[Sparkcube XL] MABL Problem
Hi,
i hope i'm in the right Category.
I'm trying to configure the MABL of the Sparkcube XL. After sending the "G32 S2" Command, the printer starts to measure the Distance and the motors changing the position of the bed. After 5 trys, the printer runs into an error. Does anyone can help me with the configuration?
Here is the Log:
15:31:30.743 : X:400.00 Y:400.00 Z:0.000 E:0.0000
15:31:46.473 : Z-probe:13.350 X:60.00 Y:60.00
15:31:53.824 : Z-probe:14.689 X:340.00 Y:60.00
15:32:00.702 : Z-probe:11.797 X:60.00 Y:338.00
15:32:00.706 : plane: a = 0.0048 b = -0.0056 c = 13.3982
15:32:00.706 : Correction Motor 2:0.753
15:32:00.711 : Correction Motor 3:3.067
15:32:03.077 : CurrentZ:13.40 atZ:12.00
15:32:09.218 : Z-probe:11.763 X:60.00 Y:60.00
15:32:15.013 : Z-probe:10.955 X:340.00 Y:60.00
15:32:22.162 : Z-probe:12.449 X:60.00 Y:338.00
15:32:22.166 : plane: a = -0.0029 b = 0.0025 c = 11.7882
15:32:22.170 : Correction Motor 2:-0.146
15:32:22.173 : Correction Motor 3:-1.543
15:32:23.231 : CurrentZ:11.79 atZ:13.40
15:32:29.498 : Z-robe:12.062 X:60.00 Y:60.00
15:32:35.916 : Z-probe:12.454 X:340.00 Y:60.00
15:32:42.908 : Z-probe:12.064 X:60.00 Y:338.00
15:32:42.913 : plane: a = 0.0014 b = 0.0000 c = 11.9774
15:32:42.913 : Correction Motor 2:-0.342
15:32:42.916 : Correction Motor 3:0.336
15:32:43.310 : CurrentZ:11.98 atZ:11.79
15:32:49.740 : Z-probe:12.464 X:60.00 Y:60.00
15:32:56.196 : Z-probe:12.529 X:340.00 Y:60.00
15:33:03.392 : Z-probe:12.569 X:60.00 Y:338.00
15:33:03.397 : plane: a = 0.0002 b = 0.0004 c = 12.4279
15:33:03.401 : Correction Motor 2:-0.185
15:33:03.401 : Correction Motor 3:-0.072
15:33:03.544 : CurrentZ:12.43 atZ:11.98
15:33:10.159 : Z-probe:12.911 X:60.00 Y:60.00
15:33:16.737 : Z-probe:12.825 X:340.00 Y:60.00
15:33:23.946 : Z-probe:12.602 X:60.00 Y:338.00
15:33:23.951 : plane: a = -0.0003 b = -0.0011 c = 12.9965
15:33:23.955 : Correction Motor 2:0.455
15:33:23.955 : Correction Motor 3:0.306
15:33:24.393 : CurrentZ:13.00 atZ:12.43
15:33:24.884 : X:60.00 Y:338.00 Z:12.996 E:0.0000
15:33:24.889 : RequestStop:
15:31:46.473 : Z-probe:13.350 X:60.00 Y:60.00
15:31:53.824 : Z-probe:14.689 X:340.00 Y:60.00
15:32:00.702 : Z-probe:11.797 X:60.00 Y:338.00
15:32:00.706 : plane: a = 0.0048 b = -0.0056 c = 13.3982
15:32:00.706 : Correction Motor 2:0.753
15:32:00.711 : Correction Motor 3:3.067
15:32:03.077 : CurrentZ:13.40 atZ:12.00
15:32:09.218 : Z-probe:11.763 X:60.00 Y:60.00
15:32:15.013 : Z-probe:10.955 X:340.00 Y:60.00
15:32:22.162 : Z-probe:12.449 X:60.00 Y:338.00
15:32:22.166 : plane: a = -0.0029 b = 0.0025 c = 11.7882
15:32:22.170 : Correction Motor 2:-0.146
15:32:22.173 : Correction Motor 3:-1.543
15:32:23.231 : CurrentZ:11.79 atZ:13.40
15:32:29.498 : Z-robe:12.062 X:60.00 Y:60.00
15:32:35.916 : Z-probe:12.454 X:340.00 Y:60.00
15:32:42.908 : Z-probe:12.064 X:60.00 Y:338.00
15:32:42.913 : plane: a = 0.0014 b = 0.0000 c = 11.9774
15:32:42.913 : Correction Motor 2:-0.342
15:32:42.916 : Correction Motor 3:0.336
15:32:43.310 : CurrentZ:11.98 atZ:11.79
15:32:49.740 : Z-probe:12.464 X:60.00 Y:60.00
15:32:56.196 : Z-probe:12.529 X:340.00 Y:60.00
15:33:03.392 : Z-probe:12.569 X:60.00 Y:338.00
15:33:03.397 : plane: a = 0.0002 b = 0.0004 c = 12.4279
15:33:03.401 : Correction Motor 2:-0.185
15:33:03.401 : Correction Motor 3:-0.072
15:33:03.544 : CurrentZ:12.43 atZ:11.98
15:33:10.159 : Z-probe:12.911 X:60.00 Y:60.00
15:33:16.737 : Z-probe:12.825 X:340.00 Y:60.00
15:33:23.946 : Z-probe:12.602 X:60.00 Y:338.00
15:33:23.951 : plane: a = -0.0003 b = -0.0011 c = 12.9965
15:33:23.955 : Correction Motor 2:0.455
15:33:23.955 : Correction Motor 3:0.306
15:33:24.393 : CurrentZ:13.00 atZ:12.43
15:33:24.884 : X:60.00 Y:338.00 Z:12.996 E:0.0000
15:33:24.889 : RequestStop:
Thank you.
Greets
Comments
Are the 3 test points close to your z spindles? Isn't the back one in the middle while you test the edge?
Du sagst hinten hast do links die Spindel. Heist das rechts gibt es auch eine Spindel? Weil die Dreipunktmessung ist für systeme mit 3 Spindeln da 4 Spindeln statisch überbestimmt sind und das Bett verbiegen, wir aber von einer statisch bestimmten Lagerung ausgehen. Dies kann leicht dazu führen, das korrekturen falsch abgeschätzt werden. Auch sind die Motorpositionen hier wichtig, da die gemessene Schiefstellung auf die Motorposition extrapoliert wird. Falsche koordinaten führen auch zu falscher korrektur.