The Impulse Voltage Generator is designed to simulate transient overvoltage events and provide controlled impulse stresses for evaluating the dielectric strength and surge withstand capability of high-voltage electrical equipment. It enables manufacturers and testing laboratories to identify potential insulation weaknesses and verify the ability of equipment to withstand severe electrical transients.
| Nominal Voltage(kV) | Impulse Capacitance(μF) | Stage Capacitance(μF) | Impulse Energy(KJ) | Stage Voltage(kV) | Number of Stages |
|---|---|---|---|---|---|
| ±100 ~ ±400 | 0.1625‑0.0833 | 0.325‑0.5 | 7.31‑33.74 | ±100 | 1‑4 |
| ±300 ~ ±900 | 0.1625‑0.0833 | 0.325‑0.5 | 7.31‑33.74 | ±150 | 2‑6 |
| ±1050 ~ ±1500 | 0.0464‑0.05 | 0.325‑0.5 | 25.58‑56.25 | ±150 | 7‑10 |
| ±1600 ~ ±2400 | 0.0625‑0.0833 | 0.5‑1 | 80‑240 | ±200 | 8‑12 |
| ±2800 ~ ±3200 | 0.0357‑0.0625 | 0.5‑1 | 140‑320 | ±200 | 14‑16 |
| ±3600 ~ ±4800 | 0.0278‑0.03125 | 0.5‑1 | 80‑240 | ±200 | 18‑24 |