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Rod, all my 3D printers run Klipper on laptops or NUC's, nothing runs on RPI's on my shops, although i have 2 somewhere, the 3B version.
Use KIAUH from github, it will install and setup everything on a PC, including camera, telegram bot, etc

First of all, thank you very much for your work with the images. 

According to everything I found on the net, a pi 5 8GB with SanDisk extreme pro 64gb, official power supply and a Mesa 7i96s should work without any problems? Is that correct?  

Are there any restrictions regarding
- user interface (probe basic, gmoccapy)
- the wireless 6 axis handwheel  

One last question about the cooling / housing.Is a passive cooled case like the Flirc Raspberry Pi 5 case sufficient or should active cooling be provided? My thoughts on this are mainly dust protection.


Perhaps useful for others
Unfortunately, the standard office monitors all have large ventilation slots on the back. I have been looking for alternatives for a time and would now like to use a mobile external monitor (sold as a supplement to the laptop). These seem to be much better protected against dust.

Thanks 
Erwin 

So this code does the same thing?
(pwmgen.00 is the spindle pwmgen)

Second hand laptops are much cheaper and much more powerful, and can easily run Klipper.

I didn't know that!

I don't think the error has anything to do with your I/O module. Sounds like you are using a wrong pin name. comment it out until it opens and then review in halshow to see what you did wrong...

pgf wrote:

Okay, I think a picture will help.

That's because since homing (and even rapids, on my mill) are very slow, I'd really rather skip the extra bed travel, and have it home directly to 12, and stayed there.
 

Homing does not have to be slow but there is a tradeoff between overtravel and velocity. Now you have it working, try playing with the HOME_VELOCITY and LATCH_VELOCITY. ON my plasma table, I settled on 12 metres/minute