Trolley-mounted High Voltage Surge Generator with Built-in Three-stage Capacitor and 1024J Discharge Energy

XHHV535-2TS

It is primarily used for impulse discharge and withstand voltage testing during fault testing of low and high-voltage cables.
This device integrates a DC high-voltage source, energy storage capacitor, discharge ball device, automatic discharge device, and voltage level switching device into a single trolley-mounted, high-end experimental instrument.

Product Features:
High-voltage pulse output is uniform and controllable;
Features dual 2.5-level pointer meters for current and voltage display, providing a clear and intuitive view of the impulse discharge process;
High-voltage side voltage measurement is real-time and accurate;
Equipped with zero-start protection function, ensuring safety and reliability;
Features three voltage range and capacitance capacity switching functions;
Unique high-voltage measurement design automatically discharges the internal capacitor energy when the device is stopped;
Discharge time can be selected in either timed or manual mode;
Includes DC withstand voltage function;
Internally installed high-precision test cable fault waveform sampling module;
Humanized design with a trolley for easy movement;

Technical Parameters

Precautions:

1. Before using this device, carefully read the instrument's instruction manual to understand the operating procedures, wiring methods, and precautions.
2. The instrument is a highly precise electronic high-voltage device. Non-professional personnel are prohibited from disassembling it. Handle it with care during transportation and avoid rough handling or impact.
3. Before increasing the voltage, the high-voltage ground and sampling ground must be reliably grounded separately. They must not be connected together to a single ground, otherwise, it will damage the equipment and may even cause personal injury.
4. At any time during the test, if any abnormality occurs, press the "Stop" button or turn off the power switch to ensure safety.
5. When removing the high-voltage and grounding wires, thorough discharge is absolutely necessary to ensure safety.