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In the construction of power infrastructure, the installation efficiency and operation difficulty of metal fittings have always been the core issues of concern. Traditional suspension fixtures rely on heavy-duty tools, complex steps and other factors, which will not only slow down the construction progress, but also put forward high requirements for the operating environment and personnel skills. The preformed helical suspension clamp just broke this problem, and with the characteristics of simple operation and easy installation, it has become an important metal tool in the construction of power infrastructure.

In the field of modern communications and power transmission, ADSS optical cables are widely used. As a component to ensure the stable operation of the optical cable, the helical suspension clamp for ADSS is very important for the correct installation of the optical cable. This article will introduce you in detail the installation steps and main points of helical suspension clamp for ADSS​.

Helical-formed suspension clamp can act on the connection of various wires such as ADSS optical cables and OPGW optical cables in linear towers. In power engineering, it can protect optical cables, extend the service life of the lines, and assist in damping. The complete set of helical-formed suspension clamp consists of inner twisted wire, outer twisted wire, suspension head and rubber plus block, U-ring, aluminum casing, bolts, nuts, closed pins and other supporting connecting fittings. It uses hyperbolic waist drum-shaped damping pads to wrap the wires in the suspension place, which is particularly suitable for high-voltage lines, as well as heavy ice areas and large-span line projects.

In power transmission, the stable suspension of wires is very important. This is not only related to the stable supply of electricity, but also to the safe operation of the entire power grid. However, traditional wire suspension methods often face many problems, such as complex installation, insufficient grip, and large damage to the wires. These problems seriously affect the transmission efficiency and the service life of the line. However, after reading this article, you will know an important tool for solving problems.

There are many types of preformed tension clamps, which can be divided into Helical Tension Clamp For Conductor, preformed ground wire tension clamp, preformed tension clamp for cable, etc. The structure of Helical Tension Clamp For Conductor is very simple. The two legs of the clamp are twisted to form an empty tube, and the rear is a preformed twist ring. The two legs can generate a strong grip when wrapped around the conductor or cable, and the twist ring is used to fix it on the insulating porcelain or pole tower or ground anchor. The unique principle and structure make the preformed tension clamp have distinctive characteristics!

In power transmission and transformation lines, Helical Tension Clamp For Conductor is frequently used. It is a connector designed specifically for power lines. The main function is to connect bare conductors and overhead insulated conductors in distribution lines. In terms of manufacturing process, Helical Tension Clamp For Conductor is mostly made of galvanized steel wire or aluminum-clad steel, and its mechanical properties can fully meet the use of various power transmission and distribution lines. So what are its characteristics?