Table of Contents
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Symbole
3-D touch probes ... 44, 312
Calibrating
Triggering ... 447, 448
A
Angle of a plane, measuring ... 437
Angle, measuring in a plane ... 437
Automatic tool measurement ... 497
Axis-specific scaling ... 288
B
Back boring ... 87
Basic rotation
Measuring during program
run ... 320
Setting directly ... 335
Bolt hole circle ... 173
Bolt hole circle, measuring ... 433
Bore milling ... 95
Boring ... 79
C
Calibrate touch probe
automatically ... 458
Centering ... 73
Circle, measuring from inside ... 408
Circle, measuring from outside ... 412
Circular pocket
Roughing+finishing ... 146
Circular slot
Roughing+finishing ... 155
Circular stud ... 164
Classification of results ... 399
Compensating workpiece misalignment
By measuring two points of a
line ... 322
Over two holes ... 325
Over two studs ... 328
Via rotary axis ... 331, 336
Confidence range ... 316
Contour cycles ... 182
Contour train ... 201
Contour train data ... 203
Coordinate transformation ... 272
Coordinate, measuring a single ... 430
Cycle
Calling ... 50
Defining ... 49
HEIDENHAIN iTNC 530
C
Cycles and point tables ... 69
Cylinder surface
Contour machining ... 221
Contour milling ... 230
Ridge machining ... 227
Slot machining ... 224
D
Datum
Save in a datum table ... 344
Save in the preset table ... 344
Datum shift
With datum tables ... 275
Within the program ... 274
Deepened starting point for
drilling ... 94, 99
Drilling ... 75, 83, 91
Deepened starting point ... 94, 99
Drilling cycles ... 72
Dwell time ... 303
E
External thread milling ... 132
F
Face milling ... 263
Fast probing ... 456
FCL function ... 8
Feature content level ... 8
Floor finishing ... 198
G
Global settings ... 456
H
Hard milling ... 205
Helical thread drilling/milling ... 128
Hole, measuring ... 408
K
Kinematic measurement ... 462, 466
Accuracy ... 471
Backlash ... 473
Calibration methods ... 472, 487,
489
Hirth coupling ... 469
Kinematic measurement ... 466,
482
Kinematics, save ... 464
Log function ... 465, 479, 491
Measuring points, choice of ... 470
Measuring positions, choice
of ... 470
Prerequisites ... 463
Preset compensation ... 482
KinematicsOpt ... 462
M
Machine parameters for 3-D touch
probes ... 315
Machining patterns ... 58
Measurement results in Q
parameters ... 344, 399
Measuring angles ... 405
Mirror image ... 282
Multiple measurements ... 316
O
Oriented spindle stop ... 306
P
Pattern definition ... 58
Pecking ... 91, 98
Deepened starting point ... 94, 99
Point pattern
Circular ... 173
Linear ... 176
Overview ... 172
Point patterns
Point tables ... 66
Positioning logic ... 318
Preset table ... 344
507
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Table of Contents
Need help?
Do you have a question about the ITNC 530 - CYCLE PROGRAMMING and is the answer not in the manual?
Questions and answers
Can I change the approach direction when cycle def a stud to avoid obstruction to the right
The provided context does not explicitly mention changing the approach direction to avoid obstruction. However, it describes selecting different axis configurations using the MOD function in the Programming and Editing mode. If modifying the axis configuration allows for adjusting the approach direction, it may be possible. Otherwise, specific cycle parameters should be checked in the programming manual.
This answer is automatically generated