Vacuum Circuit Breaker Vcb In Substation

Conso Electrical Vacuum Circuit Breaker Vcb In Substation find frequent application in the medium voltage switchgear of a compact substation. Conso Electrical Science and Technology Co., Ltd., a dedicated manufacturer specializing in vacuum circuit breakers and compact substations, is committed to cost reduction and enhancing the overall quality of vacuum circuit breakers. Conso Electrical manufactures more than 580 vacuum circuit breakers per year to fulfill the production demands for compact substations. Let's explore how we can achieve mutual success in our collaboration. We welcome you to visit our factory and plan the future of our partnership together.

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Product Description

Place your confidence in acquiring personalized Vacuum Circuit Breaker (VCB) solutions for substations from our trusted source. We eagerly await the opportunity to collaborate with you in this endeavor. Should you seek additional information or have inquiries, please do not hesitate to engage in a consultation with us. Your queries are of utmost importance, and we guarantee timely and informative responses. Opt for customized VCB solutions that precisely meet your substation requirements, and join us in a collaborative partnership where excellence and efficiency are paramount. Initiate a consultation now to delve into the intricacies of optimized VCB solutions tailored to your specifications.

Video

vacuum circuit breaker VCB in substation Operating Principle：

The VS1-12 medium voltage vacuum circuit breaker is powered by the energy stored in the spring mechanism during the closing operation. The energy storage mechanism can be driven by an external power source or manually with an energy storage handle. Once the energy is stored, an energy storage indicator displays "energy stored." Simultaneously, an energy storage switch disconnects the energy storage motor power, putting the circuit breaker in a closed state. During the closing operation, whether the "close" button is pressed manually or the remote operation triggers the closing electromagnetic coil, the circuit breaker can be closed. After the closing operation is completed, the energy storage indicator and the energy storage switch reset, and the motor power is restored. The motor is then re-energized. The closing indicator displays "close," and auxiliary switch contacts change position. In the opening operation, whether the "open" button is manually pressed or the remote operation triggers the closing electromagnetic coil, the circuit breaker can be opened. After the opening operation is completed, the opening indicator displays "open," and the auxiliary switch contacts change position. Simultaneously, during the opening operation, a counter advances by one, and the corresponding number can be observed through a panel observation window.