What is BS EN 25580 - Industrial radiographic illuminators for NDT about?
BS EN 25580 is a standard that covers industrial radiographic illuminators for NDT, enabling a safe and reliable way of inspecting components in industrial applications.
BS EN 25580 specifies the minimum requirements for industrial illuminators used for viewing radiographs. The function of the illuminator is to allow the viewing of radiographs.
BS EN 25580 approved illuminator shall guarantee the same safety of personnel as an electric apparatus with maximum voltage, insulation and earthing which is required by corresponding safety standards of electrotechnics in each country where these are applied.
Who is BS EN 25580 - Industrial radiographic illuminators for NDT for?
BS EN 25580 on industrial radiographic illuminators for NDT applies to:
- Manufacturers of radiographic illuminators
- Dealers and importers of radiographic illuminators
- Testing houses for radiographic illuminators
- Non-destructive testing agencies
Why should you use BS EN 25580 - Industrial radiographic illuminators for NDT?
The process of inspecting, testing, or evaluating materials, components, or assemblies for discontinuities or changes in characteristics without compromising the part or system's serviceability is known as non-destructive testing (NDT). Radiographic illuminators are used for non-destructive testing.
BS EN 25580 provides users guidance on characteristics of radiographic illuminators, including mechanical construction, viewing screen, luminance, colour of light, diffusion of light, uniformity of illumination, disturbing light, anti-glare device, heating and more, enabling efficient non-destructive testing in industrial applications.
BS EN 25580 provides users guidance on characteristics of radiographic illuminators, determination of certain characteristics, marking, and recommendations for use, ensuring the accuracy of non-destructive testing applications in industry operations.
With obedience and compliance to BS EN 25580, users can assess industrial radiographic illuminators, enabling users to do non-destructive testing to ensure product reliability, performance consistency and longevity in industrial applications.
