Bolt-type Tension Clamps Can Protect And Dampen Optical Cables.

In the structural design of bolted type strain clamp, the bolts form a stable fixed connection with the dead end strain clamp body via a vertical pressure plate, ensuring a reliable contact surface between the optical cable and the hardware when under tension, thereby reducing the risk of slippage and displacement of the optical cable under tension.

Furthermore, the friction locking mechanism of bolted dead end clamp exhibits a significant effect in vibration reduction. When the optical cable is subjected to external disturbances such as wind, ice, loads, or thermal expansion and contraction, the clamp itself and its connecting structure can convert some of the vibration energy into internal fretting friction, reducing the amplitude of vibration acting on the optical cable body.