China Switchgear Car Base Manufacturer, Supplier, Factory

Richge is a manufacturer of Ground switch interlock devicein China, specializing in precision-engineered solutions designed to ensure safe and reliable operation of ground switches within switchgear systems. Our interlock mechanisms are essential for enhancing operational safety by preventing unauthorized or incorrect switching actions.

Switchgear Frame Paint Protection Board: Product Details and Applications The Switchgear Frame Paint Protection Board is a vital component designed to enhance the durability and longevity of electrical switchgear assemblies. Made from high-quality, impact-resistant materials, this board effectively shields the frame of switchgear units from scratches, corrosion, and environmental damage, ensuring that the aesthetic and functional integrity of the equipment is maintained.

Richge specializes in providing high-quality Switchgear Bar Supports designed to offer robust support for electrical equipment and distribution systems. Engineered for durability, our Bar Supports effectively bear weight and maintain stability, ensuring the safe operation of power systems. Made from premium materials, our products meet international standards and are suitable for various electrical and switchgear applications. Our dedicated team focuses on innovation and quality control to deliver reliable solutions that enhance the performance and longevity of electrical systems. With our Bar Supports, you can expect superior durability and reliability, making us your trusted partner for optimizing your electrical infrastructure.

Sulphur hexafluoride (SF6) is a good gas insulator. Its typical application is gas insulation in high-voltage switchgear of power supply systems. When the sulphur hexafluoride gas encounters high heat and high temperatures(e.g. arc), it produces hydrogen fluoride and sulphur dioxide gases, which coexist with undecomposed sulphur hexafluoride gases. The rated pressure of the SF6 high voltage circuit breaker is usually 0. 0.6 MPa(table pressure). The pressure of the SF6 gas must be checked against the temperature curve of the product when inflating or checking the temperature curve. FLN36-12kV SF6 load break switch is a switch equipment for medium voltage switchgear, using SF6 gas as arc extinguishing and insulating medium. There are three working positions: open, closed, earth position in the switch. The compact size, easy installation, and fine adaptability to environment make the switch suitable for many different applications.

We are committed to developing Load Switch, Outdoor High Voltage Auto Recloser, Indoor Voltage Vacuum Breaker that are closer to the needs of consumers and provide consumers with better products. We always take rewarding society as a blessing and take the prosperity and revitalization of the motherland as our own responsibility. Our company takes our enterprise reputation and staff quality ahead of enterprise development as our development guarantee. We insist on the idea of science and technology is the first productive force. With our technical skils, efficient management and high-quality products, we have won praise from our customers with our cost-effective goods. LYL-12 series, suitable for three-phase AC 50Hz, with a rated voltage of 12kV, It features a rugged design, excellent arc extinguishing performance, and reliable operation under harsh grid conditions. LYL-12T load switch complies with the relevant requirements of GB3804-2004 "3.6kV~40.5kV high voltage AC load switch" and GB16926-1997 "AC high voltage load switch-fuse combination appliance". Main circuit: 630A-20kA (4s), 25kA (3s); Mechanical life: 5000 times; Grounding circuit: 20kA (2s); Mechanical life: 2000 times.

The Switchgear Main Busbar Bracket is a critical component designed to provide robust support and stability for the main busbar assembly within electrical switchgear systems. This bracket is engineered to securely hold the busbars in place, ensuring proper alignment and maintaining the integrity of the electrical connections under various operating conditions, including high electrical loads and potential short-circuit forces.