Double sheath armored outdoor optical cable GYTY53

GYTY53 uses multi-mode or single-mode optical fiber, which has larger transmission capacity and transmission distance. Secondly, the double-layer coated metal foil (PSP) provides good tensile strength and corrosion resistance, which can effectively protect the internal optical fiber from external influences. In addition, the armored structure can effectively prevent the optical cable from being interfered by external forces such as squeezing and stretching, ensuring the stability and reliability of optical fiber transmission. In addition, GYTY53 has good weather resistance and aging resistance, and is suitable for use in various harsh weather conditions, such as high temperature, low temperature, ultraviolet radiation, etc. In addition, its good waterproof performance allows it to be used safely in humid environments, ensuring the stable operation of communication lines.

When using GYTY53 optical cable, you need to pay attention to the following issues. First of all, make sure the optical cable is laid correctly during installation to avoid unnecessary damage. In addition, the optical cable should be inspected and maintained regularly during use to ensure the normal function of the optical cable. In addition, it is necessary to pay attention to the connection method between the optical cable and other equipment and related protection measures, and try to avoid bending, stretching, extrusion and other situations that may cause damage to the optical cable. Finally, pay attention to avoid contact between the optical cable and sharp objects during storage and use to prevent scratches and damage.

In general, double-sheathed armored outdoor optical cable GYTY53, as an optical fiber cable specially used for outdoor communication lines, has good performance and adaptability, and is widely used in various long-distance, high-speed, and large-capacity communication transmission systems. . During use, attention needs to be paid to the installation, maintenance, protection and other related matters of optical cables to ensure their normal functions and the stable operation of communication lines.