Technical Data Sheet - Nevir NVR-4603 6P 12C Manual De Instrucciones

Technical Data Sheet

Sheet of household dishwasher according to EU Directive 1059/2010:
Manufacturer
Type / Description
Standard place settings
Energy efficiency class
Annual energy consumption
Energy consumption of the standard cleaning cycle
Power consumption of off-mode
Power consumption of left-on mode
Annual water consumption
Drying efficiency class
Standard cleaning cycle
Program duration of the standard cleaning cycle
Noise level
Mounting
Could be build-in
Height
Width
Depth (with connectors)
Power consumption
Rated voltage / frequency
Water pressure (flow pressure)
NOTE：
A + + + (highest efficiency) to D (lowest efficiency)
"
Energy consumption
the consumption of the low power modes. Actual energy consumption will depend on how the appliance is used.
"
Water consumption
will depend on how the appliance is used.
A (highest efficiency) to G (lowest efficiency)
This program is suitable for cleaning soiled normally soiled tableware and that it is the
most efficient programme in terms of its combined energy and water consumption for
that type of tableware.
The device meets the European standards and the directives in the current version at delivery(If the version number is
not in conformity with the latest standards, please refer to the latest version number. ):
- LVD 2014/35/EU
- EMC 2014/30/EU
- ERP 2009/125/EC
The above values have been measured in accordance with standards under specified operating conditions.
Results may vary greatly according to quantity and pollution of the dishes, water hardness,
amount of detergent, etc.
The manual is based on the European Union's standards and rules.
"
273 kWh per year, based on 280 standard cleaning cycles using cold water fill and
"
3220 litre per year, based on 280 standard cleaning cycles. Actual water consumption
NEVIR
NVR-4603 6P 12C
12
A+
273 kWh
0.96 kWh
0.45 W
0.49 W
3220 litre
A
ECO 45℃
190 min
51dB(A) re 1 pW
Free standing
Yes
84.5 cm
59.8 cm
62.0 cm
1760-2100 W
AC220-240 V/ 50 Hz
0.4-10 bar = 0.04-1 Mpa