Ribbon fiber optic Cable 144-288 core

The manufacturing process of ribbon optical cable is the specific implementation of optical cable design. Good manufacturing equipment and process tooling design must achieve the following main goals: the process loss of the optical fiber ribbon is minimized during the manufacturing process; the fiber ribbon has a suitable excess length so that the optical cable has good mechanical properties; the cable has good temperature characteristics, that is, high and low temperature performance.
The quality of the optical cable comes from the manufacturing quality, so the comprehensive performance of the optical cable must be achieved through process optimization design, that is, it has good process additional loss, mechanical properties and temperature characteristics. In the ribbon cable manufacturing process, the pay-off tension and twisting pitch of the optical fiber ribbon, the filling jelly temperature, and the excess length control of the optical fiber ribbon are all key process parameters, especially when the production line that produces excess length by mechanical traction must strictly optimize its tension to control its excess length of the optical fiber. In practice, the orthogonal experimental design method can be used to optimize the process parameters to achieve the purpose of optimizing the performance of the optical cable.