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The Indoor High-Voltage Switchgear Ground Switch is a critical safety device designed for use in high-voltage electrical systems, ensuring safe grounding and isolation of equipment during maintenance and servicing. Suitable for voltage ranges from 12kV to 40.5kV, it provides exceptional resistance to short-circuit conditions and delivers reliable mechanical operation. Its compact and efficient design simplifies installation and ensures ease of use, making it an ideal choice for integration in high-voltage switchgear and substations. This grounding switch adheres to international standards, guaranteeing safe and stable performance in complex electrical networks.

At Richge, we specialize in high-quality switchgear components designed to enhance the reliability and efficiency of electrical systems. Our switchgear brackets are engineered with precision to provide robust support and secure mounting for various switchgear assemblies. Crafted from durable materials, our brackets ensure long-lasting performance and withstand the rigors of demanding environments. Our commitment to excellence and innovation ensures that each bracket meets industry standards and client specifications. Whether for new installations or upgrades, Richge delivers solutions that support seamless operation and maintenance of your switchgear systems. Trust us for dependable, high-performance brackets that meet your engineering needs.

8E Interlock Lever for Switchgear Product Background: Richge is a manufacturer of 8E Interlock Levers for switchgear in China, specializing in high-precision components that ensure reliable operation and safety in electrical systems. Our interlock levers are designed to provide secure and efficient control mechanisms within switchgear assemblies.

Switchgear Door Lock Bent Plate – Product Details and Applications The Switchgear Door Lock Bent Plate is a critical mechanical component designed to enhance the safety and operational integrity of electrical switchgear systems. It serves as a key element in the door locking mechanism, ensuring the secure closure of switchgear cabinet doors. Typically made from robust materials such as stainless steel or zinc-coated metal, the bent plate offers durability, resistance to corrosion, and strength under mechanical stress, ideal for both indoor and outdoor switchgear installations. The bent plate features precise bends and dimensions to fit perfectly within the locking assembly, working seamlessly with handles, latches, or electromagnetic locks. It plays a crucial role in achieving smooth mechanical alignment between the door and frame, preventing accidental door openings caused by external vibrations or impact. Some variants are designed to support additional locking mechanisms, such as padlocks, to offer enhanced access control and security during maintenance or operation.

FLN36-40.5D/T630 indoor sulfur hexafluoride (SF6) load switch and FLN36-40.5DR/125 load switch fuse combination are suitable for power stations and industrial electrical equipment with three-phase AC 50/60Hz ring network or terminal power supply. They are used as load control line protection for power systems. The load switch divides and closes load current, closed-loop current, no-load transformer and cable charging current; Combination electrical appliances can break any current under rated short-circuit current and are suitable for electrical complete sets of equipment such as ring main units and box type substations. FLN36-40.5 load break switch and FLN -40.5D load break switch plus fuse combination, can be used to protect  and control the electric equipments for power supply and transformer substations, which is especially suitable  for ring net cabinet, cable branch cabinet and distribution switching substation.

Product Introduction: Switchgear Connection Parts Switchgear connection parts are critical components designed to ensure safe, reliable, and efficient electrical connections within switchgear systems. These parts include connectors, terminals, and busbars, which play an essential role in facilitating the flow of electricity between various switchgear elements. Constructed from high-conductivity materials such as copper and aluminum, these components are engineered to minimize energy losses and enhance performance.