risk (the structure and the plugs must be ad-
en
equate to support the weight of the cooler).
it
►3.2.2. Install the cooler in well ventilated ar-
eas.
de
►3.2.3. The cooler can only be installed out-
side (on the roof or on the wall).
es
►3.2.4. Install the cooler away from fireplac-
fr
es, heat sources and possible sparks, in or-
der to prevent serious damage.
nl
►3.2.5. Do not drill screws or tie rods into the
cooler during installation.
pt
►3.2.6. The minimum installation distance
da
between the cooler and walls or other ob-
jects is 0.5 m (ensure suitable spaces for
fi
maintenance around the cooler).
no
sv
►►3.3. DUCTING METHOD
By connecting a conduit to the cooler, the out-
pl
going air can be carried to where cooling is
ru
required.
It is crucial for the entire ducting conduit to be
cs
designed and structured correctly.
hu
►3.3.1. Use conduits of suitable section (the
sl
average air speed inside the conduit is 3-6
m/s).
tr
►3.3.2. The ducting should be as short as
hr
possible.
►3.3.3. The pipes must be installed at a max-
lt
imum of 4 m above the ground.
►3.3.4. Do not install the duct with elbow
lv
bends.
et
►3.3.5. The maximum length of the conduit
is 20 m.
ro
►3.3.6. Up to four reductions can be installed
within the conduit.
sk
►3.3.7. The pipe joints must be flexible.
bg
►3.3.8. Do not branch the air flow into sev-
eral conduits.
uk
bs
NOTE: WE RECOMMEND USING CON-
DUITS MADE OF GALVANISED SHEET
el
METAL, PLASTIC OR FIBREGLASS.
zh
►►3.4. CONNECTION TO THE ELEC-
TRICITY MAINS AND CONNECTION OF
THE PROBE
IMPORTANT: THE POWER SUPPLY AND
CONNECTION LINE MUST BE INSTALLED
BY A QUALIFIED TECHNICIAN USING SUIT-
ABLE DEVICES AND INSTRUMENTS, IN
ACCORDANCE WITH NATIONAL REGULA-
TIONS AND THE STANDARDS IN FORCE.
►3.4.1. By removing the screws on the side
of the cooler you have access to the interior
of the appliance (Pic. 2).
►3.4.2. Feed the electrical cables (power ca-
ble, control panel cable and solenoid valve
cable) through the hole near the electrical
panel on the bottom of the cooler (Pic. 4).
►3.4.3. Only connect and power the cooler
with the voltage and frequency specified on
the nameplate and with cables of suitable
section.
►3.4.4. For proper operation it is crucial to
connect the earth to the cooler properly.
►3.4.5. Connect the control panel by using
the specific connector (Pic. 5).
►3.4.6. Connect the temperature/humidity
probe cable to the control panel (Pic. 5).
►3.4.7. Connect the solenoid valve cable to
the electrical panel (Pic. 5).
NOTE: MAKE SURE THE POLARITIES ARE
FOLLOWED WHEN CONNECTING TO THE
MAINS. WE RECOMMEND USING A SUIT-
ABLE RESIDUAL CURRENT DEVICE (SEE
NAMEPLATE).
►►3.5. INSTALLING THE DRAIN VALVE
(Pic. 6)
At the base of the cooler, to drain water from
the tank, the cooler is equipped with a drain
valve.
At the time of purchase, the drain valve comes
in the kit supplied.
To install the valve you must:
►3.5.1. Remove the nut installed at the base
of the valve.
►3.5.2. Insert the valve into its seat (located
at the base of the cooler).
►3.5.3. Screw the nut back onto the valve.
►►3.6. CONNECTING TO THE WATER
MAINS
(Pic. 7)
IMPORTANT: ONLY FEED THE COOLER
WITH CLEAN WATER.
IMPORTANT: THE COOLER CAN WITH-
STAND A MAXIMUM WATER INLET PRES-
SURE OF 3 BAR. THE PIPES AND FITTINGS