CLAS EQ 2100 Mode D'emploi page 58

EQ 2100
2.Apply the weight shown on the left display (internal weight) on the Distance/Diameter sensor as seen
in figure F3.12.
Figure F3.12. Application of adhesive weights on the Distance/Diameter
3. Manually rotate the wheel until all the internal imbalance position LEDs light up (see fig. F1, detail [4]).
Block the wheel in this position by using the footbrake or electromagnetic brake (if present);
4. Slowly extract the sensor until you hear the continuous beep indicating that the internal balancing
plane has been reached. The left display helps the operator in this operation by indicating the direction
in which the sensor must be moved. See figures F3.13, F3.14 and F3.15.
Figure F3.13.Balancing planes search: the left display
indicates to extract the sensor (moving it to the
right) in order to find the exact position of the
internal balancing plane.
Figure F3.14 Balancing planes search: the left display
indicates to re-introduce the sensor (moving it to
the left) in order to find the exact position of the
internal balancing plane.
Figure F3.15 Balancing planes search: the left display
indicates that the sensor is exactly on the internal
balancing plane
5. Keep the Distance/Diameter sensor blocked at this distance, then, rotate it until the adhesive weight
sticks on the rim. The sensor's contact point on the rim will assume an intermediate position between 12
o'clock and 6 o'clock depending on the diameter of the rim. See also table T3.3;
6. Bring the Distance/Diameter sensor back in the rest position. The indications on the left and right
display will be exchanged to indicate the search for the external balancing plane;
7. Release the wheel and repeat steps 2 to 6 for the external weight;
8. Run a balancing test launch. If the balancing of an identical wheel must be performed, you can skip
the balancing plane acquisition phase and carry on directly with the balancing launch and, subsequently,
with the search of the balancing planes. The balancing planes used for calculation will be those previously
stored.
Note: if you set the Static imbalance display, the sole balancing weight must always be applied in the 6
o'clock position at any point along the section of the rim. The balancing planes search phase described
in chapter 3.3.5.1 should therefore not be run.
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AUTOMATIC WHEEL BALANCER 3D DIGITAL DISPLAY
+LASER POINTER