The electric shock absorber adopts a special tuning fork structure, which can generate four resonant frequencies and effectively cover the vibration frequency range of wires and ground wires in reality. After installing the shock absorber, the amplitude of the wires and ground wires decreases, and the frequency that can form stable vibration is particularly rare. It can effectively control various levels of gentle wind vibration, effectively remove wire fatigue from the surface, and ensure the service life of wires and ground wires.
The electric shock absorber is fixed to the overhead line through its wire clamp. When the overhead line vibrates, the shock absorber moves up and down, using the inertia of the heavy hammer to generate internal friction on its steel strands, consuming most of the vibration energy of the overhead line. The damping of the heavy hammer by air consumes some of the energy, and the shock absorber wire clamp consumes and reflects some of the energy. According to the principle of energy balance, the energy consumption of the shock absorber reduces the intensity of the gentle wind vibration.