Suspension and fixed wire: The suspension clamp is mainly used to hang the wire or lightning rod on the insulator string or hardware string of the linear pole and tower to ensure that the wire maintains a stable suspension state between the pole and tower. This is essential for the normal operation of the power system to prevent the wires from shaking or falling off due to natural factors such as wind and rain.

Withstand wire tension: The overhang clamp can withstand the tension generated by the wire due to its own weight and wind power, ensuring that the wire is kept tight during the suspension process to avoid slack or sagging due to insufficient tension.

Maintain wire spacing and position: In the power system, it is necessary to maintain a certain distance and position between wires to ensure the normal operation of the power system. The overhang clamp ensures that the wires are correctly spaced and positioned during suspension, preventing interference between the wires or faults such as short circuits.

Improve the stability of the power system: By effectively hanging and securing the wires, the overhang clamp can improve the overall stability of the power system. This helps to reduce power outages caused by wire problems and improve the reliability and safety of the power system.

Simplify installation and maintenance: Suspension clamps are often designed with ease of installation and maintenance in mind. Its compact structure and simple installation can reduce installation time and cost. At the same time, the maintenance of the overhang clamp is also relatively easy, and it can be easily inspected and replaced.

To sum up, the overhang clamp plays an important role in the power system, which has the functions of hanging fixed wires, bearing wire tension, maintaining wire spacing and position, and improving the stability of the power system. By ensuring the stable suspension and normal operation of the wire, the suspension clamp provides a strong guarantee for the safe and stable operation of the power system.