Remote Control - Kalor Redonda Glass Manual De Instrucciones

Information on the display
Information on the display
21 : 10
22°C P-1
TURNED OFF
14 : 35
21°C P-2
TURNED ON
14 : 35
21°C P-2
LOAD
pellet
14 : 35
22°C P-1
FIRE
present
15 : 18
22°C P-3
WORK

Remote Control (

The remote control (Fig. 3) used to adjust water temperature
power and the on/off functions for the pellet Thermostove.
To start the Thermostove, press key
automatically enter the starting phase.
Press keys + (1) and - (2) to adjust temperature, and use keys
+ (6) and - (5) to adjust operating power.
To turn off the Thermostove, hold down key .
To replace the 3 volt battery located on the back of the remote
control, pull the centre of the cover and the lever on the side
of the same, replace the battery observing the correct polarity
(Fig. 4)
TURNED OFF
The machine is off.
TURNED ON
The machine is in the first
ignition phase. The glow
plug and fume extractor are
active.
LOAD PELLET
In this phase of the ignition
process the machine starts
loading the pellets into
the brazier. The glow plug,
the fume extractor and the
cochlea engine are active.
FIRE PRESENT
In this phase of the ignition
process the machine starts
loading the pellets into the
brazier. The fume extractor
and the cochlea engine are
active.
WORK
The machine is working, in
this case at power 3. The
detected room temperature
is 21 ° C. During normal
work, the fumes fan, the
auger motor and the room
fan are active.
)
where present
and the Thermostove will
BRAZIER CLEANING
15 : 18
The machine is cleaning
22°C p-2
the basket. The smoke
BRAZIER
extractor runs at maximum
CLEANING
speed and the pellet load is
at minimum.
OK STAND BY
21 : 10
All the requests have been
22°C P-1
satisfied and the machine is
stand by
ready for the "STAND BY"
mode.
HOLD REQUEST
14 : 35
The machine is in a "STAND
21°C P-2
BY" mode as everything has
HOLD
been satisfied and is waiting
REQUEST
for an heating request to
turn on.
WAIT COOLING
14 : 35
The machine
21°C P-2
complete the cooling cicle
WAIT
before turning on again.
COOLING
Fig. 3
has to
Fig. 4
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