What is the IEC 60068 shock test?

The IEC 60068 shock test, also known as the IEC-compliant mechanical shock test, is a standardized procedure widely used in product development and quality control. It evaluates the ability of a product or component to withstand mechanical shocks that may occur during transportation, handling, or field use.

The purpose of the test:

The primary objective of conducting the IEC 60068 shock test is to ensure product reliability and durability. By subjecting the product to controlled shocks, manufacturers can identify weaknesses in design, materials, or construction. The test results provide valuable insights for improving the product's resistance to mechanical stresses and enhancing its overall performance in real-world scenarios.

The testing process:

The IEC 60068 shock test involves subjecting the test specimen to high-intensity mechanical shocks. The test equipment primarily consists of a shock machine capable of generating controlled impacts, and a fixture specifically designed to hold the specimen securely in place during the test. The shocks are applied either as half-sine pulses or as trapezoidal pulses, depending on the requirements defined by the applicable standards.

Before the test begins, the specimen is carefully positioned in the fixture according to the test requirements. This ensures that the critical components or areas of the product are exposed to the maximum shock intensity. The shock machine then delivers the pre-determined shocks to the specimen, accurately replicating the potential impact scenarios during transportation or usage.

Interpreting the test results:

After completion of the IEC 60068 shock test, the test results are analyzed to evaluate the product's performance under stress. These results typically include measurements such as acceleration, displacement, and velocity response of the specimen during the shock event. By comparing these values with the specified limits, manufacturers can determine whether the product meets the required standards or needs further improvements.

It is important to note that different industries and applications may have specific requirements and standards for mechanical shock testing. Therefore, understanding the applicable regulations and tailoring the test parameters accordingly is crucial to ensure accurate evaluation and compliance.