yup, you need a helix code ... all helix soubroutines have loops
if feed is high, and arch ( toolpath segment ) is short, then the tool is waiting too much at the joints, in comparison to the time when it is cutting; that sound appears because movement reaches a full-stop ( or close to it ), which is not needed, but is caused by the code structure ( it may be possible that an "IF-loop" or a "soubroutine-loop" to be faster then a "COPY-loop" )
try these next 3+1 codes :
... 1st code uses noex
... 2nd code uses if-loop
... 3rd code uses a soubroutine
*if it does not work, try the 4th code which is a linear type; if problem is still there, then i will test your code on a machine / kindly
Code:
DEF WORK[1]
DIREC V
ORIGIN H1
CYLNDR 0P,[0,0],207,-150,0
CYLNDR 0H,[0,0],100,-150,0
END
CLEAR
DRAW
G20 G90
G116 T13 (82MM FEED MILL)
S2000 M3 F60.0
G56 H13
G15 H1
G00 X5.375 Y0.0
Z1.0
G01 Z0.010
G91
M339
NOEX COPY Q208
G03 Z-0.030 I-5.375
NOEX COPYE
G90
G00 X5.0
Z0.010
X7.375 Y0.0
G91
M339
NOEX COPY Q208
G03 Z-0.030 I-7.375
NOEX COPYE
G90
G00 X5.0
Z1.0
M2
Code:
DEF WORK[1]
DIREC V
ORIGIN H1
CYLNDR 0P,[0,0],207,-150,0
CYLNDR 0H,[0,0],100,-150,0
END
CLEAR
DRAW
G20 G90
G116 T13 (82MM FEED MILL)
S2000 M3 F60.0
G56 H13
G15 H1
G00 X5.375 Y0.0
Z1.0
G01 Z0.010
G91
M339
NOEX VC1 = 0
N1 NOEX VC1 = VC1 + 1
G03 Z-0.030 I-5.375
IF [ VC1 LT 208 ] N1
G90
G00 X5.0
Z0.010
X7.375 Y0.0
G91
M339
NOEX VC1 = 0
N2 NOEX VC1 = VC1 + 1
G03 Z-0.030 I-7.375
IF [ VC1 LT 208 ] N2
G90
G00 X5.0
Z1.0
M2
Code:
DEF WORK[1]
DIREC V
ORIGIN H1
CYLNDR 0P,[0,0],207,-150,0
CYLNDR 0H,[0,0],100,-150,0
END
CLEAR
DRAW
G20 G90
G116 T13 (82MM FEED MILL)
S2000 M3 F60.0
G56 H13
G15 H1
G00 X5.375 Y0.0
Z1.0
G01 Z0.010
G91
M339
CALL OSUB1 Q208
G90
G00 X5.0
Z0.010
X7.375 Y0.0
G91
M339
CALL OSUB2 Q208
G90
G00 X5.0
Z1.0
M2
OSUB1
G03 Z-0.030 I-5.375
RTS ( . . . . . . . . . . . . . . . . . . . . )
OSUB2
G03 Z-0.030 I-7.375
RTS ( . . . . . . . . . . . . . . . . . . . . )
Code:
DEF WORK[1]
DIREC V
ORIGIN H1
CYLNDR 0P,[0,0],207,-150,0
CYLNDR 0H,[0,0],100,-150,0
END
CLEAR
DRAW
G20 G90
G116 T13 (82MM FEED MILL)
S2000 M3 F60.0
G56 H13
G15 H1
G00 X5.375 Y0.0
Z1.0
G01 Z0.010
G91
M339
CALL OSUB1
G90
G00 X5.0
Z0.010
X7.375 Y0.0
G91
M339
CALL OSUB2
G90
G00 X5.0
Z1.0
M2
OSUB1 ( 208 lines )
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
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G03 Z-0.030 I-5.375
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G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
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G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
G03 Z-0.030 I-5.375
RTS ( . . . . . . . . . . . . . . . . . . . . )
OSUB2 ( 208 lines )
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
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G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
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G03 Z-0.030 I-7.375
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G03 Z-0.030 I-7.375
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G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
G03 Z-0.030 I-7.375
RTS ( . . . . . . . . . . . . . . . . . . . . )