IEC 61196-1-302:2005

IEC 61196-1-302:2005 defines a mechanical test method for coaxial communication cables, focusing on the test for eccentricity. For engineering teams, laboratories, and procurement or compliance reviewers, it provides a targeted technical reference for evaluating cable geometry in a controlled and repeatable way. Because eccentricity can affect dimensional consistency and product acceptance, IEC 61196-1-302:2005 is relevant to documented evaluation, verification activities, and conformity assessment workflows where cable quality and measurement reliability matter.

Purpose of IEC 61196-1-302:2005

The purpose of IEC 61196-1-302:2005 is to define how eccentricity in coaxial communication cables should be assessed as part of mechanical testing. The method supports technical review of cable construction by giving users a common basis for measurement and comparison. In practical terms, it helps manufacturers, test laboratories, and quality teams confirm whether a cable meets internal or contractual expectations for dimensional uniformity, which can be important in engineering validation and product evaluation.

Compliance applications of IEC 61196-1-302:2005

IEC 61196-1-302:2005 is typically used in test plans, incoming inspection, supplier qualification, and product release documentation for coaxial cable assemblies and related communication infrastructure. It can support compliance workflows where mechanical characteristics must be verified against specifications or purchase requirements. For organizations handling technical documentation, the reference is useful during laboratory evaluation, batch comparison, and regulatory preparation when consistent measurement practice is needed to support technical compliance and operational consistency.

Benefits of IEC 61196-1-302:2005

Using IEC 61196-1-302:2005 in quality workflows can improve testing consistency and reduce ambiguity when reviewing cable geometry. A defined eccentricity test method helps teams compare results across suppliers, production lots, or laboratories with greater confidence. That can assist risk management, procurement decisions, and conformity assessment preparation by providing a more reliable basis for acceptance criteria. It also supports technical validation activities where repeatable measurement is important for maintaining product quality and limiting downstream nonconformity.

• Mechanical test method for assessing eccentricity in coaxial communication cables
• Useful for laboratory evaluation, inspection planning, and product acceptance checks
• Supports documented comparison of cable construction and dimensional uniformity
• Helps align supplier quality control with technical compliance requirements