China Switchgear Control Spindle Manufacturer, Supplier, Factory

Richge specializes in manufacturing high-quality Switchgear Jaws Support Plates, essential components for ensuring stable and reliable electrical connections in various industrial and commercial applications. Our products are designed with precision and durability, meeting the highest industry standards for safety and performance. With advanced production techniques and a commitment to innovation, we offer solutions that cater to the specific needs of our clients, providing them with superior performance and longevity. Richge is dedicated to delivering exceptional customer service and technical support, ensuring that our clients receive the best possible products and solutions for their electrical systems.

The Guide Sleeve for switchgear is a precision-engineered component designed to facilitate the smooth operation of moving parts within electrical switchgear assemblies. Typically constructed from high-strength materials such as stainless steel or aluminum alloy, the Guide Sleeve is crafted to provide a durable and low-friction surface that enhances the longevity and reliability of the switchgear. It plays a crucial role in aligning and supporting rods or other moving elements, ensuring they move accurately and efficiently without unwanted lateral movement or misalignment.

The Switchgear Round Sheath is a critical component designed for protecting electrical cables and ensuring their longevity and efficiency in high-voltage environments. Constructed from high-quality, durable materials, this sheath offers exceptional insulation and resistance to moisture, dust, and mechanical stress, making it ideal for both indoor and outdoor applications.

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.

SOLH MHW2 rack-and-pinion 180° swing pneumatic gripper is fully interchangeable with equivalent SMC models. Rack & pinion gear drive enables symmetrical synchronous jaw swing, each jaw rotates up to 90° for total 180° opening, with synchronization error ≤0.1° to guarantee balanced clamping and prevent workpiece slipping. Bore sizes range from 20 to 50 mm in purely double acting configuration. Jaws stand perpendicular to the body at full opening, minimizing occupied space and facilitating mechanical avoidance and workpiece flipping. Hard-anodized square aluminum body features four-side sensor grooves for unrestricted magnetic switch installation. Optimized dust-proof sealing supports long-cycle operation in dusty workshops. Compared with cam-driven MHY2, MHW2 delivers higher load capacity and better synchronization; unlike toggle MHT2, it has no power-off self-locking but provides far larger swing angle. Widely used for flipping and handling medium-load workpieces (1~20kg), cartons, large plastic parts and loading/unloading in confined automation stations.

SOLH 4A series 5/2-way and 5/3-way air-operated directional control valves are the full pneumatic counterpart of the classic 4V electromagnetic solenoid valve series. Driven entirely by external pneumatic control signals with no coils or electrical parts inside, this valve achieves inherent explosion-proof safety and serves as the core control unit for non-electric pneumatic loops, hazardous explosive areas and safety interlock systems. It adopts high-precision spool configuration and robust aluminum alloy housings, sharing identical installation dimensions and flow characteristics with the 4V series for seamless direct replacement and upgrade between electric-driven and full-pneumatic control schemes. The standard five-port layout follows industry universal specifications: P for main air supply inlet, A and B as working ports connected to two chambers of double-acting cylinders for extension and retraction regulation, R and S as exhaust ports compatible with standard silencers to reduce operational noise. The 5/2-way lineup supplies single pneumatic control and double pneumatic control options. Single air-controlled models switch upon receiving control air signals and automatically reset by built-in springs once the control pressure disappears to deliver fail-safe protection. Double air-controlled variants feature no return springs and lock the current spool position persistently after control air is disconnected, supporting long-duration positioning and pressure retention without sustained control air input. 5/3-way versions are exclusively double air-driven with three selectable neutral configurations: closed center (Type C) seals all ports to lock cylinders and prevent vertical falling; exhaust center (Type E) vents A/B ports to atmosphere for pressure release and manual commissioning; pressure center (Type P) feeds compressed air to both working ports for synchronous clamping and force balance adjustment. Suitable for filtered compressed air within 0.15~0.8 MPa working pressure, the whole series supports lubrication-free operation and works reliably from -20℃ to +70℃. Widely applied in chemical plants, painting workshops, mining and other explosion-risk environments, it cooperates with mechanical valves, hand-operated valves and air pilot valves to build complete all-pneumatic logic control systems for double-acting cylinders.