Angle 120.00 V, Ph-Ph [V] [Deg] Prefault Current 0.000 A Ph-N 34.64 -30.00 Max Test Current 14.000 A Ph-Ph, 3Ph 30.00 -45.00
Values are in Secondary CT direction Towards Line
3I0 Operating Current Derived internally from 3-ph
3I0 Polarizing Quantity Derived internally from 3-ph
Test Timing Trigger Selection
Prefault Duration 0.4000 s Fault Type Trigger
Max. Fault Duration 12.0000 s AN LN2 0->1
Max fault duration based on curve 0.0000 x t max BN LN2 0->1
CN LN2 0->1 CBTripTime 0.0600 s AB LN2 0->1 Time between shots 3.6000 s BC LN2 0->1 CA LN2 0->1 ABC LN2 0->1
3I0
Doble Engineering Company
Over Current Relay Test Report 13-Nov-20
Overcurrent Relay \ REF601
Fault Name AN
Fault Current Value t exp t min t max t act Error Eval
