User manual ELECTROLUX LUT7NE28X1

[. . . ] WARNING: Keep ventilation openings, in the appliance enclosure or in the built-in structure, clear of obstruction. WARNING: Do not use mechanical devices or other means to accelerate the defrosting process, other than those recommended by the manufacturer. WARNING: Do not use electrical appliances inside the food storage compartments of the appliance, unless they are of the type recommended by the manufacturer. WARNING: When positioning the appliance, ensure the supply cord is not trapped or damaged. [. . . ] When this mode is selected, the temperature value that was set before mode selection will be displayed on the freezer temperature indicator. You can press the freezer temperature setting button again or press the super button to deactivate super freeze mode. notes: · The maximum amount of fresh food (in kilograms) that can be frozen within 24 hours is shown on the appliance label. For optimal appliance performance in maximum freezer capacity, activate Super Freeze mode 3 hours before you put fresh food into the freezer. At the end of this period, the fridge will sound an audible alarm notifying that it is ready. Super freeze mode will automatically cancel after 24 hours or when the freezer sensor temperature drops below -32 °C. During periods of less frequent use (door opening) or absence from home, such as a holiday, Eco program can provide optimum temperature whilst saving power. Please note that, depending on the ambient temperature, it may take 24 hours for your freezer to reach the operating temperature. A 5 minute delay function is applied to prevent damage to the compressor of your freezer when connecting or disconnecting to mains, or when an energy breakdown occurs. Your appliance is designed to operate in the ambient temperature (T/SN = 10°C - 43°C) intervals stated in the standards, according to the climate class displayed on the information label. We do not recommend operating your appliance out of the stated temperature limits in terms of cooling effectiveness. This appliance is designed to work in difficult climate conditions (up to 43 degrees C or 110 degrees F) and is powered with `Freezer Shield' technology which ensures that the frozen food in the freezer will not defrost even if the ambient temperature falls as low as -15 °C. So you may then install your appliance in an unheated room without having to worry about frozen food in the freezer being spoilt. When the ambient temperature returns to normal, you may continue using the appliance as usual. The Icematic (In some models) Pull the lever towards you and remove the ice maker tray Fill with water to the marked level Hold the left end of the lever and set the icetray on the icebox When ice cubes have formed, twist the lever to drop the ice cubes into the icebox. After the water has completely frozen, you can twist the tray as shown below to remove the ice cubes. Visual and text descriptions in the accessories section may vary according to the model of your appliance. The freezer is used for storing frozen food, freezing fresh food, and making ice cubes. For freezing fresh food; wrap and seal fresh food properly, that is the packaging should Be air tight and shouldn't leak. Special freezer bags, aluminum foil polythene bags and plastic containers are ideal. Do not store fresh food next to frozen food as it can thaw the frozen food. Before freezing fresh food, divide it into portions that can be consumed in one sitting. [. . . ] There is power · The plug is correctly placed in the socket · The plug fuse or the mains fuse has blown · the socket is faulty. A rise in the temperature may be caused by: · Opening the doors frequently for long periods of time · Loading the appliance with large quantities of warm foods · Your freezer is operating noisily Normal noises Cracking (ice cracking) noise occurs: · Short cracking noise occurs: When the thermostat switches the compressor on/off. The compressor may cause more noise for a short time when it is first activated. Bubbling noise and splash occurs: Due to the flow of the refrigerant in the tubes of the system. [. . . ]