Avoiding Critical Mistakes in ADSS Cable Anchor Wedge Installation

When installing ADSS cable anchor wedges, a critical mistake should be avoided. Such mistakes can lead to costly cable damage, sliding, signal loss or catastrophic failure. Avoid the following five key mistakes:

1. Incorrect fixture orientation: This is the most fundamental mistake. The wedge fixture is designed for "unidirectional" loading. Installing them backward will greatly reduce the load-bearing capacity of the wedge fixture. The cable will slip under this tension and may even be completely pulled out. The installation of the fixture should be carried out only after carefully ensuring that the installation direction is correct.

2. Exceeding the maximum installation tension: ADSS cables have a specific maximum allowable installation tension. Applying tension beyond this limit during installation will permanently damage the internal strength components of the cable. It may cause the cable to break under operating load or harsh natural conditions. The specifications of the cable manufacturer should be strictly followed during the installation and clamping process

3. Insufficient preparation of the cable surface: Dirt, moisture, lubricants, and even natural release compounds from the cable sheath can significantly reduce the friction between the cable sheath and the wedge. If the part of the cable clamp used is not thoroughly cleaned with the solvent and wiping material approved by the manufacturer, the cable will slide in the cable clamp over time, especially under vibration or temperature cycling.

Conclusion: Installing ADSS anchor clips is not merely about bolted the parts together; It is designing a key connection point. By avoiding these mistakes, ensuring the correct installation direction, installing in accordance with tension limits, and making necessary preparations on the cable surface, applying precise torque, and taking environmental factors into account, you can guarantee the long-term reliability, safety and performance of the optical fiber network.