China low voltage withdrawable switchgear busbar entry shield Manufacturer, Supplier, Factory

Richge specializes in the design and manufacturing of high-quality Electrical Drawer Connectors, essential for seamless modular connections in electrical switchgear systems. Our connectors are engineered for optimal conductivity, mechanical durability, and superior insulation, ensuring reliable performance in medium and low voltage applications. We cater to diverse industries including power distribution, industrial automation, and transportation, providing solutions that enhance system safety, flexibility, and efficiency. With a commitment to innovation and quality,Richge is a trusted partner for customers seeking advanced, dependable electrical connection solutions.

SOLH TN cost-effective twin shaft cylinder adopts a single-piston dual guide shaft structure with slide bearing guidance for compact layout and excellent cost performance. It comes factory-equipped with built-in magnetic rings and an adjustable front rubber buffer for stroke fine tuning, delivering anti-rotation accuracy of ±0.2°. Synchronized dual shafts restrain torsion and swing to bear slight lateral eccentric loads. Three-direction mounting (top, bottom, side) is available, and side grooves support direct installation of magnetic switches without extra brackets. Two types are supplied: standard single-end rod TN and double through rod TNW, with TNW allowing fixture assembly on both rod ends for bidirectional synchronous centering motion. Compared with TR series, TN features smaller dimensions and lower cost without φ6 bore option; compared with CXS/CXSJ dual-piston twin cylinders, TN outputs single thrust with obvious cost advantages yet lower precision and load capacity. Its working pressure ranges from 0.15 to 1.0 MPa and ambient temperature adaptability covers −20℃~70℃. It is widely used for light-load positioning, simple pressing, workpiece stopping and short-distance transfer for general automation stations with moderate precision requirements and cost control demands. The S-type magnetic ring is standard for the whole series and cannot be removed; default Rc thread can be customized to G thread or NPT thread for overseas projects.

The Indoor High Voltage Grounding Switch is a critical safety component in high-voltage systems, designed to disconnect and ground electrical equipment during maintenance, ensuring operator and equipment safety. Suitable for voltage levels from 12kV to 40.5kV, it offers robust short-circuit resistance and stable mechanical performance. Its streamlined design allows for easy installation and smooth operation, making it well-suited for use in high-voltage switchgear and electrical substations. Engineered to meet international safety and performance standards, this grounding switch delivers reliable protection in various power system applications.

SOLH MHT2 toggle-joint heavy-duty self-locking pneumatic gripper is fully interchangeable with equivalent SMC models. The toggle linkage dead-point structure amplifies clamping force by 3~5 times. Mechanical self-locking engages once fully closed, retaining over 80% clamping force after air loss to prevent workpiece dropping, ideal for overhead robot handling and high-safety stations. Bore sizes cover 32/40/50/63 mm, offered in standard D type and updated lightweight DZ variant. Magnetic switches (M9BW) can be mounted on four sides for flexible sensor arrangement. Equipped with high-strength alloy steel jaws and wear-resistant linkages, it supports long-term oil-free continuous operation. Swing angle is limited within 23°~28°, so workpiece clearance must be verified during selection. Widely used for automotive components, cast & forged parts, heavy-duty machine tool loading and safety fixtures for pressing equipment. Unlike ordinary parallel grippers without locking function, MHT2 is the preferred solution for heavy loads requiring anti-drop protection.

At Richge, we specialize in innovative switchgear solutions designed to meet the highest industry standards. Our flagship product, the switchgear limit nail, is engineered to enhance the reliability and safety of electrical systems. This critical component ensures precise alignment and prevents mechanical failures by limiting the movement of switchgear elements.

Richge specializes in high-quality edge protection solutions for switchgear. Our Switchgear Edge Protection products are designed with precision to offer exceptional protection, effectively reducing edge wear and collision damage. Suitable for various switchgear applications, these protective devices ensure long-term, stable operation in demanding environments. Committed to innovation and quality, our products undergo rigorous testing and meet international standards, addressing customer needs for safety, durability, and high performance. Choose our edge protection to achieve more efficient and reliable switchgear safeguarding.