Direct answer: If an electric dryer tumbles but will not heat, the heating element is a real suspect, but it is not the only one. Check the breaker, vent airflow, wiring, and safety cutoffs before you order the part. Replace the element when the coil is visibly broken, tests open, or is shorted to the heater housing.
Most likely: When the dryer has full power, strong airflow, and stays cold on every heated cycle, the heating element moves high on the list. If the dryer ran hot before it quit heating, also check the thermal cutoff and high-limit thermostat.
This repair goes better when you slow down for ten minutes before buying parts. Make sure the dryer is electric, make sure it can breathe, look for burned wiring, and test the element with the dryer unplugged. Then, if the element is actually bad, replace it with the part made for that model.
Don’t start with: Do not start by throwing in a heating element just because the dryer feels cold. A clogged vent, half-tripped breaker, bad terminal block, open cutoff, or wrong cycle can fool you.
The motor, controls, and drum seem normal, but the drum air stays cold on timed high heat.
Start here: Check the double breaker and look for scorched outlet or terminal signs first. Then test the element and heat-safety parts with power disconnected.
With the dryer unplugged and the heater housing open, the coil is snapped, sagging, or separated.
Start here: Replace it with the correct element for the model, then inspect the housing and airflow before running the dryer.
The dryer got very hot, smelled hot, or had poor airflow before it became a no-heat dryer.
Start here: Test the element, thermal cutoff, high-limit thermostat, and thermal fuse. Fix the vent restriction before installing new heat parts.
The dryer starts, then trips power when the heating circuit energizes.
Start here: Stop using the dryer and inspect for a shorted element, burned terminal block, damaged cord, or wiring fault.
A broken coil cannot complete the heater circuit, so the dryer can tumble normally while making no heat.
Quick check: With the dryer unplugged and wires removed from the element terminals, a continuity test reads open instead of closed.
A coil touching metal can create overheating, uncontrolled heat, or breaker trips depending on the design and failure point.
Quick check: With wires disconnected, test from each element terminal to the metal heater housing. Continuity to ground means the element is shorted and unsafe.
These parts protect the dryer from overheating. If airflow was restricted, they can open and leave the dryer cold even when the element itself is still good.
Quick check: Test each heat-safety part for continuity with the dryer unplugged and compare the result to the service information for the model.
Poor airflow makes the heater run too hot, which can break an element or open thermal protection parts.
Quick check: Check the lint screen, lint housing, vent hose, and outside hood for strong airflow before and after the repair.
A gas dryer is a different repair, and an electric dryer needs full power before the heater can work.
Next move: If heat comes back after the breaker reset or setting change, do not replace the element yet. If the dryer is electric, tumbles normally, and still has no heat, check airflow and the heater circuit next.
What to conclude: This rules out the easy misses: wrong setting, half power, or an unsafe cord or outlet.
A new element will not last long if the dryer is still choking on lint or a crushed vent.
Repair guide: How to Clean a Dryer Vent Path
What to conclude: Airflow tells you whether the dryer simply needed to breathe, or whether heat parts may have failed from overheating.
The element, cutoff, thermostat, and wiring work together. Look at the whole area before blaming one part.
Next move: Visible damage gives you a strong clue, but use a meter when you can before ordering parts. If access is unclear or wires are damaged, stop before pulling more parts and use the model diagram or call an appliance tech.
Continuity testing keeps you from replacing a good element when the open part is actually a cutoff, thermostat, fuse, or supply connection.
Repair guide: How to Replace a Dryer Heating Element
Related repair guide: How to Replace a Dryer Thermal Cutoff
The element has to fit, the wires have to be tight, the coil has to stay clear of metal, and the vent has to move air.
A good result: The dryer should heat steadily, move strong air outside, and dry a normal load without overheating or tripping the breaker.
If not: If the dryer still does not heat, stop guessing. Recheck the wire connections, then move to supply, timer, motor-switch, or control testing for that model.
What to conclude: The job is done when the dryer heats, the wiring is safe, and the vent airflow is strong.
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The strongest signs are an electric dryer that tumbles with no heat after power and airflow checks, a visibly broken coil, an open reading across the element, or continuity from an element terminal to the heater housing.
No. Replace a broken or shorted element with the correct part for the dryer. Do not splice, bend, or patch the heating coil.
Age can do it, but restricted airflow is a major cause. A crushed vent, packed lint path, or blocked outside hood can overheat the element and nearby safety parts.
Only if it tests failed or the correct repair kit for your model calls for it. If the cutoff is open, fix the airflow problem before running the dryer again.
Yes. Many electric dryers can tumble with partial power while the heater gets no full supply. Check a half-tripped double breaker before opening the dryer.
It can be if the dryer is unplugged, the failed part is clear, the wiring looks healthy, and you are comfortable using a meter. Stop for scorched wiring, breaker trips, live-voltage testing, or unclear access.