Aerial Fiber Optic Cable Unitube Armored Figure 8 Cable

GYXTC8S Figure 8 aerial fiber optic cable is a center bundle tube type overhead laying outdoor fiber optic cable specially designed and produced for low number of access nodes and short suspension distance. This aerial Figure 8 fiber optic cable is one of the first cables to be considered for network communication projects in remote areas where the number of users is small and the construction and laying costs are to be controlled. The armored Figure 8 fiber optic cable is designed and manufactured by Bonelinks with a minimum of 2 cores and a maximum of 24 cores, and is designed to withstand not only its own weight, but also the fiber optic splice box suspended from the cable.

Features

  • Loose tube gel-filled construction for superior fiber protection
  • CST armor to protect the cable from rodent attack and mechanical damage
  • Low dispersion and attenuation
  • Compact structure and lightness, flexible and good bend-resistant performance
  • With small cable diameter, light cable weight, self-supporting

Application

FTTH; FTTB; Overhead hanging

Protection

UV resistance; Waterproof; High-temperature resistance

Looking for More Fiber Cables Choices?

Are you looking for more choices in fiber optic cables? Check out our Aerial Fiber Cables, Figure 8 Fiber Optic Cable 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.

Cable Cores

2-24

Fiber per Tube

2-12

Cable Sheath

Polyethylene

Dielectric Strength Member

Steel Wire

Additional Strength Member

PE Coated Steel Tape

Loose Tube Diameter

1.8mm(Ā±0.3mm)

Drum length

500m,1000m & 2000m(Ā±3%)

Installation Temperature Range

-40ā„ƒ to 70ā„ƒ (-40Ā°F to 158Ā°F )

Operation Temperature Range

-30ā„ƒ to 70ā„ƒ (-22Ā°F to 158Ā°F )

Storage/Transport Temperature Range

-40ā„ƒ to 70ā„ƒ (-40Ā°F to 158Ā°F )

Crush Resistance

Short Term (100 N/100mm); Long Term (300 N/100mm)

Min. bending radius

Without Tension (10.0ƗODmm); Under Max Tension (20.0ƗODmm)

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