This is by far the best set of instructions for the procedure: https://betrue3d.dk/paneldue-update-firmware/

The first step, moving the duet wifi from the cartesian style to the new core-xy style one did work fine without bigger issues. The wiki about the corexy configuration and bltouch did help a lot A broken wire (white one, probe) in my bltouch and a bad crimped contact on the y-connected cable to the stepper-motor were the biggest issues.

Very interested in trying it from that perspective then. It'll be far superior to me measuring filament by eye with a 150mm metal rule! Where can I express an interest in buying a beta model of the magnet based sensor - or is it not ling to wait for the planned commercial release? I realise the date may slip due to beta trial results.

0_1540030155389_config.g

I just checked the code and also re-tested the manual bed levelling adjustment wizard, which uses the same code as the leadscrew adjustment. It's working for me, using firmware 2.02RC3. Which firmware version are you using?

My guess is that your clone behaves a little differently from a genuine BLTouch. You could try changing your deployprobe.g file to this: M280 P3 S10 I1 ; deploy the probe. G4 P200 ; delay 200ms. M42 P3 S0 I1 ; stop sending the deploy command

Currently the firmware doesn't have a facility to perform movements that are not synchronised between all the axes. Have you considered using a DC motor for the concrete sprayer, perhaps connected to a spare heater output (don't forget to add a flyback diode!), and controlling its speed by PWM using M42? That might work if the speed control doesn't have to be precise.

@jacotheron said in PanelDue 5i touch location is off towards the right: Looking on the PanelDue board, I found the buydisplay.com markings, so I checked there. It seems that the actual display on my PanelDue is the one at https://www.buydisplay.com/default/5-tft-lcd-display-module-wvga-800x480-high-resolution-for-mp4-gps. Is this correct? If I can only replace the touch panel, will this one work https://www.buydisplay.com/default/5-inch-resistive-touch-panel-screen? That looks like the right one. Since may PanelDue is the integrated version of the 5". Would simply replacing the touch panel work (cheapest and possibly easiest option)? How would I remove the broken touch panel? Do I simply peel it off? How do I ensure I place the new one perfectly on its place? I don't know because I've never tried it. But see the other post that I linked to earlier from someone who has done it. Or should I rather opt to replace the whole display and touch panel as a unit (the more expensive option)? In this case, how do I separate the display from the PCB? Is it soldered or glued (what glue and what can be used to stop it from keeping the old one) in place? I think that would be more difficult.

What type of Z probe does your machine have? If it's not a nozzle contact probe then the problem may be caused by effector tilt.

Add project RRFLibraries to your Eclipse workspace.

@sunilmulti said in filabase 300*300mm bed with 24v and 450w for duetwifi: sir if i use power supply 24v @ 18A for duetwifi ,so it is ok for 24v and 18.75A heat bed No. The power supply needs ro be sufficient to power both the bed heater and everything else attached to the Duet. A 24V 600W power supply should suffice.

Yes you can do that.

@phaedrux Many thanks for that and especially the YouTube link. I think even an old guy like me could cope with that.

Every device I'm using supports auto MDI-X, and I tried with different cables. If I get my hand on a ethernet analyzer, I will investigate this issue further and keep you posted.

Ok I got it, i was just reading it. Sorry for the trouble.

@namlecnc said in TB6600 external drives: So all + of the 4 drives ( 5678 ) bundle together to the 5+v? The -(stp,dir,ena) stay where they are? Do i leave all 6 wires connected to the tb6600? Yes. That will give you 5V drive to the external drivers.

It sounds that you have configured your printer to have a left hand coordinate system. You need to change it to a right hand coordinate system, which means that the +Y direction is 90 degrees anticlockwise from the +X direction when viewed from above. If it's a Cartesian or CoreXY printer, you can achieve this by reversing one of the axes. If it's a delta, swap the X and Y motor connections and endstop connections.

id like to know what all you had to do to replace the cpu, got a dead board here and most of the tools to do surface mount stuff so i figure ill give it a go

@dc42 Thanks very much

Using the on-board 5V supply is OK, although if your Duet is pre-1.04 then unless it is a small servo you should connect a 220uF capacitor in parallel with the 5V feed to it. What I didn't like about your diagram was connecting the ground wire of the buck regulator to a controlled fan output. If the servo jitters then you are probably commanding it further than its usable range. To avoid the problem, either command it to a less extreme position in the M280 command, or follow the M280 command by a G4 command to delay for long enough for the servo to move, followed by a M42 S0 command to stop commanding the servo to move.