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Loose tube stranded , The cable with FRP central strength member and peripheral high tensile strength aramid yarns and water blocking tape and gel guaranteed superb waterproof , Black polyethylene sheath suitable for overhead installation as pole-to-pole or pole-to-premises.
The technical parameters are subject to different fiber counts, climate conditions such as temperature, wind speed, ice coat thickness, laying spans, voltage classes of power lines, ect.
ADSS optical cable is a all dielectric self-supporting optical cable. It determines the maximum pulling force it can withstand based on the installation span, local wind speed, ice coverage, and installation sag. The structure is designed accordingly. There is no metal material in its structure. It is suitable for lightning and high-voltage areas. It is easy to install, but the cost is higher than other ordinary optical cables. It is generally used in areas that are difficult to lay, such as across lakes and rivers.
Loose tube stranded , The cable with FRP central strength member and peripheral high tensile strength aramid yarns and water blocking tape and gel guaranteed superb waterproof , Black polyethylene sheath suitable for overhead installation as pole-to-pole or pole-to-premises.
The technical parameters are subject to different fiber counts, climate conditions such as temperature, wind speed, ice coat thickness, laying spans, voltage classes of power lines, ect.
ADSS optical cable is a all dielectric self-supporting optical cable. It determines the maximum pulling force it can withstand based on the installation span, local wind speed, ice coverage, and installation sag. The structure is designed accordingly. There is no metal material in its structure. It is suitable for lightning and high-voltage areas. It is easy to install, but the cost is higher than other ordinary optical cables. It is generally used in areas that are difficult to lay, such as across lakes and rivers.
- Aerial
- Usable in Power Line
- Pole-to-pole or pole-to premises
- Aerial
- Usable in Power Line
- Pole-to-pole or pole-to premises
Numbers of fiber | 2-144 |
Cable Outer Dia. (mm) | 9.0-14.50 |
Strength Member | FRP / Aramid yarns |
Weight (kg/km) | 70-165 |
Tensile Strength (Minimum) Long/short term (N) | As Per Designation |
Crush Resistance Long/short term (N/100mm) | 2200N |
Bending Radius Static/Dynamic (mm) | 15D/25D ( "D" is cable diameter) |
Loss (dB per 2km) | loss of fiber cable ≤0.3 |
Crusit resistance | 25N.m x5t times |
Longitudinal waterproof | No water seepage for 3m samples in 1m water for 24h |
Storage / Operating Temperature | -40℃ ~ +70℃ |
Installation Temperature | -30℃ ~ +50℃ |
Numbers of fiber | 2-144 |
Cable Outer Dia. (mm) | 9.0-14.50 |
Strength Member | FRP / Aramid yarns |
Weight (kg/km) | 70-165 |
Tensile Strength (Minimum) Long/short term (N) | As Per Designation |
Crush Resistance Long/short term (N/100mm) | 2200N |
Bending Radius Static/Dynamic (mm) | 15D/25D ( "D" is cable diameter) |
Loss (dB per 2km) | loss of fiber cable ≤0.3 |
Crusit resistance | 25N.m x5t times |
Longitudinal waterproof | No water seepage for 3m samples in 1m water for 24h |
Storage / Operating Temperature | -40℃ ~ +70℃ |
Installation Temperature | -30℃ ~ +50℃ |
The design of ADSS fiber optic cables needs to fully consider the climatic conditions of the cable laying location. when ordering our ADSS fiber optic cables, please inform us of four essential parameters:
Local ice thickness.
Wind speed.
Temperature.
Span.
The design of ADSS fiber optic cables needs to fully consider the climatic conditions of the cable laying location. when ordering our ADSS fiber optic cables, please inform us of four essential parameters:
Local ice thickness.
Wind speed.
Temperature.
Span.