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Polymer Fibre Optic Cable
Simplex & Duplex Cable
Part No Attenuation Min. Bend Radius No. of Fibres Fibre/Jacket Diameter Jacket Material
FDPF 2001 EH -0.18dB/m 17mm 1 500µ/1.0mm Polyethylene
FDPF 2011 EH -0.18dB/m 17mm 1 500µ/1.5mm Polyethylene
FDPF 4001 EH -0.15dB/m 17mm 1 1000µ/2.2mm Polyethylene
FDPF 4001 EHV -0.18dB/m 17mm 1 1000µ/2.2mm PVC UL Grade
FDPF 4001 EHT -0.18dB/m 17mm 1 1000µ/2.2mm Polyethylene UL Grade
FDPF 2002 EH -0.18dB/m 17mm 2 500µ/1.0x2.0mm Polyethylene
FDPF 2012 EH -0.18dB/m 17mm 2 500µ/1.5x3.0mm Polyethylene
FDPF 4002 EH -0.15dB/m 17mm 2 1000µ/2.2x4.4mm Polyethylene
FDPF 4002 EHV -0.15dB/m 17mm 2 1000µ/2.2x4.4mm PVC UL Grade
FDPF 4002 EHT -0.15dB/m 17mm 2 1000µ/2.2x4.4mm Polyethylene UL Grade
Ruggedised Simplex & Duplex Cable (With Tension Members)
Part No Attenuation Min. Bend Radius No. of Cords Fibre/Cable Diameter Jacket Material
FDPF 4001 EHTT -0.18dB/m 17mm 1 1000µ/5.0mm PVC on PE, Kevlar Reinforced
FDPF 4002 EHTT -0.18dB/m 17mm 2 1000µ/2.2mm PVC on PE, Kevlar Reinforced
Spectral Attenuation
SimplexDuplex
Dup Sim
Applications
Transmission of data over short
distances
Image transmission
Industrial sensors
Illuminated signs and displays
Applications
Transmission of data over short
distances
Image transmission
Industrial sensors
Illuminated signs and displays
Features
Large core diameter and high
numerical aperture provide highly
efficient coupling to inexpensive
visible LEDs
Very easy to cut and terminate with
low misalignment losses
Features
Large core diameter and high
numerical aperture provide highly
efficient coupling to inexpensive
visible LEDs
Compatible with a wide range of
OMC connectors & components
1000µ Polymer 500µ Polymer
A1
