Oase biOrb EARTH 125 Gebrauchsanleitung Seite 27

The following figure shows the possible air currents in the biOrb EARTH and their effects on the
temperatures:
 Fresh air
The biOrb EARTH is constantly supplied with air from its environment through the mist out-
let. This air is then discharged through the side covers (wings).
To prevent environmental contaminants (particles, odours, etc.) from entering the biOrb
EARTH, the supplied air is guided through an active carbon filter in the back section. To pre-
vent odours from escaping the biOrb EARTH, the waste air is guided through active carbon
filters in the side covers.
Circulating air (heated or cooled)

The "OASE Control" app can be used to activate air circulation, with a Peltier element heat-
ing or cooling the air depending on the settings in the app.
 Supply and waste air for the Peltier element
 Floor heater
An electric floor heater can be switched on or off via the app. When the heater is switched
on, it does not just heat the floor, but also creates a rising air flow due to thermals.
T Ambient temperature
a
T Temperature generated by the Peltier element The cooling capacity of the Peltier element
p
depends on the ambient temperature of the biOrb EARTH.
T , T Sensor values. The temperatures measured by the sensors are displayed in the "OASE Con-
s1 s2
trol" app.
T , T , ..., T Actual temperature at different points in the biOrb EARTH.
1 2 n
Due to air currents, the actual temperatures at different points in the biOrb EARTH may dif-
fer from the sensor temperatures shown in the app (s1, s2).
The actual temperatures at different points in the biOrb EARTH may range from max. +40 °C
to 2.5 °C below the ambient temperature.
EN
BOB0343
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