I just want to say thank you to team Duet, I just brought the V3 mini-5
and the quality of the board is just amazing and the packaging is on point.

So it's just a thank you for all your hard work, not only on hardware but your superb support.
No other company comes Close IMO and Worth every penny.

So this is my appreciation and a hat tip

Regards

Richard from shropshire

@CaLviNx forgive me i did not know there was a data sheet with specs as the board is still in testing and things can change before the release

You can close thread now if you like

@Richard-F for future problems , i fixed it by turning these off

@phaedrux

i thought i was paying for a genuine board . will buy direct from duet next time , thank you for your help

so after jumping from my marlin 8bit board, i have to say im very happy so far, printer is so quiet and smooth now , doing my first print now :}

awesome job @duet3d

omg jay , after hours of trying to figure this out , i did a power cycle and its working

@jay_s_uk

[0_1603694194798_duet v2.obj](Uploading 100%) stl model here https://www.thingiverse.com/thing:4634454

@tekkydave lol ;}
A compliment does not cost anything. And sometimes it is good to give back : }

As title ;}

DUET3D.stl

Feel free to use modify.
Just me messing around, I need to get out more, lol

I tried to upload the fusion file, but chat here does not support f3d.
But i added the stl if anyone wants it

@Charlie Thanks

@T3P3Tony ikr

Patent pending
A bit of Friday night fun for you

@droftarts thanks IAN , i will look at that "duet doc " Me having dyslexia , it's hard to take in information from text . But i will try my best

@Charlie would a mouse optical sensor work to monitor filament

do we need more than this for a run out trigger

@tas thanks Tas . i will give that a go and fine tune later

Sorry everyone , i have 2 threads open . but i only come on here when ive been trying myself to figure out for hours

it seems there are lots of offset options

its a hall , ( metal bed detect probe ) . im also using it as the home z endstop .

its about 2mm up from nozzle

so i dont know what is the best M-code to use . i carnt seem to get a good offest without the point data flying off the grid..
either way , high or low

M106 P1 S230 ; Turn on fan 0 at full speed






M307 H0 R2.430 K0.560:0.000 D5.50 E1.35 S1.00 B0 V0.0
M307 H1 R0.130 K0.150:0.000 D10.00 E1.35 S1.00 B1



M558 K0 P8 C"20.io0.in" H2 F200000 T1000                        ; configure metal proximity sensor via slot #0
G31 P500 X20 Y-20 Z5   
M851 Z3.1 ; Set Z probe offset       .. 





M109 S0 T0 


M593 F40  ; impit shaper , F= HZ 





; Z probe parameters
;G31 K0 P500 X20.0 Y-15.0 Z3


;G10 P0 L20 X0 Y0 Z10.1     ; HIGHER = DOWN . LOW = UP 

@droftarts said in Input shaping . can i just run a auto tune ?:

@Richard-F Once you have followed the advice from @oliof and @gloomyandy, you can test the input shaping with a print. See the 'Klipper version' section here: https://docs.duet3d.com/en/How_to_guides/Calibration#input-shaping

Download the 'ringing tower' from the Klipper page. The first macro is for printing at different accelerations to show the ringing, so shouldn't be needed if you already know the frequency from the accelerometer. The second macro applies the different input shapers, to see the effect.

Ian
thanks IAN will do I'm just making my own build so i just need a basic set up at the moment and fine tune later , but that will be useful when i do

@oliof Thank you so much for your time , i think i have a basic understanding , I'm setting up a new build so I'm working out many different things as i go

but i think this is right . i hope lol

@Richard-F
would it be M593 F40 ? .
configure / apply on the right of the tick boxes , I've no idea what thats doing . lol
.I've tried looking for video tutorial , me being neurodivergent ,a video is the best way for me to understand