IEC 60317-49:2012/COR1:2013 is a corrigendum linked to the winding wire specification IEC 60317-49:2012, and it is relevant when teams need to rely on an accurate technical document for purchasing, engineering review, or conformity assessment. The corrigendum supports the parent requirements for glass-fibre wound high temperature resin or varnish impregnated, bare or enamelled round copper wire with temperature index 180. For organizations working through technical review or verification activities, it helps ensure the referenced document set reflects the corrected form of the requirements.

IEC 60317-49:2012/COR1:2013 standard overview

IEC 60317-49:2012/COR1:2013 serves as a supporting corrective reference rather than a standalone product specification. It is associated with the parent document IEC 60317-49:2012, which addresses particular types of winding wires used in electrical applications. The corrigendum is relevant to documented evaluation, technical validation, and procurement workflows where the exact wording of the technical reference matters. In practice, it helps users maintain alignment between engineering documentation, quality workflows, and the correct version of the underlying requirement set.

Applications of IEC 60317-49:2012/COR1:2013

This corrigendum is typically used in environments that specify or assess winding wire for electrical equipment, such as motor, transformer, or coil-related design and production workflows. It may be consulted during supplier review, laboratory evaluation, or product evaluation when teams need to confirm the governing text for the parent specification. Because it concerns glass-fibre wound high temperature resin or varnish impregnated round copper wire, it is most relevant where insulation system selection, manufacturing consistency, and technical compliance are part of the engineering documentation process.

Why IEC 60317-49:2012/COR1:2013 matters

For compliance and quality assurance teams, IEC 60317-49:2012/COR1:2013 matters because corrigenda reduce the risk of using outdated or inconsistent requirements. That supports safer procurement decisions, more reliable conformity assessment preparation, and cleaner technical review records. It can also improve testing consistency by ensuring laboratories and manufacturers work from the corrected reference when validating wire-related characteristics. In operational terms, this helps reduce rework, supports traceable documentation, and strengthens confidence in engineering validation and regulatory preparation activities.

• Supporting corrigendum tied to IEC 60317-49:2012 for corrected reference use
• Relevant to glass-fibre wound high temperature resin or varnish impregnated round copper winding wire
• Useful for procurement review, supplier documentation, and conformity assessment preparation
• Helps maintain consistency in testing workflows, technical validation, and quality control records
• Supports accurate engineering documentation for electrical component and coil-related applications