What is BS EN 61191-2018?

BS EN 61191-2018 is a technical standard that has been developed by the European Committee for Standardization (CEN) to establish the requirements for printed board assemblies. It provides guidelines for the qualification and performance of different types of printed board assemblies used in various industries, including automotive, aerospace, medical, and consumer electronics.

Key Elements of BS EN 61191-2018

The BS EN 61191-2018 standard covers several important aspects related to printed board assemblies. One of the key elements it addresses is the qualification and acceptance criteria for soldered electronic assemblies. This includes criteria for assessing the quality of solder joints, such as visual inspection, measurement of solder joint dimensions, and evaluation of solder joint strength.

Furthermore, the standard also focuses on the performance of printed board assemblies under different environmental conditions. It defines specific tests and requirements that these assemblies need to meet to ensure their reliability, such as resistance to humidity, temperature cycling, and vibration.

Benefits of Implementing BS EN 61191-2018

Implementing BS EN 61191-2018 brings numerous benefits to manufacturers and end-users alike. Firstly, it helps manufacturers ensure the reliability and quality of their printed board assemblies. By following the guidelines and requirements set in the standard, manufacturers can minimize the risk of defects in their products, leading to improved customer satisfaction and reduced warranty claims.

Secondly, BS EN 61191-2018 promotes compatibility and interchangeability of printed board assemblies, making it easier for manufacturers to source components from different suppliers. This enhances flexibility and cost-effectiveness in the supply chain.

Conclusion

In conclusion, BS EN 61191-2018 plays a vital role in establishing the standards and requirements for printed board assemblies. It ensures the quality, reliability, and performance of these assemblies, benefiting manufacturers in terms of improved product reliability and customer satisfaction. Moreover, the standard promotes compatibility and interchangeability, which leads to enhanced flexibility and cost-effectiveness in the industry.