HEIDENHAIN TNC 407 (280 580) User Manual User Manual
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Tables and Overviews
TNC 425/TNC 415 B/TNC 407
MP6300
Reserved
Infeed of TM measuring touch probe stylus
MP6310
0.1 to 2.0000 [mm] (recommended: 1 mm)
Measure center misalignment during calibration of measuring touch probe
MP6321
Measure center misalignment:
0
Do not measure center misalignment:
1
Assignment of touch probe axis to machine axis for measuring touch probe
MP6322.0
Machine axis X is parallel to
Touch probe axis X:
0
Touch probe axis Y:
1
Touch probe axis Z:
2
MP6322.1
Machine axis Y is parallel to
Touch probe axis X:
0
Touch probe axis Y:
1
Touch probe axis Z:
2
MP6322.2
Machine axis Z is parallel to
Touch probe axis X:
0
Touch probe axis Y:
1
Touch probe axis Z:
2
Maximum stylus deflection for measuring touch probe
MP6330
0.1 to 4.0000 [mm]
Feed rate for positioning of measuring touch probe to MIN point and moving to the contour
MP6350
10 to 3000 [mm/min]
Probe feed rate for measuring touch probe
MP6360
10 to 3000 [mm/min]
Rapid traverse in probing cycle for measuring touch probe
MP6361
10 to 3000 [mm/min]
Feed rate reduction if stylus of measuring touch probe is deflected laterally
The TNC reduces the feed rate according to a preset characteristic. The minimum
feed rate is 10% of the programmed digitizing feed rate.
MP6362
Feed rate reduction not active:
0
Feed rate reduction active:
1
Target window for digitizing in contour lines with measuring touch probe
With contour line digitizing, the end points of the individual contour lines are not exactly
the same as the starting points. With machine parameter MP 6390 you can define a
square target window within which the end point must lie after the touch probe has
orbited the model. The input value is half the side length of the target window.
MP6390
0.1 to 4.0000 [mm]
The touch probe axes must be correctly assigned to the machine axes, otherwise
there is danger of stylus breakage.
3D touch probes and digitizing