What is EN 50325-1:2019 ?

EN 50325-1:2019 is a professional technical standard that outlines the performance requirements and test procedures for protective relays used in electrical power systems. It is designed to ensure the proper functioning and accuracy of these relays under different operating conditions and system faults.

EN 60255-26:2020 is a similar standard that specifies the performance requirements and test procedures for protective relays used in electrical power systems. It is intended to help manufacturers design relays that meet certain performance criteria, making them reliable and effective in protecting power systems from various abnormalities.

EN 16247-2:2019 is a technical standard that provides guidelines for conducting energy audits in buildings. It is applicable to all types of buildings, including residential, commercial, and industrial. The purpose of this standard is to help organizations evaluate their energy consumption, identify potential energy savings, and prioritize actions to reduce energy usage.

EN 50325-1:2019 and EN 60255-26:2020 are both important standards that are used to ensure the reliability and quality of electrical relays and protection equipment. By following these standards, manufacturers can design relays that meet certain performance criteria, making them reliable and effective in protecting power systems from various abnormalities.

EN 60255-26:2020 is a professional technical standard that specifies the performance requirements and test procedures for protective relays used in electrical power systems. It is designed to ensure the proper functioning and accuracy of these relays under different operating conditions and system faults.

EN 16247-2:2019 is a technical standard that provides guidelines for conducting energy audits in buildings. It is applicable to all types of buildings, including residential, commercial, and industrial. The purpose of this standard is to help organizations evaluate their energy consumption, identify potential energy savings, and prioritize actions to reduce energy usage.

Following these standards can help manufacturers design relays that meet certain performance criteria, making them reliable and effective in protecting power systems from various abnormalities. It is important to note that these standards are not only used in the manufacturing process but also in the testing and assessment of the performance of relays in real-world applications..