China Gas-insulated Circuit Breaker Manufacturer, Supplier, Factory

The incredibly rich projects administration experiences and a person to 1 service model make the substantial importance of organization communication and our easy understanding of your expectations for Gas-insulated Circuit Breaker,Gas-insulated Switchgear,Gas-insulated Transmission Line,Gas-insulated Substation,Gas-insulated Transformer, We honor our core principal of Honesty in company, priority in service and will do our best to provide our buyers with high-quality products and solutions and great support.
Gas-insulated Circuit Breaker, We hope we can establish long-term cooperation with all of the customers, and hope we can improve competitiveness and achieve the win-win situation together with the customers. We sincerely welcome the customers from all over the world to contact us for anything you need to have!Welcome all customers both at home and abroad to visit our factory. We hope to have win-win business relationships with you, and create a better tomorrow.

Hot Products

  • 3.6KV 3150A Medium Voltage High Current Electrical Switchgear

    3.6KV 3150A Medium Voltage High Current Electrical Switchgear

    The KYN28-12(Z) AC metal armored switchgear 3.6KV 3150A Medium Voltage High Current Electrical Switchgear is designed for three-phase AC power systems with a rated voltage of 12kV and a rated frequency of 50Hz. It serves as a reliable and efficient solution for receiving, distributing, controlling, protecting, and monitoring electrical energy in various applications.
  • 126KV Outdoor high-voltage SF6 open type combination electrical appliances

    126KV Outdoor high-voltage SF6 open type combination electrical appliances

    The 126KV Outdoor high-voltage SF6 open type combination electrical appliances stands out as an integrated electrical device specifically designed for high-voltage power transmission and distribution systems. Its unique composition includes circuit breakers, disconnectors, earthing switches, current transformers, voltage transformers, and surge arresters, all enclosed in a metal housing filled with sulfur hexafluoride (SF6) gas, a highly effective insulating medium.
  • Dry type transformer 10KV 20KV 35KV

    Dry type transformer 10KV 20KV 35KV

    Dry type transformer 10KV 20KV 35KV are transformers that do not have their core and windings submerged in insulating oil. They are commonly utilized in various settings, such as local lighting, high-rise buildings, airports, docks, and CNC mechanical equipment.
  • 40.5KV Outdoor ceramic column HV Vacuum Circuit Breaker

    40.5KV Outdoor ceramic column HV Vacuum Circuit Breaker

    ZW7-36 series 40.5KV Outdoor ceramic column HV Vacuum Circuit Breaker, a three-phase AC 50Hz outdoor high volt switchgear, is applicable for the 36 KV power distribution and transmission system to close or open the load current, over-load current, short-circuit current and so on.
  • 12KV 3150A Medium Voltage Electrical Switchgear Gas Insulation Switchgear

    12KV 3150A Medium Voltage Electrical Switchgear Gas Insulation Switchgear

    In recent years, with the progress of society, economy, and technology, engineering construction has become increasingly intricate. There is a rising demand for compact switch equipment that is low-maintenance and smart. Domestic and international switch manufacturers are working on 12KV 3150A Medium Voltage Electrical Switchgear Gas Insulation Switchgear, known as gas-insulated switchgear (C-GIS). This type of switchgear encases high-voltage elements like busbars, circuit breakers, isolating switches, and power cables in a shell with reduced gas pressure..
  • Arc extinction and harmonic elimination cabinet

    Arc extinction and harmonic elimination cabinet

    Arc extinction and harmonic elimination cabinet During regular functioning, the microcomputer controller constantly monitors the voltage signal received from PT. Suppose the system experiences PT disconnection, single-phase metal grounding, or single-phase arc grounding. In that case, the auxiliary secondary open triangle voltage will promptly shift from a low to a high level. The microcomputer controller will then activate. It will determine the type and phase discrepancy based on the alteration in the PT secondary voltage

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