IEC 60917-1:2019

IEC 60917-1:2019 defines the generic standard for the development of modular order in mechanical structures used for electrical and electronic equipment. It is relevant where engineering teams need a common framework for planning, designing, and documenting structural elements that support equipment integration. For organizations reviewing product architecture, procurement requirements, or technical compliance, IEC 60917-1:2019 provides a practical reference point for consistent mechanical design decisions and documented evaluation across development workflows.

What is IEC 60917-1:2019?

This document is the generic part of the Modular order for the development of mechanical structures for electrical and electronic equipment practices series. It is intended to support the organization of mechanical structure development in a modular and systematic way, so that design choices can be reviewed against a common technical basis. In engineering and conformity assessment work, it may help align specifications, technical documentation, and verification activities for equipment enclosures, support structures, and related assemblies.

Applications of IEC 60917-1:2019

IEC 60917-1:2019 is typically used in product development and technical assessment workflows where modular mechanical structures must be defined, compared, or integrated into larger electrical equipment systems. It can support design documentation, procurement reviews, laboratory evaluation planning, and cross-team technical validation. Organizations involved in industrial electronics, control equipment, or system assembly may use it to improve operational consistency and reduce ambiguity when specifying mechanical interfaces, modular arrangements, or structure-related requirements.

Why is IEC 60917-1:2019 important?

The value of IEC 60917-1:2019 lies in its ability to support structured engineering decisions and reduce variation in mechanical design practices. A common modular approach can improve quality workflows, help teams compare solutions more consistently, and strengthen compliance workflows during technical review. It is also useful for risk management, because clearer structural rules can reduce integration errors and support more reliable verification activities. For procurement and conformity assessment preparation, it offers a clearer technical reference for evaluating whether a mechanical structure aligns with intended development practices.

• Supports modular development of mechanical structures for electrical and electronic equipment
• Helps standardize technical documentation and engineering review processes
• Useful for procurement checks, conformity assessment, and design validation
• Provides a common reference for integrating structure-related requirements into development workflows