How to Troubleshoot a Whirlpool Washer Leaking Water into the Tub or Not Filling

WhirlpoolWhirlpool Washing MachineModerate⏱ 45 minutes - 2 hours

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If a Whirlpool top-load washing machine won’t fill, fills very slowly, or leaks water into the tub when it shouldn’t, the water supply or the water inlet valve is often the cause. This guide shows how to verify water flow at the wall, clean the inlet filter covers (screens), check the valve for debris, test the solenoids with a multimeter, and replace the valve if needed. These machines commonly use either a three-solenoid or four-solenoid valve, which look similar but aren’t interchangeable.

🧰 Tools

Slip-joint pliers
Large Needle Nose Pliers
Probe and Pick Set
6-in-1 Screwdriver
T20 Torx Screwdriver Bit
Quarter Inch Nut Driver
Multimeter
Thin plastic card
Bucket
Shop towel

⚙️ Parts

Water inlet valve
Water inlet filter covers

ШагиSteps

Prepare for water and electrical safety

Unplug the washing machine from the wall outlet.
Turn off the hot and cold water shutoff valves at the wall.
Place a towel and a bucket under the water hoses to catch spills.
Caution: Hot water can scald, so keep your hands clear of the hose ends when testing flow.

Verify water supply at the wall

Use slip-joint pliers to loosen the hot and cold hoses from the back of the washer.
Aim each hose into a bucket.
Turn the wall shutoff valves on and confirm that water flows strongly from both hoses.
Turn the wall shutoff valves off again after the test.
Note: If a hose doesn’t flow, the issue is at the wall supply or inside the hose, not inside the washer.

Inspect and clean the inlet filter covers

Look into the hot and cold valve inlets on the back of the washer for obstructions.
Use needle-nose pliers to pull the inlet filter covers straight out of the valve inlets.
Use a dental pick to hook and pull the covers if they’re locked in tightly.
Wash debris off the covers and remove any buildup that could block water flow.
Inspect inside the valve openings for dirt that may have bypassed the covers and lodged deeper in the valve.
Note: If debris has damaged the solenoids or the valve passages are heavily clogged, the valve assembly may still need replacement.

Remove the rear console screws

Use a T20 Torx screwdriver or a 1/4 inch nut driver to remove the two top screws on the back of the console.
Set the screws aside so they don’t fall into the cabinet.

Release the console clips and expose the valve area

Release the hidden clips at the left and right front corners of the console to open it.
Press a thin plastic card into each corner seam to push the clip inward and pop the console loose.
Open the lid and press the clips from underneath the washer’s top edge using a flathead screwdriver or slip-joint pliers if the card can’t reach.
Rock the console slightly to confirm both sides have released.
Roll the console forward to expose the control board and water inlet valve assembly.
Caution: Use controlled pressure on the clips to avoid cracking plastic tabs or bending the console.

Test valve solenoids for correct resistance

Confirm the washer is unplugged before electrical testing.
Set a multimeter to resistance (ohms) with a 200 to 2000 ohm range, or use auto-ranging ohms mode.
Touch the meter probes to the exposed metal terminals for each solenoid coil on the valve.
Compare readings across all coils and look for a coil that reads far different from the others.
Use 800 to 1200 ohms as a typical good range for many Whirlpool and Maytag washer inlet valves.

Decide whether advanced live-voltage testing is needed

Use live AC voltage testing only if you’re comfortable working around energized equipment.
Run a diagnostic cycle or a fill request and check for about 120 VAC at the solenoids when the washer commands a fill.
Stop and unplug the washer if you don’t see expected voltage output during a commanded fill.
Note: If the valve isn’t being sent 120 VAC, further diagnosis may be needed on the control board or pressure hose.

Disconnect wiring and remove the inlet valve

Unplug the washer again if it was powered for testing.
Use a 1/4 inch nut driver to remove the two screws securing the water inlet valve.
Disconnect the wire harnesses from the solenoid coils, starting with the far-side harness to access the harder screw.
Use a flathead screwdriver or needle-nose pliers to help press and pull stubborn harness connectors free.
Pull the valve assembly out of its rubber grommets once both screws are removed.
Note: Hard-water deposits and tight rubber grommets can make the valve feel stuck even after the screws are removed.

Identify three-solenoid versus four-solenoid valve types

Count the solenoid coil packs on the valve to identify the correct replacement style.
Choose a three-solenoid valve if it has three green solenoid packs and three matching harness connections.
Choose a four-solenoid valve if it has four green solenoid packs and four matching harness connections.
Note: The two styles are physically different and aren’t interchangeable.

Transfer the harness and reconnect the thermistor lead

Remove the old harness assembly from the old valve and install it onto the new valve.
Disconnect and reconnect the thermistor wire underneath the valve assembly using its small connector.
Reminder: Don’t plug in the rightmost solenoid harness yet if it blocks access to a mounting screw underneath it.

Install the new valve and perform a quick functional test

Press the valve into place so it seats into the rubber grommets.
Reinstall the two 1/4 inch screws to secure the valve.
Plug the valve harnesses back in and reconnect the harness to the control board.
Reminder: Verify the thermistor connector underneath the valve is plugged in before closing the console.
Turn on the water supply, then run a fill test before reinstalling the console so you can confirm the repair.

Reassemble the console and recheck symptoms

Roll the console back into position and snap both clips fully into place.
Reinstall the two rear console screws.
Reconnect the hot and cold hoses, then turn the wall shutoff valves on and check for leaks.
Run a normal fill to confirm the washer fills correctly and that the tub doesn’t slowly fill when the washer is off.
Note: If the valve tests good and the washer still won’t fill, the control board output or pressure hose can be other less-common causes.

If the washer still won’t fill after you confirm good water flow, clean screens, and a working inlet valve, continue diagnosis on the control board output or pressure system. After any repair, recheck every hose connection and watch closely for drips during the first fill. Repair didn't go as planned? Ask our Answers community for help.

«How to Troubleshoot a Whirlpool Washer Leaking Water into the Tub or Not Filling» — автор Ben Schlichter, iFixit, лицензия CC BY-NC-SA 3.0. Показано без изменений. Открыть оригинал и комментарии →