Parts for Ge FUF14QRRBWW: Freezer Section Parts

This is a genuine replacement screw used to secure appliance panels and components. It restores proper fastening to reduce vibration and keep parts aligned for safe, reliable operation. What it does:

• Secures panels, trim, brackets or internal components to prevent loosening
• Helps stop rattling, vibration, or misalignment caused by missing or worn fasteners
• Replaces stripped or corroded screws to maintain safe assembly
• Works wherever the matching screw size and thread are required

• Turn slowly to avoid cross-threading; use the correct screwdriver or bit
• Do not overtighten—tighten until snug and parts are properly seated
• Disconnect power and follow appliance safety guidance when accessing internal components

The Evaporator Fan Shroud is an OEM replacement part for GE refrigerators. It is responsible for directing airflow and ensuring proper circulation in the freezer compartment.

A bad evaporator fan shroud can occur due to normal wear and tear or accidental damage. If you notice symptoms such as reduced cooling in the freezer, excessive frost or ice formation, or unusual noises coming from the fan area, it may indicate a need to replace this essential part.

Symptoms of a bad evaporator fan shroud include 

• Reduced cooling in the freezer
• Excessive frost or ice buildup
• Unusual noises from the fan area

Restore your freezer by replacing the faulty evaporator fan shroud with this genuine OEM part.

This GE part can also be used on Hotpoint, RCA, and Kenmore/Sears appliances. 
 

This evaporator fan motor circulates air across the evaporator coil so your fridge/freezer can maintain even cooling. Replacing a failed motor restores airflow and helps the appliance reach proper temperatures. What it does:

• Spins the evaporator fan to move cold air through the cooling compartment
• Promotes consistent temperature and prevents localized warm spots
• Common replacement when there is no air movement, weak airflow, or abnormal fan noise
• Can help when you see frost buildup on the evaporator caused by poor airflow

• One evaporator fan motor

• Disconnect power to the appliance before starting any repair
• Access often requires removing interior panels or the evaporator cover; work carefully around coils and wiring
• Defrost ice build-up before removing parts to avoid damage and make access easier

This defrost heater melts frost and ice buildup on the evaporator coil so the refrigerator or freezer can maintain proper airflow and cooling. Restores normal defrost function when the heater is the failed component. What it does

• Heats the evaporator coil during the defrost cycle to remove accumulated frost and ice.
• Helps restore normal airflow and temperature control when frost is blocking the evaporator.
• Commonly installed when evaporator frost/ice builds up, the appliance runs constantly, or cooling is reduced.
• Works with the appliance's defrost control/timer and thermostat to run only during defrost cycles.

• One defrost heater (1) — heater element only unless otherwise specified on your order.

• Disconnect power to the appliance before starting any repair.
• Access the evaporator by removing the freezer/refrigerator evaporator cover; handle the heater element and evaporator fins carefully to avoid damage.
• Follow OEM service instructions for routing and securing the heater; verify related components (thermostat, defrost control/timer) if the problem persists.

This defrost thermostat monitors evaporator temperature and opens the circuit to the defrost heater at the correct point. It prevents overheating during the defrost cycle and helps restore proper airflow for consistent cooling.

• Senses evaporator coil temperature to control the defrost cycle
• Opens the heater circuit as the coil warms to terminate defrost
• Helps maintain airflow and stable compartment temperatures
• Failure signs: heavy frost/ice buildup, poor cooling, or defrost cycle not initiating/terminating properly

• Disconnect power before service; internal edges can be sharp—wear gloves
• Defrost and expose the evaporator to access the thermostat
• Reinstall in the original location/orientation on the evaporator tubing for firm thermal contact
• Route and secure wiring as originally; keep clear of moving parts and hot surfaces