Technical Specifications; Installing The Appliance; Installation Location; Tips For Saving Energy - Siemens KG36NHI32 Gebrauchsanleitung

en Installation and connection

Technical specifications

Refrigerant, cubic capacity and further
technical specifications can be found on
the rating plate.
~ "Getting to know your appliance"
on page 34

Installing the appliance

Installation location

The more refrigerant an appliance
contains, the larger the room must be
in which the appliance is situated.
Leaking refrigerant can form
a flammable gas-air mixture in rooms
which are too small.
The room must be at least 1 m³ per 8 g
of refrigerant. The amount of refrigerant
in your appliance is indicated
on the rating plate inside the appliance.
~ "Getting to know your appliance"
on page 34
The weight of the appliance may be up
to 81 kg depending on the model.

Tips for saving energy

If you follow the instructions below, your appliance will use less power.
The arrangement of the features does not affect the energy consumption of
Note:
the appliance.
Installing the appliance
Keep the appliance out of direct sunlight.
Install the appliance as far away as possible from
heating elements, 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 tempera-
ture of approx. 20 °C.
32
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 34
Climatic cate- Permitted room temperature
gory
SN +10 °C ... 32 °C
N +16 °C ... 32 °C
+16 °C ... 38 °C
ST
T +16 °C ... 43 °C
The appliance is fully functional within
the permitted room temperature.
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.
The appliance must cool less frequently at low
ambient temperatures and therefore consumes less
power.