IEC 61987-23:2015

IEC 61987-23:2015 defines data structures and elements for process equipment catalogues, with a specific focus on lists of properties for actuators used in electronic data exchange. It is relevant when engineering, procurement, and asset-data teams need a consistent technical document for comparing actuator information across systems and suppliers. As a primary reference for catalogue data organization, it can support documented evaluation, technical review, and more reliable engineering documentation in process automation workflows.

IEC 61987-23:2015 standard overview

The official title indicates a structured approach to describing actuator properties within process equipment catalogues, using a format intended for electronic data exchange. IEC 61987-23:2015 is therefore useful where operational consistency and data alignment matter across design, specification, and procurement activities. In practice, it may help teams create a common basis for product evaluation, technical validation, and conformity assessment preparation when actuator data must be exchanged between internal tools, suppliers, and project documentation.

Applications of IEC 61987-23:2015

This document is typically relevant in process automation environments where actuators are selected, documented, and compared during technical and commercial review. It may be used in catalogue creation, engineering specification management, and digital asset data workflows that depend on structured property lists. Laboratories, integrators, and procurement teams can also use it as a compliance reference during testing workflows, bid evaluation, and regulatory preparation when actuator information must be presented in a consistent format for downstream systems.

Why IEC 61987-23:2015 matters

Clear property definitions for actuator catalogues help reduce ambiguity during technical assessment and procurement, especially when multiple suppliers or software platforms are involved. IEC 61987-23:2015 supports verification activities by making data exchange more predictable and by improving the quality of engineering documentation used in conformity assessment. That can lower integration risk, improve testing consistency, and help teams maintain traceable records for operational consistency, product evaluation, and quality workflows.

• Structured list of properties for actuator catalogue data exchange
• Supports consistent technical comparison across suppliers and tools
• Useful for engineering specification, procurement review, and asset-data management
• Helps improve documentation quality for conformity assessment and validation tasks
• Relevant to process automation workflows that rely on electronic catalogue information