What is EN ISO 17660-1: 2021 ?

EN ISO 17088: 2021 is an updated version of the international standard that provides guidelines and requirements for the safety and performance of technical systems in engineering. It aims to minimize risks and maximize efficiency in the design, implementation, and maintenance of engineering systems.

EN ISO 17088: 2021 is a comprehensive framework that addresses various aspects, including risk assessment, documentation, testing, and ongoing maintenance. By adhering to this standard, organizations can enhance their operational processes, improve safety measures, and minimize potential failures or accidents.

The purpose of EN ISO 17088: 2021 is to establish a common language and set of practices that can be universally applied across different industries and sectors. It serves as a guide for testing and calibration laboratories to ensure that they consistently produce accurate and reliable results.

Key Changes in the Updated Standard

EN ISO 17088: 2021 has several key changes compared to the previous version. One of the most significant changes is the focus on risk-based management. The standard emphasizes the importance of identifying and assessing risks associated with the testing and calibration processes.

Another significant change is the addition of requirements for activities that are critical to the safety of the system or its users. These activities include testing, calibration, and inspection of critical components.

EN ISO 17088: 2021 also introduces a new requirement for establishing and maintaining a quality management system for the laboratory. This system should be designed to ensure that all personnel are competent and that records and data are accurate and reliable.

Conclusion

In conclusion, EN ISO 17088: 2021 is an important international standard that provides guidelines and requirements for the safety and performance of technical systems in engineering. By adhering to this standard, organizations can enhance their operational processes, improve safety measures, and minimize potential failures or accidents.