Combustion Air Regulator; Ventilator Control Switch; Bottom Air Inlet Damper (Fenix Range) - Saey Fenix 60 Optic Operation Manual

S FENIX / SAEY FENIX VITRO
AEY

7.3 Combustion air regulator

This controls the amount of air needed for combustion and therefore the heat produced.
It is located on the top right-hand side of the door (see figs 1 and
2).
Open: slide to the right
Close: slide to the left
The greater the supply, the more air is allowed into the stove, the
more heat the stove produces, and the more wood is consumed.
The more the supply of air is restricted, the less heat the stove
produces, and the less wood the stove consumes.
The regulator is at the top of the door, to create an "air-wash"
system over the entire surface of the window. This helps keep the
window cleaner for longer.

7.4 Ventilator control switch

The switch has 3 positions:
I ON Thermostatic regulation: the ventilator switches on and off automatically,
depending on the temperature of the insert stove (low ventilator speed).
0 OFF
II ON Manual (high ventilator speed)
When the insert stove is heated from a cold condition, switch the ventilator to the manual ON
position « || » (high ventilator speed) to heat the room as quickly as possible and send the
combustion air to the insert stove. Once a good flame is achieved or the room reaches the desired
temperature, switch to the thermostatic regulation ON position « | » (low ventilator speed). This will
switch the ventilator on or off depending on the temperature of the ventilators and the insert stove.
If you want to switch the ventilators off completely, then switch to the OFF position « 0 ».
REMARK: THE THERMOSTAT IS A MEANS OF TEMPERATURE CONTROL ON THE
VENTILATOR AND NOT A ROOM TEMPERATURE CONTROL.
EXTREMELY IMPORTANT: NEVER INTERRUPT THE SUPPLY OF ELECTRICITY TO
THE VENTILATOR

7.5 Bottom air inlet damper (FENIX range)

This valve is designed to allow better access to the ventilator control switch. However, by leaving
the valve open at an angle of about 45° it is possible to improve the airflow, so that the ventilator
works at a lower temperature.
English
C
Fig. 4
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810.6011.000 / 02