Industrial Connector

WEIPU circular connectors are designed specifically for industrial automation, new energy, medical and other fields, delivering reliable signal and power connection solutions. Easy to install and resistant to harsh environments such as high and low temperatures, they offer multiple connection options including threaded, bayonet, push-pull and latch connections. Various metal materials such as aluminum alloy and brass, as well as plastic materials, are available for customization to meet different customer requirements, with a maximum protection class of IP68.

WEIPU Industrial CEE Connectors fully comply with CEE/IEC 60309 international standards, serving as core components for power transmission in industrial scenarios. Covering a current range of 16A-800A and a voltage range of 230V-1000V, they boast a maximum protection class of IP68, resisting high and low temperatures, vibration, and corrosion to adapt to harsh working conditions. Widely applied in industrial automation, new energy infrastructure, railway transportation, outdoor equipment and other fields, they deliver safe and stable power connection solutions for corporate purchasers and engineers.

Heavy Duty Connectors (HDC) are core components for industrial-grade high-reliability connections, featuring a wide current range and an IP65-IP69K protection class. Adopting a modular design for free combination, they support the integrated transmission of power, signals, and data, with multiple latching options available. Housed in metal or engineering plastic, they resist high and low temperatures, vibration, and corrosion. Widely used in harsh working conditions such as industrial automation, new energy, railway transportation, and heavy machinery, they meet the needs of corporate procurement and engineering selection.

WEIPU Cable Assemblies are key supporting components of connection systems. Leveraging its own factory advantages, WEIPU has launched a series of pre-assembled harness connector products, with the assembly of connectors and harnesses completed before delivery to achieve efficient on-site plug-and-play connections. They support customization of length, contact counts, and interface types as required. Conductors are made of high-purity copper to enhance conductivity, while insulation layers adopt temperature and corrosion resistant materials (such as PVC and XLPE), featuring tensile resistance, vibration resistance, and other properties. Widely used in scenarios like industrial automation, new energy equipment, railway transportation, and heavy machinery, they provide stable and reliable integrated solutions for power, signal, and data transmission between devices.

WEIPU Distribution Box Series are key equipment for industrial-grade power distribution systems, specifically designed for industrial automation, new energy infrastructure, outdoor operations and other scenarios. Fully complying with IEC/GB standards, they cover a current range of 10A-125A with an IP44-IP68 protection class, adapting to harsh indoor and outdoor environments. Featuring a modular design, they can integrate heavy-duty connectors, sockets, switches and other components, supporting integrated power distribution, overload protection and signal interfaces. Housed in optional aluminum alloy or engineering plastic, they resist high/low temperatures, vibration and corrosion, with customizable dimensions and configurations to provide safe and efficient on-site power distribution solutions for enterprises.

WEIPU Cable Gland and Accessories are key protective components of industrial connection systems, specifically designed for cable securing, sealing and protection. Covering metal (brass, stainless steel) and engineering plastic (nylon) materials, they fit different cable specifications, effectively preventing dust, water and corrosion. Supporting quick installation and tight fitting, they can enhance the sealing performance of cable and equipment interfaces, avoiding the intrusion of environmental impurities. They provide comprehensive protection for connection systems and improve overall operational reliability.