China Electrical Interlocking Lever Manufacturer, Supplier, Factory

The switchgear shutter mechanism is a vital component in electrical switchgear systems, designed to enhance safety and operational efficiency. This mechanism controls the opening and closing of protective shutters, which serve to isolate live parts and prevent accidental contact during maintenance or inspection. Engineered for reliability, the shutter mechanism ensures smooth operation and can be activated manually or automatically, depending on the system design.

Richge excels in providing high-quality Drawout Switchgear Auxiliary Contact Jacks, designed to enhance the functionality and reliability of switchgear systems. These jacks ensure secure connections for auxiliary contacts, supporting seamless integration and operation within drawout switchgear assemblies. Crafted from durable materials with precision engineering, our jacks offer easy installation, robust performance, and long-term reliability. Ideal for industrial and commercial applications, they meet rigorous industry standards, ensuring optimal safety and efficiency. Choose our Drawout Switchgear Auxiliary Contact Jacks for dependable performance and superior quality in your switchgear solutions.

At Richge, we specialize in innovative switchgear components, including our advanced Extended Rotary Handle for Switchgeare. Designed for durability and ease of use, our handle ensures smooth operation and reliable performance in demanding environments. Crafted from high-quality materials, it offers enhanced ergonomics and extended reach, making it ideal for various switchgear applications. With a focus on precision engineering and customer satisfaction, our extended rotary handle meets stringent industry standards, providing an effective solution for controlling switchgear systems. Trust Richge for cutting-edge components that enhance operational efficiency and safety in your electrical infrastructure.

SOLH G series pneumatic pressure gauges are dedicated to compressed air measurement, split into rear-thread G type for panel embedding and side-thread GA type for inline pipe mounting. Dial sizes range from φ15 to φ63 with measuring spans of 0.2~1.5MPa. Standard accuracy is ±3% FS, while mini G15 and G27 reach ±5% FS. L variants equipped with red-green limit rings enable intuitive visual pressure state identification; large dial G53-L and G63-L guarantee clear readings from long distances. Connection threads include M5, R1/16, R1/8 and R1/4. Standard brass fittings are supplied, and copper-free oil-free clean versions are optional for semiconductor high-purity gas circuits. The gauge adopts zinc alloy / nickel-plated aluminum housing and impact-resistant polycarbonate window. Widely matched with solenoid valves, regulators and automation equipment for real-time air pressure monitoring, all sizes are fully interchangeable with imported equivalent pressure gauges.

GN19-12(C) indoor HV disconnect switch applies to power system of rated voltage 12kV, AC 50/60Hz. It is equipped with CS6-1 manual-operating mechanism and is used to break and make circuit under no-load. There are additional pollution type, high-altitude type and power indicating type. It is made as per IEC 62271-102. The isolating switch of this series is equipped with a CS6-1 manual operating mechanism (the isolating switch with a panel has its own conjoined operating mechanism).   This series of isolating switches is a three-pole type, which consists of a chassis, a rotating shaft, a lever, a porcelain pillar insulator, a knife and a wiring board. The rotating shaft is arranged on the bottom frame, on which three pairs of levers are welded, and the levers pass through the pull rod porcelain insulator and the knife necklace. The rotating shaft extends out of the base frame, and any section of the rotating shaft can be connected with the operating mechanism.   Type C is through the wall. Among them, C1 means that the rotation is on the side through the wall; C2 means that the disconnection is on the side through the wall; C3 means that both sides are on the side through the wall.

The Electrical Switchgear Drive Mechanism is a vital component designed to facilitate the seamless movement of switchgear units in electrical installations. This mechanism allows for easy transport and positioning of heavy switchgear, improving accessibility and efficiency during maintenance and operation.