Recovery Tank; Detergent Solution Tank; Floor Cleaning; Connection Of The Batteries To The Machine - ADIATEK ruby 43 Uso Y Mantenimiento

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RECOVERY TANK

Check that the cover of the suction filter (17) is cor-
rectly secured, after rotating the levers and that the
suction motor hose (A) is correctly connected.
Verify also that the squeegee hose is correctly in-
serted into the seats (16 and B) and that the exhaust
hose plug (15) placed in the front part of the ma-
chine, is closed.

DETERGENT SOLUTION TANK

The capacity of the detergent solution tank is indi-
cated in the technical data.
Open the screw plug (13) placed in the rear left part
of the machine and fill the detergent solution tank
with clean water at a maximum temperature of 50°C.
Add the liquid detergent in the percentage and con-
ditions foreseen by the manufacturer. To avoid ex-
cessive foam presence, which could cause problems
to the suction motor, use the minimum percentage
of detergent. Screw down the plug to close the tank.
ATTENTION:
Use always low foam detergent. To avoid foam pres-
ence, before starting working operation, introduce
into the recovery tank a minimum quantity of anti-
foam product.
Never use pure acid.

FLOOR CLEANING

CONNECTION OF THE BATTERIES TO THE MA-
CHINE
Plug in the batteries connector (1) to the machine
connector (2), placed in the rear part of the machine.

STARTING OF THE MACHINE

The push buttons on the instrument board are
equipped with a green signal that shows the activa-
tion of each control.
1. Switch on the machine pressing the general
switch (1).
2. Check the battery charge level (see under "BAT-
TERIES CHARGE LEVEL INDICATOR").
3. Press the switch for the brush motor (2).
4. Press the switch for the suction motor (3).
5. Press the switch for the solenoid valve (4).
6. Acting upon the squeegee lifting lever (6) lower
the squeegee.
7. Activating the levers (5) the brush will start ro-
tating. The detergent solution will start to flow and
the squeegee will start drying the floor.
8. The machine is equipped with a solenoid valve,
which activates the solution flow automatically
when the scrub control levers (5) are engaged. Re-
leasing these levers will stop the flow automatically.
9. During the first few meters check that the solu-
tion flow is appropriate. The flow adjuster of the so-
lution is already adjusted in the factory to satisfy the
cleaning of most floors. If it is necessary to adjust
the quantity of solution onto the floor, adjust the
flow through the adjusting knob (7) of the solution
valve.
10. When moving the machine backwards, make sure
that the squeegee is lifted.

BRUSH MOTOR OVERLOAD PROTECTION DEVICE

The machine is equipped with an electronic control
that intervenes in case of an overload of the brush
motor disconnecting the motor. This intervention is
signalled by the control led (1) which from green be-
comes red. If the protection device intervenes again
and often, contact the authorized technical assis-
tance.
ATTENTION:
To reset the brush motor function, turn off the
general switch (2) for a few minutes and then
turn it on again.
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OVERFLOW DEVICE

In order to avoid serious damages to the suction mo-
tor, the machine is equipped with a float that inter-
venes when the recovery tank is full, closing the suc-
tion hose and stopping the suction.
When this happens, it is necessary to switch off the
machine and empty the recovery tank.
1. Hold the exhaust hose placed in the front part of
the machine.
2. Take off the exhaust plug acting upon its lever
and empty the recovery tank into appropriate con-
tainers, according to the standard norms.
ATTENTION:
This operation must be carried out using gloves to
protect from contact with dangerous solutions.

EMPTYING DETERGENT SOLUTION

To empty the detergent solution remained in the so-
lution tank:
1. Bring the machine to an appropriate place for
tanks draining.
2. Close the solution valve (1).
3. Unscrew the exhaust plug (A).
4. Open the solution valve (1).
ATTENTION:
This operation must be carried out using gloves to
protect from contact with dangerous solutions.

FORWARD MOVEMENT

The traction of these machines is given by the brush
that, working on an inclined axle, transmits to the
machine the forward movement.
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