How To Fix Maytag Washer That Won’t Agitate

How To Fix Maytag Washer That Won’t Agitate

If your Maytag washing machine isn’t longer agitating during the wash cycle, it can be painful and tiring to hand wash your clothes. There are some steps you can do to solve the issue on your own, rather than seeking help from an expert or buying the new model. In this article, we will go over the most typical causes of the Maytag washer that doesn’t stir and give the steps to solve the problem. From a broken drive belt to a damaged lid switch, we’ll discuss it all, thereby making it easier for you to save time and cash in the process. If your Maytag washer isn’t agitating it’s not a problem. We’ll help you solve the issue.


In the top loading washing machine of Maytag the agitator moves clothes through the water and detergent. It is driven by an output shaft from the transmission. To ensure a secure fitting, the output shaft is often bent. The central part of the plastic agitator has a matching spine. The agitator may be an all-in-one unit or a dual-action agitator dependent on the manufacturer. How to inspect the agitator on aMaytag washing machine: 1. Disconnect the Maytag washing machines from power sources. 2. To gain access to the agitator take off the top cover or dispenser for fabric softener, based on the type of model. Make an attempt to manually turn the agitator. Once it has been splined you will feel some resistance. 3. To inspect the agitator more precisely, take it out of the appliance. The majority of agitators remain in the position with a bolt that connects to the top of the shaft. Some models use a small set screw that is located in the barrel of the agitator above the base, to connect the agitator to the shaft, while some will use a rubber O-ring to ensure a secure fit. 4. If your agitator is damaged or worn out on any area of it specifically on the splines, or you feel little or no resistance in turning it manually, you’ll need a Maytag replacement agitator.

Agitator Directional Cogs

On top loading Maytag washers that use an agitator with dual actions, it is possible for the top portion of the agitator to be disengaged from the bottom part. The upper section is controlled by directional cogs, or “dogs” which are constructed of tough plastic that will wear away from heavy use. The directional cogs could wear out if the upper part of the machine’s agitator isn’t turning in the direction you want it to or if it makes a loud noise during the wash cycle. How do you check the directional cogs on theMaytag washing machine: 1. According to the model, unplug your Maytag washer and then take it out of the dispenser for fabric softener. 2. Locate your agitator cogs. To access the cogs, you may need to pull off the top, base, or cap depending on the model. 3. Take a look at the cogs to determine if they have discoloration, wear, or damage. Also, ensure sure no cogs are missing. 4. It is necessary to purchase replacement cogs with directional design by Maytag in the event that your cogs display any of the above symptoms.

Agitator Coupler & Cap & Bolt

Some models of top loading Maytag washers have a coupler that connects the transmission shaft and the agitator. The drive coupler is splined on the inside to match the transmission, and splined on the outside to make it match the agitator. If your Maytag washing machine is making a grinding noise during the wash process and the agitator spins freely then the drive coupling may be damaged. How to test the agitator coupler on aMaytag washer: 1. Before starting the process, unplug the Maytag washer from the power source. 2. To access the agitator coupler you’ll first need to take off the top cover or the fabric softener dispenser, according to the model. After that, you’ll need to take out the agitator. 3. Take the coupler off it by taking off the bolt that secures it to the shaft of transmission. Inspect the coupler for cracks or wear, burnt corrosion, damage, and cracks. 4. You’ll need Maytag replacement coupler when you experience any of these issues.

Direct Drive Motor Couple

Top load Maytag washers use direct drive motor couplings to transfer power from motor to transmission. The drive coupling constructed consisting of two plastic drive forks, as well as the rubber coupling. It is connected to the motor and the transmission. One of the drive forks is connected to the drive motor shaft , and the other one is connected to the shaft of the transmission’s input. When the motor shaft spins the rubber coupling between the drive forks and the transmission absorbs torque to prevent the forks from breaking. The normal use of the coupling will cause wear on the coupling, and eventually the drive forks might slip and not engage the clutch or transmission. A common symptom of a damaged motor coupling is when the washing machine fills and drains normally , but does not spin or agitate. How to test the motor coupling of aMaytag washing-machine: Before beginning, disconnect the appliance from the main power source. 2. Locate and take off the coupling for the motor to examine it. You will need to unlock the Maytag dishwasher’s cabinet to get to it. In accordance with the model you might also have to take off the drain pump or motor. 3. Once you have removed the item, check the coupling for any signs of wear, tear, cracking, etc. 4. You’ll need a new direct motor coupling Maytag if you experience any of the following symptoms.

Drive Belt

Top loading Maytag washers have a belt that drives the transmission. The belt could be the cause of blame if the machine stops working. What can you tell if the drive belt in aMaytag washing machine is in need of replacing: 1. After disconnecting the plug on your Maytag washer, remove the access panel or cabinet to reveal the drive belt. 2. The drive belt is connected to the motor drive and can be removed by disconnecting the clamps holding it in the position. 3. Examine your drive belt. You’re looking for signs of wear, wear, burning or fraying. 4. You’ll need a replacement Maytag drive belt If your belt exhibits any of these symptoms.


The transmission of top-load Maytag washers converts the motor’s rotational motion into the back and forth motion required by the agitator. The transmission has an input shaft that is controlled by the motor directly or by belts, as an output shaft that is used to control the agitator. If the shaft that drives the agitator doesn’t move, you must first confirm that the input shaft is being driven. The transmission could be at fault when the input shaft is turning but the agitator shaft isn’t able to make a turn. The majority of manufacturers don’t supply internal parts , so a complete transmission would be needed. Also, you should be ready to replace any tub seals which is situated where the shaft enters the tub. How to inspect the transmission in theMaytag washing machine: 1. Before you inspect your transmission be sure the problem isn’t due to the agitator, or any other components. After you’ve eliminated the possibility of an agitator problem remove your washer from the cabinet and then take the cabinet off. The next step is to locate the transmission. 2. Once you’ve located the problem with the transmission reconnect it and then run the wash cycle to ensure that the problem is solved. A defective transmission may make strange sounds during operation. This is essential since the internal components of the dryer are exposed. 3. If the transmission sounds squeaky during this test, you require an Maytag replacement transmission.

Drive Motor

All top load Maytag washers use an electric motor that drives the motor to create agitation. Many Maytag washing machine brands use an inverse motor, which means the motor rotates in one direction for agitation while the opposite direction is used for draining and spinning. The motor might function correctly in the spin direction but not in the direction of agitation. How do you test aMaytag washing-machine drive motor Unplug the power source of your Maytag appliance prior to starting as you will be handling electrical components. 2. The cabinet that you have removed from the Maytag washer in order to find and take out the drive motor. To take the motor out of your appliance, you’ll need to pull the connectors instead of the wires. 3. Your multimeter should be in Rx1 mode. Test for continuity by placing probes on the motor’s terminals. It should give a reading of zero or nearly zero. 4. To test the connection to ground test the ground connection, place one probe on the terminal, and then place another one in the housing made of metal on the motor drive. You should not receive any results during this test. 5. It is necessary to replace the Maytag drive motor if your readings are different from those listed above.


The drive motor is controlled by the timer, lid switch, water level switch and sometimes the selector switch. The purpose of the timer is to provide the proper amount of power needed to start the motor in the proper direction. If the drive motor on your machine does not get energy during the wash part of the cycle, the timer could be in error. How do you test the timer on aMaytag washing machine with the multimeter: As with most repairs, begin by disconnecting your Maytag washer from electrical source. 2. To locate the timer, you must remove the control panel from the appliance and the rear panel. 3. Make sure to disconnect the wires that are connected to the timer by pulling on the metal connectors and not the wires, and remove the timer from its washer to test it. 4. For testing continuity, use a multimeter with the setting Rx1. The reading should be zero or close to zero. If you don’t receive this result, you’ll need an Maytag replacement timing device.

Lid switch

The lid switch is a safety feature found on top-loading Maytag washer machines. The lid switch is located below the main top and is connected to the motor circuit. It needs to be turned on for the motor to operate. When the lid is closed the projection or pin on the lid pushes against the lever for the lid and shuts off the switch. If your Maytag washer will not move and the motor isn’t running, you should check the switch on the lid. How to test the lid switch in aMaytag washing machine 1. Begin by unplugging the Maytag washing machine, and then , remove the top cabinet or panel. 2. Locate the switch , and ensure whether it’s activated when the lid is closed. To verify if it is open, remove the switch. 3. Set your multi-meter’s Rx1 setting, attach the probes to the terminals then press and hold the switch button. The multi-meter should display an reading of zero or close to zero. 4. It is necessary to replace the Maytag lid switch if your test results are not the same.

Selector Switch

The selector switch is employed on certain models to regulate the speed of the motor drive. The motor may not be able to start in the event of a damaged switch. How to check the selector switch on aMaytag washing-machine using a multimeter Unplug your Maytag washing machine prior to starting as you will be handling electrical components. 2. Find and take off the switch for selecting from the Maytag appliance. It will likely be attached to the frame of your Maytag washer machine. In order to access the cabinet it is necessary to take it from its entire structure or just a small portion. 3. You will test for continuity by using a multimeter that has the Rx1 setting. Attach the probes to terminals, and then press the first button, the reading should go from zero to zero. Continue to connect the probes to the terminals and press another button. The reading should return to zero. 4. If your test results differ from those above then you’ll need a Maytag replacement switch for the selector.

Water Level Switch

The water level switch on a top-load Maytag washer is used to set the correct water level. This switch also provides electricity to the drive motor. The switch shuts off the water inlet valve to reduce power consumption and supply power to the drive motor circuit. If the washer fills, but doesn’t agitate, the pressure switch might be the cause. How to check the level of water in the Maytag washer. Remove your Maytag washing machine from the source of power. 2. The switch for water level is typically found behind the control panel . However, it is also located in the sump, which is located below the tubs. 3. When replacing the switch, make sure that you remove the air dome hose. Take the hose off and immerse it in water, seal one end, then blow air through the other, and look for bubbles. Also, inspect for issues or signs of wear. 4. If the air dome hose you are using isn’t flowing, you might require an additional water level switch from Maytag.