Whirlpool AWG 367 Manual de instruções de utilização - Página 7
Procurar online ou descarregar pdf Manual de instruções de utilização para Secador Whirlpool AWG 367. Whirlpool AWG 367 12 páginas. Tumble dryer
Também para Whirlpool AWG 367: Manual de instruções de utilização (10 páginas)
Imprimir página
If the clothes are not dry after normal drying time:
– Check that you used the correct heat setting.
– Check that you have not set the timer within a cool down period.
– Check that the lint filter has been cleaned. A blocked filter will restrict the airflow.
– Check that your dryer is heating – the door window should feel warm to touch after the first 10-
15 minutes of its programme.
Failure to heat may indicate the safety cut-out has operated. To reset, simply press the red button at
the rear of the machine. If it has operated then a sharp "click" will be heard.
This cut-out only operates if the airflow is severely restricted so make sure the filter is clean, the air
inlets and outlets at the side and back are not blocked, and that all other restrictions are removed
before restarting.
If the cut-out continues to operate after checking the above points, you should contact your service
agent.
Check that the machine has the correct weight load in the drum before starting the appliance.
If your machine does not work check the following before calling a service engineer:-
- Check that there is a supply of electricity.
- Check that the door has been properly closed and the machine is switched on.
TECHNICAL DATA OVERALL DIMENSIONS:
Height: 67 cm
Width: 50 cm
Depth: 47 cm
Voltage 220-240V – 50Hz
Fuse 13A
Max Load 1600W
MAXIMUM DRY WEIGHT LOADS:
Cotton 3kg
'Easy care' polyester/cotton 3kg
(For minimum creasing 1.5kg)
Delicates 1.5kg
For electrical ratings see plate on back of dryer.
For Model No. see serial plate inside door (needed when requesting service).
Room temperature range 5˚C to 30˚C. (Drying performance decreases as room temperature falls).
Your washing machine should have a spin speed of not less than 1000rpm for maximum efficiency.