6.8.13.
fix the stick on weights to inner wheel rim and return distance measuring Arm to home position.
6.8.14.
once weights are fixed, lower down the guard and allow the test to start again.
6.8.15.
if the test results are correct, remove wheel from shaft.
6.8.16.
if the test results are incorrect, then repeat the process until correct.
6.9.
operation alS2 – Smart aluminium balance mode
6.9.1.
switch on machine and press P4 until Als2 balance mode is selected on display.
6.9.2.
Pull out the distance measuring Arm and rest it against the inner rim face and hold until machine has registered measurement with a
double beep. the left display screen will show di 1 and the right display screen will show distance value XXX. continue to move the
Distance Measuring Arm to the outer rim face for weight positioning. Hold it until machine automatically registered measurement with
a double beep, then return arm back to home position. the left display screen will show di 2 and the right display screen will show
distance value XXX.
6.9.3.
lower down the wheel guard and the wheel will automatically spin.
6.9.4.
At the end of the spin the machine will automatically display imbalance values.
6.9.5.
lift up guard and manually rotate the wheel until all left imbalance position led’s are lit.
6.9.6.
Press P2 for distance 1 (di 1) positioning. display will show “Ac9” left screen and “on” right screen.
6.9.7.
Position stick on weights to distance measuring Arm.
6.9.8.
Pull out distance measuring Arm until the left display screen show’s dil, plus a double beep is heard.
6.9.9.
fix the stick on weights to inner wheel rim and return distance measuring Arm to home position.
6.9.10.
manually rotate the wheel until all right imbalance position led’s are lit.
6.9.11.
Position stick on weights to distance measuring Arm.
6.9.12.
Pull out distance measuring Arm until the right display screen show’s Pos, plus a double beep is heard.
6.9.13.
fix the stick on weights to inner wheel rim and return distance measuring Arm to home position.
6.9.14.
once weights are fixed, lower down the guard and allow the test to start again.
6.9.15.
if the test results are correct, remove wheel from shaft.
6.9.16.
if the test results are incorrect, then repeat the process until correct.
6.10.
Split weight function - example in alS2 mode.
the weight split function only works on outer rim where visible through the spokes.
6.10.1.
follow the programmed mode instructions. for this example we are using Asl2 mode.
6.10.2.
the weight split only applies for the outer stick on weights when visible through the spokes.
6.10.3. When you are at the stage of sticking the weights on ASL2 mode outer rim, but the machine is telling you to position the weights in-
between two spokes. return distance measuring Arm back to home position.
6.10.4.
Y
ou then activate Weight Split – F+P5 – Screen display …inl
6.10.5.
Pull out the distance Arm to where the machine requires you to stick the weights.
6.10.6.
manually rotate the wheel until the distance Arm head is hidden behind the nearest spoke.
6.10.7.
P
ress P1 to confirm this positioning. Screen display will then show …in2 for second positioning.
6.10.8.
manually rotate the wheel until the distance arm head is hidden behind the second nearest spoke. the two nearest spokes either side of
where the machine originally wanted you to stick the weights.
6.10.9.
P
ress P1 to confirm second position. Screen display (l - -).
6.10.10.
return distance arm to dock.
6.10.11.
Apply the weight value to the distance measuring Arm head.
6.10.12.
Pull out distance measuring Arm until you hear a beep and screen display show’s Pos. then apply weights.
6.10.13.
return distance measuring Arm back to home position.
6.10.14.
manually rotate wheel for second spoke positioning, make sure led’s are all lit on right side of control panel, screen display will show
weight value.
6.10.15.
Apply the weight value to the distance measuring Arm head.
6.10.16.
Pull out distance measuring Arm until you here beep and screen
display show’s Pos. then apply weights.
6.10.17.
return distance arm to dock and lower down wheel guard to start
wheel spin.
6.10.18.
if the test results are correct, remove wheel from shaft.
6.10.19.
if the test results are incorrect, then repeat the process until correct.
6.11.
Static function f+p2
this function is usually used when in motor cycle mode where the
weights are applied to the centre of the wheel. if the rim width is
less than 4.5inches, then the balancing can only be carried out in
static mode. If the rim width is more than 4.5inch’s then you can
select Alu1 and static mode but this would be rarely used.
6.11.1.
Place wheel on balancing shaft and secure.
6.11.2.
s
elect mode – Motor cycle + Static or ALU1 + Static - F+P2
6.11.3.
enter manually the distance, width and diameter of wheel.
6.11.4.
lower down the wheel guard and the wheel will automatically spin.
6.11.5.
screen display will give imbalance weight value.
6.11.6.
manually rotate the wheel until all right imbalance position led’s
are lit.
6.11.7.
manually apply weight in the centre of the wheel at the 12o’clock
position.
6.11.8.
lower down the wheel guard and the wheel will automatically spin.
6.11.9.
if the test results are correct, remove wheel from shaft.
6.11.10.
if the test results are incorrect, then repeat the process until correct.
WB10 | Issue 1 05/02/18
Original Language Version
© Jack sealey limited
