Direct answer: If your Amana dryer tumbles but stays cold, check the heated-cycle setting, lint screen, and outside hood first. Weak or fluttering airflow points to the vent before any heat part.
Most likely: Start with a restricted vent, crushed hose, or lost 240-volt heater supply on an electric model. Those faults can leave the drum turning while heat never shows up.
Sort the symptom: cold air, weak heat, heat that quits, or a burner that clicks or glows without flame. A gas smell means the dryer stays off.
Don’t start with: Do not start with a control board, gas valve, or heating element order. If you smell gas, leave the dryer off, shut off the gas only if the valve is safe to reach, leave the area, and call the gas utility or a qualified pro.
Check the heated-cycle setting, clean the lint screen, and feel for exhaust at the outside vent hood before you split electric from gas. If you smell gas, leave it off and call the gas utility or a qualified pro before any dryer testing.
Reset the double breaker fully off and back on once. The motor can run on 120 volts while the heater needs the full 240-volt supply.
Treat airflow as the lead issue. Clean the lint screen, inspect the hose for crushing, and check the outside hood before testing parts.
Look for restricted airflow and an overheated safety circuit. A thermal cutoff or high-limit thermostat may have opened after the vent problem.
Stop guessing at electric heating elements. Note the burner sequence, then move to gas-side diagnosis or service if the pattern is unclear.
Leave the dryer off and call a qualified appliance tech, licensed electrician, or gas pro as appropriate.
A cold Amana dryer is not automatically a bad heating element. Use the visible clues first: airflow at the vent, full electric supply on electric models, and burner behavior on gas models. Treat any gas smell as the stop point.
Write down the exact Amana model number and make the failure repeat. Thermal cutoffs, high-limit thermostats, heating elements, igniters, and gas parts are model-specific. A clogged vent can make several good parts look guilty. If you smell gas, leave it off; this is no longer a parts-shopping problem.
When the drum turns but the load stays cold, start outside the cabinet. The first useful clues are the lint screen, the outside hood, the breaker, and the burner sound.
Skip the expensive guesses until the dryer gives you a better clue. The cheap checks are not busywork; they protect the next part from failing again.
This is the fork that saves the most time. Airflow trouble and lost heater supply can look the same from the laundry basket, but the checks are different.
| What you find | What it usually means | Next move |
|---|---|---|
| Outside hood airflow is weak | The vent hose, wall duct, or outside hood is restricting exhaust | Clean or correct the vent path before buying heat parts |
| Electric dryer tumbles after breaker reset but still has no heat | The heater supply or heat circuit still needs diagnosis | Check safely visible cord/outlet damage, then move to unplugged heat-circuit tests or service |
| Gas dryer glows but no flame appears and there is no gas smell | The burner sequence is not completing | Stop guessing and diagnose the gas ignition circuit |
| Heat returns with the vent briefly disconnected | The house vent path is likely the restriction | Reconnect before normal drying and fix the full vent route |
Heat-safety parts move up the list when the dryer had weak airflow, a hot cabinet, or long dry times before it went cold. Handle the vent cause before you trust a new cutoff or thermostat.
Amana electric and gas dryers can leave the same cold load in the basket. Gas odor is a hard stop; otherwise, split the diagnosis between the electric heater path and the gas burner sequence.
Use tools to prove the next clue, not to open deeper areas than you can safely put back together.
Helps when: Clears loose lint from the dryer outlet, first section of hose, lint screen housing, and cabinet base after power is disconnected.
Skip it when: The lint is deep in a long wall duct, near gas components, or where you cannot reach without damaging parts. Gas odor is a hard stop.
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Helps when: Removes common hex-head dryer access screws and vent-clamp hardware after the dryer is unplugged.
Skip it when: The panel is sealed, wiring is burnt, or access requires major disassembly.
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Helps when: Checks continuity on an unplugged thermal cutoff, high-limit thermostat, heating element, or igniter once airflow and supply clues support testing.
Skip it when: You are not comfortable identifying terminals, removing wires, or reading continuity safely.
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Buy only after a visible clue or meter test names the part. Match the full Amana model number, connector style, mounting shape, and any stamped ratings before ordering.
Helps when: The dryer has no heat and the cutoff tests open after an overheating or restricted-airflow history.
Skip it when: The vent path is still restricted or the part has not been tested.
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Helps when: The thermostat tests open, shows heat damage, or the model service sheet pairs it with the failed cutoff.
Skip it when: It tests closed and the only clue is a dirty vent.
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Helps when: An electric dryer has full supply, good airflow, and the element is visibly broken or tests open.
Skip it when: The dryer is gas, you smell gas, the breaker/supply has not been checked, or the vent is still restricted.
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Helps when: A gas dryer has good airflow and the igniter never glows or tests failed. Shut off the gas before access.
Skip it when: The igniter glows but the burner never lights; that pattern needs gas-side diagnosis before a guessed igniter order. If you smell gas, stop and leave it off.
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Start with the lint screen, outside hood airflow, and dryer breaker. A dryer can tumble normally while a restricted vent, lost electric heater supply, or failed heat-circuit part keeps heat off.
Yes. A blocked vent can make the dryer overheat, cycle heat poorly, or open a thermal cutoff. If airflow is weak at the outside hood, fix that before blaming the heating element or igniter.
Yes. The drum motor can run on 120 volts while the heater needs full 240 volts. That is a classic reason an electric dryer tumbles normally but never heats.
Not automatically. Replace the part that actually tests failed. If the paired thermostat also tests bad or shows heat damage, replace it too. More important, fix the airflow problem that likely caused the failure.
Not automatically. A glowing igniter proves part of the ignition circuit is working. If it glows and no flame appears, the gas-side diagnosis needs the burner sequence, flame sensor, coils, supply, and safety circuit checked instead of one guessed part. If you smell gas, stop and leave it off.
Maybe not. If the drum warms but clothes stay damp, check the vent path first. Weak outside hood airflow points to the hose, wall duct, or hood before the heater.
Only as a brief attended diagnostic check, and only when you can do it without spilling lint near heat or straining the cord or gas connector. Reconnect the vent before normal drying.
None yet. Find the model number, clean and check airflow, reset the double breaker once on electric models, and test parts with power disconnected. Buy the thermal cutoff, thermostat, element, or igniter only when the symptom and test point to it.
Leave the dryer off if you smell gas, see scorched wiring, find a melted cord or outlet, get repeat breaker trips, or need live electrical or gas diagnosis.
Repair Riot built this page around lint screen checks, outside hood airflow, dryer breaker resets, gas ignition behavior with a stop point for gas smell, unplugged continuity testing, and model-specific parts matching. The public references below back up the vent, model lookup, and dryer-fire context used here.