Owner's Manual

9
2
3
4
5
86 97
1
USING THE FAN HEATER
WITH BUILT-IN THERMOSTAT
The following sections outline how to control the fan heater with its built-in electronic thermostat. (SOA...W)
WARNING: Before using your fan heater, make sure that it has been installed by a certified electrician in accordance with
the electrical and building codes in your area.
Do not operate without front panel.
BUILT-IN THERMOSTAT INTERFACE
1
Unit overheating icon
2
MIN Displays the time remaining in BOOST mode
3
MENU Advanced menus indicator
4
Buttons used to raise or lower the temperature
setpoint. Also used to navigate the advanced
menus.
5
Control lock icon
6
Low temperature setpoint icon (7 °C [45 °F] or
less)/open window detected (ashing icon)
7
TAmbient room temperature (or temperature setpoint,
if the display is ashing). In BOOST mode, displays
the time remaining in this mode.
8
Heating power segments:
0 segments: 0 %
1 segment: 1-20 %
2 segments: 21-40 %
3 segments: 41-60 %
4 segments: 6 1-80 %
5 segments: 81-100 %
9
BOOST button
DEFINING THE FAN HEATER’S TEMPERATURE SETPOINT
The built-in thermostat has two buttons that let you choose
the temperature setpoint.
By default, the temperature setpoint is 19 °C (66 °F).
1. Press or once. The temperature setpoint will ash to
indicate it can be modied.
2. Use the or buttons to dene the temperature
setpoint. If you hold one button for more than 1 second,
the temperature will change quickly.
3. When the desired temperature setpoint is reached, release
the button. The temperature will ash for 3 seconds before
being saved.
Once the temperature setpoint is saved, the ambient tempera-
ture will display on the screen.
NOTE: If the fan heater must start to reach the temperature
setpoint, the icon will indicate the intensity of its func-
tioning.
If the temperature setpoint is lower or equal to 7 °C (45 °F),
the icon will display to show a low setpoint.
If there is a dierence of 4 °C (7 °F) or more between the
setpoint temperature and the ambient temperature, the fan
heater will automatically switch to a higher speed and power
to meet the setpoint temperature more quickly.