12
ALU3－
clip the weight inside and the position to add
weight outside is same to ALU2.
ALU3
Dis1=Dis
Dis2=
from 0 point to the outer of the flange disk
－
1
/
2
”
Dia1=Dia
Dia2=Dia－2
1
/
2
”
6.7SUPPLEMENTARY EXPLAINATION:
Once switching on, you will see standard dynamic
balance mode setup by the computer. When selecting
ALU mode and the configuration of the aluminum alloy
rim is similar to the above standard ALU1\ALU2\ALU3,
you can get relative accurate balance effect. If the
section of the tire similar to the one given be the
program, you need do some adjustment on the position
and weight of the weight. General speaking, 1~2 times
of adjustment can reach relative satisfactory balance
effect.
7PROGRAM SETUP
7.1 PROGRAM FUNCTION INTRODUCTION
Press program
key to enter the program setup
menu.
-p- (protective cover setup) and then press
key
to confirm the entrance. Select
to set
the on/off of the protective cover function. Then press
key to return to the upper level.
SP
（
protective cover control function setup
）
Select
to enter. And press
key to
enter. The setup is same to the above.
APP(Balance unit setup) can setup 1Gr and 5Gr
。
The
setup is same to the above.
BIP (beeper setup) can setup the on/off of the beeper.
The setup is same to the above.
SET UP Press
to enter the special function
setup.
IN TES (sensor test) to test the photocell and STA/DYN
sensor.
Next menu: Select
to enter
[CAL] –[CAL].
This function is used when the machine has not been
used for long time or the balancing is not accurate.
Self-calibration program setup: Press
to enter
into the program and then press
to Confirm
and the display will display ADD -0. Press the start key
to start the test. After running, the display will display
ADD -100, rotate the tire until all of the unbalance
position lamp light up. Clip a weight of 100g at the 12
clock position on the tire. Once again start the machine
to realize the self-calibration of the machine. Enter the
shortcut method of the self-calibration program and
hold on pressing
for 5seconds and enter
“ADD”-“0”.
The above operation step vector diagram is as follows
：
1
/
2
”
1
1
/
4
”
Summary of Contents for Plus 2
Page 1: ...I ...
Page 27: ...25 APPENDIX 1 POWER DOARD LAYOUT ...
Page 28: ...26 APPENDIX 2 CIRCUIT SCHEME ...
Page 29: ...27 ...
