Long Span ADSS Fiber Optic Cable 200m-1000m


ADSS cable is also called all-dielectric self-supporting optical cable. The composition of the ADSS optical cable is: A composite optical cable made by winding the optical fiber bundle on the central strengthening member. And then going through protective measures such as insulation, waterproof, reinforcement, and sheath. ADSS cable has the characteristics of full dielectric, no metal, non-conductivity, small cable diameter, high tensile force, low linear expansion coefficient, and wide temperature adaptation.

  • Place Of Origin: Guangdong, China
  • Product Name: ADSS Self-supporting Fiber Optical Cable
  • Acket Material: HDPE/AT Sheath
  • Central Member: FRP
  • Cores Number: 2~288cores
  • Product Detail

    Packaging & Shipping

    Product Tags

    Cable Cross -Section:

    ADSS Cross section-1


    Utilised for telecommunications by power utilities, telcos, and private network groups
    Designed for installation on distribution lines


    ADSS aerial optical fiber cable is a kind of combined optical cable made by winding the optical fiber bundle on the central strength member, after insulation, waterproof, reinforcement, sheath, and other protective measures. ADSS cable is mainly installed on the existing 220kV or lower power line. Layer or central tube design. Ar amid yarn is used as a strength component to enhance tensile and strain properties. The outer sheath can be divided into PE and tracking resistance PE to correspond to space potentials lower than and greater than 12kV.

    1. The cable diameter is small, the weight is light, the span can be 1500M, and the additional load on the tower is low.
    2. High tensile strength, which can exceed 90KN.
    3. Non-metal structure, good insulation performance, lightning protection.
    4. The production process is sophisticated, the armed yarn is uniformly stressed, and has excellent stress-strain performance.
    5. Excellent anti-gun action, best discharge corrosion performance.
    6. It can constructed without power failure, and the power line failure does not affect the normal transmission of the aerial optical fiber cable.
    7. Single-mode, multimode optical fiber and integrated optical cable design.
    8. The sleek shape makes the optical cable have superior aerodynamic performance.
    9. The all-media fiber optic cable structure is conducive to installation and maintenance.
    10.Wide temperature adaptation range, small linear expansion coefficient, can meet the requirements of harsh environments.

    Technical Parameter:

    Fibers Structure Outside Diameter of Cable(mm) Weight(kg/km) KN Max. Operating Tension KN Max. Rated Tensile Strength Max. Anti-crushing Force
    Long term, Short term
    Bending Radius Static / Dynamic
    2-30 1+6 11.9 117 4.0 15 1000; 3000 12.5D; 25D
    22-36 1+6 11.9 117 4.0 15 1000; 3000 12.5D; 25D
    38-60 1+6 12.4 127 4.0 15 1000; 3000 12.5D; 25D
    62-72 1+6 12.4 128 4.0 15 1000; 3000 12.5D; 25D
    74-84 1+7 13.0 144 4.0 15 1000; 3000 12.5D; 25D
    96-96 1+8 14.0 162 4.0 15 1000; 3000 12.5D; 25D
    98-108 1+9 14.7 177 4.0 15 1000; 3000 12.5D; 25D
    110-120 1+10 15.5 196 4.0 15 1000; 3000 12.5D; 25D
    122-132 1+11 16.1 211 4.0 15 1000; 3000 12.5D; 25D
    134-144 1+12 16.7 229 4.0 15 1000; 3000 12.5D; 25D

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  • Packing and Marking:

    • Each single length of cable shall be reeled on Fumigated Wooden Drum
    • Covered by plastic buffer sheet
    • Sealed by strong wooden battens
    • At least 1 m of inside end of cable will be reserved for testing.
    • Drum length: Standard drum length is 3,000m±2%; as required
    • 5.2 Drum Marking(can according to the requirement in the technical specification) Manufacturer name;
    • Manufacturing year and month Roll—direction arrow;
    • Drum length; Gross/net weight;

    Packaging and Shipping:

    packaging & shipping


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