China SOLH VM1 valve Manufacturer, Supplier, Factory

SOLH ZL112 multi-stage venturi vacuum ejector is fully interchangeable with equivalent SMC models, equipped with standard Φ1.2 nozzle. Its energy-saving multi-stage structure delivers stable vacuum of -88~-92kPa while cutting air consumption by over 40% versus single-stage ejectors. Adopting a highly integrated modular design, it offers K1 dual supply/release valves for auto suction & blow-off and cost-saving K2 single supply valve variants. The built-in silencer restricts operating noise below 70dB(A); two exhaust styles are available: standard integrated muffler type and P centralized port exhaust for high flow. Optional accessories include analog mechanical vacuum gauges and digital vacuum pressure switches with NPN/PNP single/dual channel and voltage/current analog signal outputs, plus diverse plug connectors, coil voltages and manual adjustment knobs. Free of internal moving parts for maintenance-free continuous operation, it can be mounted directly on robot end effectors to shorten vacuum response time, widely applied to multi-suction cup handling of 3C glass panels, sheet metal, packaging & printing materials and porous workpieces requiring stable high-flow vacuum adsorption.

ZW32-24 outdoor AC high-voltage vacuum circuit breaker (hereinafter referred to as circuit breaker) is rated voltage of 24kV, 50Hz three-phase AC outdoor power distribution equipment. This product is absorbing foreign advanced technology. Based on the dry domestic raw materials and factory art, the 24kV outdoor high-voltage switchgear suitable for China's national conditions has been successfully developed. Compared with similar international products, it has the characteristics of miniaturization, maintenance free and intellectualization. At the same time, the product has no pollution to the surrounding environment and is a green environmental protection product. The circuit breaker complies with technical standards such as gb1984-2003 high voltage AC circuit breaker, DL t402-2007 technical conditions for ordering high voltage AC circuit breaker and DL / t403-2000 technical conditions for ordering 12kV ~ 40.5kV high voltage vacuum circuit breaker .

Richge specializes in Switchgear Panel Hinge panel hinges, designed for optimal durability and functionality in electrical systems. Our hinges are crafted from premium materials like stainless steel and aluminum, ensuring long-term performance even in harsh environments. Engineered for precision, they provide smooth operation and secure panel closures. Ideal for use in switchgear, control panels, and other electrical enclosures, our hinges support easy access and maintenance while maintaining the integrity and safety of your installations.

The indoor switchgear ground switch is a crucial safety apparatus in high-voltage electrical systems, enabling safe grounding and disconnection of equipment during maintenance procedures. Suitable for voltage levels from 12kV to 40.5kV, this switch is engineered to withstand significant short-circuit currents and offers dependable mechanical performance. Its compact and efficient design allows for quick installation and ease of use, making it ideal for high-voltage switchgear and substations. Adhering to strict international safety standards, this grounding switch guarantees reliable operation and enhanced safety in complex electrical environments.

The Switchgear Top Plate Bracket Holder is a crucial component designed to provide robust support and stability to the top plate of switchgear assemblies. Fabricated from high-grade materials, this bracket holder is engineered to withstand the demanding conditions of electrical environments, ensuring long-term durability and reliability. The bracket holder's precision design allows for secure attachment to the switchgear frame, preventing any unwanted movement or displacement during operation.

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.