Bolt-type Tension Clamps Must Ensure Stable Clamping Of The Wire.

The tension of the conductor is transferred to the tension pole or tower by forming mechanical contact with the conductor through bolted type strain clamp. The mechanical structure of clamp dead end strain clamp typically includes a main clamp, U-bolts, and a pressure plate. This assembly directly contacts the conductor during installation, ensuring a stable stress state for the conductor in its fixed position.

Under suspension and tension, the conductor itself will experience slight movement or vibration. If clamp bolted dead end clamp is unstable, relative sliding of the contact surfaces may cause stress concentration, affecting the conductor's geometry and overall stress distribution. Simultaneously, stable clamping helps reduce localized fatigue caused by contact surface displacement changes to the conductor and clamp materials, thus extending the durability of the entire connection system.