L_TT1P_CrossCutter, L_TT1P_RegisterControl: Jump during correction (corrected from V3.16.0)

Corrected from:
Library: L_TT1P_TechnologyModules_LM from V3.16.0.62 (update via Package Manager)

Response of the new version:

When the correction window is at a modulo overflow of the register position, there no longer occur any position jumps during the correction motion of the technology modules' mark correction.

What happens?

The correction jumps to a starting position of approx. 1 - 5 % of the correction value and continues traversing via a 5th degree polynomial.

When does this behaviour occur?

Control via the technology module is active.
The correction window (lrLowerCorrPos. lrUpperCorrPos) is opened exactly at a modulo overflow of the master axis.

Which products are affected?

L_TT1P_CrossCutter and L_TT1P_RegisterControl from the L_TT1P_TechnologyModules_LM library (V3.15.0.32 and higher)

Short-term measures:

Parameterise the correction window (lrLowerCorrPos. lrUpperCorrPos) in such a way that it is not opened at a modulo overflow of the master axis.

URL for linking this AKB article: https://www.lenze.com/en-de/go/akb/201700274/1/

Meta data

Taxonomy: TM Basic Motion , TM Cross Cutter , TM Electrical Shaft Position , TM Electrical Shaft Velocity , TM Flex Cam , TM Flying Saw , TM Magic Track , TM Pick and Place , TM Register Control , TM Smart Track , TM StackerCrane , TM Table Positioning , TM Temperature Control , TM Track Pick and Place , TM Traverser , TM Virtual Master , TM Winder Dancer-controlled , TM Winder Tension-controlled , FAST Motion Lib L_TT1P_LM
AKB-ID: 201700274
Last update: 2023/09/09
Category: Version Informations

Lenze reserves the right to change information on this page at any time. Any liability for the accuracy of the information is excluded.