IEC 61987-31:2022

IEC 61987-31:2022 defines a structured reference for List of Properties (LOPs) used to describe infrastructure devices for electronic data exchange. Based on the official title, it is intended to support consistent cataloguing, technical comparison, and data exchange across engineering and procurement workflows. For teams managing process equipment documentation, the document can help align product data with a common structure, supporting documented evaluation, interoperability, and more reliable technical review during specification and conformity assessment activities.

IEC 61987-31:2022 standard overview

This publication focuses on generic structures for cataloguing infrastructure devices in process automation and control environments. IEC 61987-31:2022 is relevant where device information must be exchanged electronically in a controlled and repeatable format, especially in engineering documentation and product evaluation workflows. By defining property-list structures, it supports operational consistency across supplier data, internal asset records, and compliance references. That makes it useful when organizations need a clear basis for technical validation, procurement review, or digital data handling.

Applications of IEC 61987-31:2022

Typical use cases include process equipment catalogues, device master data preparation, and electronic information exchange between manufacturers, system integrators, and asset management teams. It may be applied in engineering databases, technical assessment activities, and quality workflows where infrastructure devices need to be described in a standardized way. Organizations involved in automation projects, documentation control, or conformity assessment preparation may use IEC 61987-31:2022 to improve data consistency and reduce ambiguity in device selection and comparison.

Why IEC 61987-31:2022 matters

A consistent property structure can reduce interpretation errors when device data is shared across teams, tools, or suppliers. IEC 61987-31:2022 matters because it supports clearer technical assessment, better procurement decisions, and more reliable verification activities during documentation review. For organizations focused on compliance workflows and risk management, a common electronic description model can improve traceability and simplify comparison of infrastructure device information. It also helps strengthen conformity assessment preparation by making technical data easier to organize and audit.

• Supports standardized List of Properties structures for infrastructure device catalogues
• Useful for electronic data exchange in process equipment documentation workflows
• Helps improve consistency in technical review, procurement, and asset data management
• Relevant to engineering validation and conformity assessment preparation