What is BS EN 2591-502 - Restricted entry in electrical and optical connection elements about?
BS EN 2591 is a European Standard for aerospace series that discusses the test methods on the elements of electrical and optical connection. The main aim of the BS EN 2591 series is to assure aircraft safety when electrical components/elements are installed/fitted.
BS EN 2591-502 specifies a method of verifying that an oversize test pin cannot enter a female contact of the restricted entry type used in elements of the electrical and optical connection.
BS EN 2591-502 shall be used together with EN 2591-100.
Who is BS EN 2591-502 - Restricted entry in electrical and optical connection elements for?
BS EN 2591-502 on restricted entry in electrical and optical connection elements is useful for:
- The aerospace and aeronautical industry
- Aerospace and aeronautical engineers
- Manufacturers of aerospace electric equipment and components
- Designers and suppliers of fibre optic connectors
- Electrical and mechanical engineers
- Product design engineers/innovation teams
- Quality control/testing personnel
Why should you use BS EN 2591-502 - Restricted entry in electrical and optical connection elements?
Electrical and optical components are required for any activity on electronic systems in order to generate signals and collect responses from electronic devices. There are certain specifications regarding the performance of electronic equipment or elements and their restricted entry in elements of the electrical and optical connection such as an oversize test pin that enables superior quality products.
In this regard, BS EN 2591-502 specifies the requirements, preparation of test specimens and test procedure on electrical and optical connection elements.
With BS EN 2591-502 compliance, you may improve the efficiency of aerospace equipment and produce a standardised high-quality product, increasing the reliability of your products and building trust in their use throughout the aerospace supply chain.
Overall, aerospace equipment and components must fulfil the highest quality standards in order to withstand the extreme conditions that they are subjected to.
