China Substation Switchgear Manufacturer, Supplier, Factory

We try for excellence, service the customers", hopes to be the most effective cooperation workforce and dominator company for staff, suppliers and shoppers, realizes price share and ongoing marketing for Substation Switchgear,Gis Switchgear,Gas Insulated Switchgear,High Voltage Switchgear,Electrical Switchgear, Welcome any within your inquiries and concerns for our products and solutions, we glance ahead to setting up a long-term enterprise partnership along with you within the close to potential. get hold of us today.
Substation Switchgear, Due to our dedication, our items are well known throughout the world and our export volume continuously grows every year. We will continue to strive for excellence by providing high quality solutions that will exceed the expectation of our customers.

Hot Products

  • 3.6KV 2000A High Current Switchgear Electrical Equipment

    3.6KV 2000A High Current Switchgear Electrical Equipment

    KYN28-12(Z) AC metal armored switchgear 3.6KV 2000A High Current Switchgear Electrical Equipment is a versatile and reliable solution for managing three-phase AC power systems with a rated voltage of 12kV and a frequency of 50Hz. Its primary function is to efficiently distribute and control electric energy, while also providing protective measures and monitoring capabilities to ensure the safety and efficiency of the system.
  • 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.
  • 72.5KV 4000A Horizontal or Vertical knee-type disconnector

    72.5KV 4000A Horizontal or Vertical knee-type disconnector

    72.5KV 4000A Horizontal or Vertical knee-type disconnector features a compact design, modern aesthetic, and sleek appearance. It is reliable, efficient, and economical, with a space-saving vertical contact system that adapts to varying heights. The terminal block and conductive rod are crafted from high-quality aluminum alloy and aluminum alloy sections, offering excellent strength, durability, and resistance to corrosion.
  • Modular AC metal enclosed Ring main unit RMU

    Modular AC metal enclosed Ring main unit RMU

    HXGN-12 switchgear Modular AC metal enclosed Ring main unit RMU is a high-voltage AC complete set designed for a three-phase AC ring network, terminal distribution network, and industrial electrical equipment. It is suitable for power distribution and protection and can be installed in substations. It complies with national standards GB3906 and IEC60298, as well as DL/T402 and DL/T404 standards, and meets the requirements of "five-proof" blocking.
  • 126KV HV Outdoor high-voltage SF6  single-phase circuit breaker

    126KV HV Outdoor high-voltage SF6 single-phase circuit breaker

    This 126KV HV Outdoor high-voltage SF6 single-phase circuit breaker is suitable for use in 72.5KV and 126KV three-phase AC 50HZ transmission and transformation systems. Its primary purpose is to regulate and safeguard these systems, but it can also function as a contact breaker and opener group, offering versatility in its applications.
  • 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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