The impulse voltage generator is primarily used for testing the insulation performance of electrical equipment and other samples with full-wave lightning impulse voltages, chopped lightning impulse voltages, and operational impulse voltage waves. The series includes 100～10000kV various capacity complete sets of impulse voltage (current) test devices. The impulse test device is mainly composed of: the generator itself, chopped wave, voltage divider, four-component control console (the console is divided into micro-type and ordinary type), and digital waveform recording system, etc.

Summary

The impulse voltage generator is primarily used for testing samples such as electrical equipment with full-wave lightning impulse voltages, chopped lightning impulse voltages, and operational impulse voltage waves, to inspect insulation performance.

100-10,000kV series complete sets of impulse voltage (current) test devices for various capacities. We also offer a range of waveform series complete sets of impulse voltage (current) generators. The impulse test device is mainly composed of: generator unit, truncation wave, voltage divider, four-component control console (consolers are divided into micro-type and ordinary type), digital waveform recording system, etc.

Features

1. The inductor has a low DC resistance and incorporates impedance filtering measures, enabling the generation of standard shock waves under high capacitance loads, with a substantial load capacity.

2. High voltage utilization coefficient, with lightning wave and operational wave not less than 85% and 80% respectively.

3. Easy tuning, simple operation, good synchronization performance, and reliable action.

4. Utilizes a constant current charging automatic control technology, featuring high automation and strong anti-interference capability.

A power supply device that mimics lightning and overvoltage surges. Primarily used for insulation impulse voltage and medium impulse breakdown, discharge, and other tests.

The standard waveform for impulse voltage used in insulation tests is in accordance with the international standard and national standard for "High Voltage Test Technology":

Lightning Surge Wave T1/T2 = 1.2/50μs