2μF to 8μF 40kV Pulse Energy Storage Capacitor for Cable Fault Location High Voltage Pulse Capacitor

The XHCC Series high voltage pulse energy storage capacitor is primarily designed for the rough measurement and precise location of all types of cable faults. It utilizes imported film and a non-inductive winding structure, delivering excellent self-healing and explosion-proof performance. Available in dry or oil-immersed configurations, it is leak-free, pollution-free, moisture-proof, fireproof, and long-lasting. Encased in a high-quality steel plate shell, the unit is compact, lightweight, safe, and reliable.

• Primarily used for the rough measurement and precise locating of various high-impedance faults.
• Designed for rough measurement and precise positioning of all faults across various cable types.
• Adopts imported membrane and non-inductive winding structure with excellent self-healing and explosion-proof performance.
• Dry or oil-immersed structure — no leakage, no pollution, moisture-proof, fireproof, and long service life.
• High-quality steel shell construction — compact, lightweight, safe, and reliable.

The XHCC series is available in the following configurations:

The DC high voltage power supply is powered by AC 220V and outputs a 28 kV DC voltage. It is generally used as an impulse high voltage power supply for fault detection of power cables with a voltage level of 35 kV and below. The high-voltage pulse signal is generated by an external high-voltage capacitor and sphere gap, enabling breakdown discharge at the fault point of the cable.

In the configuration shown below, the DC high voltage power supply is connected to a 15 kV 4μF three-column capacitor.

Diagram: DC high voltage power supply connected to a 15 kV 4μF three-column capacitor for cable fault detection.