cap DC DC

DC CABLE

    Product Description

    FTTH

    Item Contents Value
    Strength member Materials Steel wire
    Diameter (mm) 0.45±0.1
    Count 2
    Outer sheath Material  LSZH
    Color Black
    Messenger wire Materials Galvanized stranded steel wire
    Cable weight (kg/km) (±10%) 20 ± 2

     

    ADSS

    The Construction of the cable

    Item Description
    Number of optical fibers 2~144FO
    Number of optical fibers in a loose tube As required
    Loose tube Material PBT (Polybutylene terephthalate)
    Diameter ≥ 2.0mm (standard)
    Fillers As needed to preserve geometry (by PE)
    Central strength member FRP (Fiberglass Reinforce with Palstic),

    ≥ 2.0mm (standard)

    Water blocking elements Consist of water blocking yarn and water blocking tape
    Outer strength member Aramid Yarn
    Outer Sheath Material UV-protected polyethylene (Black HDPE)
    Diameter As required

     

    F8

    Messenger

    Sheath thickness

    ≥1.0 mm -Using caliper to measure 5 points with 1m

    distance interval then take average value for

    final result.

    Outer sheath thickness ≥1.5 mm – Using caliper to measure 5 points with 1m

    distance interval then take average value for

    final result.

    Diameter of

    Central strength

    member (CSM)

    ≥ 2.0 mm Using caliper to measure 5 points with 1m

    distance interval then take average value for final

    result.

    Loose tube diameter  ≥ 2.0 mm – Using caliper to measure 5 points with 1m

    distance interval then take average value for

    final result.

    Messenger 7×1.0mm
    Using life

    time of cable

    ≥ 15 years

     

    FTTx – 1-4Fo

    Messenger

    sheath thickness

    ≥ 0.5 mm -Using caliper to measure 5 points with 1m

    distance interval then take average value for final

    result.

    Outer sheath thickness ≥1.5 mm – Using caliper to measure 5 points with 1m

    distance interval then take average value for final

    result.

    Messenger ≥ Ø1.0 mm – Using caliper to measure 5 points with 1m

    distance interval then take average value for final

    result.

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