IEC 61391-2:2010

IEC 61391-2:2010 provides a technical reference for ultrasonics pulse-echo scanners, focusing on how to measure maximum depth of penetration and local dynamic range. It is relevant when engineering teams, laboratories, or procurement specialists need a documented basis for evaluating scanner performance and comparing results across test conditions. By defining measurement-oriented guidance, the document supports technical review, product evaluation, and conformity assessment activities for ultrasonic imaging equipment where repeatable performance data matters.

Overview of IEC 61391-2:2010

This document addresses performance characterization for pulse-echo scanners used in ultrasonic applications, with emphasis on depth of penetration and local dynamic range. IEC 61391-2:2010 is typically used as a reference for verification activities and laboratory evaluation where consistent measurement methods are needed. It helps align engineering documentation and test reporting so that scanner capability can be assessed in a controlled, comparable way during product development, qualification, or procurement review.

Compliance applications of IEC 61391-2:2010

Organizations may use this technical document when preparing test plans, reviewing supplier data, or establishing acceptance criteria for ultrasonic scanner performance. It is especially relevant in workflows that require documented evaluation of imaging depth and dynamic response under defined conditions. For manufacturers, test laboratories, and compliance teams, IEC 61391-2:2010 can support technical validation, performance verification, and structured comparisons between equipment models or system configurations.

Importance of compliance with IEC 61391-2:2010

Following the measurement approach associated with IEC 61391-2:2010 can improve consistency in testing workflows and reduce ambiguity during performance assessment. That matters for quality assurance, procurement decisions, and risk management because repeatable measurement data is often needed to support engineering sign-off and conformity assessment preparation. It also helps teams document operational capability more clearly, which can strengthen technical compliance arguments and reduce the chance of misinterpretation during review or audit.

• Measurement focus on maximum depth of penetration for pulse-echo scanner evaluation
• Local dynamic range assessment for comparing imaging performance under defined test conditions
• Useful reference for laboratory evaluation, product qualification, and acceptance testing
• Supports documented evaluation, technical review, and compliance workflows
• Helps standardize performance reporting for ultrasonic scanner procurement and validation