Duet 2 Ethernet and SBC
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@wilriker said in Duet 2 Ethernet and SBC:
@smoki3 Can you then please post your
config.gas well as yourhome*.gfiles?I was able to simulate a print as well as (air) print without issues. Basically everything worked for me except flashing new firmware so it must be something in your config that I do not have that might help to narrow down the problem further.
I don't think it has something to do with the config. I believe that the issue is more randomly. Because I sometimes get a "hanging forever printer", sometimes the printer resets.
config.g:
; General preferences G90 ; Send absolute coordinates M83 ; relative extruder moves ;Panel Due M575 P1 S1 B57600 ; Drives M584 X7 Y8 Z0 E5:6:2:1 U9 V4 W3 ; Map Drives to Axis M669 K1 ; Select CoreXY mode M569 P0 S0 ; Drive 0 goes forwards M569 P1 S0 ; Drive 1 goes forwards M569 P2 S0 ; Drive 2 goes forwards M569 P3 S1 ; Drive 3 goes forwards M569 P4 S1 ; Drive 4 goes forwards M569 P5 S0 ; Drive 5 goes forwards M569 P6 S1 ; Drive 6 goes forwards M569 P7 S0 ; Drive 7 goes forwards M569 P8 S0 ; Drive 8 goes forwards M569 P9 S0 ; Drive 9 goes forwards M350 X16 Y16 Z16 E16:16:16:16 V16 W16 I1 ; Configure microstepping with interpolation M350 U8 I0 ; Configure microstepping without interpolation M92 X100 Y100 Z1600 U100 V400 W400 E420:420:420:420 ; Set steps per mm M566 X600 Y600 Z35 U2 V8 W8 E800:800:800:800 ; Set maximum instantaneous speed changes (mm/min) M203 X35000 Y35000 Z1200 U5000 V1200 W2400 E5000:5000:5000:5000 ; Set maximum speeds (mm/min) M201 X6000 Y6000 Z400 U500 V400 W400 E2500:2500:2500:2500 ; Set accelerations (mm/s^2) M906 X1650 Y1650 Z1100 U400 V1000 W1000 E1450:1000:1000:1450 I30 ; Set motor currents (mA) and motor idle factor in per cent M84 S120 ; Set idle timeout ; Axis Limits M208 X-35 Y-49 Z0 U0 V0 W0 S1 ; Set axis minima M208 X328.5 Y243 Z300 U500 V34 W34 S0 ; Set axis maxima ; Thermal Sensors M308 S0 P"bedtemp" Y"thermistor" T100000 B3950 ; Set thermistor + ADC parameters for heater 0 M308 S1 P"duex.e2temp" Y"thermistor" T100000 B4725 C7.060000e-8 ; Set thermistor + ADC parameters for heater 1 M308 S2 P"e0temp" Y"thermistor" T100000 B4725 C7.060000e-8 ; Set thermistor + ADC parameters for heater 2 M308 S3 P"duex.e3temp" Y"thermistor" T100000 B4725 C7.060000e-8 ; Set thermistor + ADC parameters for heater 3 M308 S4 P"duex.e4temp" Y"thermistor" T100000 B4725 C7.060000e-8 ; Set thermistor + ADC parameters for heater 4 ; Hardware M950 H0 C"bedheat" T0 ; Bed Heater M950 H1 C"duex.e2heat" T1 ; Tool 0 Heater M950 H2 C"e0heat" T2 ; Tool 1 Heater M950 H3 C"duex.e3heat" T3 ; Tool 2 Heater M950 H4 C"duex.e4heat" T4 ; Tool 3 Heater M950 F0 C"fan0" ; Tool 1 PCF M950 F1 C"fan1" ; Tool 1 HEF M950 F3 C"duex.fan3" ; Tool 0 PCF M950 F4 C"duex.fan4" ; Tool 0 HEF M950 F5 C"duex.fan5" ; Tool 2 PCF M950 F6 C"duex.fan6" ; Tool 2 HEF M950 F7 C"duex.fan7" ; Tool 3 PCF M950 F8 C"duex.fan8" ; Tool 3 HEF M950 F9 C"duex.e5heat" ; LED ; Max Temp Protection M140 H0 M143 H0 S140 ; Set temperature limit for heater 0 to 140C M143 H1 S275 ; Set temperature limit for heater 1 to 270C M143 H2 S275 ; Set temperature limit for heater 2 to 270C M143 H3 S275 ; Set temperature limit for heater 3 to 270C M143 H4 S275 ; Set temperature limit for heater 4 to 270C ; Fanmapping M106 P3 S0 I0 F500 H-1 C"Tool 0" ; Set fan 3 value, PWM signal inversion and frequency. Thermostatic control is turned off M106 P0 S0 I0 F500 H-1 C"Tool 1" ; Set fan 0 value, PWM signal inversion and frequency. Thermostatic control is turned off M106 P5 S0 I0 F500 H-1 C"Tool 2" ; Set fan 5 value, PWM signal inversion and frequency. Thermostatic control is turned off M106 P7 S0 I0 F500 H-1 C"Tool 3" ; Set fan 7 value, PWM signal inversion and frequency. Thermostatic control is turned off M106 P9 S0 I0 F500 H-1 C"LED" ; Set LED value, PWM signal inversion and frequency. Thermostatic control is turned off M106 P4 S1 I0 F500 H1 T75 ; Set fan 4 value for Tool 0, PWM signal inversion and frequency. Thermostatic control is turned on M106 P1 S1 I0 F500 H2 T75 ; Set fan 1 value for Tool 1, PWM signal inversion and frequency. Thermostatic control is turned on M106 P6 S1 I0 F500 H3 T75 ; Set fan 6 value for Tool 2, PWM signal inversion and frequency. Thermostatic control is turned on M106 P8 S1 I0 F500 H4 T75 ; Set fan 8 value for Tool 4, PWM signal inversion and frequency. Thermostatic control is turned on ; Endstops ;M915 H300 X Y S4 R0 F0 ; Set Stall detection sensitivity ;M915 V S2 H350 F0 R0 ; Calibration ;M915 W S2 H350 F0 R0 ; Cleaner ;M574 Y1 S3 ; Set endstops controlled by motor load detection ;M574 X1 S3 ; Set endstops controlled by motor load detection ;M574 U0 ; Set endstops controlled by motor load detection ;M574 V1 S3 ; Set endstops controlled by motor load detection ;M574 W1 S3 ; Set endstops controlled by motor load detection ; Z-Probe M558 K0 P5 C"^!zprobe.in" H3 F180 T25000 ; Z probe connected to Z endstop input G31 K0 X0 Y0 Z0.15 P500 ; Set Z probe offset + naher ran - weiter weg M557 X10:290 Y20:180 S40 ; Define mesh grid ; Tool Probe M558 K1 P8 C"!e0stop" H5 F80 T3000 ; Tool probe connected to Z endstop input G31 K1 X0 Y0 Z0 P500 ; Set Z probe offset + naher ran - weiter weg ; Tools M563 P0 D0 H1 F3 ; Define tool 0, Fan 3 M563 P1 D1 H2 F0 ; Define tool 1, Fan 0 M563 P2 D2 H3 F5 ; Define tool 2, Fan 5 M563 P3 D3 H4 F7 ; Define tool 3, Fan 7 ; PID Settings Tools M307 H1 A595.9 C199.5 D4.5 S1.00 V24.1 B0 ; Set PID settings tool 0 M307 H2 A775.0 C252.4 D8.2 S1.00 V24.1 B0 ; Set PID settings tool 1 M307 H3 A716.5 C237.1 D8.7 S1.00 V24.1 B0 ; Set PID settings tool 2 M307 H4 A567.7 C241.0 D6.7 S0.80 V24.1 B0 ; Set PID settings tool 3 M307 H0 A181.4 C631.5 D4.9 S1.00 V24.1 B0 ; Bed PID Settings ; Tools Temperatures G10 P0 R0 S0 ; Set initial tool 0 active and standby temperatures to 0C G10 P1 R0 S0 ; Set initial tool 1 active and standby temperatures to 0C G10 P2 R0 S0 ; Set initial tool 2 active and standby temperatures to 0C G10 P3 R0 S0 ; Set initial tool 3 active and standby temperatures to 0C ; Calibrate MCU Temperature M912 P0 S-8 ; LED M106 P9 S0.5 ; DAA M593 F50 ; Pressure Advance ; M572 D0:3 S0.5 M572 D1:2 S0.05 ; Load config override M501homeall.g:
; homeall.g ; called to home all axes M98 P"/sys/homey.g" M98 P"/sys/homex.g" M98 P"/sys/homez.g" M98 P"/sys/homeu.g" M98 P"/sys/homev.g" M98 P"/sys/homew.g"homex.g:
; homex.g ; called to home the x axis G91 ; use relative positioning G1 H2 X0.5 Y-0.5 F10000 ; energise M913 X25 Y25 ; drop motor currents to 50% G1 H2 Z3 F5000 ; lift Z 3mm G1 H1 X-400 F3200 ; move left 400mm, stopping at the endstop G4 P100 G1 X2 F2000 G1 H2 Z-3 F1200 ; lower Z G90 ; back to absolute positioning M400 ; make sure everything has stopped before we reset the motor currents G4 P100 ; wait 400ms M913 X100 Y100 ; motor currents back to 100%homey.g:
; homey.g ; called to home the Y axis G91 ; use relative positioning G1 H2 X0.5 Y-0.5 F10000 ; energise M913 X25 Y25 ; drop motor currents to 25% G1 H2 Z3 F5000 ; lift Z 3mm G1 H1 Y-400 F3200 ; move to the front 400mm, stopping at the endstop G4 P200 G1 Y2 F2000 G1 H2 Z-3 F1200 ; lower Z G90 ; back to absolute positioning M400 ; make sure everything has stopped before we reset the motor currents G4 P100 ; wait 400ms M913 X100 Y100 ; motor currents back to 100%homez.g:
; homez.g ; called to home the Z axis ; ; generated by RepRapFirmware Configuration Tool on Wed Sep 19 2018 21:12:53 GMT+0200 (MitteleuropƤische Sommerzeit) G29 S2 G1 H2 Z3 F5000 ; lift Z 3mm G1 X150 Y100 F25000 ; go to first probe point G30 ; home Z by probing the bed G91 G1 Z20 F2500 G90 ; absolute positioning G1 X0 Y-40 F25000homeu.g:
; homeu.g ; called to home the U axis (coupler) ;crashu G92 U500 M913 U40 G1 U-500 F2400 M400 M913 U100 G1 U1 F5000 G92 U0 ;Open Coupler M98 P"/macros/Toolhead/1. Toolhead unlock"homev.g:
G91 M913 V70 ; drop motor currents to 50% G1 H1 V-50 F1000 ; move left 400mm, stopping at the endstop G4 P100 G1 V2 F600 G90 ; back to absolute positioning M400 ; make sure everything has stopped before we reset the motor currents G4 P100 ; wait 400ms M913 V100 ; motor currents back to 100%homew.g:
G91 M913 W70 ; drop motor currents to 50% G1 H1 W-50 F1000 ; move left 400mm, stopping at the endstop G4 P100 G1 W2 F600 G90 ; back to absolute positioning M400 ; make sure everything has stopped before we reset the motor currents G4 P100 ; wait 400ms M913 W100 ; motor currents back to 100% -
@wilriker said in Duet 2 Ethernet and SBC:
Basically everything worked for me except flashing new firmware so it must be something in your config that I do not have that might help to narrow down the problem further.
Ditto. I notice hes using a Duex5 - are you? I'm not.
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@bearer said in Duet 2 Ethernet and SBC:
@wilriker said in Duet 2 Ethernet and SBC:
Basically everything worked for me except flashing new firmware so it must be something in your config that I do not have that might help to narrow down the problem further.
Ditto. I notice hes using a Duex5 - are you? I'm not.
Maybe it also make a difference if you have just 4 Motor drivers active. I actually have all 10 drivers active
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@smoki3 said in Duet 2 Ethernet and SBC:
Maybe it also make a difference if you have just 4 Motor drivers active. I actually have all 10 drivers active
if you upload a sliced file we could test if it is the config or physical presence that makes a difference (if either). running just your config doesn't seen to be a problem with or without Vin, but my simulation doesn't use multiple tools.
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@bearer said in Duet 2 Ethernet and SBC:
@smoki3 said in Duet 2 Ethernet and SBC:
Maybe it also make a difference if you have just 4 Motor drivers active. I actually have all 10 drivers active
if you upload a sliced file we could test if it is the config or physical presence that makes a difference (if either). running just your config doesn't seen to be a problem with or without Vin, but my simulation doesn't use multiple tools.
Without the duex5 you should get a lot of errors that the motor drivers are not connected. My test file also was just one tool head.
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@bearer said in Duet 2 Ethernet and SBC:
Ditto. I notice hes using a Duex5 - are you? I'm not.
No, I'm not but since the reason so far is that it's caused by interrupts clashing somehow having to handle more interrupts when DueX5 is connected will probably even worsen the situation.
@smoki3 said in Duet 2 Ethernet and SBC:
Maybe it also make a difference if you have just 4 Motor drivers active. I actually have all 10 drivers active
No, it's not even having the drivers active but in a
poweredstate, i.e. input voltage is > ~10V . Whenever this state is detected it will enable an interrupt to receive data from the drivers. On my setup without DueX5 and without stallGuard I can solve the issue of flashing by just disabling the corresponding interrupt handler in the preparation steps for flashing. But of course this cannot be done in regular printer use. -
@wilriker said in Duet 2 Ethernet and SBC:
disabling the corresponding interrupt handler
I always wanted to know but did not find the answer yet, but you may know: is the interrupt request lost then or is it queued?
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@JoergS5 TBH I am not 100% certain but my understanding is that if the IRQ handler is disabled there is no one interested in this event and then it's discarded. Also since interrupts are high priority "look at me NOW!" events I don't think it would even make sense to queue them.
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@wilriker thank you! I feared it. I am currently reading books about Cortex MCUs, but this question is not answered yet.
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@JoergS5 I would assume that this behavior is not limited to microcontrollers but due to the NOW!-nature of interrupts it doesn't make sense on any platform to store them - I imagine this similar to dropping broken/not-fetched-in-time frames in video playback since it would not make sense to insert them at a later point in the stream.
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@wilriker the Cortex interrupts can nest, ie a higher priority can interrupt an interrupt, the original one proceeding after. I ask because in RRF is a place with interrupt disabled with the comment to hold execution time as short as possible. Makes sense then.
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@JoergS5 Oh, you mean when there actually are handlers for different interrupts. I thought you were talking about what happens when the interrupt handler is disabled. Misunderstanding.
That's actually a field of learning for me still, too.
But more relevant to this topic again: it's not simply interrupts clashing but interrupts also using DMA. So there are multiple priorities to juggle.
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@wilriker no, you understood me correctly, I meant it the way you answered.
I was talking about nested interrupts (NVIC) only because they are in a sense a queuing mechanism, because if a higher interrupt comes, the interrupt which is running is saved and later proceeded. -
I give up!
I can not get any stable connection between my raspberry and the duet.I tried different cables, removed all high current wires in the near of the raspberry. Connected every GND Pin directly to my Power Supply.
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@smoki3 said in Duet 2 Ethernet and SBC:
I tried
did you try without the duex? i realize you probably need the duex, but if nothing else it could help narrow down what to focus on
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@bearer said in Duet 2 Ethernet and SBC:
@smoki3 said in Duet 2 Ethernet and SBC:
I tried
did you try without the duex? i realize you probably need the duex, but if nothing else it could help narrow down what to focus on
Not as easy. Then I have to wire my complete printer again
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If I could load and simulate with your config shouldn't you be able to just disconnect the 50 pin ribbon and power and run a simulation as well?
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@bearer then I already get a lot of errors while booting, because the drivers are missing
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@smoki3 Don't worry about your wiring. It most likely is a firmware issue. Unfortunately I did not have any time since the last time I wrote here to look into that.
Manuel
Duet 3 6HC (v0.6) with RPi 4B on a custom Cartesian
with probably always latest firmware/DWC (incl. betas or self-compiled)
My Tool Collection -
So when this works for the Ethernet model would it be possible to run spaghetti detective?
Also, for the D2E, would this offloading to the SBC enable smoother segments on Delta's using mesh compensation?
