EN 397:2012 Compression Testing Industrial Safety Helmets
The compression testing of safety helmets is important in quantifying the protective capacity of the product. EN 397 specifies the physical and performance requirements, methods of test, and marking requirements for industrial safety helmets for general use in industry. Industrial safety helmets are intended primarily to provide protection to the wearer against falling objects and consequential brain injuries and/or skull fractures.
- Ensuring a compliant test method
- Ensuring a compliant test method - Bluehill® Universal is designed with the flexibility to properly comply with the method described in EN 397. The TestProfiler module allows the user to create the necessary ramps and holds to assess the lateral strength of the product. Bluehill Universal Expression Builder allows the user to easily create the custom calculations for maximum lateral deformation and residual lateral deformation, as required by the standard.
It is suggested to use a standard dual column tabletop frame in conjunction with 6-inch diameter compression platens.
Additionally, it's important to review EN 397 fully in order to completely understand the test setup, procedure, and results requirements.
The 3360 Series dual column tabletop testing systems perform tensile, compression, and bend tests on products and materials such as elastomers, plastics, medical devices, rope, textiles, and automotive parts.
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Bluehill Universal Software is built from the ground-up for touch interaction and an intuitive user experience. Discover simpler and smarter testing with features such as pre-loaded test methods, QuickTest in seconds, enhanced data exporting: and Instron Connect – a new feature that provides a direct communication link to Service. Users of previous versions of software such as Bluehill 2 and Bluehill 3 can easily upgrade to the newest version of Bluehill.
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The TestProfiler module in Bluehill® 3 Software contains functionality that helps design engineers perform faster, precise design validation, allowing companies to dramatically reduce the time to market for new products. Also ideal for performing component quality testing commonly used with customers testing foam and spring, and for performing proof-loading tests.
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