@Alva RRF actually interprets those error bits already. On the pre warning for overtemp you get a warning on the console, and the fake driver thermistor will report 100C s you could setup a thermostatically controlled fan using that value.
In addition, driver errors generate events, which you can handle in your own macros. See https://docs.duet3d.com/en/User_manual/RepRapFirmware/Events#events
@droftarts I actually got the Duex5 from you and never gave the mot exp a chance in the end (-: And then I upgraded to a Duet 3 mini 5+ with the +2 board; only to switch in toolhead toolboards which made managing the IDEX machine so much easier ...
@DaveA no, stop.g is optional. I would have expected some end gcode moving the print head away from the print, that final move usually throws off the layer line computation (its filtered out when there is a comment like ; E... behind the final Z move). But that doesn't seem to happen in your gcode file so I wondered if other sources existed worth checking.
@DaveA do you have a stop.g or end macro that lifts the print head?
@jeremylee see https://docs.duet3d.com/User_manual/RepRapFirmware/SD_card#sd-card-structure for the basic layout and https://railcore.org/build_and_troubleshoot/installing_and_customizing_config.html for the railcore specifics.
@claustro I'd switch to something newer, dual tooth geared like Sherpa micro or LGX Lite V2. If you feel adventurous, build a belted extruder like Papilio (actually very capable, not very adventurous anymore).
@RodrigoRMaraujo you could do this via daemon.g, checking for motors idle state and enabling a fan if one of the motors is not idle (alternately check for active print).
I know this is a common way to dynamically control electronics box fans in Klipper, but RepRapFirmware has a better way IMO: Using the MCU built in temperature reporting and configuring a thermostatic fan for that.
If you have another application you want to use this, please do share (-;
@Chriss with M600, filament-pause.g is run if it exists, else pause.g is running. But you can call pause.g at the end of filament-pause.g if you want to.
@Phantom329 try S0 as most endstops are normally closed.
@dc42 thats nice and simple and easy. I like it!
@droftarts probing speed recommendation for beacon contact is 2-4mm/s with a maximum of 5mm/s
I wonder if the old analog probe feature of automatically slowing down Z when the probe starts reading could be revived .... this would be good for people with tall printers as they could move at, say, 10mm/sec until the probe reads, and decelerate as soon as the values start changing. But I guess with inertia and deceleration there are other difficulties with this approach I am conveniently glossing over (-:
@gnydick the scale may be off:
@dc42 said in Based on this graph, do I even need input shaping?:
However, it's possible that it it missing a scaling factor
@MaxGyver Duet3D has the Smart Effector for deltas since ever so contact probe for that is kinda solved.
I'd still welcome SZP supporting contact mode; its lack is the main reason I havent looked into installing one yet (and to a lesser degree incomplete thermal compensation).
@claustro look for Schallenkammer Graviflex magnetic foil.
@jensus11 inductive probes, the Pepperl+Fuchs superpinda style ones are good since they are not floating with temperature (as much) and their higher frequency allows for somewhat faster probing. You can get equivalent ones in various places, for example CR3D or RatRig.
Scanning probes usually require CAN connections, you can either go with the Roto Toolboard , Duet3D SZP, or Mellow SB2040v3 Max or SHT36v3 Max versions. Note that temperature compensation for these has not been finished yet and use as a Z probe is somewhat limited (no beacon contact style nozzle probing)
@jensus11 so you are using an older model BLTouch with a metal pin? Sinve version2.1 or so BLTouch comes with nylon pins. Or are you saying you nagnets are so strong it overpowers the BLTouch mechanism further up?
In the former case, you may be able to get a replacement nylon pin and it may work (or get a newer BLTouch with nylon pin). In the latter case you will need to consider another probe like klicky/euclid if you still want to probe the actual surface; or an inductive probe or scanning probe if you want to go touchless.
@Alex maybe make a backup of that SD card, and then create a new configuration from scratch using the configuration tool and the existing config as a backup.
I do believe the config.g would not require a lot of adjustments except new PID tuning since the parameters changed, but starting over may be a good idea nonetheless. It might be worth re-reading the commissioning guide to re-acquaint yourself with the basics https://docs.duet3d.com/en/How_to_guides/Commissioning
@Adamfilip you also could not split the axes and set the endstops pins in one M574 in the order if the defined motors separated by + signs. See https://docs.duet3d.com/User_manual/Connecting_hardware/Z_probe_auto_levelling#axis-levelling-using-endstops
@Tinchus thats exactly what Input Shaping does