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Fixing Whirlpool Refrigerator Ice Maker Problems? Pick Your Symptom

Whirlpool ice maker not working? Match your symptom to the control, water supply, freezer setting or filter check, then try the documented reset.

Pick the check that matches what changed

The quick read
  • With no ice or low production, begin with the ice-maker control, then check water supply and freezer settings.
  • If water slows down or the filter housing leaks after a filter change, go straight to the filter installation check.
  • If the water supply is disconnected and you hear buzzing or notice extra cooling, use the disconnected-supply branch.

An empty bin and a slow water dispenser give you different places to begin. We'd check the control first when ice stops without a recent filter change, because an ice maker accidentally switched off is a documented cause of no ice. When trouble starts right after filter work, we'd check that installation first because incorrect seating can restrict water and cause leaks.

These checks cover the ice maker in your Whirlpool refrigerator. Follow the branch that matches what changed, then continue through the other applicable checks if ice production is still low.

No ice or low production begins with the control

Find the control using your refrigerator's model manual. Whirlpool uses different control arrangements, so the operating instructions need to match the arm, switch or display you actually have. If you don't have the manual, search your model number on Whirlpool's Manuals and Literature website, as directed in its refrigerator ice-maker control guidance (opens in a new tab).

Before choosing an on position, check whether the refrigerator has a water connection. If it doesn't, follow the disconnected-supply branch below.

On a matching wire-arm ice maker, lower the wire shutoff arm to turn it on. Lift the arm to turn it off manually. If your configuration has an ice-maker door covering that arm, lift the door open before lowering the arm.

A raised arm can also be part of normal operation when the storage bin is full. As ice accumulates, the cubes raise the wire arm to its automatic off position. Check the amount of ice in the bin alongside the arm position so you can distinguish that full-bin condition from an empty bin with the control off.

For a matching switch marked I and O, I means on and O means off. If your refrigerator uses a digital display, follow its on-screen settings instructions to disable the ice maker, and use your model manual for its specific operation.

Buzzing or extra cooling with no water connection

Buzzing can come from an ice maker that keeps trying to make ice while disconnected from water. That same condition can make the refrigerator section too cold, freeze food in the crisper drawers or make the freezer section too cold. Those observations make the water connection worth checking before you focus only on temperature settings.

CautionKeep the ice maker off when it isn't connected to water, including when you've decided not to use it. This avoids the documented buzzing and excessive-cooling problems associated with leaving it on without a supply.

Use the off position for your control type described above. This branch is about the ice maker's operating state while disconnected, so it ends with that control off.

The existing water supply needs a clear path

Check that the existing refrigerator connection is to a cold-water supply. Both the ice maker and water dispenser require that connection. Then check that the water line is securely connected and its supply valve is fully open, because a restricted or shut-off supply can prevent proper ice-maker operation.

Look along the water supply line for kinks or blockages that could hinder flow. Straighten a kinked source line so water can flow adequately again. This check addresses the existing supply line, with the useful result being a line that's no longer kinked.

When positioning the refrigerator afterward, don't push it so far back against the wall or cabinet that it pinches the line. Keeping that line clear matters after straightening it, too. Whirlpool's refrigerator supply checks (opens in a new tab) pair the flow check with this placement precaution.

Check the freezer setting when production falls

Look at the freezer temperature setting and adjust it to between 0 and 5°F. A setting that's too warm can interfere with ice making, so this is a useful check when the bin stays empty or production falls.

Use that range for this check instead of turning the freezer progressively colder. It's the setting given in Whirlpool's refrigerator ice-maker troubleshooting guidance (opens in a new tab). Keep checking the setting regularly and adjust it as needed to stay within the recommended range.

Slow water or leaks after a filter change

A newly installed filter deserves attention if water flow slowed, ice production dropped or a leak appeared at the filter housing. Incorrect installation can reduce or stop the flow, even though the filter itself was just replaced. Check both that it locks into place and that it creates a proper seal.

Use Whirlpool's filter installation check (opens in a new tab) to work through that specific situation. The test uses water dispensing as the immediate observation, so you have something to check without waiting for new ice.

  1. Remove the water filter from its housing, leaving the filter out for the dispensing check.
  2. Try to dispense some water and observe whether water comes out with the filter removed.
  3. If water dispenses, Whirlpool identifies improper filter installation as the issue. Reinstall the filter and check that it's locked in place with a proper seal.

If you need help with the installation itself, Whirlpool points to everydrop instructional videos. Match the installation help to the filter you're fitting, so the final result is a correctly seated cartridge.

An older filter can restrict both water and ice

If there hasn't been a recent filter change, consider when the current filter was installed. A clogged filter can reduce flow to both the ice maker and dispenser, producing the combination of less ice and slower dispensing.

Replace the water filter every six months, when its indicator light comes on or as needed. Usage and water quality can call for more frequent replacement, so six months isn't the only reason to change it. Regular replacement also helps maintain cleaner, fresher-tasting drinking water.

Choose the appropriate replacement for your refrigerator. Whirlpool recommends everydrop water filters in its filter maintenance guidance (opens in a new tab).

Try the reset that matches your refrigerator

After the applicable basic checks, a reset is another documented option for minor issues. Use the reset button on your ice maker if it has one, consulting your model manual if you're unsure which button to use.

Press and hold that reset button for a few seconds. If your refrigerator doesn't have a reset button, the alternative is to unplug the refrigerator for one minute, then plug it back in. Whirlpool's reset guidance (opens in a new tab) makes the power cycle conditional on having no reset button.

Look for ice production to resume after the checks. The useful outcome is new ice reaching the storage bin, where cubes collect after they're released from the mold.

When the basic checks haven't helped

If you still need help after these basic checks, contact Whirlpool or schedule appliance service through its preferred service providers. Describe the symptom you selected and what you observed during the control, supply, temperature and filter checks.

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