The Fitting Factors Of The Wire Groove Affect The Matching Accuracy Of The Clamp Block Of The Bolt-type Tension Clamp.

When the slots of two bolted type strain clamp wire clamp blocks align, the relationship between the geometry and dimensions of the slots and the conductor diameter becomes extremely important. Specifically, the shape of the cable tray allows the conductor to smoothly enter the opening and maintains uniform force along the direction of the tray, which plays a role in maintaining the consistency of cable routing of the overall dead end strain clamp component under load conditions. The coordination between the slot positions and bolt fixing positions allows for relatively synchronous movement between the wire clamp blocks, affecting the constraint shape of the conductor within the slot's internal space.

The relative position of the two clamping blocks of bolted dead end clamp in the corresponding wire groove determines the axial symmetry of the force distribution. Properly matched slots ensure a stable geometric position for the conductor after assembly, which is crucial for maintaining the spatial relationship and assembly route between components during on-site construction.