IEC 60130-17:1998 defines a technical reference for connectors used at frequencies below 3 MHz, with a specific focus on interconnection devices that permit multi-directional mating for rechargeable batteries. It is relevant where reliable electrical contact, assembly compatibility, and controlled connection behavior are part of engineering documentation, procurement review, or conformity assessment. As a primary reference for this product area, IEC 60130-17:1998 helps teams align design decisions, verification activities, and quality workflows around a defined connector specification.

IEC 60130-17:1998 standard overview

The scope indicated by the title points to a detailed specification for battery interconnection devices rather than a broad systems-level requirement. In practical terms, IEC 60130-17:1998 is likely used to support technical assessment of connector form, mating arrangement, and application suitability for rechargeable battery interfaces operating below 3 MHz. For engineering teams, it can serve as a compliance reference during design review, component selection, and documented evaluation of connector performance and interoperability.

Applications of IEC 60130-17:1998

This document is most relevant to rechargeable battery assemblies and related electrical equipment where connector orientation and mating flexibility affect installation or serviceability. It may be used in product evaluation, laboratory evaluation, and procurement workflows for battery-connected devices, charging interfaces, or modular equipment that depends on consistent interconnection behavior. Organizations preparing technical documentation or conformity assessment records may use IEC 60130-17:1998 to support a more structured review of connector suitability and assembly consistency.

Why IEC 60130-17:1998 matters

Using IEC 60130-17:1998 can reduce risk during engineering validation by giving teams a defined basis for assessing connector applicability in rechargeable battery systems. That helps improve interoperability, testing consistency, and quality assurance when the connection interface is part of a regulated or safety-sensitive product. It also supports procurement decisions by making technical requirements clearer for suppliers, and it can strengthen regulatory preparation by anchoring compliance workflows to a specific documented technical reference.

• Technical reference for interconnection devices intended for rechargeable battery use
• Supports design review for multi-directional mating requirements
• Useful in procurement and supplier comparison for connector-related parts
• Helps structure verification activities and conformity assessment documentation
• Relevant to engineering documentation for low-frequency electrical connection interfaces