WB44K5013 GE Oven Range Bake Element is a tubular resistance heating element designed for use in GE electric ranges to provide the primary bake heat inside the oven cavity. The component typically consists of a metal-sheathed element with internal resistance wire and ceramic or magnesium oxide insulation, terminating in electrical studs or spade terminals and a mounting flange; it is indeed a passive heating component rather than an electronic control or sensor.
Within the appliance, the bake element converts electrical energy into radiant and convective heat and works in concert with the oven’s control system and temperature-sensing devices. It is energized by relays or solid-state switching on the control board (or by separate mechanical thermostats in older models) and interacts with the temperature sensor/thermostat,wiring harness,and safety devices such as high-limit thermostats or thermal fuses. Its location-typically across the bottom or rear of the oven cavity-makes it central to temperature uniformity, cycle timing, and interaction with fan or convection systems where present.
In this article you will learn how the WB44K5013 functions, how to verify compatibility and identify the physical and electrical specifications to match when ordering a replacement, common failure symptoms (open circuit, short-to-ground, visible damage, or uneven heating), and practical troubleshooting checks a technician or appliance owner can perform (visual inspection, continuity and ground tests, and checks of associated controls). The discussion will also cover considerations for safe replacement,including power isolation,confirming voltage and wattage ratings,terminal and mounting fitment,and verifying correct operation after installation.
Table of Contents
- Functional Role and Electrical Characteristics of the Oven Bake Element
- How the WB44K5013 GE Oven range Bake Element Integrates and Operates Inside the Appliance
- Common failure Modes and Diagnostic Symptoms of the Bake Element
- Compatibility, Replacement Considerations, and Troubleshooting Procedures for WB44K5013 Installations
- Q&A
- in Retrospect
Functional Role and Electrical Characteristics of the Oven Bake Element
The WB44K5013 GE Oven Range Bake Element serves as the primary resistive heating element for bake cycles, converting electrical energy into radiant heat across the oven cavity. The element is a tubular, metal-sheathed resistor designed to withstand repeated thermal cycling; its geometry and mounting brackets position the heater for even floor-to-mid-cavity heat distribution. When the oven control closes the bake relay, full line voltage is applied across the two terminals of the element and it heats rapidly, then cycles on/off under thermostat or sensor control to maintain set temperature. Replacement compatibility depends on terminal type, mounting footprint, and rated voltage rather than cosmetic appearance, so matching those mechanical and electrical specifications is essential for proper operation and safety.
Electrically, most residential bake elements operate on split-phase line voltage (nominal 240 V in North America) and are specified by power rating and DC resistance; a higher wattage element draws more current and presents lower resistance (for example, a 3,000 W element at 240 V has an approximate DC resistance of 19 ohms). Technicians commonly verify element condition with a multimeter: an open circuit indicates a failed element, while a very low resistance or measurable continuity to chassis ground indicates insulation failure. Practical troubleshooting steps include measuring element resistance,visually inspecting for breaks or deformation,confirming proper terminal connection and voltage at the control relay,and comparing measured values against the element’s specification to determine whether the fault is the element itself or an upstream control/component.
- Nominal operating voltage: 240 V (split-phase)
- Typical power range: ~2,000-3,500 W depending on model
- Common diagnostic checks: continuity, resistance value, and ground leakage
- compatibility considerations: terminal type, mounting brackets, and rated wattage
| Item | Description |
|---|---|
| Voltage | Nominal 240 V (split-phase residential supply) |
| Typical power | Approximately 2,000-3,500 W depending on element variant |
| Approx.DC resistance | Typical range ≈ 16-30 Ω (example: 3,000 W @ 240 V ≈ 19 Ω) |
| Connector type | Spade terminals; confirm terminal spacing and insulating sleeves for compatibility |
How the WB44K5013 GE Oven Range Bake Element Integrates and Operates Inside the Appliance
The WB44K5013 GE Oven Range Bake Element is a tubular resistive heater that mounts to the lower rear of the oven cavity and connects to the appliance wiring harness through insulated spade terminals.Physically it is indeed a U-shaped, metal-sheathed element that converts electrical energy into radiant and convective heat; the element is driven by the oven’s bake circuit (a relay or triac on the control board or an electromechanical infinite switch) and cycles on and off under temperature-control feedback from the thermostat/temperature sensor. The element must match the oven’s rated supply-typically 240 V in north American ranges-and the correct wattage and mounting configuration to maintain bake performance and safe operation.Proper seating in the ceramic grommet and secure terminal connections ensure stable thermal contact and reduce the risk of insulation breakdown or arcing during operation.
Electrically the element behaves as a low-value resistor when cold and will draw current according to its wattage rating; typical bake elements operate in the kilowatt range and present a DC resistance in the low tens of ohms, so technicians check for a finite resistance reading to confirm continuity. Two common failure modes are open circuit (infinite resistance, no heat) and insulation failure (short to chassis, which can trip breakers or blow fuses). When replacing the element, match the WB44K5013 GE Oven Range bake Element’s mounting flange, terminal spacing, and wattage to avoid uneven baking or control-board overcurrent conditions. Practical service actions include verifying continuity with a multimeter, inspecting the ceramic insulator and terminal clips, and confirming that the control board is supplying the correct switching signal before condemning the element as defective.
- Key features: U-shaped tubular element, insulated spade terminals, rear-mount flange.
- Common symptoms of failure: no heat, reduced heat output, oven trips breaker, visible breaks or blisters on sheath.
- basic tests: continuity (finite resistance) and insulation-to-ground check (no continuity).
- Installation notes: match wattage/voltage and secure terminal/grommet placement to prevent shorts.
| Item | Description |
|---|---|
| Part | WB44K5013 GE Oven Range Bake Element |
| Nominal voltage | 240 V (typical for electric ranges) |
| Typical resistance | Low tens of ohms (varies by wattage, used for continuity check) |
| Mounting | Rear U-shaped flange with insulated spade terminals and ceramic grommet |
Common Failure Modes and diagnostic Symptoms of the Bake Element
The WB44K5013 GE Oven Range Bake Element is the lower heating element that provides the radiant heat for bake cycles; it converts mains electrical energy into heat via a resistive conductor enclosed in a metal sheath. Technically, the element must present a stable, finite resistance between its terminals and remain electrically isolated from the oven chassis.Compatibility issues are usually mechanical or electrical – terminal style, mounting bracket, and lead length determine fit across model variants – so technicians should verify part number and terminal orientation before replacement. Interaction with the oven control board and temperature sensors means that an element that measures correctly but performs poorly can still be implicated by wiring faults, faulty connectors, or a defective control relay.
Common failure modes include an open circuit caused by an internal break, a short-to-ground from insulation failure or physical contact with the oven cavity, progressive resistance increases from oxidation or heat damage that reduce output, and intermittent connections at the terminals or harness. Diagnostic symptoms that point to the bake element are: no heat during bake, uneven or undercooked food, localized hot spots or glowing spots on the element, circuit breaker trips or blown fuses, and visible deformation or blistering of the element surface. A practical diagnostic sequence is: de-energize the appliance, visually inspect the element and terminal insulation, use a multimeter to check for continuity between element terminals and for leakage to chassis, and if needed substitute a known-good element to distinguish wiring/control-board faults from element failures.
- No heat during bake cycles
- Uneven baking or slow heat-up
- Localized glowing/hot spots or visible damage
- Circuit breaker trips or electrical odors
- Intermittent operation that changes with vibration or terminal movement
| Item | Description |
|---|---|
| Open circuit | Element shows infinite resistance between terminals; results in no heating. |
| Short to chassis | low resistance detected between a terminal and oven body; can trip breakers or fuses. |
| Intermittent/High resistance | Fluctuating resistance or elevated value causes reduced or uneven heat output. |
| Visible damage | Blisters, breaks, or corrosion indicate imminent failure and justify replacement. |
Compatibility, Replacement Considerations, and Troubleshooting Procedures for WB44K5013 Installations
The WB44K5013 GE Oven Range Bake Element is a resistive tubular heating element that delivers the majority of bake heat in many GE electric ranges. Compatibility depends on mechanical fit and electrical specifications: the element must match the range’s terminal type (usually two quick-disconnect spade terminals), mounting ear spacing and insertion depth, and the oven’s supply voltage and wattage requirements. When replacing an element,compare physical dimensions,terminal orientation,and stamped or printed wattage; even visually similar elements can produce different heat profiles if the wattage or resistance differs,so confirm the part number against the oven model or service manual before ordering or installing the replacement.
- No heat or reduced heat: check continuity across the two terminals with the power disconnected; an open reading indicates a broken coil.
- uneven heating or hot spots: inspect for visible blisters, breaks, or sagging, and verify element resistance against expected values for the range.
- Breaker trips or fuse blows when oven turns on: test for resistance from each terminal to chassis ground; a low reading indicates a short to ground and the element should be replaced.
- Intermittent operation: wiggle test the quick-disconnect terminals with power off to check for loose connections or corroded terminals that can create intermittent contact.
Troubleshooting procedure: isolate power at the breaker, remove the oven element to avoid parallel paths, and measure DC or low-AC resistance with a multimeter. Typical domestic bake elements operate from the 1800-3500 W range; for a 240 V, 2500 W element you should expect around 23 ohms (R = V^2/P), but always confirm against the oven’s specification. If the element is open (infinite resistance) or shows a low resistance to ground, replace it. After installing a matched replacement, ensure terminals are fully seated, any insulating grommets are in place to prevent shorting to the oven cavity, and verify line voltage at the element connection before powering the oven for a full functional test.
| Item | Description |
|---|---|
| Typical voltage | 240 V (domestic electric ranges); verify with model/service data |
| Typical wattage | ~1800-3500 W depending on model; common value ~2500 W |
| Typical resistance | Approximately 16-33 Ω depending on wattage (example: 2500 W @240 V ≈ 23 Ω) |
| terminal type | Quick-disconnect spade terminals (confirm size and orientation) |
| Mounting | Mounting ear spacing and insertion depth must match oven cavity bracket |
Q&A
What is the WB44K5013 bake element and which ovens use it?
The WB44K5013 is a replacement electric oven bake element commonly used in many GE, Hotpoint and some Kenmore ranges. It is indeed the lower heating element that provides the radiant heat for baking. Fitment depends on the specific oven model and year, so always verify compatibility with your oven’s model number before purchasing.
What are the common signs that the WB44K5013 bake element is failing?
Common signs include the oven not reaching set temperature,uneven cooking,visible damage to the element (blisters,cracks,breaks,or heavy oxidation),sparks,or a burning smell when the oven is on. If the element is open internally it will not heat at all. Sometimes the element appears intact but is partially failed and won’t reach normal operating temperature.
How do I safely test the WB44K5013 bake element with a multimeter?
Turn off power to the oven at the breaker and confirm using a non-contact tester. Access and disconnect the element leads so it is isolated from wiring.Set your multimeter to the ohms (Ω) range and measure across the two terminals. A correctly functioning 240 V bake element typically shows a low resistance (frequently enough in the tens of ohms); an open or infinite reading means the element is burned out and should be replaced. Also test each terminal to the element metal sheath for resistance to ground – there should be no continuity (infinite), which would indicate a short to ground.
What resistance value should the WB44K5013 show when good?
Exact resistance depends on the element’s wattage and supply voltage, but most oven bake elements read in the range of roughly 10-50 ohms. Use the element wattage (if known) and R = V^2 / W to calculate expected resistance (for example, at 240 V a 2,400 W element would be about 24 ohms). If your reading is very high or infinite, the element is open and must be replaced.
Can I repair the WB44K5013 bake element or should I replace it?
Bake elements are not reliably repairable. Visible damage, internal breaks, or shorting cannot be safely fixed, so replacement with an identical OEM or approved aftermarket element is the correct action. Replacing the element is typically straightforward and inexpensive compared to repair attempts.
How do I replace the WB44K5013 bake element?
Turn power off at the breaker.Remove the oven racks, then remove the screws or mounting bracket that secure the element to the back of the oven cavity. Carefully pull the element forward so the wire terminals are exposed, disconnect the spade connectors (note their positions), and remove the old element. Install the new element by reconnecting the spade terminals, seating the element into the mounting bracket, and re-fastening the screws. Restore power and test. Wear gloves and avoid bending the element; ensure terminal insulation or a grommet is correctly positioned.
My oven still won’t heat even though the WB44K5013 tests good – what else should I check?
If the element has continuity but the oven won’t heat, check the oven control board or relay, the thermostat/temperature sensor (or oven temperature sensor probe), the oven safety thermostat/thermal fuse, and the wiring/connectors for burns or loose connections. Also verify the household circuit breaker and voltage. if uncertain, have a qualified appliance technician diagnose control and sensor components.
Are bake and broil elements the same, and is WB44K5013 interchangeable with broil?
Bake and broil elements are different parts: the bake element is located at the bottom of the oven for even radiant baking, while the broil element is at the top and is designed for high-intensity direct heat. the WB44K5013 is a bake element and should not be used as a broil element unless the part listing explicitly states compatibility.Always replace with the correct element type and model for safe, proper operation.
In Retrospect
The WB44K5013 GE Oven Range bake element is a fundamental component responsible for generating and distributing the heat necessary for consistent baking and roasting performance. As the primary source of lower-cavity heat in many GE ovens and ranges, a properly functioning bake element supports temperature accuracy, even cooking results, and overall appliance efficiency; conversely, a failing or damaged element can produce uneven temperatures, extended cook times, and potential safety concerns.
Because symptoms of element failure can resemble other oven issues, accurate diagnosis is crucial before replacement. Verifying element integrity and inspecting related wiring and controls helps ensure the repair addresses the root cause. When replacement is required, using the correct WB44K5013 part or an approved equivalent and following manufacturer installation guidance preserves performance and safety. If there is any uncertainty about electrical diagnosis or installation, engaging a qualified appliance technician is the prudent approach to restore reliable operation.
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