Fatigue Testing Practice Of Suspension Clamps

Test benches typically assemble a test unit using a aerial cable suspension clamps device and representative wire samples. Under controlled conditions, alternating loads are applied to simulate the effects of wind-induced vibration, temperature-induced expansion and contraction, and other factors on the components. During the fatigue process at angle suspension clamp, the device records the number of load cycles and the corresponding deformation response to plot the stress-cycle (S-N) curve, thereby elucidating the life performance of different designs or material configurations under repeated loads.

Of course, there is also a trend to incorporate buffer elements into the harga suspension clamp design, adjusting the load transfer mechanism through vibration damping materials and structural optimization, thereby changing the stress distribution of the component under cyclic loads. Compared to traditional rigid connections, this type of structure can improve the durability of the wire-clamp assembly under high cycle counts.