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GYTC8Y
Cytech
Product Description
GYTC8Y optic fiber cable is an figure 8 self-supporting outdoor optic fiber cable for communication. It involves inserting the optical fiber into PBT loose tube; The central reinforcement of the cable core is steel wire (a layer of PE cushion layer needs to be extruded for large core structural optical cables); The loose tube and filling rope are twisted around the central reinforcement using SZ twisting method; Fill the gaps inside the cable core with water-resistant compounds to prevent moisture from seeping in; A layer of polyethylene sheath is extruded outside the cable to protect the internal structure of the optic fiber cable; The suspension wire adopts steel stranded wire and is wrapped with a layer of polyethylene sheath, which is connected to the cable with a sling to form an figure 8 self-supporting structure.
•Full section water blocking structure,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℃~+70℃；
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 | 7.9*16.6 | 120 | ≥4500 | ≥2300 | ≥1000 | ≥300 |
32-60 | 8.4*17.1 | 128 | ||||
62-72 | 9.0*17.7 | 147 | ||||
74-96 | 10.2*19.2 | 176 | ||||
98-120 | 11.5*20.5 | 198 | ||||
122-144 | 12.7*21.9 | 222 | ||||
146-216 | 12.8*23.6 | 250 | ||||
218-300 | 14.6*25.4 | 293 | ||||
GYTC8Y optical fiber cable.pdf
GYTC8Y figure 8 optic fiber cable is mainly used in outdoor communication environments, especially in self-supporting overhead laying scenarios.
GYTC8Y figure 8 optic fiber cable, as an outdoor optical cable for communication, is suitable for various outdoor environments, including but not limited to urban streets, suburbs, mountainous areas, etc.
Due to its unique 8-shaped self-supporting structure, GYTC8Y figure 8 optic fiber cable is particularly suitable for overhead laying. This structure allows the optical cable to maintain a stable suspension state without the need for additional supports during installation, thereby reducing construction difficulty and costs.
The strong tensile strength, waterproof and UV resistant characteristics of GYTC8Y figure 8 optic fiber cable enable it to easily cross complex terrains such as rivers and valleys, ensuring the stability and reliability of communication networks.
GYTC8Y figure 8 optic fiber cable is not only suitable for access networks, but also for higher-level communication networks such as core networks and metropolitan area networks, meeting different levels of communication needs.
In summary, GYTC8Y figure 8 optic fiber cable has a wide range of application prospects in the field of outdoor communication due to its unique self-supporting structure and strong performance advantages.
Confirm that the model, specifications, and length of the optical cable meet the design requirements.
Check the appearance of the optical cable to ensure that there is no damage, breakage, or deformation.
Choose the appropriate laying method based on the laying environment, such as overhead laying, and ensure the tensile strength and stability of the optical cable.
Use professional laying tools and equipment, such as suspension cables, pulleys, etc., to ensure that the optical cable is not damaged during the laying process.
Lay according to the design requirements for routing and height, ensuring that the direction and height of the optical cable meet the standards.
Use professional fiber optic connectors and splicing tools to connect where optical cables are needed.
Clean the fiber end face to ensure there are no impurities such as dust or oil stains, and then use a fiber cutting knife to cut the fiber end face to ensure it is flat.
Insert the fiber optic cable into the connector, ensuring that the end face of the fiber optic cable aligns with the inner hole of the connector, and secure the connector in place.
Use professional fasteners and protective covers to secure the optical cable to brackets, suspension cables, or walls, ensuring the stability and safety of the cable.
In places that are susceptible to external impact or wear, protective covers or shields should be installed to protect the optical cable from damage.
Regularly inspect the appearance of optical cables to check for any damage, breakage, deformation, or wear.
Check the joint part of the optical cable to ensure that the connection is firm, without looseness or detachment.
Regularly clean the surface of the optical cable, remove impurities such as dust and oil, and keep the cable clean and dry.
For exposed optical cables, special attention should be paid to preventing rainwater, snow, and other water from entering the interior of the cable and causing damage to the optical fibers.
Regularly monitor the performance of optical cables, such as optical power testing, attenuation testing, etc., to ensure that the transmission performance of optical cables meets design requirements.
If any abnormal or decreased performance of the optical cable is found, it should be dealt with and replaced in a timely manner.
If any faults or damages are found in the optical cable, immediate repair or replacement should be carried out to ensure the normal operation of the communication system.
When repairing or replacing optical cables, it is necessary to strictly follow the operating procedures to ensure operational safety and cable quality.
The GYTC8Y Figure 8 optic fiber cable uses steel wire stranded wire as a reinforcement, which has extremely high tensile strength and is convenient for self-supporting overhead laying. It not only improves construction efficiency but also significantly reduces installation costs.
The structural design of GYTC8Y Figure 8 optic fiber cable endows them with excellent mechanical properties and temperature characteristics, enabling them to operate stably under various environmental conditions and ensuring the reliability of communication.
The GYTC8Y Figure 8 optic fiber cable adopts a full cross-section water blocking structure, with special waterproof compounds filled in the loose tube and a moisture-proof layer coated with plastic aluminum tape (APL) to ensure good water blocking performance and prevent moisture from entering and causing damage to the optical fiber.
The loose tube material inside the optical cable has good hydrolysis resistance and high strength. The tube is filled with special grease to provide critical protection for the optical fiber, ensuring its stability and reliability during long-term use.
The GYTC8Y Figure 8 optic fiber cable has a compact structure, small size, light weight, and is soft and easy to lay. It is particularly suitable for short distance self-supporting overhead use and occasions that require fast and convenient laying.
The polyethylene sheath of the GYTC8Y Figure 8 optic fiber cable has good UV resistance, which can resist the erosion of harsh outdoor environments and extend the service life of the optical cable.
Due to the use of high-quality materials and advanced design, optical cables have a service life of over 30 years, providing long-term stable support for communication networks.
Packaging Details: Packed on drums;
Drums length: 1KM,2KM, 3KM or 4KM, as per buyers’ request
Delivery detail: 15 days
