ADDITIONAL FUNCTIONS
REVERSE GEAR
This machine is equipped with electronic traction control. To reverse, proceed as follows:
1. Engage the “REVERSE GEAR ACTIVATION/DEACTIVATION” lever (3) underneath the steering wheel (
Fig.3
).
2. Press the drive pedal (2) (
Fig.2
); in this manner the machine will begin to move in reverse.
CAUTION:
the reverse speed is lower than the forward speed to comply with current health and safety standards.
N.B.:
In order to disengage the reverse gear, disengage the lever (3) underneath the steering wheel (
Fig.3
).
N.B.:
Once the lever has been engaged (3), the acoustic signalling device will be activated in order to signal that the machine's reverse
gear has been engaged.
N.B.:
If the reverse gear is engaged with the squeegee in its working position, once the drive pedal is pressed, the machine will begin to
move in reverse and the squeegee body will be raised into its resting position.
N.B.:
If the reverse gear is engaged with the brush head in its working position, once the drive pedal is pressed, the machine will begin to
move in reverse and the brush head will remain in its working position, but the solenoid valve will stop dispensing detergent solution to the
brushes.
REGULATING THE DETERGENT SOLUTION
To adjust the amount of detergent solution on the brush, proceed as follows:
1.
Open the tap's output flow to maximum, and shift the knob on the left hand side of the steering column (1) (
Fig.1
) upward.
2. When the drive pedal is pressed (2) (
Fig.2
), the brush gear motors will enter into function and the solenoid valve will distribute detergent
solution to the brushes.
3.
During the first few metres, check to make sure that the quantity of solution is sufficient to wet the floor, but not so much as to come out of
the splashguard. The detergent leakage can be adjusted using the knob (1) on the steering column.
N.B.:
When the knob (1) is moved upwards, the amount of detergent solution distributed to the brushes increases. When the knob (1) is
moved downwards, the amount of detergent solution distributed to the brushes decreases.
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