The Environment - Whirlpool AWO/C 7420 S Manual

REMAINING MOISTURE CONTENT OF THE LAUNDRY
AFTER SPINNING
The degree of moisture remaining in the laundry after spinning mainly depends on the fabric type, the selected
programme and spin speed.
The lowest remaining moisture content can be achieved using the wash programme referred to by the Energy
Label, with maximum spin speed. This programme is marked in the separate programme chart as "Reference
programme for the Energy Label". Below a survey of the remaining moisture content (in %) related to the various
spin-drying efficiency classes:
Spin-drying efficiency class
A (= most efficient)
SAVE ENERGY AND HELP PROTECTING

THE ENVIRONMENT

• You reach the best use of energy, water, detergent and time by running the programmes with the maximum
load size.
• Save energy by using a 60°C instead of a 95°C wash programme, or by using a 40°C instead of a 60°C wash
programme.
• Pre-treat stains with a stain remover, or soak dried-in stains in water before washing, to reduce the necessity
of a hot wash programme.
• Use "Prewash" for heavily soiled laundry only. Save detergent, time, water and energy by not selecting "Pre-
wash" for lightly or normally soiled laundry.
• Do not exceed the detergent dosages indicated in the manufacturer's instructions.
• Select a high spin speed if you intend to dry your laundry in a tumble dryer, in order to reduce time and energy
for the drying process.
EXPLANATION OF THE ENERGY LABEL
(only for washing machines with Energy Label according to Directive 2010/30/EU)
The Energy Label contains information on performance and consumption of your washing machine:
The bold black arrow marks the energy efficiency class (A+++ = most efficient / D = least efficient).
kWh/annum Power consumption per year
Water consumption per year
L/annum
Maximum load capacity
kg
B
C
D
E
Remaining moisture content in %
45 or more, but less than 54
54 or more, but less than 63
63 or more, but less than 72
72 or more, but less than 81
dB
dB
GB 12
less than 45
Spin drying efficiency class
(A = most efficient /
G = least efficient)
Noise level washing
Noise level spinning