The structure and characteristics of GYTA53 fiber optic cables

The GYTA53 fiber optic cables are also characterized with Double-jacket structure make cable have nice properties of moisture resistance and crush resistance.

GYTA53 fiber optic cables with the following structure and characteristics:

1. Structure:

GYTA53 fiber optic cables contain a central exposed optical fiber surrounded by armor material, and there is also an outer sheath material outside the armor layer. Among them, GYTA53 represents that the armor layer material is double-layer steel wire and aluminum-plastic composite tape, and the number "53" represents the number of steel wire and aluminum-plastic composite tape in the armor layer.

2. Characteristics:

GYTA53 fiber optic cables have the characteristics of high strength, corrosion resistance, pressure resistance, tensile resistance, tear resistance, and temperature change resistance. Its armor layer structure can effectively protect the optical fiber, so that the optical cable can stably transmit data signals in various environments. At the same time, GYTA53 fiber optic cables are suitable for long-distance transmission, and the transmission distance can reach tens of kilometers or even hundreds of kilometers.

3. Application:

GYTA53 optical cable is mainly used in long-distance communication, wide area network, computer network and other fields. It can be used for wiring and connection in different environments such as ground, underground and submarine.

4. Optical performance:

GYTA53 optical cable has excellent optical performance, with low insertion loss, high reflection loss and low dispersion. It has high transmittance and can carry optical signal transmission in multiple frequency bands, which can meet different data transmission requirements.

5. Electrical performance:

GYTA53 optical cable has stable electrical performance and has high resistance, low inductance and low crosstalk. Its transmission signal has low interference and noise, which can ensure the quality and speed of data transmission.

6. Protective layer structure:

The protective layer structure of GYTA53 optical cable adopts armored material, which has strong tensile and pressure resistance, and can effectively protect the optical fiber from external pressure and physical damage.

7. Armor material:

 The armor material of GYTA53 optical cable is made of double-layer steel wire and aluminum-plastic composite tape, which has the characteristics of high strength, corrosion resistance, pressure resistance, and tensile resistance. It can effectively protect the optical fiber and enable it to stably transmit signals in various harsh environments.

8. Installation method: 

GYTA53 optical cable can be installed in a variety of ways, such as wall-mounted, ground-laid, and pipeline-laid. During the installation process, it is necessary to pay attention to the bending radius, tension and pressure of the optical cable, as well as the protection measures of the optical cable.

9. Fault handling: 

Common faults of GYTA53 optical cable include fiber breakage, excessive stretching, blisters, etc. According to different fault conditions, corresponding repair and treatment measures need to be taken.

10. Maintenance: 

The maintenance of GYTA53 optical cable requires regular inspection of the armor layer, protective layer and outer sheath material of the optical cable, and timely handling of possible problems to ensure the normal operation and long-term service life of the optical cable.