Figure 18
4.3.3
WEIGHTS PLACEMENT
Fig. 18 shows the corrected reading positions of the
SAPE Arm (1), depending on the required weight
positions (2); adhesive weights and clip-on weights.
Weight Placement illuminated indicators indicate the
weights placement positions on the rim.
—
Normal Touch the SAPE Arm to the rim fl ange (a).
Alu 1
Alu 2
Alu 3
Alu 4
Alu 5
Alu 1P Touch the SAPE Arm to the rim fl ange (b).
Note:
Alu 2P Perform the SAPE Arm detection in (b-c) points.
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Alu 3P Perform the SAPE Arm detection in (a-c) points.
Note:
EEWB330B
SAPE ARM POSITIONS FOR ALU
= SAPE arm application point (1).
= resulting in weight position (2).
Manually input the rim width dimension. This
mode require the clip-on weights placement.
Touch the SAPE Arm to the rim fl ange (a).
Manually input the rim width dimension. Press
once the Alu key (9). This mode uses the
standardized adhesive weights placement.
Touch the SAPE Arm to the rim fl ange (a).
Manually input the rim width dimension. Press
twice the Alu key (9). This mode uses the
standardized adhesive weights placement.
Touch the SAPE Arm to the rim fl ange (a).
Manually input the rim width dimension. Press
three times the Alu key (9). This mode uses
the standardized weights placement
Touch the SAPE Arm to the rim fl ange (a).
Manually input the rim width dimension. Press
six times on the Alu key (9). This mode uses
the standardized weights placement
Touch the SAPE Arm to the rim fl ange (a).
Manually input the rim width dimension. Press
seven times on the Alu key (9). This mode uses
the standardized weights placement
Press once the Easy Alu Toggle key (9).
Manually input the rim width dimension.
- The internal correction plane for adhesive
weights is precisely indicated by the machine.
Make sure all entries are completed prior to
balancing spin.
- The adhesive weights are placed where the
readings are taken, according to the reading
positions.
- The adhesive weight is placed where the
reading is taken, according to the reading
position.
The Easy Alu Toggle key (6), can retrieve an
alternative ALU P mode.
.
.
.
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