Products

Richge offers the advanced shutter mechanism plug, designed for superior safety and reliability. Its robust shutter prevents accidental contact with live parts, ensuring secure operation and reducing maintenance needs. Made from durable materials, it provides excellent insulation and protection, making it ideal for industrial and commercial applications. With a focus on quality and innovation, Richge delivers dependable solutions that meet high industry standards.

Switchgear bi-directional connector Richge specializes in high-performance low-voltage switchgear, with the bi-directional connector as a key component. Designed with innovative high-strength materials, it ensures excellent stability and conductivity for bi-directional current transmission. The connector is highly reliable, especially in power systems requiring frequent switching and reverse currents. With strict quality control and precise manufacturing, Richge delivers dependable electrical connection solutions, focusing on efficiency and safety.

Richge specializes in the production of high-quality low-voltage switchgear, with a focus on the research, development, and manufacturing of core components. Our primary moving contacts are made using advanced materials and precise manufacturing techniques, ensuring reliable performance and long lifespan under high-load conditions. Driven by innovative technology, Ruiqige provides efficient and safe power system solutions, making us a trusted partner in the industry.

interlocking mechanism for switchgear Switchgear Interlocking Mechanism - Product Details and Applications The Switchgear Interlocking Mechanism is a critical safety and operational component designed to ensure the secure and coordinated operation of electrical switchgear. This mechanism prevents inadvertent or unauthorized operation of switches, breakers, and other electrical equipment by establishing a series of interlocking conditions. Typically installed within the switchgear panel, the interlocking mechanism is activated during specific operational sequences to prevent the opening or closing of certain parts unless predefined conditions are met.