Stranded Loose Tube Air-blown Micro
hellosignal
Air Blown
Availability: | |
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GCYFY
Stranded Loose Tube Air-blown Micro Fiber Optic Cable for
FTTH Metropolitan area Access networks
Optical fibres are housed in a loose tube that is made of high-modulus plastic and filled with tube filling compounds.Aramid yarns are placed outside the loose tube as the strength member, then a sheath with grooves is extruded. This type of cable is particularly applicable to air-blowing constructions in access networks.
Small size and light weight.
Tube filling compound providing key protection for fibres.
Unique design of sheath with grooves ensuring good air blowing performance.
Allowing to blow by phases to reduce initial investment.
High blowing speed up to 50m/min, and long blowing distance up to 1000m.
Allowing to blow out and replace with new cables to keep technical superiority.
Allowing to cut micro ducts anywhere anytime for branch without influences on other cables, saving manholes, hand holes and cable joints.
· Characteristics:
1. Small size
2. Light weight
3. Good bending performance
4. Suitable for indoor installation
· Blowing Effect: 3 Stars ***
· Application: FTTH
· Characteristics:
1. Small size
2. Light weight
3. Good tensile and crush resistance
· Blowing Effect: 4 Stars ****
· Application:
· Power system
· Lighting-prone areas
· Characteristics:
1. High fibre density
2. High duct utilization
3. Much less initial investment
· Blowing Effect: 5 Stars *****
· Application:
· FTTH
· Metropolitan area
· Access networks
· Characteristics:
· Small size
· Light weight
· Good bending performance
· Suitable for indoor installation
· Blowing Effect: 3 Stars ***
· Application: FTTH
· Characteristics:
· Small size
· Light weight
· Good tensile and crush resistance
· Blowing Effect: 4 Stars ****
· Application:
· Power system
· Lighting-prone areas
· Characteristics:
· High fibre density
· High duct utilization
· Much less initial investment
· Blowing Effect: 5 Stars *****
· Application:
· FTTH
· Metropolitan area
· Access networks
1. PE Sheath 2. Water Blocking Yarn 3. Loose Tube 4. Strength Member 5. Fibre 6. Tube Filling Compound 7. PE Layer
· Fiber Count: 12 (2 * 6)
· Diameter: 4.5 ± 0.1 mm
· Weight: 16 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 24 (4 * 6)
· Diameter: 4.5 ± 0.1 mm
· Weight: 16 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 36 (6 * 6)
· Diameter: 4.5 ± 0.1 mm
· Weight: 16 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 24 (2 * 12)
· Diameter: 5.4 ± 0.1 mm
· Weight: 26 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 48 (4 * 12)
· Diameter: 5.4 ± 0.1 mm
· Weight: 26 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 72 (6 * 12)
· Diameter: 5.4 ± 0.1 mm
· Weight: 26 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 96 (8 * 12)
· Diameter: 6.1 ± 0.1 mm
· Weight: 33 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 144 (12 * 12)
· Diameter: 7.9 ± 0.1 mm
· Weight: 52 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 192 (16 * 12)
· Diameter: 7.9 ± 0.1 mm
· Weight: 52 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 216 (18 * 12)
· Diameter: 7.9 ± 0.1 mm
· Weight: 52 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 288 (24 * 12)
· Diameter: 9.3 ± 0.1 mm
· Weight: 80 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 144 (6 * 24)
· Diameter: 7.3 ± 0.1 mm
· Weight: 42 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 192 (8 * 24)
· Diameter: 8.8 ± 0.1 mm
· Weight: 76 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 288 (12 * 24)
· Diameter: 11.4 ± 0.1 mm
· Weight: 110 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 432 (18 * 24)
· Diameter: 11.4 ± 0.1 mm
· Weight: 115 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 576 (24 * 24)
· Diameter: 13.4 ± 0.1 mm
· Weight: 140 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
Note: G is the weight of the optical cable per kilometer.
Transport/storage temperature: -40℃~70℃
The cab le can be used as the drop cable of feeder segments in FTTH networks and can be laid by air blowing to connect the branch point with the access point for subscribers. The cab le is also applicable in backbone networks, metropolitan area networks and access networks.
Standard length:2000m;Other length availabe
GCYFY
Stranded Loose Tube Air-blown Micro Fiber Optic Cable for
FTTH Metropolitan area Access networks
Optical fibres are housed in a loose tube that is made of high-modulus plastic and filled with tube filling compounds.Aramid yarns are placed outside the loose tube as the strength member, then a sheath with grooves is extruded. This type of cable is particularly applicable to air-blowing constructions in access networks.
Small size and light weight.
Tube filling compound providing key protection for fibres.
Unique design of sheath with grooves ensuring good air blowing performance.
Allowing to blow by phases to reduce initial investment.
High blowing speed up to 50m/min, and long blowing distance up to 1000m.
Allowing to blow out and replace with new cables to keep technical superiority.
Allowing to cut micro ducts anywhere anytime for branch without influences on other cables, saving manholes, hand holes and cable joints.
· Characteristics:
1. Small size
2. Light weight
3. Good bending performance
4. Suitable for indoor installation
· Blowing Effect: 3 Stars ***
· Application: FTTH
· Characteristics:
1. Small size
2. Light weight
3. Good tensile and crush resistance
· Blowing Effect: 4 Stars ****
· Application:
· Power system
· Lighting-prone areas
· Characteristics:
1. High fibre density
2. High duct utilization
3. Much less initial investment
· Blowing Effect: 5 Stars *****
· Application:
· FTTH
· Metropolitan area
· Access networks
· Characteristics:
· Small size
· Light weight
· Good bending performance
· Suitable for indoor installation
· Blowing Effect: 3 Stars ***
· Application: FTTH
· Characteristics:
· Small size
· Light weight
· Good tensile and crush resistance
· Blowing Effect: 4 Stars ****
· Application:
· Power system
· Lighting-prone areas
· Characteristics:
· High fibre density
· High duct utilization
· Much less initial investment
· Blowing Effect: 5 Stars *****
· Application:
· FTTH
· Metropolitan area
· Access networks
1. PE Sheath 2. Water Blocking Yarn 3. Loose Tube 4. Strength Member 5. Fibre 6. Tube Filling Compound 7. PE Layer
· Fiber Count: 12 (2 * 6)
· Diameter: 4.5 ± 0.1 mm
· Weight: 16 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 24 (4 * 6)
· Diameter: 4.5 ± 0.1 mm
· Weight: 16 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 36 (6 * 6)
· Diameter: 4.5 ± 0.1 mm
· Weight: 16 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 24 (2 * 12)
· Diameter: 5.4 ± 0.1 mm
· Weight: 26 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 48 (4 * 12)
· Diameter: 5.4 ± 0.1 mm
· Weight: 26 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 72 (6 * 12)
· Diameter: 5.4 ± 0.1 mm
· Weight: 26 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 96 (8 * 12)
· Diameter: 6.1 ± 0.1 mm
· Weight: 33 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 144 (12 * 12)
· Diameter: 7.9 ± 0.1 mm
· Weight: 52 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 192 (16 * 12)
· Diameter: 7.9 ± 0.1 mm
· Weight: 52 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 216 (18 * 12)
· Diameter: 7.9 ± 0.1 mm
· Weight: 52 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 288 (24 * 12)
· Diameter: 9.3 ± 0.1 mm
· Weight: 80 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 144 (6 * 24)
· Diameter: 7.3 ± 0.1 mm
· Weight: 42 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 192 (8 * 24)
· Diameter: 8.8 ± 0.1 mm
· Weight: 76 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 288 (12 * 24)
· Diameter: 11.4 ± 0.1 mm
· Weight: 110 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 432 (18 * 24)
· Diameter: 11.4 ± 0.1 mm
· Weight: 115 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
· Fiber Count: 576 (24 * 24)
· Diameter: 13.4 ± 0.1 mm
· Weight: 140 kg/km
· Tensile Strength: Long Term 0.3G, Short Term 1.0G
· Crush Resistance: Long Term 150 N/100mm, Short Term 500 N/100mm
Note: G is the weight of the optical cable per kilometer.
Transport/storage temperature: -40℃~70℃
The cab le can be used as the drop cable of feeder segments in FTTH networks and can be laid by air blowing to connect the branch point with the access point for subscribers. The cab le is also applicable in backbone networks, metropolitan area networks and access networks.
Standard length:2000m;Other length availabe