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Customer Questions and Answers for Washer Drive Motor Stator by Samsung

4.89 (64)
By: Samsung
Part Number: OEM16751241
Manufacturer Part Number: DC31-00111A

The Washer Drive Motor Stator is essential for restoring your washer's performance. This genuine OEM part ensures reliable and efficient motor operation, helping your appliance run smoothly. Designed specifically for Samsung washers, it guarantees a perfect fit and seamless compatibility. The stator plays a crucial role in generating the magnetic field needed for the motor to function correctly, preventing issues like unusual noises or reduced spinning effectiveness. By choosing this genuine OEM part, you benefit from high-quality materials and precise engineering, which extend the lifespan of your washer. Installation is straightforward, allowing you to handle repairs confidently and maintain your appliance's optimal performance. Whether you're replacing a worn-out stator or upgrading your washer's motor components, the Washer Drive Motor Stator offers a dependable solution. Enhance your washer's efficiency and enjoy the peace of mind that comes with using authentic Samsung parts tailored to your appliance's specific needs.

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Questions & Answers

For Samsung Washer Drive Motor Stator (Part Number: OEM16751241)

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Darrel for Model Number WF45K6500AV/A2

Machine is a WF45K6500AV/A2. Stator is a DC31-00111A. Machine when put in test mode gives a 3C2 error. Stator resistance is 11.9 across all terminals. Hall monitor is as follows: Pin 1 = Blue Pin 2 = Orange Pin 3 = Red Pin 4 = Pink Pin 1 to pin 2 = 4.62 KO Pin 1 to pin 3 = 38.53 MO Pin 1 to pin 4 = 4.63 KO Pin 2 to pin 3 = 38.46 MO Pin 2 to pin 4 = 9.25 KO Pin 3 to pin 4 = 64.1 KO I saw where a question was answered that 11.9 was stated to be within testing range on the stator, and another where 12 was said to be faulty. So I thought I’d provide the hall monitor readings as well. Thoughts? I also get an ozone smell when I sniff the PCB but I don't see any burn marks and haven't researched how to test it yet. Thanks!

Answer

Darrel, Thank you for your question. The resistance readings on the stator are good. Check the hall sensor at the inverter connector CN2 to make sure that it is connected properly. Then measure the output voltage to the hall sensor from the inverter pcb on connector CN2. Here are the readings you should get. Pin 1 to 4 - 5vdc, pin 2 to 4 approximately 0 to 3.5vdc, for this test you will turn the rotor by hand and reading should fluctuate between those voltages, pin 3 to 4 approximately 0 to 3.5vdc while turning the rotor by hand and reading should fluctuate. If the voltages does not fluctuate, check the harness and if harness is in good condition then replace the stator. If there is voltage missing from the pin 1 to 4 then replace the inverter pcb.

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Answered by AppliancePartsPros.com   |   Tuesday, July 15, 2025

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