Model Number | air blown fiber optic cable | Type | air blown fiber optic cable |
Place of Origin | China | Fiber Type | G657A , G652D |
Application | FTTH FTTB FTTX Network | Product name | Air Blowing Fiber |
Color | Customized | Certification | ISO9001:2008, FCC, RoHS, ce |
Material | Fiberglass Inside | Warranty | 3 Years |
Super Mini blown cable(2~24cores)
Introduction:
Changguang began to research air blown cable since 2003. Now, it can produce various types of air blown cable. Its main product is central tube air blown cable and layer stranding air blow cable which has absolutely technical advantage in China and equivalent air blown performance as Europe products. Till 2010, Changguang has exported about 10000km air blown cable to Europe as well as supply 1000km these cable to domestic transmission line construction.
Standards:
Unless otherwise specified in this specification, all requirements shall be mainly in accordance with the following standard specifications.
Optical fibers ………………………………………………ITU-T G.652D
Optical fibers ………………………………………………IEC 60793 B1.3
Cables ………………………………………………………IEC 60794
The structure of cable:
Technical Index:
Cable Type |
Central Loose Tube Cable |
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Fibers Count |
2~4 |
6~8 |
12 |
24 |
|
Thickness of HDPE sheath |
Nominal value:0.20mm, Average value:0.15mm |
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Nominal Overall Diameter |
2.0±0.1mm |
2.3±0.1mm |
2.5±0.1mm |
2.8±0.1mm |
|
Weight |
4.0 kg/km |
5.0 kg/km |
5.5 kg/km |
7.5 kg/km |
|
Max. Tensile Strength |
80N |
80N |
80N |
100N |
|
Max. Crushing force |
600N/100mm |
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Min. Bending radius -Static |
10 outer Φ |
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Min. Bending radius -Dynamic |
20 outer Φ |
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Temperature |
Storage |
-20~+50℃ |
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|
Installation |
-10~+40℃ |
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|
Operation |
-20~+50℃ |
Blowing performance:
Blowing Tool |
Typical blowing length |
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PLUMETTAZ:PR-140, MiniJet-400 etc. |
Fibres Count |
Duct type 3.5/5.0mm |
Duct type 5.5/7.0mm |
24 fibres |
200~500m |
1000m |
Mechanic performance:
Item |
Testing Method |
Testing Results |
Specified Value |
|
Tension performance |
IEC 60794-1-2-E1 |
Optical fibre strain |
Additional attenuation |
Max. Tensile Strength = Short term Allowable tension ≈2×(Long term Allowable Tension) |
Short term:≤0.3% Long term:≤0.1% |
Short term: |