Kleenmaid K70 - Manual (Page 11)

Instructions for the user
5. Description of controls
5.1 Control panel
5.1.1 Manual mode
LIGHT BUTTON: press this button to switch on the lights and the LED inside the button turns blue.
SPEED REDUCTION BUTTON: press this button to reduce the speed of the motor and the LED
inside the button turns green. When the speed is on minimum, the LED begins to flash.
ON/OFF BUTTON: press this button to switch on the motor and the hood begins to operate at the
last speed with which it was used. The LED inside the button turns green.
After approximately 40 consecutive operating hours, the LED flashes to advise that the filters
must be cleaned. To stop the flashing press and hold down the ON/OFF button for a few seconds
or switch off the power supply. This operation resets the count of the 40 consecutive operating
hours and the LED turns green.
SPEED INCREASE BUTTON: press this button to increase the speed of the motor and the LED
inside the button turns green. When the speed reaches maximum level, the LED begins to flash.
TIMER: on pressing this button, the hood continues to operate automatically for 10 minutes at the
requested speed, after which it switches off completely. When in operation, the LED inside the
button is orange.
5.1.2 Automatic mode
This mode is recommended for intensive use of the hood (two or three burners on). Otherwise, with
just one burner on, the manual mode is recommended.
In automatic mode, the motor speeds are activated automatically by a heat sensor positioned
inside the hood.
To start the automatic mode, press the speed increase and speed reduction buttons at the same
time. The orange LED switches on and the three central green LEDs begin to flash after
approximately thirty seconds.
The hood starts in automatic mode and the heat sensor automatically adjusts the speed of the
motor to the temperature produced by the burners.
To return to manual mode, press the ON/OFF button.
The correct operation of the heat sensor depends on the distance between the hob and the
suction surface of the hood: the higher the hood is positioned, the more difficult it will be for the
sensor to identify the temperature.