ECOFOREST ECO GLASS 70 Manual De Instalación, Uso Y Mantenimiento página 29

5.2. Front convection air regulator. (Eco/Eco Glass).
Closes or opens the convection hot air output, thus controlling the flow of hot air from the front hot air grill
of the stove. The damper is in the upper right corner of the door. Do not shut it completely, unless air ducts

are being used (
To open: Push the regulator inwards and fit into the last tab.

To close: Pull the regulator outwards and fit in the tab, according to the convection airflow desired.


Convection air regulator.

Convection air regulator movement.

Vitroceramic glass.
5.3. Convector switch.
This switch controls convector operation. The switch has two positions:
0 Controlled by a thermostat. The convector automatically turns on or off according to the temperature of
the stove. When the oven reaches 50 ° C, the convector starts up. This avoids the convector recirculating
cold air into the room. Recommended position.
I Convector always on.
Note: The thermostat is a means to control the starting and stopping of the convector. It is therefore a
security device that does not control the temperature of the room.
5.4. Combustion air damper.
In Eco and Eco Glass stove models, the combustion air is controlled by moving the slider that is under the
door, from left to right. Moving the slider to the left opens the hole under the door, allowing the entry of air
into the combustion chamber and feeding combustion. If it is moved to the right, it throttles intake of air into
the combustion chamber, reducing the oxygen provided to the combustion.
To adjust the combustion air in the Arles stove there are two flaps on each side of the stove, which are
accessed by opening the side doors. Looking at these hatches from the front, if they are moved to the left,
combustion is fed with more oxygen, if instead they are moved to the right the entry of oxygen into the
combustion chamber is throttled.

Combustion air damper.

Ceramic glass (door).

Combustion air damper.

Side door.
of figures 15 and 16).
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Drawing 18
Drawing 19
Drawing 20