China High-voltage outdoor SF6 open type GIS Manufacturer, Supplier, Factory

In China, Kexunan supplier specializes in High-voltage outdoor SF6 open type GIS. As one of the leading manufacturer and supplier in China, we provide a price list if you want. You can purchase our high quality and customized High-voltage outdoor SF6 open type GIS from our factory. We sincerely look forward to becoming your reliable long-term business partner!

Hot Products

  • 24KV assembly type indoor vacuum circuit breaker

    24KV assembly type indoor vacuum circuit breaker

    24KV assembly type indoor vacuum circuit breaker, a robust solution for your electrical equipment, is designed for indoor use with a rated voltage of 12kV. It operates at a frequency of three-phase AC 50Hz and is suitable for industrial and mining enterprises, power plants, and substations. This circuit breaker is not only reliable but also ideal for locations that require frequent operation, providing you with reassurance. It can be mounted in a switch cabinet or placed on a handcart, and it is simple to install.
  • 3.6KV 630A Medium Voltage Electrical Switchgear

    3.6KV 630A Medium Voltage Electrical Switchgear

    The KYN28-12(Z) 3.6KV 630A Medium Voltage Electrical Switchgear is designed for 12kV rated voltage and 50Hz rated frequency in three-phase AC power systems. It functions to handle electric energy reception and distribution, as well as to control, protect, and monitor circuits.
  • Medium voltage automatic reactive power compensation complete device

    Medium voltage automatic reactive power compensation complete device

    The Medium voltage automatic reactive power compensation complete device Designed for use in 50Hz AC power systems with a voltage of up to 35kV, substations installed on the 6-35kV side feature a power factor, improving voltage quality and reducing network losses. There are two types of structures available for the high voltage automatic reactive power compensation equipment. One type is cabinet-based, offering features such as electromagnetic locking and a live display function, with the option to include reactive automatic controllers and automatic switching based on specific needs. These cabinets are highly integrated and tightly structured for indoor use. The other type is frame-based, cost-effective, and requires users to provide electromagnetic closure.
  • 35kv 3000 amp high current mv switchgear

    35kv 3000 amp high current mv switchgear

    The New Armored Removable AC Metal-Enclosed Switchgear, a testament to advanced switchgear technology, is specifically crafted for three-phase AC power systems with a rated voltage of 35kV. It accommodates rated currents ranging from 630a to 3150a and operates at a frequency of 50Hz. This cutting-edge equipment not only facilitates the efficient transfer and distribution of electric energy but also offers advanced control, protection, and monitoring capabilities for electrical circuits, ensuring optimal performance and reliability.
  • 11KV 2000amp Vertical break two post isolating switch

    11KV 2000amp Vertical break two post isolating switch

    The 11KV 2000amp Vertical break two post isolating switch is a composite-structured 12KV switch designed for outdoor line networks. Equipped with a CS-type operating mechanism, it effectively prevents incorrect operations, such as interlocking with live conductors and composite flash-locks. This negates the necessity for an additional earthline, providing a convenient and efficient solution. Furthermore, the pollution-proof isolating switch is particularly well-suited for use in heavily contaminated areas, effectively addressing shed pollution during operation and ensuring a clean and safe working environment.
  • 24KV 3150A High Current Electrical Switchgear

    24KV 3150A High Current Electrical Switchgear

    KYN28A-24 (SDK1-24) armored removable AC metal-enclosed switchgear 24KV 3150A High Current Electrical Switchgear (from now on referred to as switchgear) is suitable for indoor three-phase 50/60Hz, rated voltage 24kV power systems. It is mainly used in power plants. In substations, industrial and mining enterprises, and high-rise buildings, it receives and distributes electric energy and controls, protects, and monitors circuits.

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