Topics created by tmreith

@jay_s_uk
Worked great! Thanks for the suggestion.

SOLVED - used conditional gcode to control print zone. Reverted back to sensor attached to heater source. This provides a more stable control for the heater.
The conditional gcode reads multiple zone sensors to determine the adjustment needed to drive the heater.
Thanks for reviewing the post.

SOLVED - Cable
The cable used was a traditional RJ11 phone extension cable. The ends are not the same, which created the confusion of the wires being associated with L & H.
I've switched to a twisted pair cable and all is working as designed.
Thanks for the input and time, as I worked through this speed-bump.
For reference see the pics and notice the flipping of the cable.
RJ11_ORIG.jpg

RJ11_ACT.jpg

@chrishamm SOLVED - Thanks
M400 did the trick.

@tmreith The status values you provided are defined by the Marlin firmware and are used to indicate the current state of the 3D printer. Unfortunately, there is no way to provide a custom state based on an MCODE or to change the status to a different state using an MCODE. The status values are hard-coded into the firmware and cannot be modified through G-code commands.

@chrishamm Yes, microSD card damaged and was in forced ready-only mode. I replaced with a new microSD A1 and back to normal. Thanks!

@phaedrux It is correctly processed by DSF 3.4.1, I just checked (object height = 11.05mm). The number of layers was not present in the original file but once added that is parsed correctly, too.

@chrishamm I'll try the work around. I am using the latest version 5.2.0

@phaedrux Thanks, I have the following

d31af541-d905-4335-85de-74cd1494a013-image.png

@tmreith related github issue:
https://github.com/Duet3D/RepRapFirmware/issues/624

T3P3 created this issue in Duet3D/RepRapFirmware closed Allow a fixed offset to be applied to a temperature sensor. #624

@jay_s_uk Awesome! Thanks.

Great! thanks for the prompt feedback and suggestions.

I like the idea of the MultiDuetWebMonitor. I'll give it a go!

I am using a 4 channel IRF540 MOSFET Opto Isolated DC Switch.

From the Duet WiFi 1.03 PCB Expansion header

PIN 1: +5 VDC to Module + Terminal (VCC +5)
PIN 2: GND to Module - Terminal (GND)
PIN 8: HEATER3 to Module Signal (S)

12 VDC 5A Power Supply to Module POWER (VPP/GND)

MOSFET_4CH_DIAGRAM.png

DUETWIFIEXP.png

Nice idea. By using RGB LEDs this will work very well.

https://toms3d.org/2017/07/16/software-controlled-leds/