Ptc Parts

This PTC start relay and overload protector assembly mounts on the compressor. It manages compressor start-up and cuts power if overheating occurs. Replacing a failed start device may restore normal cooling and stop repeated clicking from the compressor area.

• Controls compressor start-up through a PTC start device that disengages after the motor is running
• Overload protector interrupts power if current draw or temperature is excessive to protect the compressor
• Visual clues of failure can include heat damage or a burnt odor around the start device

• Disconnect power and allow the compressor to cool before servicing
• Note wire positions; transfer wires and install the assembly on the compressor pins in the same orientation
• Ensure terminals are fully seated; do not force if fitment differs from the original
• If present, reconnect any external run capacitor exactly as originally routed

This compressor start device kit helps your refrigerator or freezer's compressor start reliably each cooling cycle. Replacing a weak or failed start device can restore cooling performance and stop repetitive clicking or brief humming when the compressor tries to start.

• Powers the compressor's start winding to initiate start-up, then disengages
• Supports consistent compressor starts to maintain proper temperatures
• Common symptoms of failure: unit warm, compressor not running, rapid clicking from rear, humming then shuts off
• May accompany signs like heat damage or a burnt odor at the old device

• Unplug the appliance before servicing; allow components to cool
• Located on the side of the compressor behind the rear access panel
• Photograph wiring and compressor pin layout; transfer wires one at a time and seat the device fully on the pins
• If your unit uses a separate run capacitor, reconnect it exactly as originally wired

Kit includes relay, overlaod, cover and instructions.Note Due to manufacturer changes part received may appear different than as shown in photo.

This water level pressure switch senses the tub's fill level through an air hose and signals the washer to start or stop filling and advance the cycle. Replacing a faulty switch restores proper fill levels and reliable cycle timing.

• Monitors water level via an internal pressure diaphragm connected to the tub air hose
• Opens/closes contacts to control the inlet valve and inform the timer/control
• Common symptoms: washer overfills or keeps filling, won't fill, incorrect/erratic water levels
• Cycle may stall at fill or rinse when the switch doesn't detect the proper level

• Disconnect power and turn off water before servicing
• Access the console; transfer wires to the new switch one at a time to maintain correct positions
• Inspect and firmly seat the pressure hose; ensure the hose and tub air dome are clear and the hose isn't cracked or kinked
• After installation, run a test fill to verify proper shutoff at the selected level

This water level pressure switch monitors tub water height via air pressure and signals the controls to stop filling and move the cycle forward, helping prevent overfilling or underfilling for accurate load-size operation.

• Detects water level through the attached air hose and internal diaphragm contacts
• Signals the control to close inlet valves at the selected level and allows agitation/spin only when safe
• Common symptoms: continuous filling/overfilling, stops filling too early/low water level, or no agitate/spin because the tub is sensed as "full"
• May cause inconsistent or incorrect water levels across settings

• Disconnect power and turn off water supply before servicing
• Note or photograph wire positions and transfer to the new switch one-for-one
• Inspect the pressure hose for cracks, kinks, or blockages; ensure an airtight fit on the switch port
• Mount securely in the original location and test with a small load to verify proper fill and operation

This washer water level pressure switch senses tub fill via air pressure and tells the control when to stop filling and advance. Replacing a failed switch restores accurate water levels to prevent overfilling, underfilling, and cycle stalls.

• Monitors air pressure from the tub through a small hose to determine the selected water level
• Signals the timer/control to open/close the inlet valves and move the cycle to agitation/spin
• Symptoms include overfilling or not stopping fill, little or no fill, or cycles that won't advance because "full" isn't detected
• Water level doesn't match the selector setting or changes unpredictably

• Disconnect power and shut off water supply before servicing
• Access the control console; label or photograph wire locations and transfer them to the new switch one at a time
• Move the existing pressure hose to the new switch; ensure the hose is clear, not kinked or cracked, and fully seated
• Reinstall the knob/control panel and test fill at multiple level settings; access and steps may vary by model

This capacitor stores and releases electrical energy to support the appliance's circuit during startup and operation. Replacing a weakened capacitor can restore reliable performance and reduce humming, hard starting, or stalling in the affected component.

• Provides a power boost at startup and helps stabilize voltage during operation
• Helps the connected component start promptly and operate smoothly under load
• Common failure signs include humming, slow or no start, or intermittent operation
• Contribute to overheating or a tripped breaker/fuse when the component tries to start

• Disconnect power at the breaker or unplug the appliance. Before handling, safely discharge the old capacitor using a proper resistor-rated tool.
• Photograph or note wire positions; move each lead to the same-labeled terminal on the new capacitor and ensure snug connections.
• Mount the capacitor securely in its bracket; keep terminals covered and clear of metal surfaces.

This controller is the appliance's electronic control board. It monitors sensors and manages cooling system operations so temperatures stay stable. Replacing a failed board can restore consistent cooling performance and responsive controls.

• Manages compressor and fan run times to maintain the set temperature; failures can cause warm temps, overcooling, or short cycling
• Coordinates automatic defrost on applicable models; faults may lead to frost buildup and restricted airflow
• Processes input from temperature sensors and user settings; issues can make controls unresponsive or erratic
• Drives status lights/alarms on applicable models; malfunctions may trigger false alarms or no indications

• Disconnect power to the appliance before servicing
• Use ESD protection; handle the board by the edges to avoid component damage
• Photograph wiring and move connectors one at a time to the new board to ensure correct placement
• Reuse original mounting hardware and ensure all connections are fully seated before restoring power

This compressor overload is the thermal protector for your refrigerator's compressor. It opens the circuit when the motor overheats or draws excessive current, helping prevent damage and restoring reliable starts when the original protector fails.

• Interrupts power to protect the compressor during overheat or overcurrent conditions
• If failed, symptoms include: compressor won't start, repeated clicking or brief hum then stop, warm refrigerator/freezer, and an unusually hot compressor shell
• A weak protector may trip repeatedly and reset after cooling, causing intermittent cooling
• Works in tandem with the start relay/device to manage compressor startup current

• Disconnect power before servicing and pull the unit forward for rear access
• Remove the rear cover; note wire positions and take a photo for reference
• Pull the old overload straight off the compressor terminal; transfer leads and firmly seat the new overload in the same orientation
• Capacitors can retain a charge—handle with care; reinstall cover and restore power to test

This starter kit is the compressor start device used on select Frigidaire/Electrolux refrigeration products. It helps the compressor start reliably and protects it from overload, restoring consistent cooling when the original start components are weak, noisy, or failed.

• Provides the initial boost needed to start the sealed-system compressor
• Integrates overload protection to help prevent compressor overheating
• Common fix for clicking or humming at the compressor with no start
• Can help resolve warm temperatures, intermittent cooling, or short-cycling

• Disconnect power before servicing; allow components to cool.
• Access the compressor compartment; note wire positions and orientation.
• Seat the new start device firmly on the compressor pins; transfer wires one at a time.
• If your model uses a run capacitor, discharge it and reconnect per the wiring diagram.

This PTCR is the compressor's start device for select refrigerators. It helps the compressor start smoothly by momentarily boosting the start winding, then automatically reduces current as the motor reaches speed.

• Provides initial start assist to the compressor, then self-resets
• A failing PTCR can cause clicking, repeated start attempts, warm temperatures, or the compressor not running
• Helps protect the compressor by limiting inrush current during startup

• Disconnect power before servicing; allow components to cool
• Note wire positions and orientation before removal
• Inspect compressor terminals for heat damage and ensure firm connections
• If the old device shows signs of overheating, also check the overload and wiring

This overload protector is a safety device that mounts on the compressor and opens the circuit if overheating or excessive current is detected. Replacing a failed protector can help restore reliable compressor start-up and protect the motor from damage.

• Monitors compressor temperature/current and interrupts power during an overload condition
• Helps prevent compressor overheating and winding damage
• Common symptoms: refrigerator not cooling, compressor won't start, clicking or humming then shutting off, repeated cycling from the rear machine compartment
• Visible heat damage or a burnt odor at the start device area may indicate failure

• Disconnect power before servicing; work in a well-ventilated area
• Access the rear machine compartment; remove the cover to reach the compressor start assembly
• Note wire positions and orientation; the overload fits on the compressor terminal alongside the start device/relay—seat it fully and securely
• Inspect connectors for heat damage and ensure tight, clean terminals before restoring power

This PTC-style start relay mounts on the compressor and briefly powers the start winding so the compressor can start reliably. Replacing a weak or heat-damaged relay can restore cooling performance and stop repeated clicking from the compressor area.

• Supplies momentary power to the compressor's start winding at startup
• Opens automatically as the PTC warms, removing the start winding from the circuit
• Symptoms of a failing relay: compressor won't start, repeated clicking/humming, and rising temperatures
• Visual clues can include discoloration, melting, or a burnt odor on the relay housing

• Disconnect power and remove the rear lower access panel to reach the compressor
• Note wire locations and terminal orientation before removal; transfer wires one-for-one
• Push the new relay fully onto the compressor pins until seated securely
• Inspect the overload protector and wire terminals for heat damage; replace any burnt connectors before restoring power

This compressor overload protects the refrigerator's compressor by interrupting power when it overheats or draws excessive current. Replacing a weak or failed overload can stop repeated click/no-start symptoms and help restore normal cooling performance.

• Opens the circuit to protect the compressor during overheat or over-current conditions
• Automatically resets after cooling to prevent sustained damage
• Symptoms include: compressor won't start, rapid clicking from the compressor area, starts then stops, and a warm refrigerator/freezer
• Helps prevent motor and wiring damage caused by repeated overload events

• Disconnect power before servicing; wear appropriate PPE
• Access the rear machine compartment and remove the compressor/start device cover
• Note wire positions; pull the old overload straight off the compressor terminal and push the new one on fully seated; reconnect wiring and covers
• If the overload trips again after replacement, further diagnosis of the start relay, run capacitor, or compressor may be required

Kit was recently redesigned by manufacturer. Photo shows older design. Instructions included.