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| 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 |
All-dielectric self-supporting optical fiber (ADSS) cables are being progressively installedin air lines since 1979. ADSS Optical cables have so far shown acceptableperformance on lines up to 150 kV. However, failures have occurred with.
ADSS cables installed on higher voltage lines. These faults are caused by electricity.phenomena such as corona, sparking, and drying band arcing, as the cables are exposed tothe strong electric field environment. Previous studies show that corona can be mitigatedThe impact of microsparks can be reduced by installing classification devices and placing electric field reducing hardware on towers.
1. The fully dielectric, self-supporting aerial fiber optic cable, with no metallic material in its structure, can be configured without
interruption.
2. Large number of fiber cores, lightweight, can be placed with the power line, saving resources.
3. Adopt high tensile strength aramid material to withstand strong tension and prevent cockling and shooting.
4. Small thermal expansion, the variation of the cable line arc is small when the temperature changes a lot.
Environment with high electric field intensity in the Power communication system and the area where frequent thunder occurs.





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