: Specialized or newer Siemens parts (e.g., specific S7-1200 or S7-1500 modules) are often shared in the QET Element Contrib repository . Creating & Managing Your Siemens Library
to convert Siemens' official DXF CAD files into QET-compatible QElectroTech Best Practices for Library Management
If you want to optimize your library further, I can provide tips on with Siemens part numbers, creating custom PLC modules , or setting up cross-references . Let me know how you would like to proceed! Share public link
Create or place the (NO/NC contacts) as "Slaves".
A symbol is only as good as the data attached to it. While the graphical representation is there, many parts in the library lack comprehensive technical data (article numbers, manufacturer links, power ratings). Users often have to manually input the exact part numbers (e.g., specific 6ES7 references) into the element properties to ensure the BOM is accurate.
For power users maintaining a large QElectroTech Siemens library, manual creation is too slow. The (a separate Python utility) allows you to:
Integrating a dedicated Siemens library transforms QElectroTech from a generic drafting tool into a powerful, specialized industrial automation suite. By organizing your user collections, precisely mapping hardware terminals, and embedding component metadata, you save design hours and drastically minimize errors during control panel fabrication.
Ensure the element can be rotated properly without text overlapping.
: Symbols often follow standard sizing to allow for easy alignment in cabinet layouts.
Because many QET components are maintained on GitHub, you can use git pull to keep your Siemens library updated with the latest community additions.
In the official library, Siemens elements are organized under the Articles constructeurs (Manufacturer articles) section. However, users sometimes report that specific components are missing from this official Siemens section, which is where community-driven libraries become invaluable.
