POF-1
Halogen-free flexible tensile fiber
Application
Single-core plastic optical fibers have the disadvantage that bending loss occurs during bending, resulting in a decrease in light intensity retention. However, because multi-core plastic optical fiber has multiple cores, it can reduce the optical transmission loss when the optical fiber is bent as much as possible. You can safely use sensors with connectors that may bend. Bending-resistant plastic optical fibers are used for industrial sensors. The products are divided into 19 cores, 37 cores, 217 cores, 613 cores and 1300 cores
Features
- Electromagnetic compatibility EMC occasions
- Very high flexibility
- High wear resistance
- Good bending strength
- POF: polymer optical fiber
Remarks
- Can be customized according to requirements.
Construction
| Conductor |
Plastic optical fiber |
|---|---|
| Color |
Black |
| Tensile resistance |
Aramid winding |
| Sheath material |
PUR, TMPU in accordance with EN 50363-10-2 + VDE 0207-363-10-2, rough surface |
| Sheath color |
Fierce red (RAL 3000) |
Technical data
| Bending radius |
Short-term use: > 30 mm (when installed, not in operation) Continuous: > 80 mm Cable track continuous: > 100 mm |
|---|---|
| Stress relief |
Maximum 1680 N |
| Temperature range |
Storage: -20/+70℃ Operating temperature: 0/+70 °C |
| Specific impedance |
0.2 at 650 n/m dB/m |
| Reverse bending strength |
> 100,000 cycles ±90°; r=100 mm; tension 2 N |
| Bending attenuation |
For coils with 10 turns and r=50 mm, add additional 0.2 dB/m |
| Environmentally friendly |
CompliantEURoHS directive |
Dimensions
| No. | Outer Diameter-ø | Cable Weight ≈ | |
|---|---|---|---|
| L06709001 | 6,00 ± 0,20 mm | 30,0 kg/km |
Other sizes and colors are available upon request. The above data are for reference only, and the actual product shall prevail.
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