Subscriber's indoor optical cable
Crushing force from 300 N/cm
Tensile force up to 1.0 kN
Operating temperature from -60°С to +70°С Installation: up to -30°С
Fire-safe
Bending presistance
Construction
1.Optical fiber.
2.Buffer layer of polyamid, PE, PVC, or other materials.
3.High-modulus filament.
4.Outer fire-retardant PE or PVC sheath
Specifications
|
Number of fibers in a cable |
Cable dimensions,mm |
Calculated cable weight,kg/km |
Tensile force,kN |
Min.radius of cable bending,mm |
|
OKS-ng(А)-G.657.А1х1,8/0,9-(0,1) |
||||
|---|---|---|---|---|
|
1 |
1,8 |
3,6 |
0,1 |
According to specification for OF |
|
OKS-ng(А)-G.657.А1х2,8/0,9-(0,1) |
||||
|
1 |
2,8 |
8,0 |
0,1 |
According to specification for OF |
Применение
The cable is designed for indoor applications, manufacturing of optical cords and pigtails. It is installed in special cable ducts, boxes, inside buildings and structures.
Crushing force from 300 N/cm
Tensile force up to 1.0 kN
Operating temperature from -60°С to +70°С Installation: up to -30°С
Fire-safe
Bending presistance