The WB44K5013 GE Oven Range Bake Element is an electric heating element designed for use in GE oven ranges; it is indeed the primary radiant heater located in the oven cavity responsible for producing the heat used during baking cycles. As a resistive heating component typically formed from a metallic tubular element, it converts electrical energy into thermal energy and is mounted at the bottom of the oven cavity where it radiates heat and transfers energy to cookware and the oven interior.
Within the appliance, the bake element interfaces with the oven’s electrical supply, control electronics (mechanical infinite switch or electronic control board), temperature sensing components (thermostat or thermistor)and safety devices (thermal cutouts, fuses, and the chassis ground). It is part of the oven’s thermal generation and control system: the control unit applies voltage to the element according to user settings and feedback from temperature sensorsand the element’s thermal behavior influences temperature stability, cycle timingand the operation of related components such as relays and wiring harnesses.
In this article readers will find a technical examination of the WB44K5013’s function, common compatibility considerations, symptoms of element failure (open circuit, short-to-ground, visible burn or deformation, uneven bakingor loss of heat)and practical troubleshooting approaches such as visual inspection, continuity and insulation testsand verification of control outputs. The piece will also cover replacement considerations – matching physical dimensions, terminal type and voltage ratingand ensuring proper mounting and grounding - as well as safety precautions and the interaction of the element with other oven systems to help technicians, engineersand appliance owners make informed diagnostic and replacement decisions.
Table of Contents
- Function and Thermal and Electrical Role of the Oven Bake Element
- How the WB44K5013 GE Oven Range Bake Element Operates Within the Oven Cavity and Control Circuit
- Common Failure Symptoms, Measured Electrical Faultsand Visual Indicators
- compatibility, Model Fitment, Replacement Considerationsand Installation Best Practices
- Q&A
- The Conclusion
Function and Thermal and Electrical Role of the Oven Bake Element
the WB44K5013 GE Oven Range Bake Element is a resistive heating element designed to convert household mains electricity into the controlled radiant and convective heat required for baking. Constructed as a nickel-chromium or similar resistive coil enclosed by a stamped metal sheath, the element heats by Joule heating when current flows thru its resistance; the sheath and mounting brackets locate the element at the oven cavity floor or rear so heat distribution matches the original appliance design. Correct electrical rating, terminal configuration, and physical fit are critical for compatibility - using the WB44K5013 as a direct replacement ensures matched wattage and terminal placement to maintain controller calibration, thermostat responseand bake performance in the specific GE ranges it supports.
- Construction: sealed resistive core in a metal sheath with mounting flanges and spade terminals for secure electrical connection.
- Electrical behavior: designed to present a low resistance (typically in the low tens of ohms for 240 V elements), producing a steady wattage at rated voltage.
- Thermal output: emits both radiant heat and warms circulating air; thermal mass and placement affect ramp rate and uniformity.
- Diagnostics: look for open circuit on a multimeter, visible breaks or blistering, uneven glowingor ground faults as failure indicators.
Thermally, the bake element is the primary heat source that establishes the oven’s setpoint and contributes to cycle stability; its surface temperature and exposed length determine how much energy is delivered by radiation versus convection. Faults such as internal breaks (open circuit) stop heating entirely, while partial shorting to the sheath or ground can trip safety devices or cause erratic thermostat behavior. for practical servicing,visually inspect for deformity,measure continuity and resistance with the mains isolated,and replace with the exact part number to preserve OEM thermal response; always disconnect power before performing any tests or replacements to avoid shock or further component damage.
How the WB44K5013 GE Oven Range Bake Element Operates Within the Oven Cavity and Control Circuit
The WB44K5013 GE Oven Range Bake Element is a resistive heating element installed at the bottom of the oven cavity. When the oven control closes the bake relay or solid-state switch, line voltage is applied across the element terminals and electrical energy is converted into heat by resistive loss. Heat is delivered to the cavity primarily by radiation from the element surface and conduction through the oven floor, with the oven’s thermostat or temperature sensor providing feedback to the control board so power is cycled to maintain set temperature. Physically the element must match the oven’s mounting and terminal configuration to ensure proper positioning and safe electrical connection within the cavity and chassis.
The element interfaces with the control circuit as a simple load that draws significant current during bake cycles; residential ranges commonly supply the element at the range line voltage (commonly 240 V in the U.S.)and the control board or mechanical relay must be sized to switch that current.Technicians should verify compatibility by matching terminal type,wattage rating and physical length when replacing the part,and by testing for continuity and insulation to chassis with a multimeter to diagnose faults. Improperly matched wattage or a ruptured sheath can change heat-up time and oven regulation and may cause repeated relay cycling or premature control failure, so replacement with the correct part and secure connections is the appropriate remedy for performance or safety issues.
- Visible and operational symptoms: breaks, blistering, uneven heatingor oven failing to reach setpoint.
- Basic tests: continuity across terminals (low resistance) and high resistance to chassis ground indicate a good element.
- Compatibility checks: confirm terminal type, mounting bracketsand wattage/voltage rating match the oven specifications.
- Control interaction: element draws high current when energized; repeated rapid cycling suggests control or sensor problems rather than the element alone.
| Item | Description |
|---|---|
| Function | Resistive bake heating element producing radiant and conductive heat in the oven cavity. |
| Typical supply | Operates on the range line voltage (commonly 240 V in residential U.S.ranges). |
| Connections | Usually female spade terminals with mounting brackets; must match oven chassis fittings. |
Common Failure symptoms, Measured Electrical Faultsand Visual Indicators
The WB44K5013 GE Oven Range Bake Element is a resistive heating element designed to convert mains electrical energy into radiant heat for the oven cavity. The element is a formed metal sheath containing a nichrome or similar resistive coil; its electrical resistance and sheath geometry determine the wattage and heat distribution during bake cycles. When selecting a replacement, technicians should match the physical length, mounting brackets, terminal type (spade or screw)and rated wattage/voltage to the existing assembly to ensure compatible heat output and proper fit with the oven’s control system.
Typical failure modes are electrical opens, increased coil resistanceor insulation breakdown to chassis; these produce measurable and observable indications. Disconnect power and test with a multimeter across the two element terminals: a cold DC resistance in the rough range of 20-40 Ω is common for full-size 240 V bake elements (value varies with wattage); an open-circuit (OL/infinite) indicates a broken coil, while a low-resistance reading between a terminal and the oven chassis indicates a short to ground. Common symptoms and visual indicators include uneven baking or underheating, an element that does not glow or only partially glows, visible blistering, ruptures in the sheath, or burn marks at the terminal connections.
- Oven fails to reach set temperature or takes much longer to heat (possible high resistance or open circuit).
- Element does not glow but displays continuity (possible partial break or poor connection at terminal).
- Oven trips breaker or fuse blows when element is energized (possible short to ground).
- Visible damage: dents, breaks in sheath, exposed coilor corroded terminals (direct replacement recommended).
| Item | Description |
|---|---|
| Expected DC resistance | Approximately 20-40 Ω for typical full-size 240 V bake elements; varies by wattage and element length. |
| Open circuit | Infinite/OL between terminals – internal coil is broken; element must be replaced. |
| Short to chassis | Low ohms between terminal and oven chassis – insulation failure; risk of tripping breakers and requires replacement. |
Compatibility, Model Fitment, Replacement Considerations, and Installation Best Practices
The WB44K5013 GE Oven Range Bake Element is an exposed tubular heating element that converts electrical energy into radiant heat to maintain the oven’s bake temperature. In service the element should glow uniformly and present continuity on a multimeter; a complete open circuit or visible breaks in the tube indicate failure. Compatibility depends on electrical ratings and mechanical fitment: most residential bake elements are rated for approximately 240 VAC and exhibit cold resistances in the tens of ohms (actual value varies with wattage), while the physical mounting, terminal style (typically two insulated spade terminals), and overall element length must match the oven cavity and bracket locations. Technicians verify fitment by matching appliance model numbers, comparing terminal spacing and bracket geometryand confirming the element’s voltage/wattage rating against the oven’s specification plate before ordering or installing a replacement.
Replacement and installation demand both correct part selection and safe procedures. Disconnect power at the breaker and document terminal positions before loosening connectors; avoid flexing or kinking the element tube and ensure the mounting flange seats correctly to prevent electrical shorting to the oven chassis. After installation, tighten mounting hardware to manufacturer torque ranges where specified, restore powerand observe warm-up behavior and steady-state temperature distribution; an improperly seated element can cause hot spots, premature failure, or thermostat overshoot. Useful practical checks include continuity/resistance measurement, visual inspection of insulation and connector integrity, and a brief functional test at bake temperatures to confirm even heating and absence of arcing.
- Verify part number and appliance model compatibility
- Measure cold resistance to confirm continuity (tens of ohms expected, varies by wattage)
- Confirm terminal type and spacing match the oven harness
- Secure mounting to avoid element-to-chassis contact
- Perform a controlled functional test after installation
| Item | Description |
|---|---|
| Typical voltage | ~240 VAC (residential ranges) |
| Cold resistance | Tens of ohms depending on rated wattage |
| Mounting/terminals | Flanged bracket with two insulated spade terminals (verify spacing) |
Q&A
What is the WB44K5013 and which ovens is it compatible with?
The WB44K5013 is a GE-branded oven bake element (heating element) used in many GE, Hotpoint, and other Whirlpool/GE-sourced electric ranges and wall ovens. Compatibility depends on the oven model and year; always verify fit by checking your appliance model/serial number against the part listing or the manufacturer’s parts diagram. the physical length,mounting tab location,and terminal type must match for a proper fit.
What are the common symptoms that the WB44K5013 bake element has failed?
Typical failure signs include the oven not heating or taking much longer to reach temperature, uneven baking, visible damage to the element (blisters, breaks, heavy corrosionor open spots)or the element not glowing/heating when set to bake.In some cases a shorted element can trip a breaker or blow a fuse.
How can I test the WB44K5013 to see if it’s defective?
Always disconnect power to the range before testing. Remove the lower oven panel to access the element terminals, then use a multimeter set to the ohms (Ω) range. Check for continuity between the two terminals; a good 240V bake element normally shows continuity (not open). Typical cold resistance values for 240V oven elements can range roughly from about 20 to 60 ohms depending on wattage – consult the element or oven specifications for exact numbers. Also check for continuity to the element shell (ground); any continuity to ground indicates an internal short and the element should be replaced.
Can I replace the WB44K5013 myself and what are the basic steps?
Yes, a competent diyer can replace it, but always disconnect power at the breaker first. Basic steps: remove oven racks and the lower access panel, unscrew or unclip the bake element mounting screws, gently pull the element forward to expose the wire terminals, disconnect the two insulated swift-disconnect terminals (note their positions), attach the terminals to the new element, secure the element with its mounting screws, reassemble panels and racks, restore power and test. If you’re not comfortable working with live wiring or confined appliance spaces, hire a qualified technician.
Do I need to buy an OEM WB44K5013 or will a generic replacement work?
You can use a high-quality aftermarket element if it matches the original’s dimensions, mounting tab placement, terminal typeand wattage/voltage rating. Though, OEM parts like WB44K5013 are guaranteed to match and frequently enough come with a warranty, so they reduce the risk of fitment or performance issues.
What safety precautions should I take when replacing or testing this bake element?
Turn off power at the breaker and confirm power is off before touching electrical components. Wear gloves to protect against sharp sheet metal and to avoid skin oils on new elements. Avoid testing the element by energizing it while loose or touching it. If you must energize to test heating, make sure the element is fully installed and away from flammable materials.If you are unsure about working on mains electrical equipment, call a licensed appliance technician.
How much does a WB44K5013 bake element typically cost and does it come with a warranty?
Prices vary by supplier but most bake elements in this class cost roughly between $20 and $70 USD. OEM parts and those sold through appliance dealers might potentially be at the higher end and frequently enough include a limited warranty (terms vary by seller/manufacturer). check the seller’s warranty and return policy before purchase.
Is the bake element different from the broil element and can they be swapped?
Yes. The bake element is located at the bottom of the oven and is designed for sustained, even heating for baking; the broil element is at the top and typically has higher wattage designed to provide intense top heat for broiling. They usually differ in shape, length, wattageand mounting. You should not swap them unless the replacement matches the original element’s specifications and mounting points.
the Conclusion
The WB44K5013 GE oven range bake element serves as the primary heat source for the baking function, converting electrical energy into consistent, even heat across the oven cavity. Its proper operation is central to cooking performance, temperature accuracy and overall appliance efficiency; a compromised bake element can lead to uneven cooking, extended cook times and reduced reliability.
Because symptoms of element failure can resemble other issues, accurate diagnosis is important before replacement. Visual inspection and basic diagnostic checks help distinguish element problems from thermostat, control or wiring faults, minimizing unneeded parts changes. When replacement is required, using the correct, compatible element and following manufacturer-recommended procedures ensures safe, reliable restoration of oven performance.
Timely and appropriate attention to a failing WB44K5013 bake element preserves appliance function, supports consistent cooking results and reduces the risk of secondary damage.For most users, addressing concerns promptly-ideally through qualified service or by adhering to manufacturer guidance-delivers the best balance of safety, longevity and performance for the oven range.
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