IEC 60360:1998/COR1:1999

IEC 60360:1998/COR1:1999 is a corrigendum to the parent document IEC 60360:1998, issued to correct or clarify the Corrigendum 1 - Standard method of measurement of lamp cap temperature rise. For engineering, test, and compliance teams, it matters because small corrections to a measurement method can affect documented evaluation, laboratory results, and conformity assessment decisions. IEC 60360:1998/COR1:1999 should be read as a supporting technical reference that helps maintain consistency in lamp-related testing workflows and procurement review.

Overview of IEC 60360:1998/COR1:1999

This corrigendum is connected to the standard method used for measuring lamp cap temperature rise, and its role is to modify or refine the parent publication rather than replace it. In practice, it is relevant where organizations rely on a defined testing standard for technical validation, quality workflows, or regulatory preparation. Users reviewing lamp product documentation may consult IEC 60360:1998/COR1:1999 to ensure the method applied in the laboratory aligns with the corrected text and supports reliable, repeatable assessment.

Compliance applications of IEC 60360:1998/COR1:1999

Organizations may use IEC 60360:1998/COR1:1999 during product evaluation, type testing, and conformity assessment for lamps and related electrical equipment. It is especially useful in laboratory evaluation, engineering documentation checks, and technical review activities where temperature rise at the lamp cap can influence safety or performance decisions. Procurement teams and compliance specialists may also reference the corrigendum when verifying that test programs, reports, and internal specifications reflect the corrected measurement method used in the parent standard.

Importance of compliance with IEC 60360:1998/COR1:1999

Following the corrected text helps reduce risk in testing workflows by improving consistency between test setups, reported results, and certification evidence. For manufacturers and test laboratories, that supports operational consistency, safety-focused verification activities, and clearer conformity assessment preparation. It can also assist with technical assessment during design reviews or supplier qualification, where even a small correction to a measurement method may affect acceptance decisions. Using the corrigendum alongside the parent reference strengthens compliance processes and reduces avoidable rework.

• Supporting corrigendum linked to IEC 60360:1998 for corrected lamp cap temperature rise measurement guidance
• Relevant for laboratory evaluation, testing workflows, and documented technical review
• Useful in compliance preparation where repeatable measurement method alignment matters
• Helps procurement and quality teams confirm that the correct reference is used in specifications and reports