5 a ddr esses (iso) – HEIDENHAIN iTNC 530 (340 420) ISO programming User Manual
Page 491
HEIDENHAIN iTNC 530
491
13.5 A
ddr
esses (ISO)
Cycles for Milling
Pockets, Studs and Slots
74
75
76
77
78
210
211
212
213
214
215
Slot milling
Rectangular pocket milling in clockwise direction
Circular path in counterclockwise direction
Circular pocket milling in clockwise direction
Circular pocket milling in counterclockwise direction
Slot milling with reciprocating plunge
Round slot with reciprocating plunge
Rectangular pocket finishing
Rectangular stud finishing
Circular pocket finishing
Circular stud finishing
page 283
page 271
page 271
page 277
page 277
page 285
page 288
page 273
page 275
page 279
page 281
Cycles for creating point
patterns
220
221
Circular pattern
Linear pattern
Cycles for creating
complex contours
37
56
57
58
59
37
120
121
122
123
124
125
127
128
Definition of pocket contour
Pilot drilling of the contour pocket (with G37) SLI
Rough-out of the contour pocket (with G37) SLI
Contour milling in clockwise direction (with G37) SLI
Contour milling in counterclockwise direction (with G37) SLI
Definition of pocket contour
Contour data
Pilot drilling (with G37) SLII
Reaming (with G37) SLII
Floor finishing (with G37) SLII
Side finishing (with G37) SLII
Contour train (with G37)
Cylinder surface (with G37)
Cylindrical surface slot (with G37)
page 302
page 303
page 304
page 305
page 305
page 306
page 311
page 312
page 313
page 314
page 315
page 316
page 318
page 320
Cycles for multipass
milling
60
230
231
3-D data
Multipass milling of plane surfaces
Multipass milling of tilted surfaces
page 340
page 341
page 343
Coordinate
transformation cycles
28
53
54
72
73
80
Mirror image
Datum shift in a datum table
Datum shift in program
Scaling factor
Rotation of the coordinate system
Machining plane
page 355
page 350
page 349
page 358
page 357
page 359
Special Cycles
04
36
39
62
Dwell time
Oriented spindle stop
Cycle for program call, program call via G79
Tolerance deviation for fast contour milling
n
n
page 366
page 368
page 367
page 369
Cycles for measurement
of workpiece
misalignment
400
401
402
403
404
405
Basic rotation from two points
Basic rotation from two holes
Basic rotation from two studs
Compensating misalignment with rotary axis
Setting a basic rotation directly
Compensating misalignment with the C axis
n
n
n
n
n
n
See User’s
Manual
“Touch
Probe
Cycles”
Group
G
Function
Blockwise
function
Note