IEC 61300-2-19:2012/COR1:2020

IEC 61300-2-19:2012/COR1:2020 provides a corrigendum linked to the fibre optic interconnecting devices and passive components test method for damp heat under steady-state conditions. For engineering teams, laboratories, and procurement reviewers, IEC 61300-2-19:2012/COR1:2020 is relevant because it supports accurate use of the parent test method by clarifying or correcting the published text. In workflows involving technical review, documented evaluation, and conformity assessment, even small corrections can affect how testing is specified, interpreted, and recorded.

Overview of IEC 61300-2-19:2012/COR1:2020

This corrigendum is a supporting document to IEC 61300-2-19:2012 rather than a standalone test standard. It is associated with the basic test and measurement procedures for fibre optic interconnecting devices and passive components, specifically the damp heat steady-state test. In practice, it helps maintain alignment between the published method and the version used in verification activities, laboratory evaluation, and technical documentation. Organizations working with fibre optic components may use it to support controlled interpretation and consistent application of the parent reference.

Compliance applications of IEC 61300-2-19:2012/COR1:2020

IEC 61300-2-19:2012/COR1:2020 is typically consulted during standards review, test planning, and compliance workflows for fibre optic interconnecting devices and passive components. It may be relevant when laboratories prepare environmental testing procedures, when manufacturers validate product performance, or when buyers check that a test program matches the intended technical reference. Because it modifies the parent document, it is useful in procurement and quality workflows where traceable documentation, accurate test interpretation, and controlled revision management are important.

Importance of compliance with IEC 61300-2-19:2012/COR1:2020

Using the corrigendum alongside the parent document helps reduce the risk of applying outdated or inconsistent test instructions. That matters for operational consistency, product evaluation, and technical compliance, especially where damp heat testing forms part of reliability or qualification evidence. For organizations preparing conformity assessment files, corrected references support clearer engineering validation and more dependable documentation. In regulated or customer-driven supply chains, this can improve review efficiency, reduce retesting risk, and strengthen confidence in reported results.

• Supporting corrigendum for the damp heat steady-state test method used in fibre optic component evaluation
• Useful for maintaining alignment between laboratory procedures and the corrected parent reference
• Relevant to quality assurance, test documentation control, and conformity assessment preparation
• Helps reduce interpretation errors in technical review and procurement specification checks