ADSS optical cable: How does the self-supporting design simplify installation and ensure the stable operation of the communication network?

ADSS optical cable adopts a self-supporting design. This innovative design concept subverts the traditional installation method of optical cables. Traditional optical cables often require additional suspension supports, such as steel strands, suspension wires, etc., which not only increase the difficulty of installation, but also increase the construction cost. ADSS optical cables do not require these additional suspension supports and directly use the strength of the optical cable itself for suspension, which greatly simplifies the installation process.

During the installation process, ADSS optical cables can be directly fixed on power line towers or poles through special optical cable clamps or hooks without the need for additional suspension equipment and materials. This not only reduces installation time and labor costs, but also avoids the risk of optical cable damage caused by suspension equipment failure. The self-supporting design of ADSS optical cables also enables the optical cables to maintain high stability during installation, reducing problems such as sagging or twisting of optical cables caused by improper installation.

In addition to simplifying the installation process, the self-supporting structure of ADSS optical cables also makes them excellent in weather resistance. Under severe weather conditions such as strong winds and heavy rains, traditional optical cables are often susceptible to external forces and may sag, swing or even break, thus affecting the stable operation of the communication network. ADSS optical cables, however, can effectively resist these external forces due to their self-supporting structure.

The self-supporting structure of ADSS optical cables gives them high strength and rigidity, and they can withstand strong winds and heavy rains. The outer sheath of the optical cable is made of special materials, which has good waterproof, anti-corrosion and weather resistance, and can maintain stable performance under severe weather conditions. These characteristics enable ADSS optical cables to maintain stable transmission performance when crossing complex terrains such as rivers and valleys, ensuring the continuity and reliability of the communication network.

The self-supporting design of ADSS optical cables not only simplifies the installation process and reduces construction costs, but also enables optical cables to perform well in a variety of application scenarios. The following are some specific application examples and advantage analysis:
Urban communication networks: In urban communication networks, the self-supporting design of ADSS optical cables enables optical cables to easily cross complex terrains such as urban streets, bridges and tunnels. The high insulation performance of the optical cable avoids electrical connection with the power line and ensures the safe transmission of communication signals.
Power communication system: In the power communication system, ADSS optical cable is used as a supplement to the OPGW (optical fiber composite ground cable) system for the introduction and extraction of optical cables in the relay station. The self-supporting design enables the optical cable to be directly suspended on the power line tower without the need for additional suspension support, reducing the construction difficulty and cost. At the same time, the high insulation and weather resistance of the optical cable ensure the stable transmission of communication signals under severe weather conditions.
Cross-river and cross-river projects: In cross-river and cross-river projects, the self-supporting structure of the ADSS optical cable enables it to easily cross the wide river or river surface. The high strength and rigidity of the optical cable can resist the influence of external forces such as river wind and river waves, ensuring the stable operation of the communication network. The weather resistance of the optical cable enables it to maintain stable performance under severe weather conditions, providing a strong guarantee for the communication needs of cross-river and cross-river projects.
Mountain communication network: In mountain communication networks, the self-supporting design of the all dielectric self-supporting aerial cable enables the optical cable to easily cross steep slopes and complex valley terrain. The high strength and rigidity of the optical cable can withstand the impact of natural disasters such as mountain torrents and mudslides, ensuring the continuity and reliability of the communication network. The waterproof and anti-corrosion properties of the optical cable enable it to maintain stable performance in humid and rainy environments.