10
Energy Saving Tips
•
The refrigerator should be located in the coolest area of the room, away from heat producing
appliances, and out of the direct sunlight.
•
Overloading the refrigerator forces the superconductor cooling system to run longer.
•
Reduce door openings and extended searches, remove as many item as needed at one time,
and close the door as soon as possible.
•
One characteristic of superconductor heat-pipe units is the length of time it requires to
recover from having the door opened and shut frequently. It may be necessary to wait longer
for the temperature to return to its former level once the door has been opened for too long.
This is normal for the type of unit.
•
Superconductor heat-pipe technology costs just pennies to operate. It is environmentally
friendly due to the lack of CFC’s.
PROBLEMS WITH YOUR REFRIGERATOR?
You can solve many common refrigerator problems easily, saving you the cost of a possible service
call. Try the suggestions below to see if you can solve the problem before calling the servicer.
TROUBLESHOOTING GUIDE
PROBLEM
POSSIBLE CAUSE
Refrigerator does not operate or cool
Not plugged in.
The circuit breaker tripped or a blown fuse.
The appliance temperature control is set at “0”
position.
Refrigerator is not cold enough.
The room temperature is hotter than normal.
The door is opened too often.
The door is not closed completely.
The temperature control is not set correctly.
The door gasket does not seal properly.
The refrigerator does not have the correct
clearances.
Abnormal voltage.
The light does not work.
Not plugged in.
The circuit breaker tripped or a blown fuse.
The LED light has burned out.
Vibrations.
Check to assure that the refrigerator is level.
The door will not close properly.
The refrigerator is not level.
The door was reversed and not properly installed.
The gasket is dirty.
The shelves, bins, or baskets are out of position.
Summary of Contents for SHP2403B
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