L_TS2P_FlyingSawState: ResumeTargetPos does not work in marker-controlled mode (corrected from V3.26.0)

Corrected from:
Library: L_TS2P_TechModulesSynchronizingCamming from V03.26.00
               (Update via EASY Package Manager)

Response of the new version:
In marker-controlled mode, a valid marker can be restored via the xResumeTargetPos input.
The target position (output lrTargetPos) must be before the upper driving range limit (parameter lrUpperLimit).
After a rising edge (FALSE->TRUE) at the xResumeTargetPos input, the target position is approached again.

What happens?
After aborting the process during the synchronous phase by xAbort, the target position (lrTargetPos) jumps to zero. Restoring the valid mark is not possible.
 
When does the behaviour occur?
Restoration of the last valid target position in marker-controlled operation via the input xResumeTargetPos after termination of the "flying saw" process (eTMState = SAW_IN_PROCESS).

Which products are affected?
L_TS2P_FlyingSawState from Library L_TS2P_TechMoulesSynchronizingCamming

Short-term measures:
-

Evaluation / recommendations:
-

Automatic Translation

URL for linking this AKB article: https://www.lenze.com/en-de/go/akb/202200174/1/
Meta data
Taxonomy: Lib L_CM1P_ControlModules , Lib L_TB1P_TechnologyBasics , Lib L_TB2P_TechModulesBasic , Lib L_TF2P_TechModulesFollowingPositioning , Lib L_TP2P_TechModulesProcessFunctions , Lib L_TS2P_TechModulesSynchronizingCamming , Lib L_TW2P_TechModulesWindingTraversing , FAST Motion Modules V2
AKB-ID: 202200174
Last update: 2023/09/09
Category: Version Informations

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