The values given earlier should be close to the stock Ender 3 Marlin values, adjusted for common RepRap values. The ones shown in the screenshot are not relevant in any way.
The values given earlier should be close to the stock Ender 3 Marlin values, adjusted for common RepRap values. The ones shown in the screenshot are not relevant in any way.
And In fact, they aren’t far off from the values you posted. T100000 versus T98801 B4138 versus B4185. However R4700 is for the Duet Wifi, the Duet Maestro is R2200. Connecting thermistors or PT1000 temperature sensors
And In fact, they aren’t far off from the values you posted. T100000 versus T98801 B4138 versus B4185. However R4700 is for the Duet Wifi, the Duet Maestro is R2200. Connecting thermistors or PT1000 temperature sensors
Well there's cases to be made for either way. The reasoning for doing it this way is that it requires no disassembly so is easiest for the novice. It's also arguably closer to actual usage scenarios. Any feedback in the filament path to the nozzle will be present and accounted for. By using a high temp and slow extrude there shouldn't be any pressure feedback however, so that's taken care of. To deal with that you'd need to tune non linear extrusion.
As it says in step 6, you’d only expect a negative value for nozzle contact probes which would press into the bed slightly in order to trigger. Pressing into the bed would mean that the trigger height is below the Z0 point of the bed surface.
https://forum.duet3d.com/
Please start a thread on the forum. Include your config.g and homing files.
The values given earlier should be close to the stock Ender 3 Marlin values, adjusted for common RepRap values. The ones shown in the screenshot are not relevant in any way.
The values given earlier should be close to the stock Ender 3 Marlin values, adjusted for common RepRap values. The ones shown in the screenshot are not relevant in any way.
Yes it does, just plug it into the PanelDue port just like you would with the Duet Wifi
Fixed it. Thanks.
The thermistor values are based on the recommendations from this thread: https://forum.duet3d.com/topic/9464/m305...
And In fact, they aren’t far off from the values you posted. T100000 versus T98801 B4138 versus B4185. However R4700 is for the Duet Wifi, the Duet Maestro is R2200. Connecting thermistors or PT1000 temperature sensors
The thermistor values are based on the recommendations from this thread: https://forum.duet3d.com/topic/9464/m305...
And In fact, they aren’t far off from the values you posted. T100000 versus T98801 B4138 versus B4185. However R4700 is for the Duet Wifi, the Duet Maestro is R2200. Connecting thermistors or PT1000 temperature sensors
Well there's cases to be made for either way. The reasoning for doing it this way is that it requires no disassembly so is easiest for the novice. It's also arguably closer to actual usage scenarios. Any feedback in the filament path to the nozzle will be present and accounted for. By using a high temp and slow extrude there shouldn't be any pressure feedback however, so that's taken care of. To deal with that you'd need to tune non linear extrusion.
Thanks for posting an alternative.
As it says in step 6, you’d only expect a negative value for nozzle contact probes which would press into the bed slightly in order to trigger. Pressing into the bed would mean that the trigger height is below the Z0 point of the bed surface.
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