Radios to end of arc differs
17 Sep 2021 22:05 #220954
by paulsao
Radios to end of arc differs was created by paulsao
Greetings to all I am starting to test fusion 360 and the plasma table and in a test cut I have this error I read some threads but I cannot solve it, I am working in mm.
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- tommylight
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17 Sep 2021 22:09 #220955
by tommylight
Replied by tommylight on topic Radios to end of arc differs
It is caused by trying to start a cut in an arc.
Cuts can be continued anywhere on a straight line but not on arcs.
In QtPlasmaC, choose a straight line before the point where you want to continue, disable the torch, run from line, when it gets near the cut position press "pause" then use the recovery back or forward to get it close to where you want then just enable the torch and click on "continue".
Cuts can be continued anywhere on a straight line but not on arcs.
In QtPlasmaC, choose a straight line before the point where you want to continue, disable the torch, run from line, when it gets near the cut position press "pause" then use the recovery back or forward to get it close to where you want then just enable the torch and click on "continue".
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17 Sep 2021 22:17 #220956
by paulsao
Replied by paulsao on topic Radios to end of arc differs
The problem occurs when I want to load the file into the plasma it cannot be displayed.
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18 Sep 2021 08:16 - 18 Sep 2021 08:26 #220979
by Aciera
Replied by Aciera on topic Radios to end of arc differs
This usually means that you have an error in the GCode of the arc movement. Can you post your GCode?
Also happens if you use tool compensation with tool diameter that is too large for the arc.
Also happens if you use tool compensation with tool diameter that is too large for the arc.
Last edit: 18 Sep 2021 08:26 by Aciera.
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18 Sep 2021 14:19 #221001
by paulsao
Replied by paulsao on topic Radios to end of arc differs
THE BAD CODE IS COMENT WITH ("THE PROBLEM")
(1004)
N10 G21
N15 G90 G40
N20 G17 G91.1
N25 G64 P0.254 Q0.254
N30 M52 P1.
N35 M65 P2.
N40 M65 P3.
N45 M68 E3 Q0.
(PERFIL 2D3)
(
)
(- THIS SECTION IS SET UP TO CUT SMALL HOLES ONLY. -)
(- IT WILL AUTOMATICALLY SLOW THE CUT SPEED FOR THE HOLES BASED ON THE SETTING IN THE PARAMETERS. -)
(- IT WILL ALSO CREATE AN ARC LEAD-IN FOR EACH HOLE STARTING AT THE CENTER OF THE HOLE. -)
(- ANY OTHER TYPE OF OPERATIONS IN THIS SECTION WILL NOT WORK CORRECTLY -)
(- THIS SETUP HAS OCCURRED DUE TO DISABLING LEAD IN ON THE LEADS PAGE -)
(- BE CERTAIN YOU HAVE ALSO SET PIERCE CLEARANCE TO 0 OR YOU WILL NOT GET THE CORRECT RESULTS -)
(
)
(PLASMA CUTTING)
(THROUGH CUTTING)
N50 M190 P2.
N55 M66 P3. L3 Q1.
N60 F#<_hal[plasmac.cut-feed-rate]>
N65 G0 X-0.08406 Y9.40136
N70 G0 X0. Y12.
(SMALL HOLE WITH ARC LEAD-IN FROM CENTER POINT AND 4MM OVERCUT WITH TORCH OFF)
N75 M3 $0 S1
N80 M67 E3 Q60.
N85 G3 X-0.08406 Y9.40136 I-0.04203 J-1.29932
N90 I0.08406 J2.59864
N95 M62 P3.
N100 X2.59456 Y11.83198 I0.08406 J2.59864
N105 M63 P3.
N110 M67 E3 Q100.
N115 M5
N120 G0 X-0.08406 Y9.40136
N125 X-2.74739 Y-2.10195
N130 X-0.37014 Y-3.15488
(SMALL HOLE WITH ARC LEAD-IN FROM CENTER POINT AND 4MM OVERCUT WITH TORCH OFF)
N135 M3 $0 S1
N140 M67 E3 Q60.
N145 G3 X-2.74739 Y-2.10195 I-1.18863 J0.52647
N150 I2.37725 J-1.05293
N155 M62 P3.
N160 X-1.49938 Y-5.49685 I2.37725 J-1.05293
N165 M63 P3.
N170 M67 E3 Q100.
N175 M5
N180 G0 X-2.74739 Y-2.10195
N185 X-9.58995 Y-11.02447
N190 X-12. Y-12.
(SMALL HOLE WITH ARC LEAD-IN FROM CENTER POINT AND 4MM OVERCUT WITH TORCH OFF)
N195 M3 $0 S1
N200 M67 E3 Q60.
N205 G3 X-9.58995 Y-11.02447 I1.20503 J0.48776
N210 I-2.41005 J-0.97553
N215 M62 P3.
N220 X-12.8971 Y-9.55967 I-2.41005 J-0.97553
N225 M63 P3.
N230 M67 E3 Q100.
N235 M5
N240 G0 X-9.58995 Y-11.02447
N245 X9.40265 Y-11.88264
N250 X12. Y-12.
(SMALL HOLE WITH ARC LEAD-IN FROM CENTER POINT AND 4MM OVERCUT WITH TORCH OFF)
N255 M3 $0 S1
N260 M67 E3 Q60.
N265 G3 X9.40265 Y-11.88264 I-1.29868 J0.05868
N270 I2.59735 J-0.11736
N275 M62 P3.
N280 X11.79873 Y-14.5922 I2.59735 J-0.11736
N285 M63 P3.
N290 M67 E3 Q100.
N295 M5
N300 G0 X9.40265 Y-11.88264
(PERFIL 2D4)
(
)
(- THIS SECTION IS SET UP TO CUT SMALL HOLES ONLY. -)
(- IT WILL AUTOMATICALLY SLOW THE CUT SPEED FOR THE HOLES BASED ON THE SETTING IN THE PARAMETERS. -)
(- IT WILL ALSO CREATE AN ARC LEAD-IN FOR EACH HOLE STARTING AT THE CENTER OF THE HOLE. -)
(- ANY OTHER TYPE OF OPERATIONS IN THIS SECTION WILL NOT WORK CORRECTLY -)
(- THIS SETUP HAS OCCURRED DUE TO DISABLING LEAD IN ON THE LEADS PAGE -)
(- BE CERTAIN YOU HAVE ALSO SET PIERCE CLEARANCE TO 0 OR YOU WILL NOT GET THE CORRECT RESULTS -)
(
)
N305 G0 X15.42645 Y-6.59448
N310 G2 X9.04615 Y-17.67755 I-3.42644 J-5.4055
N315 G3 X-9.04615 I-15.42645 J-28.47062 ############## THE PROBLEM
N320 G2 X-15.42645 Y-6.59449 I-2.95385 J5.67756
N325 G3 X-6.38027 Y11.49781 I-16.87365 J27.63746
N330 G2 X6.38027 I6.38027 J0.50219
N335 G3 X15.42645 Y-6.59448 I32.30007 J-1.5379
N340 M5
N345 G0 X0. Y0.
N350 G90
N355 G40
N360 M65 P2.
N365 M65 P3.
N370 M68 E3 Q0.
N375 M5
N380 M30
(1004)
N10 G21
N15 G90 G40
N20 G17 G91.1
N25 G64 P0.254 Q0.254
N30 M52 P1.
N35 M65 P2.
N40 M65 P3.
N45 M68 E3 Q0.
(PERFIL 2D3)
(
)
(- THIS SECTION IS SET UP TO CUT SMALL HOLES ONLY. -)
(- IT WILL AUTOMATICALLY SLOW THE CUT SPEED FOR THE HOLES BASED ON THE SETTING IN THE PARAMETERS. -)
(- IT WILL ALSO CREATE AN ARC LEAD-IN FOR EACH HOLE STARTING AT THE CENTER OF THE HOLE. -)
(- ANY OTHER TYPE OF OPERATIONS IN THIS SECTION WILL NOT WORK CORRECTLY -)
(- THIS SETUP HAS OCCURRED DUE TO DISABLING LEAD IN ON THE LEADS PAGE -)
(- BE CERTAIN YOU HAVE ALSO SET PIERCE CLEARANCE TO 0 OR YOU WILL NOT GET THE CORRECT RESULTS -)
(
)
(PLASMA CUTTING)
(THROUGH CUTTING)
N50 M190 P2.
N55 M66 P3. L3 Q1.
N60 F#<_hal[plasmac.cut-feed-rate]>
N65 G0 X-0.08406 Y9.40136
N70 G0 X0. Y12.
(SMALL HOLE WITH ARC LEAD-IN FROM CENTER POINT AND 4MM OVERCUT WITH TORCH OFF)
N75 M3 $0 S1
N80 M67 E3 Q60.
N85 G3 X-0.08406 Y9.40136 I-0.04203 J-1.29932
N90 I0.08406 J2.59864
N95 M62 P3.
N100 X2.59456 Y11.83198 I0.08406 J2.59864
N105 M63 P3.
N110 M67 E3 Q100.
N115 M5
N120 G0 X-0.08406 Y9.40136
N125 X-2.74739 Y-2.10195
N130 X-0.37014 Y-3.15488
(SMALL HOLE WITH ARC LEAD-IN FROM CENTER POINT AND 4MM OVERCUT WITH TORCH OFF)
N135 M3 $0 S1
N140 M67 E3 Q60.
N145 G3 X-2.74739 Y-2.10195 I-1.18863 J0.52647
N150 I2.37725 J-1.05293
N155 M62 P3.
N160 X-1.49938 Y-5.49685 I2.37725 J-1.05293
N165 M63 P3.
N170 M67 E3 Q100.
N175 M5
N180 G0 X-2.74739 Y-2.10195
N185 X-9.58995 Y-11.02447
N190 X-12. Y-12.
(SMALL HOLE WITH ARC LEAD-IN FROM CENTER POINT AND 4MM OVERCUT WITH TORCH OFF)
N195 M3 $0 S1
N200 M67 E3 Q60.
N205 G3 X-9.58995 Y-11.02447 I1.20503 J0.48776
N210 I-2.41005 J-0.97553
N215 M62 P3.
N220 X-12.8971 Y-9.55967 I-2.41005 J-0.97553
N225 M63 P3.
N230 M67 E3 Q100.
N235 M5
N240 G0 X-9.58995 Y-11.02447
N245 X9.40265 Y-11.88264
N250 X12. Y-12.
(SMALL HOLE WITH ARC LEAD-IN FROM CENTER POINT AND 4MM OVERCUT WITH TORCH OFF)
N255 M3 $0 S1
N260 M67 E3 Q60.
N265 G3 X9.40265 Y-11.88264 I-1.29868 J0.05868
N270 I2.59735 J-0.11736
N275 M62 P3.
N280 X11.79873 Y-14.5922 I2.59735 J-0.11736
N285 M63 P3.
N290 M67 E3 Q100.
N295 M5
N300 G0 X9.40265 Y-11.88264
(PERFIL 2D4)
(
)
(- THIS SECTION IS SET UP TO CUT SMALL HOLES ONLY. -)
(- IT WILL AUTOMATICALLY SLOW THE CUT SPEED FOR THE HOLES BASED ON THE SETTING IN THE PARAMETERS. -)
(- IT WILL ALSO CREATE AN ARC LEAD-IN FOR EACH HOLE STARTING AT THE CENTER OF THE HOLE. -)
(- ANY OTHER TYPE OF OPERATIONS IN THIS SECTION WILL NOT WORK CORRECTLY -)
(- THIS SETUP HAS OCCURRED DUE TO DISABLING LEAD IN ON THE LEADS PAGE -)
(- BE CERTAIN YOU HAVE ALSO SET PIERCE CLEARANCE TO 0 OR YOU WILL NOT GET THE CORRECT RESULTS -)
(
)
N305 G0 X15.42645 Y-6.59448
N310 G2 X9.04615 Y-17.67755 I-3.42644 J-5.4055
N315 G3 X-9.04615 I-15.42645 J-28.47062 ############## THE PROBLEM
N320 G2 X-15.42645 Y-6.59449 I-2.95385 J5.67756
N325 G3 X-6.38027 Y11.49781 I-16.87365 J27.63746
N330 G2 X6.38027 I6.38027 J0.50219
N335 G3 X15.42645 Y-6.59448 I32.30007 J-1.5379
N340 M5
N345 G0 X0. Y0.
N350 G90
N355 G40
N360 M65 P2.
N365 M65 P3.
N370 M68 E3 Q0.
N375 M5
N380 M30
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18 Sep 2021 15:14 - 18 Sep 2021 15:42 #221008
by Aciera
Replied by Aciera on topic Radios to end of arc differs
I just realized this question is in the Fusion360 sub forum so you must already know that this is a problem with the CAM.
Last edit: 18 Sep 2021 15:42 by Aciera.
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07 Oct 2021 17:36 #222474
by paulsao
Replied by paulsao on topic Radios to end of arc differs
I am using Plasmac and Fusion 360, when I want to open the fusion file in Plasmac I get this error. (Attached) I also publish my G code to someone help me with this problem, I am working in mm and with a nozzle width of 1.2mm
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07 Oct 2021 19:48 #222477
by MaHa
Replied by MaHa on topic Radios to end of arc differs
If you enter an m2 after N140, you can read the file. Then remove all before N175, get rid off I and J only keep x y as start, the file can be loaded.
So the error in your design is from N145 to N170 to check the Arcs, endpoints
So the error in your design is from N145 to N170 to check the Arcs, endpoints
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07 Oct 2021 20:16 #222479
by paulsao
Replied by paulsao on topic Radios to end of arc differs
The same design works in shetcam something in the 2d profile settings is wrong, I saw that someone had a similar error in cnc milling and I solve it by removing the tools but here it is different.
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07 Oct 2021 20:38 #222482
by tommylight
Replied by tommylight on topic Radios to end of arc differs
Disable tool compensation in Fusion360.
Also choose a tool with 0.5 to 1mm width.
Also choose a tool with 0.5 to 1mm width.
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