HEIDENHAIN TNC 620 (34056x-04) - Manual (Page 553)

Functions of the TNC 620 and the iTNC 530 compared 17.5
17
TNC 620 | User's Manual
HEIDENHAIN Conversational Programming | 5/2013
553
Comparison: Touch probe cycles in the Manual
Operation and El. Handwheel modes
Cycle TNC 620 iTNC 530
Touch-probe table for managing 3-D touch probes X –
Calibrating the effective length X, option 17 X
Calibrating the effective radius X, option 17 X
Measuring a basic rotation using a line X, option 17 X
Set the datum in any axis X, option 17 X
Setting a corner as datum X, option 17 X
Setting a circle center as datum X, option 17 X
Setting a center line as datum X, option 17 X
Measuring a basic rotation using two holes/cylindrical studs X, option 17 X
Setting the datum using four holes/cylindrical studs X, option 17 X
Setting the circle center using three holes/cylindrical studs X, option 17 X
Support of mechanical touch probes by manually capturing the current
position By soft key By hard key
Writing measured values in preset table X, option 17 X
Writing measured values in datum tables X, option 17 X
Comparison: Touch probe cycles for automatic
workpiece inspection
Cycle TNC 620 iTNC 530
0, reference plane X, option 17 X
1, polar datum X, option 17 X
2, calibrating TS – X
3, measuring X, option 17 X
4, measuring in 3-D – X
9, calibrating TS length – X
30, calibrating TT X, option 17 X
31, measuring tool length X, option 17 X
32, measuring tool radius X, option 17 X
33, measuring tool length and radius X, option 17 X
400, basic rotation X, option 17 X
401, basic rotation from two holes X, option 17 X
402, basic rotation from two studs X, option 17 X
403, compensating a basic rotation via a rotary axis X, option 17 X
404, setting a basic rotation X, option 17 X
405, compensating workpiece misalignment by rotating the C axis X, option 17 X
408, slot center datum X, option 17 X
409, ridge center datum X, option 17 X
410, datum from inside of rectangle X, option 17 X