Wedge-type Tension Clamps Are Less Prone To Structural Deformation Due To Overload.

The design of fixed dead end clamp is not a simple linear force distribution, but rather, through the coordination of the tilt angle and contact surface, the load is mainly distributed on the wedge-shaped interface. This force distribution method optimizes the force transmission path, allowing the internal components of dead end clamp to adjust their stress state accordingly when the conductor experiences slight displacement or temperature changes, thus limiting plastic deformation caused by concentrated loads.

All components of the ab cable dead end clamp must be manufactured according to strict manufacturing tolerances and material standards to ensure the high consistency of the wedges, wire grooves and housing. Precise mechanical fit reduces uneven stress caused by manufacturing deviations, thereby improving the overall stability of the structure. This mechanical consistency ensures that within the normal load range, abc dead end clamp will almost never exhibit significant deformation caused by external overload.