Z axis will not change layers during a print
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I have tried now removing the Fxxxx from all Z axis moves in the g-code such as G1 Z0.28 F7200.000 to just G1 Z0.28, no help.
I have also tried setting M203 to extremely low (60). I know my printer's Z axis can move much faster than this. Still no go.
What is strange is that I can copy paste the g-code lines for z-axis movement and it will run just fine, but somehow when printing, the commands seems to be ignored. I did a dry run, and all xy moves seems fine, but the z-axis never moves one bit during printing…
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Shouldnt be….its the ”most Cartesian” printer I own. Independent Y holding the platform, and belt X axis on Z lead screw platform.
OK. I simply asked if it was Delta because you didn't say in you OP and my crystal ball had misted up, so I had no way of knowing.
Could you share a section of the gcode file you are trying to print? Maybe one of us can spot something.
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Shouldnt be….its the ”most Cartesian” printer I own. Independent Y holding the platform, and belt X axis on Z lead screw platform.
OK. I simply asked if it was Delta because you didn't say in you OP and my crystal ball had misted up, so I had no way of knowing.
Could you share a section of the gcode file you are trying to print? Maybe one of us can spot something.
No problem. Apologies for not specifying. In my mind, it's taken for granted since I have been staring at this thing for the past 2 days, since the first thing I checked was all leads terminals and mechanics.
here is the first couple of lines of g-code for calibration. With filament in, it won't get farther than that before the extruder jams
[[language]] ; generated by Slic3r 1.3.0-dev on 2018-04-03 at 18:59:48 ; external perimeters extrusion width = 0.55mm (0.00mm^3/s) ; perimeters extrusion width = 0.70mm (0.00mm^3/s) ; infill extrusion width = 0.62mm (0.00mm^3/s) ; solid infill extrusion width = 0.70mm (0.00mm^3/s) ; top infill extrusion width = 0.70mm (0.00mm^3/s) M107 M115 U3.1.0 ; tell printer latest fw version M83 ; extruder relative mode M104 S220 ; set extruder temp M140 S60 ; set bed temp M190 S60 ; wait for bed temp M109 S220 ; wait for extruder temp G28 W ; home all without mesh bed level G80 ; mesh bed leveling G1 Y-3.0 F1000.0 ; go outside print area G92 E0.0 G1 X60.0 E9.0 F1000.0 ; intro line G1 X100.0 E12.5 F1000.0 ; intro line G92 E0.0 ; Filament gcode G21 ; set units to millimeters G90 ; use absolute coordinates M82 ; use absolute distances for extrusion G92 E0 G1 Z0.280 F7200.000 G1 E-2.00000 F2400.00000 G92 E0 G1 Z0.780 F7200.000 G1 X134.544 Y135.615 F7200.000 G1 Z0.280 F7200.000 G1 E2.00000 F2400.00000 G1 F2400 G1 X136.309 Y134.052 E2.13310 G1 X138.493 Y133.164 E2.26621 G1 X140.000 Y133.000 E2.35175 G1 X160.000 Y133.000 E3.48073 G1 X162.324 Y133.397 E3.61383 G1 X164.385 Y134.544 E3.74694 G1 X165.948 Y136.309 E3.88004 G1 X166.836 Y138.493 E4.01314 G1 X167.000 Y140.000 E4.09869 G1 X167.000 Y160.000 E5.22767 G1 X166.603 Y162.324 E5.36077 G1 X165.456 Y164.385 E5.49388 G1 X163.691 Y165.948 E5.62698 G1 X161.507 Y166.836 E5.76008 G1 X160.000 Y167.000 E5.84563 G1 X140.000 Y167.000 E6.97461 G1 X137.676 Y166.603 E7.10771 G1 X135.615 Y165.456 E7.24081 G1 X134.052 Y163.691 E7.37392 G1 X133.164 Y161.507 E7.50702 G1 X133.000 Y160.000 E7.59256 G1 X133.000 Y140.000 E8.72155 G1 X133.397 Y137.676 E8.85465 G1 X134.507 Y135.681 E8.98352 G1 X135.039 Y135.800 F7200.000 G1 F2400 G1 X136.787 Y134.349 E9.11175 G1 X140.000 Y133.500 E9.29932 G1 X160.000 Y133.500 E10.42830 G1 X162.237 Y133.897 E10.55653 G1 X164.200 Y135.039 E10.68476 G1 X165.651 Y136.787 E10.81298 G1 X166.500 Y140.000 E11.00056 G1 X166.500 Y160.000 E12.12954 G1 X166.103 Y162.237 E12.25777 G1 X164.961 Y164.200 E12.38600 G1 X163.213 Y165.651 E12.51422 G1 X160.000 Y166.500 E12.70180 G1 X140.000 Y166.500 E13.83078 G1 X137.763 Y166.103 E13.95901 G1 X135.800 Y164.961 E14.08724 G1 X134.349 Y163.213 E14.21546 G1 X133.500 Y160.000 E14.40304 G1 X133.500 Y140.000 E15.53202 G1 X133.897 Y137.763 E15.66025 G1 X135.002 Y135.865 E15.78424 G1 F5760 G1 X136.787 Y134.349 E14.85716 G1 F5760 G1 X139.164 Y133.721 E13.88424 G1 E13.78424 F2400.00000 G92 E0 G1 Z0.780 F7200.000 G1 X158.720 Y158.720 F7200.000 G1 Z0.280 F7200.000 G1 E2.00000 F2400.00000 G1 F2400 G1 X141.280 Y158.720 E2.98449 G1 X141.280 Y141.280 E3.96898 G1 X158.720 Y141.280 E4.95348 G1 X158.720 Y158.645 E5.93373 G1 X159.220 Y159.220 F7200.000 G1 F2400 G1 X140.780 Y159.220 E6.97467 G1 X140.780 Y140.780 E8.01560 G1 X159.220 Y140.780 E9.05653 G1 X159.220 Y159.145 E10.09323 G1 X159.720 Y159.720 F7200.000 G1 F2400 G1 X140.280 Y159.720 E11.19060 G1 X140.280 Y140.280 E12.28797 G1 X159.720 Y140.280 E13.38534 G1 X159.720 Y159.645 E14.47847 G1 X159.237 Y159.591 F7200.000 G1 F5760 G1 X154.920 Y159.664 E12.57847 G1 E12.47847 F2400.00000 G92 E0 G1 Z0.780 F7200.000 G1 X158.026 Y158.415 F7200.000 G1 Z0.280 F7200.000 G1 E2.00000 F2400.00000 G1 F2373.75 G1 X158.415 Y158.026 E2.03140 G1 X158.415 Y157.311 E2.07219 G1 X157.311 Y158.415 E2.16128 G1 X156.596 Y158.415 E2.20208 G1 X158.415 Y156.596 E2.34886 G1 X158.415 Y155.881 E2.38966 G1 X155.881 Y158.415 E2.59414 G1 X155.167 Y158.415 E2.63493 G1 X158.415 Y155.167 E2.89711 G1 X158.415 Y154.452 E2.93790 G1 X154.452 Y158.415 E3.25777 G1 X153.737 Y158.415 E3.29857 G1 X158.415 Y153.737 E3.67613 G1 X158.415 Y153.022 E3.71693 G1 X153.022 Y158.415 E4.15218 G1 X152.307 Y158.415 E4.19298 G1 X158.415 Y152.307 E4.68593 G1 X158.415 Y151.593 E4.72672 G1 X151.593 Y158.415 E5.27737 G1 X150.878 Y158.415 E5.31817 G1 X158.415 Y150.878 E5.92650 G1 X158.415 Y150.163 E5.96730 G1 X150.163 Y158.415 E6.63333 G1 X149.448 Y158.415 E6.67413 G1 X158.415 Y149.448 E7.39786 G1 X158.415 Y148.733 E7.43865 G1 X148.733 Y158.415 E8.22008 G1 X148.019 Y158.415 E8.26087 G1 X158.415 Y148.019 E9.09999 G1 X158.415 Y147.304 E9.14079 G1 X147.304 Y158.415 E10.03760 G1 X146.589 Y158.415 E10.07839 G1 X158.415 Y146.589 E11.03290 G1 X158.415 Y145.874 E11.07369 G1 X145.874 Y158.415 E12.08589 G1 X145.159 Y158.415 E12.12669 G1 X158.415 Y145.159 E13.19658 G1 X158.415 Y144.445 E13.23738 G1 X144.445 Y158.415 E14.36497 G1 X143.730 Y158.415 E14.40576 G1 X158.415 Y143.730 E15.59104 G1 X158.415 Y143.015 E15.63184 G1 X143.015 Y158.415 E16.87482 G1 X142.300 Y158.415 E16.91561 G1 X158.415 Y142.300 E18.21628 G1 X158.415 Y141.585 E18.25708 G1 X141.585 Y158.415 E19.61545 G1 X141.585 Y157.700 E19.65624 G1 X157.700 Y141.585 E20.95692 G1 X156.985 Y141.585 E20.99771 G1 X141.585 Y156.985 E22.24070 G1 X141.585 Y156.270 E22.28149 G1 X156.270 Y141.585 E23.46678 G1 X155.556 Y141.585 E23.50757 G1 X141.585 Y155.556 E24.63517 G1 X141.585 Y154.841 E24.67596 G1 X154.841 Y141.585 E25.74586 G1 X154.126 Y141.585 E25.78666 G1 X141.585 Y154.126 E26.79886 G1 X141.585 Y153.411 E26.83966 G1 X153.411 Y141.585 E27.79417 G1 X152.696 Y141.585 E27.83497 G1 X141.585 Y152.696 E28.73178 G1 X141.585 Y151.982 E28.77258 G1 X151.982 Y141.585 E29.61170 G1 X151.267 Y141.585 E29.65249 G1 X141.585 Y151.267 E30.43392 G1 X141.585 Y150.552 E30.47472 G1 X150.552 Y141.585 E31.19845 G1 X149.837 Y141.585 E31.23925 G1 X141.585 Y149.837 E31.90529 G1 X141.585 Y149.122 E31.94608 G1 X149.122 Y141.585 E32.55443 G1 X148.408 Y141.585 E32.59522 G1 X141.585 Y148.408 E33.14587 G1 X141.585 Y147.693 E33.18667 G1 X147.693 Y141.585 E33.67962 G1 X146.978 Y141.585 E33.72042 G1 X141.585 Y146.978 E34.15568 G1 X141.585 Y146.263 E34.19648 G1 X146.263 Y141.585 E34.57404 G1 X145.548 Y141.585 E34.61484 G1 X141.585 Y145.548 E34.93471 G1 X141.585 Y144.834 E34.97551 G1 X144.834 Y141.585 E35.23769 G1 X144.119 Y141.585 E35.27848 G1 X141.585 Y144.119 E35.48297 G1 X141.585 Y143.404 E35.52376 G1 X143.404 Y141.585 E35.67055 G1 X142.689 Y141.585 E35.71135 G1 X141.585 Y142.689 E35.80045 G1 X141.585 Y141.974 E35.84124 G1 X141.974 Y141.585 E35.87264 M106 S237.15 G1 Z0.628 F7200.000 G1 X158.640 Y158.640 F7200.000 G1 F4038.77 G1 X141.360 Y158.640 E37.24090 G1 X141.360 Y141.360 E38.60915 G1 X158.640 Y141.360 E39.97740 G1 X158.640 Y158.565 E41.33971 G1 X159.205 Y159.205 F7200.000 G1 F4038.77 G1 X140.795 Y159.205 E42.79745 G1 X140.795 Y140.795 E44.25518 G1 X159.205 Y140.795 E45.71292 G1 X159.205 Y159.130 E47.16472 G1 X159.725 Y159.725 F7200.000 G1 F4800 G1 X140.275 Y159.725 E48.46059 G1 X140.275 Y140.275 E49.75647 G1 X159.725 Y140.275 E51.05234 G1 X159.725 Y159.650 E52.34322 G1 X159.242 Y159.596 F7200.000 G1 X158.294 Y142.145 F7200.000 G1 F3996.83 G1 X157.855 Y141.706 E52.39297 -
I had the same problem due to a config mix up , don
t know if its the same !!!!
My problem was setting the min height wrong .Thanks for the tip. That is one part of the configuration (in my very simple first config file) I haven't managed to fully figure out. I will double-check
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it was M208 X0 Y-15 Z0 S1 which I got wrong and set Z to 3 by mistake or not knowing what I was doing.
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nopp
I didn't do that at least.while the g-code obviously have G1 Z commands, it's still not moving in the Z direction at all during print. baby stepping and all other forms of manual G1 Z commands though the console, and machine control interface works perfectly…. Layer statistics of course doesn't change, taking forever at layer 1...
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Hmmm. That's very odd looking gcode with very strange layers heights and some really weird feed rates. Also some very odd behaviour. It seems that it starts with Z at 0.28 mm, raises it to 0.78 mm, moves the carriage without extruding filament then drops Z back down to 0.28mm and does that few times. Do you have "Avoid crossing perimeters" enabled? Anyway, regardless of that, the Z axis ought to move.
The other thing that struck me was the M115 command with a U parameter. M115 isn't needed so try taking it out, just in case that's causing some havoc somewhere.
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I forgot exactly if I have the crossing perimeters option activated, I shall check when I get home. I do have z-hop enabled, which is probably what that is (although I don't see why it should be there in the beginning since there is little to z-hop over….).
Note that this is generated from my default profile for that printer which I know works well (before I ripped out the old controller for the duet because I fried a driver in all my stupidity). I have also tried generating g-code using the same .stl file in Cura (also with a profile I know worked before, though that doesn't say much here) and the same thing "no z-axis movement" happens during printing.
The last tests I did yesterday was I manually injected huge z-axis movements such as "G1 Z10" at random locations in the first couple of layers of original code, and since I decreased z-axis top speeds to ludicrously low, I can see them in action. They run fine (with the correct distance too), but the "real" layer changes don't seem to be executing.
Almost at wits ends here. Last night I ordered another board (I shop to alleviate stress) to see if that helps, though Duet Wifis are currently out of stock and I have to wait a while ...
Would this be a bad time (i.e. way too late) to say that I (might) have damaged the board during assembly because I shorted a fan output and had to replace the 1A blade fuse? I withheld the information partly due to the fact that none of the other parts of the board seemed to be affected by that after testing, and partly due to me being ashamed of my incompetence.
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I don't think it's a hardware problem, because your G1 Z10 commands worked.
You are not alone in having shorted a fan output. Lots of people seem to do that, which puzzles me. But as that's the many way that users have been damaging Duets, we decided to provide some protection for the fan circuits in the 1.03 PCB revision. Unfortunately, in testing I found that when I shorted a controlled fan output using 24V power, the mosfet blew before the fuse. I don't know what happens using 12V power.
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My mosfet seems to have survived the short at 14.5V, so the blade fuse did its job. I am not sure how it will be now when I replaced it with a 2A one (somehow, in my country 1A mini blade fuses is not a thing that exists)
Not sure about others, in my case shorting the fan output is due to: 1) I do this last, when exhaustion and impatience to fire up the printer sets in. 2) I have the bad habit of swapping my "favorite" fan across systems with different mounts, so my fan wiring has 4-5 half-baked soldering job scars across it, of which any can fail at any time but of course I always check the fresh half-baked crimp job first, happens to be closest to the board in this case. 3) I am not good at crimping. My mechanical handicap shows when using large tools on small parts.
I will try more configuring. While I am not a fan of z-probes in general, perhaps its worth it to try an actual z-probe instead of "faking one" according to the configs. I have found no issues in that respect though since the axis homes correctly with the min z-stop working as intended.
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Hmmm. That's very odd looking gcode with very strange layers heights and some really weird feed rates. Also some very odd behaviour. It seems that it starts with Z at 0.28 mm, raises it to 0.78 mm, moves the carriage without extruding filament then drops Z back down to 0.28mm and does that few times. Do you have "Avoid crossing perimeters" enabled? Anyway, regardless of that, the Z axis ought to move.
The other thing that struck me was the M115 command with a U parameter. M115 isn't needed so try taking it out, just in case that's causing some havoc somewhere.
Well, I'll be darned. Just in time for a spare MKS to arrive and I thought about replacing the Duet board with something that actually works (my only multi-extrusion system so I kind of need it), it works!
Going through the generated g-code, I can say that the "strange" behaviour is the priming with z-hop, though that sequence is a bit strange… after I commented out the home all axis, and G80 (not supported, so it comes out an error), and M115 U commands, I began hearing the z-axis movement (should have learned this earlier since it is the only axis on screws). I do not know which of the two G80 or M115 U that was causing my problem, but easy to figure out now. What still puzzles me is why these unsupported commands will cause only z axis movements not to be executed...
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That's a puzzle! M115 Uxxx will behave just as M115 with no parameters, i.e. return the current firmware version. G80 will return a "not supported" message but is otherwise harmless. I have just tested both.
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I have the same problem any one
Can help me here!!??? Realy the same and my fusr its blow to! Fan fuse, it have someting to do eith that?
