What is EN 60068267?

In the field of technical standards and specifications, EN60068267 is a widely recognized international standard. This standard, also known as IEC 60068-2-67, is specifically related to testing methods for electrical and electronic equipment – specifically for shock and vibration. In this article, we will explore what EN60068267 entails and how it impacts the design and development of various products.

The Purpose of EN60068267

EN60068267 sets out the necessary testing procedures and conditions for evaluating the ability of electrical and electronic equipment to withstand mechanical shocks and vibrations. The objective is to ensure that these devices can continue to function properly and maintain their performance even under harsh environmental conditions or when subject to transportation-related impacts.

This standard provides manufacturers and product developers with clear guidelines on how to test their equipment and assess its durability when exposed to shocks and vibrations. Compliance with EN60068267 enables them to evaluate and improve their designs to meet the requirements of different industries and applications.

Testing Methods & Conditions

EN60068267 specifies several testing methods and conditions that need to be followed to accurately assess shock and vibration resistance. Some of these include:

Half-sine wave pulses: This is a common shock test method that simulates sudden impacts. The equipment is subjected to a series of half-sine wave pulses with increasing amplitude.

Sine-dwell: In this test, the equipment is exposed to a continuous sine vibration at a specified frequency and amplitude for a certain duration.

Random vibration: This test subjects the device to random vibrations with varying frequencies and amplitudes, resembling real-world conditions more closely.

The standard also defines the testing conditions, such as temperature and humidity, to ensure consistency and repeatability of the results. These conditions vary depending on the intended use and operating environment of the equipment.

Implications for Product Design

Complying with EN60068267 is crucial for product designers and manufacturers to create reliable and durable electrical and electronic equipment. By conducting these tests during the development process, potential weaknesses or design flaws can be identified and addressed before mass production.

Meeting the standard's requirements helps reassure customers that the product has undergone rigorous testing and will perform reliably in demanding conditions. It also contributes to a company's reputation for producing high-quality, robust, and long-lasting products.

In conclusion, EN60068267 is an essential international standard that outlines testing methods and conditions for evaluating the shock and vibration resistance of electrical and electronic equipment. Adhering to this standard allows manufacturers to design more durable products while enhancing consumer confidence in their reliability. Compliance with EN60068267 ultimately contributes to the overall quality and performance of various devices across industries.