Best posts made by aidar

Look at https://github.com/dc42/PanelDueFirmware/releases . It starts with "Choosing the correct firmware binary" .

Well, looks like you have kind of mess with your files. So, as i understand you have 3 series firmware. That means your command do define coreXY mode is wrong. It should be M669 K1, not M667 command.
In config you define your axis minima as 0 and maxima as 304. You also define, that your Z endstop is in minima, low end. However you send your bed away from nozzle and endstop in your homez file and the amount is 205, so it cant reach 304 if it was close to nozzle. In homeall it is with right sign, but again, -205. So i assume your z max is 204, not 304. In homeall you send it in right direction, but you have not included commands to back off a little and do another slower approach .

If you want to use bang-bang mode instead if PID, then you activate it with M307 command, not M301. See https://duet3d.dozuki.com/Wiki/Gcode#Section_M307_Set_or_report_heating_process_parameters

Picture seems ok to me. Values will change when its connected to working printer (duet). Number of extruder depends on how many you have in your config.g file on duet. So all seems ok. Just make sure you connect it correctly. https://duet3d.dozuki.com/Wiki/Connecting_an_LCD_control_panel#Section_Connecting_a_PanelDue

My understanding is, and i can be wrong of course, that paneldue dont know about fans remapping, thats why i reccomended to use fan0 as part cooling fan and fan1 as hotend fan.

I can not see where is yellow wire connected to. In deplayprobe and retractprobe files you define it to be connected to heater7, however in your config you disabled heater3 and heater4 for it. And servo signal wire (yellow one) is not connected to either of them. I see black wire connected to heater3 pin, if it is yellow servo wire extension, then you should change deployprobe and retractprobe files .So they will be:
M280 P3 S10 I1
and
M280 P3 S90 I1

From spec Maestro can handle 18A for bed. It doesnt matter if its 12V or 24V, amps are allways amps. Different is how powerfull bed you can run directly from board, so 12V x 18A = 216W, 24V x 18A = 432W. So, if you use 24V and your bed is near 400W or more, i would recommend run it via external mosfet or SSR.

Your config seems ok to me. Until you dont have something fancy in your config_override file it should work, If it doesnt i reccomend to check fan itself - connect it directly to psu to make sure it works. Then check all connections, specially F0 connector pins for bad solder. If fan works ok on other fan connectors and F0 connactor seems to be ok also but fan doesnt work on F0, then probably F0 mosfet is damaged.

Besides recomendation that jay_s_uk gave you, your tool fan definition is wrong. Tool fan is part cooling (filament in your case) fan, so your M563 command should incluse F2 instead of F1. Tool fan slider will be always visible and controls active tool fan. As you have only one tool, tool fan and filament fan are same for you.

From wiki - Invert the input by prefixing the input pin (C parameter) with ! character, when using an NPN output inductive or capacitive sensor or using an NO switch (not recommended, use a NC switch instead).

I1 parameter does not work for firmware 3.x, so try M558 P5 C"!zprobe.in" H5 F120 T6000

https://duet3d.dozuki.com/Wiki/Bed_levelling_using_multiple_independent_Z_motors

Erase button does what it says, it erases, or should i say deletes firmware. Reset button just resets panel, that means restarts it. If you accidently push ( or let say enclosure does that) erase button, then you need to flash firmware again.

From other post :

M564 H0 does not apply to delta printers because of the increased danger of attempting movement before homing. To test motors individually, see https://duet3d.dozuki.com/Wiki/ConfiguringRepRapFirmwareDeltaPrinter#Section_Testing_the_motors_individually.

Hi
New to Duet, so just quessing here, but...Looks like you have 2 endstops defined for Z axis, switch for max and probe for min. As far as i understand, you can have only one endstop per axis, min or max, not both. Maybe you should define your Z max switch as external trigger (look at M581 Gcode wiki).
And sorry my bad english.

On PanelDue, there is icon with SD card image. Click on it, and you will see everithing you have in "jobs". Click on filename and there are buttons "Simulate", "Print" and something else also, cant remember right now. So Click on "Print" and there you go...

Hi.

I guess you should define tool without heater and fan : https://duet3d.dozuki.com/Wiki/Gcode#Section_M563_Define_or_remove_a_tool

Hi

Seems you have configured it as Core XY printer, but it is not as far as i know. So delete line "M667 S1 ; Select CoreXY mode" or comment it out and all should work ok then.

I belive the format for name is C"name", so you should try : M106 P0 S0 I0 F31 H-1 B1 C"PartFan1"

Above calculations use 16 microstepping because you wrote you use 16 interpolated. This may looks like 256 , but it isnt. Calculations for steps per distance are made in processor, so it use this 16 value, interpolation is made after in driver by splitting each microstep to 16 more steps again. Or something like that. Anyway, if you use 16x interpolated or 256x its kind of same for motor, but not same for processor calculations. I hope it make sence, howevwr i have to say sorry for my bad english once again.

First of all you have to figure out which pin is which on sensor connector. Try to find datasheet for that sensor or something, cant help you here. On typical inductive sensor brown wire is +VIN, blue is ground and black is signal wire, but dont take it from my words only, you have to check it first.
In config.g file you should define Z endstop controlled by probe, for example:
M574 Z1 S2
followed by probe defination, something like:
M558 P5 H5 F120 A3 T6000 I1