Factory supply DC High voltage power supply+Capacitor+Sphere gap for DC withstand voltage

XZH TEST DC High voltage power supply+Capacitor+Sphere gap XHHV508-4+XHCC-8/15+XHJX-35

The high-frequency DC high-voltage power supply+capacitor and sphere gap is mainly used for impulse discharge during fault testing of cables with voltage levels of 35kV and below; it can also be used for DC withstand voltage tests of other electrical equipment. The equipment completely replaces the traditional test transformer and operation box weighing dozens of kilograms (generally a set of 5kVA transformer is more than 50 kilograms, and the control box is more than 20 kilograms).

Product Features

★ With over current, overvoltage, overheating automatic protection function;

★ Super short-circuit protection function, which can make the high-voltage output directly short-circuit to the ground;

★ It has dual 1.5-level pointer meter display for current and voltage, which is intuitive and clear; whether the fault point is fully discharged

The electricity is clear at a glance, and the discharge process is reflected in real time;

★ High-voltage side voltage measurement, real-time and accurate; the high-voltage side is connected with a micro ammeter in series, which can be used as a direct high-voltage generator;

★ With zero start protection, it is safer and more reliable;

★ Unique self-discharge design, as long as the high-voltage output is cut off, the high-voltage itself will be zero;

★ Unique high-voltage measurement design, in the stop state, the voltmeter can indicate the voltage value of the external capacitor terminal in real time, so that the operator knows the high-voltage well.

Technical Parameters

★ Impulse voltage: 0～35kV (default 0～32kV)

★ High voltage partial pressure: 1.5 class

★ External capacitor: 1～2/4/8/16μF

★ Burn-through voltage: 0~32kV DC

★ Burn-through current: 320mA

★ Output voltage polarity: negative

★ Output power: 400W

★ Overtemperature protection: 65℃

★ Overcurrent protection: 12A (greater than 8S) low voltage side

★ Volume: 455L×360W×360H

★ Weight: no more than 20kg

★ Working power supply: AC 220V±10% 60Hz±2Hz

★ Ambient temperature: -20～+65℃

Operation interface introduction

1. Safety ground: instrument housing ground, to prevent the instrument housing from being charged or people from getting an .

2. High voltage output: dedicated DC high voltage output terminal.

3. Voltmeter: high voltage output voltage indicator, used to display voltage values in real time.

4. Power socket: instrument working power supply, AC 220V±10%/50Hz±1Hz.

5. Fuse holder: AC 220V power supply system fuse installation location.

6. Power switch: "I gear" means turning on the AC 220V power supply to power the system; "0 gear" means turning off the AC 220V power supply to power the system.

7. Start button/zero position indicator:When the zero position indicator is on (yellow), it means it is in the zero position state, and pressing the start button can start the high voltage output;When the zero position indicator is off, it means it is not in the zero position state. After turning the voltage adjustment knob counterclockwise to the zero position, the zero position indicator will light up, and then pressing the start button can start the high voltage output.

8. Stop button/high voltage indicator: When the test is completed or an abnormality occurs, press this button to cut off the high voltage output. The high voltage indicator light indicates that the high voltage output has started; the high voltage indicator light is off, indicating that the high voltage output has stopped.

9.Voltage adjustment knob: used to adjust the voltage; adjust the output high voltage clockwise to increase from small to large, and adjust the output high voltage counterclockwise to reduce from large to small.

10. Overcurrent protection switch: Pressing the state indicates that the overcurrent protection function is turned on; when it pops up, it indicates that the instrument has triggered the overcurrent protection.

11. Ammeter: Indication of the current size on the low voltage side.

Packing list

Application

The DC high voltage power supply in the figure below is connected to a 15kV 4μF three-column capacitor. Mainly used for DC withstand voltage, impulse discharge and fault point burning test of cables with voltage levels of 35kV and below