Product Description
This Top Load Washer Water Inlet Valve allows water to fill in the washer during the cleaning cycle. If your washer isnt getting any hot or cold water, one of the solenoids in the current valve may have failed. You may also need to replace this part if you find that your washer is filling slowly, not filling at all or leaking water onto the floor. Replacing this part will require basic hand tools, some disassembly of the washing machine and novice repair experience. You must unplug the washer or shut off the house circuit breaker for the appliance before installing this part. Also make sure you turn off the hot and cold water supplies. Recommended Item: Consider replacing the Fill Hose (item 8212487RP) at the same time you complete this repair. Helpful Tip: We also recommend using affresh?« Washing Machine Cleaner* (item W10501250) once a month to help reduce odor-causing residue that can build up in your washing machine's drain without proper care. *affresh?« brand products are owned and distributed by Whirlpool Corporation.
Equivalent Part Numbers: AP5989759, AP5989759, PS11731257, PS11731257, W10326913, W10326913, W10326915, W10326915, W10342320, W10342320, W10853723VP, W10853723VP, WPW10326913, WPW10326913, WPW10326915, WPW10326915
The Whirlpool W10853723 water inlet valve is a genuine OEM replacement component designed to regulate water flow in your appliance or equipment.
This part helps maintain reliable appliance performance and supports the overall function of the system it serves. If the valve becomes restricted or fails, water flow may decrease, filling may become inconsistent, or the appliance may not receive water as expected. Replacing a failed or worn component with the correct genuine OEM part can help restore proper operation and support consistent day-to-day performance.
Using genuine OEM Whirlpool parts ensures compatibility, reliability, and long-lasting performance. OEM components are built to the exact specifications of your equipment, protecting your investment and reducing the risk of costly breakdowns.
