WHIRLPOOL AWM 780
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GB AWM 780
Cotton Synthetic Delicate/Wool On/Off Half load No spin Rinse hold

PROGRAMME TABLE

Programme

Type of textiles / Degree of soilling

Max. Load

Detergent and Additives

Special functions that can be selected Half Load No spin Rinse Hold

Temperature Selector

Programme selector knob

Prewash kg Heavily soiled, long wearing and temperature stable textiles in cotton and linen (bed linen, table linen, underwear, shirts etc). The max load for heavily soiled laundry is 3,5 kg. Averagely soiled, long wearing and temperature stable textiles in cotton and linen (bed linen, table linen, underwear, shirts etc). The max load for heavily soiled laundry is 3,5 kg. Averagely soiled textils in cotton, linen, polyester (Diolen, Trevira); polyamide (Perlon, Nylon), other synthetics or similar blends. Lightly soiled textils in cotton, linen, polyester (Diolen, Trevira); polyamide (Perlon, Nylon), other synthetics or similar blends. Curtains and delicate synthetic textiles (dresses, skirts and blouses etc). Only machine washable woollens with pure new wool label. With this programme you can add fabric softener or starch. The programme ends with a long spin cycle. This programme provides a long spin cycle, the same as the spin cycle in the Cotton programme. With this programme you can add fabric softener or starch. The programme ends with a short spin cycle. This programme provides a short spin cycle, the same as the spin cycle in the Wool programme. Drain only, without spin. e.g to unload the laundry earlier.

Wash

Fabric Softener

°C

1

Cotton with pre-wash

5,0

h

Yes

h

h

h

h

Min. to 95

1

2

Cotton

5,0

�

Yes

h

h

h

h

Min. to 95

2

3

Synthetic Cotton short Synthetic short Delicate Wool Rinse and long spin Long spin Rinse and short spin Short spin Draining

2,0 2,5 2,0 1,5 1,0 5,0

�

Yes

h h h h h
�

h h
� �

h h h h h
�

h h h
No

Min. to 60

3

4 5 6 A

� � � �

Yes Yes Yes �

Min. to 40 Min. to 40 Min. to 40 Min.

4 5 6 A

h
�

h
�

B

5,0

�

�

�

B

C

1,5

�

�

h
� �

�

h
� �

h
� �

Min.

C

D E

1,5 �

� �

� �

� �

� �

D E