High Speed Communication 4-12 Core Optoelectic Composite Cable
High Speed Communication 4~12 Core Optoelectic Composite Cable Description The Photoelectric Composite Fiber Optic Cable, known as a Hybrid Fiber Optic Cable (GDVV), combines both fiber and power transmission functionalities in a single unit. This integration eliminates the need for secondary wiring, effectively reducing construction, network construction, and associated fees. GDVV int- egrates optical transmission with power copper cable, addressing challenges related to
High Speed Communication 4~12 Core Optoelectic Composite Cable
Description
The Photoelectric Composite Fiber Optic Cable, known as a Hybrid Fiber Optic Cable (GDVV), combines
both fiber and power transmission functionalities in a single unit. This integration eliminates the need for
secondary wiring, effectively reducing construction, network construction, and associated fees. GDVV int-
egrates optical transmission with power copper cable, addressing challenges related to broadband access,
equipment power supply, and transparent transmission of electricity meter data. This solution facilitates eff-
icient reporting and charging of electricity consumption, providing a comprehensive and streamlined appro-
ach to cable infrastructure.
Application
* Tailored for Outdoor Distribution: Crafted to endure challenging outdoor conditions, this cable is meticulously
engineered for longevity and unwavering reliability in harsh environments.
* Suitable for Trunk Power Transmission Systems: Excellently suited for the efficient transmission of power over
long distances, making it an optimal choice for trunk power systems.
* Ideal for Security Monitoring Projects: Precisely designed to meet the unique demands of security monitoring
applications, guaranteeing dependable connectivity and seamless data transmission in surveillance projects.
Characteristics
* Composite Cable for Electricity and Signal Transmission: Streamlines centralized monitoring and maintenance,
optimizing the management of equipment power.
* Minimization of Power Supply Coordination and Maintenance: Simplifies power supply system management,
reducing complexities and efforts associated with coordination and maintenance.
* Superior Ultraviolet Protection with PE Sheath: The PE sheath offers excellent UV protection, ensuring the
cable's resilience in outdoor settings.
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±0.1mm (24F) | Thickness | 1.8±0.1mm | ||||
| 10.5±0.1mm (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 | ||||||
Recommended Products
