The Connection Function Of Piercing Clamps In Electrical Systems

In practical engineering, the structure of insulation connector typically includes a bayonet assembly, an insulating shell, and a fastening mechanism. The bayonet mechanically contacts the conductor's interior, forming a metal-to-metal contact surface that matches the conductor material to promote good conductivity.

Properly handling the installation location, wire arrangement, and tightening torque of insulation piercing are important factors affecting the final connection status. Compliant installation procedures can reduce on-site commissioning work and improve the convenience of subsequent power distribution maintenance.

At the product and system design level, the selection of the appropriate insulation piercing clamp specification should be based on parameters such as cable size, insulation thickness and environmental conditions. These factors determine the contact method between the bayonet and the conductor.