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English
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Vibration Damper
In high-voltage overhead lines, the wires may vibrate due to the effect of wind, and this vibration is aggravated with the increase of the gear distance, which may lead to problems such as wire fatigue, broken strands, damaged insulators and damaged tower components, etc. The anti-vibration hammer is usually composed of a wire clamp, a steel strand and a hammer head, and is fixed on the wire through the wire clamp. When the overhead line is subjected to wind vibration, The steel strand in the anti-vibration hammer will bend and deform due to vibration, and use its internal friction to consume vibration energy. At the same time, the damping of the air on the heavy hammer will also consume part of the energy, so as to effectively control and reduce the vibration of the wire. In some cases, the combination of an anti-vibration hammer and a damping line can reduce vibration more effectively.
Vibration Damper
In high-voltage overhead lines, the wires may vibrate due to the effect of wind, and this vibration is aggravated with the increase of the gear distance, which may lead to problems such as wire fatigue, broken strands, damaged insulators and damaged tower components, etc. The anti-vibration hammer is usually composed of a wire clamp, a steel strand and a hammer head, and is fixed on the wire through the wire clamp. When the overhead line is subjected to wind vibration, The steel strand in the anti-vibration hammer will bend and deform due to vibration, and use its internal friction to consume vibration energy. At the same time, the damping of the air on the heavy hammer will also consume part of the energy, so as to effectively control and reduce the vibration of the wire. In some cases, the combination of an anti-vibration hammer and a damping line can reduce vibration more effectively.
