LYC130 35kV High Voltage Sensor for KYN61 Switchgear – Epoxy Resin Pillar Insulator Type Charged Display Sensor
The LYC130 is a high-performance 35kV high-voltage sensor designed specifically for KYN61 switchgear and related power distribution systems. Constructed from premium vacuum-cast epoxy resin, this sensor functions as a pillar-type insulator while extracting voltage signals from live circuits to reflect the real-time charged state of the equipment. It serves as a critical safety component by providing power for forced locking networks, effectively preventing accidental entry into live compartments. With its high mechanical strength, superior arc resistance, and minimal partial discharge, the LYC130 ensures maximum reliability and safety in high-voltage environments.
LYC130 35kV High Voltage Sensor (Epoxy Resin Charged Display Sensor)
Product Overview
The LYC130 is a high-precision, pillar-type 35kV high-voltage sensor designed specifically for KYN61 cabinets and related high-voltage switchgear systems. This sensor utilizes a capacitor core rod to extract voltage from live circuits, providing a reliable power supply for charged state realization and mandatory safety locking. Beyond its sensing capabilities, its robust construction allows it to serve as a high-strength pillar insulator for isolating switches and grounding switches.
Core Features & Technical Advantages
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Advanced Material Engineering: Cast from high-quality epoxy resin, featuring high mechanical strength, excellent wear resistance, and superior anti-corrosion properties.
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Safety Forced Locking: Specifically designed to force the door switch network to lock when a circuit is live, preventing accidental entry into high-voltage compartments.
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High-Precision Components: Utilizes high-precision oxygen-free copper with low resistance for long-lasting, stable conductivity and precise internal threading.
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Reliable Electrical Insulation: Features double protective layers to ensure strong conductivity without excessive heat generation, while maintaining small partial discharge characteristics.
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Harsh Environment Durability: Engineered for stability with strong arc resistance and a wide operating temperature range from -25°C to +40°C.
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