The Yirong 10kV vacuum circuit breaker is essential medium-voltage switchgear for your power distribution system. It handles daily circuit switching and provides solid safety protection for your whole power network.It features a compact and rational layout, built with high-quality materials and a simplified mechanical structure. It allows you to complete installation quickly and operate the device with ease, maintaining stable performance in daily operation.
With reliable arc extinguishing capability and good load adaptability, the breaker requires little routine maintenance. It runs steadily even in complex and harsh working conditions, keeping your power supply operating normally all the time.
It is widely used for industrial workshop distribution, community substations, commercial plazas, campus power systems and urban grid supporting projects, meeting most of your conventional power distribution needs.
Types of 10KV Vacuum Circuit Breaker
Fast Arc Extinction Without Pollution
Our 10kV vacuum circuit breaker adopts high-vacuum interrupter with excellent airtightness, which can extinguish the arc within milliseconds at current zero crossing.It brings you ultra-fast arc extinction and completely arc-free operation. Unlike traditional breakers, it produces no arc gas, smoke or harmful substances during working, helping you avoid arc pollution to surrounding equipment and working environment.It perfectly fits your application scenarios such as data centers, precision manufacturing workshops and urban power distribution stations, keeping your site always clean, safe and pollution-free.
Strong Adaptability to Grid Fluctuation
This 10kV vacuum circuit breaker is specially optimized for grid voltage fluctuation and built with voltage stabilization module to adapt to dynamic changes of 10kV medium voltage grid.It helps you maintain stable breaking performance and reliable operation even under voltage fluctuation. It effectively prevents misoperation caused by unstable voltage, greatly improving the safety and stability of your whole power distribution system.It is ideal for your projects including rural power grids, industrial parks and urban distribution networks with unstable voltage conditions.
The main causes include malfunctioning limit switches, misalignment, or oxidized contacts; or a jammed gear in the energy storage mechanism, or a fatigued spring that fails to return to its proper position. We need to adjust and calibrate the limit switches and clean the contacts; inspect and lubricate the drive gears; and replace the spring immediately if it has lost its tension to prevent the motor from burning out due to prolonged idling.
- First, inspect and replace the indicator light;
- Tighten the secondary terminals;
- Clean and polish the auxiliary switch contacts, and calibrate the interlock positions.
- Check whether the mechanical latch is sticking and resets normally;
- Inspect the insulation of the secondary circuits; re-verify the protection settings;
- Ensure proper moisture protection inside the cabinet.
