Parts for Ge AZ85E12EACW1: 02 - Motor, Heater & Base Pan Parts

This propeller fan is the replacement fan blade that circulates air inside the appliance to maintain proper airflow and cooling. Restores airflow and reduces noise caused by damaged or broken blades. What it does:

• Moves air through ducts or across coils to support cooling and ventilation
• Helps maintain even temperatures by circulating conditioned air
• Replaces cracked, warped, or missing blades that cause vibration or scraping
• Can reduce abnormal noise from airflow imbalance

• One propeller fan (single fan blade)

• Disconnect power to the appliance before beginning any service
• Remove housing or access panels as required to reach the fan assembly
• Ensure correct blade orientation and secure fit; do not force or overtighten

This fan housing seal is a molded gasket that cushions and seals the refrigerator fan housing to reduce air leaks and dampen vibration. It helps maintain proper airflow and can reduce fan noise or frost buildup near the evaporator. What it does:

• Seals the fan housing to direct airflow through the evaporator assembly
• Cushions the fan housing to reduce vibration and rattling noise
• Helps prevent warm air bypass that can cause frost or uneven cooling
• Supports consistent fan performance and quieter operation

• One fan housing seal

• Intended for use around the refrigerator fan housing; location fits your model prior to installation
• Remove power to the appliance before accessing internal components
• Handle carefully to avoid tearing the gasket; ensure seating is even for a proper seal
• If other damaged or worn components are found, replace them as recommended by the manufacturer

This fan housing seal cushions and seals the fan housing to the cabinet, helping maintain proper airflow and reduce vibration and noise. It restores the seal between the fan housing and refrigerator cabinet for more efficient operation. What it does

• Seals the gap between the fan housing and cabinet to direct airflow through evaporator coils
• Helps reduce fan vibration and operational noise when properly installed
• Can prevent air leakage that reduce cooling efficiency
• Useful when the original seal is torn, flattened, or missing

• One fan housing seal

• Disconnect power to the appliance before starting any repair
• Remove the fan housing or access panel as needed to reach the seal; clean mating surfaces before installing
• Press the seal into place evenly; replace if excessively stretched or damaged

This thermal overload protector safeguards the motor/compressor circuit by opening when temperature or current rises too high. Replacing a failed protector helps prevent damage and restore reliable operation when the unit won't stay running.

• Opens the circuit on over-temperature/over-current to protect windings
• Helps address symptoms like: hums then clicks off, won't start, or shuts down shortly after starting
• Often resets when cool; repeated tripping indicates a failing protector or a related issue
• Mounts against the component for accurate thermal sensing

• Disconnect power at the breaker before servicing; capacitors can retain a charge
• Note wire locations and transfer one at a time; terminals should fit snugly
• Seat/clip the protector firmly as designed for proper heat transfer
• If the old protector shows heat damage, also inspect the start relay/capacitor, wiring, and the motor/compressor

This protector heater is a small heating element used with the overload/thermal protector in the motor or compressor circuit. It provides calibrated warmth so the protector trips correctly under heavy load, helping prevent overheating and protecting the unit. What it does:

• Works with the overload/thermal protector to ensure proper trip timing
• Helps prevent overheating and potential damage to the motor/compressor
• Common signs include repeated clicking near the compressor area or frequent overload trips

• 1 protector heater

• Disconnect power and safely discharge the run capacitor before servicing
• Photograph or label wiring and component orientation for accurate reassembly
• Install in the same position/orientation as the original with secure, insulated connections and proper wire routing
• Inspect the overload, start device, and terminals; replace any burnt or loose connectors to prevent repeat failures