Pacific Certifications
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May 18,
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EN 397:+A1: specifies the requirements and testing methods for industrial safety helmets. The standard sets out the minimum requirements for impact resistance, penetration resistance, and shock absorption for safety helmets used in a variety of industrial settings.
The standard includes requirements for the design and construction of safety helmets, as well as requirements for the materials used in their manufacture. It also specifies the requirements for testing the helmets to ensure they meet the necessary safety standards.
Some of the key points are:
Impact resistance
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Penetration resistance
Shock absorption
Retention system
Marking and instructions for use
It is an important standard for ensuring the safety of workers in industrial settings where there is a risk of head injury. Compliance with the standard can help to ensure that safety helmets provide effective protection against impact and penetration, and can help to reduce the risk of serious head injuries.
Impact resistance: The helmet must be able to withstand an impact from a specified height without cracking or breaking. The helmet is tested by dropping it onto a flat surface.
Penetration resistance: The helmet must be able to resist penetration by a pointed object. The helmet is tested by subjecting it to a pointed weight dropped from a specified height.
Shock absorption: The helmet must have a certain level of shock absorption to reduce the impact of a blow to the head. Thus, The helmet is tested by dropping it onto an anvil fitted with a sensor to measure the level of shock absorption.
Retention system: The helmet must have a retention system that is designed to keep the helmet on the head during use. So, the retention system must include a chin strap and adjustment mechanisms.
Field of vision: The helmet must provide an adequate field of vision for the user.
Resistance to flame: The helmet must not be significantly affected by exposure to flames.
Resistance to impact from molten metal: The helmet must be able to withstand impacts from molten metal without cracking or breaking.
Electrical insulation: The helmet must provide a certain level of electrical insulation.
Finally, Marking: The helmet must be marked with certain information. Including the name and address of the manufacturer, the date of manufacture, and any relevant standards or specifications.
EN 397:+A1: also includes requirements for testing the helmets to ensure they meet the necessary safety standards. Compliance with the standard can help to ensure that safety helmets provide effective protection against impact and penetration. Also, it can help to reduce the risk of serious head injuries in industrial settings.
Improved safety: The standard specifies the requirements for industrial safety helmets. Including impact resistance, penetration resistance, and shock absorption, which can help to reduce the risk of head injuries in industrial settings.
Consistency: This standard provides a consistent set of&#;
Read more: https://pacificcert.com/en-397-a1--industrial-safety-helmets/
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