Analysis Of The Reasons For The Stability Of The Contact Pressure Of The Suspension Clamp

The j hook suspension clamp model employs precision manufacturing processes and a stable clamping structure during the design phase, ensuring consistent pressure distribution between the clamp and the conductor regardless of changes in temperature, wind force, humidity, or line load. This structural design guarantees that the contact and force-bearing surfaces within the clamp remain within a predetermined shape and size range, thus maintaining uniform pressure.

External factors such as conductor vibration due to wind, thermal expansion and contraction caused by temperature changes, and fluctuations in line load can all exert slight changes on the relative position between the conductor and the clamp. However, the suspension clamp for ab cable model's clamping groove and holding mechanism have a certain degree of elasticity or gap adjustment design, which can accommodate these minor deformations without causing significant changes in contact pressure.

High-precision machining and strict tolerance control during the manufacturing process ensure that the dimensions, geometry, and surface finish of all parts of the clamp meet the requirements. This guarantees that the clamped conductor will not experience a significant drop or concentration of pressure due to minor deformation or thermal expansion of the material, thus avoiding stress concentration points.