High Performance Communication Cable Optoelectic Composite Fiber Optic Cable
High Performance Communication Cable Optoelectic Composite Fiber Optic Cable Description The Photoelectric Composite Fiber Optic Cable or Hybrid Fiber Optic Cable seamlessly merges fiber and power transmission into a unified solution. This integration eliminates the requirement for additional wiring, substantially cutting down construction and network setup expenses. The GDVV cable integrates optical and copper power cables, tackling broadband access, equipment power, and
High Performance Communication Cable Optoelectic Composite Fiber Optic Cable
Description
The Photoelectric Composite Fiber Optic Cable or Hybrid Fiber Optic Cable seamlessly merges fiber and power
transmission into a unified solution. This integration eliminates the requirement for additional wiring, substantially
cutting down construction and network setup expenses. The GDVV cable integrates optical and copper power
cables, tackling broadband access, equipment power, and transparent transmission of electricity meter data. This
streamlined design effectively monitors and bills electricity usage, offering a comprehensive solution for various
connectivity challenges.
Application
1 Designed for outdoor deployment, guaranteeing durability and reliability in diverse environmental conditions.
2 Ideal for trunk power transmission systems, enhancing energy efficiency over long distances.
3 Customized for security monitoring projects, providing essential connectivity and reliable data transmission
pivotal for surveillance needs.
Characteristics
1 The composite cable for electricity and signal transmission simplifies centralized monitoring and maintenance,
particularly for equipment power, boosting operational efficiency.
2 Focuses on reducing complexities and efforts in managing power supply systems, thereby improving overall
efficiency.
3 The PE sheath offers superior ultraviolet protection, ensuring the cable's durability in outdoor settings by shielding
against UV rays' damaging effects.
Structure details
| SM fiber | G652D | ||||||
| Fiber type | G652D | Concentricity error | ≤1um | ||||
| MFD | 8.7～9.7um | Cladding non-circularity | ≤2% | ||||
| Cladding diameter | 125±2um | Fiber color | standard spectrum | ||||
| Loose tube | Material | PBT | Color | Standard spectrum | |||
| Qty | 4 (24F) | Fiber pre tube | 6 (24F) | ||||
| 6 (72F) | 12 (72F) | ||||||
| Copper wire | Qty | 0.6mm2*2 | |||||
| Central strength member | Material | FRP | Diameter | 2.0mm | |||
| Water blcoking system | Material | Water blocking tape | |||||
| Outer sheath | Material | PE | Color | Black | |||
| Diameter | 9.2±0.3mm (24F) | Thickness | 1.7±0.2mm | ||||
| 10.8±0.3mm (72F) | |||||||
Mechanical and environment performance
| Tensile strength | Long term(N) | 600N | |||||
| Short term(N) | 1500N | ||||||
| Crush load | Long term | 300N/100mm | |||||
| Short term | 1000N/100mm | ||||||
| Bending radius | Dynamic | 20D | |||||
| Static | 10D | ||||||
| Operating Temperature | -20℃～+70℃ | ||||||
Fiber Performance
| Fiber attenuation | 1310um | ≤0.36dB/km | |||||
| 1550um | ≤0.24dB/km | ||||||
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