It is difficult to discover that the Whirlpool washing machines aren’t moving during the washing cycle. There are a few steps you can take to fix the issue yourself instead of hiring a professional or purchasing new washing machines.
We’ll discuss the most frequent reasons why the Whirlpool washer isn’t spinning and provide step-by-step directions on how to fix it. We’ll address every aspect, starting from a worn drive belt to a malfunctioning lid switch. This will help you save time and money. If your Whirlpool washer isn’t moving do not fret. We can help solve the issue.
Agitator
In the top loading washing machine of Whirlpool the agitator is used to move the clothes through detergent and water. It is powered by the output shaft of the transmission. To ensure a secure fitting, the output shaft is typically made splined. The central part of the plastic agitator has an identical spine. The agitator could be an all-in-one unit or a dual-action agitator dependent on the manufacturer. How to check the condition of a Whirlpool washing machine agitator:
- Unplug the Whirlpool washing machines from the source of power.
- To get to the agitator, take off the top cover or dispenser for fabric softener, based on the type of model. You can turn it manually on the agitator. There should be some resistance when it’s being splined.
- To examine the agitator more carefully, take it off the appliance. The bolt that threads onto the top of the shaft that is used to drive transmissions is what holds the majority of agitators in place. Certain models come with an upper screw that is located above the base, which secures the agitator to the shaft. Some models use an O-ring made of rubber to make sure that the agitator is snugly fitted.
- You’ll need a new Whirlpool agitator in the event that your agitator has been damaged or worn on one of its components, particularly around the splines.
Agitator Directional Gears
Top loading Whirlpool washers using an agitator that has dual actions could cause the upper portion of the agitator to become separated from its bottom. The directional cogs made of hard plastic also known as “dogs” are what drive the upper part of the agitator. They are susceptible to wear and tear due to heavy usage. The directional cogs may be worn out if the upper portion of the washing machine’s agitator isn’t turning in the direction you want it to or making grating sounds in the course of washing. How do you check the directional cogs on theWhirlpool washer:
- Based on the model, disconnect the plug of your Whirlpool washer and then take it out of the dispenser for fabric softener.
- Locate your agitator cogs. To get to the cogs, you might need to remove off the base, top or cap, depending on the model.
- Examine the cogs visually to check for damages, discolorations or wear. Also, make sure that there are no missing cogs.
- You’ll need to replace cogs that are directional by Whirlpool If your cogs show any of the symptoms listed above.
Agitator Coupler & Cap & Bolt
Some top-loading Whirlpool washers come with a coupler that connects their shafts for transmission and agitators. In order to match the transmission the drive coupler is split in the inside and out. The drive coupling may be damaged if the Whirlpool washer emits noises of grinding when washing or the agitator isn’t turning freely. How to check and repair the agitator coupler on theWhirlpool washing machine:
- Before starting turning off your Whirlpool washer.
- To get to the coupler for the agitator, it is necessary to remove the top cover or the fabric softener dispenser, based on the model. After that, you’ll need to remove the agitator.
- Unthread the bolt holding the coupler onto the shaft of transmission and then remove it from the appliance. Check the coupler for cracks or burnt areas, wear or rusty, as well as damage.
- It is recommended to purchase a Whirlpool replacement coupler in the event of one of these problems.
Direct Drive Motor Couple
Top load washers from Whirlpool use direct drive motor couplings that transfer power from the motor to transmission. The drive coupling is constructed consisting of two plastic drive forks as well as an elastic coupling. It is connected to the motor to the transmission. The drive shaft is attached to one fork, and the other one is connected to the shaft that is used for transmission input. The rubber coupling between the drive forks absorbs the torque generated by the motor shaft’s rotation to prevent the forks from breaking. Regular use will result in wear on the coupling. In the end the drive forks could slide and not be able to engage with the clutch or transmission.
A sign of a failed motor coupling in a Whirlpool washer machine is that it fills up and drains as normal, but it is unable to spin or agitate. How to test the motor coupling on theWhirlpool washing machine:
- Before starting, disconnect the appliance from the main power source.
- To examine the coupling of your motor, find it and remove it. It is necessary to unlock the Whirlpool cabinet to reach it. Based on the model you have it is possible to take out the drain pump or motor.
- Once you have removed the object, inspect the coupling for any signs of wear, damage cracks, etc.
- You’ll need a new direct drive motor coupling Whirlpool in the event that you encounter any of these signs.
Drive Belt
Top loading washers from Whirlpool have an engine that drives the transmission. The belt may be to blame if the washer ceases to move. How to tell whether yourWhirlpool washing machine drive belt requires to be replaced:
- Unplug the Whirlpool washer, then remove the cabinet or access panel to find the drive belt.
- It is possible to disconnect the clamps which hold the belt in place, and then take the drive belt off the drive motor.
- Examine the drive belt visually. Check for signs of wear, fraying or other indications of wear and tear to the drive belt.
- It is time to replace your Whirlpool drive belt when your belt exhibits any of these signs.
Transmission
The transmission of Whirlpool’s top load washer converts the motor’s rotational motion into the back and forth motion required to drive the agitator. Transmissions are equipped with an input shaft that is driven by the motor directly or through belt. The output shaft is driven by the agitator. It is important to ensure that the drive shaft for the agitator is oscillating correctly before replacing it. The transmission could be in error when the input shaft is turning however the agitator shaft does not rotate.
Most manufacturers do not provide the internal components required to complete a transmission. It is essential to be able to repair the tub seal at the point that the shaft is inserted into the tub. How to check the transmission of a Whirlpool washing machine:
- Before you inspect your transmission ensure that the problem isn’t caused by the agitator or other component. After you have eliminated the possibility of an issue with the agitator remove your washer from the cabinet and take it out of the cabinet. The next step is to locate the transmission.
- After you’ve found the transmission then plug it back in and then run the wash cycle to ensure that the issue is resolved. There will be strange noises when the transmission is damaged. This is crucial since the internal components of the dryer are exposed.
- You’ll need a new Whirlpool transmission when the transmission starts to become loud.
Drive Motor
Top load Whirlpool washers utilize motors that control the transmission. Whirlpool washers have a reverse motor. This means that the motor turns in one direction for spinning and draining , and in the other direction for agitating. Motors can operate in the direction of spin, however, they are not working towards the direction of the agitation. How do you test the operation of aWhirlpool washing machine drive motor:
- Before beginning, disconnect the power source to the Whirlpool appliance.
- To locate the drive motor, take the cabinet from the Whirlpool washer. To take the motor out of your appliance, you’ll need to pull on the connectors , not the wires.
- The multimeter must be in Rx1 mode. Set the probes on the motor’s terminals to test for continuity. The reading should be close to or at zero.
- Put one probe on the terminal to test the ground connection. The second probe should be placed in the motor’s housing. motor. The test will not provide any results.
- You’ll need to replace a Whirlpool drive motor in the event that your readings differ from those described above.
Timer
The motor that drives the drive is controlled by the timer lid, the timer, the water level, as well as selector switches. The purpose of the timer is to give the right power to start the motor in the right direction. The timer may be faulty if the motor that drives the washer does not receive power during the washing phase. How do you check the timer on the Whirlpool washing machine using a multimeter
- As with most repairs, shut off the power source of your Whirlpool washing machine’s source of power.
- To find the timer, take off the control panel from the appliance, and then remove the panel on the back.
- For testing the washer, pull on the connectors that aren’t made of metal. Then, remove the wires that connect to the timer.
- To check continuity, you can make use of a multimeter that has the setting Rx1. The reading should be zero or near zero. If you don’t get this reading, you’ll need an Whirlpool replacement timing device.
Lid switch
The lid switch is a security feature that is available on top-loading Whirlpool washing machines. The motor circuit is linked to the lid switch, that is typically located beneath the top of the machine. It has to be turned on to allow the motor to operate. A projection or pin from the lid is pushed against and closes the lever of the lid when it is shut. The lid switch must be examined if the Whirlpool washer isn’t moving or the motor isn’t getting any electricity. How to test the switch that controls the lid on the lid of aWhirlpool washer:
- Begin by disconnecting the Whirlpool washer, then pull off the top panel.
- Locate the switch and make sure that it’s turned on when you close the lid. To confirm if it’s activated removed, pull the switch.
- Switch your multimeter to Rx1 and then touch the terminals using the probes. Press the button, and press it. The multimeter should show zero or close to zero.
- You’ll need a new Whirlpool lid switch in the event that the results of your tests are different.
Selector Shift
Some models come with a selector switch that regulates the speed of the motor. The motor might not start when the switch is damaged. How do you test the switch that controls the selector on theWhirlpool washing machine using a multimeter
- Before you begin making use of electrical components, disconnect the electrical components in your Whirlpool washer.
- Find the switch that controls the selector on the Whirlpool appliance and pull it off. It is likely to be attached to the frame of the frame of your Whirlpool washer machine. To get inside the cabinet, you’ll need to remove it off in its entirety or just a small portion.
- It is possible to test for continuity by using a multimeter that has the Rx1 setting. Press in on the first button to alter the reading from zero to infinite. Make sure the probes are connected to terminals, then press a second button. The reading should be restored to zero.
- You’ll need a new Whirlpool selector switch in the event that the results of your tests differ from those listed above.
Water Level Switch
The water level switch is situated on top-load Whirlpool washers . It lets you select the appropriate level of water. The switch also provides electricity to the drive motor. The switch shuts off the valve for water inlet to cut down on power consumption and supply power to the motor’s circuit. The pressure switch may be the cause if your washer is not filled and doesn’t vibrate. How to determine the level of water in theWhirlpool washer.
- Unplug the power source from the Whirlpool washer.
- The switch for water level will be located usually in the control panel however, it could also be located below the tubs in the sump region.
- Before replacing the switch, be sure that you remove the air dome hose. Immerse the hose in water and close it. After that, blow air through the other end, and look for bubbles. Also, look for obvious wear or obstructions.
- If your air dome hose isn’t leaky, you may need an upgrade to the water level switch from Whirlpool.