IEC 60512-14-5:2006

IEC 60512-14-5:2006 defines a test method for connectors for electronic equipment, with a focus on sealing performance under immersion at low air pressure. For engineering teams, laboratories, and procurement or compliance reviewers, it provides a structured technical reference for evaluating whether connector designs can maintain sealing integrity in conditions where pressure and immersion effects may combine. Used in verification activities and documented evaluation, IEC 60512-14-5:2006 supports consistent testing workflows and more reliable technical assessment during product qualification.

Overview of IEC 60512-14-5:2006

The official title, Connectors for electronic equipment - Tests and measurements - Part 14-5: Sealing tests - Test 14e: Immersion at low air pressure, indicates a focused method within the connector test series. Its likely purpose is to assess sealing behavior when a connector is exposed to immersion while ambient air pressure is reduced, a condition that can affect ingress resistance. This makes the document relevant for technical validation, laboratory evaluation, and conformity assessment preparation where connector performance must be demonstrated against defined environmental stress conditions.

Compliance applications of IEC 60512-14-5:2006

IEC 60512-14-5:2006 is typically used when connector designs need documented evidence of sealing performance for electronic equipment intended for challenging environments. It may support product evaluation for assemblies used in enclosures, field equipment, transport systems, or other applications where moisture ingress and pressure variation are part of the operating profile. The document is also useful in quality workflows, supplier review, and testing workflows where consistent methods are needed to compare design variants or confirm qualification data.

Importance of compliance with IEC 60512-14-5:2006

Compliance with IEC 60512-14-5:2006 helps organizations reduce risk in connector selection, product validation, and procurement decisions by aligning test evidence with a recognized sealing test method. A consistent approach to immersion at low air pressure supports operational consistency, improves confidence in technical documentation, and strengthens preparation for conformity assessment. It can also help engineering and quality teams compare results across suppliers or production lots, supporting safety, reliability, and more defensible technical compliance decisions.

• Sealing test method for connectors under immersion and reduced air pressure conditions
• Supports laboratory evaluation and repeatable verification activities
• Useful for qualification, supplier assessment, and engineering documentation
• Helps demonstrate ingress-related performance during compliance workflows