MP3DP tuning with klipper

Mostly Printed 3D Printer - MP3DP Hardware Development
1

I’m using klipper and have asked a lot of hardware specific questions on a build thread, but I’ve never really completely tuned a printer before. Based on suggestions from this forum, I’ve started off with dimensional and square checking to make sure the mechanicals are aligned and that looks ok. The next step was to run the extruder distance calibration, which looks good and then run a temperature calibration and then retraction calibration.

Temperature was first. I generated a temp tower off of teaching tech’s web page.
This is the setup:
0.6 mm nozzle with a 0.4 mm layer height
additional start gcode is START_PRINT
checked No T0
no ABL
bed is 300x300

image
image827×895 83.2 KB

base feedrate is 50
additional end gcode is END_PRINT
and all other end gcode is stripped out

print file is right here:

START_PRINT
;process Process-1
;layer 1, Z = 0.400
;T0
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;fan1;
G1 Z0.400 F1200
G1 X121.1330 Y142.2060 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X122.3440 Y141.7040 E0.1696 F1500 ; custom feedrate
G1 X177.6560 Y141.7040 E7.3222
G1 X178.8670 Y142.2060 E7.4917
G1 X182.7940 Y146.1330 E8.2099
G1 X183.2960 Y147.3440 E8.3795
G1 X183.2960 Y152.6560 E9.0663
G1 X182.7940 Y153.8670 E9.2359
G1 X178.8670 Y157.7940 E9.9541
G1 X177.6560 Y158.2960 E10.1236
G1 X122.3440 Y158.2960 E17.2762
G1 X121.1330 Y157.7940 E17.4458
G1 X117.2060 Y153.8670 E18.1640
G1 X116.7040 Y152.6560 E18.3336
G1 X116.7040 Y147.3440 E19.0204
G1 X117.2060 Y146.1330 E19.1899
G1 X121.1330 Y142.2060 E19.9081
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X121.6220 Y142.9380 F5000 ; custom feedrate
G1 Z0.400 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X122.5160 Y142.5680 E0.1251 F1500 ; custom feedrate
G1 X177.4840 Y142.5680 E7.2333
G1 X178.3780 Y142.9380 E7.3584
G1 X182.0620 Y146.6220 E8.0321
G1 X182.4320 Y147.5160 E8.1572
G1 X182.4320 Y152.4840 E8.7996
G1 X182.0620 Y153.3780 E8.9247
G1 X178.3780 Y157.0620 E9.5985
G1 X177.4840 Y157.4320 E9.7236
G1 X122.5160 Y157.4320 E16.8317
G1 X121.6220 Y157.0620 E16.9569
G1 X117.9380 Y153.3780 E17.6306
G1 X117.5680 Y152.4840 E17.7557
G1 X117.5680 Y147.5160 E18.3981
G1 X117.9380 Y146.6220 E18.5232
G1 X121.6220 Y142.9380 E19.1970
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X123.1790 Y145.4320 F5000 ; custom feedrate
G1 X123.0400 Y145.5710
G1 X123.8950 Y147.1600
G1 Z0.400 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.1050 Y147.1600 E6.7516 F1200 ; custom feedrate
G1 X177.8400 Y148.8950 E7.0689
G1 X177.8400 Y151.1050 E7.3547
G1 X176.1050 Y152.8400 E7.6720
G1 X123.8950 Y152.8400 E14.4236
G1 X122.1600 Y151.1050 E14.7409
G1 X122.1600 Y148.8950 E15.0267
G1 X123.8950 Y147.1600 E15.3440
G1 X123.5370 Y146.2960 F5000 ; custom feedrate
G92 E0.0000
G1 X176.4630 Y146.2960 E6.8442 F1200 ; custom feedrate
G1 X178.7040 Y148.5370 E7.2540
G1 X178.7040 Y151.4630 E7.6324
G1 X176.4630 Y153.7040 E8.0422
G1 X123.5370 Y153.7040 E14.8864
G1 X121.2960 Y151.4630 E15.2962
G1 X121.2960 Y148.5370 E15.6746
G1 X123.5370 Y146.2960 E16.0844
G1 X123.1790 Y145.4320 F5000 ; custom feedrate
G92 E0.0000
G1 X176.8210 Y145.4320 E6.9368 F900 ; custom feedrate
G1 X179.5680 Y148.1790 E7.4391
G1 X179.5680 Y151.8210 E7.9101
G1 X176.8210 Y154.5680 E8.4125
G1 X123.1790 Y154.5680 E15.3492
G1 X120.4320 Y151.8210 E15.8516
G1 X120.4320 Y148.1790 E16.3225
G1 X123.1790 Y145.4320 E16.8249
G1 X124.2180 Y152.3220 F5000 ; custom feedrate
G92 E0.0000
G1 X122.6780 Y150.7820 E0.2816 F1200 ; custom feedrate
G1 X122.6780 Y149.5600 E0.4396
G1 X125.4400 Y152.3220 E0.9447
G1 X126.6620 Y152.3220 E1.1027
G1 X123.0640 Y148.7240 E1.7607
G1 X123.6750 Y148.1130 E1.8724
G1 X127.8840 Y152.3220 E2.6422
G1 X129.1060 Y152.3220 E2.8002
G1 X124.4630 Y147.6780 E3.6493
G1 X125.6850 Y147.6780 E3.8073
G1 X130.3280 Y152.3220 E4.6565
G1 X131.5500 Y152.3220 E4.8145
G1 X126.9060 Y147.6780 E5.6636
G1 X128.1280 Y147.6780 E5.8216
G1 X132.7720 Y152.3220 E6.6708
G1 X133.9930 Y152.3220 E6.8288
G1 X129.3500 Y147.6780 E7.6779
G1 X130.5720 Y147.6780 E7.8359
G1 X135.2150 Y152.3220 E8.6851
G1 X136.4370 Y152.3220 E8.8431
G1 X131.7940 Y147.6780 E9.6923
G1 X133.0160 Y147.6780 E9.8503
G1 X137.6590 Y152.3220 E10.6994
G1 X138.8810 Y152.3220 E10.8574
G1 X134.2380 Y147.6780 E11.7066
G1 X135.4600 Y147.6780 E11.8646
G1 X140.1030 Y152.3220 E12.7137
G1 X141.3250 Y152.3220 E12.8717
G1 X136.6810 Y147.6780 E13.7209
G1 X137.9030 Y147.6780 E13.8789
G1 X142.5470 Y152.3220 E14.7280
G1 X143.7680 Y152.3220 E14.8860
G1 X139.1250 Y147.6780 E15.7352
G1 X140.3470 Y147.6780 E15.8932
G1 X144.9900 Y152.3220 E16.7423
G1 X146.2120 Y152.3220 E16.9003
G1 X141.5690 Y147.6780 E17.7495
G1 X142.7910 Y147.6780 E17.9075
G1 X147.4340 Y152.3220 E18.7566
G1 X148.6560 Y152.3220 E18.9146
G1 X144.0130 Y147.6780 E19.7638
G1 X145.2350 Y147.6780 E19.9218
G1 X149.8780 Y152.3220 E20.7710
G1 X151.1000 Y152.3220 E20.9290
G1 X146.4570 Y147.6780 E21.7781
G1 X147.6780 Y147.6780 E21.9361
G1 X152.3220 Y152.3220 E22.7853
G1 X153.5430 Y152.3220 E22.9433
G1 X148.9000 Y147.6780 E23.7924
G1 X150.1220 Y147.6780 E23.9504
G1 X154.7650 Y152.3220 E24.7996
G1 X155.9870 Y152.3220 E24.9576
G1 X151.3440 Y147.6780 E25.8067
G1 X152.5660 Y147.6780 E25.9647
G1 X157.2090 Y152.3220 E26.8139
G1 X158.4310 Y152.3220 E26.9719
G1 X153.7880 Y147.6780 E27.8210
G1 X155.0100 Y147.6780 E27.9790
G1 X159.6530 Y152.3220 E28.8282
G1 X160.8750 Y152.3220 E28.9862
G1 X156.2320 Y147.6780 E29.8353
G1 X157.4530 Y147.6780 E29.9933
G1 X162.0970 Y152.3220 E30.8425
G1 X163.3190 Y152.3220 E31.0005
G1 X158.6750 Y147.6780 E31.8497
G1 X159.8970 Y147.6780 E32.0077
G1 X164.5400 Y152.3220 E32.8568
G1 X165.7620 Y152.3220 E33.0148
G1 X161.1190 Y147.6780 E33.8640
G1 X162.3410 Y147.6780 E34.0220
G1 X166.9840 Y152.3220 E34.8711
G1 X168.2060 Y152.3220 E35.0291
G1 X163.5630 Y147.6780 E35.8783
G1 X164.7850 Y147.6780 E36.0363
G1 X169.4280 Y152.3220 E36.8854
G1 X170.6500 Y152.3220 E37.0434
G1 X166.0070 Y147.6780 E37.8926
G1 X167.2290 Y147.6780 E38.0506
G1 X171.8720 Y152.3220 E38.8997
G1 X173.0940 Y152.3220 E39.0577
G1 X168.4500 Y147.6780 E39.9069
G1 X169.6720 Y147.6780 E40.0649
G1 X174.3150 Y152.3220 E40.9140
G1 X175.5370 Y152.3220 E41.0720
G1 X170.8940 Y147.6780 E41.9212
G1 X172.1160 Y147.6780 E42.0792
G1 X176.3250 Y151.8870 E42.8489
G1 X176.9360 Y151.2760 E42.9607
G1 X173.3380 Y147.6780 E43.6186
G1 X174.5600 Y147.6780 E43.7766
G1 X177.3220 Y150.4400 E44.2817
G1 X177.3220 Y149.2180 E44.4397
G1 X175.7820 Y147.6780 E44.7214
G92 E0.0000
G1 E-1 F2400 ; custom retraction
M104 S190 T0 ; custom hot end temp - A
M106 S255; custom fan 100% from layer 2
G1 Z0.800 F1200
G1 X176.2540 Y146.8000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X178.2000 Y148.7460 E0.2965 F2400 ; custom feedrate
G1 X178.2000 Y151.2540 E0.5669
G1 X176.2540 Y153.2000 E0.8634
G1 X123.7460 Y153.2000 E6.5219
G1 X121.8000 Y151.2540 E6.8184
G1 X121.8000 Y148.7460 E7.0887
G1 X123.7460 Y146.8000 E7.3852
G1 X176.2540 Y146.8000 E13.0437
G1 X176.5530 Y146.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X178.9200 Y148.4470 E0.3608 F2400 ; custom feedrate
G1 X178.9200 Y151.5530 E0.6954
G1 X176.5530 Y153.9200 E1.0562
G1 X123.4470 Y153.9200 E6.7790
G1 X121.0800 Y151.5530 E7.1398
G1 X121.0800 Y148.4470 E7.4744
G1 X123.4470 Y146.0800 E7.8352
G1 X176.5530 Y146.0800 E13.5580
G1 X176.8510 Y145.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X179.6400 Y148.1490 E0.4251 F1800 ; custom feedrate
G1 X179.6400 Y151.8510 E0.8240
G1 X176.8510 Y154.6400 E1.2490
G1 X123.1490 Y154.6400 E7.0361
G1 X120.3600 Y151.8510 E7.4611
G1 X120.3600 Y148.1490 E7.8601
G1 X123.1490 Y145.3600 E8.2851
G1 X176.8510 Y145.3600 E14.0722
G1 X177.7680 Y150.7430 F5000 ; custom feedrate
G92 E0.0000
G1 X175.7430 Y152.7680 E0.3087 F2400 ; custom feedrate
G1 X174.7240 Y152.7680 E0.4184
G1 X177.7680 Y149.7240 E0.8823
G1 X177.7680 Y148.9250 E0.9684
G1 X177.6590 Y148.8150 E0.9851
G1 X173.7060 Y152.7680 E1.5875
G1 X172.6880 Y152.7680 E1.6972
G1 X177.1500 Y148.3060 E2.3772
G1 X176.6410 Y147.7970 E2.4548
G1 X171.6700 Y152.7680 E3.2123
G1 X170.6510 Y152.7680 E3.3221
G1 X176.1310 Y147.2880 E4.1572
G1 X176.0750 Y147.2320 E4.1657
G1 X175.1690 Y147.2320 E4.2634
G1 X169.6330 Y152.7680 E5.1071
G1 X168.6150 Y152.7680 E5.2168
G1 X174.1510 Y147.2320 E6.0605
G1 X173.1330 Y147.2320 E6.1702
G1 X167.5970 Y152.7680 E7.0139
G1 X166.5780 Y152.7680 E7.1237
G1 X172.1140 Y147.2320 E7.9673
G1 X171.0960 Y147.2320 E8.0771
G1 X165.5600 Y152.7680 E8.9207
G1 X164.5420 Y152.7680 E9.0305
G1 X170.0780 Y147.2320 E9.8742
G1 X169.0600 Y147.2320 E9.9839
G1 X163.5240 Y152.7680 E10.8276
G1 X162.5060 Y152.7680 E10.9373
G1 X168.0420 Y147.2320 E11.7810
G1 X167.0230 Y147.2320 E11.8907
G1 X161.4870 Y152.7680 E12.7344
G1 X160.4690 Y152.7680 E12.8441
G1 X166.0050 Y147.2320 E13.6878
G1 X164.9870 Y147.2320 E13.7975
G1 X159.4510 Y152.7680 E14.6412
G1 X158.4330 Y152.7680 E14.7509
G1 X163.9690 Y147.2320 E15.5946
G1 X162.9500 Y147.2320 E15.7044
G1 X157.4140 Y152.7680 E16.5480
G1 X156.3960 Y152.7680 E16.6578
G1 X161.9320 Y147.2320 E17.5015
G1 X160.9140 Y147.2320 E17.6112
G1 X155.3780 Y152.7680 E18.4549
G1 X154.3600 Y152.7680 E18.5646
G1 X159.8960 Y147.2320 E19.4083
G1 X158.8770 Y147.2320 E19.5180
G1 X153.3410 Y152.7680 E20.3617
G1 X152.3230 Y152.7680 E20.4714
G1 X157.8590 Y147.2320 E21.3151
G1 X156.8410 Y147.2320 E21.4248
G1 X151.3050 Y152.7680 E22.2685
G1 X150.2870 Y152.7680 E22.3782
G1 X155.8230 Y147.2320 E23.2219
G1 X154.8050 Y147.2320 E23.3317
G1 X149.2690 Y152.7680 E24.1753
G1 X148.2500 Y152.7680 E24.2851
G1 X153.7860 Y147.2320 E25.1288
G1 X152.7680 Y147.2320 E25.2385
G1 X147.2320 Y152.7680 E26.0822
G1 X146.2140 Y152.7680 E26.1919
G1 X151.7500 Y147.2320 E27.0356
G1 X150.7320 Y147.2320 E27.1453
G1 X145.1960 Y152.7680 E27.9890
G1 X144.1770 Y152.7680 E28.0987
G1 X149.7130 Y147.2320 E28.9424
G1 X148.6950 Y147.2320 E29.0521
G1 X143.1590 Y152.7680 E29.8958
G1 X142.1410 Y152.7680 E30.0055
G1 X147.6770 Y147.2320 E30.8492
G1 X146.6590 Y147.2320 E30.9590
G1 X141.1230 Y152.7680 E31.8026
G1 X140.1040 Y152.7680 E31.9124
G1 X145.6400 Y147.2320 E32.7561
G1 X144.6220 Y147.2320 E32.8658
G1 X139.0860 Y152.7680 E33.7095
G1 X138.0680 Y152.7680 E33.8192
G1 X143.6040 Y147.2320 E34.6629
G1 X142.5860 Y147.2320 E34.7726
G1 X137.0500 Y152.7680 E35.6163
G1 X136.0310 Y152.7680 E35.7260
G1 X141.5670 Y147.2320 E36.5697
G1 X140.5490 Y147.2320 E36.6794
G1 X135.0130 Y152.7680 E37.5231
G1 X133.9950 Y152.7680 E37.6328
G1 X139.5310 Y147.2320 E38.4765
G1 X138.5130 Y147.2320 E38.5863
G1 X132.9770 Y152.7680 E39.4299
G1 X131.9590 Y152.7680 E39.5397
G1 X137.4950 Y147.2320 E40.3834
G1 X136.4760 Y147.2320 E40.4931
G1 X130.9400 Y152.7680 E41.3368
G1 X129.9220 Y152.7680 E41.4465
G1 X135.4580 Y147.2320 E42.2902
G1 X134.4400 Y147.2320 E42.3999
G1 X128.9040 Y152.7680 E43.2436
G1 X127.8860 Y152.7680 E43.3533
G1 X133.4220 Y147.2320 E44.1970
G1 X132.4030 Y147.2320 E44.3067
G1 X126.8670 Y152.7680 E45.1504
G1 X125.8490 Y152.7680 E45.2601
G1 X131.3850 Y147.2320 E46.1038
G1 X130.3670 Y147.2320 E46.2136
G1 X124.8310 Y152.7680 E47.0572
G1 X123.9250 Y152.7680 E47.1549
G1 X123.8690 Y152.7120 E47.1634
G1 X129.3490 Y147.2320 E47.9986
G1 X128.3300 Y147.2320 E48.1083
G1 X123.3590 Y152.2030 E48.8659
G1 X122.8500 Y151.6940 E48.9435
G1 X127.3120 Y147.2320 E49.6235
G1 X126.2940 Y147.2320 E49.7332
G1 X122.3410 Y151.1850 E50.3356
G1 X122.2320 Y151.0750 E50.3522
G1 X122.2320 Y150.2760 E50.4384
G1 X125.2760 Y147.2320 E50.9023
G1 X124.2570 Y147.2320 E51.0120
G1 X122.2320 Y149.2570 E51.3207
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 3, Z = 1.200
;fan3;
G1 Z1.200 F1200
G1 X122.1400 Y149.3600 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X122.1400 Y150.6400 E0.1379 F1800 ; custom feedrate
G1 X120.8600 Y150.6400 E0.2759
G1 X120.8600 Y149.3600 E0.4138
G1 X122.1400 Y149.3600 E0.5517
G1 X121.2920 Y149.8030 F5000 ; custom feedrate
G92 E0.0000
G1 X121.6970 Y150.2080 E0.0618 F3000 ; custom feedrate
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X122.1400 Y150.3180 F5000 ; custom feedrate
G1 X122.1400 Y150.6400
G1 X125.8600 Y151.2410
G1 X126.5800 Y151.4200
G1 Z1.200 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X126.5800 Y148.5800 E0.3060 F2400 ; custom feedrate
G1 X128.4350 Y148.5800 E0.5060
G1 X128.4350 Y151.4200 E0.8120
G1 X126.5800 Y151.4200 E1.0120
G1 X125.8600 Y152.1400 F5000 ; custom feedrate
G92 E0.0000
G1 X125.8600 Y147.8600 E0.4612 F1800 ; custom feedrate
G1 X129.1550 Y147.8600 E0.8164
G1 X129.1550 Y152.1400 E1.2776
G1 X125.8600 Y152.1400 E1.6327
G1 X127.5690 Y150.9880 F5000 ; custom feedrate
G92 E0.0000
G1 X127.0120 Y150.4310 E0.0848 F3000 ; custom feedrate
G1 X127.0120 Y149.4130 E0.1946
G1 X128.0030 Y150.4050 E0.3457
G1 X128.0030 Y149.3860 E0.4554
G1 X127.6290 Y149.0120 E0.5124
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X170.2850 Y149.3000 F5000 ; custom feedrate
G1 Z1.200 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X175.7000 Y149.3000 E0.5836 F2400 ; custom feedrate
G1 X175.7000 Y150.7000 E0.7345
G1 X170.2850 Y150.7000 E1.3180
G1 X170.2850 Y149.3000 E1.4689
G1 X169.5650 Y148.5800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.4200 Y148.5800 E0.7388 F2400 ; custom feedrate
G1 X176.4200 Y151.4200 E1.0448
G1 X169.5650 Y151.4200 E1.7836
G1 X169.5650 Y148.5800 E2.0896
G1 X168.8450 Y147.8600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.1400 Y147.8600 E0.8939 F1800 ; custom feedrate
G1 X177.1400 Y152.1400 E1.3552
G1 X168.8450 Y152.1400 E2.2491
G1 X168.8450 Y147.8600 E2.7103
G1 X171.6510 Y150.2680 F5000 ; custom feedrate
G92 E0.0000
G1 X171.1150 Y149.7320 E0.0817 F2400 ; custom feedrate
G1 X172.1330 Y149.7320 E0.1914
G1 X172.6690 Y150.2680 E0.2731
G1 X173.6870 Y150.2680 E0.3828
G1 X173.1510 Y149.7320 E0.4645
G1 X174.1700 Y149.7320 E0.5742
G1 X174.7060 Y150.2680 E0.6559
G1 X175.2680 Y150.2680 E0.7165
G1 X175.2680 Y149.8120 E0.7657
G1 X175.1880 Y149.7320 E0.7779
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 4, Z = 1.600
;fan4;
G1 Z1.600 F1200
G1 X176.1000 Y148.9000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.1000 Y151.1000 E0.2371 F2400 ; custom feedrate
G1 X169.8590 Y151.1000 E0.9096
G1 X169.8590 Y148.9000 E1.1467
G1 X176.1000 Y148.9000 E1.8192
G1 X176.8200 Y148.1800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.8200 Y151.8200 E0.3923 F2400 ; custom feedrate
G1 X169.1390 Y151.8200 E1.2200
G1 X169.1390 Y148.1800 E1.6122
G1 X176.8200 Y148.1800 E2.4399
G1 X177.5400 Y147.4600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.5400 Y152.5400 E0.5474 F1800 ; custom feedrate
G1 X168.4190 Y152.5400 E1.5303
G1 X168.4190 Y147.4600 E2.0778
G1 X177.5400 Y147.4600 E3.0606
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X168.4190 Y147.7260 F5000 ; custom feedrate
G1 X129.5810 Y147.4600
G1 X129.5810 Y148.8580
G1 X128.1410 Y148.9000
G1 Z1.600 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X128.1410 Y151.1000 E0.2371 F2400 ; custom feedrate
G1 X126.9000 Y151.1000 E0.3708
G1 X126.9000 Y148.9000 E0.6079
G1 X128.1410 Y148.9000 E0.7416
G1 X128.8610 Y148.1800 F5000 ; custom feedrate
G92 E0.0000
G1 X128.8610 Y151.8200 E0.3923 F2400 ; custom feedrate
G1 X126.1800 Y151.8200 E0.6812
G1 X126.1800 Y148.1800 E1.0734
G1 X128.8610 Y148.1800 E1.3623
G1 X129.5810 Y147.4600 F5000 ; custom feedrate
G92 E0.0000
G1 X129.5810 Y152.5400 E0.5474 F1800 ; custom feedrate
G1 X125.4600 Y152.5400 E0.9915
G1 X125.4600 Y147.4600 E1.5389
G1 X129.5810 Y147.4600 E1.9830
G1 X127.7090 Y149.8900 F5000 ; custom feedrate
G92 E0.0000
G1 X127.3320 Y150.2670 E0.0574 F2400 ; custom feedrate
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X122.0770 Y150.5770 F5000 ; custom feedrate
G1 Z1.600 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X120.9230 Y150.5770 E0.1243 F1800 ; custom feedrate
G1 X120.9230 Y149.4230 E0.2486
G1 X122.0770 Y149.4230 E0.3728
G1 X122.0770 Y150.5770 E0.4971
G1 X121.3550 Y150.1340 F5000 ; custom feedrate
G92 E0.0000
G1 X121.6340 Y149.8550 E0.0425 F3000 ; custom feedrate
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 5, Z = 2.000
;fan5;
;
G1 Z2.000 F1200
G1 X122.0130 Y149.4870 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X122.0130 Y150.5130 E0.1106 F1800 ; custom feedrate
G1 X120.9870 Y150.5130 E0.2213
G1 X120.9870 Y149.4870 E0.3319
G1 X122.0130 Y149.4870 E0.4425
G1 X121.4190 Y149.9290 F5000 ; custom feedrate
G92 E0.0000
G1 X121.5710 Y150.0810 E0.0232 F3000 ; custom feedrate
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X122.0130 Y150.1760 F5000 ; custom feedrate
G1 X122.0130 Y150.5130
G1 X125.3600 Y150.8920
G1 X126.8000 Y151.2000
G1 Z2.000 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X126.8000 Y148.8000 E0.2586 F2400 ; custom feedrate
G1 X128.2420 Y148.8000 E0.4140
G1 X128.2420 Y151.2000 E0.6727
G1 X126.8000 Y151.2000 E0.8281
G1 X126.0800 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X126.0800 Y148.0800 E0.4138 F2400 ; custom feedrate
G1 X128.9620 Y148.0800 E0.7244
G1 X128.9620 Y151.9200 E1.1382
G1 X126.0800 Y151.9200 E1.4488
G1 X125.3600 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X125.3600 Y147.3600 E0.5690 F1800 ; custom feedrate
G1 X129.6820 Y147.3600 E1.0348
G1 X129.6820 Y152.6400 E1.6038
G1 X125.3600 Y152.6400 E2.0695
G1 X127.2320 Y150.6510 F5000 ; custom feedrate
G92 E0.0000
G1 X127.3490 Y150.7680 E0.0178 F2400 ; custom feedrate
G1 X127.8100 Y150.7680 E0.0675
G1 X127.8100 Y150.2110 E0.1275
G1 X127.2320 Y149.6330 E0.2156
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X169.7580 Y148.8000 F5000 ; custom feedrate
G1 Z2.000 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.2000 Y148.8000 E0.6942 F2400 ; custom feedrate
G1 X176.2000 Y151.2000 E0.9529
G1 X169.7580 Y151.2000 E1.6471
G1 X169.7580 Y148.8000 E1.9057
G1 X169.0380 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.9200 Y148.0800 E0.8494 F2400 ; custom feedrate
G1 X176.9200 Y151.9200 E1.2632
G1 X169.0380 Y151.9200 E2.1126
G1 X169.0380 Y148.0800 E2.5264
G1 X168.3180 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.6400 Y147.3600 E1.0046 F1800 ; custom feedrate
G1 X177.6400 Y152.6400 E1.5736
G1 X168.3180 Y152.6400 E2.5782
G1 X168.3180 Y147.3600 E3.1472
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 6, Z = 2.400
;fan6;
G1 Z2.400 F1200
G1 X169.7040 Y148.8000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.2000 Y148.8000 E0.7001 F2400 ; custom feedrate
G1 X176.2000 Y151.2000 E0.9587
G1 X169.7040 Y151.2000 E1.6588
G1 X169.7040 Y148.8000 E1.9174
G1 X168.9840 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.9200 Y148.0800 E0.8553 F2400 ; custom feedrate
G1 X176.9200 Y151.9200 E1.2691
G1 X168.9840 Y151.9200 E2.1243
G1 X168.9840 Y148.0800 E2.5381
G1 X168.2640 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.6400 Y147.3600 E1.0104 F1800 ; custom feedrate
G1 X177.6400 Y152.6400 E1.5794
G1 X168.2640 Y152.6400 E2.5899
G1 X168.2640 Y147.3600 E3.1588
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X129.7360 Y147.3600 F5000 ; custom feedrate
G1 X129.7360 Y148.7480
G1 X128.2960 Y148.8000
G1 Z2.400 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X128.2960 Y151.2000 E0.2586 F2400 ; custom feedrate
G1 X126.8000 Y151.2000 E0.4199
G1 X126.8000 Y148.8000 E0.6785
G1 X128.2960 Y148.8000 E0.8398
G1 X129.0160 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X129.0160 Y151.9200 E0.4138 F2400 ; custom feedrate
G1 X126.0800 Y151.9200 E0.7302
G1 X126.0800 Y148.0800 E1.1441
G1 X129.0160 Y148.0800 E1.4605
G1 X129.7360 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X129.7360 Y152.6400 E0.5690 F1800 ; custom feedrate
G1 X125.3600 Y152.6400 E1.0406
G1 X125.3600 Y147.3600 E1.6096
G1 X129.7360 Y147.3600 E2.0812
G1 X127.2320 Y149.3490 F5000 ; custom feedrate
G92 E0.0000
G1 X127.3490 Y149.2320 E0.0178 F2400 ; custom feedrate
G1 X127.8640 Y149.2320 E0.0734
G1 X127.8640 Y149.7340 E0.1275
G1 X127.2320 Y150.3670 E0.2239
G1 X127.2320 Y150.7680 E0.2671
G1 X127.8490 Y150.7680 E0.3336
G1 X127.8640 Y150.7530 E0.3360
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X125.3600 Y150.6240 F5000 ; custom feedrate
G1 X121.9500 Y150.4500
G1 Z2.400 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.0500 Y150.4500 E0.0970 F1800 ; custom feedrate
G1 X121.0500 Y149.5500 E0.1939
G1 X121.9500 Y149.5500 E0.2909
G1 X121.9500 Y150.4500 E0.3879
G1 X121.4820 Y150.0070 F5000 ; custom feedrate
G92 E0.0000
G1 X121.5070 Y149.9820 E0.0039 F3000 ; custom feedrate
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 7, Z = 2.800
;fan7;
G1 Z2.800 F1200
G1 X121.8870 Y149.6130 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.8870 Y150.3870 E0.0833 F1800 ; custom feedrate
G1 X121.1130 Y150.3870 E0.1666
G1 X121.1130 Y149.6130 E0.2500
G1 X121.8870 Y149.6130 E0.3333
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X126.8000 Y148.8000 F5000 ; custom feedrate
G1 Z2.800 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X128.3720 Y148.8000 E0.1694 F2400 ; custom feedrate
G1 X128.3720 Y151.2000 E0.4280
G1 X126.8000 Y151.2000 E0.5974
G1 X126.8000 Y148.8000 E0.8560
G1 X126.0800 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X129.0920 Y148.0800 E0.3246 F2400 ; custom feedrate
G1 X129.0920 Y151.9200 E0.7384
G1 X126.0800 Y151.9200 E1.0629
G1 X126.0800 Y148.0800 E1.4767
G1 X125.3600 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X129.8120 Y147.3600 E0.4797 F1800 ; custom feedrate
G1 X129.8120 Y152.6400 E1.0487
G1 X125.3600 Y152.6400 E1.5285
G1 X125.3600 Y147.3600 E2.0974
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X129.8120 Y147.5050 F5000 ; custom feedrate
G1 X168.1880 Y147.3600
G1 X168.1880 Y148.7530
G1 X169.6280 Y148.8000
G1 Z2.800 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.2000 Y148.8000 E0.7082 F2400 ; custom feedrate
G1 X176.2000 Y151.2000 E0.9668
G1 X169.6280 Y151.2000 E1.6750
G1 X169.6280 Y148.8000 E1.9336
G1 X168.9080 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.9200 Y148.0800 E0.8634 F2400 ; custom feedrate
G1 X176.9200 Y151.9200 E1.2772
G1 X168.9080 Y151.9200 E2.1406
G1 X168.9080 Y148.0800 E2.5544
G1 X168.1880 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.6400 Y147.3600 E1.0186 F1800 ; custom feedrate
G1 X177.6400 Y152.6400 E1.5875
G1 X168.1880 Y152.6400 E2.6061
G1 X168.1880 Y147.3600 E3.1751
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 8, Z = 3.200
;fan8;
G1 Z3.200 F1200
G1 X169.5310 Y148.8000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.2000 Y148.8000 E0.7186 F2400 ; custom feedrate
G1 X176.2000 Y151.2000 E0.9773
G1 X169.5310 Y151.2000 E1.6959
G1 X169.5310 Y148.8000 E1.9545
G1 X168.8110 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.9200 Y148.0800 E0.8738 F2400 ; custom feedrate
G1 X176.9200 Y151.9200 E1.2876
G1 X168.8110 Y151.9200 E2.1614
G1 X168.8110 Y148.0800 E2.5753
G1 X168.0910 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.6400 Y147.3600 E1.0290 F1800 ; custom feedrate
G1 X177.6400 Y152.6400 E1.5980
G1 X168.0910 Y152.6400 E2.6270
G1 X168.0910 Y147.3600 E3.1960
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X129.9090 Y147.3600 F5000 ; custom feedrate
G1 X129.9090 Y148.7480
G1 X128.4690 Y148.8000
G1 Z3.200 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X128.4690 Y151.2000 E0.2586 F2400 ; custom feedrate
G1 X126.8000 Y151.2000 E0.4385
G1 X126.8000 Y148.8000 E0.6971
G1 X128.4690 Y148.8000 E0.8769
G1 X129.1890 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X129.1890 Y151.9200 E0.4138 F2400 ; custom feedrate
G1 X126.0800 Y151.9200 E0.7488
G1 X126.0800 Y148.0800 E1.1626
G1 X129.1890 Y148.0800 E1.4976
G1 X129.9090 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X129.9090 Y152.6400 E0.5690 F1800 ; custom feedrate
G1 X125.3600 Y152.6400 E1.0592
G1 X125.3600 Y147.3600 E1.6282
G1 X129.9090 Y147.3600 E2.1183
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X121.8230 Y149.6770 F5000 ; custom feedrate
G1 Z3.200 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.8230 Y150.3230 E0.0697 F1800 ; custom feedrate
G1 X121.1770 Y150.3230 E0.1393
G1 X121.1770 Y149.6770 E0.2090
G1 X121.8230 Y149.6770 E0.2787
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 9, Z = 3.600
;fan9;
G1 Z3.600 F1200
G1 X121.7600 Y149.7400 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.7600 Y150.2600 E0.0560 F1800 ; custom feedrate
G1 X121.2400 Y150.2600 E0.1120
G1 X121.2400 Y149.7400 E0.1680
G1 X121.7600 Y149.7400 E0.2240
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X126.8000 Y148.8000 F5000 ; custom feedrate
G1 Z3.600 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X128.5880 Y148.8000 E0.1927 F2400 ; custom feedrate
G1 X128.5880 Y151.2000 E0.4513
G1 X126.8000 Y151.2000 E0.6440
G1 X126.8000 Y148.8000 E0.9027
G1 X126.0800 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X129.3080 Y148.0800 E0.3479 F2400 ; custom feedrate
G1 X129.3080 Y151.9200 E0.7617
G1 X126.0800 Y151.9200 E1.1096
G1 X126.0800 Y148.0800 E1.5234
G1 X125.3600 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X130.0280 Y147.3600 E0.5031 F1800 ; custom feedrate
G1 X130.0280 Y152.6400 E1.0720
G1 X125.3600 Y152.6400 E1.5751
G1 X125.3600 Y147.3600 E2.1441
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X130.0280 Y147.5130 F5000 ; custom feedrate
G1 X167.9720 Y147.3600
G1 X167.9720 Y148.7530
G1 X169.4120 Y148.8000
G1 Z3.600 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.2000 Y148.8000 E0.7315 F2400 ; custom feedrate
G1 X176.2000 Y151.2000 E0.9901
G1 X169.4120 Y151.2000 E1.7217
G1 X169.4120 Y148.8000 E1.9803
G1 X168.6920 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.9200 Y148.0800 E0.8867 F2400 ; custom feedrate
G1 X176.9200 Y151.9200 E1.3005
G1 X168.6920 Y151.9200 E2.1872
G1 X168.6920 Y148.0800 E2.6010
G1 X167.9720 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.6400 Y147.3600 E1.0419 F1800 ; custom feedrate
G1 X177.6400 Y152.6400 E1.6109
G1 X167.9720 Y152.6400 E2.6527
G1 X167.9720 Y147.3600 E3.2217
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 10, Z = 4.000
;fan10;
G1 Z4.000 F1200
G1 X169.2650 Y148.8000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.2000 Y148.8000 E0.7473 F2400 ; custom feedrate
G1 X176.2000 Y151.2000 E1.0060
G1 X169.2650 Y151.2000 E1.7533
G1 X169.2650 Y148.8000 E2.0119
G1 X168.5450 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.9200 Y148.0800 E0.9025 F2400 ; custom feedrate
G1 X176.9200 Y151.9200 E1.3163
G1 X168.5450 Y151.9200 E2.2188
G1 X168.5450 Y148.0800 E2.6327
G1 X167.8250 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.6400 Y147.3600 E1.0577 F1800 ; custom feedrate
G1 X177.6400 Y152.6400 E1.6267
G1 X167.8250 Y152.6400 E2.6844
G1 X167.8250 Y147.3600 E3.2534
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X130.1750 Y147.3600 F5000 ; custom feedrate
G1 X130.1750 Y148.7470
G1 X128.7350 Y148.8000
G1 Z4.000 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X128.7350 Y151.2000 E0.2586 F2400 ; custom feedrate
G1 X126.8000 Y151.2000 E0.4672
G1 X126.8000 Y148.8000 E0.7258
G1 X128.7350 Y148.8000 E0.9343
G1 X129.4550 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X129.4550 Y151.9200 E0.4138 F2400 ; custom feedrate
G1 X126.0800 Y151.9200 E0.7775
G1 X126.0800 Y148.0800 E1.1913
G1 X129.4550 Y148.0800 E1.5550
G1 X130.1750 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X130.1750 Y152.6400 E0.5690 F1800 ; custom feedrate
G1 X125.3600 Y152.6400 E1.0879
G1 X125.3600 Y147.3600 E1.6569
G1 X130.1750 Y147.3600 E2.1757
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X121.6970 Y149.8030 F5000 ; custom feedrate
G1 Z4.000 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.6970 Y150.1970 E0.0424 F1800 ; custom feedrate
G1 X121.3030 Y150.1970 E0.0847
G1 X121.3030 Y149.8030 E0.1271
G1 X121.6970 Y149.8030 E0.1694
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 11, Z = 4.400
;fan11;
G1 Z4.400 F1200
G1 X121.6330 Y149.8670 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.6330 Y150.1330 E0.0287 F1800 ; custom feedrate
G1 X121.3670 Y150.1330 E0.0574
G1 X121.3670 Y149.8670 E0.0861
G1 X121.6330 Y149.8670 E0.1148
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X126.8000 Y148.8000 F5000 ; custom feedrate
G1 Z4.400 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X128.9070 Y148.8000 E0.2270 F2400 ; custom feedrate
G1 X128.9070 Y151.2000 E0.4857
G1 X126.8000 Y151.2000 E0.7127
G1 X126.8000 Y148.8000 E0.9713
G1 X126.0800 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X129.6270 Y148.0800 E0.3822 F2400 ; custom feedrate
G1 X129.6270 Y151.9200 E0.7960
G1 X126.0800 Y151.9200 E1.1782
G1 X126.0800 Y148.0800 E1.5920
G1 X125.3600 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X130.3470 Y147.3600 E0.5374 F1800 ; custom feedrate
G1 X130.3470 Y152.6400 E1.1064
G1 X125.3600 Y152.6400 E1.6437
G1 X125.3600 Y147.3600 E2.2127
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X130.3470 Y147.5240 F5000 ; custom feedrate
G1 X167.6530 Y147.3600
G1 X167.6530 Y148.7530
G1 X169.0930 Y148.8000
G1 Z4.400 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.2000 Y148.8000 E0.7658 F2400 ; custom feedrate
G1 X176.2000 Y151.2000 E1.0245
G1 X169.0930 Y151.2000 E1.7903
G1 X169.0930 Y148.8000 E2.0489
G1 X168.3730 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.9200 Y148.0800 E0.9210 F2400 ; custom feedrate
G1 X176.9200 Y151.9200 E1.3348
G1 X168.3730 Y151.9200 E2.2558
G1 X168.3730 Y148.0800 E2.6697
G1 X167.6530 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.6400 Y147.3600 E1.0762 F1800 ; custom feedrate
G1 X177.6400 Y152.6400 E1.6452
G1 X167.6530 Y152.6400 E2.7214
G1 X167.6530 Y147.3600 E3.2904
G1 X169.6150 Y150.5230 F5000 ; custom feedrate
G92 E0.0000
G1 X169.7700 Y150.6780 E0.0295 F3000 ; custom feedrate
G1 X175.6780 Y150.6780 E0.8253
G1 X175.6780 Y150.2220 E0.8867
G1 X174.7780 Y149.3220 E1.0582
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 12, Z = 4.800
...
; custom end gcode
END_PRINT

The print failed just after the first temperature region printed. No clear message why. I looked at the klippy log with the same date on it and it doesn’t specify anything. I’ve been looking through the klipper docs to try and find out where to get access to any failure error messages and have not found any yet.

Any obvious errors on this tower or the setup? The printer will print a sliced test cube without issue, but fails printing the tower. Any suggestions welcome. Thanks for your help!

2

What kind of failure, did the print come off the bed (because Bed temp too low at 40deg?), or get knocked (e.g. because no z hop), or some halting message(s) on the screen?

If printer halted with error I’d be rooting around the diff log files as well. Am still learning how to sift through those effectively.

For structural parts, consider layer height no more than 50% of nozzle width. CNC kitchen has video(s) on how layer height effects layer adhesion/strength.

3

it just stopped printing after like 10 mm height. The part looks good so far, it just stopped and “failed”

PXL_20231223_174206955
PXL_20231223_1742069551920×1440 89.6 KB

4

Did you happen to monitor the extruder temp?

The code you’ve included above does not have the content from the region where the print ‘stopped’.

Measure the achieved height, and include a. quote of the sections within +/- 2mm of that failure height…

5

I couldnt’ include all the code because it had a limit of characters for the post.

;fan20;
G1 Z8.000 F1200
G1 X165.6110 Y148.8000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.2000 Y148.8000 E1.1411 F2400 ; custom feedrate
G1 X176.2000 Y151.2000 E1.3998
G1 X165.6110 Y151.2000 E2.5409
G1 X165.6110 Y148.8000 E2.7995
G1 X164.8910 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.9200 Y148.0800 E1.2963 F2400 ; custom feedrate
G1 X176.9200 Y151.9200 E1.7101
G1 X164.8910 Y151.9200 E3.0064
G1 X164.8910 Y148.0800 E3.4202
G1 X164.1710 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.6400 Y147.3600 E1.4515 F1800 ; custom feedrate
G1 X177.6400 Y152.6400 E2.0205
G1 X164.1710 Y152.6400 E3.4719
G1 X164.1710 Y147.3600 E4.0409
G1 X166.0430 Y150.2490 F5000 ; custom feedrate
G92 E0.0000
G1 X167.0600 Y149.2320 E0.1550 F2400 ; custom feedrate
G1 X168.0780 Y149.2320 E0.2647
G1 X166.5420 Y150.7680 E0.4988
G1 X167.5600 Y150.7680 E0.6085
G1 X169.0960 Y149.2320 E0.8426
G1 X169.9970 Y149.2320 E0.9396
G1 X169.9970 Y149.3500 E0.9523
G1 X168.5780 Y150.7680 E1.1685
G1 X169.5970 Y150.7680 E1.2782
G1 X169.9970 Y150.3680 E1.3391
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X132.3890 Y151.2000 F5000 ; custom feedrate
G1 Z8.000 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X125.6800 Y151.2000 E0.7230 F2400 ; custom feedrate
G1 X123.5880 Y150.0000 E0.9829
G1 X125.6800 Y148.8000 E1.2428
G1 X132.3890 Y148.8000 E1.9658
G1 X132.3890 Y151.2000 E2.2244
G1 X133.1090 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X125.4880 Y151.9200 E0.8212 F2400 ; custom feedrate
G1 X122.7940 Y150.3740 E1.1560
G1 X122.7940 Y149.6260 E1.2367
G1 X125.4880 Y148.0800 E1.5714
G1 X133.1090 Y148.0800 E2.3927
G1 X133.1090 Y151.9200 E2.8065
G1 X133.8290 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X125.2970 Y152.6400 E0.9195 F1800 ; custom feedrate
G1 X122.0740 Y150.7910 E1.3199
G1 X122.0740 Y149.2090 E1.4905
G1 X125.2970 Y147.3600 E1.8908
G1 X133.8290 Y147.3600 E2.8103
G1 X133.8290 Y152.6400 E3.3793
G1 X131.9570 Y150.7330 F5000 ; custom feedrate
G92 E0.0000
G1 X131.9220 Y150.7680 E0.0054 F2400 ; custom feedrate
G1 X130.9040 Y150.7680 E0.1151
G1 X131.9570 Y149.7150 E0.2756
G1 X131.9570 Y149.2320 E0.3276
G1 X131.4220 Y149.2320 E0.3853
G1 X129.8860 Y150.7680 E0.6194
G1 X128.8670 Y150.7680 E0.7292
G1 X130.4030 Y149.2320 E0.9632
G1 X129.3850 Y149.2320 E1.0730
G1 X127.8490 Y150.7680 E1.3071
G1 X126.8310 Y150.7680 E1.4168
G1 X128.3670 Y149.2320 E1.6509
G1 X127.3490 Y149.2320 E1.7606
G1 X125.8130 Y150.7680 E1.9947
G1 X125.7950 Y150.7680 E1.9965
G1 X125.1590 Y150.4030 E2.0756
G1 X126.3300 Y149.2320 E2.2541
G1 X125.7950 Y149.2320 E2.3117
G1 X124.6620 Y149.8820 E2.4525
G1 X124.5120 Y150.0320 E2.4754
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 21, Z = 8.400
;fan21;
G1 Z8.400 F1200
G1 X125.1090 Y151.2000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X123.0170 Y150.0000 E0.2599 F2400 ; custom feedrate
G1 X125.1090 Y148.8000 E0.5198
G1 X133.3390 Y148.8000 E1.4067
G1 X133.3390 Y151.2000 E1.6653
G1 X125.1090 Y151.2000 E2.5522
G1 X124.9170 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X122.2230 Y150.3740 E0.3348 F2400 ; custom feedrate
G1 X122.2230 Y149.6260 E0.4155
G1 X124.9170 Y148.0800 E0.7502
G1 X134.0590 Y148.0800 E1.7354
G1 X134.0590 Y151.9200 E2.1492
G1 X124.9170 Y151.9200 E3.1343
G1 X124.7250 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X121.5030 Y150.7910 E0.4004 F1800 ; custom feedrate
G1 X121.5030 Y149.2090 E0.5710
G1 X124.7250 Y147.3600 E0.9713
G1 X134.7790 Y147.3600 E2.0547
G1 X134.7790 Y152.6400 E2.6237
G1 X124.7250 Y152.6400 E3.7071
G1 X125.3120 Y150.7680 F5000 ; custom feedrate
G92 E0.0000
G1 X124.3040 Y149.7600 E0.1537 F2400 ; custom feedrate
G1 X124.9510 Y149.3890 E0.2340
G1 X126.3300 Y150.7680 E0.4443
G1 X127.3490 Y150.7680 E0.5540
G1 X125.8130 Y149.2320 E0.7881
G1 X126.8310 Y149.2320 E0.8978
G1 X128.3670 Y150.7680 E1.1319
G1 X129.3850 Y150.7680 E1.2416
G1 X127.8490 Y149.2320 E1.4757
G1 X128.8670 Y149.2320 E1.5854
G1 X130.4030 Y150.7680 E1.8195
G1 X131.4220 Y150.7680 E1.9292
G1 X129.8860 Y149.2320 E2.1633
G1 X130.9040 Y149.2320 E2.2731
G1 X132.4400 Y150.7680 E2.5071
G1 X132.9070 Y150.7680 E2.5575
G1 X132.9070 Y150.2170 E2.6169
G1 X131.9220 Y149.2320 E2.7670
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X164.6610 Y148.8000 F5000 ; custom feedrate
G1 Z8.400 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.2000 Y148.8000 E1.2435 F2400 ; custom feedrate
G1 X176.2000 Y151.2000 E1.5021
G1 X164.6610 Y151.2000 E2.7456
G1 X164.6610 Y148.8000 E3.0042
G1 X163.9410 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.9200 Y148.0800 E1.3987 F2400 ; custom feedrate
G1 X176.9200 Y151.9200 E1.8125
G1 X163.9410 Y151.9200 E3.2111
G1 X163.9410 Y148.0800 E3.6249
G1 X163.2210 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.6400 Y147.3600 E1.5538 F1800 ; custom feedrate
G1 X177.6400 Y152.6400 E2.1228
G1 X163.2210 Y152.6400 E3.6766
G1 X163.2210 Y147.3600 E4.2456
G1 X165.0930 Y149.8200 F5000 ; custom feedrate
G92 E0.0000
G1 X166.0420 Y150.7680 E0.1446 F2400 ; custom feedrate
G1 X167.0600 Y150.7680 E0.2543
G1 X165.5240 Y149.2320 E0.4884
G1 X166.5420 Y149.2320 E0.5981
G1 X168.0780 Y150.7680 E0.8322
G1 X169.0960 Y150.7680 E0.9419
G1 X167.5600 Y149.2320 E1.1760
G1 X168.5780 Y149.2320 E1.2857
G1 X169.9970 Y150.6500 E1.5018
G1 X169.9970 Y149.6320 E1.6116
G1 X169.5970 Y149.2320 E1.6725
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 22, Z = 8.800
;fan22;
G1 Z8.800 F1200
G1 X176.2000 Y148.8000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X176.2000 Y151.2000 E0.2586 F2400 ; custom feedrate
G1 X124.5380 Y151.2000 E5.8259
G1 X122.4460 Y150.0000 E6.0858
G1 X124.5380 Y148.8000 E6.3457
G1 X176.2000 Y148.8000 E11.9130
G1 X176.9200 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X176.9200 Y151.9200 E0.4138 F2400 ; custom feedrate
G1 X124.3460 Y151.9200 E6.0793
G1 X121.6510 Y150.3740 E6.4141
G1 X121.6510 Y149.6260 E6.4948
G1 X124.3460 Y148.0800 E6.8296
G1 X176.9200 Y148.0800 E12.4951
G1 X177.6400 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X177.6400 Y152.6400 E0.5690 F1800 ; custom feedrate
G1 X124.1540 Y152.6400 E6.3328
G1 X120.9310 Y150.7910 E6.7332
G1 X120.9310 Y149.2090 E6.9037
G1 X124.1540 Y147.3600 E7.3041
G1 X177.6400 Y147.3600 E13.0679
G1 X169.5970 Y150.7680 F5000 ; custom feedrate
G92 E0.0000
G1 X169.9970 Y150.3680 E0.0609 F2400 ; custom feedrate
G1 X169.9970 Y149.3500 E0.1707
G1 X168.5780 Y150.7680 E0.3868
G1 X167.5600 Y150.7680 E0.4965
G1 X169.0960 Y149.2320 E0.7306
G1 X168.0780 Y149.2320 E0.8403
G1 X166.5420 Y150.7680 E1.0744
G1 X165.5240 Y150.7680 E1.1841
G1 X167.0600 Y149.2320 E1.4182
G1 X166.0420 Y149.2320 E1.5280
G1 X164.5060 Y150.7680 E1.7620
G1 X163.9410 Y150.7680 E1.8229
G1 X163.9410 Y150.3140 E1.8718
G1 X165.0230 Y149.2320 E2.0367
G1 X164.0050 Y149.2320 E2.1464
G1 X163.9410 Y149.2960 E2.1562
G1 X133.9590 Y150.7680 F5000 ; custom feedrate
G92 E0.0000
G1 X134.0590 Y150.6680 E0.0153 F2400 ; custom feedrate
G1 X134.0590 Y149.6490 E0.1250
G1 X132.9400 Y150.7680 E0.2955
G1 X131.9220 Y150.7680 E0.4052
G1 X133.4580 Y149.2320 E0.6393
G1 X132.4400 Y149.2320 E0.7491
G1 X130.9040 Y150.7680 E0.9831
G1 X129.8860 Y150.7680 E1.0929
G1 X131.4220 Y149.2320 E1.3270
G1 X130.4030 Y149.2320 E1.4367
G1 X128.8670 Y150.7680 E1.6708
G1 X127.8490 Y150.7680 E1.7805
G1 X129.3850 Y149.2320 E2.0146
G1 X128.3670 Y149.2320 E2.1243
G1 X126.8310 Y150.7680 E2.3584
G1 X125.8130 Y150.7680 E2.4681
G1 X127.3490 Y149.2320 E2.7022
G1 X126.3300 Y149.2320 E2.8119
G1 X124.7940 Y150.7680 E3.0460
G1 X124.6530 Y150.7680 E3.0613
G1 X124.0960 Y150.4480 E3.1305
G1 X125.3120 Y149.2320 E3.3159
G1 X124.6530 Y149.2320 E3.3869
G1 X123.8110 Y149.7150 E3.4915
G1 X123.4490 Y150.0770 E3.5468
M106 S255
G1 X134.7790 Y149.2800 F5000 ; custom feedrate
G92 E0.0000
G1 X163.2210 Y149.2800 E3.0650 F3000 ; custom feedrate
G1 X163.2210 Y150.0000 E3.1426
G1 X134.7790 Y150.0000 E6.2076
G1 X134.7790 Y150.7200 E6.2852
G1 X163.2210 Y150.7200 E9.3502
G92 E0.0000
G1 E-1 F2400 ; custom retraction
M104 S195 T0 ; custom hot end temp - B
;layer 23, Z = 9.200
;fan23;
M106 S255; custom fan 255%
G1 Z9.200 F1200
G1 X170.2850 Y150.7000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X170.2850 Y149.3000 E0.1509 F2400 ; custom feedrate
G1 X175.7000 Y149.3000 E0.7344
G1 X175.7000 Y150.7000 E0.8853
G1 X170.2850 Y150.7000 E1.4689
G1 X169.5650 Y151.4200 F5000 ; custom feedrate
G92 E0.0000
G1 X169.5650 Y148.5800 E0.3060 F2400 ; custom feedrate
G1 X176.4200 Y148.5800 E1.0448
G1 X176.4200 Y151.4200 E1.3509
G1 X169.5650 Y151.4200 E2.0896
G1 X168.8450 Y152.1400 F5000 ; custom feedrate
G92 E0.0000
G1 X168.8450 Y147.8600 E0.4612 F1800 ; custom feedrate
G1 X177.1400 Y147.8600 E1.3552
G1 X177.1400 Y152.1400 E1.8164
G1 X168.8450 Y152.1400 E2.7103
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X129.1550 Y152.1400 F5000 ; custom feedrate
G1 X129.1550 Y151.4330
G1 X128.4350 Y151.4200
G1 Z9.200 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X126.5800 Y151.4200 E0.1999 F2400 ; custom feedrate
G1 X126.5800 Y148.5800 E0.5060
G1 X128.4350 Y148.5800 E0.7059
G1 X128.4350 Y151.4200 E1.0120
G1 X129.1550 Y152.1400 F5000 ; custom feedrate
G92 E0.0000
G1 X125.8600 Y152.1400 E0.3551 F1800 ; custom feedrate
G1 X125.8600 Y147.8600 E0.8163
G1 X129.1550 Y147.8600 E1.1715
G1 X129.1550 Y152.1400 E1.6327
G1 X127.5690 Y150.9880 F5000 ; custom feedrate
G92 E0.0000
G1 X127.0120 Y150.4310 E0.0848 F3000 ; custom feedrate
G1 X127.0120 Y149.4130 E0.1946
G1 X128.0030 Y150.4050 E0.3457
G1 X128.0030 Y149.3860 E0.4554
G1 X127.6290 Y149.0120 E0.5124
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X122.1400 Y149.3600 F5000 ; custom feedrate
G1 Z9.200 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X122.1400 Y150.6400 E0.1379 F1800 ; custom feedrate
G1 X120.8600 Y150.6400 E0.2759
G1 X120.8600 Y149.3600 E0.4138
G1 X122.1400 Y149.3600 E0.5517
G1 X121.2920 Y149.8030 F5000 ; custom feedrate
G92 E0.0000
G1 X121.6970 Y150.2080 E0.0618 F3000 ; custom feedrate
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 24, Z = 9.600
;fan24;
G1 Z9.600 F1200
G1 X122.0770 Y150.5770 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X120.9230 Y150.5770 E0.1243 F1800 ; custom feedrate
G1 X120.9230 Y149.4230 E0.2486
G1 X122.0770 Y149.4230 E0.3728
G1 X122.0770 Y150.5770 E0.4971
G1 X121.3550 Y150.1340 F5000 ; custom feedrate
G92 E0.0000
G1 X121.6340 Y149.8550 E0.0425 F3000 ; custom feedrate
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X122.0770 Y149.7750 F5000 ; custom feedrate
G1 X122.0770 Y149.4230
G1 X125.4600 Y149.1610
G1 X126.9000 Y148.9000
G1 Z9.600 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X128.1410 Y148.9000 E0.1337 F2400 ; custom feedrate
G1 X128.1410 Y151.1000 E0.3708
G1 X126.9000 Y151.1000 E0.5045
G1 X126.9000 Y148.9000 E0.7416
G1 X126.1800 Y148.1800 F5000 ; custom feedrate
G92 E0.0000
G1 X128.8610 Y148.1800 E0.2889 F2400 ; custom feedrate
G1 X128.8610 Y151.8200 E0.6812
G1 X126.1800 Y151.8200 E0.9701
G1 X126.1800 Y148.1800 E1.3623
G1 X125.4600 Y147.4600 F5000 ; custom feedrate
G92 E0.0000
G1 X129.5810 Y147.4600 E0.4441 F1800 ; custom feedrate
G1 X129.5810 Y152.5400 E0.9915
G1 X125.4600 Y152.5400 E1.4356
G1 X125.4600 Y147.4600 E1.9830
G1 X127.7090 Y149.8900 F5000 ; custom feedrate
G92 E0.0000
G1 X127.3320 Y150.2670 E0.0574 F2400 ; custom feedrate
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X169.8590 Y151.1000 F5000 ; custom feedrate
G1 Z9.600 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X169.8590 Y148.9000 E0.2371 F2400 ; custom feedrate
G1 X176.1000 Y148.9000 E0.9096
G1 X176.1000 Y151.1000 E1.1467
G1 X169.8590 Y151.1000 E1.8192
G1 X169.1390 Y151.8200 F5000 ; custom feedrate
G92 E0.0000
G1 X169.1390 Y148.1800 E0.3923 F2400 ; custom feedrate
G1 X176.8200 Y148.1800 E1.2200
G1 X176.8200 Y151.8200 E1.6122
G1 X169.1390 Y151.8200 E2.4399
G1 X168.4190 Y152.5400 F5000 ; custom feedrate
G92 E0.0000
G1 X168.4190 Y147.4600 E0.5474 F1800 ; custom feedrate
G1 X177.5400 Y147.4600 E1.5303
G1 X177.5400 Y152.5400 E2.0778
G1 X168.4190 Y152.5400 E3.0606
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 25, Z = 10.000
;fan25;
G1 Z10.000 F1200
G1 X169.7580 Y151.2000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X169.7580 Y148.8000 E0.2586 F2400 ; custom feedrate
G1 X176.2000 Y148.8000 E0.9529
G1 X176.2000 Y151.2000 E1.2115
G1 X169.7580 Y151.2000 E1.9057
G1 X169.0380 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X169.0380 Y148.0800 E0.4138 F2400 ; custom feedrate
G1 X176.9200 Y148.0800 E1.2632
G1 X176.9200 Y151.9200 E1.6770
G1 X169.0380 Y151.9200 E2.5264
G1 X168.3180 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X168.3180 Y147.3600 E0.5690 F1800 ; custom feedrate
G1 X177.6400 Y147.3600 E1.5736
G1 X177.6400 Y152.6400 E2.1426
G1 X168.3180 Y152.6400 E3.1472
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X129.6820 Y152.6400 F5000 ; custom feedrate
G1 X129.6820 Y151.2520
G1 X128.2420 Y151.2000
G1 Z10.000 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X126.8000 Y151.2000 E0.1554 F2400 ; custom feedrate
G1 X126.8000 Y148.8000 E0.4140
G1 X128.2420 Y148.8000 E0.5695
G1 X128.2420 Y151.2000 E0.8281
G1 X128.9620 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X126.0800 Y151.9200 E0.3106 F2400 ; custom feedrate
G1 X126.0800 Y148.0800 E0.7244
G1 X128.9620 Y148.0800 E1.0350
G1 X128.9620 Y151.9200 E1.4488
G1 X129.6820 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X125.3600 Y152.6400 E0.4658 F1800 ; custom feedrate
G1 X125.3600 Y147.3600 E1.0348
G1 X129.6820 Y147.3600 E1.5005
G1 X129.6820 Y152.6400 E2.0695
G1 X127.2320 Y150.6510 F5000 ; custom feedrate
G92 E0.0000
G1 X127.3490 Y150.7680 E0.0178 F2400 ; custom feedrate
G1 X127.8100 Y150.7680 E0.0675
G1 X127.8100 Y150.2110 E0.1275
G1 X127.2320 Y149.6330 E0.2156
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X122.0130 Y149.4870 F5000 ; custom feedrate
G1 Z10.000 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X122.0130 Y150.5130 E0.1106 F1800 ; custom feedrate
G1 X120.9870 Y150.5130 E0.2213
G1 X120.9870 Y149.4870 E0.3319
G1 X122.0130 Y149.4870 E0.4425
G1 X121.4190 Y149.9290 F5000 ; custom feedrate
G92 E0.0000
G1 X121.5710 Y150.0810 E0.0232 F3000 ; custom feedrate
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 26, Z = 10.400
;fan26;
G1 Z10.400 F1200
G1 X121.9500 Y150.4500 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.0500 Y150.4500 E0.0970 F1800 ; custom feedrate
G1 X121.0500 Y149.5500 E0.1939
G1 X121.9500 Y149.5500 E0.2909
G1 X121.9500 Y150.4500 E0.3879
G1 X121.4820 Y150.0070 F5000 ; custom feedrate
G92 E0.0000
G1 X121.5070 Y149.9820 E0.0039 F3000 ; custom feedrate
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X121.9500 Y149.8830 F5000 ; custom feedrate
G1 X121.9500 Y149.5500
G1 X125.3600 Y149.1220
G1 X126.8000 Y148.8000
G1 Z10.400 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X128.2960 Y148.8000 E0.1613 F2400 ; custom feedrate
G1 X128.2960 Y151.2000 E0.4199
G1 X126.8000 Y151.2000 E0.5812
G1 X126.8000 Y148.8000 E0.8398
G1 X126.0800 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X129.0160 Y148.0800 E0.3164 F2400 ; custom feedrate
G1 X129.0160 Y151.9200 E0.7302
G1 X126.0800 Y151.9200 E1.0467
G1 X126.0800 Y148.0800 E1.4605
G1 X125.3600 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X129.7360 Y147.3600 E0.4716 F1800 ; custom feedrate
G1 X129.7360 Y152.6400 E1.0406
G1 X125.3600 Y152.6400 E1.5122
G1 X125.3600 Y147.3600 E2.0812
G1 X127.2320 Y149.3490 F5000 ; custom feedrate
G92 E0.0000
G1 X127.3490 Y149.2320 E0.0178 F2400 ; custom feedrate
G1 X127.8640 Y149.2320 E0.0734
G1 X127.8640 Y149.7340 E0.1275
G1 X127.2320 Y150.3670 E0.2239
G1 X127.2320 Y150.7680 E0.2671
G1 X127.8490 Y150.7680 E0.3336
G1 X127.8640 Y150.7530 E0.3360
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X169.7040 Y151.2000 F5000 ; custom feedrate
G1 Z10.400 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X169.7040 Y148.8000 E0.2586 F2400 ; custom feedrate
G1 X176.2000 Y148.8000 E0.9587
G1 X176.2000 Y151.2000 E1.2173
G1 X169.7040 Y151.2000 E1.9174
G1 X168.9840 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X168.9840 Y148.0800 E0.4138 F2400 ; custom feedrate
G1 X176.9200 Y148.0800 E1.2691
G1 X176.9200 Y151.9200 E1.6829
G1 X168.9840 Y151.9200 E2.5381
G1 X168.2640 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X168.2640 Y147.3600 E0.5690 F1800 ; custom feedrate
G1 X177.6400 Y147.3600 E1.5794
G1 X177.6400 Y152.6400 E2.1484
G1 X168.2640 Y152.6400 E3.1588
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 27, Z = 10.800
;fan27;
G1 Z10.800 F1200
G1 X169.6280 Y151.2000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X169.6280 Y148.8000 E0.2586 F2400 ; custom feedrate
G1 X176.2000 Y148.8000 E0.9668
G1 X176.2000 Y151.2000 E1.2255
G1 X169.6280 Y151.2000 E1.9336
G1 X168.9080 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X168.9080 Y148.0800 E0.4138 F2400 ; custom feedrate
G1 X176.9200 Y148.0800 E1.2772
G1 X176.9200 Y151.9200 E1.6910
G1 X168.9080 Y151.9200 E2.5544
G1 X168.1880 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X168.1880 Y147.3600 E0.5690 F1800 ; custom feedrate
G1 X177.6400 Y147.3600 E1.5875
G1 X177.6400 Y152.6400 E2.1565
G1 X168.1880 Y152.6400 E3.1751
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X129.8120 Y152.6400 F5000 ; custom feedrate
G1 X129.8120 Y151.2520
G1 X128.3720 Y151.2000
G1 Z10.800 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X126.8000 Y151.2000 E0.1694 F2400 ; custom feedrate
G1 X126.8000 Y148.8000 E0.4280
G1 X128.3720 Y148.8000 E0.5974
G1 X128.3720 Y151.2000 E0.8560
G1 X129.0920 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X126.0800 Y151.9200 E0.3246 F2400 ; custom feedrate
G1 X126.0800 Y148.0800 E0.7384
G1 X129.0920 Y148.0800 E1.0629
G1 X129.0920 Y151.9200 E1.4767
G1 X129.8120 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X125.3600 Y152.6400 E0.4797 F1800 ; custom feedrate
G1 X125.3600 Y147.3600 E1.0487
G1 X129.8120 Y147.3600 E1.5285
G1 X129.8120 Y152.6400 E2.0974
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X121.8870 Y150.3870 F5000 ; custom feedrate
G1 Z10.800 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.1130 Y150.3870 E0.0833 F1800 ; custom feedrate
G1 X121.1130 Y149.6130 E0.1666
G1 X121.8870 Y149.6130 E0.2500
G1 X121.8870 Y150.3870 E0.3333
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 28, Z = 11.200
;fan28;
G1 Z11.200 F1200
G1 X121.8230 Y150.3230 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.1770 Y150.3230 E0.0697 F1800 ; custom feedrate
G1 X121.1770 Y149.6770 E0.1393
G1 X121.8230 Y149.6770 E0.2090
G1 X121.8230 Y150.3230 E0.2787
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X126.8000 Y151.2000 F5000 ; custom feedrate
G1 Z11.200 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X126.8000 Y148.8000 E0.2586 F2400 ; custom feedrate
G1 X128.4690 Y148.8000 E0.4385
G1 X128.4690 Y151.2000 E0.6971
G1 X126.8000 Y151.2000 E0.8769
G1 X126.0800 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X126.0800 Y148.0800 E0.4138 F2400 ; custom feedrate
G1 X129.1890 Y148.0800 E0.7488
G1 X129.1890 Y151.9200 E1.1626
G1 X126.0800 Y151.9200 E1.4976
G1 X125.3600 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X125.3600 Y147.3600 E0.5690 F1800 ; custom feedrate
G1 X129.9090 Y147.3600 E1.0592
G1 X129.9090 Y152.6400 E1.6282
G1 X125.3600 Y152.6400 E2.1183
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X129.9090 Y152.4920 F5000 ; custom feedrate
G1 X168.0910 Y152.6400
G1 X168.0910 Y151.2470
G1 X169.5310 Y151.2000
G1 Z11.200 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X169.5310 Y148.8000 E0.2586 F2400 ; custom feedrate
G1 X176.2000 Y148.8000 E0.9773
G1 X176.2000 Y151.2000 E1.2359
G1 X169.5310 Y151.2000 E1.9545
G1 X168.8110 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X168.8110 Y148.0800 E0.4138 F2400 ; custom feedrate
G1 X176.9200 Y148.0800 E1.2876
G1 X176.9200 Y151.9200 E1.7014
G1 X168.8110 Y151.9200 E2.5753
G1 X168.0910 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X168.0910 Y147.3600 E0.5690 F1800 ; custom feedrate
G1 X177.6400 Y147.3600 E1.5980
G1 X177.6400 Y152.6400 E2.1670
G1 X168.0910 Y152.6400 E3.1960
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 29, Z = 11.600
;fan29;
G1 Z11.600 F1200
G1 X169.4120 Y151.2000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X169.4120 Y148.8000 E0.2586 F2400 ; custom feedrate
G1 X176.2000 Y148.8000 E0.9901
G1 X176.2000 Y151.2000 E1.2488
G1 X169.4120 Y151.2000 E1.9803
G1 X168.6920 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X168.6920 Y148.0800 E0.4138 F2400 ; custom feedrate
G1 X176.9200 Y148.0800 E1.3005
G1 X176.9200 Y151.9200 E1.7143
G1 X168.6920 Y151.9200 E2.6010
G1 X167.9720 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X167.9720 Y147.3600 E0.5690 F1800 ; custom feedrate
G1 X177.6400 Y147.3600 E1.6109
G1 X177.6400 Y152.6400 E2.1798
G1 X167.9720 Y152.6400 E3.2217
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X130.0280 Y152.6400 F5000 ; custom feedrate
G1 X130.0280 Y151.2530
G1 X128.5880 Y151.2000
G1 Z11.600 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X126.8000 Y151.2000 E0.1927 F2400 ; custom feedrate
G1 X126.8000 Y148.8000 E0.4513
G1 X128.5880 Y148.8000 E0.6440
G1 X128.5880 Y151.2000 E0.9027
G1 X129.3080 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X126.0800 Y151.9200 E0.3479 F2400 ; custom feedrate
G1 X126.0800 Y148.0800 E0.7617
G1 X129.3080 Y148.0800 E1.1096
G1 X129.3080 Y151.9200 E1.5234
G1 X130.0280 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X125.3600 Y152.6400 E0.5031 F1800 ; custom feedrate
G1 X125.3600 Y147.3600 E1.0720
G1 X130.0280 Y147.3600 E1.5751
G1 X130.0280 Y152.6400 E2.1441
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X125.3600 Y151.2960 F5000 ; custom feedrate
G1 X121.7600 Y150.2600
G1 Z11.600 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.2400 Y150.2600 E0.0560 F1800 ; custom feedrate
G1 X121.2400 Y149.7400 E0.1120
G1 X121.7600 Y149.7400 E0.1680
G1 X121.7600 Y150.2600 E0.2240
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 30, Z = 12.000
;fan30;
G1 Z12.000 F1200
G1 X121.6970 Y150.1970 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.3030 Y150.1970 E0.0424 F1800 ; custom feedrate
G1 X121.3030 Y149.8030 E0.0847
G1 X121.6970 Y149.8030 E0.1271
G1 X121.6970 Y150.1970 E0.1694
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X126.8000 Y151.2000 F5000 ; custom feedrate
G1 Z12.000 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X126.8000 Y148.8000 E0.2586 F2400 ; custom feedrate
G1 X128.7350 Y148.8000 E0.4672
G1 X128.7350 Y151.2000 E0.7258
G1 X126.8000 Y151.2000 E0.9343
G1 X126.0800 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X126.0800 Y148.0800 E0.4138 F2400 ; custom feedrate
G1 X129.4550 Y148.0800 E0.7775
G1 X129.4550 Y151.9200 E1.1913
G1 X126.0800 Y151.9200 E1.5550
G1 X125.3600 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X125.3600 Y147.3600 E0.5690 F1800 ; custom feedrate
G1 X130.1750 Y147.3600 E1.0879
G1 X130.1750 Y152.6400 E1.6569
G1 X125.3600 Y152.6400 E2.1757
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X130.1750 Y152.4820 F5000 ; custom feedrate
G1 X167.8250 Y152.6400
G1 X167.8250 Y151.2470
G1 X169.2650 Y151.2000
G1 Z12.000 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X169.2650 Y148.8000 E0.2586 F2400 ; custom feedrate
G1 X176.2000 Y148.8000 E1.0060
G1 X176.2000 Y151.2000 E1.2646
G1 X169.2650 Y151.2000 E2.0119
G1 X168.5450 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X168.5450 Y148.0800 E0.4138 F2400 ; custom feedrate
G1 X176.9200 Y148.0800 E1.3163
G1 X176.9200 Y151.9200 E1.7301
G1 X168.5450 Y151.9200 E2.6327
G1 X167.8250 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X167.8250 Y147.3600 E0.5690 F1800 ; custom feedrate
G1 X177.6400 Y147.3600 E1.6267
G1 X177.6400 Y152.6400 E2.1957
G1 X167.8250 Y152.6400 E3.2534
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;layer 31, Z = 12.400
;fan31;
G1 Z12.400 F1200
G1 X169.0930 Y151.2000 F5000 ; custom feedrate
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X169.0930 Y148.8000 E0.2586 F2400 ; custom feedrate
G1 X176.2000 Y148.8000 E1.0245
G1 X176.2000 Y151.2000 E1.2831
G1 X169.0930 Y151.2000 E2.0489
G1 X168.3730 Y151.9200 F5000 ; custom feedrate
G92 E0.0000
G1 X168.3730 Y148.0800 E0.4138 F2400 ; custom feedrate
G1 X176.9200 Y148.0800 E1.3348
G1 X176.9200 Y151.9200 E1.7486
G1 X168.3730 Y151.9200 E2.6697
G1 X167.6530 Y152.6400 F5000 ; custom feedrate
G92 E0.0000
G1 X167.6530 Y147.3600 E0.5690 F1800 ; custom feedrate
G1 X177.6400 Y147.3600 E1.6452
G1 X177.6400 Y152.6400 E2.2142
G1 X167.6530 Y152.6400 E3.2904
G1 X169.6150 Y150.5230 F5000 ; custom feedrate
G92 E0.0000
G1 X169.7700 Y150.6780 E0.0295 F3000 ; custom feedrate
G1 X175.6780 Y150.6780 E0.8253
G1 X175.6780 Y150.2220 E0.8867
G1 X174.7780 Y149.3220 E1.0582
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X128.9070 Y148.8000 F5000 ; custom feedrate
G1 Z12.400 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X128.9070 Y151.2000 E0.2586 F2400 ; custom feedrate
G1 X126.8000 Y151.2000 E0.4857
G1 X126.8000 Y148.8000 E0.7443
G1 X128.9070 Y148.8000 E0.9713
G1 X129.6270 Y148.0800 F5000 ; custom feedrate
G92 E0.0000
G1 X129.6270 Y151.9200 E0.4138 F2400 ; custom feedrate
G1 X126.0800 Y151.9200 E0.7960
G1 X126.0800 Y148.0800 E1.2098
G1 X129.6270 Y148.0800 E1.5920
G1 X130.3470 Y147.3600 F5000 ; custom feedrate
G92 E0.0000
G1 X130.3470 Y152.6400 E0.5690 F1800 ; custom feedrate
G1 X125.3600 Y152.6400 E1.1064
G1 X125.3600 Y147.3600 E1.6754
G1 X130.3470 Y147.3600 E2.2127
G92 E0.0000
G1 E-1 F2400 ; custom retraction
;zhop1
G1 X121.6330 Y149.8670 F5000 ; custom feedrate
G1 Z12.400 F1200
G1 E0 F2400 ; custom un-retraction/prime
G92 E0.0000
G1 X121.6330 Y150.1330 E0.0287 F1800 ; custom feedrate
G1 X121.3670 Y150.1330 E0.0574
G1 X121.3670 Y149.8670 E0.0861
G1 X121.6330 Y149.8670 E0.1148
G92 E0.0000
G1 E-1 F2400 ; custom retraction

failure was about 10.4 mm

6

I don’t see anything obviously wrong with that Gcode.

Did you have any indication from the printer what the job state was?
You’ll need to look at the logs- something inside Klipper seems to have given up.

7

Made a couple minor changes like a print height of 0.3 mm and tried it again fully expecting it to fail. It printed enough for me to see that 205 degrees for this filament is too hot and 190 would be better, so that is helpful.

PXL_20231224_143017100
PXL_20231224_1430171001920×2560 237 KB

190, 195, 200, 205, 210 °C from bottom to top. The previous setting was 205 °C with 210 for the first layers. Just goes to show that other settings for other printers or other people’s suggestions are not always the way to go.

Unsure if it is a communication problem (documented issue in klipper docs), or a heater or some other issue.

Then at 190 °C setting, it printed this hinge… Not completely functional without some persuasion, but definitely an improvement.

PXL_20231224_134355596
PXL_20231224_1343555961920×2560 312 KB

this is a mtg box test hinge… It will do the job.

8

Maybe… Nice to see you’re not blocked, but would’ve expected one of the several log files to have some kind of bread crumb warning or error message.

For example, before I hot glued and silicone wrapped the cable, if/when my CAN bus cable was yanked causing communication issue, there’d be a message that was clearly indicating an error occured, even if the root cause of the error was not clear to me.

Fortunately there’d be some search results for that bread crumb message on the Klipper forum and/or Internetz that helped me figure out next step and what to fix.

Consider sharing set of log files if you run into mysterious halting problem again, hopefully there’s a useful crumb in there for us.

Nice print!

9

I am reminded of something @Jeffeb3 said, and I already kind of knew.

Thermistors are not always absolutely accurate, but are usually relatively accurate. What might register as 190 on yours might actually be anywhere from 180 to 215°, but a change of 10° will likely be a real change of 10°. (Remember that we don’t really use a baseline of 0°C but 0°K or -273°C.) As such a 25° error at 500°K is only a 5% error. Most thermistors I’ve seen have a higher tolerance than that.

10

I used to design and make thermistors. The repeatability was amazing once calibrated, but absolute accuracy was sometimes the issue. A lot of time and effort was typically spent to ensure that the accuracy of both ends of the spectrum was right on, but there was always some that were a little out.

1 Like
11

PXL_20231227_181708161
PXL_20231227_1817081611920×1440 243 KB

This is an amusing train wreck… Ninjaflex Tpu drips out of the nozzle as liquid at 230 and splashes on the bed. The thermal tower went from 220 at the bottom to, 225, 230, 235, and 240 at the top. Fan was on at 100%. The dropping bridge was pushed to one side by the cooling air. It was pretty interesting to watch. The temperature is reading very low on this. I’ll verify the installation position.

Thinking it might be wise to warm it slowly and see where it starts to extrude and tune from that point… Or maybe put in a new sensor and start all over.

2 Likes
12

As you already know, you have a thermistor problem.

Either you have a mismatch between what is defined in your config and the actual sensor part, or you have a bad sensor. Maybe both.

1 Like
13

I agree, the trouble is the lack of a proper thermally attached reference sensor to know just how far off it is.

14

Alright, how did you get here :slight_smile: ?

If I recall correctly, didn’t you have your extuder blob up and then you had to replace your hot end (or maybe the whole extruder?). What is in your klipper config for the thermistor, and what did you buy to replace the thermistor?

It may not be worth trying to use a 2nd reference thermistor (which would then need a known good configuration to read it with). It might just be better to buy a known thermistor type and then be sure your Klipper config matches- unless you can say with certainty what you have in there now.

15

I’m changing out my hotend sensor for a PT1000 sensor. Lower resolution but greater range and supposed to be more absolute accuracy. The resolution is still good enough, which is the important part, but better real-world correlation to temperature appeals to me. I think my current thermistor is off by more than I like.

I also do want to try some higher temperature filaments, which the PT1000 sensor will better manage

16

I appreciate your problem solving skills and pointed directions. Yes, there was that one blob event that took a heat gun to get off and then installed new heaters that basically melted because 12 V heaters on a 24V system are not supposed to work. So after that, then the fan got stuck and didn’t spin. It is a well understood phenomenon that thermistors will drift with excessive heat, but given the mechanical history, it is very likely this is a mechanical issue from damage from one of the “events.”. I think most of these 3d printer thermistors are glass beads, so maybe the glass is cracked or broken and the sensor is damaged but still functioning or perhaps the thermal history has aged the sensor. For these NTC type sensors, when the sensor resistance increases (due to mishandling or wire stretching or bad electrical contacts), the temperature reading drops, so that lines up. I’ll swap it out with another after I print a holder for the wire and filament tube that mounts near the extruder.

II was just wanting to share the sagging bridges and wanting to be lazy and type something in rather than take a ton of stuff apart for once or twice or, c’mon man. You know, I may still I have a precision NIST traceable thermometer around here somewhere, but it tops out at 150 I think before it goes into extrapolation so it may not be super useful.

Another interesting observation while trying to get video of this thermal tower print was that the whole printer shakes on abrupt movements. There are a couple “minor” mechanical modifications that will require nearly complete disassembly to accomplish. So while it is that far apart, might as well lower the corexy within the existing frame and get walls made to on it.

The other part I’m not thrilled about: taking the nozzle silicone sock off means taking the part cooling fan off, which means moving the bltouch, so the whole base-layer thing will need to be revisited and likely redone.

This is my resigned face…

17

I hear ya.

I’ve had to take the fan shroud off of my v4 a few times this month, and it’s a royal pain in the patootie each and every time. On the plus side, I’m getting pretty good at calibrating that first layer…

And now, I have that shiny new PT1000 temp sensor on my desk, and of course I need to pull everything out to install it… Looking forward to that like a kick to the head, but I’ve been getting clogs, so I think I need to just do it. Then I need to print a new fan shroud in something with a hotter tolerance… ASA maybe? Ugh. Then I need to install that.

So I hear the frustration, but if the printer is causing frustration as-is, I think it’s better to just git’er done.

18

We fly various thermistors on spacecraft, I’m familiar with their issues (and that they’re a relatively cheap sensor so certainly have thier uses).

Maybe, but I’ve seen a trend towards encapsulating them in M3 or M4 studs, or using PT1000s, or various other sensors. I know that I HATE working with glass bead thermistors so have been trying to move over to the M3 stud versions. These can thread into most of the blocks that are either set up to expect them or have an M3 tapped hole where the retainer for the glass bead would otherwise be installed.

I completely hear you! Every time you get within sight of a perfect setup, something comes along to mess it up (I’ve had that happen a number of times.)

I forget- do you have panels for your frame, or are you using brackets? Are you using the Klipper accelerometer features to help tune your accelerations and reduce resonances?

Again, I hear you!
The H2 Revo is looking better and better to me because of this.
Also, we need a better mounting scheme so the fans and assorted parts can come off without being.a major rebuild project.

One thing I’ll say, each time I go through this cycle and rework one of my printers, I get better at it and I usually learn a thing or two along the way. I’m not sure if that’s good or bad overall, as it’s a bunch of work and pretty exasperating when things get messy. But, I like the learning and it’s at least a little therapeutic for me when I rebuild a machine and it’s as good or better than the last iteration.

19

so the sensor is a 3 mm bullet shaped potted 100k ntc. I should have a new one tonight if I can get enough other (meaningful) stuff to get the free shipping.

I put the glass bead spare sensor on channel TH2 in klipper like this:

##########################################
# EXTRA Temp sensor for possible enclosure
##########################################

[temperature_sensor strategic_sensor]
sensor_type: EPCOS 100K B57560G104F #Generic 3950
sensor_pin: PF5
#pullup_resistor: 4700
#inline_resistor: 4700

on the dashboard, it shows up like this:

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I don’t know the exact make of the glass bed extra sensor. When it was configured as a Generic 3950, it was much closer to the BQ EPCOS sensor described by BQ documentation. When they are both set as the same sensor type, they are off by quite a bit as seen in the plot. Notice how the offset gets worse the hotter it gets… This is the material change in the thermistor by excessive heat. Its “curve” slope shifts. The sensor isn’t dead, it just isn’t absolutely accurate. As long as we know the offset and repeatability is the goal, in theory one could make this work as it is… but it’ll be replaced.

no panels yet. That is on the list to add. No accelerometer. This system is all analog sensor input. There might be an MPU9250 around here somewhere I could strap on this thing, There is no CAN bus setup available for one that is typically used for shaping.

20

klipper tuning / machine tuning:

Is this mount part of a problem?

Notice how the belt moves up and down depending on the direction. The pulley was dirty. I cleaned it. It had some gummy crud on it. Not sure where that came from. The pulley looks canted to the left a little, but that may just be a perspective thing. It looks like when the carriage moves right the belt goes up and when it moves left, it goes down… seems odd to me, but not sure it is a problem.

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Still trying to chase down the source of the waviness in the X movement. Have not yet pulled the trolley and cleaned the bearings, but that is likely next.

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