MC10 HS Glossary -
7 - 3
Predefined unbalance In some areas of balancing technology, it is necessary to work
with simulation unbalances in serial balancing in order to simu-
late unbalances, which occur when the workpiece is in practical
use, e.g. screws, feather keys (half cylinder) and other connect-
ing and attachment parts.
After balancing, a residual unbalance of predetermined size may
be desired, which is compensated for when the workpiece is
joined to another part.
Remount balancing Remount balancing compensates the unbalance of auxiliary
parts (universal shaft drive) and of clamping error. To do this, at
least two measuring runs are carried out ,between which the test
rotor is shifted by 180°, i.e. is rotated with respect to the universal
shaft. From these measurements, the remount error value can be
determined.
In order to determine the remount error values, always use a rotor
identical to the production parts.
Correction offset Used as fine adjustment to optimise correction.
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