Part number WR01F00247 replaces WR55X11022, 225D4553G002

PFSF0MFCA, BBPFSF0MFCA, WWPFSF0MFZB, BBPFSF0MFZE, WWPFSF0MFZF, BBPFSF0MFZG, WWPFSS0MFCA, SSPFSS0MFCB, SSPFSS0MFZB, SSPFSS0MFZE, SSPFSS0MFZG, SSPFSS0MFZH, SSPNS20KSEAFSS.

Professional Repair Time: 45-60 minutes
DIY Repair Time: 60-90 minutes
Difficulty Rating: Moderate-Advanced (3.5/5) — Requires careful documentation, electrical knowledge, and precise connector reassembly; not recommended for inexperienced DIYers

1. Unplug the refrigerator from the electrical outlet to ensure complete power disconnection. Wait at least 5 minutes for capacitors to discharge.
2. Empty the refrigerator and freezer of all food items and store them in coolers with ice to prevent spoilage during the repair.
3. Locate the main control board inside the refrigerator. On most GE models, it's behind the control panel at the top of the fresh food compartment, or behind a cover panel on the ceiling or back wall.
4. Remove the control panel or cover by locating and removing the screws that secure it (typically 2-4 screws). Some models have snap-in covers that release with gentle prying.
5. Take multiple photos of the control board before disconnecting anything. Document every wire harness connector, its position, color, and orientation. This is critical for proper reassembly.
6. Label each wire harness connector with masking tape and a marker to identify its connection point (e.g., "compressor," "evaporator fan," "thermistor," "display").
7. Carefully disconnect all wire harness connectors from the control board one at a time. Pull connectors straight off—do not twist or bend. Some connectors have locking tabs that must be released first.
8. Count the connectors as you disconnect them and verify the count matches your photos. Most main control boards have 6-12 connectors.
9. Remove the mounting screws that secure the control board to the mounting bracket or panel (typically 2-4 screws).
10. Carefully lift the old control board out of the refrigerator, noting its orientation and position.
11. Inspect the old control board for visible damage such as burnt components, melted solder, corrosion, or moisture damage. This confirms the diagnosis.
12. Inspect all wire harness connectors for corrosion, melted plastic, or damaged pins. Clean or replace damaged connectors before installing the new board.
13. Unpack the new WR01F00247 control board from its anti-static packaging. Handle the board by the edges only—do not touch electronic components or circuit traces.
14. Compare the new control board to the old one to verify all connectors, mounting holes, and component layouts match. Ensure you have the correct replacement part.
15. Position the new control board in the same location and orientation as the old board.
16. Secure the control board with the mounting screws, tightening firmly but not over-tightening (which can crack the circuit board).
17. Reconnect each wire harness connector to the new control board, matching the labels you applied earlier. Ensure each connector is fully seated and clicks into place.
18. Verify all connections are secure by gently tugging on each connector. None should pull loose.
19. Double-check connector orientation to ensure no connectors are reversed or misaligned. Incorrect connections can damage the new board.
20. Verify no wires are pinched or kinked between the control board and the mounting panel.
21. Reinstall the control panel or cover by aligning it with the refrigerator and securing all screws or snaps.
22. Plug the refrigerator back in and restore power.
23. Listen for the compressor to start within 1-2 minutes. It should run smoothly without unusual noises.
24. Check the control panel display for proper operation. The display should light up and respond to button presses.
25. Set the refrigerator and freezer temperatures to the desired settings (typically 37°F for fresh food, 0°F for freezer).
26. Verify the evaporator fan runs when the compressor is on. Open the freezer door and listen for the fan (it may stop when the door opens on some models).
27. Verify the condenser fan runs when the compressor is on. Check at the back or bottom of the refrigerator.
28. Monitor the refrigerator for 24 hours to ensure it reaches and maintains proper temperatures.
29. Check for error codes on the control panel. If codes appear, verify all connections are secure and consult the service manual.
30. Test the ice maker and water dispenser (if equipped) to ensure they function properly.
31. Verify the defrost cycle operates by monitoring the refrigerator over several days. The evaporator coils should not accumulate excessive frost.
32. If the refrigerator does not cool properly, verify the compressor is running, the fans are operating, and all temperature sensors are connected.
33. If the control panel does not respond, verify the display connector is fully seated and the power supply is correct.
34. If problems persist, the issue may be with another component (compressor, relay, thermistor, etc.) rather than the control board. Further diagnosis is required.

Safety Notes: Always unplug the refrigerator before working on it. Control boards contain capacitors that can store electrical charge—wait at least 5 minutes after unplugging before touching the board. Handle the control board by the edges only and avoid touching electronic components. Use an anti-static wrist strap if available. Never operate the refrigerator with the control board exposed or unsecured.

COMMON SYMPTOMS FIXED

Control boards are frequently misdiagnosed. Before replacing the control board, test the compressor, compressor relay, overload protector, evaporator fan, condenser fan, thermistors, and temperature sensors. A faulty component can mimic control board failure. Use a multimeter to verify each component is functioning correctly. Replacing a good control board wastes money and doesn't fix the problem.

Test the compressor relay and overload first. If the compressor doesn't start, the relay or overload protector is more likely to be faulty than the control board. Test these components with a multimeter before ordering a new board. The relay should show continuity between specific terminals; the overload should show continuity when cool.

Check for power supply issues. Verify the refrigerator is receiving proper voltage (120V AC in North America) at the outlet. Low voltage or power surges can damage the control board or cause intermittent operation. Use a multimeter to test the outlet voltage.

Inspect for moisture damage. Control boards can fail due to moisture intrusion from defrost water leaks, door seal failures, or high humidity. Inspect the board for corrosion, water stains, or mineral deposits. If moisture damage is present, identify and fix the source before installing the new board, or it will fail too.

Verify thermistor resistance values. The control board relies on thermistor readings to control cooling. A faulty thermistor sends incorrect temperature data, causing the board to malfunction. Test each thermistor with a multimeter—resistance should change predictably with temperature (typically 10,000 ohms at 77°F). Replace faulty thermistors before replacing the board.

Document everything before disconnecting. Take extensive photos of all wire harness connections from multiple angles. Control boards have 6-12 connectors, and mixing them up can damage the new board or cause component failures. Your photos are your roadmap for reassembly.

Handle the board with extreme care. Control boards are sensitive to static electricity. Touch a grounded metal surface before handling the board, or use an anti-static wrist strap. Never touch electronic components or circuit traces—handle the board by the edges only.

This part is non-returnable in most cases. Control boards are typically non-returnable once installed due to the risk of damage from improper installation. Verify compatibility and diagnose thoroughly before ordering to avoid costly mistakes.

Reset the refrigerator after installation. After installing the new control board, unplug the refrigerator for 5 minutes, then plug it back in. This allows the board to initialize and calibrate. Some models require a specific button sequence to enter diagnostic mode and clear error codes—consult the service manual.

Monitor for 24-48 hours. A new control board may take 24-48 hours to stabilize temperatures and complete its first defrost cycle. Don't assume the repair failed if temperatures aren't perfect immediately—give the refrigerator time to reach equilibrium.

• Refrigerator not cooling or freezer not freezing
• Compressor does not start or run
• Refrigerator runs continuously without cycling off
• Control panel display is blank or unresponsive
• Error codes displayed on control panel
• Evaporator fan or condenser fan does not run
• Defrost cycle not operating (excessive frost buildup on evaporator coils)
• Ice maker not producing ice
• Water dispenser not working
• Temperature settings not responding to adjustments
• Refrigerator cycling on and off too frequently
• Intermittent cooling or temperature fluctuations
• Lights not working or flickering
• Burnt or melted control board components visible