Specifications

OPERATING PRINCIPLE
The stove is pellet-fired with electronically
controlled combustion. Pellets are small
cylinders of pressed wood.
The heat produced by combustion is mainly
used to heat water, and only a small par
t
radiates into the room where the stove is
installed.
The pellet hopper is at the top of the stove.
The hopper is filled through the lid found at the
back of the top.
The fuel (pellets) is taken from the storage
hopper (A) and delivered to the combustion
chamber (D) by a screw feeder (B) driven by
a
gearmotor (C).
The pellets are ignited by hot air produced by
a
heating element (E) which is drawn into the
combustion chamber by a centrifugal fan (F).
The combustion air is drawn from the roo
m
(where there must be an air intake not directly
connect to the stove) by the centrifugal fan (F).
The combustion smoke produced is drawn ou
t
of the firebox by the same centrifugal fan (F),
and expelled from the nozzle (G) at the botto
m
rear of the stove.
The ash falls into the pan (H) where it gathers
for emptying.
The water in the stove is heated and sent to the
heating system by pump (I) built into the stove.
The stove has a built-in closed expansion tan
k
and overpressure relief valve.
The amount of fuel, the smoke
extraction/combustion air supply and pump
operation are controlled by an electronic circui
t
b
oard in order to achieve highly efficient fuel
consumption.
Operating modes
(see p. 15 for further details)
The water temperature required in the syste
m
(recommended average of 60°C) is set on the
p
anel, and the stove modulates the power to
maintain or reach this temperature.
With small
systems, the Eco function may be enabled (the stove turns
off and on according to the water temperature).
The external covering is available in the
following colours and materials:
grey or red steel;
beige, Persian blue and wine-red ceramic
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