Samsung RF26NBSH Manuel D’Utilisation
USING ThE ICE AND COlD WATER DISPENSER (OPTIONAl)
Press the Ice / Water button to select the type of you want
No ICE
Select this if you
want to turn ice
maker off.
Using the Ice Dispenser
Place a cup underneath the ice dispenser and push gently against the dispenser lever with your cup.
Make sure the cup is in line with the dispenser to prevent the ice from bouncing out.
Make sure the cup is in line with the dispenser to prevent the ice from bouncing out.
If the Freezer door is left open for a long time, condensation may form
or the ice inside the Ice-Maker may clump. Please close the door as
soon as possible. The Ice Dispenser may eject a few ice cubes if there
is not enough
ice in the Ice-Maker. Use the Ice Dispenser when there is enough ice.
If the Freezer door is open for a long time or a lot of ice is dispensed at
once, condensation may trickle down the Dispenser lever.
or the ice inside the Ice-Maker may clump. Please close the door as
soon as possible. The Ice Dispenser may eject a few ice cubes if there
is not enough
ice in the Ice-Maker. Use the Ice Dispenser when there is enough ice.
If the Freezer door is open for a long time or a lot of ice is dispensed at
once, condensation may trickle down the Dispenser lever.
PUSH
Using the Ice Off Function
When selecting the Ice Off mode, remove all ice cubes from the bucket.
If you are not using the ice dispenser the ice cubes may clump together.
Pull the lock lever forward to throw away ice cubes or remove clumped
ice from the bucket. Push the bucket back until you hear a click.
If you are not using the ice dispenser the ice cubes may clump together.
Pull the lock lever forward to throw away ice cubes or remove clumped
ice from the bucket. Push the bucket back until you hear a click.
If you have a long vacation or business trip, close the water valve
and shut off the water supply to the Refrigerator. This will help prevent accidental leakages. Do
not put your fingers, hands or any other unsuitable objects in the chute or ice-maker bucket.
- It may result in personal injury or material damage.
Never put your finger or any other objects in the dispenser opening.
- It may cause injury.
Do not disassemble the Ice Maker personally. It may cause disorder.
Do not wash or spray with water the ice bucket.
Just wipe it with a dry cloth. In order to operate the ice maker properly, water pressure of
138~862 Kpa is required.
and shut off the water supply to the Refrigerator. This will help prevent accidental leakages. Do
not put your fingers, hands or any other unsuitable objects in the chute or ice-maker bucket.
- It may result in personal injury or material damage.
Never put your finger or any other objects in the dispenser opening.
- It may cause injury.
Do not disassemble the Ice Maker personally. It may cause disorder.
Do not wash or spray with water the ice bucket.
Just wipe it with a dry cloth. In order to operate the ice maker properly, water pressure of
138~862 Kpa is required.
The water tank’s capacity is approximately 1.26ℓ(liter).
For the water dispenser, please use a cup under 110mm in diameter.
Please wait 1 second before removing the cup after dispensing water to prevent spills. Do not pull out the
lever dispenser after taking out ice or water. It comes back automatically. Ice is made in cubes. When you
select “Crushed”, the icemaker grinds the ice cubes into crushed ice.
For the water dispenser, please use a cup under 110mm in diameter.
Please wait 1 second before removing the cup after dispensing water to prevent spills. Do not pull out the
lever dispenser after taking out ice or water. It comes back automatically. Ice is made in cubes. When you
select “Crushed”, the icemaker grinds the ice cubes into crushed ice.
Water clouding phenomenon
All water provided to refrigerators flows through the core filter which is an alkaline water filter. In this process, the
pressure in the water that has flowed out of the filter gets increased, and oxygen and nitrogen become saturated.
When this water flows out in the air, the pressure plummets and the oxygen and nitrogen get supersaturated so
that they turn into gas bubbles. The water could look misty due to these oxygen bubbles. The water may look
temporarily cloudy due to these oxygen bubbles. After a few seconds, the water will look clear.
All water provided to refrigerators flows through the core filter which is an alkaline water filter. In this process, the
pressure in the water that has flowed out of the filter gets increased, and oxygen and nitrogen become saturated.
When this water flows out in the air, the pressure plummets and the oxygen and nitrogen get supersaturated so
that they turn into gas bubbles. The water could look misty due to these oxygen bubbles. The water may look
temporarily cloudy due to these oxygen bubbles. After a few seconds, the water will look clear.
Operating
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02 OPERA
TING
CAUTION
CAUTION
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2010.10.15 8:35:28 AM