Thomas M.

WFW6605MW0 Whirlpool Front Load Washer | Error Codes

We're looking at the Whirlpool WFW6605MW0 today, and I'll go through the bevy of error codes for this model. Don't let the high number of error codes worry you, however. This machine has a lot going on under the hood. As an owner of this machine, I'm sure you already know!

This machine is a newer model with the display built into the door. It's handy, convenient, and best of all, it's not subject to spills or, as in the old days, buttons getting stuck thanks to the touchpad.

Another good feature of this machine is the “Load and Go” feature. You can fill the soap dispenser and the machine will use what it needs for every wash without having to add soap for each one separately.

My experience with this model is that it’s dependable and rarely has an issue. But that’s not to say it won’t. I would like to say you’ll never have a problem, but it is a machine after all, and they will break at some point.

That’s why I’m writing this today. That is, to help with troubleshooting via error codes, should the need arise. Remember, if you get stuck on a problem Neli is here to help. Just book an appointment and we’ll be in touch.

Ok, let’s get started…

F0El or "rL" - Load detected during Clean Washer cycle
During the cleaning cycle, a load was detected inside the drum. Remove Load and restart the Clean Washer cycle.

• Load inside the washer during clean cycle.
• Mechanical friction on drive mechanism or drum.

F0E2 – Oversuds or "Sd"
Fault is displayed when the pressure sensor detects rising suds level. The ACU will flush water in an attempt to clear suds. If the water flush is unable to correct the problem, this may indicate:

• Not using HE detergent.
• Excessive detergent usage.
• Check pressure hose connection from tub to ACU. Is hose pinched, kinked, plugged, or leaking air?

F0E5 - Off Balance Load or "ob"
Fault is displayed when an off-balance condition is detected.

• Load unbalanced or too large.
• Load is tightly packed in washer.
• Washing single items.
• Balance single item, such as a rug or jeans, with a few extra items.

F0E5 - Off Balance Load or "ob"
Fault is displayed when an off-balance condition is detected.

• Load unbalanced or too large.
• Load is tightly packed in washer.
• Washing single items.
• Balance single item, such as a rug or jeans, with a few extra items.

F1E1 - Appliance Control Unit Fault
Indicates an ACU fault.

• Try recycling power to washer.

F1E2 - Appliance Control Unit Fault
Indicates a fault of the motor control section of the ACU.

• Try recycling power to washer.

F3E1 - Water Level Sensor Fault
Fault is displayed when the ACU detects an out-of-range pressure signal.

• Is the pressure hose connection from the tub to the pressure switch pinched, kinked, plugged, or leaking air?

F3E1 - Water Level Sensor Fault
Fault is displayed when the ACU detects an out-of-range pressure signal.

• Is the pressure hose connection from the tub to the pressure switch pinched, kinked, plugged, or leaking air?

F3E2 - Wash NTC Fault
Fault is displayed if wash temperature sensor is out of range, or open circuit or short circuit is detected.

F3E5 - Dry NTC Fault
Fault is displayed if dry temperature sensor is out of range, or open circuit or short circuit is detected. The wash function is still operable, but the dry function will not operate.

F3E6 - Accelerometer Fault
Fault is displayed if the Accelerometer failed self-test or experienced orientation error.

• Replace the Appliance Control Unit (ACU).

F4E1 - Wash heater relay error or no feedback signal
Error is generated when the ACU cannot detect the temperature rise of the wash heater.

F4E2 - Heater Not Turning On
Fault is displayed when the heater has not been turned on.

• Wash heater relay is not closed.

F4E4 - Vent Fan Motor Fault or Dry Blower Motor Fault
Fault is displayed if open circuit or short circuit of Vent Fan or Dry Blower Motor is detected (component fault is based on model tested).

F5E1 - Door Switch Fault
Fault is displayed when the following condition occurs.

• Door switch is open while the door is locked for more than 5 seconds.

F5E2 - Door Lock Will Not Lock or Door Lock Failure
Fault is displayed when one of the following conditions occur:

• Door will not close completely due to interference.
• ACU detects open door switch when attempting to lock.
• ACU cannot determine if door lock is in a locked state.

F5E3 - Door Unlock Failure

• Fault is displayed when one of the following conditions occur:
• The washer is unable to unlock the door.
• ACU cannot determine if door lock is in an unlocked state

F5E4 or "dr" - Door Not Open Between Cycles
Fault is displayed when one of the following conditions occur:

• User presses START with door open.
• User presses START after a predetermined number of consecutive washer cycles without opening the door.
• The ACU cannot detect the door switch opening and closing properly.

F6E1 - Communication Error: ACU Cannot Hear HMI
Fault is displayed when communications between the HMI and ACU has not been detected.

• Try recycling power to washer.

F6E2 - Communication Error: HMI Cannot Hear ACU
Fault is displayed when communications between the HMI and ACU has not been detected.

• Try recycling power to washer.

F6E3 - No Communication between the ACU and MCU.
Fault is displayed when communications between the ACU and Motor Controller has not been detected.

• Try recycling power to washer.

F7E2 - Motor Control/Internal Fault
Fault is displayed when the ACU has detected a problem with the motor.

• Try recycling power to washer.
• Check harness continuity and connections between ACU and motor.
• Check AC and DC supplies.

F7E8 - Motor Control/Over Temp Detected
Fault is displayed when the ACU has detected a problem with the motor. Try recycling power to washer.

• Check harness continuity and connections between ACU and motor.
• Check AC and DC supplies.

F7E9 – Motor - Locked Rotor

• Check motor circuit.

F7EA or F7E10 - Motor Control/Lost Phase Fault
Fault is displayed when the ACU has detected a problem with the motor.

• Try recycling power to washer.
• Check harness continuity and connections between ACU and motor.

F7EC or F7E12 - Motor Control/Motor Overload Fault
Fault is displayed when the ACU has detected a problem with the motor.

• Try recycling power to washer
• Check harness continuity and connections between ACU and motor.
• Check AC and DC supplies.

F8E1 or "Lo" "FL" - Long Fill
Fault is displayed when the water level does not change for a period of time OR water is present, but the ACU does not detect the water level changing.

• Is water supply connected and turned on?
• Are water supply hoses kinked?
• Are hose screens plugged?
• Low water pressure; fill times longer than 10 minutes.
• Is the pressure hose connection from the tub to the pressure switch pinched, kinked, plugged, or leaking air?

F8E3 – Overflow

• Make sure drain hose and drain pump filter are not plugged.
• Verify functionality of water inlet valve, water IeveI sensor, and drain/recirculation pump.

F9E1 - Long Drain
Fault is displayed when the water level sensor does not change after the drain pump is on.

• Check drain hose installation for proper height.
• Check drain hose and filter for obstructions, and make sure drain hose is not sealed into drain pipe.
• Is the pressure hose connection from the tub to the pressure switch pinched, kinked, plugged, or leaking air?
• Check functionality of drain/recirculation pump.

FCE0 - Wi-Fi Error

• HMI cannot communicate with the Wi-Fi module.

This list should cover just about any error you might ever see. You can also refer to the Tech Sheet supplied with your machine, but sometimes they come up missing. That’s why these posts are so valuable.

As I said earlier, if you get stuck on a repair or with troubleshooting, we’re always here for you. Book an appointment with us, and together we’ll figure it out.

Till then…

Thomas @ Neli

by Thomas M.

DIY Appliance Repair Series | Whirlpool WFE320M0JS | Error Codes

The Whirlpool WFE320M0JS range also comes in an induction version by JennAir, as you probably know. But today’s dive into the world of DIY appliance repair deals with the Whirlpool electric non-induction freestanding version. 

Welcome to another edition of Neli’s DIY Appliance Repair Series, where we’re dealing with a typical range with some sought after features we enjoy. 

It has the Keep Warm setting, and closed-door broiling that most of us find convenient. But although it’s not loaded with a slew of features, the range is dependable and rarely gives you problems. 

Just in case it does, you’ll have this post to help guide you through many of the problems you might encounter. If you run into something that’s a little over your head, be sure to book an appointment with us, and we’ll help you through. 

If you’re an experienced DIYer, you shouldn’t have any problem with this range. It’s straightforward, with no gimmicks or gotchas. Ok, so on to the error codes…

NOTE: If the range error code begins with F1, replace the control. 

If it begins with an F2, replace the touchpad membrane. 

1. Press CANCEL>CANCEL>START to enter the Diagnostics Mode and verify the error code.
2. If an FI error code is displayed, unplug range or disconnect power. Replace the oven control and then go to Step 4.
3. If an F2 error code is displayed, unplug range or disconnect power. Replace the user interface (keypad membrane) and then go to Step 4.
4. Replace all parts and panels before operating.
5. Plug in range or reconnect power.
6. Verify operation is normal. Go to the Diagnostics Mode and scroll to the Faults display to clear faults.

1. Press CANCEL>CANCEL>START to enter the Diagnostics Mode. At the first screen, verify the main oven sensor temperature readout. If available, verify the warming drawer sensor temperature readout.
2. Continue in the Diagnostic Mode to verify the error code.
3. If an F3E0 error code is displayed and the main oven sensor temperature reading is near room temperature, unplug range or disconnect power. Replace the main oven sensor, as a failure at high temperature may be the cause of the fault. Then go to Step 9. If the sensor does not read room temperature, go to Step 5.

1. If an F3E2 error code is displayed and the warming drawer sensor temperature reading is near room temperature, unplug range or disconnect power. Replace the warming drawer sensor, as a failure at high temperature may be the cause of the fault. Then go to Step 9. If the sensor does not read room temperature, go to Step 5.
2. Check all sensor connections on the harness and board.
3. Disconnect sensor from the harness.
4. Measure the oven sensor resistance (between connector pins). It should read between 1,000 Q and 1,200 Q. Measure the resistance from the sensor connector pins to the sensor casing for a possible short. If the resistance measurement is out of range, or if a short is found, replace the sensor.
5. Inspect the wire and connectors from the control to the sensor. If any damage is noted, replace the harness.
6. Replace all parts and panels before operating.
7. Plug in range or reconnect power.
8. Verify operation is normal for longer than 1 minute. Go to the Diagnostics Mode and scroll to the Faults display to clear faults.

1. Press CANCEL>CANCEL>START to enter the Diagnostics Mode and verify the error code.
2. Press the CANCEL/OFF key. Press CANCEL>CANCEL>START to re-enter the Diagnostics Mode. With “TEST ON" displayed, open the oven door and fully engage the door switch. If the display does not change from “Ul“ to “UO,“ go to Step 4. If the display does change, go to Step 3.
3. Inspect door and frame for warping or misalignment keeping the door from fully engaging the door switch. Make any necessary repairs, then go to Step 7.
4. Unplug range or disconnect power.
5. Verify the actuating rod connection from the front frame to the door switch.
6. If there is damage to wires or connectors, replace the harness. If there is no damage to wires or connectors, replace the door switch.
7. Replace all parts and panels before operating.
8. Plug in range or reconnect power.
9. Press CANCEL/OFF key, select and start the SELF-CLEAN function. Observe for at least 1 minute to ensure that operation is normal.
10.  Go to the Diagnostics Mode and scroll to the Faults display to clear faults.

1. Press CANCEL>CANCEL>START to enter the Diagnostics Mode and verify the error code.
2. Press the CANCEL/OFF key. Press CANCEL>CANCEL>START to re-enter the Diagnostics Mode. With "TEST ON" displayed, press the SELF CLEAN or PRECISE CLEAN key to run the lock motor.

1. If the lock icon remains lit after 8-10 seconds, verify that the door is locked. If the door is not locked, press the SELF CLEAN or PRECISE CLEAN key a second time. When the lock icon turns off, go to Step 3.
2. If the lock icon is flashing, pull on the oven door handle every 4-5 seconds to check if the door is locked. The flashing will stop after 45 seconds with the door unlocked.

1. Unplug range or disconnect power.
2. Verify the wires and connectors between the latch assembly and control are seated properly. If the lock icon stayed lit in Step 2a, go to Step 7. If the door is latched in Step 2b, go to Step 5.
3. If the door is latched in Step 2b, check for continuity across the door latch switch with the switch depressed. If the switch measures open, replace the latch motor assembly. Go to Step 7.
4. If the door did not lock in Step 2b, check for continuity from P5-3 to P6-3. If the circuit is open or if the resistance of the latch motor is not between 500 Q and 3,000 Q, replace the motor latch assembly.
5. Verify the actuating rod connection between the latch and latch motor.
6. Replace all parts and panels before operating.
7. Plug in range or reconnect power.
8. Press CANCEL/OFF key. Select and start the SELF-CLEAN or PRECISE CLEAN function. Observe for at least 1 minute to ensure that operation is normal.
9. Press CANCEL>CANCEL>START to enter the Diagnostics Mode and scroll to the Faults display to clear faults.

1. Press CANCEL>CANCEL>START to enter the Diagnostics Mode and verify the error code.
2. Unplug range or disconnect power.
3. Replace control.
4. Replace all parts and panels before operating.
5. Plug in range or reconnect power.
6. Verify operation is normal.

Verify failure by displaying diagnostics mode screen (see "Diagnostics Mode for Maxwell Control" section). Press the TEMP/TIME "+" or keypads or the Number 3 or 6 keypads, depending on the model, until "Faults" is displayed. Press START to verify codes. If failure displayed does match, then continue.

1. Unplug range or disconnect power.
2. Check wires and connectors between control board (P6) and power cord.
3. Check that the L1-L2-N wiring (pigtail) from the wall outlet is correctly connected to the range. Have a qualified electrician verify that the house wiring is wired properly between the circuit breaker panel and the wall outlet.
4. Verify wires and connectors between the Maxwell connector P6 and the power cord.
5. Replace all parts and panels before operating.
6. Plug in range or reconnect power.
7. Press CANCEL/OFF key, program and start the Clean mode, and observe for 1 minute to ensure that operation is normal.
8. Verify operation is normal. Go to diagnostics screen and verify that there are no fault codes.
9. Press DELAY START to clear the fault code.

There is a lot of information here, and I hope it gives some guidance to help you troubleshoot and repair your range quickly. But as you know, you can book an appointment with Neli and help you over any sticky points.

by Thomas M.

DYI Appliance Repair Series | WTW4850HW Whirlpool Top Load Washer | Error Codes

This machine is in countless homes and nobody really has a major problem with them. At least that’s what I’ve seen over the years. 

But I think the reason you’re reading this is that you do have an issue with your machine. Don’t worry, it’s not a big deal that we can’t overcome in today’s post. 

Welcome to another edition of Neli’s DIY Appliance Repair Series. I’m going to go off script a little and talk about a few issues I’ve seen with this model, the Whirlpool WTW4850HW top load washer, and then cover some of the more common error codes. 

Excessive Vibration

Oh yes, this is a common complaint, but for a DIYer like yourself, the solution might surprise you. You might be thinking there’s a major mechanical issue that will force you to replace the machine.

I won’t lie to you. That could be the case, but before you condemn the machine, let’s take a closer look at the causes of excessive vibration. 

Here’s a list of common solutions: 

1. The bottom feet may not be in contact with the floor, and locked in place. 
2. Your washer may not be level. The idea here is to have equal weight on each of the four feet. If the floor sags or is uneven, you can use a minimum ¾” thick sheet of plywood (NOT pressboard) under the machine to help reduce the sound and vibration. 
3. Unbalanced load. When loading the machine, use the clock method and place loose heaps in the basket, starting at 12 o’clock, then 6 o’clock, then 3, and finally 9. 

This will help start the machine with a balanced load, but whatever you do, never overload the machine. You’re inviting problems if the load becomes too heavy. The absolute limit for clothes in the washer is the top of the silver stainless-steel basket rim. 

Also, many people feel the water level is too low. The HE process does not require the clothes to be submersed, and the control adds the necessary amount of water based on the load size. If you add water to the machine manually, you will cause the clothes to miss the agitator during the wash cycle and create poor wash performance.  

The solutions here are relatively simple, and I believe most of you know them. However, other not-so-easy solutions require some thought and elbow grease. I won’t go into all the nuts and bolts of curing a vibration issue because they can get quite involved and beyond the scope of this post. 

Suffice it to say that if you still have vibration issues, suspect the tub bearing on the gearcase, the basket hub, or the suspension rods, and in rare instances, the control, in that order. The control adjusts the spin speed slightly during operation based on the basket speed sensor readings. The sensor is part of the shift actuator. 

If the bearing is starting to wear out, the first sign is the basket speed isn’t consistent and the control tries to keep the speed where it belongs. Any time the basket drags, the inrush of current to the motor causes the basket speed to falter, creating a sudden movement that allows the basket to shift to one side. 

Depending on the speed when this happens, vibration occurs and is exacerbated by the weight and balance of the load. 

Remember, if you need help troubleshooting a vibration problem, feel free to reach out to Neli, and we’ll walk you through the problem and the solution. 

Common Error Codes

Here the more common error codes you’ll find in these washers. I’ve included only those you’re likely to see more than the others. 

Use the following procedure to access diagnostics:

For the error code access, turn the selector dial until the status LEDs show the “Done” light ON, then press START to enter the error code display mode. 

To view the last four codes, turn the dial CLOCKWISE to view each code in the order of most recent to the oldest. Any error codes clears automatically after 10 error-free cycles in a row. 

To clear existing error codes from memory, turn the dial until all the LEDs are flashing on and off. Press the START button for 3 seconds to clear the codes and exit the code display mode. 

All fault/error codes have an F# and an E#. The F# indicates the suspect System/Category and the E# indicates the suspect Component system.

Error Code List

This list will come in handy when you need it the most, but even better, you can use the tech sheet included with your machine. It’s usually under the control panel on top of the machine. If it’s missing, as they sometimes are, you can always refer to this list. 

I know how it is when you’re not comfortable with something new, but I can tell you that these machines are dependable and well-built. If you treat it like a machine and take care of it, there’s no reason to worry. 

If you think because it’s a machine it should always work, you will be disappointed. So, please, treat it right, and you’ll get your money’s worth. As always, if you need help with your machine, Neli is here to help. Just book an appointment, and we’ll walk you through the problem and get you back running. 

We’ll see you again soon for the next edition of Neli’s DIY Appliance Repair Series!

by Thomas M.

DIY Appliance Repair Series | IKEA IGL730CS0 Gas Range | Error Codes

The IKEA IGL730C doesn’t seem to get a lot of fanfare, but I think it should. It’s a solid range that has all the features, and it’s dependable. 

But like you’ve heard me say before, all things break eventually. One thing to remember about gas ranges is this: “A clean machine is a happy machine!” 

I know it sounds silly, and it’s supposed to be so you remember to keep things clean and I promise you’ll see much better performance. 

So, enough about stuff you already know or should know, right? 

Let’s take a look at stuff you might not know…yet. Error codes, that is. And as always, if you want to know even more, set up an appointment and we’ll walk you through the problem and how to fix it. 

This is a Whirlpool made slide-in range with some great features, but along with features comes the occasional issue. But guess what? The vast majority of them are caused directly by built-up food and grease. 

If the oven or cooktop won’t light, check the ignitors and the burner heads on the cooktop. Clean them and try again. Maybe the oven won’t light within 55 seconds? Check the ignitor. Easy things to check for that could save the holiday dinner. 

But if you’re a typical DIYer, you have a technical mind and want to know more about the workings of your range. I don’t blame you. That’s why today’s edition of the DIY Appliance Repair series dives into the error codes for the IGL730C so you’re more prepared for whatever comes along. Ready? Here goes…

IGL730CS0 Gas Range Error Codes

Enter the Diagnostics Mode by pressing CANCEL>CANCEL>START within 5 seconds. Cancel this mode by pressing CANCEL at any time. 

Press the number “3” or “6” keys to advance to the “FAULTS” screen.

F1E0 - EEPROM Communication Error

The main control is locked up due to an unexpected communication event. This is often corrected by cycling power. 

1. Cycle power to the range (wait 30 seconds before reapplying power). If the error code reappears, go to Step 2. If the error code does not reappear after 120 seconds, go to Step 6.
2. Unplug range or disconnect power.
3. Replace main control board.
4. Replace all parts and panels before operating.
5. Plug in range or reconnect power.
6. Verify operation is normal. Enter the diagnostic mode to view the "Faults” screen. Press START TIME or DELAY START to clear each Fault code(s).

F2E0 - Keypad Disconnected

The main control no longer sees the keypad.

1. Unplug range or disconnect power.
2. Inspect keypad connection to main control (connector P12). If connection is loose/unplugged, reconnect.
3. Replace all parts and panels before operating.
4. Plug in range or reconnect power. Allow 60 seconds for main control to identify the keypad. If the error code reappears, go to Step 5. If the error code does not reappear, go to Step 9.
5. Unplug range or disconnect power. Inspect keypad connector, keypad cable, and main control connector P12 for signs of damage (cracked locking tab, bent pins, etc.). If damage is found, go to Step 8.
6. Replace all parts and panels before operating.
7. Plug in range or reconnect power. Allow 60 seconds for main control to identify the keypad. If the error code reappears, go to Step 8. If the error code does not reappear, go to Step 9.
8. Replace components in the following order of likelihood of failure:

1. Keypad cable
2. Keypad
3. Main control
4. Replace all parts and panels before operating.
5. Plug in range or reconnect power
6. Verify operation is normal. Enter the diagnostic mode to view the “Faults” screen. Press START TIME or DELAY START to clear each Fault code(s).

F2E1 - Stuck Keypad 

A keypad has been pressed for an extended period of time. This could be the result of the user pressing a keypad for too long.

1. Disconnect power to the range (wait 30 seconds before reapplying power). If the error code reappears, go to Step 2. If the error code does not reappear after 120 seconds, go to Step 6.
2. Unplug range or disconnect power.
3. Replace the keypad.
4. Replace all parts and panels before operating.
5. Plug in range or reconnect power
6. Verify operation is normal. Enter the diagnostic mode to view the “Faults” screen. Press START TIME or DELAY START to clear each Fault code(s).

F3E0 - Main Oven Sensor Open or Shorted

Main oven temperature reading greater than 995°F (535°C) or less than 0°F (-18°C).

1. Unplug range or disconnect power.
2. Inspect control board connector P10 for a backed out terminal or loose connection. If found, reconnect or replace the harness and go to Step 10. If not, go to Step 3.
3. Disconnect control board connector P10. Measure resistance across P10-3 and P10-4. At room temperature, the thermal sensor should read between 1000Q and 1200Q . Reconnect P10. If test results are good, go to Step 4. If test results are not correct, go to Step 9.
4. Replace all parts and panels before operating.
5. Plug in range or reconnect power
6. Enter a cook function (i.e., Bake). If the error code doesn’t reappear after 20 seconds, go to Step 13. If the error code reappears, go to Step 7.
7. Unplug range or disconnect power.
8. Replace main control and go to Step 10.
9. Inspect connection at main oven thermal sensor. Disconnect and measure resistance across thermal sensor terminals. At room temperature, the thermal sensor should read between 1000Q and 1200Q . If resistance is measured out of range, replace the thermal sensor. If resistance is measured within range, replace the harness.
10. Replace all parts and panels before operating.
11. Plug in range or reconnect power
12. Enter a cook function (i.e., Bake) and verify the error code doesn’t  reappear after 20 seconds.
13. Verify operation is normal. Enter the diagnostic mode to view the “Faults” screen. Press START TIME or DELAY START to clear each Fault code(s).

F3E2 - Drawer Sensor Open or Shorted

Drawer temperature reading greater than 995°F (535°C) or less than 0°F (-18°C).

1. Unplug range or disconnect power.
2. Inspect control board connector P10 for a backed out terminal or loose connection. If found, reconnect or replace harness and go to Step 10. If not, go to Step 3.
3. Disconnect control board connector P10. Measure resistance across P10-1 and P10-2. At room temperature, the thermal sensor should read between 1000Q and 1200Q . Reconnect P10. If test results are good, go to Step 4. If test results are not correct, go to Step 9.
4. Replace all parts and panels before operating.
5. Plug in range or reconnect power
6. Enter a cook function (i.e., Bake). If the error code doesn’t reappear after 20 seconds, go to Step 13. If the error code reappears, go to Step 7.
7. Unplug range or disconnect power.
8. Replace main control and go to Step 10.
9. Inspect connection at drawer thermal sensor. Disconnect and measure resistance across thermal sensor terminals. At room temperature, the thermal sensor should read between 1000Q and 1200Q . If resistance is measured out of range, replace the thermal sensor. If resistance is measured within range, replace the harness.
10. Replace all parts and panels before operating.
11. Plug in range or reconnect power
12. Enter a cook function (i.e., Bake) and verify the error code doesn’t reappear after 20 seconds.
13. Verify operation is normal. Enter the diagnostic mode to view the “Faults” screen. Press START TIME or DELAY START to clear each Fault code(s).

F6E1 - Over Temp

Oven temperature is greater than 601 °F (316°C).

The affected oven will be locked out until the control detects an oven temperature less than 601 °F (316°C).

1. Enter Diagnostics Mode by pressing

CANCEL>CANCEL>START within 5 seconds. Oven temperature is displayed on the screen. Manually check the oven for heat.

2. Unplug range or disconnect power. Inspect control board connector P10 for a backed out terminal or loose connection. If found, reconnect or replace the harness and go to Step 5. If not, go to Step 3.
3. Disconnect control board connector P10. Measure resistance across P10-3 and P10-4 (main oven) and P10-1 and P10-2 (drawer). At room temperature, the thermal sensor should read between 1000Q and 1200Q . Reconnect P10. If test results are good, replace the control board, and go to Step 5. If results are not correct, go to Step 4.
4. Disconnect the oven sensor from the wiring harness and measure resistance across the sensor terminals. Resistance reading should be between 1000Q and 1200Q. If test results are good, replace the wiring harness between the sensor and the control board, go to Step 5. If test results are not correct, replace the sensor and go to Step 5.
5. Replace all parts and panels before operating.
6. Plug in range or reconnect power.
7. Verify operation is normal. Enter the diagnostic mode to view the “Faults” screen. Press START TIME or DELAY START to clear each Fault code(s).

F8E0 - Cooling Fan Speed Too Low

Fan speed below 500 rpm, either because the fan is spinning too slowly or because there is a problem with the Hall Effect sensor.

1. Unplug range or disconnect power.
2. Pull the range forward and remove the top access cover.
3. Verify there are no obstructions in the blower. If there is an obstruction, remove it and go to Step 6. If no obstructions, go to Step 4.
4. Disconnect control board connector P5 and check the fan motor for 105Q resistance between P5-1 and P6-3. If the motor test is not good, replace the motor and go to Step 6. If the motor tests good, go to Step 5.
5. Check the Hall Sensor by removing the control board P7 connector and testing for 5 VDC between P7-7 and P7-1.
   If the test is good, go to Step 6.
   If test results are not correct, replace the Hall Sensor.
6. Replace all parts and panels before operating.
7. Plug in range or reconnect power.
8. Start a cook cycle and check for proper operation.
9. Enter the diagnostic mode to view the “Faults” screen. Press START TIME or DELAY START to clear each Fault code(s).

F8E2 - Cooling Fan Speed Too High

Fan speed above 5,000 rpm, either because the fan is spinning too quickly or because there is a problem with the Hall Effect sensor.

1. Unplug range or disconnect power.
2. Pull the range forward and remove the top access cover.
3. Disconnect control board connector P5 and check the fan motor for 105Q resistance between P5-1 and P6-3. If the motor test is not good, replace the motor and go to Step 5. If the motor tests good, go to Step 4.
4. Check the Hall Sensor by removing the control board P7 connector and testing for 5 VDC between P7-7 and P7-1.
   If the test is good, go to Step 5.
   If test results are not correct, replace the Hall Sensor.
5. Replace all parts and panels before operating.
6. Plug in range or reconnect power.
7. Start a self-clean cycle and check for proper operation.
8. Enter the diagnostic mode to view the “Faults” screen. Press START TIME or DELAY START to clear each Fault code(s).

F9E0 - Miswired

Product is miswired.

1. Unplug range or disconnect power.
2. Check wires and connectors between the main control (P6) and power cord.
3. Check that the L1-L2-N wiring (pigtail) from the power outlet is correctly connected to the range terminal block.
4. Replace all parts and panels before operating.
5. Plug in range or reconnect power.
6. Start a self-clean cycle and observe for 1 minute to ensure that operation is normal. Enter the diagnostic mode to view the “Faults” screen. Press START TIME or DELAY START to clear each Fault code(s).

This completes yet another edition in the Neli DIY Appliance Repair Series. We hope you had a good read and remember to reach out if you need our assistance. 

by Thomas M.