What is BS EN 2591-6405 - Method to test the optical connector endurance of axial loads about?
BS EN 2591 is a series on elements of electrical and optical connection. An optical fibre connector is a flexible device that connects fibre cables requiring a quick connection and disconnection.
BS EN 2591-6405 gives a method of assessing the ability of a mated pair of optical connection elements (including permanent connections) and fibre optic couplers to withstand axial loads without mechanical or optical damage. BS EN 2591-6405 shall be used together with EN 2591-100.
Who is BS EN 2591-6405 - Method to test the optical connector endurance of axial loads for?
BS EN 2591-6405 on the method to test optical connector endurance of axial loads is useful for:
- Aerospace and Defence Industry
- Testing agencies involved in the inspection of optical connectors
- Aerospace and aeronautical engineers
- Fibre cable inspectors
- Manufacturers of aerospace equipment and components
- Manufacturers and suppliers of electrical and optical connectors
Why should you use BS EN 2591-6405 - Method to test the optical connector endurance of axial loads?
Aerospace is a term used to collectively refer to the atmosphere and outer space. Aerospace activity is very diverse, with a multitude of commercial, industrial, and military applications. Aerospace engineering consists of aeronautics and astronautics. Aerospace organizations research, design, manufacture, operate, or maintain aircraft and spacecraft. Fibre optic cables transmit large amounts of data at very high speeds. It is vital to control the axial load during placement to maintain the integrity of a fibre optic connector.
BS EN 2591-6405 details tests to verify optical connection elements and fibre optic couplers’ ability to withstand axial loads without mechanical or optical damage.  Doing so will help industries and users of optical connectors to experience higher bandwidth, better speeds over longer distances and overall, a reliable product. Using BS EN 2591-6405 you can specify a method of assessing the ability of a mated pair of optical connection elements (including permanent connections) and fibre optic couplers to withstand axial loads.
