Amana Washing Machine Not Spinning: Causes and DIY Fix Guide

If your Amana washer fills, agitates, and drains but refuses to spin, the problem is almost never the motor or control board itself. The most frequent failure points are a worn lid lock assembly, a broken drive belt, or a load imbalance severe enough that the machine locks itself out of the spin phase. This guide walks you through the safe checks and fixes you can do at home, explains one overlooked failure mode in detail, and flags exactly when it’s time to stop DIY and call a professional.

Per UL safety standards, washing machine spin cycles are interlocked with lid switches to prevent access during high-speed operation. If the lid switch fails, the machine cannot initiate the spin cycle.

First, Rule Out the Obvious: Quick Safety and Load Checks

Before opening any panels, run these five checks. They take about two minutes and resolve roughly half of all no-spin cases.

• Check for an unbalanced load: Open the lid and redistribute clothes evenly around the drum. A single heavy item (like a wet towel) on one side can cause the washer to pause or refuse to spin entirely.
• Ensure the lid is fully closed: Amana models use a magnetic reed switch that requires the lid to be flat and fully seated. Even a quarter-inch gap breaks the circuit. Close the lid firmly and listen for a click.
• Check the drain hose for kinks or clogs: If the washer can’t drain, it won’t spin. Straighten any kinks and confirm the hose isn’t pushed too far into the standpipe. A slow drain can also prevent spin initiation.
• Look for error code flashes: On newer Amana top-loaders, a flashing “Lid Locked” or “dL” light means the lid lock isn’t engaging. Older models may flash cycle status lights in a pattern. Write down any codes before troubleshooting.
• Test the spin cycle with an empty machine: Run just the spin/drain cycle with no clothes. If it spins empty but not with a load, the issue points to load balance or a marginal lid switch that only fails under vibration.

Decision aid – where your results lead you:
– If the washer spins empty but fails with a load → the issue is likely the lid switch or balance sensor. Continue DIY.
– If the washer doesn’t spin even empty → potential causes include a broken belt, weak start capacitor, or failing lid lock. Proceed with caution.
– If you smell burning rubber or the motor hums but doesn’t move → stop immediately; the drive belt may be seized or motor bearings frozen.

If the empty-machine test succeeds but loading the machine causes a failure, you’ve identified a load-sensitive problem. Focus on the lid lock assembly – the vibration of a loaded tub can cause a worn lock to drop out of engagement. If the empty test also fails, move directly to electrical diagnostics.

One Overlooked Failure Mode: The Door Lock Assembly

The single most common cause of an Amana washer that won’t spin is a failing lid lock assembly – not the mechanical switch itself, but the plastic actuator or the magnet inside the strike. Understanding how this part fails helps you catch it early.

On most Amana top-loaders made after 2010, the lid lock uses a solenoid-driven plunger that drops into a slot when the lid is closed. Over time, the plastic strike on the lid wears down, or the solenoid weakens. The machine detects engagement via a secondary micro-switch. If that micro-switch isn’t triggered, the control board refuses to start the spin cycle, even though the machine agitates normally.

How to detect it early: The machine finishes the wash cycle, drains, and then simply hums for a few seconds before stopping. You’ll hear a soft click as the lock tries to engage, then nothing. If you manually push the lid down firmly while the machine is trying to spin and the spin starts, you’ve confirmed a weak lid lock mechanism. That manual pressure temporarily bridges the gap in the micro-switch.

Step-by-Step: Diagnosing and Fixing a Lid Switch or Lock Problem

What you’ll need

• Multimeter (set to continuity or ohms)
• Flathead screwdriver
• Replacement lid lock assembly (verified by your model number – check the tag inside the lid)

Step 1: Access the lid lock

Unplug the washer. Remove the two screws behind the lid hinge – on some models, you need to slide the entire top panel forward. The lid lock is typically mounted under the top panel near the front edge.

Step 2: Test the micro-switch with a multimeter

Unplug the connector from the lid lock. Check continuity between the two middle wires (the switch terminals). With the lid closed and the lock manually pushed into the body (simulate locked position), the multimeter should show near-zero resistance (closed circuit). If it shows infinite resistance (open), the switch is faulty.

Step 3: Test the solenoid coil

Measure resistance across the two outer wires. You should see a reading between 50 and 200 ohms for an Amana lid lock. Infinite resistance means the solenoid coil is open – replace the assembly.

Step 4: Replace the lid lock

If either test fails, order a direct replacement matched to your model number. Common mistake: buying a universal lid lock that doesn’t match the mounting bracket – always use OEM parts. Remove the two screws holding the lock, transfer the wiring harness to the new unit, and reinstall.

Step 5: Verify the fix

Run a normal cycle with a full load. Successful operation means the machine now spins smoothly without pausing. If the error repeats, the problem lies elsewhere in the spin circuit.

Other Common Causes: Belt, Motor, Capacitor, or Control Board

If the lid lock tests good, the next most likely suspects are:

• Drive belt: A broken or stretched belt prevents the drum from turning. To check, remove the back panel (unplug first). If the belt is frayed, cracked, or loose, replace it. Amana models use a Poly-V belt with automatic tensioning. Replacement takes about 15 minutes with a hex key. Pay attention to belt thickness – a worn belt may look intact but slip under load.
• Motor start capacitor: If the motor hums but won’t spin, the capacitor may be weakened. Use a multimeter to check capacitance – it should be within ±10% of the value printed on the side. A bad capacitor can also cause the washer to stop mid-spin. This is a quick, cheap fix, but discharge the capacitor safely before handling.
• Motor itself: A burned-out motor winding or seized bearings will prevent spin. Check motor resistance between the winding terminals and compare to the service manual. If you get zero or infinite readings, or if the motor shaft won’t turn by hand, replace the motor.
• Control board failure: Rare, but possible if you’ve ruled out everything else. Amana boards are sensitive to power surges. If the machine powers on, agitates, but never initiates spin even after replacing the lid lock and belt, try a reset (unplug for 10 minutes). If the issue persists, the board likely needs replacement.

For a deeper breakdown of how each component interacts, see our step by step guide to fixing a washing machine that wont spin. And if you’re still stuck after replacing the lid lock and belt, check the troubleshoot amana washing machine problems solutions page for deeper electrical diagnostics.

When to Stop DIY and Call a Professional

Not every fix is safe or economical for home repair. Stop and escalate in these concrete scenarios:

• You smell burning plastic or see smoke – unplug immediately. This signals a shorted control board or motor.
• The machine shows an error code you can’t clear after a 30-minute unplug reset – persistent codes often indicate control board or wiring faults.
• The drum doesn’t move by hand even with the belt removed – the bearings or tub seal are likely seized. Replacing those requires disassembling the entire washer.
• You’ve replaced the lid lock, belt, and capacitor, but the washer still won’t spin – the control board is the likely culprit, and professional diagnosis is cheaper than guessing without a service manual.

Understanding the full range of possible failures helps you avoid wasted effort. Read our article on common causes of a washing machine not spinning to see how every component from pump to suspension springs can contribute. If you’ve hit the escalation threshold above, a repair professional can confirm the diagnosis in about 30 minutes.