Relationship Between The Gripping Force Design Of Suspension Clamps And The Tensile Strength Of Conductors

The key design consideration for the suspension clamp for lt ab cable rating lies in its requirement for conductor gripping force, which is typically directly related to the conductor's rated tensile strength. The tensile strength of a conductor refers to the maximum tensile force it can withstand under tension. The gripping force of the suspension clamp rating needs to be precisely matched to this characteristic of the conductor to ensure stable and long-term conductor support in practical applications.

In the specific design process, the grip strength value of fiber suspension clamp is often reasonably configured based on multiple factors such as the material, diameter and tensile strength of the wire. The grip design of the cable suspension clamp is particularly important, especially in environments subjected to external forces or used for extended periods. An excessively strong or weak gripping force can lead to an unstable connection between the conductor and the aerial cable suspension clamps rating, thereby affecting the stability of the power system.