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50
Release the wheel and turn it by hand until all of the
external imbalance position leds light up. Slowly
extract the sensor until you hear the continuous beep
indicating that the external balancing plane has been
reached. The red band represents the application
point of the external weight.
60
Block the Distance/Diameter sensor at this distance,
then, rotate it until the adhesive weight sticks on the
rim. The sensor contact point will be a midway
position between 12 o’clock and 6 o’clock, depending
on the rim diameter.
70
Lower the wheel guard to run the balancing launch.
At the end of the launch, the imbalance data will be
displayed.
80
If you have to balance an identical wheel, it is possible
to skip the data acquisition of the balancing planes
and perform immediately with the balancing spin and
then with the search for balancing planes. The
balancing planes used for the calculation will be the
same as stored before by the machine.
15.
OPTIMIZATION
The optimization program is used to minimize the amount of balancing weights to be applied on the rim by opposing the
imbalance of the rim to that of the t
i
re. Therefore, use this program when the wheel requires the application of heavy balancing
weights. To enter in OPTIMIZATION Program proceed as follows:
Op.
Description
10
Lower the wheel guard: the machine will run a launch.
20
Press [2] or [4] from the keyboard
and select
the icon relative to the programme to be used.
30
Activate the OPTIMISATION programme by selecting
(which will be
outlined in green) and confirm by pressing [6] on the keyboard.