Pag
e
15
60
At the end of the launch, the machine will display the message shown here.
Apply the calibration weight to the inner side, as shown. The calibration weight
must be applied on the hole marked with the “CAL” inscription.
70
Lower the wheel guard: the machine will run a launch.
80
Move the motorcycle adaptor to a stable vertical position with the calibration
weight at the top as shown in the figure.
If the weight position is significantly
different from the vertical position, the machine will refuse to perform the spin
and it will display an error code
ERR 043
. If the motorcycle adaptor is near to
the vertical position but not in the precise vertical position, the machine will spin
but at the end of the calibration each balancing spin will have an error in the
balancing angular position of the weights.
90
Lower the wheel guard: the machine will run a launch.
100
At the end of the launch, the machine will display the message shown here.
Apply the calibration weight to the outer side as seen here. The calibration
weight must be applied on the hole marked with the “CAL” inscription.
110
Move the motorcycle adaptor to a stable vertical position with the calibration
weight at the top as shown in the figure. If the weight position is significantly
different from the vertical position, the machine will refuse to perform the spin
and it will display an error code
ERR 043
.
120
Lower the wheel guard: the machine will run a launch.
130
At the end of the spin, the MOTO wheel type calibration is finished and the
machine will switch to NORMAL mode, ready to run the balancing.
When the calibration is finished the MOTO wheel type and ALU1 Program Type value are set. Also the wheel data are automatically
set by machine for this type of calibration.
At any time it is always possible to exit the calibration procedure during its progress by pressing the [5] key.
The MOTO wheel type
and the ALU1 Program Type will remain set. The wheel dimensions will be those which were automatically set by the machine for
this kind of calibration.