Atlanta ATH-190 Инструкция по эксплуатации онлайн [5/28] 365155

3-10

RUS

11-18

19-26

INSTRUCTION MANUAL

OPERATING THE COOKER

1. Place the cooker onto a steady even surface, 10 cm from the wall. Unwind the

cord completely.

2. Plug the appliance.

3. You will hear a sound signal and the display will show a “running” line around its

frame. The appliance is in the standby mode.

4. Put the dish with the products onto the cooker. Try to place the dish directly

onto the inductance coil; its outline is marked on the surface of the cooker (square).

Diagonal lines of the central square mark the minimum recommended diameter of

the dish. Corners of the square mark the maximum recommended diameter of the dish.

BEFORE USING

Please, read this instruction manual carefully before operating the appliance.

The dishes used for the induction cooker should have distinct ferromagnetic

properties (dishes of cast iron, stainless steel, enameled ware, or dishes with a

complex bottom, containing such materials). Dishes recommended for induction

cookers should have a special mark. Dishes with ferromagnetic properties, which

were not recommended by the manufacturer to be used for induction cookers, can

produce unusual sounds when in use.

Dishes of copper, aluminum, high-temperature glass and other nonmagnetic

materials are not fit to be used on an induction cooker. If you put a wrong kind of dish

onto the cooker, the system will show error code “E0”, and if the right kind of dish is

not put on the cooker within 30 seconds, the cooker will automatically shut off.

The inductance coil, located under the glass crystal plate, projects magnetic waves

onto the bottom of the dish, thereby warming the bottom of the dish directly. The

bottom of the dish itself acts as a heating element, thereby it is possible to avoid

excessive energy consumption, dissipated by an additional heating element of usual

non induction cookers, having a tubular electric heater. The induction cooker warms

the dish immediately without the inertia effect, characteristic of any tubular electric

heater, which greatly influences energy saving through the working time of a powerful

electric appliance. Efficiency of this system goes up to 94.36%.