Cooling
The appliance cools and dehumidifies the air
in the room at the same time in order to create
a pleasant atmosphere.
Plug the appliance into the mains electricity
supply.
Lead the hot air expulsion tube outside. In
order to avoid excessive noise and
efficiency loss, the air expulsion tube should
be positioned as shown in Fig. 13. See
"Ways of releasing air outdoors".
Check that the plug, Fig. 1, is fitted on the
drainage pipe to prevent water from leaking
onto the support surface.
Lift the air director on the top of the
appliance. This air director is not installed
on the appliance on PAM0530 models. See
figures 25 and 26 in "Heating".
Select the silent
cooling function, Fig. 18.
Set the thermostat to the desired
temperature, Fig. 19. If the appliance turns
itself off automatically because the
temperature set for the room has been
reached and, it is necessary to wait for
ambient temperature to rise 2-3°C before it
comes back on again.
Instructions for Use
, high
or turbo
Fig. 18
20 º
During air conditioning, some of the
condensed water produced evaporates
automatically and is expelled outdoors
together with the expelled air through the hot
air expulsion tube.
In conditions of extreme humidity, the
appliance accumulates condensed water in an
internal tank. When a certain level is reached
an indicator light, Fig. 3, comes on indicating
that the condensed water tank is full and
needs to be emptied. When this happens, the
appliance stops cooling the air in the room
until the water is drained, as explained in
"Transportation requirements", Fig. 7.
It is recommended that you turn the
appliance off while draining the water.
Warning!
Remember that when the appliance is
turned off, it is necessary to wait for
approximately 3 minutes before turning it
back on again. This period of time is
required in order to ensure correct
appliance operation.
Dehumidification
In this operation function, the appliance
reduces the humidity in the atmosphere and
purifies the air.
Set the thermostat to its minimum
temperature setting, Fig. 20.
20 º
28
ºC
Fig. 19
30 º
ºC
Fig. 20
30 º