IEC 60349-2:2010

IEC 60349-2:2010 is a technical reference for electric traction rotating electrical machines used in rail and road vehicles, with a specific focus on electronic converter-fed alternating current motors. It is relevant when teams need a common basis for engineering review, technical documentation, and conformity assessment for traction motor applications. For procurement, testing, and compliance workflows, IEC 60349-2:2010 helps define the document boundary around the motor type and its intended operating context, supporting more consistent evaluation of design and verification records.

What is IEC 60349-2:2010?

This publication addresses the part of electric traction machine requirements associated with AC motors supplied by electronic converters. In practice, it is used as a technical document when assessing design intent, performance expectations, and verification activities for rail and road vehicle traction systems. As the third edition issued in 2010, it serves as the primary reference for organizations that need to align engineering documentation, testing workflows, and compliance preparation with the applicable traction motor scope.

Applications of IEC 60349-2:2010

IEC 60349-2:2010 is commonly used in the development, review, and procurement of traction equipment for electric rail and road vehicles that rely on converter-fed AC motors. It may support laboratory evaluation, product evaluation, and technical assessment during design qualification or supplier review. The document is also relevant to organizations preparing conformity assessment files, especially where documented evaluation of rotating electrical machines must be consistent across engineering, test, and quality workflows.

Why is IEC 60349-2:2010 important?

This reference matters because traction motor systems must be assessed consistently for safety, operational consistency, and technical compliance. Using IEC 60349-2:2010 helps reduce ambiguity in engineering validation and supports better risk management when comparing equipment, reviewing test evidence, or confirming suitability for service. It can also improve procurement decisions by giving buyers and suppliers a shared compliance reference for the specified motor type, which is important for traceable documentation and controlled verification activities.

• Focuses on electronic converter-fed alternating current motors for electric traction applications.
• Supports engineering documentation, technical review, and conformity assessment planning.
• Useful for testing workflows involving traction machine verification and product evaluation.
• Helps align procurement and supplier documentation with defined compliance expectations.
• Provides a structured reference for rail and road vehicle traction motor technical validation.