Using the ice off Function

When you select the Ice Off mode, remove all ice cubes from the bucket.

If you leave the ice cubes in the bucket, the ice cubes may clump together, making it difficult to remove them.

To remove the ice bucket safely and avoid injury, hold the bottom of the bucket with one hand and the side of the bucket with the other.

Then, lift up on the ice bucket, and pull it straight out.

To put the ice bucket back in, push it firmly straight back.

•If the ice bucket is not pushed firmly into place, ice in the bucket can melt.

If the bucket does not fit, turn the helix 90 degree (see the last illustration on the right, below) and try again.

•The inside of the ice bucket is very cold CAUTION when the refrigerator is operating.

Do not reach deep inside the ice bucket.

•Use only the ice maker provided with the refrigerator.

The water supply to this refrigerator must only be installed/connected by a suitably qualified person.

Connect to a potable water supply only.

•To operate the ice maker properly, water pressure of 20 ~ 125 psi is required.

28_ operating

GOING ON VACATION...

If you are going on a long vacation or business trip and won’t use the water or ice dispensers for a long time:

-- Close the water valve. Otherwise, water leakage may occur.

-- Remove all food.

-- Unplug the refrigerator.

-- Wipe excess moisture from inside and leave the doors open. Otherwise, odor and mold may develop.

ICE MAKER DO’S AND DON’TS

Do not put your fingers, hands or any other unsuitable objects in the chute or ice-maker bucket.

-- You can hurt yourself or damage the refrigerator. Never put your finger or any other objects in the dispenser opening.

-- You can injure yourself.

Do not try to disassemble the ice maker.

Do not wash or spray the ice bucket with water while it is in the refrigerator.

Remove it to clean it.

•When you insert the Ice maker tray, be CAUTION sure that the tray is well centered at the

entrance.

Otherwise, the tray may be stuck.

Water clouding phenomenon

•All water provided to the refrigerator flows through a core alkaline water filter. In the filtering process, the pressure

of the water that has flowed out of the filter has increased, and the water has become saturated with oxygen and nitrogen. When this water flows out into the air, the pressure plummets and the oxygen and nitrogen get supersaturated, which results in gas bubbles. The water may temporarily look misty or cloudy due to these oxygen bubbles. After a few seconds, the water will look clear.

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2015. 8. 26. �� 11:37