[Michael Clark]

When choosing custom RFID tags, focus on real-world conditions rather than just specs.

Key factors include <strong data-start=”185″ data-end=”289″>surface type (metal, plastic, liquid), actual reading distance, durability, and reader compatibility. Many issues happen when tags are selected without proper field testing.

A small pilot test before full deployment usually helps avoid performance problems later.

More context on industrial standards and how they relate to selection and reliability:<br data-start=”541″ data-end=”544″> https://euroindustry.net/en-standard-meaning/

[Michael Clark]

Great summary—especially the references to API 520/526/527 and ASME VIII

One thing I’d like to add is that while API and ASME standards dominate hydrocarbon systems, in many European projects we also see alignment with <strong data-start=”401″ data-end=”433″>EN (European Norm) standards, particularly when it comes to overall building safety, access control, and integrated fire/alarm systems.

For example, EN standards don’t directly replace API/ASME for pressure relief valves, but they <strong data-start=”637″ data-end=”680″>complement the broader safety ecosystem—like fire detection (EN 54) or emergency systems that interact with pressure-related risks in facilities.

If anyone is interested in how EN standards fit into building safety and compliance, this is a helpful breakdown I came across:<br data-start=”915″ data-end=”918″> https://euroindustry.net/en-standard-meaning/

It gives a clear overview of how EN standards are structured and where they apply alongside international codes.

Would be interesting to hear if anyone here has worked on projects where both <strong data-start=”1160″ data-end=”1189″>API/ASME and EN standards had to be followed together?

euroindustry.net

What’s the meaning of EN standard in building security?

EN standard and their meaning within building safety and security includes burglar resistant doors, access systems, emergency exits and more.