G652D Fiber Cable
GYFXY G652D fiber cable, optical fibers are housed in a loose tube that is made of high-modulus plastic (PBT)and filled filling compound. Two FRP are placed in parallel outside the tube, and a round-shape PE sheath is extruded.
Description
Technical Parameters
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Features
- Loose tube filling compound ensure a critical protection of fiber.
- Two parallel FRP ensure tensile strength.
- PE sheath protects cable from ultraviolet radiation.
- Small diameter, light weight and friendly installation.
- Good mechanical and temperature performance.
Environmental Characteristics
• Transport/storage temperature: -40℃ to +60℃
Delivery Length
• Standard reel length: 2km/drum or 3km/drum; other lengths are also available.
Quality Assurance
- We have strict quality control and all products are tested 100% before delivery. The test report is attached on each package roll. The quality is guaranteed.
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**Influence of Cable Extrusion Process Parameters on Finished Product Quality**
Temperature is a fundamental parameter affecting sheath quality. Increasing the temperature can improve surface quality and mechanical properties, but thermal degradation must be avoided. At the same time, temperature indirectly affects the fiber excess length through thermal expansion effects, which must be incorporated into an integrated control system.
Excess length control is the core challenge in cable extrusion. In central loose tube cables, multiple factors-including the pay-off tension of steel wires/loose tubes, the resistance from steel tape longitudinal wrapping, and the shrinkage of sheath materials-jointly determine the sign and magnitude of secondary excess length. Understanding the direction of influence of each factor (positive/negative effects) is a prerequisite for effective control.
Extrusion speed has a nonlinear relationship with outer diameter stability. A segmented compensation strategy is required to eliminate deviations and ensure that the finished product meets geometric dimension specifications.
Mould design determines the molding quality of profiled sheaths. The roundness deviation and indentation defects of GFRP-embedded sheaths are directly related to the design of the GFRP hole center distance. A bending coefficient should be introduced for pre-compensation design.
There is deep coupling among the various process parameters. Isolated parameter optimization struggles to achieve optimal results. A multi-parameter collaborative control strategy must be established, combined with online monitoring to achieve closed-loop regulation.
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Technical Characteristics
| Fiber Count | 2~24 |
| Loose Diameters | 2.0~2.6 mm |
| Loose Material | PBT (Polybutylene Terephthalate) |
| Dielectric Strength Member Material | FRP |
| Dielectric Strength Member size | 1.0 |
| Outer Jacket Material | PE |
| Nominal Outer Dimensions | 6.0~8.0 mm (±0.3) |
|
Tension Strength (Long-Term /Short-Term) |
600N/1000N |
|
Crush Resistance (Long-Term /Short-Term) |
300 N/100mm 1000 N/100mm |
| Minimum Bend Radius (Static / Dynamic) | 10 x OD / 20 x OD |
*All above the cable size can be customized.
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