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Description
All Dielectric Self Supporting Optical Fiber Cables ADSS Cable
ADSS cable also known as the whole medium self-supporting fiber optic cable, the whole medium that is used in the optical fiber is a full dielectric material, self-supporting fiber cable is to strengthen its own components to withstand weight and external load. The name of the cable on the use of this environment and its key technology: because it is self-supporting, so its mechanical strength plays a decisive role; the use of all-media material is because the cable is in a high-voltage strong electric environment, must be able to withstand strong electricity Influence; because it is used in the power tower overhead, so there must be supporting the cable will be fixed on the tower. ADSS cable has three key technologies: fiber optic cable mechanical design, the suspension point to determine and supporting the selection and installation of gold.
1- 2 ADSS Fiber Optic Cable Parameter Table
| Parameter | Parameter name | unit | Standard Parameter Value |
| ADSS (Suitable span 100 m) |
Structure | Stranding | |
| Core type | G.652/G.655 | ||
| the material of outer layer | PE/AT | ||
| Aramid fiber cross-sectional area | mm² | - | |
| external diameter | mm | ≤12.7 | |
| linear mass | kg/km | ≤133 | |
| (RTS)* | kN | ≥11.0 | |
| (UOS) | kN | ≥60% RTS | |
| (MAT)* | kN | ≥40% RTS | |
| (EDS) | kN | ≥25% RTS | |
| coefficient of linear thermal expansion | 1/℃ | - | |
| Composite modulus | Gpa | - | |
| Total number of loose casing and filling rope | piece | 6 | |
| Maximum number of fiber cores per tube | core | 6 | |
| The remaining length of optical fiber in optical cable * | % | ≥0.65 | |
| fibers * | core | 8、12、16、18、24、32、36 | |
| ADSS (Suitable span200 m) |
Structure | Stranding | |
| Core type | G.652/G.655 | ||
| the material of outer layer | PE/AT | ||
| Aramid fiber cross-sectional area | mm² | - | |
| external diameter* | mm | ≤12.9 | |
| linear mass | kg/km | ≤137 | |
| (RTS) * | kN | ≥16.0 | |
| (UOS) | kN | ≥60% RTS | |
| (MAT)* | kN | ≥40% RTS | |
| (EDS) | kN | ≥25% RTS | |
| coefficient of linear thermal expansion | 1/℃ | - | |
| Composite modulus | Gpa | - | |
| Total number of loose casing and filling rope | piece | 6 | |
| Maximum number of fiber cores per tube | core | 6 | |
| The remaining length of optical fiber in optical cable* | % | ≥0.65 | |
| fibers* | core | 8、12、16、18、24、32、36 | |
| ADSS (Suitable span300 m) |
Structure | Stranding | |
| Core type | G.652/G.655 | ||
| the material of outer layer | PE/AT | ||
| Aramid fiber cross-sectional area | mm² | - | |
| external diameter* | mm | ≤13.2 | |
| linear mass | kg/km | ≤144 | |
| (RTS) * | kN | ≥24 | |
| (UOS) | kN | ≥60% RTS | |
| (MAT)* | kN | ≥40% RTS | |
| (EDS) | kN | ≥25% RTS | |
| coefficient of linear thermal expansion | 1/℃ | - | |
| Composite modulus | Gpa | - | |
| Total number of loose casing and filling rope | piece | 6 | |
| Maximum number of fiber cores per tube | core | 6 | |
| The remaining length of optical fiber in optical cable* | % | ≥0.65 | |
| fibers* | core | 8、12、16、18、24、32、36 | |
| ADSS (Suitable span400 m) |
Structure | Stranding | |
| Core type | G.652/G.655 | ||
| the material of outer layer | PE/AT | ||
| Aramid fiber cross-sectional area | mm² | - | |
| external diameter* | mm | ≤13.5 | |
| linear mass | kg/km | ≤151.0 | |
| (RTS) * | kN | ≥30.6 | |
| (UOS) | kN | ≥60% RTS | |
| (MAT)* | kN | ≥40% RTS | |
| (EDS) | kN | ≥25% RTS | |
| coefficient of linear thermal expansion | 1/℃ | - | |
| Composite modulus | Gpa | - | |
| Total number of loose casing and filling rope | piece | 6 | |
| Maximum number of fiber cores per tube | core | 6 | |
| The remaining length of optical fiber in optical cable* | % | ≥0.65 | |
| fibers* | core | 8、12、16、18、24、32、36 | |
| ADSS (Suitable span500 m) |
Structure | Stranding | |
| Core type | G.652/G.655 | ||
| the material of outer layer | PE/AT | ||
| Aramid fiber cross-sectional area | mm² | - | |
| external diameter* | mm | ≤13.9 | |
| linear mass | kg/km | ≤159 | |
| (RTS) * | kN | ≥39.0 | |
| (UOS) | kN | ≥60% RTS | |
| (MAT)* | kN | ≥40% RTS | |
| (EDS) | kN | ≥25% RTS | |
| coefficient of linear thermal expansion | 1/℃ | - | |
| Composite modulus | Gpa | - | |
| Total number of loose casing and filling rope | piece | 6 | |
| Maximum number of fiber cores per tube | core | 6 | |
| The remaining length of optical fiber in optical cable* | % | ≥0.65 | |
| fibers* | core | 8、12、16、18、24、32、36 | |
| ADSS (Suitable span600 m) |
Structure | Stranding | |
| Core type | G.652/G.655 | ||
| the material of outer layer | PE/AT | ||
| Aramid fiber cross-sectional area | mm² | - | |
| external diameter* | mm | ≤14.3 | |
| linear mass | kg/km | ≤167 | |
| (RTS) * | kN | ≥48.0 | |
| (UOS) | kN | ≥60% RTS | |
| (MAT)* | kN | ≥40% RTS | |
| (EDS) | kN | ≥25% RTS | |
| coefficient of linear thermal expansion | 1/℃ | - | |
| Composite modulus | Gpa | - | |
| Total number of loose casing and filling rope | piece | 6 | |
| Maximum number of fiber cores per tube | core | 6 | |
| The remaining length of optical fiber in optical cable* | % | ≥0.65 | |
| fibers* | core | 8、12、16、18、24、32、36 | |
| ADSS (Suitable span700 m) |
Structure | Stranding | |
| Core type | G.652/G.655 | ||
| the material of outer layer | PE/AT | ||
| Aramid fiber cross-sectional area | mm² | - | |
| external diameter* | mm | ≤14.5 | |
| linear mass | kg/km | ≤173 | |
| (RTS) * | kN | ≥55.0 | |
| (UOS) | kN | ≥60% RTS | |
| (MAT)* | kN | ≥40% RTS | |
| (EDS) | kN | ≥25% RTS | |
| coefficient of linear thermal expansion | 1/℃ | - | |
| Composite modulus | Gpa | - | |
| Total number of loose casing and filling rope | piece | 6 | |
| Maximum number of fiber cores per tube | core | 6 | |
| The remaining length of optical fiber in optical cable* | % | ≥0.65 | |
| fibers* | core | 8、12、16、18、24、32、36 | |
| ADSS (Suitable span800 m) |
Structure | Stranding | |
| Core type | G.652/G.655 | ||
| the material of outer layer | PE/AT | ||
| Aramid fiber cross-sectional area | mm² | - | |
| external diameter* | mm | ≤14.8 | |
| linear mass | kg/km | ≤179 | |
| (RTS) * | kN | ≥62.0 | |
| (UOS) | kN | ≥60% RTS | |
| (MAT)* | kN | ≥40% RTS | |
| (EDS) | kN | ≥25% RTS | |
| coefficient of linear thermal expansion | 1/℃ | - | |
| Composite modulus | Gpa | - | |
| Total number of loose casing and filling rope | piece | 6 | |
| Maximum number of fiber cores per tube | core | 6 | |
| The remaining length of optical fiber in optical cable* | % | ≥0.65 | |
| fibers* | core | 8、12、16、18、24、32、36 | |
| ADSS (Suitable span900 m) |
Structure | Stranding | |
| Core type | G.652/G.655 | ||
| the material of outer layer | PE/AT | ||
| Aramid fiber cross-sectional area | mm² | - | |
| external diameter* | mm | ≤15.1 | |
| linear mass | kg/km | ≤186 | |
| (RTS) * | kN | ≥69.0 | |
| (UOS) | kN | ≥60% RTS | |
| (MAT)* | kN | ≥40% RTS | |
| (EDS) | kN | ≥25% RTS | |
| coefficient of linear thermal expansion | 1/℃ | - | |
| Composite modulus | Gpa | - | |
| Total number of loose casing and filling rope | piece | 6 | |
| Maximum number of fiber cores per tube | core | 6 | |
| The remaining length of optical fiber in optical cable* | % | ≥0.65 | |
| fibers* | core | 8、12、16、18、24、32、36 | |
| ADSS (Suitable span1000 m) |
Structure | Stranding | |
| Core type | G.652/G.655 | ||
| the material of outer layer | PE/AT | ||
| Aramid fiber cross-sectional area | mm² | - | |
| external diameter* | mm | ≤15.4 | |
| linear mass | kg/km | ≤194 | |
| (RTS) * | kN | ≥78.5 | |
| (UOS) | kN | ≥60% RTS | |
| (MAT)* | kN | ≥40% RTS | |
| (EDS) | kN | ≥25% RTS | |
| coefficient of linear thermal expansion | 1/℃ | - | |
| Composite modulus | Gpa | - | |
| Total number of loose casing and filling rope | piece | 6 | |
| Maximum number of fiber cores per tube | core | 6 | |
| The remaining length of optical fiber in optical cable* | % | ≥0.65 | |
| fibers* | core | 8、12、16、18、24、32、36 |
