IEC 60050-361:2017, also known as International Electrotechnical Vocabulary (IEV) - Chapter 361, is a technical standard published by the International Electrotechnical Commission (IEC). This standard provides definitions and explanations related to industrial automation systems and integration.
Key Features of IEC 60050-361:2017
IEC 60050-361:2017 covers various aspects of industrial automation systems, including terminology, concepts, and application guidelines. Here are some key features of this standard:
Terminology: The standard provides precise definitions for technical terms related to industrial automation systems. It ensures clear communication and avoids ambiguities in discussing automation technologies.
Concepts and Models: IEC 60050-361:2017 presents various concepts and models related to industrial automation, such as hierarchical levels of automation systems, functional requirements, and architectural frameworks.
Integration: The standard emphasizes the importance of seamless integration between different automation systems and technologies. It provides guidelines on achieving interoperability and compatibility among diverse systems.
Application Guidance: IEC 60050-361:2017 offers practical guidance on implementing industrial automation systems. It covers topics like system design, safety considerations, and best practices for system integration and maintenance.
Benefits of Implementing IEC 60050-361:2017
Adopting IEC 60050-361:2017 brings several benefits to industries and organizations involved in industrial automation:
Standardization: By following a globally recognized standard, companies can ensure consistency and uniformity in automation terminology and practices. This leads to better collaboration and interoperability between different stakeholders.
Improved Communication: Clear definitions and concepts provided by the standard facilitate effective communication among engineers, system integrators, and end-users. It reduces the chances of misunderstanding and misinterpretation during discussions and decision-making processes.
Efficiency and Scalability: IEC 60050-361:2017 promotes efficient system design and integration. By adhering to the guidelines, organizations can build scalable automation solutions that can adapt to evolving requirements and technological advancements.
Enhanced Safety: The application guidance offered in the standard ensures that safety considerations are taken into account during the design and implementation of industrial automation systems. This helps in preventing accidents and ensuring worker safety.
Conclusion
IEC 60050-361:2017 plays a crucial role in facilitating the development and deployment of reliable and interoperable industrial automation systems. Its standardized terminology, concepts, and application guidelines enable seamless integration and efficient operation of automation technologies. By implementing this standard, organizations can not only improve their automation practices but also enhance collaboration and safety across the industry.
Nina She