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Thanks for the feedback. I have a Mesa 6i25 card with a 7i77 I don't understand. The activation must be controlled by Linux Cc The power-up is not managed by L. Linux CNC, but the activation of the axes is done by itself. I can interpret an entire program despite the small defect on the Y axis I attach a video and the ini and hal file. Thanks for your help.

Yes, I’ve also been encountering this type of error while adding custom logic in the INI file for my double Z CNC machine. I experienced the "out of range M-code" issue when working with higher M-codes. To resolve it, I attempted remapping the M428 code to T in the configuration file, which seemed to help in certain cases. It might be related to how the M-codes are being interpreted by the machine’s controller, so adjusting the logic or reassigning the codes can sometimes fix the problem. Has anyone else had success with a similar approach or found a better solution?

 

bonjour 
des personnes sur bordeaux et allentours pour échangés ,partagés discuté  sur linuxcnc avec une bière ?

Hello,
I upgraded my router from 2.7.15 to 2.9.3 and found out that jogging acceleration limits from XHC-HB04 config are no longer applied to keyboard jogs. MPG jogs are limited by new pins jog-accel-fraction for joints and for axes, tho. I have read a comment to a commit that introduces this change and it confirms, that keyboard jog accelerations are no longer limited. The thing is, that my machine's max accelerations are too scary to be used in manual jogging moves, and I would like to limit them as it was in 2.7.15. 
I did not found any other way to limit the keyboard jogging accelerations other than bringing back the old deprecated mpg-accel script functionality, that muxed the accel values to ini component during jog.
Any thoughts if this could be achieved in other way?
Thank for all feedback.

My setup: (Axis screen, simple servo with stepper outputs to servo drivers from 5i25/7i76 combo)