Cavity Dimensions; Tips For Saving Energy - Gaggenau RT282 Notice D'utilisation

Installation and connection
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Permitted room temperature
The permitted room temperature depends on the
climatic class of the appliance.
Information on the climatic class can be found on the
rating plate.
"Getting to know your appliance" on page 28
~
Climatic category
SN
N
ST
T
The appliance is fully functional within the permitted
room temperature.

Tips for saving energy

If you follow the instructions below, your appliance will use less power.
Note: The arrangement of the features does not affect the energy consumption of the appliance.
Installing the appliance
Keep the appliance out of direct sunlight.
Install the appliance as far away as possible from heating ele-
ments, cooker and other heat sources:
3 cm to electric or gas cookers.
30 cm to an oil or solid-fuel cooker.
Note:
If this is not possible, attach an insulating plate between the
appliance and heat source.
Select an installation location at a room temperature of
approx. 20 °C.
Use a cavity depth of 56 cm.
Caution!
Risk of burns!
Individual parts of the appliance become hot during opera-
tion. Touching these parts may result in burns.
Do not cover or block the ventilation openings.
Ventilate the room daily.
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Permitted room temperature
+10 °C ... 32 °C
+16 °C ... 32 °C
+16 °C ... 38 °C
+16 °C ... 43 °C
If an appliance of climatic class SN is operated at
colder room temperatures, the appliance will not be
damaged up to a room temperature of +5 °C.

Cavity dimensions

Cavity depth
A cavity depth of 56 cm is recommended
for the appliance. If the cavity depth is smaller – at least
55 cm – the energy consumption increases slightly.
Cavity width
An inside cavity width of at least 56 cm is required for
the appliance. If this is not the case, problems may
occur when installing the appliance.
The appliance must cool less frequently at low ambient tem-
peratures and therefore consumes less power.
The air on the rear panel of the appliance does not warm up
so intensely. The appliance consumes less power if the warm
air can escape.