Maytag Dishwasher Error Code 3-3 or F3E3

Maytag Dishwasher Error Code 3-3 or F3E3

Begin the troubleshooting process by disconnecting the dishwasher drain hose from either the air gap or the garbage disposal, depending on your setup. If an air gap is absent, the connection would be to the garbage disposal. To check for drainage issues, pour water through the drain hose and observe if it backs up into the dishwasher tub. If there is a backflow, it indicates a potential failure of the check valve in the drain hose connected to the drain pump. In such cases, consider replacing the affected portion of the drain hose to rectify the issue.

Service Diagnostics Test:

If water does not back up into the dishwasher during the drain hose test, proceed to reconnect the hose. Initiate the Service Diagnostics Test following the instructions outlined in the tech sheet provided with your dishwasher. During this test, observe the soil level indicated during the Optical Water Indicator (OWI) test in diagnostic mode. If a high soil level is detected, unplug the dishwasher and perform a thorough cleaning of the OWI sensor.

Cleaning the OWI Sensor:

While the dishwasher is unplugged, attend to the OWI sensor. Clean any debris or residue that may have accumulated, ensuring optimal sensor functionality. Once the cleaning is complete, reassemble the dishwasher, plug it back in to restore electrical power, and rerun the diagnostic test cycle. This step allows the electronic control board to calibrate the OWI sensor for accurate readings during the next cycle.

Thermistor/OWI Sensor Replacement:

If, after the above steps, the error code persists, consider replacing the thermistor/OWI sensor. This component is critical for temperature regulation and water level control during the dishwasher’s operation. A replacement ensures the seamless functioning of these essential processes.

Professional Assistance:

Given the intricacies of dishwasher components, if uncertainty persists or if the error code endures, seeking professional assistance is advisable. Our team at Appliance Repair Los Angeles is ready to conduct meticulous inspections, perform necessary replacements, and ensure your dishwasher operates at peak performance.

Maytag Dishwasher Error Code 3-2 or F3E2

Encountering Error Code 3-2 or F3E2 on your Maytag dishwasher signals a shorted thermistor or Optical Water Indicator (OWI) sensor. This hiccup can disrupt the seamless functioning of your dishwasher. Fear not, as we guide you through a detailed examination and potential solutions.

Understanding the Error:

This error code surfaces when a disruption is detected in the communication between the electronic control board and the thermistor/OWI sensor. These components play a pivotal role in maintaining optimal temperature and water levels during the dishwasher’s operation.

Troubleshooting Steps:

Power Down the Dishwasher: To initiate the troubleshooting process, unplug the dishwasher to ensure complete electrical disconnection.
Inspect Wiring: Conduct a thorough examination of the wiring connecting the electronic control board and the thermistor/OWI sensor. Look for any visible signs of wear, fraying, or damage.
Address Wiring Issues: If damaged wiring is detected, prioritize repairing or replacing the wire harness. This step is crucial to reestablishing the proper connection between the control board and the sensor.
Check Thermistor/OWI Sensor: If the wiring appears intact, shift your focus to the thermistor/OWI sensor. Inspect the sensor for any visible damage.
Replace Faulty Components: Should the thermistor/OWI sensor show signs of malfunction or damage, the next step is to replace it. This ensures accurate temperature readings and proper water level control.

While these steps can often resolve the issue, the complexity of dishwasher components necessitates caution. If the error persists or if you are unsure about the diagnosis, it is advisable to seek the expertise of professional technicians.

Maytag Dishwasher Error Code 3-1 or F3E1

Encountering the Maytag Dishwasher Error Code 3-1 or F3E1 can be perplexing, but fear not—this code is indicative of a Thermistor/OWI Sensor failure. The Thermistor, a crucial component responsible for monitoring water temperature, and the Optical Water Indicator (OWI) Sensor, which gauges the cleanliness of the water, play pivotal roles in ensuring optimal dishwasher performance.

Understanding the Error:

When the dishwasher detects a malfunction in the Thermistor/OWI Sensor, it triggers the 3-1 or F3E1 error code. This signals a disruption in the communication between these components and the electronic control board.

Troubleshooting Steps:

Disconnect Power: Unplug the dishwasher to ensure your safety during the troubleshooting process.
Inspect Wiring: Carefully examine the wiring connecting the electronic control board to the Thermistor/OWI Sensor. Look for any visible signs of wear, damage, or disconnection.
Wire Harness Repair or Replacement: If you discover a broken wire harness, repair or replace it to restore the electrical connection. A damaged wire can disrupt communication between the components and the control board.
Thermistor/OWI Sensor Examination: Check the Thermistor/OWI Sensor for any signs of physical damage. If the components appear intact, proceed to the next step.
Thermistor/OWI Sensor Replacement: If the wiring is undamaged but the error persists, it’s advisable to replace the Thermistor/OWI Sensor. Over time, these components can wear out, leading to inaccurate readings and triggering the error code.

Maytag Dishwasher Error Code 2-1 or F2E1

Encountering the Maytag Dishwasher Error Code 2-1 (or F2E1) signals a potential issue with the user interface control. This error arises when one or more buttons on the control panel become unresponsive, indicating a ‘stuck button’ scenario. Here’s a comprehensive guide to understanding and resolving this error:

Error Description:

The 2-1 or F2E1 error code specifically points to a situation where a button on the user interface control is deemed ‘stuck.’ This can impede the normal functioning of your Maytag dishwasher.

Troubleshooting Steps:

Button Check:
- Begin by inspecting all buttons on the user interface control for responsiveness.
- If any button fails to register or feels stuck, further action is required.
Disconnect Power:

Unplug the dishwasher to disconnect electrical power, ensuring safety during the troubleshooting process.
Disconnect Wire Harness:

Disconnect the user interface control wire harness. This involves disassembling the door while leaving the user interface wire harness disconnected.
Power Up with Door Open:
- Reassemble the door without closing it.
- Plug in the dishwasher and wait for at least 7 seconds to allow the electronic control board to power up completely.
Check for Stuck Buttons:

If the electronic control no longer detects stuck buttons with the user interface wire harness unplugged, it initiates the drain pump.
Observe Drain Pump Activity:
- If the drain pump runs, the likely culprit is a malfunctioning user interface control, and it should be replaced.
- If the drain pump doesn’t run, it suggests that the electronic control board still detects stuck buttons, prompting a need to replace the electronic control board.

Final Considerations: Resolving the Maytag Dishwasher Error Code 2-1 involves a systematic approach to identify and address issues with the user interface control. Following these steps ensures a thorough inspection and, if necessary, replacement of the faulty components, allowing your dishwasher to resume its optimal performance.

Maytag Dishwasher Error Code 1-2 of F1E2

Encountering the Maytag Dishwasher Error Code 1-2 (F1E2) can be a perplexing experience, but fear not – understanding the issue is the first step toward a solution. This error code specifically points to a problem with the dishwasher’s electronic control board.

Error Description:

The code signifies a potential malfunction within the electronic control board, a critical component responsible for coordinating and regulating various dishwasher functions. This may result in disrupted communication between the control board and other components, affecting the overall performance of your Maytag dishwasher.

Recommended Action:

To address Maytag Dishwasher Error Code 1-2 (F1E2), follow these steps:

Power Reset:
- Turn off the dishwasher and disconnect it from the power source.
- Allow the dishwasher to remain unplugged for a minimum of 5 minutes.
- Reconnect the power and turn the dishwasher back on.
Code Persistence:
- If the error code persists after the power reset, it indicates a potential issue with the electronic control board.
- Replacement of the electronic control board is recommended to restore normal functionality.
Professional Assistance:
- Due to the complexity of electronic components, seeking professional assistance from experts like Appliance Repair Los Angeles is advisable.
- Our skilled technicians can accurately diagnose the electronic control board’s condition and perform the necessary replacement with precision.

In dealing with Error Code 1-2, count on Appliance Repair Los Angeles to provide a seamless resolution, restoring your Maytag dishwasher to optimal performance.

Maytag Dishwasher Error Code 1-1 or F1E1

Encountering the Maytag Dishwasher Error Code 1-1 or F1E1 can be perplexing, but fear not—this code indicates a stuck relay on the electronic control board. This critical component oversees the dishwasher’s functions, and when a relay gets stuck, it hampers the normal operation of the appliance.

Error Description:

The error suggests that a relay on the electronic control board, responsible for managing various dishwasher functions, is experiencing a malfunction. This glitch can disrupt the normal flow of operations, leading to the need for intervention and resolution.

Troubleshooting Steps:

Step 1: Power Cycle the Dishwasher

Shut off power to the dishwasher for a duration of 5 minutes. This temporary break may reset the control board and potentially resolve the stuck relay.

Step 2: Inspect Wiring for Damage

Upon restoring power, if the error code persists, carefully examine the wiring connected to the control board for any signs of damage. Broken wires can impede the proper functioning of the control board.

Step 3: Measure Resistance and Identify Defective Components

Refer to the tech sheet, conveniently located behind the bottom front toe panel of the dishwasher. Use it as a guide to measure the resistance through all components connected to the control board.
Identify any components displaying abnormal resistance and replace them as needed.

Step 4: Evaluate the Electronic Control Board

If the issue persists after assessing the wiring and components, it may be necessary to replace the electronic control board. This component acts as the brain of the dishwasher, and a malfunctioning board can lead to various errors.

If you find the troubleshooting steps challenging or if the problem persists, it is advisable to seek professional assistance. Technicians, such as those at Appliance Repair Los Angeles, possess the expertise to diagnose intricate electronic issues, ensuring a comprehensive resolution to the Maytag Dishwasher Error Code 1-1 or F1E1.

Remember, addressing electronic control board issues requires precision, and seeking professional help guarantees a thorough evaluation and reliable solution for your Maytag dishwasher.

Maytag Washer Unresponsive Controls

Maytag Washer Unresponsive Controls

Modern Maytag washing machines are by and large great appliances to have in your home. Maytag washing machines come with tons of great features that can make laundry time easier and more efficient. However, like all modern appliances, there’s a chance you may encounter issues with your washing machine at some point.

Let’s go over some of the more common reasons why your Maytag washing machine control panel might not be working normally and show you how you can deal with these issues.

Reasons Your Maytag Washing Machine Control Panel Isn’t Working – Component Failures

First, let’s take a look at some of the control panel issues caused by a defective component. Modern washing machines are considerably more complicated than washing machines from decades prior, and while this means that modern washing machines have a greater degree of functionality than old ones, it also means they have more stuff that can potentially break.

Broken Timer

Your washing machine contains a timer, the purpose of which is to make sure that all of your washing machine’s functions are activated at the right time.

During the washing process, the machine has to perform a few different actions (like pumping water into the machine and spinning the drum) and the timer ensures that all of these actions are performed at the right time.

A broken timer can affect many parts of a washing machine aside from just the control panel. A washing machine with a broken timer may stop in the middle of a cycle, or skip certain cycles entirely during washing.

It’s common to misdiagnose the timer as a source of many issues when it comes to washing machines, so make sure you thoroughly test the timer and the machine’s other components before replacing the timer.

Testing the continuity of the timer with a multimeter can help you determine if the timer is in fact the cause of your issues.

Faulty User Interface And Display Board

The user control and display board in your washing machine is a circuit board that connects to the main interface of the washing machine.

When you use your machine’s buttons to make any kind of input, the user control and display board is what processes those inputs.

This board can fail if it comes into contact with too much heat or moisture, or it may also fail thanks to a manufacturing defect. If your user control and display board fails, all or some of the buttons on your control panel may stop working.

If some of the buttons on your control panel work but some don’t, this could indicate a problem with the user control and display board.

Another test you can perform is to check whether or not this control board is receiving power. If it is receiving power but it still isn’t working, it probably needs to be replaced.

Faulty Main Control Board

The main control board is also a circuit board, like the user control and display board we just mentioned. However, while the user control and display board only serves the washing machine’s user interface, the main control board is what connects all of the machine’s components together and allows the machine to work as a cohesive unit.

The main control board can fail for the same reasons as the user control and display board, but if the main control board fails it can potentially affect a wider range of other components.

In any case, failure of either board can severely compromise your washing machine’s functionality.

It’s not too common for the main control board to fail, though, so make sure you test your machine’s other components before determining that the main control board is the issue.

Blown Line Fuse

Your washing machine contains a few different fuses, one of which is the line fuse. The purpose of the line fuse is to prevent the circuits inside the washing machine from being overloaded with current.

If the current gets too high, the fuse will blow, which breaks the circuit and stops the washing machine.

You can determine if your line fuse has blown by testing it for continuity. If it displays no continuity, the fuse will have to be replaced.

You should also try and find out what exactly caused the fuse to blow in the first place; if you don’t, the new fuse you install will inevitably end up blowing too.

Blown Thermal Fuse

A thermal fuse is pretty similar to a line fuse in terms of function. The difference is that a line fuse blows when the current in the circuit gets too high, while the thermal fuse blows when the machine starts overheating.

In either case, both fuses are used to prevent the washing machine from causing damage to itself. Also like the line fuse, if the thermal fuse blows then the machine will be entirely unable to start.

Once again, you can use a multimeter to test your thermal fuse for continuity and replace it if it displays none. You should also determine the cause of the blown fuse and have it fixed to prevent any replacement fuses from blowing also.

Broken Door Lock/Door Switch

Your washing machine contains a door lock, the purpose of which should be pretty obvious. Opening the door while the washing machine is running and full of water is a surefire way to make a huge mess.

The lock exists to prevent this from happening, accidentally or otherwise.

Within the door lock assembly, there is a door switch that prevents the machine from being started when the door is open.

If the door is left slightly open by accident or the door lock is broken and unable to keep the door closed, the door switch will stop the machine from running.

It’s possible for the door lock to fail either mechanically or electronically. When diagnosing a broken door lock, first inspect the lock to see if it’s visibly damaged.

If it’s not, test the door lock switches with a multimeter and see if they still have any continuity.

Power Supply Issues

If your machine’s control panel is not responding to any inputs, it could very well be that your machine is receiving no power.

This may be due to a problem with the outlet the machine is plugged into, or it may be that the machine’s power cord has become damaged.

It’s pretty rare for this to happen to a power cord, but the possibility still exists. To test your power cord, just use a multimeter to determine if the cord is capable of transmitting power. If it isn’t, you’ll have to replace it.

Reasons Your Maytag Washing Machine Control Panel Isn’t Working – Other Reasons

Broken parts aren’t the only reason your washing machine’s control panel might be unresponsive; it’s also possible that one of the machine’s own features is interfering with the control panel. Here are some of the other reasons why your control panel might not be working:

Control Lock Is Active

Many modern Maytag washing machines come with a “control lock” feature. When the control lock feature is active, none of the buttons on the control panel can be used.

This is to prevent the machine from being used when it’s not supposed to (for instance, if you have a young child who is a little too fond of pushing any buttons they see).

If the control lock is active, there should be a “Control Lock” light visible somewhere on the control panel. To deactivate the control lock, simply find the “Control Lock” button and hold it down for three seconds.

Lid/Door Is Not Locked

We’re already touched on this when we talked about faulty door locks, but let’s quickly reiterate. Within your washing machine door, there is a switch that prevents the machine from starting when the door is open. If the door is open, the machine might totally fail to start, depending on the model you have.

Make sure the door to your machine is properly closed and latched before you go looking for any other possible problems.

Drainage/Filling Issues

If you’re attempting to start a wash but the control panel hits you with either an “LF” or “F8E1” error code, this indicates that the machine is having problems filling itself with water. It could be either that filling is happening too slowly, or that the machine is draining at the same time as it is filling.

If you see either of these error codes, check both the inlet and drain hoses and make sure that they’re attached to the machine correctly. You should also make sure that both the hot and cold water supplies are fully turned on, as the machine will not run if it’s not receiving both water supplies.

Maytag Washer Detergent Dispenser Malfunctions

01 – Maytag Washing Machine Water Inlet Valve

The dispenser uses water from the inlet valve to flush out the detergent and fabric softener from the dispenser. If the water flow is too slow the dispenser will not distribute the detergent and softener properly. The water inlet valve requires at least 20 psi to function properly. First, check the water pressure to determine that it is adequate. If the water pressure is adequate, replace the water inlet valve.

02 – Maytag Washing Machine Detergent Container

The dispenser’s detergent container could be clogged, misaligned, or damaged, and unable to dispense its contents properly. Inspect the detergent container for any damage and replace if necessary.

03 – Maytag Washing Machine Dispenser

A washer detergent dispenser not working is often the result of low water pressure in the home or a defective water inlet valve not supplying water to the dispenser. However, it’s also possible the dispenser drawer is obstructed or damaged and not allowing the detergent to be dispensed. You should inspect the drawer for any obstructions or damage and replace the component if necessary.

04 – Maytag Washing Machine Siphon Break

Some dispensers use a siphon tube. If the siphon tube gets plugged you may get a diluted mixture of detergent, bleach, or fabric softener remaining in the tray. Make sure the dispenser compartment trays and siphon tubes are clean.

05 – Maytag Washing Machine Control Board

A washer detergent dispenser not working is often the result of low water pressure in the home or a defective water inlet valve not supplying water to the dispenser. However, it’s also possible the appliance’s control board is not sending power to the dispenser water valves or dispenser actuator at the proper times. You can use a multimeter to help determine if voltage is reaching these components. If not, the control board will need to be replaced.

06 – Maytag Washing Machine Drawer

A washer dispenser not working is often the result of low water pressure in the home or a defective water inlet valve not supplying water to the dispenser. However, it’s also possible the dispenser drawer is obstructed or damaged and not allowing the detergent, bleach, or fabric softener to be dispensed. You should inspect the drawer for any obstructions or damage and replace the component if necessary.

07 – Maytag Washing Machine Dispenser Actuator

The dispenser actuator controls what compartment tray the water gets diverted to. If the actuator gets stuck the water will not get diverted to the proper compartment leaving the detergent, bleach, or added softener behind.

08 – Maytag Washing Machine Main Control Board

Since a washing machine’s main control board provides voltage to nearly all of the washer’s electrical components, a faulty board may not be sending power to the dispenser to release the detergent, bleach, or fabric softener, although this is not a common problem. You can inspect the board for signs of burning or a shorted-out component. You can also use a multimeter to test the power output terminals on the board after reviewing the appliance’s wiring diagram.

09 – Low Water Pressure from House Supply

A washer detergent dispenser not working is often the result of low water pressure in the home or a defective water inlet valve not supplying water to the dispenser. Water pressure below 20psi can cause the detergent dispenser to not rinse out properly and the tub to fill slowly. Check the water pressure to determine if it is sufficient.

10 – Fabric Softener Dispenser in Agitator

Undiluted fabric softner is thick and needs to be mixed with water to empty properly from the agitator cup. The softener should empty during the first spin cycle. If there is still softener left in the cup, try cleaning out the holes in the cup and below the cup in the agitator. You can also try diluting the softner with more water. A washer that is not spinning fast enough will also cause the softener to stay in the cup.

11 – Maytag Washing Machine Water Supply Tube

The home water pressure might be too low. The water inlet valve requires at least 20 psi to function properly. Check the water pressure to the valve to determine if it is sufficient.

12 – Maytag Washing Machine Dispenser Housing

Some washer models has the water inlet valve built into the dispenser housing. If the inlet is malfunctioning, water may not be entering the dispenser to flush out the detergent into the tub. On these models, the dispenser housing will need to be replaced if the water inlet valve is determined to be defective.

13 – Maytag Washing Machine Dispenser Drawer

On some washer models, a dispenser drawer is used to hold the detergent, bleach, and fabric softener. If the drawer is misaligned or damaged, the contents may not be dispensed properly. Inspect the dispenser drawer for any damage and replace if necessary.

14 – Maytag Washing Machine Diverter Motor

On some washer models, a diverter motor is used to determine where water will be sent to flush out the detergent, bleach, or fabric softener into the tub. If the diverter motor is malfunctioning, the dispenser will not work properly. You can use a multimeter to test the diverter motor for electrical continuity to help determine if the part is defective.

15 – Washer not level

If the washer is not level the incoming water may be unable to rinse the detergent out of the dispenser into the tub during the wash cycle. If the washer is wobbling when you push on it, the leveling legs will need to be adjusted. Use a level across the top front and top side of the washer and adjust the legs as needed.

16 – Clogged Bleach Dispenser Tubing

Most machines do not use a bleach dispenser. If you do have one it will direct the bleach to the bottom of the tub to mix with the water. If the bleach is backing up into the dispenser, the tubing from the dispenser to the bottom of the tub is plugged and will need to be cleaned. Otherwise follow the bleach recommendations in your owners manual.

Maytag Washer Won’t Start

Water Supply Valves are Closed

Confirm that both the hot and cold water supply valves are open. If the valves are closed the washer won’t fill to start the wash cycle.

Maytag Washing Machine User Control and Display Board

To determine if the user control and display board is defective, try pressing the buttons on the control panel. If some of the buttons work, but others do not work, the control and display board might need to be replaced. Additionally, if the display is not working, check the power to the user control and display board. If the user control and display board has power, but it isn’t working, replace it.

Maytag Washing Machine Timer

The timer is frequently misdiagnosed—before replacing the timer, first check all of the more commonly defective parts. To determine if the timer is defective, consult your washer’s wiring diagram and use a multimeter to test the timer for continuity.

Door or lid is open

Make sure the door or lid is closed. Most machines will not run with the door or lid open.

Maytag Washing Machine Line Fuse

The line fuse blows if the washer circuits are overloaded. If the line fuse blows, the washer won’t start. To determine if the line fuse is at fault, use a multimeter to test it for continuity. If the fuse does not have continuity, replace it. In addition, you should investigate and resolve the problem that caused the fuse to blow. Check for shorted out components such as the wires, motor, or drain pump. If you don’t resolve the underlying issue, the new fuse will blow too.

Maytag Washing Machine Thermal Fuse

If the washer overheats, the thermal fuse will blow. If the line fuse blows, the washer won’t start. To determine if the thermal fuse is at fault, use a multimeter to test it for continuity. If the fuse does not have continuity, replace it. In addition, you should investigate and resolve the problem that caused the fuse to blow. If you don’t resolve the underlying issue, the new fuse will blow too.

Maytag Washing Machine Control Board

Since a washing machine control board is responsible for sending voltage to nearly all of the washer’s electrical components, a faulty board may cause the washer not to start. If the washer’s entire display is not working, it’s likely the control board is defective. You can inspect the board for signs of burning or a shorted-out component. You can also use a multimeter to test the power output terminals on the board after reviewing the appliance’s wiring diagram.

Maytag Washing Machine Door Latch

The door latch secures the washer door shut during operation. Once the washer door is closed, the washer can begin operating. If the washer door is not latched shut, the door switch will prevent the washer from operating. If the door latch is defective, the washer will not spin or start. The door latch can fail either mechanically or electrically. Inspect the door latch for damage. If the door latch is damaged or does not latch properly, replace it. To determine if the door latch has failed electrically, consult your washer’s wiring diagram and use a multimeter to test each of the door latch switches, if applicable, for continuity.

Maytag Washing Machine Main Control Board

The main control board might be defective. However, the main control board is rarely at fault for this symptom. Before replacing the main control board, first check all of the more commonly defective parts.

Incoming Power Problem

If the outlet is not receiving electric power, the circuit breaker may be tripped. The best indicator of a tripped circuit breaker is the washer will appear to not have any power to it and the breaker for the washer on the main circuit panel will have switched to the off or half-way position. To reset the breaker turn it to the off position then back on. If all breakers are in the “On” position there may be another incoming power problem.

Power cord not plugged in

The power cord needs to be plugged into the wall outlet securely for the washer to operate.

Maytag Washing Machine Drain Pump

A washing machine drain pump assists in removing the water from the tub by forcing the water through a drain hose to a laundry tub or drain pipe. Since water may be drained from the tub multiple times during a wash cycle, a defective drain pump may prevent the washer from starting. If there is still water in the tub after the washer stops, inspect the drain pump for any obstruction. You can also use a multimeter to test the drain pump for electrical continuity to help determine if the pump is able to function or not.

Maytag Washing Machine Power Cord

First ensure that power is getting to the electrical outlet. If the electrical outlet is receiving power, but the washer won’t start, the power cord might be defective. However, this is very rare. To determine if the power cord is defective, use a multimeter to test it for the cord for power. If the power cord is not getting power, replace it.

Maytag Washing Machine Door Lock

The door lock secures the washer door shut during operation. Once the washer door is closed, the washer can begin operating. If the washer door is not latched shut, the door switch will prevent the washer from operating. If the door lock is defective, the washer will not spin or start. The door lock can fail either mechanically or electrically. Inspect the door lock for damage. If the door lock is damaged or does not latch properly, replace it. To determine if the door lock has failed electrically, consult your washer’s wiring diagram and use a multimeter to test each of the door lock switches for continuity.

Maytag Washing Machine Control Panel

If the whole display is not working (not just the start button), then it’s likely the control panel itself will need to be replaced to fix the washer not starting problem.

Maytag Washing Machine Fuse

The fuse will blow if the washer circuits are overloaded, resulting in the washer not starting. To determine if the fuse is at fault, use a multimeter to test it for continuity. If the fuse does not have continuity, replace it. In addition, you should investigate and resolve the problem that caused the fuse to blow. Check for shorted out components such as the wires, motor, or drain pump. If you don’t resolve the underlying issue, the new fuse will blow too.

Maytag Washing Machine Fill Hose

Low water pressure or an obstruction in one or more of the washing machine’s fill hoses can prevent water filling the tub and cause the washer not to start. Confirm the home’s water pressure is at least 20 psi and inspect the fill hoses for any obstructions. Regardless of hose condition, it is recommended that the hoses be replaced every five years.

Maytag Washer Door Seal Problems

Maytag Washing Machine Boot Seal Retaining Ring

A washer door boot seal retaining ring is the component that secures the door boot seal to the front panel on front-load washing machines. If the retaining ring is damaged or missing, the boot seal can become detached from the panel and prevent the door from closing and locking properly. If the retaining ring is missing or broken, you should install a new one.

Maytag Washing Machine Lid

If the washing machine’s lid is damaged or misaligned, the lid strike won’t be able to line up with the lock or latch when you attempt to close the lid. Inspect the lid for damage and replace if necessary.

Maytag Washing Machine Door Boot Seal

If the door boot seal on front-load washers is damaged or becomes misaligned, it can prevent the door from closing and locking properly. Inspect the door boot seal for any damage and replace the seal if required.

Maytag Washing Machine Lock

The door or lid lock secures the washer door or lid during operation. Once the door or lid is closed, the washer can begin operating. If the door or lid is not latched shut, the door switch will prevent the washer from operating. If the lock is defective, the washer will not spin or start. The lock can fail either mechanically or electrically. Inspect the lock for damage. If the lock is damaged or does not latch properly, replace it. To determine if the lock has failed electrically, consult your washer’s wiring diagram and use a multimeter to test each of the lock switches, if applicable, for continuity.

Maytag Washing Machine Door Hinge

If the washing machine’s lid strike or door strike does not line up with the lock or latch when you attempt to close the lid or door, it’s likely the lid hinge or door hinge is bent or misaligned. This can prevent the door or lid from locking. Inspect the hinge for damage and replace if necessary.

Maytag Washing Machine Door Lock

The door lock assembly might be defective. Inspect the door lock for damage. If the door lock is damaged, replace it.

Maytag Washing Machine Door Latch

The door latch assembly might be defective. Inspect the door latch for damage. If the door latch is damaged, replace it.

Maytag Washing Machine Control Board

If the washer door or lid won’t lock, the control board may be defective. However, this is rarely the case. Before replacing the control board, first check all of the components of the lock mechanism. If none of these parts are defective, consider replacing the control board.

Maytag Washing Machine Door Strike

Inspect the door strike assembly for damage. If the door strike is broken, replace it. The door strike is not repairable—if it is broken, you must replace it.

Maytag Washing Machine Lid Hinge

If the washing machine’s lid strike does not line up with the lock or latch when you attempt to close the lid, it’s likely the lid hinge is bent or misaligned. This can prevent the lid from locking. Inspect the hinge for damage and replace if necessary.

Maytag Washing Machine Main Control Board

The main control board may be defective. However, this is rarely the case. Before replacing the main control board, first check all of the components of the lock mechanism. If none of these parts are defective, consider replacing the main control board.