mypros+
Error code reference

GE Refrigerator Error Code F570

Dispenser nozzle motor over current error.

GE codesGE refrigerator codes

Dispenser nozzle motor over current error.

First step from the service manual

Check nozzle motor for binding or short.

The complete diagnostic procedure includes additional test steps, resistance specifications, wiring diagram references, and component test points.

MyPros+ Max

Get the full diagnostic procedure for F570.

  • Step-by-step tests with expected resistance, voltage, and continuity values
  • Wiring diagram references and connector pinouts from the OEM service manual
  • Verified part numbers when replacement is required
Get the full procedure

$29/month · Cancel anytime · Or $9.95 3-day pass

What F570 means on a GE refrigerator

The F570 error code on a GE refrigerator indicates a dispenser nozzle motor over current condition. This means the control board has detected that the electrical current drawn by the nozzle motor has exceeded its normal operating threshold. The nozzle motor is responsible for positioning or actuating the dispenser nozzle assembly, and when it draws excessive current, the board interprets this as a fault condition and logs the error to protect the circuit from damage.

Over current conditions in a motor circuit are most commonly caused by one of two root problems: a mechanical obstruction causing the motor to work harder than designed, or an internal electrical short within the motor windings themselves. A binding nozzle mechanism forces the motor to stall or struggle, which spikes current draw significantly. An internal short in the motor bypasses normal winding resistance and pulls excess current directly from the supply circuit. Both conditions place stress on the motor driver circuit on the control board.

Diagnosing this fault begins with a physical inspection of the nozzle motor for any signs of binding, ice buildup, debris, or mechanical interference in the dispenser assembly. If the motor spins freely by hand, the next step is to check the motor windings for a short using a multimeter. A shorted winding will show near-zero resistance where higher resistance is expected. If the motor checks out electrically, the control board's motor driver circuit may itself be at fault.

Source: manufacturer service documentation.

Common causes of F570

  1. 01

    Nozzle motor mechanical binding

    Wiring / connection

    Ice buildup, debris, or a warped component in the dispenser nozzle assembly can physically restrict the motor's movement, causing it to stall and draw excess current. Inspect the nozzle area for obstructions and try manually moving the nozzle to check for resistance.

  2. 02

    Shorted nozzle motor windings

    Part replacement

    An internal electrical short within the motor windings reduces winding resistance to near zero, causing a surge in current draw. Testing the motor with a multimeter across its terminals will reveal abnormally low resistance if the windings are shorted.

  3. 03

    Damaged or pinched motor wiring harness

    Part replacement

    A pinched, chafed, or melted wire in the harness connecting the nozzle motor to the control board can create a short to ground, mimicking a motor over current fault. Visually trace the harness from the motor connector to the board and look for any insulation damage.

  4. 04

    Failed control board motor driver circuit

    Part replacement

    If the motor and wiring both test within spec, the driver circuit on the main control board that powers the nozzle motor may have failed and is misreporting current or actually delivering an incorrect voltage. This requires board-level diagnosis or board replacement.

  5. 05

    Ice or frost accumulation in dispenser chute

    Wiring / connection

    Excessive frost or ice lodged in the dispenser chute or around the nozzle pivot point can physically jam the motor. Defrosting the dispenser area completely and checking for proper door gasket sealing can rule this out.

See the test procedure for each cause

Frequently asked questions about F570

What does F570 mean on a GE refrigerator?
F570 indicates a dispenser nozzle motor over current error. The refrigerator's control board detected that the nozzle motor was drawing more electrical current than its rated operating range allows. This is triggered by either a mechanical obstruction binding the motor or an electrical short within the motor itself. The board logs the fault and disables the motor to prevent circuit damage.
Can I fix the F570 error myself without a technician?
Some causes of F570 are DIY-friendly. Start by unplugging the refrigerator, then inspect the dispenser nozzle area for ice, debris, or anything blocking nozzle movement. If defrosting the area clears the obstruction, the error may not return. However, if the motor has shorted windings or the control board is at fault, those repairs require component replacement and some comfort with electrical testing using a multimeter.
Will resetting the refrigerator clear the F570 error code?
A power reset by unplugging the unit for several minutes may temporarily clear the F570 code, but it will return if the underlying cause is not corrected. If the nozzle motor is shorted or mechanically bound, the fault condition still exists and the error will reappear once the refrigerator attempts to operate the motor again. Resetting is useful for ruling out a one-time glitch but is not a fix.
Is it safe to use the refrigerator while the F570 error is active?
The refrigerator's cooling and food preservation functions should continue to operate normally while F570 is active, since this fault is isolated to the dispenser nozzle motor circuit. However, the dispenser may not function correctly. Continued attempts to use the dispenser with a shorted or bound motor could place additional stress on the control board's driver circuit, so it is best to avoid using the dispenser until the fault is resolved.
How much does it cost to repair a GE refrigerator F570 error?
Repair costs depend on the root cause. If the fix involves clearing an ice obstruction or freeing a binding nozzle, costs may be limited to a service call fee, typically in the range of $75 to $150. Replacing the nozzle motor itself generally adds $50 to $150 in parts. If the control board's motor driver circuit has failed, board replacement can range from $150 to $400 or more depending on the model, plus labor.

Related GE refrigerator codes

All GE refrigerator codes
View all 540 GE refrigerator codes

78,000+ service manuals · 160,000+ error codes · 55+ brands

Get Started

$29/month · Cancel anytime · Or $9.95 3-day pass