APPLICATION
This cable is commonly used in:
- Communication systems requiring optical signal transmission with auxiliary power supply
- Industrial equipment where devices need both data and power connection
- Integrated opto-electrical installations with moderate load requirements
- Infrastructure projects prioritizing safety and clean cable routing
CONSTRUCTION
| Conductor Material | Bare copper wire |
| Conductor Surface | 2×1.5mm2+2×G.657A2 |
| Core Insulation Material | LSZH/XLPE |
| Screen1 Material | PET tape |
| Drain Material | / |
| Screen2 Material | / |
| Material Outer Sheath | LSZH/XLPE |
CHARACTERISTICS
|
Cable performance(20℃) |
Data of product |
|
Inner conductor DC resistance |
≤12.1Ω/km |
|
Insulation resistance |
>1000MQ ·km |
|
Operating voltage |
500V |
|
Withstand voltage |
AC/2500V 1min |
|
Flame retardancy |
IEC 60332-1-2 |
|
Bending radius |
12xD |
|
Optical attenuation |
1310NM ≤0.36 db/km |
REGULAR PACKING
100M, 300M, 500M, 1000M, 500FT, 1000FT, Coil/Drum
Product Advantages
- Balanced hybrid structure combining power conductors and optical fibers
- G.657A2 bend-insensitive fiber supports flexible routing paths
- LSZH / XLPE materials improve safety in fire-sensitive environments
- Simplified cabling for systems where extreme power or high fiber count is unnecessary
- Suitable for fixed installation in communication and industrial systems
Support Available for This Product
- Support for customized conductor size or fiber configuration
- Stable production scheduling for opto-electrical cable projects
- Technical assistance during cable selection and system integration
- Samples available for evaluation and testing
FAQ
Q: How is this cable different from hybrid cables with higher fiber counts?
A: This configuration focuses on essential optical communication and moderate power delivery, making it suitable for systems that do not require large fiber capacity.
Q: Why use G.657A2 fiber in hybrid cables?
A: G.657A2 fiber supports tighter bending, which helps maintain performance during installation and routing.
Q: Can insulation or sheath materials be adjusted?
A: Yes. LSZH or XLPE materials can be selected based on project and environmental requirements.
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