What is IEC 61326-2-5 Ed.2: 2018 ?

IEC 61326-5-2: 2018 is an essential international standard that outlines the guidelines for the use of electrical equipment in industrial environments. This standard specifically focuses on the testing and calibration of industrial process measurement and control instruments, ensuring that such equipment operates safely and effectively in industrial settings.

IEC 61326-5-2: 2018 plays a crucial role in ensuring the reliability and accuracy of instruments used for monitoring, controlling, and measuring various industrial processes. Compliance with the standard helps manufacturers design and build instruments that can withstand and function optimally under challenging environmental conditions, such as electromagnetic interference, temperature fluctuations, and mechanical vibrations.

Key Requirements of IEC 61326-5-2: 2018

The IEC 62262 Ed.2 2018 standard is a fundamental document that provides guidelines for testing the mechanical strength of electrical and electronic equipment. The standard outlines a systematic approach to conduct tests, assess performance, and classify devices based on their level of protection.

The purpose of IEC 62262 Ed.2 2018 is to evaluate and quantify the ability of electrical and electronic equipment to withstand external mechanical shocks. The standard provides a framework for manufacturers to ensure that their products can endure the harshest environmental conditions and maintain functionality.

The testing procedure outlined in IEC 62262 Ed.2 2018 is designed to measure the electrical equipment's resistance to external mechanical forces, including forces caused by temperature changes, humidity, and vibration. The standard specifies the testing equipment, the testing conditions, and the testing procedures.

Conclusion

In conclusion, IEC 61326-5-2: 2018 and IEC 62262 Ed.2 2018 are two essential international standards that help ensure the safety and reliability of electrical and electronic equipment used in industrial environments. Compliance with these standards is critical for manufacturers to design and build products that can withstand challenging environmental conditions and maintain functionality.