ADSS fiber optic cable, 24 core fiber optic cable price, ADSS fiber optic cable manufacturer

Description :

　　The national standard specifies the mechanical strength that optical cables used in different ways (such as overhead, pipeline, direct burial, etc.) should have. ADSS optical cable is a self-supporting overhead cable, so it must not only withstand the long-term effects of its own gravity, but also withstand the baptism of the natural environment. If the mechanical performance design of ADSS optical cables is unreasonable and not suitable for local weather, there will be safety hazards and the lifespan of the cables will be reduced. Therefore, each ADSS fiber optic cable project must be based on the natural environment in which the cable route is located and the installation span of the ADSS can reach 1800 meters per block, with high voltage resistance, good electrical corrosion resistance, lightning protection, and can be laid on transmission line towers with a voltage level of 500kV. It also has strong resistance to bullet strikes, and a general sand gun shooting at a distance of more than 10 meters will not cause catastrophic damage to the fiber optic cable. It also has strong low-temperature resistance and environmental adaptability. Fiber optic cables are laid independently without relying on power transmission lines, making construction and maintenance relatively convenient, and do not require power outages. Fiber optic cables are also relatively inexpensive. If you are interested in communication optical cables, please contact us

　　ADSS fiber optic cable, also known as all dielectric self-supporting fiber optic cable, uses all dielectric materials for the fiber optic cable. Self supporting refers to the ability of the fiber optic cable's reinforcing components to withstand their own weight and external loads. This name indicates the usage environment and key technologies of this type of optical cable: because it is self-supporting, its mechanical strength is crucial; The use of all dielectric materials is because optical cables are exposed to high voltage and strong electrical environments, and must be able to withstand the effects of strong electricity; As it is used overhead on the power tower, there must be supporting hangers to fix the optical cable on the tower. ADSS optical cable has three key technologies: mechanical design of the cable, determination of suspension points, and selection and installation of supporting fittings. The mechanical properties of ADSS optical cables mainly include allowable tension, annual average operating tension, and ultimate tensile strength.

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