HEIDENHAIN iTNC 530 (34049x-08) Cycle programming - Manual (Page 413)

HEIDENHAIN iTNC 530 413
16.1
Fundamentals
Measurement results in Q parameters
The TNC saves the measurement results of the respective touch
probe cycle in the globally effective Q parameters Q150 to Q160.
Deviations from the nominal value are saved in the parameters Q161
to Q166. Note the table of result parameters listed with every cycle
description.
During cycle definition the TNC also shows the result parameters for
the respective cycle in a help graphic (see figure at upper right). The
highlighted result parameter belongs to that input parameter.
Classification of results
For some cycles you can inquire the status of measuring results
through the globally effective Q parameters Q180 to Q182:
The TNC sets the rework or scrap marker as soon as one of the
measuring values falls outside of tolerance. To determine which of the
measuring results lies outside of tolerance, check the measuring log,
or compare the respective measuring results (Q150 to Q160) with
their limit values.
In Cycle 427 the TNC assumes that you are measuring an outside
dimension (stud). However, you can correct the status of the
measurement by entering the correct maximum and minimum
dimension together with the probing direction.
Class of results Parameter value
Measurement results are within tolerance Q180 = 1
Rework is required Q181 = 1
Scrap Q182 = 1
The TNC also sets the status markers if you have not
defined any tolerance values or maximum/minimum
dimensions.