The hydraulic strain clamp

The hydraulic tension clamp is a kind of important bearing element which is specially used for the tension insulator connection and the end of the cable in the power line such as lift, fall, Angle and insulator string. It realizes the clamping and loosening of the wire through the hydraulic principle, and has good pressure resistance and stable operation performance

The hydraulic tension clamp has the advantages of compact structure, easy operation, fast lifting speed, strong seismic ability and high reliability, and is widely used in various power line construction and maintenance operations. It is usually composed of a shell, hydraulic cylinder, fixture and valve, etc., which can adapt to different materials and specifications of wires to meet the requirements of different regions and different application scenarios.

In addition, the hydraulic tension clamp also has a strong tensile force, which can maintain a stable connection state when the wire is affected by wind, rain, snow and other factors. In a variety of harsh environmental conditions, such as high temperature, low temperature, humidity, etc., the hydraulic tension clamp can still work normally to ensure the safety and stability of power transmission.

Factors that need to be considered in the selection include the voltage level and load current of the power line, the working temperature and ambient temperature of the tension-resistant wire clamp, the load level and technical parameters, the durability and maintenance cost, as well as the installation method and the force situation. In use, you should follow the corresponding safety precautions, such as conducting a comprehensive inspection, ensuring the correct installation position, regular inspection and maintenance, safe use of tools, and strictly follow the instructions for operation.

In short, the hydraulic tension clamp is an important component in the power line, and its correct selection and reasonable use are the key to ensure the safety of the power line operation. For more information, it is recommended to consult relevant power construction professional books or consult a power engineer.