All Answers

Here is the diagnostics. See video link below…https://www.appliancevideo.com/maytag-mf12665xeb0-refrigerator-repair-has-ice-buildup-in-freezer-drain-grommet/
Control board Troubleshooting
Programming Mode:
NOTE: The Program Code is located on the Serial Plate on this unit after the word Code.
1. Press and hold the Door Alarm Keypad.
2. Press and hold Freezer Temperature DOWN /- Keypad within 3 seconds.
3. Release the Door Alarm Keypad and wait 3 seconds.
4. The control will display PE to indicate the programming mode.
5. Entry is confirmed by pressing the Freezer Temperature DOWN /- Keypad once more.
6. The control will display the current Program CODE. This value should be validated with theProgram CODE printed on the unit serial plate.
NOTE: If the Program CODE is correct, the Programming Mode is exited by pressing Door Alarm Keypad for 3 seconds.
7. Press the Refrigerator Temperature UP /+ Keypad or Refrigerator Temperature DOWN /- Keypad to change the digit value with each key press.
8. The decimal point indicates the selected digit. Press the Freezer Temperature UP /+ Keypad to select the next digit.
9. Once the desired Program CODE is entered, press and hold the Freezer Temperature DOWN /- Keypad until the Program CODE begins flashing
indicating it has been saved.
NOTE: If you attempt to enter an invalid Program CODE the control will not save the new code, but will beep. (The unit will NOT run with a Program
CODE of 0000).Once the Program CODE has been saved the Programming Mode is exited by pressing any key. If the new code is incorrect this
process should be repeated.
The Programming mode can be exited at any time by pressing Door Alarm key for 3 seconds or will exit if unattended for four minutes.
Defrost Operation:
The Control Board adapts the compressor run time between defrosts to achieve optimum defrost intervals by monitoring the length of time the defrost
heater is on. After initial power up, defrost interval is 4 hours compressor run time. Defrost occurs immediately after the 4 hours.
Forced Defrost Mode:
The forced defrost function is performed using the Freezer display and Refrigerator keypad. Enter the Forced Defrost Mode by performing the
following sequence of events:
1. Press and hold the Door Alarm Keypad .
2. Press and hold Refrigerator Temperature DOWN /- Keypad.
3. Release the Door Alarm Keypad and wait 3 seconds. Fd appears in Freezer display.
4. Press the Refrigerator Temperature DOWN /- Keypad again. Sh appears in right display.
5. Press again to force defrost Fd and Sh will flash in display indicating unit is in defrost.
Service Test Mode:
The service test functions are performed using the refrigerator display and keypad. Enter the Service Test Mode by performing the following sequence
of events:
1. Press and hold the Door Alarm Keypad.
2. Press and hold Refrigerator Temperature UP / + Keypad.
3. Release the Door Alarm Keypad and wait 3 seconds.
4. The Freezer display will display SE confirming entry in the Service Mode.
5. Press the Refrigerator Temperature UP /+ Keypad again to confirm entry in the Service Mode.
6. Display will show 101 in left display and numeric or dashes in right display.
7. Press Freezer Refrigerator Temperature UP / + Keypad and Freezer DOWN /- Keypad to toggle through Service Test numbers.
8. To exit service test mode, open and close refrigerator door or hold door alarm for 3 seconds.
Service Test – 101 Defrost Heater & Defrost Circuit
• Press the Refrigerator Temperature UP /+ keypad and Refrigerator DOWN /- keypad to energize or de-energize the Defrost circuit. The
display will read OFF when de-energized, OP when energized with open defrost thermostat and CL when energized with closed defrost thermostat.
Service Test – 102 Compressor / Condenser Fan
• Press the Refrigerator Temperature UP /+ keypad and Refrigerator DOWN /- keypad to toggle Compressor/Condenser fan On and Off.
Service Test – 112 Freezer Fan
• Press the Refrigerator Temperature UP /+ keypad and Refrigerator DOWN /- keypad to toggle Freezer Fan On High speed, Low speed and Off.
NOTE: Display will show state 0.0 for OFF, 11.0-14.0 volts for High speed or 7.75- 8.25 volts for Low speed.
Service Test – 113 Ice Compartment Fan
• Press the Refrigerator Temperature UP /+ keypad and Refrigerator DOWN /- keypad to toggle Ice compartment Fan On High speed, Low
speed and Off.
NOTE: Display will show state 0.0 for OFF, 11.0-14.0 volts for High speed or 7.75- 8.25 volts for Low speed.
Service Test – 121 Damper Operation
• Press the Refrigerator Temperature UP/+ keypad and DOWN /- keypad to toggle Damper OP open and CL closed.
NOTE: If damper is opening or closing it will not allow you to toggle damper and beep. Display will show state –CL or –OP if Damper is in the
process of closing or opening.
Service Test – 131 Mullion Heater
• Press the Refrigerator Temperature UP/+ keypad and DOWN /- Keypad to toggle Mullion Heater Off and On.
Service Test – 141 Fresh Food Thermistor
• Will Show Fresh Food Temperature or OP for open thermistor or SH for shorted thermistor.
Service Test – 142 Freezer Thermistor
• Will Show Freezer Temperature or OP for open thermistor or SH for shorted thermistor.
Service Test – 144 Ambient Thermistor
• Will Show AmbientTemperature or, OP open thermistor or SH shorted thermistor.
Service Test – 145 Ice Box Thermistor
• Will Show Ice BoxTemperature or, OP open thermistor or SH shorted thermistor.
Service Test – 151 Fresh Food Door State
• Will show state of Fresh Food Door. OP (open) CL (closed).
NOTE: By pushing either Fresh Food Door switches you can toggle state from OP (open) to CL (closed).
Service Test – 152 Freezer Food Door State
• Will show state of Freezer Door. OP (open) CL (closed).
NOTE: By pushing Freezer Door Switch you can toggle state from OP (open) to CL (closed).
Service Test – 153 Disable Internal Lights
• Press the Refrigerator Temperature UP/+ keypad and DOWN /- keypad to toggle Enable En and Disable dIS internal lights.
Service Test – 163 Water Dispenser
• Display shows the state of the Water Dispenser Valve (On or OFF).
NOTE: By pushing Actuator pad or Front Fill you can control state of Water Dispenser Valve.
Service Test – 164 External Ice Chute Door
• Display shows the state of the External Ice Chute Door CL (closed) or OP (open).
NOTE: By pushing Actuator pad you can control state of External Ice Chute Door.
Service Test – 165 Dispenser Lamp
• Display shows the state of the Dispenser Lamp (On or OFF).
NOTE: By pushing Actuator pad or Front Fill you can control state of dispenser lamp.
Service Test – 167 Cavity Heater Test (On some models)
• Toggles the state of the Cavity Heater On or OFF.
NOTE: Pushing Refrigerator Temperature UP/+ keypad and DOWN /- keypad toggles the cavity heaters state to On or OFF
Service Test – 168 Cube Dispenser and Internal Ice Chute Door Operation
• Display shows the state of the ice auger motor and the internal ice chute door. (On or OFF)
NOTE: By pushing actuator pad you can control state of the Ice auger motor and the internal ice chute door.
Service Test – 171 Actuator Pad
• Display shows the state of the Actuator Pad (On or OFF).
Service Test – 172 Front Fill (On some models)
• Display shows the state of the Front Fill (On or OFF).
Service Test – 173 Ambient Light
• Display shows light sensor measurement (Hi or Lo). Night light will turn on when light sensor measures Lo.
By changing the sensor’s exposure to ambient light you can control the sensor measurement.
Service Test – 175 Dispenser Line
• Display shows the state of the Dispenser Line (On or OFF).
NOTE: By pushing Actuator pad or Front Fill you can change state of Dispenser Line.
Service Test – 182 LED Indicator Operation
• Press the Refrigerator Temperature UP/+ keypad and DOWN /- Keypad to show operation of LED Indicators. All LED Indicators will flash.
Press again and LED will stop flashing.
Service Test – 183 Keypad Operation
• Display shows a numeric or letter display indicating the last key pressed.
NOTE: Refrigerator Temperature UP/DOWN keypads have no effect when pressed and Freezer Temperature UP/DOWN keypads remain operational.
Service Test – 192 Ice Maker State Test
• Display shows dr if left fresh food door switch is in the door open position.
• Display shows OFF if ice maker power switch is in the off position and door closed.
• Display shows On if the ice maker power switch is in the on position and the door closed and heater is off.
• Display shows OnH if icemaker power switch is in the on position and harvest heater is on and door closed.
Service Test – 193 Ice Maker Relay
• Press the Refrigerator Temperature UP/ + Keypad or Refrigerator DOWN /- Keypad to toggle the ice maker relay On and OFF.
NOTE: Service tests 201-213 modifies factory settings to suit customers needs.
Service Test – 201 Mullion Heater Override
• Press the Refrigerator Temperature UP /+ Keypad or Refrigerator DOWN /- Keypad to change Mullion Heater from cycling on with
compressor (OFF position) to 100% operation (On Position).
NOTE: If present, the Humidity Control Button toggles between the selected Mullion Heater Function and 0% operation.
Service Test – 202 Default Defrost Operation
• Press the Refrigerator Temperature UP /+ Keypad or Refrigerator DOWN /- Keypad to change Defrost Operation from normal adaptive defrost
(Off position) to minimum time between defrosts (On position).
Service Test – 203 Show Temperature Set points
• Press the Refrigerator Temperature UP /+ Keypad or Refrigerator DOWN /- Keypad to change from showing actual temperature (Off position)
to show temperature set points only (On position).
Service Test – 211 Fresh Food Temperature Adjustment
• Press the Refrigerator Temperature UP /+ Keypad or Refrigerator DOWN /- Keypad to change calibration of Fresh Food Temperature plus or
minus in 1°F increments up to 6°F.
NOTE: Temperature will read in Fahrenheit regardless of what current temperature scale is being used.
Service Test – 212 Freezer Temperature Adjustment
• Press the Refrigerator Temperature UP /+ Keypad or Refrigerator DOWN /- Keypad to change calibration of Freezer Temperature plus or
minus 1°F in increments up to 6°F.
NOTE: Temperature will read in Fahrenheit regardless of what current temperature scale is being used.
Service Test – 213 Ice Compartment Temperature Adjustment
• Press the Refrigerator Temperature UP /+ Keypad or Refrigerator DOWN /- Keypad to change calibration of Ice Compartment Temperature
plus or minus 1°F in increments up to + 0 / + 8°F.
NOTE: Temperature will read in Fahrenheit regardless of what current temperature scale is being used.
Service Test – 221 Reset Default Settings
• Press the Refrigerator Temperature UP /+ Keypad or Refrigerator DOWN /- Keypad to reset to factory default settings (dEF).
Service Test – 231 Water Filter Usage
• Display shows the percent water filter consumption since water filter was reset. 100% indicates the filter should be replaced.
Service Test – 232 Water Filter Days In Use
• Display shows the number of days since the water filter was reset.
Service Test – 241 Software Revision Main Control Board
• Display shows the Software revision of the Main Control Board.
Service Test – 244 Software Revision Display Board
• Display shows the Software revision of the Display Board.
NOTE: Service tests 3XX and above are Reserved for Engineering Use Only.

Here is the parts break down. http://lookup.appliancevideo.com/lookup/95466/581929
Number 16 on the diagram is a thermal cut off. Looks like this will be the most likely one that is bad. This one looks like it is just behind the front panel, under the burners.
Also, #37 and 23 on this diagram- http://lookup.appliancevideo.com/lookup/95466/1542074/37#37 . I think this one would just cut off power to heat elements for the oven and not the clock. This one is on the rear of the unit.

I think I have found a tech sheet on a unit that is very similar if not the same. I have attached it. I am not finding a damper on the this tech sheet. I have worked on these units before. I think the damper is going to be controlled by the FF T-stat. Make sure the new T-stat is good. IT could have something to do with the adaptive defrost control, but it does not look like it from the wiring diagram. Reset the unit and check your electrical connections and wires.

First thing I would check is the thermal cut off. IF the cut of is good then lets check for power. The appliance manager sends power to the clock/touch panel. We need to check to see if we are getting power to the appliance manager board. There is a test connector which has a r/w and a g wire that come off of the App. manager board we can test at. This might even come to the back panel somewhere where you can test at with out taking it apart. It will have a harness that snaps into the panel possibly. Check for 120V. p5-1 and p5-3 are the test points on the board for this connection. I have attached the tech sheet for you. Let me know what you find

I recommend replacing the gas coils on this unit. It is the most common no heat issue for this model. See links below.

Check your heater for continuity , if it does not have continuity I recommend replacing the heating element on this unit. See links below.

I recommend replacing the drain pump on this unit. See links below

The plastic pieces and rubber pieces are part of the transmission drive coupling. I recommend replacing the drive coupler on this unit. See links below.

I recommend installing a new defrost heater on this unit. It is very common issue . It is also advisable to do a continuity test before replacing the heater. If you have continuity replace the Defrost timer and defrost thermostat. Unit must be turned off and left to defrost with the doors open for 24 hours before use.See links below.

I would start by checking voltage to the bake igniter. If you have 115 volts I recommend replacing the bake ignitor on this unit. See links below.

With this model , I recommend replacing the mode shifter on this unit. See links below.

We have had many issues with the control board causing this issue. I recommend replacing the main control board on this unit. See links below.

Thye most common issue on this unit is the bearing kit.. See links below.

Sure seems as though the board is not calling for heat although the thermistor measures within tolerance. I would next see if I could determine if the connector plug for the thermistor might have a lose pin connection. I’ve had a couple back out because they were un-seated and also have had a couple where the connection within the plug was just weak enough not to make the pin. When tested with a meter, the force of the probe against the connector makes the connection.I have had a few of these where the motor failed and caused a similar symptom. Another possibility is the centrifugal switch on the motor failing and not the motor itself. Do not rule out the centrifugal switch.

8e error code in the tech sheet says – Check MEMS PCB ,Main PCB & Wire-harness. The MEMS sensor is the vibration sensor, p# DC93-00376D. I have seen and issue with the lower wire harness that usually causes this error code, but it could be the board or sensor as well. The 2 wire harnesses on the unit are DC93-00473A, and DC93-00150C. I’m not sure which one is the lower harness from the parts break down. Searching both, I found no indication anywhere of which one is the lower. They are number 11-7 and 16 on the diagram.

I found some great information on this for you. First one is the full job aid on this ice system and the second is an issue that they may have and testing info. Should be everything you could ask for on this and more!

Yes, it could be something like a broken wire.I did not see a separate start relay anywhere on this one. I still think the most likely part would be the motor. The motor has a start and a run winding. The start winding is working to start it as long as you hold the button and then when you let go it stops because the run winding may be damaged. Like I said before I have never seen or heard of a bad timer causing this to happen, but anything is possible. This unit is a basic dryer and does not have a informative service manual. I have done some digging and found a tech sheet that would be similar to this unit. This would be the sheet that is in the control panel and the only technical information that would be available on this unit.

Hello the LG. LE means that your washer control thinks that the motor is struggling to turn the tub. Now generally this is a false error and isn’t the case at all. But just to make sure, open the door and spin the tub by hand to make sure it spins smoothly. If so, then that means you likely have a common problem where the hall sensor (also known as the RPS sensor) attached to the motor has failed and will need to be replaced because it’s not measuring the motor’s strain properly. If you pull the washer out and unplug the washer, you can remove the screws going into the back access panel and set the access panel off to the side. Remove the bolts holding the rotor and motor onto the tub which are located directly in the middle on the back of the tub. There is a plastic sensor clipped onto the back side of the motor with a few small wires going to it. This is your RPS sensor you need to replace. Attached is a link to the Sensor and a how to replace video… Once again, your model number did not come up when I plugged it in, so I am just going off of my past experience and a very general explanation. If you could provide a valid model that would be helpful…

Have you made sure there is 115 volts to the ice maker plug ? Also have you checked the freezer temperature to make sure it is -1 degrees to +7 degrees ? The ice maker will not harvest if its above +8 degrees due to a thermostat in the ice maker. As far as the auger motor they are hard to turn by hand , is it not functioning when energized ? If not do you have 115 volts to the auger motor ?

Hi. I have attached a service manual on a similar unit. I couldn’t find one for your exact unit. At this point I think you have a low voltage issue since you cant get any heat on either setting. This means it could be the control board, door switches, or Bi metal thermostats. I would take an amp draw while running a cycle to see how many amps you are getting. The manual has diagnostic flow charts on the last pages that will be helpful to you.