CG5-24KV Series Sensors

High Insulation Strength:Withstands 65kV power frequency and 125kV lightning impulse voltages.
Multiple Size Options:Available in various dimensions with customizable mounting configurations.
Epoxy Resin Casting:One-piece molding ensures mechanical strength and environmental resistance.
Wide Equipment Compatibility:Ideal for HV switchgear, GIS, and other MV applications.
Harsh Environment Ready:Stable performance under humidity and strong electromagnetic conditions.

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Describe Display

The CG5-24KV Series Sensors are engineered for 24kV systems and widely used in high voltage switchgear, GIS, load switches, and other medium-voltage equipment. Molded with high-strength epoxy resin, these sensors feature outstanding electrical insulation and mechanical durability, ensuring operational safety under demanding voltage and impulse conditions.

This series offers multiple size options (75×190mm, 85×225mm, 110×225mm) and customizable hole spacing and height, providing excellent adaptability. With a power frequency withstand voltage of 65kV and lightning impulse withstand voltage up to 125kV, CG5-24KV sensors are ideal for various modern distribution systems requiring precise current sensing and reliable insulation.

Product parameters

Model	CG5-24KV/75×190	CG5-24KV/85×225	CG5-24KV/110×225	Customizable Hole Distance
Dimensions	75×190 mm	85×225 mm	110×225 mm	Customizable
Rated Voltage	24kV	24kV	24kV	24kV
Operating Current	630～1250A	1600A	2000A	630～2000A
Power Frequency Withstand Voltage	65kV	65kV	65kV	65kV
Lightning Impulse Withstand Voltage	125kV	125kV	125kV	125kV
Material	Epoxy Resin	Epoxy Resin	Epoxy Resin	Epoxy Resin
Applicable Equipment	High Voltage Switchgear	GIS, Gas Insulated Switchgear	Medium Voltage Equipment	Applicable to Various Distribution Systems

Service & Support

Our certification team consists of 85+ engineers with more than 20 years of professional experience

24/7 Service. Average emergency response time is limited to less than 12 hours

Suitable for substations, industrial power grids, new energy projects and other demanding scenarios