What is EN ISO 17491-2:2019?

In the world of technical standards, EN ISO 17491-2:2019 is a significant document that plays a crucial role in ensuring safety and quality in various industries. This standard, titled "Safety of machinery - Human body measurements - Part 2: Principles for determining the discomfort of human exposure to whole-body mechanical vibration and repeated shock," provides guidelines for evaluating the potential risks to human health caused by mechanical vibrations and shocks.

Understanding the Scope of EN ISO 17491-2:2019

This standard focuses specifically on the impacts of whole-body mechanical vibrations and repeated shocks on individuals. It establishes principles for quantifying discomfort levels experienced by humans and defines measurement procedures for assessing vibration and shock exposure. The scope of EN ISO 17491-2:2019 applies to any situation where humans are subjected to these types of mechanical stress, such as using vehicles, tools, or operating machinery.

The Importance of Evaluating Discomfort Levels

Discomfort caused by whole-body mechanical vibration and repeated shock can have adverse effects on human health, including musculoskeletal disorders, fatigue, and reduced work efficiency. Hence, it is crucial to evaluate and quantify discomfort levels accurately. EN ISO 17491-2:2019 establishes standardized methods for measuring human response to vibrations and shocks.

By utilizing this standard, stakeholders can identify potential risks and make informed decisions regarding the design, manufacture, and operation of machinery and equipment. It allows manufacturers to assess whether their products comply with acceptable vibration and shock levels, promoting user safety and well-being.

Conclusion

EN ISO 17491-2:2019 serves as an invaluable resource for maintaining safety and quality standards in various industries where humans are exposed to mechanical vibrations and shocks. By adhering to this standard, manufacturers can minimize health risks associated with discomfort caused by whole-body vibrations and repeated shocks, ensuring better working conditions for individuals operating machinery or using tools. Moreover, it enables businesses to provide safer products that prioritize customer welfare.