Introduction
Learning how to replace oven element can restore normal baking without the cost of a service call. An oven heating element is the metal coil inside an electric oven that turns electrical energy into heat. When it burns out, the oven may not heat at all, may heat unevenly, or may take much longer than usual to reach the selected temperature.
Many electric ovens use two separate elements: a lower bake element and a smaller upper broil element. Replacement is usually straightforward once the range is disconnected from power, but the safe procedure depends on the oven design. Some elements have screw terminals, while concealed models require the removal of a cooktop, side panel, or rear access cover.
This guide explains how to identify a failed element, prepare the range, remove the old component, install the correct replacement, and test the repair. Follow the appliance manufacturer’s instructions whenever they differ from the general steps below.
Quick Answer: How to Replace Oven Element?
To replace an oven element, first confirm that the oven is electric and identify whether you need the bake or broil element. Turn the range off, unplug it if possible, and switch off its circuit breaker. Allow the oven to cool completely, remove the racks and relevant panels, photograph the wiring, disconnect the element leads, and carefully remove the old element. Install an exact manufacturer-approved replacement with the same voltage, wattage, dimensions, terminal configuration, and mounting style. Reconnect the wiring, replace the panels, restore power, and run an empty-oven test cycle.
Do not attempt the procedure if the range shows damaged wiring, melted terminals, a burning odor that persists, a gas smell, or water near the electrical connections. A qualified appliance technician should handle those conditions.
Identify the Problem Before Ordering a Part
Before replacing an element, rule out simpler causes. Use the oven’s control panel or manual to run a bake or broil setting for several minutes. An element that is healthy often becomes red or orange, although some elements glow less evenly than expected.
Common signs of a failed bake element include:
- The oven remains completely cold during a normal preheat.
- One side of the oven becomes hot while the other does not.
- Food takes substantially longer to cook than it used to.
- The element has a visible break, blister, dark damaged area, or warped shape.
- You notice an unusual burning odor or discoloration inside the oven.
A bake element can fail without affecting the broil element, and a working broil element does not prove that the bake element is sound. Conversely, a faint glow can occur briefly during startup and is not always a defect. Compare the element’s behavior with the oven manual and test the full heating cycle.
If the oven does not heat, the element may not be the problem. A faulty control board, temperature sensor, thermal fuse, relay, wiring connection, or selector switch can interrupt power. If both heating elements are dead, the shared power supply or control system may require diagnosis instead of two unnecessary parts.
Understand the Main Types of Oven Elements
Oven elements may look similar but differ in placement, shape, connection method, and purpose. Use the model and serial number to identify the correct part. An element with the same general shape is not automatically compatible.
| Element or installation type | Common location | Typical purpose | Key identification point |
|---|---|---|---|
| Standard exposed bake element | Lower rear or lower side of the oven cavity | General baking and roasting | Visible coil with two terminal connections |
| Upper bake or broil element | Top of the oven cavity | Broiling, top heating, or upper baking | Usually shorter and shaped to fit the upper area |
| Concealed bake element | Behind a lower cooktop or access panel | Even, unobstructed bottom heat | Part number is usually required |
| Ceramic plug-in element | Rear or side of a compact oven | Standard electric-oven heating | Plug prongs fit a special ceramic socket |
| Dual-function or combination element | Varies by range model | Bake and broil, or another combined function | Must match a model-specific wiring diagram |
Some ovens also use a microwave-mode magnetron, convection fan heater, or separate warming drawer element. None of those components is interchangeable with a conventional oven bake element. If the control panel indicates a specific fault or the heat source changes depending on the selected mode, note that information before purchasing a part.
Gather the Right Tools and Replacement Part
Prepare the tools before disconnecting anything. The exact size and type depend on the range, but a typical service kit includes:
- A Phillips and/or flat-head screwdriver
- A nut driver, socket set, or adjustable wrench for terminal nuts
- Needle-nose pliers for wire connectors
- Wire cutters or side cutters for non-reusable clips
- A multimeter capable of checking electrical resistance and continuity
- Work gloves and eye protection
- A flashlight for the oven cavity or rear connection area
- Painter’s tape or labels for identifying wires
- A small container for screws, nuts, and clips
You may need a second person to support a heavy cooktop or oven door. Do not lift a range by its door or control panel.
Find the model and serial number, usually located on a label inside the door frame, beneath the cooktop lip, or on a side panel. Obtain the manufacturer-approved replacement element. Match these specifications whenever possible:
- Oven type and model number
- Bake or broil function
- Voltage and wattage
- Overall dimensions and mounting hole positions
- Terminal style and connection method
- Special material, coating, or configuration requirements
A universal-looking element that does not have the correct wattage, physical fit, or approval for the model may overheat the wiring, create an uneven cooking environment, or create a fire hazard.
Prepare and Disconnect the Oven Safely
Move lightweight items away from the range and clear a working area. Because stored items can be disturbed when the oven door or cooktop is moved, take everything out first. Photograph the room, the range connections, and the element wiring before disassembly. The photos can serve as a reference if a terminal becomes damaged.
Switch off the range and place its control panel in the off position. Unplug the range if the plug is accessible. If it has a wall connection that is difficult to reach, identify the correct circuit breaker in the electrical panel and turn it off instead.
Verify that the power is off. A voltage-rated multimeter is the most dependable method. Test the meter on a known live source first, then test the supply. With the breaker off, test again. A continuity reading does not by itself prove that the circuit is de-energized because one breaker may not de-energize every conductor. The range may also be connected through a receptacle or an appliance outlet that is not controlled by the expected switch.
Allow the oven, element, cooktop glass, and nearby metal parts to cool completely. If you used the oven shortly before the repair, wait until all parts are at room temperature. Do not remove a concealed element through hot cooktop glass.
Check the installation for water, moisture, damaged insulation, loose conductors, burned wiring, or a strong unexplained odor. If any electrical component is damaged, do not simply reconnect the range and hope the new element solves the problem.
Remove the Old Oven Element
Once the range is verified de-energized and cool, begin with the least complicated access method.
- Remove the oven racks. Pull them forward and out carefully. If racks are supported by small clips or rollers, leave those parts in place unless the range manual says otherwise.
- Remove the protective cover. Many conventional ovens have a metal cover at the rear or lower center of the cavity. Remove only the screws identified for the cover; similar screws may secure trim or other components.
- Disconnect the element leads. Photograph or label each lead before removing it. Pull straight off a slip-on terminal carefully, or loosen the nut and remove the spade or ring connector without twisting the wire.
- Loosen the mounting screws or nuts. Support the element so it cannot drop onto the oven floor or pull against the wiring.
- Remove the element. Lift or rotate it out as required. Concealed elements may be secured from beneath the cooktop by additional brackets or screws.
- Inspect the area. Look for melted terminal blocks, loose screws, blackened insulation, frayed conductors, or damage caused by an arcing element.
Do not use the element itself as a handhold. Heating elements are brittle after repeated heating and cooling and can snap. Avoid bending a replacement element, especially around the threaded or terminal ends.
If the old wiring connector is discolored, brittle, or loose, replace the connector rather than reusing it. Use only a connector rated for the oven’s temperature, current, and wire gauge. A loose, under-sizemed, or incorrect connector can create resistance and overheating even when the new element functions.
Install the New Oven Element
Compare the replacement with the removed element before installation. The mounting holes, terminal locations, overall dimensions, and element shape should align correctly. The specified voltage and wattage should also match the appliance’s model requirements.
For an exposed screw-terminal element, position it on the brackets and replace the original mounting hardware. Tighten the screws or nuts securely, but do not crush the element or overtighten the terminal hardware. Follow the manufacturer’s specified arrangement when the new element has more than two leads or uses special sensors.
For a plug-in ceramic element, inspect the socket. Insert the new element without forcing it, making sure all prongs are fully seated and the ceramic flange is positioned against its seal. The locking mechanism should engage according to the appliance design. Never plug an element into a socket if the prongs are bent, the socket is cracked, or the socket terminals are discolored.
For a concealed element, align the unit beneath the oven cavity, reinstall any brackets from below, and make sure it does not contact the cooktop, insulation, frame, or adjacent wiring. Overtightened screws can place stress on the element’s terminal ends.
Reconnect the leads according to your photos and the service documentation. If the appliance uses a temperature sensor, thermistor, or uniquely positioned lead, follow that diagram exactly. Proper electrical continuity matters, but correct routing also keeps moving parts from rubbing the wiring.
Reconnect the Range and Test the Repair
Replace any access cover, cooktop panel, side panel, trim, or insulation that you removed. Make sure no screw, nut, tool, or loose hardware has been left inside the oven. Reinstall the racks, but leave the oven empty for the first test.
Restore the plug or circuit breaker. Before operating the oven, check that the element is correctly centered, all connections are inaccessible or protected, and the range is stable. Use the normal bake setting for the manufacturer-recommended preheat period. Confirm that the new element heats and that heat is being distributed through the oven.
Stop the oven if you notice smoke, a burning-plastic odor, sparking, visible arcing, a loose component, severe discoloration, or abnormal noise. Turn off the range and switch off the breaker if necessary. Do not continue testing a suspicious installation.
A multimeter can provide a useful safety check on a disconnected element, but a successful temperature cycle is the final functional test. If the oven still fails to heat, a separate component or circuit is likely at fault.
Test a Removed Element with a Multimeter
If you plan to install the new element anyway, a continuity test can confirm why the old part failed. Disconnect the old element completely and let it cool. Set a digital multimeter to the lowest appropriate resistance or continuity range.
- Zero or test the probes by touching them together and adjusting the meter if required.
- Place one probe on each element terminal.
- Read the resistance or continuity indication.
- Move the probes to several points along the element if the meter initially indicates continuity.
A functional heating element usually shows continuity, often with a relatively low resistance reading. A visibly broken element may show an open circuit. A high or inconsistent reading can also indicate a damaged heating section.
Do not rely on a low reading by itself. A meter cannot confirm the element’s wattage, physical compatibility, or condition while it is installed. Never perform a resistance test on an element that is energized or still connected to the appliance’s control circuitry.
Handle Concealed Elements and Specialty Connections
A standard exposed element generally requires only a small number of steps. A concealed element may require substantial disassembly, and the range manual becomes especially important.
Before opening a larger panel, protect the cooktop surface with a suitable nonabrasive cover if the manufacturer permits it. Protect floors from dropped hardware and support the panel before removing the final screws. Do not pry on finished edges, electrical controls, wiring channels, or insulation.
Some replacement elements connect through a plug, while others use two high-current screw terminals, a keyed plug, a separate temperature-sensing lead, or a bracket assembly. Two wires of the same color do not necessarily mean that either wire can be connected to either terminal. The low-current sensor or control lead, if present, must be connected to the correct location.
If the range is less than a few years old, may be under warranty, or uses a proprietary connection, consult an authorized service provider. This can prevent damage to a control board, moisture barrier, induction surface, or touch-control assembly that may not be obvious during a basic repair.
Troubleshoot the Oven When the New Element Does Not Work
Correct diagnosis depends on the symptom. A replacement element is only one part of the heating system, which may include controls, switches, relays, fuses, sensors, wiring, and cooling fans.
If neither element heats, check the range’s supply and the common control system. A thermal fuse, relay, control board, selector switch, or circuit breaker may be open. Some ovens will run the cooling fan or display an error code even when the bake circuit is unavailable.
If only one function is dead, the installed element, its wiring, and the control path for that function are the main suspects. Make sure the terminal connections are tight and the correct leads are attached to the correct positions.
If the element glows but food cooks unevenly, check for a displaced element, loose mounting hardware, a blocked fan, incorrect rack placement, or cookware positioned too close to the element. If one part of a conventional element remains dark or discolored, the element may still be defective even though it glows elsewhere.
If the oven becomes too hot or does not shut off, disconnect power and do not operate it again. A failed temperature sensor, control relay, wiring fault, or control board can create this condition. Replacing the element will not correct an overheating control problem.
If there is a smell during operation, determine whether it is a brief odor from protective materials or a persistent electrical smell. A hot, recently installed oven may release factory residues. A sharp acrid odor, smoke, melting plastic, or discoloration requires an immediate shutdown and professional assessment.
Essential Tips and Best Practices
- Use the exact approved element. Model compatibility is more important than appearance.
- Match electrical and thermal specifications. Do not substitute a higher-wattage element unless the manufacturer explicitly permits it.
- Photograph every connection. Photos make it easier to restore unusual wiring accurately.
- Verify de-energization. Confirm the correct supply is off, especially when a wall switch controls the receptacle.
- Keep water and conductive objects away from open wiring. Do not drop a screwdriver into an energized terminal block.
- Use insulated tools where appropriate. Even with the range off, exposed conductors can remain hazardous until the source is verified.
- Support panels and elements. Never let an element or cooktop hang from its wires.
- Inspect terminals rather than ignoring damage. Replace heat-damaged connectors and hardware.
- Do not seal the wiring in place while it is loose. Access covers should return to their original position after all repairs.
- Keep the first test empty. This makes unusual smoke, odor, or a hot spot easier to identify.
Avoid These Common Oven Element Mistakes
Buying an element based only on appearance is one of the most frequent errors. Similar coils can have different lengths, mounting arrangements, terminal locations, voltages, and wattages. A replacement may physically fit yet be electrically unsuitable.
Testing continuity while the element is installed and powered can give unreliable results and create serious risk. The terminal network may contain parallel circuits, sensors, and switching components. Disconnect the element completely before testing it as an isolated component.
Reusing melted or discolored wire connectors may appear convenient, but heat and arcing damage do not disappear when a new element is installed. Replace damaged connectors and make sure they are the correct gauge and temperature rating.
Overtightening terminal nuts can damage the wire, flatten the terminal, or strip the threaded stud. The connection should be secure and free of exposed conductor strands, not tightened beyond the manufacturer’s guidance.
Removing the wrong screws can damage trim, panels, insulation, or a ground connection. Organize screws by location and reinstall each one where it came from. If a screw has a different length, confirm its position rather than forcing it into a nearby hole.
Failing to restore panels can expose hot wiring and allow airflow around the element to be blocked. Missing covers may also prevent the oven from heating correctly or create a localized fire hazard.
Ignoring control-system symptoms can waste money and create repeated failures. Both elements not operating, an error code, a cooling fan problem, or severe overheating may point beyond the element itself.
Frequently Asked Questions
Can I replace an oven element myself?
You can often replace an oven element yourself if you are comfortable working around household wiring, can safely disconnect the range, identify the correct part, and follow the appliance documentation. Do not proceed if the range has damaged wiring, burned terminals, a suspected gas leak, active arcing, or a complex concealed installation. A qualified technician is the safer choice in those situations.
How much does an oven element replacement cost?
The cost depends on the appliance and part. A basic exposed element may be inexpensive, while a concealed, model-specific, or specialty element can cost more. DIY replacement mainly saves labor, but damaged terminals, panels, wiring, or the wrong part can increase the cost. Always verify the model and part number before ordering.
How do I replace a broil element?
Use the same general procedure as for a bake element, but remove the upper oven element and its protective cover. Because broil elements are close to the top of the oven and the element itself, allow extra cooling time and avoid contact with hot surfaces. Photograph the connections, identify the correct upper element for the range, and restore the upper panel and rack supports before testing.
Does a gas oven have a replaceable electric heating element?
A gas oven may have igniters, burners, and a gas-fired baking function rather than an electric bake element. If a search result refers to the “oven element,” it may mean an igniter, flame spreader, thermostat, or another component. Consult the appliance manual before replacing a part so you do not attempt to install an electric element in a gas appliance.
How do I test an oven element with a multimeter?
Disconnect the range and element, make sure the element is cool, and set the meter to a resistance or continuity range. Touch the probes together to test the meter, then touch one probe to each element terminal. A healthy element usually shows continuity or a low resistance reading, while a broken element may show an open circuit. A test result does not replace a final empty-oven heating test.
Why is my new oven element not heating?
The new element may be the wrong part, a terminal may be loose, or the lead may be connected incorrectly. Other possible causes include an open thermal fuse, faulty relay, failed control board, bad temperature sensor, damaged wiring, or a problem with the selected oven function. Disconnect power and check the connections; if the wiring and part are sound, have the control system tested.
Is it normal for a new oven element to smell?
A slight temporary odor may occur during the first heating cycle as factory residues burn off, especially if the element or oven is new. A strong acrid odor, smoke, melting, sparking, or persistent smell is not normal. Turn the range off, disconnect power, and inspect the installation or contact a technician before using it again.
Conclusion
Knowing how to replace oven element is a useful repair for many electric ranges and wall ovens, but the safe part is replacing the correct component, not merely matching its shape. Identify the bake or broil function, verify the model number, use the specified element, disconnect the correct power source, and inspect the wiring before installing the new part.
A successful repair requires a secure element mount, sound terminals, restored covers, and a normal heat cycle. If the replacement element remains cold, the oven overheats, or the repair produces smoke or sparking, stop testing and investigate the control system or have a qualified technician provide assistance.