Siemens SINUMERIK 840D sl Programming Manual page 393

M0 for tolerance alarms "oversize", "undersize", or "permissible dimensional difference exceeded"
_CBIT[2]=0:
_CBIT[2]=1:
Tool measurement and calibration in the WCS in CYCLE982
_CBIT[5]=0:
_CBIT[5]=1:
Note
A function switchover using _MVAR is available. A separate tool probe array is used there,
the _TPW[ ] field, for calibration/measurement in the WCS.
Logging without output of the measuring cycle name and measurement variant
_CBIT[6]=0:
_CBIT[6]=1:
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:
Measuring cycles
Programming Manual, 03/2009 Edition, 6FC5398-4BP10-2BA0
When the alarms "oversize", "undersize", or "permissible dimensional difference
exceeded" occur, no M0 is generated.
M0 is generated when these alarms occur.
The tool is measured and the tool measuring probe is calibrated in the machine
coordinate system.
The tool probe data are stored in the _TP[ ] field.
The tool can be measured and the tool probe calibrated in the active WCS. In
this case, when calibrating and measuring, the same prerequisites must exist
regarding the actual WCS. This means that tools with active transformation can
also be measured, e.g. TRAANG.
Notice: When calibrating and measuring, the _TP[ ] field is also used here.
When logging, the measuring cycle name and the measuring variant are written
into the log.
When logging, the measuring cycle name and the measuring variant are not
output into the log.
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.
Data description
9.2 Cycle data
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