Medium Voltage 3.3 6.6 Kv Mv Vacuum Circuit Breaker

Medium Voltage 3.3 6.6 Kv Mv Vacuum Circuit Breaker is commonly used on medium voltage panels, such as KYN28 and HXGN. Conso Electrical Science and Technology Co., Ltd., as a manufacturing company to produce vacuum circuit breaker and medium voltage air insulated switchgear, aims to cut the costs and improve the quality of a vacuum circuit breaker. Conso Electrical produced 600 piece of vacuum circuit breaker annually to meet the production requirement of KYN28 and HXGN panels. We are delighted to extend an invitation for you to visit our factory. This will provide us with an opportunity to discuss potential collaboration together.

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Product Description

Feel confident in your decision to procure personalized Medium Voltage 3.3-6.6 kV MV Vacuum Circuit Breakers from our reputable source. We eagerly anticipate the opportunity to collaborate with you on this crucial aspect of your electrical infrastructure. Should you seek additional insights or have inquiries, we encourage you to initiate a consultation with us. Rest assured that your questions will receive timely and comprehensive responses, underscoring our commitment to providing valuable information. Opt for tailored MV Vacuum Circuit Breakers that precisely align with your specifications, and join us in a collaborative partnership where excellence and precision are paramount. Initiate a consultation now to explore the intricacies of optimized solutions for your medium voltage circuit breaker needs.

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medium voltage 3.3 6.6 kv mv vacuum circuit breaker Structural Features：

The VS1-12 medium voltage vacuum circuit breaker has its main components housed within an insulation cylinder cast using the APG (Aerial Pressure Gelation) process. This structure effectively safeguards against external impacts and the influence of environmental pollution on the vacuum interrupter chamber. The circuit breaker is equipped with ZMD1410 series hermetically sealed ceramic or glass vacuum interrupter chambers, featuring a ring-shaped axial magnetic field contact structure that provides strong breaking capacity, low current interruption, and a long electrical lifespan. The vacuum interrupter chamber is enclosed within the insulation cylinder, making the circuit breaker maintenance-free, pollution-free, non-explosive, low-noise, and with high insulation levels. The operating mechanism uses a spring-stored energy operating mechanism, with a mechanism box containing a closing unit, front panel buttons for opening and closing, a manual energy storage hole, and a spring energy storage status indicator. The mechanism and the main body are integrated front and rear, ensuring high transmission efficiency and excellent operational performance, suitable for frequent operations, and can be installed in mobile or fixed switchgear.