Kenmore Dryer Not Igniting

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

1. Check 1

   From a safe position, confirm the dryer type and symptom: note whether the drum tumbles, whether the cycle is a heat-producing dry cycle, whether clothes remain cold or damp, and whether the problem is no start rather than no ignition.

   Expected result: The drum runs with no heat, the dryer is in air-only or cool-down, the dryer does not start at all, or a gas odor or electrical symptom is present.

   Next step: Photograph the model tag and controls, select the matching branch, and keep the dryer off if any safety symptom is present.

   Stop if: Stop immediately for gas odor, flame outside the burner area, smoke, burning odor, sparking, exposed wiring, a hot cord or outlet, or repeated breaker trips.

   Why this matters

   Why: A gas ignition/no-heat path differs from a no-start, wrong-cycle, or safety-emergency path. A dryer that starts but never heats needs external cycle, airflow, gas, and service checks.

2. Check 2

   Set only a model-supported heat-producing dry cycle and temperature, not Air Fluff, No Heat, or Cool Down, then start one supervised test with the door closed normally.

   Expected result: The cycle is a heat-producing program and the drum runs, or the dryer remains in an air-only/cool setting, will not start, or stops unexpectedly.

   Next step: Correct only the visible cycle or temperature setting and observe one short test. If the correct program still produces no heat, stop repeated testing and continue to power, airflow, and gas checks.

   Stop if: Do not open the door to watch the burner, bypass the door switch, or continue if the dryer smells of gas or overheats.

   Why this matters

   Why: GE notes that the wrong cycle or temperature selection can make a gas dryer appear not to heat. A correct heat cycle with no ignition moves the diagnosis to supply, airflow, ignition, sensing, or service.

3. Check 3

   Check that the plug is fully seated in the correct grounded outlet and that the dryer controls respond normally; if the model manual permits a simple external breaker check, verify the dedicated supply without opening the terminal block or control panel.

   Expected result: The display and motor work normally, the outlet or breaker is off or abnormal, the plug or cord is damaged or hot, or the dryer has normal apparent power but still no heat.

   Next step: Have an electrician or qualified servicer correct abnormal power. If power is normal, continue only with visible airflow and external gas-shutoff checks.

   Stop if: Do not reset a repeatedly tripping breaker, touch damaged wiring, remove the terminal cover, or work on energized parts.

   Why this matters

   Why: Ignition depends on the dryer controls and electrical supply even on a gas model. A damaged cord, hot outlet, or abnormal breaker is an electrical stop, not a reason to inspect the igniter live.

4. Check 4

   With the dryer off, inspect only the visible front clearance, lint screen, and exhaust connection for blockage, crushing, or an obstructed outlet; do not push tools into the burner or cabinet and do not operate with the exhaust disconnected unless the exact manual explicitly permits a safe service test.

   Expected result: The lint screen or visible exhaust path is blocked, the front is obstructed, airflow at the outlet is weak, or the visible path is clear.

   Next step: Clear only accessible lint and external obstruction, then perform one supervised heat-cycle test. If heat is still absent, stop and arrange service.

   Stop if: Stop for a hot cabinet, smoke, lint ignition, burning smell, or an exhaust path that cannot be safely inspected.

   Why this matters

   Why: GE says proper airflow is needed for drying and instructs checking that the front is not blocked. Restricted exhaust can raise heat and trigger safety protection, but a clear external path does not prove an igniter or gas valve is healthy.

5. Check 5

   For a new installation or after gas work, confirm from outside the appliance that the dryer gas shutoff and the home's accessible supply are open as shown in the exact Kenmore installation instructions; do not loosen a connector, remove a valve, or test with a flame.

   Expected result: The external shutoff is closed, the supply is interrupted or the tank is empty where applicable, the connection or room smells of gas, or the supply appears normal.

   Next step: Correct only a clearly closed accessible shutoff when there is no gas odor and the manual supports it, then test once. If supply is normal or the problem persists, request qualified service.

   Stop if: If gas odor is present, do not operate switches, use a phone in the area, light a flame, or continue testing; leave immediately and contact the appropriate gas emergency or qualified service provider from a safe location.

   Why this matters

   Why: An off or interrupted supply can explain no ignition. A gas smell or uncertain connection is a leak emergency, not a troubleshooting branch. A normal supply with no ignition requires internal diagnosis.

6. Check 6

   Use the model manual to confirm that the dryer uses an automatic ignition sequence, but do not remove panels or attempt to watch, touch, or manually light the igniter or burner; note only the safe external result of one short supervised heat-cycle test.

   Expected result: The dryer tumbles and produces no heat, heat is intermittent, the cycle heats briefly then stops, or ignition is accompanied by gas odor, flame noise outside normal operation, or smoke.

   Next step: Stop after one safe observation and give the technician the sequence and timing; do not infer a failed igniter or valve from sound alone.

   Stop if: Never use a match or lighter, defeat a safety switch, bypass a sensor, or open the burner compartment as a homeowner check.

   Why this matters

   Why: An automatic system coordinates igniter, sensor, gas valve, and control. The same no-heat symptom can come from several components, while gas odor or abnormal flame behavior is an immediate stop.

7. Check 7

   If the dryer is newly installed or the gas service was recently changed, record whether the no-heat symptom began immediately and provide the installer with the model and installation details; do not repeatedly start the appliance to purge a line or alter gas connections.

   Expected result: No heat began after installation or supply work, the gas supply has been interrupted, or the dryer previously ignited normally and then failed.

   Next step: Have a qualified installer or servicer verify the gas installation and appliance configuration. Keep the dryer off until the supply is confirmed safe.

   Stop if: Do not convert gas type, loosen fittings, bleed a line, or test for leaks with a flame; leave for any gas odor or suspected leak.

   Why this matters

   Why: A new installation may have a supply, conversion, connection, or air-in-line issue that requires a qualified installer or gas technician. A sudden failure after normal operation points to a dryer component or supply fault.

8. Check 8

   Stop user troubleshooting and arrange qualified appliance or gas service when the correct cycle, power, airflow, and external gas supply are confirmed but the burner still does not ignite, or whenever the symptom is intermittent or accompanied by heat, electrical, flame, or gas concerns.

   Expected result: The no-ignition symptom repeats with normal external conditions, or the dryer presents a safety hazard; alternatively, one visible setting correction restores reliable heat without recurrence.

   Next step: Leave the dryer off and provide the technician with the model, gas type, cycle, timing, supply status, vent observations, and exact safety symptoms.

   Stop if: This is a hard stop for gas odor, flame outside the burner, smoke, burning smell, sparking, hot wiring, or repeated breaker trips; do not restart or open the cabinet.

   Why this matters

   Why: Persistent no ignition can involve the igniter, flame sensor, gas valve coils, burner, thermal protection, control, wiring, or vent-related protection. These are model-specific and potentially hazardous to test.