In the field of power communication, ADSS optical cables play a critical role, with their AT sheaths providing a robust safeguard for stable operation of adss fiber cables under high-voltage conditions, offering distinct advantages in system safety.
On transmission lines operating at 110 kV and above, where electric field intensities are elevated, ordinary sheaths are prone to tracking corrosion, which in turn affects the transmission performance of ADSS optical cables. AT-sheathed ADSS cables effectively resist tracking corrosion, significantly reducing the risk of cable failure and ensuring reliable, high-quality, and uninterrupted communication signal transmission.
AT-sheathed ADSS aerial cables are designed to withstand strong electric field environments, reducing damage from electrical tracking and corrosion. Whether exposed to challenging climatic conditions or harsh high-voltage line environments, they provide reliable protection, extending the service life of the adss fiber cable and minimizing maintenance costs.
During power line construction, ADSS aerial cable installation often requires temporary power outages. The superior insulation properties of AT-sheathed ADSS cables enhance the safety and feasibility of such operations. During subsequent maintenance, the AT sheath’s high corrosion resistance reduces both the complexity and workload for maintenance personnel, thereby improving operational efficiency.
In summary, the AT sheathed ADSS optical cable serves as a reliable safeguard for high-voltage power line communications, offering key advantages such as resistance to electrical tracking, adaptability to intense electric fields, enhanced durability, and improved constructability and maintainability. With AT sheath, ADSS cable provides robust support for the stable operation and efficient communication signals within power systems, while also contributing to the continuous development of the power communication industry.
