air blown fiber optic cable,Outdoor optical cable-layer twisted type-192~216 core optical cable

 

 

air blown meaning

The structure of the twisted loose tube air-blown micro optical cable (GCYFY) is to place 250um optical fiber in a loose tube. The loose tube is made of high modulus material and filled with fiber paste. The loose tube is twisted around a non-metallic central strength member (FRP) and surrounded by dry water-blocking material to form the cable core. The extremely thin PE sheath is extruded outside the cable core.

 

Temperature Range：Storage and operation:：-40C ~ +70C；Erection：-15C ~ +60C
Bend radius：Static 10 times the cable diameter，Dynamic 20 times optical cable diameter
Application：Air-blown micro-optical cables are used in air-blown installations, core networks, metropolitan area networks (MAN), access networks, backbone networks, local area networks (LAN), FTTx networks, data centers, and 5G.
Fiber Type：G652D；G655C；G657A1；G657A2；50/125；62.5/125；OM3-150；OM3-300；OM4 As Options

 

 

air blow fiber cable

1、The filling compound in the loose tube provides key protection for the optical fiber
2、Cable core dry water blocking (no cable paste), low carbon and environmentally friendly
3、High fiber density: 2~288 cores
4、Small diameter (288 cores 10.2mm), lightweight and easy to upgrade
5、Innovative sheath structure to improve air blowing performance
6、Optional 9/125μm optical fiber (144 cores 8.5mm)

 

Optical Fiber Colors:

 

 

Loose Tube Colors:

 

 

air blown micro cable specifications:

 

 

Optical cable air blowing method

Cable blowing is the air blowing method of optical cable laying, which uses high-pressure air blowing to blow the optical cable into the pre-buried silicon core tube. The cable blowing machine blows high-pressure, high-speed compressed air into the silicon core tube. The high-pressure air flow pushes the air seal piston, so that the air seal piston connected to the end of the optical cable forms a settable and uniform pulling force on the optical cable. At the same time, the blower The hydraulic crawler conveyor mechanism of the cable crane clamps the optical cable and transports it forward to form a conveying force. The combination of pulling force and conveying force makes the penetrating optical cable travel rapidly through the pipeline in a suspended state along with the high-speed airflow.

 

Standard length：2000m, other lengths are also available

Note: The structure’s size and specifications can be desianed according to customer requirements