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35KV Vacuum Circuit Breaker

35KV Vacuum Circuit Breaker

Yirong’s 35kV vacuum circuit breaker is a robust, field-proven high-voltage control solution tailored for medium and high-voltage power distribution systems. It handles routine grid switching and full-circuit safety protection, keeping your entire power network operating safely and steadily at all times. Built with optimized structural design and high-grade raw materials, it boasts a compact footprint and durable solid construction. You can finish on-site installation and commissioning in much less time with fewer manpower inputs, effectively cutting your project labor and construction costs.

This circuit breaker operates smoothly and reliably with excellent arc extinguishing performance, fully adapting to the complex and variable load conditions on your job sites. It holds consistent working stability during long continuous service and needs only basic routine maintenance. This greatly eases your daily operational burden and reduces long-term maintenance costs, while maintaining the highest safety standards for your power system. It is the ideal solution for new energy stations, large industrial parks, urban main substations, mining power supply systems and all kinds of core municipal power projects.

We dedicate ourselves to the professional R&D and standardized production of 35kV vacuum circuit breaker. Each unit goes through rigorous full-process quality testing, ensuring stable and reliable performance even in tough and harsh working environments. We also support customized product specifications and complete matching accessories to suit your unique installation and project needs, providing you with flexible, one-stop power distribution solutions for every project.

Types of 35KV Vacuum Circuit Breaker

Fixed Type 35KV Vacuum Circuit Breaker
Fixed Type 35KV Vacuum Circuit Breaker
Draw-Out 35KV Vacuum Circuit Breaker
Draw-Out 35KV Vacuum Circuit Breaker
Side-Mounted 35KV Vacuum Circuit Breaker
Side-Mounted 35KV Vacuum Circuit Breaker
Modular 35KV Vacuum Circuit Breaker
Modular 35KV Vacuum Circuit Breaker

Superior Sealing & Vacuum Holding Performance

Our 35KV vacuum circuit breaker is built with precision sealing and multi-layer structural design for its vacuum interrupter.It locks in high vacuum permanently and never lets internal vacuum leak out.Custom engineered for 35KV high voltage use, it keeps reliable arc extinguishing and insulation performance even after years of continuous operation.You get far fewer hidden safety hazards from vacuum decay, and your high-voltage power grid can run stably and safely for the long term.

Superior Sealing & Vacuum Holding Performance
Strong Electromagnetic Interference Resistance

Strong Electromagnetic Interference Resistance

We equip our 35KV vacuum circuit breaker with dedicated anti-interference structure and premium shielding components.It works perfectly in busy high-voltage substations and industrial zones with heavy electromagnetic radiation.It shields your equipment from outside signal disturbance, preventing accidental switch closing, unwanted tripping and data malfunctions.It always stays accurate in operation, and delivers dependable power safety for your industrial facilities, substations and renewable energy projects.

What causes severe overheating in a 35kV vacuum circuit breaker after closing?

The main reasons are loose wiring bolts, worn and oxidized contact surfaces, no conductive grease applied, and the contact travel becoming too short due to wear and tear. You need to take the unit out of service first, clean the contact surfaces, add conductive grease, tighten the bolts to the required tightness, and then test the loop resistance again.

How should a 35kV vacuum circuit breaker energy storage motor that keeps running and won’t stop be handled?

This usually happens because the limit switch contacts are oxidized, the switch is out of position, or the gears get stuck. You can adjust and correct the limit switch, clean its contacts, check if the gears are properly lubricated, and replace the switch or spring if they are damaged.

How to troubleshoot a 35kV vacuum circuit breaker that fails the withstand voltage test?

Follow this order to find and fix the problem: dust or moisture on the insulating bushings and insulators, condensation inside the cabinet, reduced vacuum in the arc-extinguishing chamber, or damaged insulation in the secondary circuit. Clean and dry all the components, and replace any broken insulating parts and the arc-extinguishing chamber if needed.

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