206M 201805
29
Input rim data, manually rotate wheel, when display shows “RUN ---”, move hand away
to let wheel rotate. When display shows “STOP”, wheel stops and display shows data. Slowly
rotate wheel, when inside position indication LEDs all light,
（
Fig 5-1
（
10
）
）
, at the 12 o’clock
position of rim inside edge , stick weights equal to value shown on the left side display
（
Fig 7-7
left
）
。
Then slowly rotate wheel, when outside position indication LEDs all light,
（
Fig 5-1
（
11
）
）
,
at the 12 o’clock position of rim outside edge , stick weights equal to value shown on the right
side display
（
Fig 7-7 right
）
. Rotate wheel by hand again, when display shows “RUN ---”,
move hand away to let wheel rotate. When both side display are on, wheel stops and
balancing is completed.
Fig 7-7
7.5 ALU-2 mode data input method and balancing operation
Follow 7.2 to input rim data, press [MODE] key, mode indication as below figure, then
enter ALU-2 mode to balance wheel
Input rim data, manually rotate wheel, when display shows “RUN ---”, move hand away
to let wheel rotate. When display shows “STOP”, wheel stops and display shows data. Slowly
rotate wheel, when inside position indication LEDs all light,
（
Fig 5-1
（
10
）
）
, at the 12 o’clock
position of rim inside edge , stick weights equal to value shown on the left side display
（
Fig 7-8
left
）
。
Then slowly rotate wheel, when outside position indication LEDs all light,
（
Fig 5-1
（
11
）
）
,
at the 12 o’clock position of rim inside , stick weights equal to value shown on the right side
display
（
Fig 7-8 right
）
. Rotate wheel by hand again, when display shows “RUN ---”, move
hand away to let wheel rotate. When both side display are on, wheel stops and balancing is
completed
Fig 7-8
7.6 ALU-3 mode data input method and balancing operation
Follow 7.2 to input rim data, press [MODE] key, mode indication as below figure, then
