Product Description
The Stand Mixer Speed Control Plate controls the speed of the stand mixer motor. The speed control plate is part of the speed control system. If the contacts aren't closing and your mixer is running loud, or if the contacts have failed and your mixer is no longer turning on, replacing the control plate may alleviate these issues. To access the part, remove all attachments and the bowl of the mixer. Then remove the back cover of the mixer and the screws from the trim band. Remove the wires from the seal of the mixer in order to take the spring off of the speed control plate. Make sure you hook the spring with a needle nose pliers securely to remove. Disconnect the wires from the phase control board. You'll then be able to remove the upper two screws holding in the old speed control plate. Note: These upper two screws are where you adjust the speed of your mixer. Make sure you measure them from the back of their post to the back of the speed control plate at 3/8-in. Replacing this part will require basic hand tools, some disassembly of the stand mixer and novice repair experience. You must unplug the appliance before installing this part.
Equivalent Part Numbers: 4162402, 4176137, 240904-2, AP6015292, PS11748567, W10119326
The Whirlpool WPW10119326 stand mixer speed control plate assembly is a genuine OEM replacement component designed to restore proper operation in your appliance or equipment.
This part helps maintain reliable appliance performance and supports the overall function of the system it serves. If this part becomes worn, damaged, or stops operating correctly, the function it supports may become inconsistent or stop working altogether. 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.
