24 Core ADSS Fiber Optic Cable is designed for aerial communication networks where lightweight construction and reliable self-supporting performance are required. The cable contains 24 G.652.D single-mode fibers, providing stable signal transmission for power utilities, industrial networks, and outdoor communication systems.
Manufactured by Zhongdong Cable, this ADSS cable uses aramid yarn as the strength member and a high-quality HDPE outer sheath to withstand mechanical stress, weather exposure, and long-term outdoor installation. Its all-dielectric design eliminates metallic components, making it suitable for installation near power lines without affecting electrical safety.
With excellent tensile strength, low optical attenuation, and easy installation, the 24 Core ADSS Cable is widely used for overhead fiber networks, power distribution communication, and grid monitoring applications.
|
Type |
All Dielectric Self-Supporting (ADSS) Fiber Optic Cable |
Application |
Aerial Fiber Networks / Power Communication Systems |
|
Fiber Count |
24 Fibers |
Fiber Type |
Single-mode Fiber, G.652.D |
|
Structure |
Stranded Loose Tube Structure |
Strength Member |
Aramid Yarn (Non-metallic Strength Member) |
|
Outer Sheath |
HDPE / AT Sheath |
Installation Span |
Available for Different Span Requirements |
|
Operating Temperature |
-40°C to +70°C |
Standards |
IEC 60794 / ITU-T G.652.D |
|
Cross Reference |
ADSS-24B1.3 |
|
|
Optical Fiber Unit: G.652.D single-mode optical fibers are placed inside loose tubes to provide stable signal transmission and protection against mechanical stress.
Tube Filling Compound: Water-blocking gel is filled inside the loose tubes to prevent moisture penetration and maintain long-term optical performance.
Strength Member: Aramid yarn is used as a non-metallic strength member to provide high tensile strength while maintaining an all-dielectric structure.
Core Wrapping Layer: Loose tubes are stranded around the central strength member, with water-blocking materials applied to improve cable protection and reliability.
Outer Sheath: HDPE outer sheath provides resistance against UV radiation, moisture, and outdoor environmental conditions during aerial installation.
Power Distribution Communication Networks: 24 Core ADSS Fiber Optic Cable is widely used on overhead power distribution lines to provide communication links for grid monitoring, automation, and operation systems.
Aerial Fiber Optic Networks: The cable is suitable for pole-to-pole and tower-to-tower installations, providing reliable optical transmission without the need for additional support wires.
Power Utility Projects: ADSS cables are commonly installed by electricity companies for substation communication, protection systems, and data transmission along power infrastructure.
Industrial and Remote Area Networks: The lightweight, all-dielectric design makes it suitable for communication projects in industrial sites, rural areas, and locations where underground cable installation is difficult.
Renewable Energy Communication Systems: Used in wind farms, solar plants, and other energy projects to connect equipment, monitoring systems, and control centers through overhead fiber networks.
IEC: IEC 60794-1-1 (Optical Fibre Cables – Generic Specification)
IEC: IEC 60794-3 (Outdoor Optical Fibre Cables)
ITU-T: ITU-T G.652.D (Single-mode Optical Fiber)
IEC: IEC 60793-2-50 (Single-mode Optical Fibres)
24 Core ADSS Fiber Optic Cable is mainly used for aerial communication networks, power distribution lines, and utility projects where optical transmission is required near power infrastructure.
ADSS cable uses aramid yarn as a non-metallic strength member, allowing it to support its own weight during aerial installation without additional messenger wires.
This cable uses G.652.D single-mode optical fiber, which provides low attenuation and stable transmission performance for long-distance communication.
Yes. The all-dielectric structure contains no metallic components, making ADSS cable suitable for installation in areas affected by electric fields.
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Steel-Wooden Hybrid Drums (Iron-Wooden Axle): Engineered with reinforced steel structural frames and durable wood flanging. This hybrid design prevents drum collapse under heavy loads and provides ultimate mechanical protection during rough ocean freight handling.
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