Victoria VITTORIA 8, Instruction Manual

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Victoria-05 Ltd.
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5.Control unit.
The control unit is equipped with a system for monitoring and controlling of the burning process. It ensures higher efficiency,
optimizes the fuel consumption and minimizing the emissions. With sensors for the pressure in the fire chamber and
temperature sensors at the flue outlet for the temperature of the flue gasses, the system analyses the collected data from the
burning and automatically controls it and optimizes it.
Picture.1.
6.Components.
Ignition :
Performs the ignition of the pellets
Fume extractor :
Extracts the flue gases from the combustion chamber to the flue pipe outlet and intakes combustion air by vacuum.
Gear motor :
Driven auger screw by means of which the pellets are conveyed from the pellet fuel hopper to the combustion chamber.
Room air fan:
Ensures additional circulation of the air in the room.
Pressure Switch (Pressostat):
Measures the vacuum in the combustion chamber.
7.Operating mode.
Pellet stove works with wood pellets. They are cylindrical granules, made of pressed wood, whose combustion is controlled by
an electronic control system.
The pellet fuel hopper, position (A) of Picture 2, is located at the rear of the pellet stove. Filling of the hopper is made through a
hatch located in the rear part of the upper top of the pellet stove. The pellets are transported from the hopper (A) to the
combustion chamber (L) by means of a screw auger (B) driven by a gear motor (C).
The initial ignition of the pellets is carried out by hot air, which is sucked in around the ignition (K) in the combustion chamber
through the fume extractor (G). Fume extractor provides combustion air by sucking in from air inlet
Ø 40 mm(D)by the room or
by outside atmosphere. Upon submission of air from the room must have provided an influx of outside air.
The flue gases are sucked from the combustion chamber through the fume extractor (G) and are conducted to flue socket Ø 80
mm (F).