LAUNCH X-631/X-631+ Wheel Aligner Operation Instructions
4-21
Fig.4.79
According to the prompts on the screen, please click
[NEXT] button to sample data. The interface is as
shown in Fig.4.80.
Fig.4.80
According to the prompts on the screen, turn the
calibration frame shaft by 180 degrees, install RL and
RR probe rods and adjust them level; switch on the
power supplies of the probe rods, and then click
[NEXT]. The interface is as shown in Fig.4.81.
Fig.4.81
According to the prompts on the screen, please click
[NEXT] button to sample data. The interface is as
shown in Fig.4.82.
Fig.4.82
Click [OK] button to display the calibration value
changes. The interface is as shown in Fig.4.83.
Fig.4.83
Click [OK] button to
finish whole calibration
procedures.
(Caution: If only all calibrated values are not equal to
zero, it indicates that the calibration is successful this
time; If the calibrated value of any one of
˟˟ˠ
and inclinometer is equal to zero, it indicates that the
calibration is not successful this time, and it is
required to recalibrate. Many factors can result in
unsuccessful probe rod calibration, but it is mainly
caused by inappropriate calibration operation or
hardware fault.)
Note:
The equipment must be calibrated before leaving
factory, in order to make the default parameter inside
the probe rod be set to standard value. Generally
speaking, the calibration operation for probe rod can
be performed in the following three cases:
1. The calibration operation for probe rod can be
performed after the equipment has been used for one
or more than one year.
2. The calibration operation for probe rod can be
performed in the case of the equipment has been
impacted ever and the test readings are not up to the
standard.
3. The calibration operation for probe rod can be
performed in the case of the sensor was faulty and
Summary of Contents for X-631 Plus
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