Depending on the generation date of your GSDML V2.32 package (such as the updated 20180321 or 20250306 versions), it unlocks different communication capabilities:
Siemens continues to enhance the SINAMICS V90 GSDML files. The most significant recent update is , which adds Telegram 105 support for V90 firmware V1.05. This represents a major step toward parity with HSP functionality.
Click on the newly added V90 drive icon to enter its device view.
: This usually indicates a telegram mismatch. Ensure the telegram selected in TIA Portal matches the parameter settings ( p0922p 0922 ) inside the drive firmware. If you are working on a project right now, tell me: What PLC model (e.g., S7-1200, S7-1500) are you using? Gsdml-v2.32-siemens-sinamics V90
To move the drive system out of the "unknown device" status into an active component, follow this workflow to install the GSDML file:
Which (e.g., S7-1200, S7-1500) are you connecting the V90 to?
(Torque data) alongside standard PROFIdrive telegrams (1, 2, 3, 7, 9, etc.). Hardware Compatibility : Specifically designed for SINAMICS V90 PN drives with article numbers like 6SL3210-5Fxxx-xxFx Key Features Supported Control Modes Depending on the generation date of your GSDML V2
icon. Assign a unique and IP address. This must exactly match the name configured physically on the drive via V-ASSISTANT software. Selecting the Right PROFIdrive Telegrams
“Shut it down!” Gunter yelled, lunging for the main breaker.
Compatible with standard PROFIdrive telegrams 1, 2, 3, 7, 9, 102, 110, and 111 for varied control modes like speed or basic positioning. Click on the newly added V90 drive icon
: Let TIA Portal finalize its structural background inventory compilation before closing the window. Implementation & Application Architecture
GSDML (Global Standard for Machine Learning) is an open standard developed by the PTC (Platform for Artificial Intelligence and Machine Learning) initiative, aiming to enable the deployment of machine learning models across different platforms and applications. GSDML provides a common interface for machine learning models, allowing users to develop, train, and deploy models using various tools and frameworks.
| Telegram | Control Mode | Typical Use Case | |----------|-------------|------------------| | 1, 2, 3 | Speed Control | Basic speed applications | | 7, 9 | Basic Positioning | Simple positioning tasks | | 102 | Speed with Torque Limit | Tension control, winding applications | | 110 | Extended Positioning | Advanced positioning with additional parameters | | 111 | EPOS (Basic Positioner) | Drive-based positioning, no PLC TO required | | 105 | High-Dynamic Positioning | PLC-based TO with IRT (requires HSP or new GSDML) |