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From the point of view of installation convenience, the easy-to-use ADSS dead end tension clamp should have the characteristics of lightweight, modular, and easy to operate, and can be installed without complex tools and professional skills.

The working logic of ADSS dead end tension clamp is a balance between safely transmitting tension and protecting the optical cable from damage.

​The main role of ADSS dead end tension clamp is to provide long-lasting and reliable tension anchoring for ADSS optical cables. During the erection of the optical cable, each section of the optical cable needs to withstand the telescopic stress caused by its own weight, wind, ice and snow loads, and temperature changes. Through precise structural design, the ADSS dead end tension clamp can evenly transmit these dynamic tension to the support structure such as the tower, while avoiding the sheath damage or core fracture caused by the concentration of local forces on the optical cable.

In the ADSS optical cable erection system, helical suspension clamp for ADSS​ and ADSS dead end tension clamp are two accessories that complement each other but are very easy to be confused. For buyers, clearly distinguishing their positioning, functions and applicable scenarios can not only avoid engineering hidden dangers, but also realize the stable operation of the entire life cycle of optical cables and control comprehensive costs.

The working principle of ADSS dead end tension clamp​ is to accurately accept and scientifically transmit the tension of the optical cable. After the tension anchoring is completed, the second task of the ADSS dead end tension clamp is to disperse the concentrated stress and protect the optical cable body. At the same time, ADSS dead end tension clamp also needs to continue to deal with the erosion of the complex outdoor environment.

In the field of power communication and optical fiber transmission, ADSS dead end tension clamp is an important component to ensure the safe and stable operation of optical cables. It has important functions such as fixing optical cables, dispersing tension, and resisting environmental erosion.