Duet 2 Maestro Wiring Diagram
Click on the file for a larger version
There is an SVG version of this image available on Github.
Caution! If you are used to wiring other members of the Duet series, be aware that the VIN + and - terminals on the barrier strip of the Maestro are the opposite way round compared to Duets that use a 2-way screw terminal block to connect VIN.
RepRapFirmware 3 pin names and assignments
| Name on PCB | RRF 3 pin name(s) | RRF2/3 assigned by default | Notes |
|---|---|---|---|
| BED HEATER | bedheat | Y | Default H0, but you need to create Heater 0 to use it |
| E0 HEAT | e0heat | ||
| E1 HEAT | e1heat | ||
| FAN0 | fan0 | Y | |
| FAN1 | fan1 | Y | |
| FAN2 | fan2 | Y | |
| X STOP | xstop | Y | |
| Y STOP | ystop | Y | |
| Z STOP | zstop | Y | |
| E0 STOP | e0stop | ||
| E1 STOP | e1stop | ||
| Z_PROBE_IN | zprobe.in | Y | this can be used with smarteffector |
| Z_PROBE_MOD | zprobe.mod, servo | Y | |
| BED TEMP | bedtemp | ||
| E0 TEMP | e0temp | ||
| E1 TEMP | e1temp | ||
| C TEMP | ctemp | ||
| PS_ON | pson | ||
| EXP_0 | exp.pa21 | Pin on Expansion Header | |
| EXP_1 | exp.pa22 | Pin on Expansion Header | |
| TWD0 | exp.pa3, twd0 | Pin on Expansion Header and Temp DB Header | |
| TWCK0, twck0 | exp.pa4 | Pin on Expansion Header and Temp DB Header | |
| SPI0_CS1 | spi.cs1 | Pin on Temp DB Header | |
| SPI0_CS2 | spi.cs2 | Pin on Temp DB Header |
Note: In RepRapFirmware 3, stepper drives 0,1,2 and 3 map to X,Y,Z and E0 (driver 4 is not assigned). Reassign these with M584 if needed.
9 Comments
Could you please post a demonstration of what pins on the motor output go to what pins on the stepper? The cable color coding differs quite a bit across cables and features various crossing.
Seth Krumm - Reply
Seth, the 1A-1B and 2A-2B nomenclature is the standard motor naming convention for the poles of the motor. Pole 1 gets connected to 1A and 1B, Pole 2 gets connected to 2A and 2B. If the motor rotates backward from the desired direction or the Duet board reports “short to ground” then swap the A-B on one of the poles.
Keith -
Can you use 5V for the proximity probes? I can’t tell if the probe_in pin is 5V tolerant.
Chris Kuhl - Reply
Can we get an SVG version of this file? It seems to come from an SVG but JPG artifacts are everywhere.
Mike Shephard - Reply
I have linked it - Dozuki does not allow SVGs to be uploaded .
Tony -