@oliof Hello Oliof

Thank you for the information, I didn't know about the ferrite sheet. Thank you. When drawing the holder, I made sure that the coil had enough upward clearance from all metal parts. Thank you

@dc42 I still have one question, should I cool the board from the component side or from the back side? Which side would have the better cooling effect?

@oliof Hello Oliof

Thank you for the information, I didn't know about the ferrite sheet. Thank you. When drawing the holder, I made sure that the coil had enough upward clearance from all metal parts. Thank you

@Maestro Hello Maestro

Thank you for your help and the information. In the meantime I have already collected some information regarding the Peltier device. And then I saw, as you wrote, that it won't be that easy in terms of the heat that needs to be dissipated.

And I've already looked at the idea of ​​the water heatsink and that will be the better solution.

Thank you everyone for everything. I'll have to see how I can do the rest myself. Thanks

@dc42 Hello dc42 Thank you for the quick reply and all the information. I'll see how I can implement your tip with the Peltier device. I really want to use the sensor. Since I have never used a Peltier device, do you think an aluminum heatsink is enough for the Peltier device or should I also use a fan? Or is the fan of no use at these temperatures? I am very grateful for your help.

Hello everyone in the Duet3D forum

I have a question. I would like to use the scanning Z probe in my 3D printer that will have a heated chamber. But the main board of the z probe can only be used up to 80 degrees. Is it possible to solder cables directly to the sample pcb and extend the cable outside the chamber because the 305mm cables you get are too short in my case? Or would cooling with a fan also work? Thank you in advance.