substation Programmable Three Phase Secondary Current Injection Test Set of Relay

Price Negotiable
Price: Negotiable
MOQ: 1 Sets
Delivery Time: 3 7 Days
Brand: GFUVE
Product Description

 

Three Phase Relay Protection Microcomputer Test System, substation Programmable Three Phase Secondary Current Injection Test Set of Relay

 

Test-330 is a three phase current output and five phase voltage output relay tester with embedded host machine equipped with Complex Programmable Logic Device.

The purpose of secondary injection testing is to check that the protection scheme from the relay input terminals onwards is functioning correctly with the settings specified. This is achieved by applying suitable inputs from a test set to the inputs of the relays and checking if the appropriate alarm/trip signals occur at the relay/control room/CB locations.


The secondary injection test simulates the current and voltage transformer secondaries, by injecting single-phase or three-phase currents and voltages into relays, devices o into the secondary circuits, performing all the corresponding checking and testing with normal and fault conditions. The widest range of equipment for secondary injection test.


Secondary injection test on each relay to prove operation at one or more setting values Primary injection tests on each relay to prove stability for external faults and to determine the effective current setting for internal faults (essential for some types of electromechanical relays)

 

 

Over View

 

1 . Three phase current output

2 . Five phase voltage output

3 . Accuracy class 0.2%

4 . Embedded host machine equipped with Complex Programmable Logic Device (CPLD)

 

Parameters

 

Electrical parameters
Power voltage AC220V±10% or AC110V±10%, 50/60Hz±10%
Time measurement 0.1ms-999999.999s
AC current output  
Phase current output (effective value) 3 x 0-30A
Maximum power output 260VA/phase
Maximum parallel current output (effective value) 0-90A
Long-term allowable working value of phase current
(effective value)
>10A
Allowable working time of maximum current >11s
Accuracy class <±0.2%
AC voltage output  
Phase voltage output (effective value) 5 x 0-130V
Line voltage output (effective value) 0-260V
Maximum power output 70VA/phase
Accuracy class <±0.2%
DC current output  
Output range -10 to 10A or 3 x 0 to ±10A
Maximum power output 200VA
Accuracy class <±0.2%
DC voltage output  
Output range 0-300V or 5 x 0 to ±130V
Maximum output power 130VA
Accuracy class <±0.2%
Binary input  
Idle contact 1-20mA, 24V (DC)
Electric potential contact 250V/0.5A (DC)
Binary output  
Idle contact 250V/0.5A (DC)
Rated output  
Frequency error <±0.01Hz
Phase error <±0. 2°
Waveform distortion <±0.3% (fundamental wave)
Time error <40µs
Output frequency 0-1050Hz
Superposed harmonic wave 0-21times
Mechanical parameters  
Dimensions (L×W×H) (mm) 360x195x375
Weight (kg) 16.6
Environmental conditions  
Use range 0°C to 45°C
Storage range -25°C to 70°C

 

 

 

The Product Picture:

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Company Beijing GFUVE Instrument Transformer Manufacturer Co.,Ltd.
Location Oriental HuaRui A, No. 150 Guanzhuang Road, Chaoyang District, Beijing, 100024, China
Contact Person Andy

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