ASSEMBLING THE SQUEEGEE BODY
For packaging reasons, the squeegee unit is supplied disassembled from the device, and must be
assembled on the squeegee support as follows:
1.
Take all necessary steps to ensure that the device is in a safe condition (see “
”).
CAUTION
: these operations must be carried out using protective gloves to avoid any possible
contact with the edges or tips of metal objects.
2.
Unscrew the knobs (1) in the squeegee body pre-assembly (
Fig. 1
).
3.
First insert the left pin (2) on the squeegee body into the left slit (3) in the squeegee support (
Fig. 2
),
making sure that the washer and spring adhere to the top of the squeegee support.
4.
Insert the right pin (4) on the squeegee body into the right slit (5) in the squeegee support (
Fig. 3
),
making sure that the washer and spring adhere to the top of the squeegee support.
5.
Tighten the knobs (1), ensuring that the washer and spring adhere to the top part of the squeegee
support (
Fig. 4
).
6.
Insert the vacuum tube (6) in the sleeve (7) in the squeegee body (
Fig. 5
).
N.B.
: the squeegee has been adjusted beforehand, nevertheless if it is necessary read the section
4
5
3
2
1
3
1
2
1
7
6
5
4
FILLING THE SOLUTION TANK WITH WATER
Before filling the solution tank, carry out the following steps:
1.
Take the machine to the dedicated solution tank filling area.
2.
Take all necessary steps to ensure that the device is in a safe condition (see “
”).
3.
Check that the solution tank discharge cap (1) is open. If it isn't, open it (
Fig. 1
).
4.
Check that the filter plug of the water system (2) at the rear right part of the machine, has been
tightened, and if not turn it clockwise (
Fig. 2
).
The solution tank can be filled with water in three different ways:
•
Removing the cap/measuring device (3) and filling the solution tank by means of a rubber hose or
a bucket (
Fig. 3
).
•
Using the filler hose (4) (
Fig. 4
). This supports the water hose on its own, but be sure to remove the
cap/measuring device (3) to allow adequate air venting.
•
Using the optional system for automatic clean water top-up (5) (
Fig. 5
). This system has a float for
avoiding any overflow.
5.
Fill with clean water, at a temperature not higher than 50 °C and not lower than 10 °C. The amount
inside the tank can be seen by means of the level tube (6) (
Fig. 6
) on the front left of the seat.
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2
3
3
1
2
4
3
4
6
5
5
6
ADJUSTING THE DETERGENT SOLUTION (versions without CDS system)
After filling the solution tank with clean water add the liquid detergent to the tank in the concentration and
manner indicated on the detergent manufacturer's label. To prevent the formation of an excessive amount
of foam that could damage the vacuum motor, use the minimum percentage of detergent required.
CAUTION
: protective gloves should always be worn before handling detergents or acidic or
alkaline solutions, to avoid serious injury to the hands.
ATTENTION
: always use detergents whose manufacturer's label indicates their suitability for
scrubbing machines. Do not use acid or alkaline products or solvents without this indication.
ATTENTION:
acid or alkaline maintenance detergent tank be used with pH values between 4 and
10 and that do not contain: oxidising agents, chlorine or bromine, formaldehyde, mineral solvents.
The detergents used must be suitable for use with scrubbing machines.
NOTE
: always use low-foam detergent. To avoid the production of foam, put a minimum quantity
of anti-foam liquid in the recovery tank before starting to clean. Do not use pure acids.
N.B.
: to make it easier to measure the detergent on the cap/measuring device, there are two
notches indicating the two main detergent percentage quantities that can be used.
FILLING THE DETERGENT CANISTER (versions with CDS system)
After filling the solution tank with clean water, you must fill the detergent canister. Before filling the
canister, carry out the following steps:
1.
Take the machine to the dedicated solution tank filling area.
2.
Take all necessary steps to ensure that the device is in a safe condition (see “
3.
Grip the handle (1) on the left side of the recovery tank (
Fig. 1
) and turn the tank as far as it will go,
until it reaches the maintenance position (
Fig. 2
).
4.
Disconnect the male insert (2) from the female insert (3) present on the cap (4) for the detergent
tank (5) (
Fig. 3
).
N.B.
: before pulling on the male insert, push the lever on the female insert.
5.
Gripping the handle (6) on the detergent canister (5), remove the canister from the compartment in
the solution tank (
Fig. 4
).
6.
Remove the cap (4) from the detergent canister (
Fig. 5
).
7.
Fill the canister with the desired detergent, as shown on the label supplied with the appliance.
CAUTION
: protective gloves should always be worn before handling detergents or acidic or
alkaline solutions, to avoid serious injury to the hands.
N.B.
: always use low-foam detergent. To avoid the production of foam, put a minimum quantity of
anti-foam liquid in the recovery tank before starting to clean. Do not use pure acids.
ATTENTION:
always use detergents whose manufacturer's label indicates their suitability for
scrubbing machines. Do not use acid or alkaline products or solvents without this indication.
ATTENTION
: the dosing system is suitable for frequent maintenance cleaning. Acid or alkaline
maintenance detergent tank be used with pH values between 4 and 10 and that do not contain:
oxidising agents, chlorine or bromine, formaldehyde, mineral solvents. The detergents used must
be suitable for use with scrubbing machines. Wash the circuit with water after use if the system is
not used daily. The system can be excluded. In case of sporadic use of detergents with pH
between 1-3 or 11-14, use the floor scrubbing machine in the traditional way by adding the
detergent in the clean water tank and excluding the dosing circuit.
8.
Make sure you tighten the cap (4) properly to avoid any liquid leaks during the work activities (
Fig. 6
).
Also make sure that the detergent suction filter (7) is correctly positioned on the bottom of the canister
(
Fig. 7
).
9.
Gripping the canister handle (6), place the canister (5) back in its compartment inside the solution
tank (
Fig. 8
).
10.
Connect the male insert (2) to the female insert (3) present on the cap (4) for the detergent tank (5)
(
Fig. 9
).
11.
Grip the handle (1) on the left side of the recovery tank (
Fig. 10
) and turn the recovery tank as far as
it will go, until it reaches the work position (
Fig. 11
).
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3
2
4
2
3
1
5
6
4
4
4
5
6
3
2
4
9
5
6
3
2
8
7
1
11
10
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