Single-mode double-jacketed ADSS outdoor fiber optic cable
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product detail
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Parameters
| product name | ADSS Single Jacket Fiber Optic Cable |
| Fiber count | 2-144 cores |
| Construction | Loose tube |
| Fiber type | singular mode |
| ExteriorChaquetaMateral | Individual PE jacket |
| Jacket color | Negro |
| Cable diameter | 9,5 mm ± 0,5 mm |
| Weight | 90 KILOGRAMS / KILOMETER |
| Central force memory | FRP |
| Application | Antenna and Conduit |
| Warp Radio | 10D / 20D (millimeter) |
| Sample status | Free sample in stock |
More information
Product Introduction
Long Span ADSS provides reliable self-supporting performance for up to 1500 meters. Each long span ADSS cable is custom-engineered for optimal placement on utility towers and to operate under full weather load, ensuring safe and reliable lifetime performance. For installation on high-voltage lines up to 275 kV, an optional crawl-resistant jacket prevents dry-band arcing damage. Fiber counts are available up to 288 fibers.
Features
It is an alternative to OPGW and OPAC with a lower installation cost.
It has a strong structure that allows lengths of up to 300 meters to be installed between support towers.
Lightweight and small in diameter to reduce the load on the tower structures due to the weight of the cable, wind and ice.
Effortlessly, to maintain low optical loss throughout the cable's lifespan.
The cable has a sheath to prevent moisture from degrading the fibers.
The wrapping also protects the polymer elements from the effects of ultraviolet sunlight.
The gel layer and fiber optic cable wrapping provide protection against chemical attacks.
With single-mode fibers and wavelengths of 1310 or 1550 nanometers, it is possible to create circuits up to 100 kilometers long without repeaters. A single cable can carry up to 144 fibers. ADSS is generally used in 48 and 96 core sizes.
Applications
In the cable design, the optical fibers are supported without tension, to maintain low optical loss throughout the cable's lifespan.
For harsh climates and environments, it is resistant to the worst combinations of temperature, ice, and wind.
As a means of communication, it is installed along existing transmission lines and often shares the same support structures as electrical conductors.
It is used for telecommunications by electric companies, telecommunications companies and private networks,
Designed for installation on transmission and distribution lines
Capable of being installed in close proximity to power lines without needing to worry about safety.