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SE2

Samsung Washing Machine

Severity: Moderate

What Does This Error Mean?

The SE2 error on a Samsung washer indicates a spin-related fault. The machine either failed to reach the target spin speed or stopped spinning unexpectedly. This can be caused by an unbalanced load, a fault in the motor or drive system, or a problem with the Hall sensor that monitors motor speed. Clothes may come out very wet because the spin cycle did not complete.

Affected Models

  • WF45R6100AW
  • WF42H5200AF
  • WF56H9110CW
  • WF45T6000AW
  • Samsung front-load washers with direct drive motors

Common Causes

  • An unbalanced load causing the drum to vibrate excessively during spin and triggering a safety stop
  • The Hall effect sensor (which monitors motor speed) has failed or has a wiring fault
  • The motor drive board (inverter board) is failing and cannot maintain target RPM
  • A worn motor brush (on older models with brush motors) causing inconsistent motor speed
  • A foreign object lodged between the drum and the tub creating resistance during high-speed spin

How to Fix It

  1. Open the door and redistribute the laundry evenly around the drum. An unbalanced load is the most common cause of SE2. Restart the spin cycle and see if it completes.

    Heavy items like jeans, towels, and hoodies tend to clump together on one side. Separate them by hand and space them evenly before restarting.

  2. If washing a single heavy item (like a comforter or large blanket), add 2–3 towels to help balance the load. Single large items are notorious for causing spin errors on front-load washers.

    Samsung washers are designed to wash balanced loads. A single king-sized blanket can trigger SE2 every time due to its weight distribution.

  3. Check that the washer is level on the floor. Use a spirit level placed on top of the machine. Adjust the leveling feet at the bottom corners — they thread up and down to raise or lower each corner.

    An unlevel washer will vibrate excessively during high-speed spin and may trigger spin errors repeatedly. All four feet must make solid contact with the floor.

  4. Reach inside the door seal and check for any small items — coins, buttons, socks — that might be caught between the drum and the tub wall. A trapped item creates drag at high speeds.

    Pull back the rubber door seal and feel around the drum perimeter. Shine a flashlight in to see if anything is visible.

  5. If SE2 persists with balanced loads on a level washer, have a technician test the Hall sensor with a multimeter. The Hall sensor is a small magnetic speed sensor mounted near the motor. A failed sensor is a relatively inexpensive fix.

    The Hall sensor produces a signal that tells the control board how fast the motor is spinning. A faulty sensor causes the board to think the motor is not reaching target speed, triggering SE2.

When to Call a Professional

If load redistribution does not resolve SE2, a technician is needed to test the Hall sensor, motor, and inverter board. Hall sensor replacement costs $50–$150 including labor. Inverter board replacement runs $150–$300. Motor replacement costs $200–$400. Get a diagnosis before replacing parts.

Frequently Asked Questions

Why does SE2 keep happening even with small loads?

If SE2 occurs on small, well-balanced loads, the motor or Hall sensor is likely the cause. The machine is stopping mid-spin because it cannot verify the motor is reaching the correct RPM. Have a technician test the Hall sensor and the inverter board — these are the most common culprits for persistent SE2 that is not related to load size.

My clothes are still very wet after the cycle — is SE2 the reason?

Yes. If SE2 triggered during the spin cycle, the spin did not complete. The drum never reached high speed, so the water was not extracted from your laundry. Once the error is resolved, clothes will come out damp (not dripping wet) after a normal spin cycle.

Does SE2 mean my motor is broken?

Not necessarily. Most SE2 errors are caused by load imbalance — which is not a hardware problem at all. Of the hardware causes, the Hall sensor is more commonly at fault than the motor itself. A proper diagnosis will tell you exactly what needs to be replaced before you spend money on a motor.