The objective of this training is to introduce you to the procedures for tuning the PacHP's speed and position control loops using the autotuning function, as well as the various advanced tools available (gain planning, frequency analysis, etc.).
The dubbing of this video is available in several languages:
English version: https://www.youtube.com/watch?v=RQFuupLaNO8
French version: https://www.youtube.com/watch?v=gOoX3d__xXk
Italian version: available soon
Spanish version: available soon
German version: available soon
Chinese version: available soon
00:00 Introduction
00:42 Theoretical explanations of mechanical resonances
02:09 Testbench 1 (small direct load inertia with resolver feedback)
05:59 Testbench 2 (big direct load inertia with high resolution encoder)
09:56 Testbench 3 (belt-pulley with high resolution encoder)
12:46 Testbench 4 (linear motor with 25kg load and 1um encoder)
16:48 Conclusion
Credits: Infranor Lourdes (William Romiguières, Christophe Weber, Dominique Jouve), FreePic (https://freepik.com)
Contact: support.france@infranor.com
https://infranor.com/
Repost is prohibited without the creator's permission.
The objective of this training is to introduce you to the procedures for tuning the PacHP's speed and position control loops using the autotuning function, as well as the various advanced tools available (gain planning, frequency analysis, etc.).
The dubbing of this video is available in several languages:
English version: https://www.youtube.com/watch?v=RQFuupLaNO8
French version: https://www.youtube.com/watch?v=gOoX3d__xXk
Italian version: available soon
Spanish version: available soon
German version: available soon
Chinese version: available soon
00:00 Introduction
00:42 Theoretical explanations of mechanical resonances
02:09 Testbench 1 (small direct load inertia with resolver feedback)
05:59 Testbench 2 (big direct load inertia with high resolution encoder)
09:56 Testbench 3 (belt-pulley with high resolution encoder)
12:46 Testbench 4 (linear motor with 25kg load and 1um encoder)
16:48 Conclusion
Credits: Infranor Lourdes (William Romiguières, Christophe Weber, Dominique Jouve), FreePic (https://freepik.com)
Contact: support.france@infranor.com
https://infranor.com/