China IP65 dustproof solenoid valve Manufacturer, Supplier, Factory

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.

The Spindle Nut for switchgear is a critical component designed to ensure the smooth and reliable operation of switchgear mechanisms. Constructed from high-grade, durable materials such as stainless steel or brass, this nut is engineered to withstand the demanding environments of electrical distribution systems. Its precision-machined threads provide a secure and stable fit, preventing slippage and ensuring consistent performance under varying loads.

SOLH HFR pivot-linkage 180° wide-opening pneumatic gripper is driven by piston linkage to rotate jaws. Each jaw swings up to 90°, forming a straight line when fully opened to provide maximum clearance and eliminate mechanical interference during pick-and-place. Bore sizes cover 10/16/20/25/32 mm with purely double acting design. The -2°~-5° overclose angle ensures stable clamping. Three mounting surfaces (side, bottom, rear) are available; locating pin holes on the base improve assembly accuracy, and suffix-N through-hole mounting is optional. All models come with built-in permanent magnets and sensor grooves compatible with CMSH magnetic switches. Optimized dust-proof jaw structure and anti-friction metal separators deliver service life over 5 million cycles for moderately dusty workshop environments. Widely used for gripping and turnover of deep-cavity workpieces, large plastic housings and box materials. MHW2 gear-driven swing gripper can be considered for medium-load applications if extreme avoidance clearance is unnecessary. A minimum 30% safety margin must be reserved during torque calculation; extended jaw overhang greatly reduces effective clamping torque.

Switchgear Spring Blade – Product Details and Application Introduction The Switchgear Spring Blade is an essential component used in medium and low-voltage switchgear systems, designed to provide reliable contact pressure and ensure smooth electrical connectivity between conductive parts. These spring blades are typically made from high-quality materials such as stainless steel, copper alloys, or beryllium copper to offer both high electrical conductivity and corrosion resistance. Their design ensures longevity even under harsh environmental conditions and frequent mechanical stress.

Richge is a leading manufacturer specializing in electrical switchgear components, with a focus on providing high-quality Switchgear Lower Hinges. Our products are crafted using premium materials and advanced manufacturing processes, ensuring exceptional durability and reliability in various industrial environments. With years of experience and technological innovation, our Switchgear Lower Hinges meet international standards, offering safe and stable support for customers worldwide. We are committed to continuously enhancing product performance, meeting diverse customer needs, and delivering exceptional service and solutions.

Circuit Breaker Operating Mechanism Switchgear Operating Mechanism: Product Details and Applications The Switchgear Operating Mechanism is a crucial component in electrical switchgear systems, designed to control the operation of circuit breakers and disconnectors. This mechanism ensures reliable and efficient switching operations, providing essential protection and control in electrical distribution networks.