How can I remove my Manitowoc ice maker fan motor

Craig Shelton

• 473 Answers

SOURCE: ice maker LG side by side

What is the model #? Get it off the sticker inside the refrigerator side.

Posted on Oct 08, 2007

SOURCE: Ice Maker Motor replacement

I was able to remove the motor module by pressing together the two tabs that held the left arm of the shut off bar to the motor module. I purchased a new KitchenAid motor module (substituted a part by the factory). I replaced the motor module and I now have ice making again. The only difference though is that with the new motor module, the on position with the shut off arm is know longer in a 3 o'clock position but more a 5 o'clock position.

Posted on Aug 03, 2008

SOURCE: ice accumilation next to fan in freezer compartment

u have a defrost problem need to replace heater and tstat

Posted on Mar 19, 2009

SOURCE: I have a manitowoc QY0424A ice maker and the water

Turn back the pressure on the water going into your home and or if there is an adjuster on the back of the fridge set it for 1/2 less.

Are you in a house or a flat?

Posted on Mar 20, 2010

SANYADE OMOTOLA

• 1622 Answers

SOURCE: Kenmore model 3639550610.

Hello,
If fridge repair because it is noisy, turning off and on, or running all the time, it could be a sign the condenser fan motor is going bad. Thankfully, this type of repair is not as complicated as some may think. You can check the condenser fan motor yourself and replace it if necessary.

Tools and Materials Needed:

* Multitester
* Screwdriver
* Needlenose pliers

Step 1 - Disconnect the Power

Turn off the power to the refrigerator to prevent electric shock.

Step 2 - Remove the Condenser Fan Motor

The condenser fan motor is located on the bottom of the fridge, most likely toward the back. Heat from inside the fridge is released into the air here. A panel will probably need to be removed to access the motor. Depending on the screw, a screwdriver or nut driver will be required to remove the panel. Find the condenser fan and motor. You can quickly check the fan's operation by seeing if anything is obstructing its rotation. Manually move the fan blades to see if they spin freely. If they do not, you may need to replace the fan. Continue removing the condenser fan motor by taking out the screws that affix it to the mounting bracket.

Step 3 - Test the Condenser Motor

Your condenser fan motor will most likely have 3 wires attached. Some models have just 2. Note which wires are connected from the fan to the motor. Use needle-nose pliers to remove the wire connectors from the motor. Be careful not to damage the wires. After the connectors are removed, use the multitester to check the resistance or passage of electrical current. Set your multitester to ohms.

If the condenser motor has 3 terminals, only the outside terminals need to be checked. The inside one is a ground terminal. Check the terminals by using the multitester probes, touching one probe to one terminal and the other probe to the other terminal. The reading should fall between 0 and infinity. If you reading falls on either 0 or infinity, then the condenser motor is bad and will need to be replaced.

Step 4 - Replacing the Condenser Motor

Condenser fan motors can be ordered from the refrigerator's manufacturer. Once you receive the new motor, check it with your multimeter the same way as the old motor. This will make sure the new motor is in working condition. Attach the wire connectors to the new motor in the identical locations as the old one. You can refer to the new motor's wiring diagram (most likely included with it) if assistance is needed. Now install the new motor under the fridge. Attach it to the mounting bracket using the same screws as before.

Step 5 - Testing the New Motor and Keeping it Efficient

With the new motor connected and attached, turn the power back on. The unit should operate correctly. If it does not come on, check the wiring. Dust and dirt can plug a condenser and affect the fan's ability to discharge heat. Cleaning them several times a year will help the fridge run efficiently.
Hope this help in solving.take care....

Posted on Sep 18, 2010