V-ZUG UnimaticWash V4000, Руководство по эксплуатации

Страница: 48 / 56

12 Technical data
12.7 Consumption values
Programme A)
[kg]
B)
[h:min]
C)
[kWh/cycle]
D)
[l/cycle]
E)
[°C]
F)
[%]
G)
[rpm]
eco 40-60 8 3h38 0.86 59 36 50 1500
eco 40-60 4 2h45 0.56 43 36 50 1500
eco 40-60 2 2h45 0.17 31 23 52 1500
Coloureds 20 °C,
lightly soiled
3
8 0h57 0.3 70 20 56 1200
Coloureds 60 °C,
medium soiled
3
8 1h25 1.4 65 58 56 1200
Woollens 30 °C
3
2.5 0h48 0.3 52 29 83 800
Sprint 30 °C
3
2.5 0h29 0.3 40 26 66 1200
Coloureds 40 °C,
heavily soiled
3
8 1h53 1.0 80 40 56 1200
A) Rated capacity [kg]
B) Programme duration [hours and minutes]
C) Energy consumption [kWh/cycle]
D) Water consumption [litres/cycle]
E) Maximum temperature reached for minimum 5 minutes inside the laundry being treated in the washing cycle [degrees Celsius]
F) Remaining moisture content after the washing cycle [percent]
G) Spinning speed at which remaining moisture content F) was achieved [rpm]
12.8 VAS Vibration Absorbing System
As the washing drum starts to spin, if the control system detects that the load is out of
balance it will interrupt the spinning action once or more. In this case, the appliance tries
to improve the distribution of the wash load in the washing drum.
When spinning, at all spin speeds the load is, where necessary, actively balanced in the
washing drum, whereby the hollow vanes are filled with the necessary quantity of water.
This ensures optimal care and draining of the washing.
12.9 Water and energy economy
During the first few minutes of a programme running, sensors automatically determine
the type and the size of the load being washed.
Water levels are then optimally adjusted to the wash load so that only the strict amount
of water needed is used.
12.10 Turbidity sensor
In addition to the water and energy economy feature, the amount of water needed is op-
timized by a turbidity sensor.
With the help of the turbidity sensor, the control unit detects the degree of dirtiness of the
soapy water at any time in the cycle. and from this determines the amount of water
needed for the rest of the cycle.
For example, if only a low degree of dirtiness is detected during the first rinsing cycle,
then the amount of water used for rinsing during the second rinsing cycle is reduced.
3
Indicative values
48