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24 Core Fiber Cable Single Mode 9/125 G652d ADSS Fiber Optic 100m Span

Description

24 Core Fiber Cable Single Mode cables contains 24 separate optical fibers, allowing for a high number of simultaneous data channels. This is particularly useful in environments that require extensive data handling capacity


FEATURES

1250KN Tension load meet 600M Span

The package length up to 4km

PRODUCT DESCRIPTION

It is 24 fiber with single mode G652D, HDPE material jacket used to make sure the outside plant anti uv work life to 25 years ,

The tension load up to 125000N to make sure when pulling and laying  fiber optic with good quality ,reduce the accident of  cable broken

Excellent Mechanical performance idea for the backbone fiber optic networking cabling

Application the harsh installation environment like rainforest mountain

PRODUCT SPECIFICATION

Cable Design
Central Element FRP
Central Element Diameter 2.5mm
Fiber Count 24
Fiber Coloring

 

Blue, Orange, Green, Brown, Slate, White, Red, Black, Yellow,

Violet, Rose, Aqua

 

Fibers per Tube 6
Number of Tube Positions 6
Number of Active Tubes 4
Buffer Tube Color Coding, Layer 1

 

Blue, Orange, Green, Brown, Slate, White, Red, Black, Yellow
Buffer Tube Diameter 2.5mm
Tape Water-swellable
Tensile Strength Elements Aramiad yarn 8050D X8
Number of Ripcords Yes
Inner sheath  Thickness 1.0mm
Outer Jacket Material High Density Polyethylene
Outer Jacket Color Black
Outer Jacket Nominal Thickness 1.8mm
Cable Marking  
Nominal Outer Diameter 14.6mm
Weight 154kg/km
Delivery Length

 

4000m
Max install load tension 12500N  600m span
 

Advantages of 24 Core Fiber Cable G.652D ADSS Fiber Optic Cable

  • High Performance: The G.652D fiber type ensures low attenuation and minimal signal loss over long distances, making it ideal for high-bandwidth applications.
  • Cost-Effective Installation: The self-supporting nature of ADSS cables reduces the need for additional support infrastructure, lowering installation costs, especially in aerial deployments.
  • Durability: Designed to withstand environmental factors like UV radiation, moisture, and temperature fluctuations, ensuring long-term performance and reliability.
  • Safety: The all-dielectric design eliminates risks associated with lightning and electromagnetic interference, making it safe for installation near power lines.