General Electric Damper & Related

The Run Capacitor is an OEM part for GE refrigerators. It plays a crucial role in the refrigerator's cooling system by providing the necessary start and run voltage to the compressor. Without a properly functioning run capacitor, your refrigerator may struggle to maintain the desired temperature, leading to spoiled food and inefficient energy use.

Causes of a bad run capacitor include electrical surges, wear and tear over time, or overheating due to a malfunctioning refrigerator compressor or poor ventilation.

Symptoms of a bad Run Capacitor include:

• The refrigerator compressor fails to start.
• Unusual humming noises coming from the refrigerator.
• The refrigerator cycles on and off more frequently than normal.
• A noticeable increase in energy consumption as the refrigerator struggles to maintain the proper temperature.

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

The Refrigerator Damper Assembly is an OEM part for GE refrigerators. It regulates the flow of cold air from the freezer compartment to the refrigerator, ensuring proper temperature control within the fridge.

Causes of a bad damper assembly can include mechanical failure, electrical issues, or blockages caused by ice buildup or debris.

Symptoms of a bad damper assembly include:

• Inconsistent temperatures in the refrigerator compartment
• The refrigerator being too warm or too cold
• Frost buildup in the refrigerator section
• Unusual noises from the damper area

This GE replacement part is also compatible with Hotpoint, RCA, and some Kenmore models.

This damper is the exhaust vent flap for a microwave. It opens to let air flow out while venting and closes when the fan is off to help prevent drafts, moisture, and debris from entering the unit.

• Directs airflow from the microwave to the outside or recirculation duct
• Helps prevent backflow of air and odors when the fan is off
• A common cause of rattling noises, poor venting, or backdrafts during operation
• Replaces a warped, stuck, or missing vent flap to restore proper ventilation

• Disconnect power before servicing
• Access is typically from the top or rear once the unit is removed or tilted forward
• Note airflow direction and hinge orientation before removal
• Ensure the flap moves freely after installation and proper airflow

This air damper assembly regulates the flow of cold air from the freezer into the refrigerator compartment to keep temperatures even. Replace a stuck or broken damper to restore proper cooling and prevent warm spots or food freezing.

• Controls and meters airflow from the freezer to the fresh food section
• Opens and closes in response to temperature control signals to maintain set temperatures
• Helps balance cooling across shelves and drawers for consistent performance
• Failure symptoms include: refrigerator too warm, items freezing in the fresh food section, temperature swings, or clicking/buzzing from the damper area

• Disconnect power before servicing; remove food and shelves to access the damper area
• Remove the damper cover/grille; take out mounting screws or clips and withdraw the assembly
• Position the new assembly squarely in the air channel; reconnect any harness and reinstall covers
• Restore power and allow the refrigerator to stabilize before final temperature checks

The Hood Damper Assembly is an OEM part for GE microwave ovens. This part controls the flow of exhaust air to minimize odors and smoke from cooking. This damper opens to allow air to vent outside during microwave operation and closes to prevent outside air from entering when the microwave is not in use.

Causes of a bad hood damper assembly can include mechanical failure such as a stuck or broken damper, deterioration of the linkage or springs that operate the damper, and blockage caused by grease or debris accumulation, which can impair its functionality.

Symptoms of a bad Hood Damper Assembly include:

• Ineffective venting of smoke or cooking odors
• External air leakage into the microwave system
• Unusual noises during operation indicating a damper misalignment or obstruction

This OEM GE part is also compatible with Hotpoint, RCA, and some Kenmore models.

The air damper monogram kit is used in refrigerators that include freezers. The main purpose of this component is to balance the way air flows when it leaves the evaporator fan housing. The device will often control how much cold air is moved into the fresh air compartment. It can also be used to move cold air from the refrigerator into the freezer. If this part is damaged, cold air may not go where it should and some parts of the refrigerator may become too warm.If this part is damaged or not working, it should be replaced. Disconnect the refrigerator from power and open the door to find the air damper monogram. It is located where the cold air enters the fresh food area. Access the housing and inspect it for damage. It can be removed to get to the damper components. Check the sensing bulb for issues before removal. Install all parts of the kit or only the ones that are damaged before reassembling the appliance.This is a genuine OEM air damper monogram kit for use with General Electric refrigerators. It is priced individually and sourced straight from the manufacturer.

The Damper is an OEM part for GE microwaves. This part controls the airflow within the microwave, allowing steam and hot air to be vented properly during cooking. The damper opens and closes to regulate the release of excess moisture and heat, ensuring optimal cooking performance and preventing overheating.

Causes of a bad damper can include wear and tear from regular use, buildup of grease or food particles, or mechanical failure.

Symptoms of a bad damper include:

• Excessive steam or heat buildup inside the microwave
• Unusual noises during operation
• The microwave overheating or shutting down unexpectedly
• Inconsistent cooking results

This OEM GE part is also compatible with Hotpoint, RCA, and some Kenmore models.

This is an authentic OEM replacement waveguide sourced directly from the manufacturer. Waveguides are used in microwave ovens to help transmit the radiation throughout the microwave's inner cavity. The waveguide also protects the microwave's inner parts from damage due to steam or spattering food during operation. If the waveguide breaks or cracks, as can happen to plastic parts over time, it should be replaced to protect the mechanical workings of the microwave. Although the microwave can be used without the waveguide, it is not recommended.The waveguide is located inside the cooking area of the microwave over the control panel. It is a thin piece of material that may resemble cardboard. To start, disconnect the microwave from the wall outlet and use a screwdriver to remove the two screws holding the waveguide in place. Discard the broken waveguide and use the screws from the original waveguide to install the new one. Plug the microwave back into the outlet. This waveguide is made of durable plastic and is sold individually. This waveguide does not come with screws. It is designed for use in microwave ovens manufactured by General Electric.

This assembly meters cold air from the freezer into the fresh-food compartment and provides temperature feedback to the controls. Replacing a failing unit restores proper airflow and more stable, even cooling performance.

• Motorized damper door opens and closes to regulate airflow from the freezer; stuck-open can cause freezing near the vent, stuck-closed can leave the fresh-food section warm.
• Integrated thermistor senses compartment temperature and signals the control board; a failed sensor can cause erratic or inconsistent temperatures.
• Helps balance airflow between compartments to maintain set temperatures.
• Common clues include clicking/chattering from the damper area, weak or constant airflow, warm spots, or items freezing on upper shelves.

• Disconnect power before servicing.
• Access the damper through the fresh-food air duct; remove shelves and the duct cover as needed.
• Disconnect the wire harness; route and seat wiring and seals in the same positions during reassembly to prevent air leaks.
• Restore power and allow up to 24 hours for temperatures to stabilize.

This fresh food damper control regulates the amount of cold air that enters the refrigerator compartment from the freezer. Replacing a worn or stuck damper helps restore consistent temperatures and reduce warm spots or unintended freezing.

• Regulates airflow from the freezer into the fresh food section based on the temperature setting
• Helps maintain stable refrigerator temperatures across shelves and bins
• Common signs of failure: refrigerator warm while freezer is cold; food freezing in fresh food; no change when adjusting the control; stuck or broken damper door
• Correct low or no airflow from the diffuser/air tower in the refrigerator compartment

• Disconnect power before servicing; use proper safety gear
• Access the damper behind the fresh food air diffuser or control cover; retain screws and trim
• Transfer any original brackets, linkage, or seals to the new damper; the door moves freely and seals align
• Restore power and airflow changes when the control is adjusted

The air damper assembly regulates the flow of cold air from the freezer into the fresh food compartment. A new damper restores balanced airflow for steady refrigerator temperatures—helping prevent warm spots or unwanted freezing of items.

• Controls and meters cold-air supply from the freezer to the refrigerator section
• Helps maintain even, consistent temperatures across shelves and drawers
• A stuck or worn damper may cause a warm refrigerator section while the freezer stays cold
• If stuck open, may lead to freezing near the air outlet and noticeable temperature swings
• Failing dampers can produce repetitive clicking or grinding noises from the damper area

• Unplug the refrigerator before servicing
• Access from the fresh food compartment; remove shelves and the diffuser/cover to reach the damper
• Note screw locations and wiring; handle seals and air passages carefully to prevent leaks
• After installation, verify the damper door moves freely and the cover seats properly; allow up to 24 hours for temperatures to stabilize

This molded resin cover is a protective plastic shield used inside the microwave. It helps protect internal components and ducting from splatter and debris and restores a secure, finished fit when the original cover is cracked or missing. What it does:

• Shields internal components from grease, steam, and food splatter inside the unit
• Helps maintain proper airflow paths and a snug, rattle-free fit
• Common replacement when the original cover is cracked, warped, loose, or missing
• Visual cue: exposed internal parts or a cover that won't stay secured

• One resin (plastic) cover

• Disconnect power (unplug or switch off the breaker) and allow the unit to cool
• Access the cover location; remove retaining screws/clips and keep hardware for reuse
• Align the new cover and secure it without overtightening
• Ensure the cover is fully seated and not contacting nearby moving parts before restoring power

Replacement air handler assembly that circulates cooled air through the appliance to maintain consistent airflow and temperature distribution. Designed as a direct-replacement air distribution housing to restore proper cooling performance. What it does:

• Directs and circulates cooled air from the evaporator to the cabinet for even temperatures.
• Restores airflow when the original air handler is cracked, damaged, or obstructed.
• Helps reduce hot spots and inconsistent cooling caused by a failing air distribution housing.
• Stops or reduces abnormal air-path noise caused by damaged ducting or loose components.

• Disconnect power to the appliance before starting any work.
• Basic hand tools needed; remove interior panels to access the evaporator/air distribution area.
• Handle edges and evaporator components carefully to avoid damage or cuts.

This damper foam assembly replaces the worn foam seal around the refrigerator air damper to help reduce air leakage and support consistent temperature control in the fresh-food compartment. It restores the damper's sealing surface for better airflow management. What it does:

• Replaces the foam seal mounted on the air damper assembly to reduce unwanted air transfer between compartments
• Helps maintain even temperatures by preventing conditioning air from bypassing the damper
• Can reduce frost buildup caused by uncontrolled airflow
• Improve cooling performance and reduce cycling caused by air leaks

• Disconnect power to the appliance before beginning any service
• Remove interior panels or shelving as needed to access the damper housing; keep screws and fasteners organized
• Handle the foam gently to avoid tearing; align and seat the foam evenly against the damper housing
• After installation, restore power and verify the damper opens/closes and the compartment temperatures stabilize

This motor cover protects the damper motor assembly, keeping the motor and linkage free from debris for reliable vent operation. It helps shield internal components to reduce wear and prevent foreign object interference. What it does

• Guards the damper motor and linkage from dust, crumbs and other debris
• Maintains proper clearance around the motor to help consistent damper movement
• Can reduce rattling or contact noise caused by loose components
• Useful when replacing a cracked, broken or missing motor cover

• One motor cover

• High-level replacement: remove power, access the damper assembly, remove fasteners, swap the cover, and reassemble
• Always disconnect power before servicing to avoid electrical shock
• Keep track of screws and any small parts during disassembly
• If the damper motor or linkage are damaged, replace those components rather than relying on the cover alone

This damper assembly controls airflow between refrigerator compartments to help maintain even temperatures. Replaces a failed or stuck damper to restore proper air distribution and temperature balance. What it does

• Regulates cold air flow from the freezer to the fresh food section.
• Opens and closes in response to the refrigerator's temperature control / user settings.
• Commonly used when fridge temperature is too warm, too cold, or fluctuates between compartments.
• Helps reduce uneven cooling and prevents overworking the compressor when functioning correctly.

• One damper assembly.

• Disconnect power to the appliance before starting any repair.
• Handle the damper linkage and plastic parts carefully to avoid breakage.
• Verify electrical connectors are fully seated and routing does not block damper movement.