Kenmore 2305761A - Manual (Page 20)

TROUBLESH<X)TING
Tty the solutions suggested here first in order to avoid the cost of an unnecessary service call.
.................................. ■ Are the controls not set correctly for the surrounding
conditions? See “Using the Controls.” Your refrigerator will not operate
Is the power supply cord unplugged? Plug into a grounded
3 prong outlet.
Has a household fuse blown, or has a circuit breaker
tripped? Replace the fuse or reset the circuit breaker.
Is the refrigerator or freezer control turned to the OFF
position? See “Using the Controls.”
Is the refrigerator defrosting? Recheck to see whether the
refrigerator is operating in 30 minutes. Your refrigerator will
regularly run an automatio defrost cycle.
Is the refrigerator not cooling? For models with digital
controls, turn the unit OFF then ON again to reset. See “Using
the Controls.” If this does not correct the problem, call for
service.
The lights do not work
Is the power supply cord unplugged? Plug into a grounded
3 prong outlet.
Is a light bulb loose in the socket or burned out? See
“Changing the Light Bulbs.”
Is the dispenser light set to ON? The dispenser light will
operate only when the levers are pressed. If you want the
dispenser light to stay on continuously, set the dispenser light
to ON or AUTO.
Is the dispenser light set to AUTO? If the dispenser is set to
the AUTO mode, be sure the dispenser light sensor is not
blocked. For more information, see “Water and Ice
Dispensers.”
NOTE: The dispenser lights are LEDs which should not need
to be changed. If your dispenser lights are still not working,
please reference the service numbers located on the back
page of this manual for assistance.
There is water in the defrost drain pan
Is the refrigerator defrosting? The water will evaporate. It is
normal for water to drip into the defrost pan.
Is it more humid than normal? When it is humid, expect that
the water in the defrost pan will take longer to evaporate.
The motor seems to run too much
Is the room temperature hotter than normal? The motor
will run longer under warm conditions. At normal room
temperatures, expect your motor to run about 40% to 80% of
the time. Under warmer conditions, it will run even more.
Has a large amount of food just been added to the
refrigerator? Adding a large amount of food warms the
refrigerator. The motor normally will run longer to cool the
refrigerator back down.
Are the doors opened often? The motor will run longer
when this occurs. Conserve energy by getting all items out at
one time, keeping food organized, and closing the door as
soon as possible.
Are the doors not closed completely? Close the doors
firmly. If they do not close completely, see “The doors will not
close completely” later in this section.
Are the condenser coils dirty? This prevents air transfer and
makes the motor work harder. Clean the condenser coils. See
“Cleaning.”
Are the door gaskets not sealed all the way around?
Contact a technician or other qualified person.
NOTE: Your new refrigerator will run longer than your old one
due to its high-efficiency motor.
The refrigerator seems to make too much noise
The sounds may be normal for your refrigerator. See “Normal
Sounds.”
The ice maker is not producing ice or not enough ice
■ Has the ice maker just been installed? Wait 72 hours for full
ice production to begin. Once your refrigerator is cooled, the
ice maker should produce 70 to 120 cubes every 24 hours.
■ Is the freezer temperature cold enough to produce ice?
Wait 24 hours after ice maker hookup for ice production. See
“Using the Controls.”
■ Is the ice maker switch in the OFF {right) position? Move
ice maker switch to the ON (left) position. See “Ice Maker and
Storage Bin.”
■ Is the water line shutoff valve to the refrigerator turned
on? Turn on the water valve. See “Connect the Water
Supply.”
■ Does the ice maker mold have water in it or has no ice
been produced? Make sure your refrigerator has been
connected to a water supply and the supply shutoff valve is
turned on. See “Connect the Water Supply.”
■ Is an ice cube jammed in the ice maker ejector arm?
Access the ice maker by depressing the ice sensor door on
the upper left side of the freezer interior. While depressing the
sensor door, lift the ice maker service door and remove the
ice from the ejector with a plastic utensil. See “Ice Maker and
Storage Bin,”
■ Has a large amount of ice just been removed? Allow
24 hours for ice maker to produce more ice.
■ Are the controls set correctly? See “Using the Controls.”
■ Is there a water filter installed on the refrigerator? The
filter may be clogged or installed incorrectly. Check the filter
installation instructions to ensure that the filter was installed
correctly and is not clogged. If installation or clogging is not a
problem, call a technician or other qualified person.
■ Is a reverse osmosis water filtration system connected to
your cold water supply? See “Water Supply Requirements.”
NOTE: If not due to any of the above, there may be a problem
with the water line. Call for service.
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