Do you need assistance understanding the introduced in the newer version of the standard? Share public link
Within each function, assign physical locations: +FRAME_A, +CONTROL_BAY.
) to build unique identifiers for every component in a plant or machine. Item Code Designations:
Understanding IEC 61346-1: The Standard for Industrial Systems, Installations, and Equipment
Eliminates misunderstandings between mechanical, electrical, and software teams.
Different teams can work on the functional design, physical layout, and software architecture simultaneously using the same structural backbone.
But here is the uncomfortable truth for most engineering teams:
Imagine a massive industrial plant with 50,000 components: pumps, valves, sensors, motors, cables, circuit breakers, and HMIs. Without a logical naming convention, a single pump might appear in:
The standard defines an "object" as anything we talk about (a pump, a wire, a software function). It then introduces the concept of a as a set of objects that interact. Structuring is the process of breaking down a complex system into manageable parts based on:
This structured formatting allows software tools (like EPLAN, AutoCAD Electrical, or COMOS) to automatically parse the code, map the component to a 3D layout, locate it on a circuit diagram, and find it in a procurement bill of materials (BOM). 4. Letter Codes for Object Classes
IEC 61346-1 defines three primary "aspects" or viewpoints used to structure data:
61346-1 Pdf — Iec
Do you need assistance understanding the introduced in the newer version of the standard? Share public link
Within each function, assign physical locations: +FRAME_A, +CONTROL_BAY.
) to build unique identifiers for every component in a plant or machine. Item Code Designations:
Understanding IEC 61346-1: The Standard for Industrial Systems, Installations, and Equipment
Eliminates misunderstandings between mechanical, electrical, and software teams.
Different teams can work on the functional design, physical layout, and software architecture simultaneously using the same structural backbone.
But here is the uncomfortable truth for most engineering teams:
Imagine a massive industrial plant with 50,000 components: pumps, valves, sensors, motors, cables, circuit breakers, and HMIs. Without a logical naming convention, a single pump might appear in:
The standard defines an "object" as anything we talk about (a pump, a wire, a software function). It then introduces the concept of a as a set of objects that interact. Structuring is the process of breaking down a complex system into manageable parts based on:
This structured formatting allows software tools (like EPLAN, AutoCAD Electrical, or COMOS) to automatically parse the code, map the component to a 3D layout, locate it on a circuit diagram, and find it in a procurement bill of materials (BOM). 4. Letter Codes for Object Classes
IEC 61346-1 defines three primary "aspects" or viewpoints used to structure data: