Amana Washer Error Codes: Complete Top-Load Troubleshooting Guide

Amana washers are the workhorse of rental properties and budget-conscious households across the Midwest, South, and California. Built on Whirlpool Corporation's proven VMW (Vertical Modular Washer) platform, Amana top-load washers use the same F#E# error code system found in Whirlpool and Maytag units — but with simpler controls and no-frills designs that make them easier and cheaper to repair. This complete guide covers every Amana washer error code, what triggers it, and step-by-step instructions to get your washer running again.

How Amana Washer Error Codes Work

Amana top-load washers (NTW series) display error codes on the LED status lights or the simple digital display panel. When the control board detects a sensor or component reading outside normal range, it halts the cycle and shows the fault code. On older mechanical-control Amana washers, there is no error code display — the machine simply stops or behaves abnormally.

Universal reset procedure for most Amana washer error codes:

1. Press the Power button to turn off the washer.
2. Unplug from the wall outlet for 60 seconds.
3. Plug back in and attempt a new Rinse and Spin cycle.

If the code reappears after a reset, proceed with the specific troubleshooting steps below.

Common Amana washer model prefixes: NTW (top-load washer). The NTW4516FW, NTW4519JW, and NTW4605EW are among the most common Amana washers installed in apartments and rental homes.

F0E1 — Load Detected During Clean Cycle

This code appears when the washer detects items in the drum during a Clean Washer cycle. The clean cycle is designed to run with an empty drum.

Common causes:

• Clothing or small items left in the drum before starting the clean cycle
• Small items lodged under the agitator or impeller plate

How to fix:

1. Open the lid and remove all items from the drum.
2. Check under the agitator plate — on Amana NTW models with a dual-action agitator, small socks and washcloths can slip underneath.
3. Restart the Clean Washer cycle with the drum completely empty. Add an affresh tablet or one cup of white vinegar for cleaning.

Repair cost: $0 — no parts needed.

F0E2 — Overload Detected

The washer detects that the drum is loaded beyond its rated capacity, and the motor cannot agitate the load safely.

Common causes:

• Too many items packed into the drum
• Single very heavy item like a comforter or weighted blanket
• Worn suspension springs causing the motor to work harder on normal loads

How to fix:

1. Remove approximately one-third of the load and restart the cycle.
2. Distribute remaining items loosely — avoid packing clothes tightly around the agitator.
3. For bulky items, use the Bulky or Heavy Duty cycle setting if available on your model.
4. If the code appears on normal-sized loads, inspect the suspension springs. On Amana NTW top-loaders, four suspension rods connect the outer tub to the cabinet. Worn rods make the tub swing excessively, causing the motor to draw excessive current and trigger the overload code.

Part cost: Suspension rod kit costs $30-$50 for a set of four. Professional repair runs $130-$200 total.

F0E5 — Load Imbalance

The washer detected an unbalanced load during the spin cycle and cannot safely reach high-speed spin. Amana washers have a vibration sensor that prevents high-speed spinning with unbalanced loads to protect the bearings and suspension.

Common causes:

• Single heavy item bunched on one side of the drum
• Washing a single large item alone without counterbalancing items
• Washer not level on the floor
• Worn suspension rods that allow excessive tub movement

How to fix:

1. Open the lid and redistribute clothes evenly around the agitator.
2. If washing a single heavy item like a bath mat or comforter, add two or three towels to help balance the load.
3. Use a bubble level on top of the washer to check that all four feet are making solid contact with the floor. Adjust the leveling feet and tighten the lock nuts.
4. If the code appears frequently on normal loads, the suspension rods are likely worn. Grab the tub and push it side to side — more than 1 inch of play means replacement is needed.

Part cost: Suspension rod kit runs $30-$50. Professional repair costs $130-$200 total.

F1E1 — Motor Control Board Error

The motor control unit (MCU) has detected an internal fault. This is a serious electrical error that prevents the washer from operating.

Common causes:

• Motor control board failure (the most common cause)
• Power surge damage to the MCU
• Corroded or loose wire harness between the MCU and the main control board (CCU)

How to fix:

1. Unplug the washer for 5 minutes to allow a full board reset.
2. If the code returns, locate the MCU beneath the washer near the drive motor. On Amana NTW top-loaders, access it by tilting the washer back (have someone help) or removing the rear panel.
3. Check the wire harness connector between the MCU and CCU for loose or corroded pins.
4. Inspect the MCU board for visible burn marks, swollen capacitors, or cracked solder joints.
5. If the board shows damage or the code persists after checking connections, the MCU must be replaced.

Part cost: Motor control board costs $150-$250. Professional repair runs $280-$400 total.

Safety note: Disconnect power before inspecting the MCU. Capacitors on the board can hold a charge for several minutes after unplugging.

F1E2 — Motor Error

The drive motor cannot rotate or is drawing abnormal current. On Amana's direct-drive VMW platform, this indicates a problem with the motor itself or its position sensor.

Common causes:

• Failed rotor position sensor (RPS/Hall sensor) — the most frequent cause by far
• Foreign object jammed between the stator and rotor
• Seized or burned-out drive motor
• Disconnected motor wiring harness

How to fix:

1. Unplug the washer and try turning the drum by hand. It should rotate freely with minimal resistance. If it is seized or grinding, a foreign object may be caught between the basket and outer tub.
2. Access the motor by tilting the washer back or removing the rear panel.
3. Check the rotor position sensor — a small sensor mounted on the stator assembly. Disconnect it and measure resistance: should read 10,000-15,000 ohms between the two terminals. If out of range, replace the sensor.
4. Inspect the motor wiring harness for disconnected or damaged connectors.
5. If the RPS tests good and the motor is wired correctly, the motor assembly itself may need replacement.

Part cost: Rotor position sensor costs $15-$25 (the most likely fix). Motor assembly costs $150-$250. Professional repair runs $180-$350 total. Always replace the RPS first — it fails 3 times more often than the motor itself.

F2E1 — Stuck Key / User Interface Error

A button on the control panel is stuck or the user interface board is malfunctioning.

Common causes:

• Physically stuck button from detergent or moisture buildup
• Failed user interface board behind the control panel
• Control panel membrane overlay peeling or damaged

How to fix:

1. Unplug the washer for 2 minutes. Press and release each button on the control panel to free any stuck keys.
2. Clean around all buttons with a slightly damp cloth. Detergent buildup around the buttons is common in laundry rooms with poor ventilation.
3. Inspect the control panel overlay — if it is peeling, bubbled, or has moisture trapped underneath, it may need replacement.
4. If the code persists after cleaning, the user interface board needs replacement.

Part cost: User interface board costs $60-$130. Panel overlay costs $20-$40. Professional repair runs $130-$230 total.

F3E1 — Pressure Switch / Water Level Error

The water level pressure sensor is sending incorrect or no signal to the control board. This prevents the washer from properly managing water levels during fill and wash cycles.

Common causes:

• Clogged or disconnected pressure hose (the small rubber hose from the tub to the pressure switch)
• Failed pressure switch/frequency sensor
• Air dome clogged with detergent residue at the bottom of the outer tub
• Control board unable to read the sensor signal

How to fix:

1. Locate the pressure switch on the control board housing — it connects to a small-diameter rubber hose that runs down to the outer tub.
2. Inspect the hose for kinks, cracks, or disconnections. Pull each end to check that it is firmly attached.
3. Blow gently into the hose — you should hear a click from the pressure switch if it is working. No click suggests a failed switch.
4. On Amana top-loaders, the air dome at the bottom of the outer tub collects detergent residue over time, blocking the air passage. Flush the hose and air dome with hot water and white vinegar.
5. If the hose is clear and the switch clicks, test the switch electrically or replace it.

Part cost: Pressure switch costs $20-$40. Pressure hose costs $5-$10. Professional repair runs $120-$220 total.

F5E1 — Lid Switch Error

The washer cannot detect that the lid is closed. All Amana top-load washers require a confirmed lid closure before the wash cycle begins, and the lid must remain locked during spin.

Common causes:

• Lid not fully closed — check for clothes caught in the opening
• Failed lid switch assembly
• Lid striker bar misaligned with the lock mechanism
• Wiring harness damaged at the rear hinge area

How to fix:

1. Open and firmly close the lid, ensuring you hear a click from the latch mechanism.
2. Check that no clothing or items are preventing the lid from fully closing.
3. Inspect the lid switch mechanism for physical damage or a broken latch lever.
4. On Amana NTW models, the wiring harness runs from the lid switch through the top panel near the rear hinge. This wire fatigues and breaks from repeated lid opening — a known weakness on the NTW4516FW model specifically. Check for broken wires at the hinge area.
5. Test the lid switch for continuity with a multimeter. It should read 0 ohms when actuated.

Part cost: Lid switch assembly costs $30-$50. Wire harness repair costs $10-$20 in materials. Professional repair runs $120-$200 total.

F5E3 — Lid Lock Error

The lid lock mechanism is not engaging or not reporting its position correctly. This is different from F5E1 — F5E3 specifically points to the motorized lid lock, not the basic lid switch.

Common causes:

• Failed lid lock motor (the motor runs but the lock pawl does not engage)
• Broken internal gears in the lid lock assembly
• Wiring harness break near the rear hinge
• Debris preventing the lock pawl from reaching the striker

How to fix:

1. Listen when you close the lid and press Start. You should hear the lid lock motor run for 3-5 seconds, followed by a click when it engages. If you hear the motor but no click, the lock pawl or internal gears are broken.
2. Unplug the washer and inspect the lid lock assembly mounted on the top panel. Look for broken plastic components or debris in the lock slot.
3. On Amana NTW4516FW models, the wire harness at the rear hinge is a known failure point. Inspect for broken wires there before replacing the entire lock assembly.
4. If the motor does not run at all, test for voltage at the lock connector during a start attempt. No voltage means a control board issue; voltage present with no motor movement means the lock assembly needs replacement.

Part cost: Lid lock assembly costs $30-$60. Professional repair runs $120-$200 total.

F7E1 — Motor Speed Sensor Error

The control board cannot read the motor speed (RPM) data from the rotor position sensor. This code specifically indicates a speed monitoring failure during operation, as opposed to F1E2 which indicates a motor power problem.

Common causes:

• Failed rotor position sensor (RPS)
• Cracked magnet on the rotor ring
• Loose RPS connector
• Motor control board unable to process speed signals

How to fix:

1. Access the motor area by tilting the washer back or removing the rear panel.
2. Locate the rotor position sensor on the stator assembly and check its connector for a secure fit.
3. Measure RPS resistance: 10,000-15,000 ohms between the two terminals. If out of range, replace the sensor.
4. Inspect the rotor ring for hairline magnet fractures. On Amana and Whirlpool VMW platforms, thermal stress from heavy loads can crack the magnets.
5. If the sensor tests good, the motor control board may be unable to process the signal — replace the MCU.

Part cost: Rotor position sensor costs $15-$25. Motor control board costs $150-$250. Professional repair runs $150-$350 total.

F8E1 (LF) — Long Fill / Water Supply Problem

The washer is not filling with water fast enough. On Amana models without the alphanumeric display, this code appears as LF or a flashing fill indicator light.

Common causes:

• Water supply valves not fully open
• Clogged inlet screens (mesh filters at the hose connections)
• Low household water pressure (below 20 PSI)
• Failed water inlet valve solenoid
• Kinked inlet hoses

How to fix:

1. Verify both hot and cold water supply valves behind the washer are fully open. This is the number one cause of F8E1 on Amana washers — someone turned off a valve and forgot to reopen it.
2. Turn off the water supply, disconnect both inlet hoses from the back of the washer, and inspect the mesh filter screens inside the valve inlets. Clean any sediment buildup with an old toothbrush and vinegar.
3. Check household water pressure — Amana washers require 20-116 PSI. If other fixtures in the home also have low flow, the issue is plumbing-related.
4. If screens are clean and pressure is adequate, test the inlet valve solenoids with a multimeter. Each coil should read 500-1,500 ohms.

Part cost: Inlet screens are free to clean. Water inlet valve costs $30-$60. Professional repair runs $120-$220 total.

F9E1 (Ld) — Long Drain

The washer cannot drain water within the expected time (typically 8 minutes). On models without the digital display, this shows as Ld or a flashing drain indicator.

Common causes:

• Clogged drain pump filter
• Kinked drain hose
• Drain hose inserted too far into the standpipe (creates a siphon lock)
• Failed drain pump motor
• House drain blockage

How to fix:

1. Check the drain hose for kinks. Straighten the hose and ensure the end is not pushed more than 8 inches into the standpipe.
2. Disconnect the drain hose from the standpipe and run water through it to check for internal blockage.
3. On Amana NTW top-loaders, access the drain pump through the bottom of the cabinet. Check the pump inlet for foreign objects — coins, hair ties, and small items are common culprits.
4. Listen to the pump during a drain cycle. Humming without water flow means the impeller blades are damaged or blocked. Complete silence means the pump motor has failed.
5. Test the drain pump motor: it should read 5-15 ohms across its terminals.

Part cost: Drain pump costs $25-$50. Professional repair runs $130-$230 total.

Sud (Sd) — Excessive Suds

The washer detected too many suds during the wash cycle. Amana top-load washers are HE (High Efficiency) machines that use significantly less water than traditional washers, which means they require HE detergent.

Common causes:

• Non-HE detergent used in an HE washer (the most common cause by far)
• Too much detergent, even if it is HE-rated
• Detergent residue buildup from prolonged overuse

How to fix:

1. Switch to HE detergent immediately. Non-HE detergent produces 5-10 times more suds than HE formulas.
2. Use the correct amount — for most loads in an Amana washer, 1-2 tablespoons of HE liquid detergent is sufficient. Follow the HE measurement line on the cap, not the regular measurement line.
3. Run an empty Clean Washer cycle with no detergent to clear residual suds from the tub and drain system.
4. If the Sud code persists with correct detergent and amount, check the drain pump filter — a partial clog prevents adequate suds removal during the rinse cycle.

Repair cost: $0 — switch to proper HE detergent and reduce the amount.

HC — Hot/Cold Hoses Reversed

The washer detected that the hot and cold supply hoses are connected to the wrong inlets.

Common causes:

• Hot water hose connected to the cold inlet and cold to hot (common after moving or installation)

How to fix:

1. Turn off both water supply valves behind the washer.
2. Swap the hoses: hot (typically red) connects to the hot valve and hot washer inlet; cold (typically blue) connects to cold.
3. Turn the valves back on and run a hot water cycle to verify.

Note: On many Amana NTW models with simpler electronics, this code may not appear because some models lack dual inlet thermistors. Reversed hoses will simply wash at incorrect temperatures without alerting you, so double-check your connections after installation.

Repair cost: $0 — just swap the hoses.

Frequently Asked Questions

Q: How do I reset my Amana washer after an error code? A: The standard reset procedure is: press Power to turn off, unplug for 60 seconds, plug back in, and run a Rinse and Spin cycle. Most error codes clear once the underlying issue is fixed and a successful cycle completes. For persistent errors, also try holding the Start/Pause button for 5 seconds before unplugging.

Q: Why does my Amana washer smell bad? A: HE washers use less water, which means detergent residue and moisture can build up inside the drum and gasket area. Run a Clean Washer cycle monthly with an affresh tablet or one cup of white vinegar. Leave the lid open between loads to allow the interior to dry. Amana recommends this as part of regular maintenance.

Q: Are Amana washers worth repairing? A: Almost always yes. Amana parts are among the cheapest in the industry because they share the Whirlpool parts platform. A typical Amana washer repair costs $120-$250 — a fraction of the $500-$700 replacement cost. The exception is a full motor assembly replacement on a unit over 10 years old, where the repair approaches replacement cost.

Q: My Amana washer fills but does not agitate. What is wrong? A: This is almost always a lid lock issue (F5E1 or F5E3). The washer fills with water but will not agitate or spin until the lid lock confirms engagement. Check the lid switch wiring at the rear hinge, and listen for the lid lock motor to verify it is engaging.

Q: Can I use regular detergent in my Amana top-load washer? A: No. All current Amana top-load washers (NTW series) are HE machines that require HE detergent. Using regular detergent causes excessive suds (Sud code), poor rinsing, residue buildup, and premature wear on the pressure sensor and drain pump. HE detergent costs the same as regular detergent at most retailers.

When to Call a Professional

Most Amana washer repairs are straightforward, but some issues require professional help:

• F1E1 motor control board failure — Electrical board diagnosis requires multimeter testing and safe handling of capacitors that hold charge.
• Persistent F7E1 after RPS replacement — May indicate a motor or MCU failure requiring component-level diagnosis.
• Water leaking from the tub seal — Tub seal replacement on Amana top-loaders requires special tools and significant disassembly.
• Burning smell from the motor area — Unplug immediately. A shorted motor winding can overheat and damage surrounding components.
• Repeated codes after DIY fix — If the same error returns after you have addressed the obvious cause, there may be a secondary failure that requires professional diagnosis.

Amana washers are among the easiest and most affordable machines to repair in the industry. Most technicians can complete an Amana washer repair in under an hour.

Tired of dealing with Amana washer error codes? EasyBear technicians specialize in Amana and all Whirlpool-family washers — we arrive with the most common parts in stock. Our free diagnostic visit means we identify the exact problem, explain your options, and complete the repair on the spot in most cases. Every repair includes our 90-day parts and labor warranty. Schedule your free diagnosis today.