The Torque Control Structure Of The Piercing Clamp Must Ensure Stable Contact Pressure.

In the mechanical design of ipc cable connector, the influence of the torque control mechanism on the contact pressure is directly related to the quality of electrical connections and product reliability. The fastening structure with a preset torque value allows ipc insulation piercing connector to form a constant contact pressure state during installation, thereby improving the electrical contact performance between piercing cable connector and the conductor.

Traditional piercing electrical connectors typically uses a fastening system with torque bolts or torque nuts. This structure undergoes physical failure when the applied force reaches the set value, such as shear head breakage or torsion, thus maintaining the pressure at the contact point at a stable level. This design eliminates the variability caused by excessive manual force application and allows the piercing blade to establish reliable metal-to-metal contact with the conductor after piercing the insulation layer.

Structurally, the torque control component must have a good force transmission path and a precise torque calibration mechanism to ensure that the piercing blade makes full contact with the outer insulation of the conductor during penetration and achieves the specified depth, thereby ensuring uniform pressure distribution on the contact surface.