Why is tensile strength important during the installation of fiber optic cables?

Tensile strength is crucial during the installation of fiber optic cables primarily because it refers to the maximum amount of stress or tension that a material can withstand without breaking. When fiber optic cables are installed, they are often subjected to various forces, especially during handling, pulling through conduits, and securing them in place. If the tensile strength of the fiber optic cable is inadequate, it can break or suffer damage, leading to loss of connection, increased installation costs, and potential safety hazards. Ensuring that the cable can handle the stresses it will encounter during installation without breaking is key to maintaining the integrity and functionality of the network.

While flexibility, maximizing signal strength, and facilitating easier installations are relevant factors in the overall performance and usability of fiber optic cables, they do not directly address the structural integrity required to prevent breakage under tension during the initial installation process.