BS EN 62479:2018 is a technical standard that pertains to the assessment of electronic and electrical equipment concerning exposure to electromagnetic fields. This standard outlines the methods for evaluating equipment's compliance with electromagnetic field limits.
Understanding BS EN 62479:2018
The purpose of BS EN 62479:2018 is to ensure that electronic and electrical equipment does not produce harmful electromagnetic radiation or experience malfunction when exposed to electromagnetic fields. The standard provides guidelines for testing the equipment's immunity to both continuous wave and modulated electromagnetic fields at various frequencies.
This standard takes into account the potential risks associated with human exposure to electromagnetic fields, ensuring the safety and proper functioning of equipment in potentially high electromagnetic environments. It covers equipment used in various sectors such as medical, industrial, scientific, and household applications.
Evaluating Compliance
Compliance with BS EN 62479:2018 involves conducting specific tests to assess equipment's immunity to electromagnetic fields. These tests evaluate the ability of the equipment to withstand electromagnetic disturbances without causing malfunctions or posing risks to human health.
Manufacturers typically send their equipment to accredited laboratories for testing, where experts replicate real-world scenarios to determine if the equipment meets the specified requirements. This involves subjecting the equipment to different levels of electromagnetic fields and verifying its performance based on defined criteria outlined in the standard.
Implications and Benefits
BS EN 62479:2018 compliance assures users and consumers that the equipment they use has undergone rigorous testing and meets the highest standards for safety and performance in electromagnetic environments.
Adhering to this standard not only ensures minimal electromagnetic disturbance but also minimizes the risks associated with operating electrical equipment near other sensitive devices or individuals. It promotes overall safety, reduces potential interference issues, and enhances the reliability of electronic and electrical equipment.
Nina She