EN 13087-1:2000

Overview

EN 13087-1:2000 is a European Standard developed by CEN that specifies test methods for protective helmets, focusing on the conditions and conditioning required during testing. This standard is a critical part of the overall prEN 13087 series aimed at ensuring helmets meet safety and performance requirements as defined in their respective helmet standards. By standardizing testing environment and pre-test conditioning procedures, EN 13087-1:2000 ensures consistent and reliable assessment of helmet durability and protective capabilities.

Key Topics

• Conditions for Testing
  The standard outlines precise environmental and mechanical conditions under which helmets must be tested. These include temperature, humidity, and other factors influencing helmet performance during evaluation.

• Conditioning Procedures
  Conditioning refers to the preparation processes that helmets undergo before physical testing. This may involve exposing helmets to specified temperature cycles, humidity levels, or other treatments that simulate real-world aging or environmental exposure.

• Performance Assessment Support
  By defining standardized conditions and conditioning protocols, EN 13087-1:2000 supports uniform testing, enabling comparisons across different helmet models and manufacturers.

• Scope of Application
  This part of the standard applies to all types of protective helmets, including those used in industrial, sports, and recreational contexts that require compliance with specific helmet standards.

Applications

EN 13087-1:2000 is essential for manufacturers, testing laboratories, and certification bodies involved in the production and quality assurance of protective helmets. Practical applications include:

• Product Development and Validation
  Manufacturers utilize defined conditioning methods to simulate use and aging, ensuring helmet materials and construction maintain protective performance over time.

• Certification and Compliance
  Testing against EN 13087-1:2000 conditions is often mandatory for helmets seeking certification under European or international safety standards, contributing to consumer safety assurance.

• Quality Control
  Routine quality checks incorporate these conditioning procedures to verify consistency in helmet manufacturing batches.

• Research and Innovation
  Researchers analyzing helmet materials or design improvements use this standard to maintain testing integrity and comparability.

Related Standards

For comprehensive helmet safety evaluation, EN 13087-1:2000 is often used in conjunction with several related standards, including:

• EN 13087-2: Protective helmets - Test methods - Part 2: Mechanical and environmental tests
  Focuses on specific mechanical impact tests and environmental resistance assessments.

• EN 1078: Helmets for pedal cyclists and for users of skateboards and roller skates
  Specifies requirements and test methods for helmets targeted at specific sports.

• EN 397: Industrial safety helmets
  Defines performance criteria and testing methods for helmets used in industrial environments.

• ISO 6220: Protective helmets - Test methods
  An alternative international standard covering helmet test processes.

Conclusion

EN 13087-1:2000 plays a fundamental role in the safety assessment of protective helmets by standardizing conditioning and testing conditions. Its adoption ensures helmets are tested under consistent, controlled scenarios that replicate real-world use conditions. This standard facilitates product reliability, consumer safety, and regulatory compliance across the helmet manufacturing and certification landscape. By integrating EN 13087-1 with related standards, stakeholders can comprehensively evaluate helmet performance and durability.