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ADSS All dielectric self-supporting optical fiber cable

Classification:


ADSS optical cable adopts loose-jacketed stranded structure. Single-mode or multimode optical fiber is jacketed into a loose tube made of high-modulus plastic, and the tube is filled with water-repellent compound. Loose tube (filling rope) is twisted around the central nonmetallic reinforcement (FRP) to form a compact circular cable core, the gap in the cable core is filled with water-blocking filler, and the cable core is twisted with a layer of aramid fiber for reinforcement, and finally a polyethylene sheath or an electric trace-resistant outer sheath is extruded.

Keywords:

ADSS All dielectric self-supporting optical fiber cable

ADSS optical cable adopts loose-jacketed stranded structure. Single-mode or multimode optical fiber is jacketed into a loose tube made of high-modulus plastic, and the tube is filled with water-repellent compound. Loose tube (filling rope) is twisted around the central nonmetallic reinforcement (FRP) to form a compact circular cable core, the gap in the cable core is filled with water-blocking filler, and the cable core is twisted with a layer of aramid fiber for reinforcement, and finally a polyethylene sheath or an electric trace-resistant outer sheath is extruded.

Product Structure

Technical Parameter

Product name

ADSS All dielectric self-supporting optical fiber cable

Laying method

Self-supporting aerial

 

Product materials

Outer sheath: PE: Used for power lines below 100kv. AT: Used for power lines above 100kv.

Reinforcer: FRP

No. of optic fiber

4-288 cores

Cable color

black

Length

2km/disc, 3km/disc or customization

Storage & using temperature

-40℃~+70℃

Main Features

  •  A-Class optical fiber, with small attenuation, stability, bending resistance, good flexibility and light weight;
  • PE/AT outer sheath, durable, smooth appearance, high flame-retardant strength, aging resistance, easy peeling and long service life.
  • The special ointment protects the fiber core, prevents the invasion of moisture and damages the optical fibers by rubbing against each other in the process of making optical cables, and makes the using life longer;
  • FRP reinforcement is bending-resistant, tough and tensile, which is convenient for long-distance transportation of optical cables outdoors.

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