Overview
IEC 62714-5:2022 defines a standardized engineering data exchange format specifically designed for industrial automation systems engineering. As the complexity of automation systems grows and project durations extend, efficient and high-quality execution of engineering processes becomes crucial. This standard supports the efficient exchange of engineering information and artefacts between software-based engineering tools used throughout the automation engineering tool chain.
Part 5 of the Automation Markup Language (AutomationML) series focuses on communication aspects within industrial automation engineering. It lays out a comprehensive approach for modeling, representing, and exchanging detailed communication system information to ensure interoperability, consistency, and seamless data integration between engineering tools.
Key Topics
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Communication Systems Engineering Integration
The standard embeds communication system engineering within general automation system engineering activities, ensuring smooth workflows and information flow among stakeholders.
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Use Cases and Network Structures
It addresses practical use cases such as engineering activities and the lossless transfer of communication device and system information, supporting various network topologies including star, ring, and hierarchical structures.
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UML-Based Modeling
Provides a detailed UML model to represent communication system components like logical and physical topologies, devices, endpoints, connections, channels, and protocol data units (PDUs).
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AutomationML Representation
Specifies principles for mapping communication models into AutomationML, including the development and usage of role class libraries, interface classes, and system unit class libraries. It guides modeling steps for technology-specific communication libraries, ensuring flexibility and extensibility.
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Communication Data Elements
Focuses on the accurate representation of communication packages, datagram objects, process data items, parameter lists, and metadata to enable comprehensive and lossless communication information exchange.
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Network Topologies and Objects
Covers various network object types, connection styles, and interaction patterns that are crucial for designing reliable and efficient industrial networks.
Applications
IEC 62714-5:2022 is essential for engineers, system integrators, and software tool developers involved in industrial automation projects who require:
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Interoperable Engineering Tools
Facilitates exchanging communication system data without loss, ensuring tools like PLC programming environments, network configuration tools, and simulation software can work together seamlessly.
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Efficient Engineering Workflows
Enables early detection of communication issues and supports validation across the project lifecycle, reducing risks and rework.
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Complex Network Design
Supports the design and documentation of diverse communication topologies and devices, helping manage increasingly intricate automation systems.
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Standardized Communication Data Exchange
By adopting AutomationML-based communication models, stakeholders can achieve uniform and vendor-neutral data exchange.
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Technology-Specific Extensions
Allows customization for different communication technologies, protocols, and industrial standards while maintaining a common modeling framework.
Related Standards
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IEC 62714 (AutomationML Series)
The overall series specifying the Automation Markup Language for engineering data exchange, including Part 1 (Architecture), Part 2 (Role Class Libraries), and Part 3 (CAEX).
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IEC 61131
For programmable controllers that often integrate with communication systems addressed by IEC 62714-5.
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IEC 61850
Standard on communication networks and systems in substations, intersecting with industrial communication modeling.
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ISO/IEC/IEEE 42010
Architectural description standard that complements system modeling approaches referenced in IEC 62714-5.
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OPC UA (Open Platform Communications Unified Architecture)
Communication interface standard widely used in industrial automation that benefits from uniform communication data representation.
By leveraging IEC 62714-5:2022, industries enhance cross-tool compatibility, reduce engineering complexity, and improve the reliability of communication systems critical to modern industrial automation environments.
Keywords: IEC 62714-5:2022, automation markup language, communication, industrial automation, engineering data exchange, communication system modeling, AutomationML, network topologies, engineering tools interoperability, industrial communication standards, engineering process efficiency.
Open preview (PDF)Engineering data exchange format for use in industrial automation systems engineering - Automation markup language - Part 5: Communication
