Posts made by eloguru

Morning @dc42, morning @oliof

I saved the g-code in the 'makros's and I did try to call it from several positions within config.g, none of them worked.

I can see the makro is being processed (the machine has LED light and entering a call of the makro to switch it off worked, so there is probably just no information from the sensor at that point of time forcing the makro to simply 'do nothing'?

When it comes to the configuration of the port I will switch to linear-analog as suggested and see how it performs.

Anyway, I appreciate your quick response. I dont have the time to look after it right now but I will continue working on the problem at the beginning of next week, so I will keep you updated.

Best regards
Sascha

@eloguru

Solution for now:
In config.g, add another thermistor named 'Detect_L'/'Detect_R' on 20/21.temp1 like in

M308 S3 P"20.temp1" Y"thermistor" A"Detect_L" T100000 B4725 C7.06e-8
M308 S4 P"21.temp1" Y"thermistor" A"Detect_R" T100000 B4725 C7.06e-8

Then in an additional makro read 'temperature and name

echo "Sensor name= " ^sensors.analog[3].name
echo "Sensor right= " ^sensors.analog[3].lastReading
echo "Sensor name= " ^sensors.analog[4].name
echo "Sensor right= " ^sensors.analog[4].lastReading

giving me

Sensor name= Detect_L
Sensor left= 139.9
Sensor name= Detect_R
Sensor right= -273.1

as the result.

I then simply added some conditional stuff to do the proper e-steps/etc. for the detected extruder like in

if sensors.analog[3].lastReading<-260.0
echo "Input open"
if sensors.analog[3].lastReading>145.0 & sensors.analog[3].lastReading<149.0
echo "Stainless steel (316L) 2.85mm"
M92 T0 E770.00 ;Orbiter (2.85mm) -> set steps per mm
elif sensors.analog[3].lastReading>139.0 & sensors.analog[3].lastReading<141.0
echo "Stainless steel (316L) 1.75mm"
M92 T0 E690.00 ;Orbiter (1.75mm) -> set steps per mm

One issue I came over was that I cant trigger the makro doing this called from config.g. Any idea on this?

Cheers
Sascha

Hi everyone,

we are doing sinter based metal FFF printing in an Idex setup with a duet3 6HC enabled machine using 1LC (v1.3) tool boards.

As we use a defined toolhead for every single material we print we would like to automise the detection of the attached tool(board).
I had a talking about this topic with (i think dc42) on the Duet3d booth at last years (2023) Formnext in Frankfurt mentioning using the second PT1000 input as a possibility to do so. Idea was (if I understood correctly) to detect the resistance of an attached resistor (with another resistance for every tool) to figure out which tool is connected and use the result to do the necessary settings in a g-code/skript.

I tried to find something similar using the search function here in the bulletin board but I din't make it to find some information.

Can someone point me to the right direction?

Best regards
Sascha