ADSS Aerial Fiber Optic Cable Suppliers Long Span

ADSS aerial fiber optic cable is non-metallic, tension resistant, and self-supporting, which is designed for power lines and FTTH aerial installation. For its aerial installation, the cable span is mostly considered during setting or updating a cable line. With the span increasing, cable materials, and specifications vary.  Bonelinks is an ADSS aerial fiber optic cable supplier that offers all types of ADSS fiber optic cable and specifications, ranging from optical fiber, cable materials, and spans. All these for the best solution for the communication line in real site.

Feature of Long Span ADSS Aerial Fiber Optic Cable

  • ADSS fiber optic cable is the nonmetallic structure
  • Aramid yarn provides tension-resistant and self-supporting features
  • Single or double sheath supports high insulation and protection for ADSS fibers
  • Small diameter and lightweight, which is easy to construct and economical
  • Long span can meet up over 1000m for ADSS cable
  • Good tensile and temperature performance

Applications of Long Span ADSS Aerial Fiber Optic Cable

FTTH optical network, Aerial self-supporting construction

Looking for More ADSS Fiber Cables Choices?

Are you looking for more choices in ADSS fiber optic cables? Check out our ADSS Fiber Cables for seamless networking. If you need fiber cables that are custom-made for your specific needs, take a look at our Custom Fiber Cables section for personalized connectivity solutions.

Design Properties

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Cable Cores

2-216

Fiber per Tube

2-12

Cable Sheath

Polyethylene

Dielectric Strength Member

FRP

Additional Strength Member

Aramid Yarn

Loose Tube Diameter

1.8mm(±0.3mm)

Drum length

500m,1000m & 2000m(±3%)

Temperature Range

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Installation

-40℃ to 70℃ (-40°F to 158°F )

Operation

-30℃ to 70℃ (-22°F to 158°F )

Storage/Transport

-40℃ to 70℃ (-40°F to 158°F )

Mechanical Properties

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Crush Resistance

Short Term (2,200 N/100mm); Long Term (1,100 N/100mm)

Min. bending radius

Without Tension (10.0×ODmm); Under Max Tension (20.0×ODmm)

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