General Electric Fuse Or Sensor

This high limit switch is the temperature safety cut-out for your appliance. It monitors heat and opens the circuit if temperatures rise too high—helping protect components and prevent shutdowns caused by overheating.

• Monitors temperature at a critical location and interrupts power if limits are exceeded
• Helps protect internal components from heat damage
• Can help address: unit won't power on, shuts off during use, or runs without heating
• Replace if it remains open (no continuity) when cool or shows visible damage

• Disconnect power at the breaker before servicing; never work on a live appliance
• If servicing a microwave, be aware the high-voltage capacitor can retain a dangerous charge
• Note wire positions and transfer leads one at a time; mount the switch securely in the original location
• Do not bypass a safety switch; also correct any airflow/ventilation issues that may have caused overheating

This thermal cut-off installs in the bottom location and protects the appliance by interrupting power when excessive heat is detected. It helps prevent overheating-related damage to internal components.

• Monitors temperature at the bottom of the unit and opens the circuit if an over-temperature condition occurs
• Common symptoms include no power, shutting off during use, or not starting after an overheating event
• The TCO tests open (no continuity), it must be replaced

• Disconnect power before servicing; microwaves contain a high-voltage capacitor that must be safely discharged
• Note wire positions and mounting orientation; transfer any reusable bracket/insulator and make secure, insulated connections
• After reassembly, ensure airflow and vents are unobstructed to prevent repeat overheating

This safety thermostat is a temperature-sensitive switch for dryers. It monitors internal heat and opens the circuit if temperatures climb too high, helping prevent overheating. Replacing a failed thermostat restores proper heat control and safe operation.

• Monitors dryer temperature and cuts power to the heater if the limit is exceeded
• Helps protect against overheating and heat-related shutdowns
• Common symptoms of a failed or tripped thermostat: no heat or intermittent heat, dryer running too hot, or cycles ending early due to overheating
• Overheating or repeated trips often indicate restricted airflow—inspect venting and lint paths

• Disconnect power; for gas dryers, also shut off the gas supply
• Access the thermostat location per your model's service information
• Note wire positions and transfer them one at a time; mount the thermostat flush to its mating surface
• After installation, clear lint and verify proper airflow through the exhaust and vent

This thermal limiter is the dryer's high-limit thermostat. It monitors temperature and opens the heating circuit if the dryer overheats, helping protect components and allowing the appliance to operate safely.

• Provides over-temperature protection for the dryer's heating circuit
• Opens the circuit when excessive heat is detected to prevent damage
• If failed open, the dryer may run but not heat
• Repeated tripping can cause intermittent heat and longer dry times

• Disconnect power and allow the dryer to cool before servicing; shut off gas supply for gas models
• Handle wiring carefully; transfer leads one at a time and mount the limiter in the original location/orientation
• Use a multimeter to check continuity
• Clear lint buildup and prevent repeat overheating

This thermostat regulates your dryer's temperature by opening and closing the heating circuit as needed. Replacing a weak or failed thermostat restores safe, consistent heat control so loads dry evenly without overheating or extended run times.

• Monitors drum air temperature and cycles the heater on/off to maintain the selected setting
• Helps protect the dryer from overheating and nuisance thermal cutoffs
• Common symptoms of a faulty thermostat: no heat or intermittent heat, runs too hot, scorched items, very long dry times, or shutdowns from overheat
• Supports consistent drying performance across normal and delicate temperature settings

• Disconnect power before servicing; if gas, also shut off gas supply
• Access the thermostat (often on the blower or heater housing); note wire positions and transfer one at a time
• Mount firmly against the housing surface for accurate temperature sensing; reuse existing screws/bracket
• After replacement, ensure the exhaust vent is clean and unobstructed to maintain correct temperatures

Restore safe, reliable heating with this bimetal limit switch. It senses excessive temperature inside your range or cooktop and opens the circuit to prevent overheating, then automatically resets once the area cools to a safe level.

• Monitors temperature and interrupts power when a preset limit is reached
• Automatically resets after cooling to resume normal operation
• Helps protect heating components, wiring, and controls from heat damage
• Common signs of failure: little or no heat, intermittent cycling, or overheating; fails continuity testing

• Disconnect power and allow the appliance to cool completely before servicing
• Access the switch location; note wire positions and transfer them one at a time to the new switch
• Mount the new switch in the same orientation; ensure proper thermal contact as designed
• Inspect connectors for heat damage, replace if needed, then reassemble and test operation

This 250V 15A safety fuse protects the appliance's line circuit from overcurrent. When the original fuse has blown, replacing it can restore power and help safeguard internal components from further damage.

• Opens the circuit if excessive current or a short occurs, protecting internal parts
• Common symptom: unit completely dead—no display, lights, or response to controls
• Blown fuse will test open (no continuity) with a multimeter
• If a new fuse blows again, another component may be shorted and needs diagnosis

• Unplug the appliance before servicing; microwaves can retain a dangerous charge—discharge the high-voltage capacitor
• Access the fuse near the line filter/control area; note clip orientation
• Replace only with the same 250V 15A rating; never bypass or upsize the fuse
• If the replacement fuse blows immediately, stop and troubleshoot the root cause

Temperature sensor assembly that reads oven temperature and sends signals to the control board for accurate heat regulation, helping restore consistent cooking and dependable preheat performance. What it does:

• Measures the oven's internal temperature and reports readings to the control module.
• Enables correct cycling of the heating elements so the oven stays near the set temperature.
• Common replacement for symptoms like incorrect temperature, long or failed preheat, or uneven baking.
• Works as the oven's temperature-sensing component to help the range maintain consistent results.

• Disconnect power at the breaker before starting any repair.
• Handle the sensor and wiring gently; avoid kinking or damaging the sensing tip or harness.
• Reconnect the electrical connector securely and verify oven operation and temperature accuracy after installation.

The Thermistor Inlet is an OEM part for GE dryers. As a temperature monitoring device, it senses air inlet temperatures entering the dryer drum each cycle. This thermistor provides feedback to regulating components like the control board and heating elements.

Symptoms of a faulty thermistor inlet include:  

• Unexpected fluctuation of inlet air temperatures
• Issues activating or deactivating heating elements as needed  
• Potential safety trips from inaccurate temperature readings
• Improper or inconsistent drying times

Causes of a bad thermistor can be normal wear over repeated uses and heat cycles. Mineral scale buildup may also impact sensor accuracy over time. Electrical faults could potentially disrupt functioning.

This OEM GE replacement ensures proper inlet temperature sensing once installed. Compatible with some Hotpoint, RCA, and Kenmore dryers as well, it maintains safe, consistent performance through accurate temperature feedback to dryer electronics.

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

This gas sensor monitors moisture levels during sensor-cook cycles so the control can adjust time and power for consistent results. Replacing a failed sensor restores reliable sensor-cook performance. What it does:

• Detects steam/vapor inside the cavity and sends feedback to the control board
• Helps the appliance automatically set or adjust cooking time on sensor settings
• Failure symptoms can include sensor-cook not starting, stopping early, or running too long
• May trigger "Sensor" or general error messages related to sensor-cook functions

• Disconnect power before servicing; if working on a microwave, discharge the high-voltage capacitor
• Access is typically behind the control panel or air channel; avoid touching/contaminating the sensing surface
• Transfer any mounting clips/brackets and ensure the wiring connector is fully seated
• After installation, run a simple sensor-cook test to confirm operation

This protector heater provides a small, controlled heat source inside the appliance to keep sensitive components within range. It helps prevent condensation and nuisance trips so the unit operates reliably in cool or humid conditions.

• Provides low-watt heat around a protected area or thermostat
• Helps prevent moisture buildup and condensation
• Stabilizes temperature to reduce nuisance protector/thermal cutout trips
• Symptoms include intermittent operation, unexpected shutoffs, or visible condensation near controls

• Disconnect power before servicing and allow components to cool
• Note wire positions and routing on the original; move one connection at a time
• Mount in the original location and secure leads away from sharp edges, moving parts, and high-heat surfaces
• After installation, restore power and verify normal operation

This surface element limiter switch monitors burner temperature and opens the circuit if it overheats. It helps regulate element cycling for consistent cooking performance and, on many models, feeds the hot-surface indicator light.

• Monitors the surface element's temperature and interrupts power if overheating is detected
• Helps regulate element cycling to maintain safe operating temperatures
• Interfaces with the hot-surface indicator light on many models
• Common symptoms of a failed limiter: surface element won't heat, cycles off too soon, uneven heating, or hot-surface light stuck on or off

• Disconnect power at the breaker before servicing
• Access and mounting vary by model; typically installed at the surface element beneath the cooktop
• Transfer wires one at a time to the matching terminals; ensure snug connections
• Reinstall so the sensor face/clip contacts the element or bracket as originally positioned to ensure proper temperature sensing

This microwave thermostat is a temperature-sensitive safety switch that helps protect the unit from overheating. When the preset limit is reached, it interrupts power to the affected circuit to help prevent damage and erratic shutdowns.

• Monitors temperature at its mounting location and opens the circuit if overheating is detected
• Helps protect internal components from excessive heat
• Common symptoms of a failed thermostat include: unit shuts off during cooking, won't start until it cools down, or has no power/no heat due to an open safety
• Replace if the original tests open when it should be closed

• Disconnect power by unplugging the unit or switching off the circuit breaker before servicing
• Microwaves contain a high-voltage capacitor that can retain a dangerous charge; only qualified persons should service and discharge the capacitor
• Note wire locations before removal and transfer connections firmly to the new thermostat
• Mount the thermostat securely and in the same position to ensure proper temperature sensing

Ceramic

This NTC thermistor is a temperature sensor that feeds real-time temperature data to the control. Replacing a failing sensor helps restore accurate temperature regulation, reduce nuisance shutdowns, and improve consistent cycle timing and performance.

• Monitors temperature by changing resistance as heat rises or falls
• Sends a signal to the electronic control to manage heating and fan operation
• A failed sensor can cause inaccurate temperatures, short/long cycles, or sensor-related error messages
• May prevent certain cycles from starting

• Disconnect power and allow the appliance to cool completely before servicing
• Note connector orientation and wire routing; take a photo for reference
• Install the sensor in the original location/clip and route wires away from hot or moving parts
• Restore power and run a test cycle to proper temperature response