4 . O P E R A T I O N
• Lever A (Fig. 28) controls brake operation.
• Lever B (Fig. 28) on LH control acts on the front
derailleur to raise the chain to the upper chain-
ring.
• Lever C (Fig. 28) acts in a similar manner on the
front derailleur to lower the chain to the lower
chainring.
Note
Double crankset:
To prevent that, in some cases, the chain touchs
the inside or outside of the front derailleur (Fig.
29) in the extreme combinations (small chainring/
small sprocket and large chainring/large sprocket)
it is possible to adjust the position of the derailleur
29
28
�
�
�
32
fork with another click on the control.
Triple crankset:
The possibility to adjust the position of the fork with another click on the
control is applicable only for the medium chainring.
• Lever B (Fig. 28) on RH control acts on the rear derailleur to raise the chain
to the upper sprocket.
• Lever C (Fig. 28) on the RH control acts on the rear derailleur to lower the
chain to the lower sprocket.
• It is possible to move levers B (Fig. 28) on the RH control by several conse-
cutive notches to raise the chain a maximum of three sprockets in a single
movement.
• Levers B (Fig. 28) and C (Fig. 28) can be operated with the hands in a high (Fig.
30 and Fig. 32) or low position (Fig. 31 and Fig. 33) on the handlebar.
WARNING!
You can not generate sufficient braking power with your hands in the high
position (Fig. 30 and Fig. 32), thereby substantially increasing your stopping
distance, resulting in an accident, personal injury or death.
30
32
33
31
33