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ADSS 96 Core 400m Long Span Double Jacket Aerial Fiber Optic Cable

Description

Fiber optic cable 96 core contains 96 individual optical fibers, which means it can handle a large amount of data traffic simultaneously. Each fiber can carry data independently, making this cable suitable for high-bandwidth applications.

Double sheath with 12 cores per tube, a total of 96 single-mode G652 optical fibers, using HDPE material sheath to ensure that outdoor plants can resist ultraviolet rays for 25 years, and the tensile load can reach 2500N, ensuring good quality when using ADSS optical cables, reducing cable breakage ACCIDENT. Network Backbone Concept with excellent mechanical properties as distributor and feeder cable.

Part code ADSS 96
Number of Fibers Unit 96Core
Number of fiber in tube Nos 12
Number of loose tube Nos 8
Central  strength member Material FRP
Loose  tube Material PBT
peripheral strength member Material Aramid yarn
Water block Material Water swellable tape and water block yarn
Inner sheath Material PE
Outer sheath Material HDPE
Cable nominal  Diameter MM ±0.2 12.6
Cable nominal weight Kg/Km ±5 109
Max allowable tension Load N 6900
Span 400m span
Max. crush resistance N 2000 (Short term) / 1000 (Long term)
Min. bending radius At full load 20 x Cable OD (including  poles)

At no load 15 x Cable OD

Temperature range Installation -0 -> +50  Operation -10 -> +70

fiber optic cable 96 core cable’s double jacket

  • Double Jacket Construction: The cable has two protective jackets (outer layers) that provide enhanced durability. The outer jacket is typically made of a rugged material that protects against environmental factors. The inner jacket adds an extra layer of protection for the optical fibers inside.
  • Increased Protection: The double jacket design is especially beneficial in harsh outdoor environments.

96 Core ADSS 400m Double Jacket fiber optic cable is a durable, high-capacity solution designed for demanding outdoor applications. Particularly in environments where electromagnetic interference and physical durability are concerns.