IEC 60793-2-40:2012, also known as Fiber optic communication subsystem test procedures - Part 2-40: Cable elements - Cabled fibres or cords - Performance, is an international standard that defines the test procedures and performance requirements for fiber optic cables. This standard plays a crucial role in ensuring the quality and reliability of fiber optic networks.
Main Features of IEC 60793-2-40:2012
IEC 60793-2-40:2012 primarily focuses on the performance characteristics of cabled fibers or cords used in fiber optic communication systems. It addresses various parameters such as optical and geometrical properties, mechanical strength, and environmental resistance. By defining these performance requirements, the standard helps manufacturers assess the suitability of their cable products for specific applications and ensures compatibility between different components of a fiber optic network.
Testing Procedures
The standard outlines detailed testing procedures to evaluate the performance of cabled fibers or cords. These tests include attenuation measurement, chromatic dispersion measurement, tensile strength measurement, and environmental tests such as temperature cycling and humidity exposure. Compliance with these testing procedures ensures that fiber optic cables meet the specified performance criteria and can reliably transmit data over long distances without signal degradation.
Benefits of IEC 60793-2-40:2012
IEC 60793-2-40:2012 provides several benefits to the fiber optic industry. Firstly, it establishes a uniform set of standards for characterizing the performance of cabled fibers, which facilitates product comparison and selection. This enhances the interoperability of different fiber optic components from different manufacturers. Secondly, the testing procedures specified in the standard enable objective and reliable assessment of cable performance, giving end-users confidence in the quality and reliability of their fiber optic networks. Finally, compliance with the standard's requirements ensures that cables can withstand harsh environmental conditions, contributing to the longevity and stability of fiber optic communication systems.
Nina She