What is EN ISO 11614:2017 ?

EN ISO 11614:2017 and EN ISO 1168:2016 are two important technical standards that offer guidelines and requirements for various industries. EN ISO 11614:2017 is a standard for the preparation of user instructions for industrial products and equipment, while EN ISO 1168:2016 is a standard for the measurement and evaluation of airborne sound insulation in buildings. Both standards play a crucial role in ensuring consistency, safety, and quality in their respective fields.

EN ISO 11614:2017 is a framework for creating clear, concise, and user-friendly instructions for industrial products and equipment. The standard provides guidance on various aspects, including the structure, language, and visual aids to enhance comprehension and usability. The primary objective of EN ISO 11614:2017 is to ensure that manufacturers provide comprehensive instructions that enable users to operate products safely and effectively. By following the guidelines outlined in this standard, manufacturers can minimize the risk of incorrect usage and potential hazards, ultimately promoting customer satisfaction and preventing accidents or product failures.

EN ISO 1168:2016 is a technical standard that provides guidelines and requirements for the measurement and evaluation of airborne sound insulation in buildings. The standard defines various terms related to airborne sound insulation, such as field of application, measurement uncertainty, reference sound source, and more. It also outlines the requirements for test methods and instrumentation, providing clear instructions on how to conduct sound insulation tests accurately. The primary objective of EN ISO 1168:2016 is to ensure that adequate acoustic performance is achieved, enabling occupants to have a comfortable and quiet indoor environment.

In conclusion, EN ISO 11614:2017 and EN ISO 1168:2016 are two important technical standards that offer guidelines and requirements for various industries. Both standards play a crucial role in ensuring consistency, safety, and quality in their respective fields. By following the guidelines outlined in these standards, manufacturers can minimize the risk of incorrect usage and potential hazards, ultimately promoting customer satisfaction and preventing accidents or product failures.