19
Operation manual geodyna 2350 - 9413 126
Entry of balancing mode and wheel size
2
1
1
2
1 2
1 2
2
2
+
-
nor.
Alu 1
Alu 2, Alu 2P
Alu 3, Alu 3P
Alu 4
Alu 5
2
1
37
38
ALU
7.1
Balancing modes
The use of different types on a standard (alloy) wheel and the
resulting different fitting positions of the weights on the rim pro-
duce differences between the rim data which have been en-
tered and the actual correction dimensions.
Fig. 37
Possible positions of the balance weights
- nominal rim data/actual correction data
1
Nominal rim dimensions to be entered
2
Actual correction data (center of gravity of weights) which
are used for determination of unbalance
The mode chosen is read out on the display, showing the rela-
tive rim symbol
(Fig. 38)
, or on the digital displays when the
ALU key is pressed (reading e. g. Alu 1).
D
Press and hold the ALU key
(Fig. 38, item 1)
and rotate
the wheel to set the desired balancing mode (weight fit-
ting positions -
Fig. 38
).
D
Release the ALU key as soon as the desired mode is
read out.
Fig. 38
Rim symbols showing weight fitting positions
nor.
Standard balancing mode where hammer-on weights
are attached to the rim flanges - always set when the
machine is turned on.
Alu 1
Fitting of adhesive weights to the bead seats
Alu 2
Adhesive weights - hidden adhesive weight attached
(Alu 2P)
in the rim so as not to impair the decorative appear-
ance of alloy wheels or to balance PAX wheels
Alu 3
Hammer-on weight on left rim flange, adhesive weight
(Alu 3P)
attached in hidden position in the rim disc
Alu 4
Hammer-on weight on left rim flange, adhesive weight
attached to right bead seat
Alu 5
Hammer-on weight on right rim flange, adhesive
weight attached to left bead seat
