Launch X-631 Plus User Manual page 22

LAUNCH
[Double click]: Double click (with left key of the mouse)
on the data display forms for camber and toe-in of RL
and RR wheels, the corresponding displayed data will
be enlarged. The interface is as shown in Fig.4.19.
Fig.4.19
[Additional Measurement]: This interface provides an
operating platform for special measurement, which can
measure and display left lateral offset, right lateral offset,
axle offset, front setback, rear setback, track width
difference and wheelbase difference, etc. The interface
is as shown in Fig.4.20.
Fig.4.20
Click pushbutton to select the parameters of
standard vehicle model. If the parameter values of
wheelbase and front/rear track width are contained in
the standard database, each angle value displayed on
the screen will automatically be converted into length
value with the unit of mm. The interface is as shown in
Fig.4.21.
X-631/X-631+ Wheel Aligner
4-7
Note: The system provides the dynamic measurement
and display for these special values, but the
measurement result will not be saved in the database.
[HELP for vehicle adjustment]: Click this button, the
screen will pop up an interface of [HELP for vehicle
adjustment], the different toe-in and camber adjusting
methods for various vehicle models have been
enumerated in this interface for vehicle adjustment, the
operator can perform the toe-in and camber adjustment
operation according to the operating methods in the
HELP interface. The interface is as shown in Fig.4.22.
Fig.4.22
[Lift up the vehicle body]: Sometimes it is required to lift
the vehicle body up in order to be convenient to adjust
front/rear camber and caster.
When the vehicle wheels are lifted up, the inclinometers
will move, and the corresponding measured values will
change, too. In this case, please use Lifting Adjustment
function. Click button, and then lift up the vehicle
body according to the prompts on the screen. The
software will automatically compensate the offset of
inclinometer in order to realize accurate adjustment.
Operation Instructions
Fig.4.21