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KDGK-II 35kV high and low voltage switchgear power on test bench
KDGK-II 35kV high and low voltage switchgear power on test bench

KDGK-II 35kV high and low voltage switchgear power on test bench

Applications:

The KDGK-II 35kV high and low voltage switchgear power test bench can provide various AC and DC power sources for testing the switchgear.

  • Response within
    24 hours

  • Free warranty
    12 month

  • On-line training
    Support

Profile:

The KDGK-II 35kV high and low voltage switchgear power test bench can provide various AC and DC power sources for testing the switchgear.

Features:

This power supply consists of a fully controlled three-phase rectifier module, a phase-shifting trigger circuit, an automatic adjustment circuit, and an absorption circuit.

The transistor intelligent control module integrates complex automatic adjustment circuits, thyristors, and trigger circuits into one. By adjusting the voltage of the control signal and changing the conduction angle of the thyristor, it achieves the function of regulating and automatically controlling the power supply.

The triggering circuit system, thyristor, and thermal conductive substrate are insulated and isolated from each other, with a dielectric strength greater than 2500V, making it safe and convenient to use. There is no phase sequence restriction at the input end of the three-phase rectification module. Suitable for resistive and inductive loads.

Parameter:

Input power supply: three-phase four wire AC 380V
Output voltage and current:
1. Three phase four wire AC voltage adjustable output from 0-380V, one set
2. Three phase four wire AC current adjustable output from 0-10A, one set
3. DC operating voltage adjustable output from 0-260V, one set
4. Three phase AC fixed voltage 100V fixed output, one set
5. Fixed DC output: 24V, 36V, 110V, 220V, one set
6. Three phase four phase AC 380V fixed output, one set
7. Single phase AC 220V fixed output, one set
8. Dimensions: 700 × 600 × 1100mm
The relevant output current, voltage, and number of output groups can be customized according to user requirements.