Amana Refrigerator Not Cooling Your Amana refrigerator doesn’t seem to be cooling. If so, you’ve come to the correct place. You’ll learn exactly what to do in this guide to identify the issue’s root cause and resolve it.
Condenser coils that are filthy are the main cause of a refrigerator losing its cooling ability. Thankfully, all you need to do to solve this issue is give them a thorough cleaning. But if clearing the coils doesn’t solve the issue, you’ll need to use a voltmeter to examine a number of fridge parts. You must hire a specialist to perform those tests if you don’t have a multimeter or haven’t worked with electronics before.
Step 1: Vacuum the condenser coils.
Cleaning the condenser coils is a good place to start, as was already suggested. Sometimes the coils can become clogged or freeze over, which makes the refrigerator work harder to keep your refrigerator cool. Sometimes this prevents the refrigerator from cooling down sufficiently.
Condenser Coils Should Be Cleaned As Follows:
Remove the refrigerator from the wall.
Cut the fridge’s electricity.
If your Amana refrigerator has a lower back panel, take it off.
Examine the condenser coils to see if they are iced over, unclean, or both.
If necessary, give them a clean and/or let the ice to melt off the coils.
Turn your refrigerator back on and check to see if the refrigerator cools properly once the coils have been thoroughly cleaned and clear of frost. Otherwise, proceed to step 2.
Step 2: Check The Condenser Fan
The condenser fan and the motor that drives it should be checked next if cleaning the condenser coils does not resolve the issue. The condenser coils need to be cooled down to prevent frost buildup, therefore the fan’s job is to blow air over them. Your refrigerator cannot chill down if it stops functioning.
By doing the following steps, you can inspect the condenser fan:
Reset the refrigerator’s power switch.
Locate the condenser fan. Consult the instructions if you’re unsure of its location.
Take off the fan cover, then try to rotate it 360 degrees.
A malfunctioning fan needs to be changed if it cannot rotate a full 360 degrees.
The fan motor will then be tested with a multimeter to see if it can rotate a full 360 degrees. Replace the fan unit if the test indicates that the motor has no continuity. Continue to step 3 if the motor does have continuity.
After a replacement fan has been installed, make sure your refrigerator is operating properly. If not, proceed to step 3.
Step 3: Inspect The Evaporator Fan
Evaporator fans are also included in Amana refrigerators, and they occasionally come in pairs. The freezer section to the refrigerator compartment air is circulated by this fan.
The Steps Below Can Be Used To Check The Evaporator Fan.
Locate the fan at the back of the freezer compartment by opening the freezer door and verifying it before the fan is checked. Find out whether there are any loud noises emanating from the freezer while it is operating.
Turn off your refrigerator, remove the fan’s cover, and try to rotate it 360 degrees if you can’t hear any loud noises coming from the fan.
Use a multimeter to inspect the fan motor if it is unable to rotate 360 degrees.
If the fan motor has continuity, it is operating properly, and you can proceed to step 4. Replace the evaporator fan unit, however, if the test reveals no continuity.
After the new fan has been installed, restart the refrigerator and check to see if it is cooling. If not, proceed to step 4.
Step 4: Inspect The Start Relay.
The start relay must be checked next. This component of your refrigerator interacts with the starter winding to make sure the compressor can run. Your refrigerator could not adequately cool if the start relay malfunctions.
By Doing The Following, You Can Examine The Start Relay:
Ensure that the power has been switched off before locating the start relay (it is attached to the compressor unit).
Test the start relay with a multimeter after you’ve found it.
If the start relay passes the test, it is functioning properly, and you can proceed to step 5 at that point. Replace it if it lacks coherence.
Turn on your refrigerator again to see if the issue has been resolved after installing the replacement start relay. Proceed to step 5 if not.
Step 5: Inspect The Thermostat For The Temperature Control.
The evaporator fan motor, compressor, and condenser fan motor are all powered by the temperature control thermostat. Your refrigerator won’t be able to chill when it develops a fault.
By doing the following, you can inspect the thermostat that controls temperature:
If it hasn’t already, turn off the electricity.
Locate the thermostat. Consult the instructions if you’re unsure of its location.
After locating it, attempt to manually adjust the thermostat’s temperature from the lowest setting to the highest setting while listening for a clicking sound. Step 6 can be completed if you hear a clicking noise, which indicates that the thermostat is operating properly. A multimeter test of the thermostat is required if you are unable to detect a click sound.
A defective thermostat needs to be changed if the test reveals no continuity. Step 6 should be followed if it demonstrates that the thermostat does have continuity.
Restart your refrigerator after installing the new thermostat to make sure it is operating properly. Proceed to step 6 if not.
Step 6: Inspect The Start Capacitor.
Your refrigerator’s start capacitor aids in the compressor’s startup. Your refrigerator won’t be able to cool correctly if it malfunctions.
Following these steps will allow you to check the start capacitor:
If it isn’t already off, turn the power off.
Locate the start capacitor (if necessary, consult the handbook), then check it with your multimeter.
The start capacitor needs to be replaced if the test results indicate no continuity. Continue to step 7 if it demonstrates that the start capacitor does indeed have continuity.
After the new start capacitor has been installed, restart your refrigerator to see if everything is operating as it should. Otherwise, proceed to step 7.
Step 7: Verify the thermistor.
The control board in your refrigerator uses information from the thermistor to determine which other components need to be turned on or off in order to maintain the proper temperature inside.
These steps can be used to check the thermistor:
Verify that the power is still off, then find the thermistor (consult the manual if required).
After finding it, test the thermistor with your multimeter.
The test must demonstrate that the residency also varies when the temperature does.
If the thermistor passes the test, go to step 8. If it fails, replace it.
Restart your refrigerator after the new thermistor has been successfully placed to see if it now functions as it should. Proceed to step 8 if not.
Step 8 Examine The Compressor In
Your refrigerator’s compressor is its major cooling-related component. Your refrigerator maintains the proper temperature by compressing the refrigerant and then dispersing it through the evaporator and condenser coils.
The steps below can be used to check the compressor:
Verify that the power is still off, then find the compressor in the refrigerator’s rear.
Using your multimeter, check the compressor. The pins on the side of the compressor unit are where you need to attach the probes.
A new compressor will have to be purchased if the test reveals an open circuit. This is a highly complicated repair, so don’t attempt it unless you have the necessary skills. You can proceed to step 8 if the compressor passes the multimeter test.
After the replacement compressor has been installed correctly, turn on your refrigerator to see if the issue has been resolved. If not, proceed to step 9; otherwise.
Step 9: Change The Primary Control Board.
Changing the primary control board is your final choice. As it is impossible to test the board, you must replace it before determining whether the issue has been resolved. But you can feel that right now it would be preferable to just get a new fridge.
The following list includes information on all significant Amana refrigerator models:
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