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B
COMBUSTION DIAGRAM
secondary air and
B
post-combustion
glass cleaning
A
primary air
post-combustion
C
air
THE TECHNOLOGY
• AVAILABLE VERSIONS
N natural convection
V forced ventilation
• CLEAN COMBUSTION SYSTEM: S.C.P.
Ensures high thermal efficiency and clean emissions
The system combines an innovative air distribution method of
primary combustion (A) and post-combustion (B)
B
A
the primary combustion air is fed into the firebox and is uniformly
distributed over the embers. This allows for the maximum possible
oxygenation and power necessary for optimal combustion;
B
air for post-combustion is taken in from the room through two
A
holes located at the base of the fireplace. This air heats up while travel-
ling through a channel designed specifically for this purpose at the back
B
of the firebox. The air is emitted into the roof of the firebox through a
well distributed drip system, in order to obtain the air/smoke mixture at
a high temperature.
• MANIGLIA ASPORTABILE PER APERTURA PORTELLONE
The handle of the hatch is not fixed to the same hatch but is inserted
when required.
The handle fits into the bottom of the door, by hooking it onto the pins.
The handle is only needed to lift or lower the hatch.
• BUILT-IN SYNOPTIC PANEL
for models with forced ventilation:
it allows you to manage and control the operating phases (ignition and
turning off) as well as adjust the fan speed from 1 to 9 in automatic or
manual mode.
• COMBUSTION AIR
New distribution system with:
A primary air brushing the surface of the hearth, controlled by
a recessed damper (use with protective tool)
B secondary air fed in directly from the top of the door thus
keeping the glass clean
C post-combustion air, pre-calibrated, it comes in from the
ceiling of the firebox
primary air control lever
A
C
Open
Closed
secondary air inlet
13
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