Feichun Cable Type GLI Flexible Fiber Optic Reeling Cable for Port Equipment
The Feichun Cable Type GLI Flexible Fiber Optic Reeling Cable is specifically designed for use in energy chain systems of port equipment, providing seamless and non-interfering data and signal transmission.
Type GLI Flexible Fiber Optic Reeling Cable Of Port Equipment CONSTRUCTION
Strength Core: | high tensile strength aramid fibers |
Inner Sheath: | TPE Compound |
Fiber Optic: | 6 or 12 core single-mode or multi-mode flexible fiber optic |
Reinforcement layer: | Aramid braid for torsion protection |
Outer sheath: | PUR Compound |
Sheath Colour: | Black |
Type GLI Flexible Fiber Optic Reeling Cable Of Port Equipment TECHNICAL DATA
long term working temperature | 60℃ |
Temperature Range | Fixed Install:-40℃~70℃ Mobile Install:-35℃~70℃ |
Fiber Attenuation | 850mn for 2.5—3.5db/km,1300mn for 0.7—1.5 db/km |
Fiber Bandwidth | 850mn for 160—200MHZ/km,1300mn for 200—500MHZ/km |
Min.Bending radius | Fixed Install:8OD Mobile Install:15OD |
Type GLI Flexible Fiber Optic Reeling Cable Of Port Equipment SPECIFICATION
Construction mm | Nom.OD of cable mm | Max. OD of cable mm | Ref. weight of cable(Kg/km) |
6×50/125 | 15 | 16 | 380 |
12×50/125 | 15 | 16 | 380 |
18×50/125 | 15 | 16 | 380 |
6×62.5/125 | 15 | 16 | 380 |
12×62.5/125 | 15 | 16 | 380 |
18×62.5/125 | 15 | 16 | 380 |
With its advanced features and robust construction, this cable ensures reliable communication between machines and equipment in demanding industrial environments.
Key Features:
- Energy Chain System Compatibility: The cable is designed for use in energy chain systems of port equipment, providing flexible and reliable data and signal transmission.
- Non-Interfering Transmission: Engineered for non-interfering data and signal transmission, the cable ensures seamless communication between machines and equipment.
- Coolant and Oil Resistance: The cable is resistant to coolants and oils, ensuring reliable performance even in environments with exposure to lubricants and other oil-based substances.
- Maximum Load Requirements: Suitable for applications with maximum load requirements and torsional movements, the cable provides reliable communication in high mechanical load environments.
- UV Resistance: Designed for both indoor and outdoor applications, the cable is UV-resistant, making it suitable for use in environments with exposure to sunlight.
- Pure Quartz Glass Fibers: The fibers of the cable are made of pure quartz glass, ensuring high-quality data transmission and reliability.
- Multiple Versions Available: Available in different versions, including OM1, OM2, OM3, and OM4, the cable meets the requirements of various office and industrial applications.
- Halogen-Free Construction: Some versions of the cable feature a halogen-free construction, minimizing the release of toxic gases in the event of a fire and ensuring safety in industrial settings.
- EMI Protection: The cable provides maximum EMI protection, ensuring reliable communication in environments with electromagnetic interference.
Applications:
- Storage and Retrieval Units
- Machine Tools
- Packaging Machines
- Quick-Handling Systems
- Cranes
- Refrigerating Sector
The Feichun Cable Type GLI Flexible Fiber Optic Reeling Cable for Port Equipment is the ideal solution for seamless communication between machines and equipment in port environments.
With its advanced features, robust construction, and compatibility with energy chain systems, it ensures reliable data and signal transmission, contributing to the efficiency and productivity of port operations.

Note: This is just part of the standard parameters of our products. Please contact our Engineer if you need more. And the information contained within this webpage is for guidance only and is subject to change without notice or liability. All dimensions and specifications are nominal and are subject to normal manufacturing tolerances. All pictures shown are for illustration purposes only. The actual product may vary. All the information is provided in good faith and is believed to be correct at the time of publication.