WB44K5013 GE Oven Range Bake Element⤠is⣠a tubular resistive⢠heating element used in GE electric ovens and rangesâ to provide⤠the primary heat source for the âŁbake cycle.â The element is a replaceable, âelectrically powered component typically formed as a sealed metal sheath containing a⤠resistance conductor; it mounts to the oven âcavity (commonly at the bottom)â and terminates at two electrical lugs for connection to the appliance wiring harness. Asâ a bake element it is designed to âconvert supplied electrical energy into âradiant and convective heat suitable for cooking and maintaining oven setpoints.
Inside the appliance the bake element is âpart of⣠the oven’s âthermal⢠control loop: it receives switched mains voltage from the⣠oven control⢠(selector⣠switch, control board or âinfinite switch) and works in concert with the temperature sensor/thermostat, relays or triacsand any convection fan to achieve âŁand regulate baking temperatures. It also interfaces â˘mechanically âŁwith the oven cavity andâ mounting brackets and⤠electrically with the harness, fuses or âthermal cutouts used for safety. Proper operation of the bake element affects temperature ârise rates, steady-state temperature â˘accuracyandâ heat distribution; faults can produce⣠open circuits, short conditions,⣠uneven heatingor nuisance tripping of protection â¤devices.
In the article that follows you willâ find âa technical examination of⤠the WB44K5013 bake element covering its intended function and typical applications within GE electric ranges,â compatibility considerationsâ when selecting a replacement, common failure symptoms and diagnostic checks (visual inspection, continuity and resistance measurementand âlive-voltage â¤verification âprocedures)and practical replacement considerations⣠such asâ terminal type, mounting details, safety⤠isolationand related âcomponent checks to ensure âthe oven control⤠and temperature sensor are functioning correctly after installation.
Table of Contents
- Function and âRole of the Bake Element in Oven Thermal Regulation âand Heat Distribution
- How theâ WB44K5013 GE Ovenâ Range⤠Bake Element Worksâ Inside âthe â¤Appliance
- Common failure Symptoms andâ Diagnostic⣠Indicators for Bake Element Electrical and Thermal Faults
- compatibility, Replacement Considerationsand Installation Procedures for Oven bake Elements
- Q&A
- Wrapping Up
Function and Role of the Bake Element in Oven Thermalâ Regulation and â¤Heat Distribution
The â WB44K5013â GE Oven Range Bake Element is âa â˘tubular resistive heating element mounted at the bottom of the oven cavity that âconverts electrical energy â˘into radiant and convective heat. âElectrically, âthe element âuses a nickel-chromium resistance coilâ enclosed in a metal sheath; when the oven control applies line voltage through the element, the coil produces heat that radiates into the cavity and⤠establishes convective airflow. The bake element’s geometry and wattage determine the rate of temperature rise and âthe distribution⢠of heat across the lower cooking area, so its integrity and âŁcorrect electrical characteristics â¤are critical for the oven control and temperature sensor to maintain stable⢠setpoints â˘and programmed bake âprofiles.
Operational behavior and replacement compatibility are âŁcritically â¤important for troubleshooting and service. Typical âfailure modes include open-circuit condition (no heat), localizedâ hot spots from breaks in the sheath (resulting in uneven browning)and electrical shorts that may trip protective devices. âTechnicians should verify continuity, measure terminal voltageâ under call for heatand inspect mechanical mounting and terminal types âbefore replacing the âelement.⤠When selectingâ a replacement,⣠match â˘the element’sâ physical length, terminal âconfigurationâ (spadeâ typeorientation)and rated wattage â¤so the oven’s control algorithms and thermostat calibration remain valid; using the OEM-designated WB44K5013⤠orâ an exact equivalent preserves expected thermal response and âŁsafety margins.
- Visibleâ damage or blistering on the sheath; âcheck continuity âŁwith a multimeter.
- Long preheat times or weak heat output; verify line voltage at âthe element withâ oven calling for heat.
- Uneven browning âacross the oven floor; inspect for partial open circuits or deformation.
- Sparking or burning smells; âŁremove powerâ immediately and⣠replace the element before further testing.
| Item | Description |
|---|---|
| Part | WB44K5013 GE Oven⣠Rangeâ Bake Element |
| Function | Tubular âresistive element providing primary lower-cavity heat for baking |
| Connection | Dual spade terminals; match orientation and âinsulation âsleeves |
| Service checks | continuity test, terminal voltage under load, visual sheath â˘inspection |
How the WB44K5013 âGE Oven âRange âBake â˘element Works Inside the⤠Appliance
The WB44K5013 GE Oven Rangeâ Bake Element is a tubular resistive heating element designed â¤to deliver the primary radiant âand⢠convective heat inside â¤the oven cavity. electrically, it operates as a lowâohm resistive load that converts supplyâ voltage into thermal energy through a nickelâchromium alloy core enclosedâ in a stainless sheath. The element is mounted â¤at⢠the oven floor or rear and is switched by the oven âcontrol relays âor thermostat; during a bake cycle it cycles on and off to maintain temperature, while during broil it is driven at a higher duty cycle.Physical condition (warping, surface breaksor sagging) and correct electrical âconnection directly affectâ heat distribution and bake uniformity.
- Typical⣠behavior: predictable resistive loadâ with low cold â˘resistance corresponding to⤠ratedâ wattage atâ mains voltage.
- Common failure modes: open circuit (noâ heat), â¤localized glowing or dark spots (partial failure),â and insulation breakdown or grounding faults.
- Compatibility checks: âŁmatch terminal âspacing, mounting tabs, rated âvoltage/wattage, âand connector type to the oven âharness before âŁreplacement.
| item | Description |
|---|---|
| Type | Tubular âresistive bake element (nickelâchromium core, metal sheath) |
| Typical voltage | 240 V (residential â˘ranges in North America); verify appliance specification |
| Typical âwattage | Approximatelyâ 2,000-3,500 W depending on model; check stamped rating |
| Terminal type | slipâon male terminals; confirm spacingâ and insulation boots |
From a service outlook, âbench checks âsuch as a continuity test and aâ lowâohm resistance measurement are âŁthe â¤primary diagnostics for the WB44K5013 GE Oven Range Bake âElement; an open reading indicates âa failed element, while considerably higher⤠or âinconsistent resistance across the length can indicate âinternal⣠breaks⣠orâ partial âshorts. When selecting⣠a replacement, ensure mechanical fit (tab locations and mounting flange), electrical⤠rating (voltage⤠and â¤wattage)and connector compatibility to⣠avoid overloading control relays⤠or creating poor electrical joints.⤠In realâ repairâ scenarios, technicians verify the⤠oven control and wiringâ harness condition alongside â˘the element, since intermittent control âfaults or highâresistance connectors⢠can âmimic element failures and affect measured performance.
Common Failure Symptomsâ and Diagnostic âŁIndicators for Bake Element Electrical and thermal Faults
The âWB44K5013 GE â˘Oven Range Bake âElement functions as the primary⤠radiant heater for⢠the âoven cavity andâ converts mains electrical power intoâ thermal energy across a continuous resistive coil sealed in âa⤠metal sheath. Electrical failures typically present âas an open circuit (no continuity between the⢠two element terminals) or â˘an increase âŁin element resistance caused by internal breaks, oxidationor corrosion.Mechanically, â˘deformation,⣠pinholes, âŁor separation at the terminals will interrupt âheat âŁtransfer â¤or cause arcing; â˘electrically, a short⣠to chassis ground will show near-zero resistance between a terminal and the element body. For basic bench diagnostics use a multimeter: expected resistance â˘for a serviceable bake elementâ is âcommonly in⣠the low âŁtens of ohms â˘(roughly 10-40 Ί) depending on element wattage and âdesign, while an openâ reading indicates element failure. When â˘replacing, ensure âthe WB44K5013 GE Oven Range Bake Element matches âthe oven’s terminal layout, âmounting âŁtabs,⢠and voltage rating to âŁmaintain compatibility with theâ range’s control, relayand â˘thermal cutouts.
- No â¤heat⢠or oven fails to reach set temperature – frequently â˘enough open element or high resistance.
- Partial/uneven heating⣠or â¤hot spots – localized⣠element damage or poor contact at a terminal.
- Visible deformation,â blisteringor hole⢠– physical âfailureâ requiring replacement.
- Tripped breaker or visible arcing – possible short to ground or terminal insulation failure.
- Continuity present⢠butâ poor heat output – check for high resistance and faultyâ control ârelay/wiring.
| Item | Description |
|---|---|
| Resistance target | typical bake element resistance in service: approximately 10-40 Ί; values outside this range warrant further â¤inspection. |
| Continuity test | Continuity between the two terminals indicates the elementâ is not open; no continuity indicates a failed element. |
| Ground⢠short test | Measure between each terminal âŁandâ the â˘element body/chassis; near-zero ohms â¤indicates a short to ground⣠and a safety hazard. |
Forâ practical âtroubleshooting, disconnect⣠power before performing âtests and remove⣠the element to visually inspect the⤠sheath and terminal crimps â˘for corrosion or breaks. If âŁthe âelement shows good âcontinuity but the oven still underheats,â trace the circuit to the control board â¤and the bake⢠relay-intermittent â˘contacts or failed relays can mimic â˘element faults. Thermal-relatedâ failures can be⤠intermittent; a thermal camera or timed heat-up testâ can reveal sluggish heat rise versus direct element failure. Replace the element when you observe open circuit, âŁground faults, visible sheath breachesor whenâ terminal hardware is excessively â¤corroded, âand confirm âthe âŁreplacement part matches the original WB44K5013 GE Oven Range Bake Element’s electrical and mechanical specifications.
Compatibility, Replacement Considerationsand Installation Procedures âfor â˘Oven Bake âElements
The WB44K5013 GE Oven Range Bake âElement is a resistive heating sheath designed to produce even bottom heat for baking cycles; it âconverts electrical energy into infrared and convective heat and is mounted under the oven floor with terminals âexposed at the rearâ for connection to the range wiring harness. Compatibility⢠hinges on matching âthe â˘element’s âelectrical â˘rating, terminal typeâ and spacing, sheath lengthand âmounting bracket geometry⣠to the appliance’s⣠serviceâ specifications-differences âŁin any of these parameters can cause poor fit, incorrect heat output,â or wiring stress. The bake element is functionally âŁdistinct from broil elementsâ (which operate at higher surface⤠temperatures and frequently â˘enough⤠have different form factors), so âcross-substitution⢠requires verification âof dimensional andâ electrical equivalence against the ovenâ model’s âparts list orâ service manual.
Replacement and installation emphasize electrical safety and correct diagnosis:⤠confirm an open circuit or⣠visible damage âbefore replacing, measure⢠continuity with a multimeter⢠(an open reading indicates a failed element)andâ check for âinsulation breakdown or shorts to â¤chassis. Follow these⤠practical steps during service to reduce rework and ensure reliable operation.
- Verify compatibility: confirm terminalâ type, mounting âhole spacing, âŁand rated voltage/wattage against the oven’s parts diagram.
- Diagnose failure: inspect for breaks, blistersorâ corrosion and measure continuity; an open circuit requires replacement.
- Disconnect power⢠at the breaker before accessing the oven cavity orâ rear panel and tag âthe breaker âif possible.
- Installation sequence: remove racks⣠and âthe access panel, â¤note wire⣠color/position, remove retaining screws/clips, swap the element, secure hardware, reconnect⣠wires, restore âpowerand run âa short bakeâ test to confirm normal heat-up â¤and control interaction.
| Item | Description |
|---|---|
| Electrical rating | Match the oven’s rated voltage and wattage in the service manual âto ensure correct heat output and element life. |
| Terminal type | Identify âspade or screw terminals and⣠spacing-incorrect⢠terminals can prevent secure connections or cause arcing. |
| Mounting geometry | Compare sheath length and mounting bracket âspacing so the element seats properly and does not contact internal panels. |
| Diagnostic check | Continuity⣠test â¤and visual inspection; an openâ circuitâ or⤠visible⢠damage indicates replacement âis required. |
Q&A
What are the common symptoms that the WB44K5013⢠bake element âis failing orâ needs replacement?
Common symptoms includeâ the oven⤠not reaching set temperature or taking much âlonger to heat, uneven baking (hot spots or â¤cool spots), âvisible damage to the element such as blisters, breaks or white/gray powderyâ spotsand the element not glowing red when â¤the oven is on⣠a â¤bake cycle. If the⢠oven trips the circuit breaker or you⤠smell burning near the element, stop â˘usingâ theâ oven and investigate immediately.
How â˘can I test the WB44K5013 bake element to seeâ if it is bad?
Disconnect power to â˘the ârange at â¤the breaker first. Remove theâ element so âyou can access its terminals.Use a multimeter set âto the ohms⢠(Ί) scale toâ check continuity âacross the two terminals. A properly âfunctioning electric bake element should show low âŁresistance âand definite continuity (not âŁinfinite). If the metre reads âopen (OL or infinite) the elementâ is⤠broken and must be replaced. Also inspect visually for breaks and shorts to the âŁmetal sheath or mounting hardware.
What resistance reading should⢠I expect when testing this GE bake element?
While exact resistance âvaries by element design, most 240â V oven bake elements read in the low tens of ohms â¤at room temperature (commonly roughly âŁ10-40 Ί). The âcritically important check is that you see a âlow,⤠finite resistance andâ continuity; a⢠reading of infinite (open) indicates â¤aâ failed element. âIf you need the precise spec for yoru model, reference⣠the rangeâ service manual or GE parts documentation.
Is the WB44K5013 a direct â˘replacement for⢠my⢠GE range-how do I confirm compatibility?
Confirm compatibility by matching the part number (WB44K5013) â¤with your appliance â¤model number and the parts list for that model. Check the GE parts website, the range’s documentationor a reputable parts supplier’s cross-reference. âPhysical fit (mountingâ holes and terminal style) and electrical rating (voltage/current) must match. If â¤in doubt, provide your appliance model number to the parts supplier or technician.
How do I safely replace the bake element â¤(basic âsteps and safety precautions)?
Always cut power at the circuit breaker before starting. âAllow⢠the oven to cool. Remove the oven racks, then remove âŁany⣠screws or fasteners âholding the element to the rear of⤠the oven⤠and⤠pull the⢠element toward you to access the spade terminals. âDisconnectâ the wire connectors (note⤠or photograph their orientation). âInstall the â˘new âŁelement by reconnecting the terminals, seating⤠the element intoâ itsâ mountand reinstalling âŁscrews. ârestore power and test.Wearâ gloves and avoid touching sharp sheet metal; ensure wire connectors are⤠fully seated and that power is off while working.
My âbake element glows red⣠but the oven still won’t âheat⢠properly-could the â˘WB44K5013 still be the problem?
If â˘the element visiblyâ glows⤠red but the oven is⢠not reachingâ temperature or is⤠erratic, the element itself may still be okay.â Check the oven thermostat/temperature sensor⣠(thermistor), oven control boardand⣠wiring connections. A â˘failed temperature sensor or control can prevent the oven⤠fromâ calling for full⣠heat. use â¤a multimeter to⢠test the temperature sensor âresistance (compare âto âspec) âandâ inspect⣠the control and âwiring for damage.
What kind of connectors and hardware do I need when âreplacing â˘the WB44K5013?
The element typically uses insulated spade⤠(speedyâdisconnect) âwire terminals that â¤fit its male spade studs. Use high-temperature rated connectors and properly sized wire if replacement is needed.Reuse existing â¤mounting screws ifâ undamaged or replace with the OEM-specified screws. â˘Avoid standard low-temperature crimp connectors that are not rated for oven temperatures.
Where canâ I buy anâ authentic WB44K5013 bake element and is there any warranty I should expect?
You can purchase the âWB44K5013 from GE Appliance Parts, authorized âparts dealers, âor â¤reputable online appliance parts retailers. OEM parts are labeled⤠with the GE⤠part number.warranties â˘vary by seller and OEM;⤠many sellers provide a limited âwarranty (e.g., 90 days to 1 year) â¤on âreplacement⤠parts-check the âspecific warranty terms before purchase. Keep your proof of purchase and verify return/exchangeâ policies in â¤case the part is defective or not compatible.
Wrapping Up
Theâ WB44K5013 GE oven range bake element plays a⢠central role in the appliance’s cooking performance by generating the consistent, âeven heat ârequired for baking and roasting. â˘As a primary heating component, its condition directly affects temperature stability, cook timesand the overall quality of results, making âit a key part to monitor⢠when an oven exhibits â˘uneven heating, slow⣠warm-up,â or a complete âŁlack of⤠bake function.
Accurate diagnosis and âtimely âreplacement of⤠a failing bake element help âpreserve both⤠safety and oven efficiency. identifying symptoms âŁearly-through visual inspection, verified temperature performanceor electrical testing performed by aâ qualified technician-prevents⢠further damage to surrounding components and â¤avoids prolonged downtime.When replacement is needed, using theâ correct âŁOEMâ or compatible part ensures proper fit, functionand long-term reliability.
Prioritizing proper diagnosis and professional replacement when necessary supports â˘consistent âcooking performance, âŁreduces the risk⣠ofâ electricalâ issuesand helps maintain the appliance’s expected lifespan. For owners⤠and service providers alike,attention to the bake element’s condition is a practical step toward safe,efficient,and reliable oven operation.
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