Stove burner not heating other work — other burners work

Use only checks that match the exact appliance or system and its official guide.

1. Check 1

   Turn the failed burner control fully off and let every nearby surface cool. From a safe position, identify whether the appliance is gas, electric coil, smooth glass, or induction and record whether the failed area has a flame, clicking, glow, indicator light, or no response. Do not touch a hot surface or start a test when a hazard is present.

   Expected result: There is gas odor, smoke, arcing, an unstable or yellow flame, a hot cord, a cracked cooktop, a control that will not turn off, or a tripped breaker; or the appliance is cool and the symptom is limited to one area.

   Next step: For gas odor, leave immediately and contact the gas utility or emergency services from outside. For smoke, arcing, hot wiring, a crack, or a repeated trip, keep clear and arrange emergency or qualified service. Otherwise continue only with the matching cool-appliance branch.

   Why this matters

   Why: The first group indicates a fire, combustion, shock, burn, or equipment hazard. A cool isolated failure supports a technology-specific visible check.

2. Check 2

   For a gas burner that has no flame, inspect only the cool, removable burner cap and head for moisture, spill residue, a cap sitting crooked, or a cap placed on the wrong burner. Wipe visible moisture with a dry cloth and reseat only parts the exact manual identifies as removable; do not enlarge ports or disassemble the gas system.

   Expected result: The cap is wet, mismatched, or not flat; the ports are visibly obstructed; or the cap and visible burner parts are correctly seated and clean but the burner still will not light.

   Next step: After the burner is cool and correctly reassembled, make one normal ignition attempt only if there is no gas odor. If it still fails, turn it off and arrange service; do not poke deeply, adjust the orifice, or continue releasing gas.

   Why this matters

   Why: RANGE guidance identifies cap placement, burner-port condition, and clean burner parts as separate causes of a single gas burner not lighting. A correctly assembled burner with persistent failure points toward ignition, gas delivery, or control service.

3. Check 3

   For a gas burner, listen and look only during a brief normal start attempt: note whether the igniter clicks or sparks, whether gas reaches a flame, and whether the flame is even and stable. Do not hold the knob open, use a match, or keep trying after a failed ignition or odor.

   Expected result: There is no click or spark, clicking occurs but no flame appears, the flame is weak, yellow, noisy, or uneven, or the burner lights and heats normally after the cap check.

   Next step: Turn the control off. Arrange qualified appliance service for no spark, persistent no flame, or abnormal flame. Leave for gas odor or suspected combustion trouble and contact emergency help from outside; do not adjust gas pressure or burner settings.

   Why this matters

   Why: No click can indicate a power, igniter, or control issue; clicking without flame can indicate burner assembly or gas-path service; an abnormal flame can indicate adjustment, contamination, ventilation, or combustion trouble. Normal flame after reseating points to a correctable assembly issue.

4. Check 4

   For an electric coil burner, disconnect power from a safe dry location and wait until the element is completely cool. Only if the exact manual permits removal, compare the failed coil with a same-size working coil in the matching receptacle; do not pull wiring, open the control area, or perform energized tests.

   Expected result: The failed coil works in the known-good same-size receptacle, the known-good coil also fails in the original receptacle, or the comparison is not permitted or cannot be done safely.

   Next step: Restore only the documented, cool, safe configuration and arrange appliance service for a failed coil, receptacle, wiring, or control. Do not bypass a safety switch or replace a part without the exact model diagnosis.

   Why this matters

   Why: If the failure follows the coil, the element is suspect; if the failure stays with the receptacle, the receptacle, wiring, switch, or control is suspect. An unsafe or unavailable comparison requires service rather than guesswork.

5. Check 5

   For a smooth glass or induction cooktop, use the exact manual to check that the zone is unlocked, the control is set to a heat setting, and the pan is compatible, centered, and flat. Observe the indicator and normal cycling without touching the glass or deliberately overheating an empty zone.

   Expected result: The indicator responds but the pan stays cool, the zone cycles on and off, the pan is warped or incompatible, the control is locked, or the zone gives no response while other zones work.

   Next step: Use suitable cookware and one supervised normal attempt only when there is no hazard. If the zone remains cool, a lockout returns, the glass is cracked, or the control behaves abnormally, stop using it and arrange service.

   Why this matters

   Why: Radiant zones can cycle as designed, cookware can change heat transfer, and induction zones can require compatible cookware. No response from one zone after the model-specific setup points toward its control, sensor, element, or power path.

6. Check 6

   Record the exact model, fuel or cooktop type, failed burner position, control setting, visible flame or element behavior, recent spill or cleaning, recent installation, breaker status, and any odor or noise. Do not remove panels or slide a range to inspect a cord unless the manual and a qualified person make that safe.

   Expected result: The fault repeats on one position with correct assembly and cookware, or it occurred after a spill, installation, movement, wiring change, or control problem.

   Next step: Leave the failed burner off and provide the record to qualified appliance service. Do not continue tests, change circuit protection, adjust gas parts, or open the cabinet.

   Why this matters

   Why: A repeatable position-specific failure points toward the local burner, element, receptacle, sensor, switch, or gas path; a recent installation or spill adds wiring, moisture, or contamination questions that need model-specific service.