Siemens SINUMERIK 840D sl Programming Manual page 435

Support for turning machines with orientational tool carriers
_CBIT[7]=0:
_CBIT[7]=1:
Offset for mono probe setting
_CBIT[8]=0:
_CBIT[8]=1:
Selection of log header for logging
_CBIT[11]=0:
_CBIT[11]=1:
Feed and speed in CYCLE971
_CBIT[12]=0:
_CBIT[12]=1:
Deletion of the measuring cycle arrays in the GUD6
_CBIT[13]=0:
_CBIT[13]=1:
Length reference of the workpiece probe in milling measuring cycles
_CBIT[14]=0:
_CBIT[14]=1:
Transfer of workpiece probe data into the tool offset in CYCLE976
_CBIT[15]=0:
_CBIT[15]=1:
Measuring cycles
Programming Manual, Release 04/2006, 6FC5398-4BP10-0BA0
No support for orientational tool carriers.
Support for a probe or tool positioned using orientational tool carrier (kinematics
type "T"), with reference to the special carrier positions 0°, 90°, 180° and 270°.
No compensation
If the workpiece measuring probe is a mono probe, its position (spindle position)
is corrected by the angular value in _CORA.
The standard log header is used.
A user-defined log header is used.
When measuring milling tools with the spindle rotating, the measuring cycle
calculates the feed and speed.
The user enters the feed and speed in data field (data array) _MFS[ ].
No deletion
For the following measuring cycle call, the data fields (data arrays) _TP[ ], _TPW[
], _WP[ ], _KB[ ], _EV[ ], _MV[ ] and _CBIT[13] are set to zero.
The length 1 of the measuring probe referred to the center of the probe sphere
(ball) should be entered into the tool offset..
The length 1 of the measuring probe referred to the circumference of the probe
sphere (ball) should be entered into the tool offset..
No transfer
When using the "Calibrate with probe sphere calculation" measuring variant, the
determined "effective probe sphere diameter" (_WP[k,0]) converted as radius
value is entered into the radius geometry memory of the active workpiece
measuring probe as tool offset.
Data description
9.2 Cycle data
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