Structures; Overall Structure; Wheel Aligner Main Unit; Probe Rods - Launch X-631 Plus User Manual

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Structures

Overall Structure

X-631/X-631+ Wheel Aligner mainly consists of the
wheel aligner main unit, probe rods, wheel clamps,
turntables (optional), steering wheel holder, and brake
pedal depressor, etc.

Wheel Aligner Main Unit

The main unit is an operation control platform. It
consists of cabinet, computer group, interface circuit,
power supply assembly, etc., as shown in Fig.2.1.
The computer group includes computer, monitor,
keyboard, mouse, and printer. The monitor is on the

Probe Rods

X-631/X-631+ is equipped with four probe rods. They
are FL, RL, FR and RR probe rods, as shown in
Fig.2.2. The front probe rods and the rear probe rods
can be across interchanged each other. If one of the
probe rods is changed, it is only necessary to
calibrate the changed probe rod, and the other three
probe rods needn't be re-calibrated.
Fig.2.2 probe rod
Each probe rod is equipped with a CCD sensor at
end, and a blue-teeth emitter/receiver at the middle.
The CCD sensor picks-up the light pot coordinate and
X-631/X-631+ Wheel Aligner
top platform of the cabinet. Mouse and keyboard are
on the keyboard drawer. Printer is on the drawer in
the middle of the cabinet. The computer host is in
the lower compartment of the cabinet.
The interface circuit includes the RF main emitter box.
The main emitter box is placed in the cabinet.
The power supply assembly includes power lead,
power socket, switch, and switch power. The power
switch is at the sideboard of cabinet. The power lead
is at the rear of the lower compartment inside the
cabinet. The power socket is at the spacer board and
near to the sideboard. The switch power supply is
also on the backboard of the cabinet.
Fig.2.1
transmit them to the computer through the blue-teeth
emitter. The computer processes the received
coordinate data signal.
There is a button/LCD panel in the middle of each
probe rod as shown in Fig.2.3.
Run-out
compensation
indicator
Power
indicator
2-1
LCD Rear Light
Power
Switch
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Fig.2.3
Structures
LCD Display
area
Level
bubble
Run-out
compensation