EZT Ruggedised Travelling Optical Cable
FiTek's unique elevator traveling optical cable adopts a five-layer structure design and uses the world's unique patented anti-bending EZT optical cable. The inner tensile body adopts strong support parts such as FRP and Kevlar braided mesh. The tensile strength can reach 2000N and the compression resistance can reach 4000N/100mm. It is suitable for a variety of harsh environments, including elevator communications, military field optical cables and other mobile optical cable applications. The optical cable structure adopts a double-layer coating design, and the outer coating material is made of high-specification TPU material, which has the advantages of bending resistance, wear resistance and other superior properties.
FiTek's unique elevator traveling optical cable adopts a five-layer structure design and uses the world's unique patented anti-bending EZT optical cable. The inner tensile body adopts strong support parts such as FRP and Kevlar braided mesh. The tensile strength can reach 2000N and the compression resistance can reach 4000N/100mm. It is suitable for a variety of harsh environments, including elevator communications, military field optical cables and other mobile optical cable applications. The optical cable structure adopts a double-layer coating design, and the outer coating material is made of high-specification TPU material, which has the advantages of bending resistance, wear resistance and other superior properties.
- Anti-bending performance: The optical cable has the ability to prevent the increase of optical fiber bending loss in curves.
- Excellent tensile strength: With multiple strands of FRP and Kevlar braided mesh, it has higher tensile strength than general indoor optical cables, up to 2000N.
- Anti-extrusion performance: The optical cable adopts a five-layer patented optical cable design, with an anti-extrusion capacity of up to 4000N/100mm.
- Wear resistance and softness: The outer coating is made of TPU material, which enhances the wear resistance and bending softness of the optical cable.
- Flame retardant and RoHS/REACH compliant: Flame retardant complies with IEC 60332-1 requirements and meets international environmentally friendly material RoHS/REACH standards.
| EZT Ruggedised Travelling Optical Cable | ||
| Fiber Count | 4 | |
| Maximum Attenuation (dB/km) | 0.4 | @1310 nm |
| 0.3 | @1550 nm | |
| Sub-Cable Diameter (mm) | 5.5 ± 0.3 | |
| Cable Diameter (mm) | 7.0 ± 0.5 | |
| Strength Member | Kevlar+FRP | |
| Max Tensile Strength (N) | 2000 | |
| Max Crush Load (N/100mm) | 4000 | |
| Min Bending Radius (mm) | 10D | |
| Jacket Material/Color | TPU/Black | |
| Operating Temperature | -20℃ ~ +70℃ | |
| Standards | Tensile Strength(TIA/EIA-455-33A) Crush Test(TIA/EIA-455-41A) Repeated Bending(TIA/EIA-455-104A) Impact Test(TIA/EIA-455-25B) Torsion Test(TIA/EIA-455-85A) | |
| G652D/G657A1 Single Mode Fiber | ||
| Core | 9.0±1 μm | |
| Clading | 125±2 μm | |
| Coating | 245±15 μm | |
| Cladding Non-circularity | ≦ 1 ％ | |
| Core Non-Circularity | ≦ 1 ％ | |
| Core/Clad Eccentricity | ≦ 0.6 | |
| Max Attenuation | @1310 nm ≦ 0.35 db/km @1550 nm ≦ 0.3 db/km | |
| Dispersion | @1310 nm ≦ 3.5 ps/nm-km @1550 nm ≦19 ps/nm-km | |
| Zero DispersionWavelength | @1310±10 μm | |
| Cutoff Wavelength | ≦1260 nm | |
| Refractive Index | @1310nm 1.470 @1550nm 1.470 | |
| Proof Test | 100 kpsi | |