What is BS EN 4641-101 - Product standard for tight structure 62,5 μm core GI fibre about ?
BS EN 4641 is a European standard on aerospace series.
BS EN 4641-101 is the hundred and first part of a multi-part series that specifies the general characteristics, conditions for qualification, acceptance and quality assurance for a fibre optic cable with a 62,5/125μm Graded Index fibre core, 0,9 mm outside diameter and of tight buffer construction, for inside wiring applications to ensure efficient fibre optic cables.
Who is BS EN 4641-101 - Product standard for tight structure 62,5 μm core GI fibre for ?
BS EN 4641-101 on the product standard for tight structure 62,5 μm core GI fibre is useful for:
- Spacecraft and space products manufacturers
- Aerospace and defence industries
- Design engineers for optical cables
- Quality control personnel for spacecraft products
- Manufacturers of optical cables
Why should you use BS EN 4641-101 - Product standard for tight structure 62,5 μm core GI fibre ?
Fibre optic cables are cables that contain several thousands of optical fibres in a protective, insulated jacket. The optical fibres are very thin strands of pure glass, which transmit information in the form of light.
The cladding is a special coating that keeps the light from escaping the glass core. 62,5 refers to the outer diameter of the multimode optical fibreglass core, 0,9 means the outer diameter of the cladding. BS EN 4641-101 provides you with detailed specifications about the characteristics and performance requirements as well as test methods of fibre optic cables.
With the high level of data security required in military and aerospace applications, fibre optic cables offer the ideal solution for data transmission in these areas. Hence as a manufacturer, you can adopt BS EN 4641-101 guidelines to enhance the production of applications involving fibre optic cable.
With compliance and obedience to BS EN 4641-101, you can enhance the efficacy of fibre optic cables and manufacture a standardized high-quality product to build trust in their use throughout the aerospace supply chain.