ABS 0963-003 LF

Description

Description

Standards

  • International
    EN 4641-100
  • National
    ABS 0963-003 LF

Applications

With these high mechanical, chemical and optical properties, this cable has been designed for harsh environments such as :
- Aeronautical
- Geophysics,
- Space,
- Missile,
- Chemical industry.

Construction

  • OPTICAL FIBER
    Core + cladding + coating
    Silica/Silica/Silicone type 62.5/125/400 μm
     
  • PRIMARY JACKET
    Copolymer zero halogen high temperature
    ∅ = 0.90 ± 0.05 mm
     
  • MECHANICAL STRENGTH
    Polymer aromatic fiber braid
     
  • OUTER JACKET
    Copolymer zero halogen high temperature
    ∅ = 1.50 mm (for info.)
    + ETFE
    ∅ = 1.80 ± 0.1 mm

Minimum bend radius
Storage > 40 mm
Long term > 20 mm
Short term (installation) > 12 mm

ABS 0963-003 LF - Main data

 

  • Maximum pulling force :
    Long term : 10 daN
    Short term : 25 daN
  • Effective index of refraction:
    at 850 nm : 1.4970
    at 1300 nm : 1.4919
  • Tensile strength : > 100 daN
  • Numerical aperture : 0.275 ± 0.015
  • Nominal weight : < 4 kg/km
  • Cable Bandwidth (MHz. km) :
    at 850 nm : > 400
    at 1310 nm : > 1000
  • Maximum attenuation at 20°C :
    at 850 nm : 4 dB/km
    at 1300 nm : 2 dB/km
  • Operating temperature:
    Long term : -55 to +135°C
    Peak: -65 to 150°C

 

ABS 0963-003 LF - Strong points

 

Mechanical properties :

  • High temperature
  • High tensile resistance
  • High flexibility
  • Low weight / Small diameter
  • Low bending radius
  • Easy strippability

 

 

 

 

Optical properties :

  • High bandwidth
  • Low cost ferrules (Telecom components)

 

Chemical properties :

  • High chemical resistance to on board fluids
  • Very low smoke and toxicity (according to ABD0031 chart 1)
  • Flamability : non flammable


 

 

ABS 0963-003 LF - Connection

Stripping of primary jacket , buffer and coating.

If mechanical stripping is used , we highly recommend :

  • To strip directly from primary jacket to silica
  • To carefully clean silica with a solvent such as MEK (Methylethylketone).

Residues of silicone can be removed with a wet tissue by wiping off of different angles in order to clean all the circumference of the silica.
If you dip bare fibre into solvent , take care to avoid contact between solvent and other part of the cable such as strength members, silicone and jacket.

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