Nexans High Fiber Count Nano
NEW
Nexans High Fiber Count Nano
The HFC Nano range is designed to deliver exceptional fibre capacity in a compact, fully dielectric cable. Thanks to its optimised multibundle structure and high density, it enables easy installation even in congested infrastructures, while ensuring high reliability for modern telecom networks.
Read moreLE 288/T12 GGT/600 NANO G657A1/200um
Nexans ref. 10508689
- Packaging: Cut to length (m)
- Number of optical fibres: 288
- Crush resistance (IEC 60794-1-E3): 200 N/cm
- Maximum admissible traction load (Tm): 600 daN
LE 432/T12 GGT/900 NANO G657A1/200um
Nexans ref. 10508720
- Packaging: Cut to length (m)
- Number of optical fibres: 432
- Crush resistance (IEC 60794-1-E3): 300 N/cm
- Maximum admissible traction load (Tm): 600 daN
LE 576/T12 GGT/900 NANO G657A1/200um
Nexans ref. 10508721
- Packaging: Cut to length (m)
- Number of optical fibres: 576
- Crush resistance (IEC 60794-1-E3): 300 N/cm
- Maximum admissible traction load (Tm): 900 daN
LE 720/T12 GGT/900 NANO G657A1/200um
Nexans ref. 10508722
- Packaging: Cut to length (m)
- Number of optical fibres: 720
- Crush resistance (IEC 60794-1-E3): 300 N/cm
- Maximum admissible traction load (Tm): 900 daN
LE 864/T12 GGT/900 NANO G657A1/200um
Nexans ref. 10508723
- Packaging: Cut to length (m)
- Number of optical fibres: 864
- Crush resistance (IEC 60794-1-E3): 300 N/cm
- Maximum admissible traction load (Tm): 900 daN
LE 1008/T12 GGT/900 NANO G657A1/200um
Nexans ref. 10508724
- Packaging: Cut to length (m)
- Number of optical fibres: 1008
- Crush resistance (IEC 60794-1-E3): 300 N/cm
- Maximum admissible traction load (Tm): 900 daN
Description
Description
Standards
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ProductIEC 60794; Nexans specification
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TestIEC 60793
Applications
This cable is intended for very high fibre-density telecom networks installed in ducts or congested infrastructures:
- High-capacity telecom networks
- Existing infrastructures with limited space
- Blowing and pulling installations in narrow ducts
- Backbone and metropolitan networks
- Applications requiring a very large number of fibres
Key Benefits
- Very high fibre density (up to 1008 fibres)
- Compact, fully dielectric construction
- Excellent handling and small bending radius
- Longitudinal water blocking and enhanced protection
- Easy identification thanks to 12-fibre bundles
- Ideal solution for congested environments
By choosing the HFC Nano range, you opt for a compact, robust and high-capacity solution, perfectly suited to modern high-density telecom networks.
Characteristics
Characteristics
Construction characteristics
Construction characteristics
Usage characteristics
Usage characteristics
Resources
Resources
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