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GYTC8S
Cytech
Product Description
GYTC8S figure 8 fiber optic cable is an figure 8 self-supporting layer twisted optical cable. GYTC8S figure 8 fiber optic cable wraps single-mode or multi-mode optical fibers into a loose tube made of high modulus plastic (or polyester material), which is filled with a water-resistant compound to ensure the dryness and safety of the fibers. The center of the cable core is a metal reinforcement core, which provides the cable with extremely high tensile strength. For optical cables with a large number of cores, a layer of polyethylene (PE) is extruded outside the metal reinforced core, and the cable core is longitudinally wrapped with plastic coated steel tape (or steel plastic composite tape) and placed parallel to the steel strand. At the same time, an figure 8 polyethylene sheath is extruded to form the cable.
•Full section water blocking structure,double-sided coated steel strip longitudinal package,ensuring good water and moisture resistance;
•Loose sleeve filled with special ointment for critical fiber protection;
•Phosphating steel wire center strengthening member high modulus,corrosion resistance;
•Fig-8 self-support structure with high tensile strength,easy to lay overhead,low installation cost;
•Adopt SZ twisted structure,easy to branch and ensure the optical fiber is not stressed under harsh environment;
•Polyethylene sheath makes the cable have good UV resistance;
•Product life more than 30 years.
Applications:Long-distance communication,inter-office communication
Laying method:Overhead
Working temperature:-40℃~+60℃；
Bend Radius: Static 10 times the cable diameter,
Dynamic 20 times the cable diameter.
IEC 60794-1、YD/T 1155
Fiber count | Cable Diameter(mm) | Cable Weight(KG/KM) | Max.tensile strength(N) | Max.Crush resistance(N/100m) | ||
RTS | MAT | Short Term | Long Term | |||
2-30 | 8.9*17.6 | 145 | ≥4500 | ≥2300 | ≥3000 | ≥1000 |
32-60 | 9.4*18.1 | 154 | ||||
62-72 | 10.0*18.7 | 175 | ||||
74-96 | 11.2*20.2 | 208 | ||||
98-120 | 12.5*21.5 | 237 | ||||
122-144 | 13.7*22.9 | 266 | ||||
146-216 | 13.8*24.6 | 300 | ||||
218-300 | 15.6*26.4 | 343 | ||||
GYTC8S figure 8 fiber optic cable Document Download
GYTC8S optical fiber cable.pdf
GYTC8S figure 8 fiber optic cable is suitable for long-distance communication and inter office communication, thanks to its stable signal transmission performance and good tensile and lateral pressure resistance capabilities. In these scenarios, the optical cable needs to withstand long-distance stretching and complex environmental tests, and the design of GYTC8S figure 8 fiber optic cable's full cross-section water blocking structure, special grease filled in the loose tube, and phosphating steel wire center reinforcement components ensure its reliability and stability in these scenarios.
With the popularization of broadband networks, the performance requirements for GYTC8S figure 8 fiber optic cable in access network communication are also increasing. GYTC8S optical cable is widely used in access network communication due to its excellent transmission performance and ease of overhead laying. Its 8-shaped self-supporting structure reduces installation costs, while the polyethylene sheath provides good UV resistance, extending the service life of the optical cable.
GYTC8S figure 8 fiber optic cable is particularly suitable for outdoor communication scenarios that require self-supporting overhead. Its unique 8-shaped structure enables the optical cable to maintain good stability and tensile strength during overhead laying, while the addition of plastic coated steel strips and steel strands further enhances the lateral pressure resistance of the optical cable. These characteristics make GYTC8S figure 8 fiber optic cable an ideal choice for outdoor communication scenarios.
The self-supporting overhead laying method of GYTC8S figure 8 fiber optic cable mainly relies on its unique figure 8 structure and self-supporting design.
Ensure sufficient GYTC8S figure 8 fiber optic cable and determine the cable length according to actual needs.
Prepare necessary laying tools, such as hanging wires, hooks, fixing clips, etc.
Check the integrity of the optical cable to ensure no damage or defects.
Plan the laying route of optical cables based on actual terrain and communication needs.
Considering the tensile strength and lateral pressure resistance of GYTC8S figure 8 fiber optic cable, suitable support points such as poles, walls, etc. should be selected.
Install supporting structures such as suspension wires, steel strands, etc. on the planned route.
Ensure that the supporting structure is stable and reliable, able to withstand the weight of the optical cable and the influence of the external environment.
Lay GYTC8S figure 8 fiber optic cable along the planned route.
By utilizing the figure 8 self-supporting structure of the optical cable, the cable can be suspended on a supporting structure without the need for additional brackets or fixed equipment.
During the laying process, pay attention to maintaining the bending radius of the optical cable in accordance with regulations to avoid excessive bending that may cause a decrease in the performance of the optical cable.
At necessary positions, use fixing clips or hooks to secure the optical cable to the support structure, ensuring that the cable does not shake or fall off.
For the fiber optic cable segments that need to be connected, use professional fiber optic cable splice boxes or connectors to ensure the performance and stability of the connection.
After installation, conduct a comprehensive inspection of the optical cable to ensure that there is no damage, looseness, or abnormal bending.
Conduct performance testing on the optical cable to ensure that its transmission performance meets the specified requirements.
By following the above steps, the self-supporting overhead laying of GYTC8S figure 8 fiber optic cable can be completed. This method has the advantages of easy installation, low cost, and easy maintenance, and is particularly suitable for long-distance communication, inter office communication, and outdoor communication scenarios that require self-supporting overhead.
GYTC8S figure 8 fiber optic cable maintains stable performance when subjected to tension or temperature changes through reasonable design and precise control of the excess length of the central fiber in the loose tube. This design ensures the reliability and stability of optical cables in long-distance communication and inter office communication.
The figure 8 fiber optic cable adopts a full cross-section water blocking structure, and the loose tube is filled with special grease to provide critical protection for the optical fiber. At the same time, the coated steel strip also improves the moisture resistance of the optical cable, ensuring that it can maintain good performance even in humid environments.
The phosphating steel wire center reinforcement component and steel strip armor make the optical cable have extremely high tensile and lateral pressure resistance. This design makes GYTC8S optical cable particularly suitable for self-supporting overhead laying, capable of withstanding high tensile forces without easily breaking.
The figure 8 self-supporting structure makes it easier and faster for optical cables to be laid overhead, reducing installation costs. Meanwhile, the weight of optical cables is relatively light, making them easy to transport and install.
The polyethylene sheath gives the optical cable good UV resistance, which can resist the erosion of UV rays in outdoor environments and extend the service life of the optical cable.
figure 8 fiber optic cable have excellent mechanical properties and temperature characteristics, and can maintain stable performance in various harsh environments. This characteristic makes GYTC8S figure 8 fiber optic cable suitable for various complex communication environments.
In summary, GYTC8S figure 8 fiber optic cable has been widely used in the field of communication due to its excellent tensile performance, water resistance, high tensile strength, ease of overhead laying, UV resistance, as well as good mechanical and temperature characteristics.
Packaging Details: Packed on drums;
Drums length: 1KM,2KM, 3KM or 4KM, as per buyers’ request
Delivery detail: 15 days
