China Switchgear Upstream Jaw Support Manufacturer, Supplier, Factory

SOLH CRBU2 ultra-thin free-mount vane rotary actuator is fully interchangeable with equivalent SMC models, available in bore sizes 10/15/20/30/40. Integrated cylindrical body enables bracket-free multi-directional fixing, 12% lighter than CRB2 series, perfect for concealed installation inside compact integrated machinery. Direct vane drive eliminates gear backlash with ultra-high angular repeatability of ±0.01°. Two vane variants: S single vane for max 270° swing, D double vane delivering double torque with limited 90°/100° rotation. Dual piping layouts are offered: standard side ports and suffix-E central axial ports. Optional suffix-W angle adjuster realizes infinitely adjustable stroke from 0 to 240°, and built-in magnetic rings support M9BW reed switches for PLC limit feedback. Low-friction composite sealing ensures oil-free operation with over 5 million service cycles. Widely applied to light-load high-frequency precision rotation tasks including 3C miniature jig turnover, vision camera positioning, screw tightening mechanisms and small-angle packaging switching. Compared with base-mounted CRB2 rotary cylinders, CRBU2 requires no mounting brackets and maximizes space efficiency, ideal for robot end effectors and narrow internal equipment layouts.

At Richge,we specialize in high-quality switchgear interlocking mechanisms designed for optimal safety and reliability in electrical distribution systems. Our interlocking solutions are engineered to prevent unauthorized access and ensure proper sequencing of operations, enhancing both security and operational efficiency. With advanced design features such as durable materials, precise engineering, and compatibility with various switchgear configurations, our mechanisms offer robust performance in demanding environments. Committed to innovation and quality, Richge provides dependable interlocking systems that meet industry standards and exceed customer expectations. Trust us for cutting-edge solutions that safeguard your electrical infrastructure.

SOLH CY3 magnetic coupling rodless cylinder is an upgraded version of CY1 series with full dimensional interchangeability with SMC counterparts. It adopts non-contact magnetic synchronous drive between internal piston and external slide carriage inside a fully enclosed barrel to achieve zero air leakage and contamination-free operation. Bore sizes range from φ6 to φ63 mm with maximum stroke up to 5000 mm, cutting installation footprint by 50% compared with conventional tie rod cylinders. Two variants are available: CY3B basic type requiring end brackets and external guides to avoid eccentric load and magnetic decoupling; CY3R direct-mount version fixed directly on equipment base to save extra mounting space. The lengthened wear-resistant rings lower minimum working pressure to 0.12 MPa. Standard dual-end rubber buffers are equipped, and optional X160 high-speed version supports a maximum speed of 1500 mm/s. Pre-set slots accommodate D-M9 magnetic switches for position feedback. Standard oil-free operation fits dust-free workshops for semiconductors, electronics, medical and food industries. It handles light to medium loads from 0.5 kg to 40 kg for long-distance workpiece transfer, protective door actuation and compact long-stroke linear motion in hygienic automation.

SOLH MY1B mechanically jointed basic rodless cylinder achieves full interchangeability with corresponding SMC models. Equipped with inner sealing belt and outer dust-proof belt, it cancels the external piston rod, whose overall installation length is close to effective stroke and saves more than 50% layout space compared with tie rod cylinders. Bore sizes range from φ10 to 100mm with maximum stroke up to 5000mm. The slide table is rigidly connected with the piston with outstanding bending resistance, allowing direct load mounting without auxiliary guides under light loads. Four-direction piping (front, rear, side, bottom) is available; models φ25~40 realize 17% weight reduction. Standard built-in adjustable air cushions are equipped, with optional external hydraulic buffers and dual-end stroke adjusters. Pre-reserved grooves fit D-M9 series magnetic switches, and oil-free operation is supported for clean workshops. Classified by load capacity: φ10~20 for light duty, φ25~40 for medium-light duty, φ50~63 for medium duty, φ80~100 for heavy duty. Widely applied in long-distance material conveying, automatic door actuation, heavy workpiece shifting in machining and long-stroke positioning pushing on non-standard automation lines as an economical universal linear driving solution.

The High-Voltage Ground Switch for Indoor Use serves as a vital safety mechanism in high-voltage power systems, facilitating the grounding and isolation of electrical equipment during maintenance work. Designed for operational voltages ranging from 12kV to 40.5kV, this switch boasts exceptional durability against short-circuit conditions and consistent mechanical reliability. Its compact and user-friendly design allows for straightforward installation and operation, making it an ideal choice for high-voltage switchgear and substations. Complying with stringent international standards, this grounding switch ensures dependable performance and safety in challenging electrical environments.

SOLH HFP economical lever-type parallel pneumatic gripper adopts mechanical lever linkage transmission as a cost-effective lightweight gripping solution. Bore sizes cover 10/16/20/25/32 mm. Jaws close when piston extends and open on retraction; clamping force is 20%~30% higher than opening force for reliable workpiece holding. Mounting holes are available on three faces: side, bottom and rear. Built-in permanent magnets work with CS1-G magnetic switches for open/closed status feedback. Metal friction isolation plates reduce abrasion to adapt to high-cycle continuous operation. Positioned as an economical alternative to linear-guide grippers such as HFZ and MHZ2, it suits cost-sensitive light & medium load applications. Periodic grease maintenance on lever joints is recommended. Widely used for high-frequency handling of 3C plastic parts, miniature stamped hardware and small packaging components. Not recommended for conditions with persistent heavy offset loads or ultra-high precision assembly requirements.