The Wedge-shaped Tension Clamp Design Exhibits Outstanding Resistance To Vibration And Loosening.

Under various external dynamic loads, bolted joints may experience bolt loosening. This is due to two factors: relative movement of the threads caused by vibration and displacement of the fasteners caused by frictional changes resulting from load cycles. In contrast, the wedge in design dead clamp has a tapering fit with the housing, pushing the wedge inward as the load increases. This geometric self-locking mechanism reduces relative displacement caused by vibration.

In design dead end clamp overhead line, when the conductor experiences slight oscillations due to wind loads or temperature changes, the contact surface between the conductor and the wedge redistributes the load through the inclined plane geometry, maintaining the internal pressure state without significant yielding. This improves the overall system's adaptability to cyclic loads to a certain extent.