Last Updated on October 5, 2026 by Umar Farooq
An electric dryer’s heating element is a long coil of resistance wire in a steel housing. It fails open, it gives no warning, and on most machines it is a half-hour job with a nut driver. But the element is almost never the first cause — it is usually the second. The thing that killed it was restricted airflow, and a new element in a blocked dryer dies the same way.
That is not a cautious caveat tacked on to a product list. It is the manufacturer’s own position. GE’s guidance on a dryer that is not drying explains the failure chain directly: a collapsed plastic vent pipe can “restrict the airflow, causing lint to build up inside the dryer. This build-up could cause the heaters to fail prematurely.” Maytag describes the same mechanism from the other end — a clogged vent leaves you with a dryer that turns but does not heat, because the heating element reaches a high temperature limit.
So this page puts the free fix first, because it is the fix, and because fitting an element into a restricted duct is buying the same part twice. If you only read one section, read the next one.
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Fix the airflow first or you will buy the element twice
An element is a resistor sitting in a stream of moving air. The air carries its heat into the drum. When the air slows down, the heat stays where it was made, the metal runs hotter than it was designed to, and the coil’s service life collapses. Nothing else about the element changes. It is simply being run above its design condition every cycle until it opens.
The numbers behind this are not subtle. NFPA’s research on home dryer fires records an estimated average of 13,820 home structure fires a year in which dryers were involved in the ignition, and names the leading cause plainly: “One-third (32 percent) of dryer fires were caused by a failure to clean.” That is the same restriction that is shortening your element’s life, measured by a different outcome.
Three free checks, in order:
Go outside and put your hand at the wall cap while the dryer runs. GE’s standard is the right one: “If there is not a strong airflow at the wall cap, it is typically an indication that the duct is obstructed and should be cleared or improved.” No meter, no tools, and a definitive answer about the whole duct run.
Look at what the duct is made of. GE recommends “a solid metal vent pipe 4[-inch] in diameter for adequate operation”, allows 4-inch flexible metal while noting it increases drying time, and does not recommend flexible white plastic at all, because it collapses. If there is white plastic behind your dryer, that is both your element’s cause of death and a job worth doing this weekend.
Clear the lint screen properly. Whirlpool’s advice is the one most guides get backwards: do not rinse the screen with water after each load, because wet lint is difficult to remove. The deep clean with detergent and a nylon brush is a twice-a-year job, not an after-every-load one.
How to clean a dryer vent is the full procedure, and dryer taking too long to dry is the page for a machine that heats but will not finish — because that is airflow, not a dead element, and no part on this page fixes it.
A dryer heating element replacement only fixes no heat, not slow drying
The distinction is worth being blunt about, because it is the single commonest wrong purchase in this category.
A heating element is a binary component. It is either passing current and making heat, or it has opened and makes none. There is no middle setting. An element cannot get weaker, cannot “lose power”, and cannot cause a load to take two cycles. If your dryer is producing heat at all — if the drum is warm when you reach in mid-cycle — the element is intact and your problem is somewhere in the airflow path or the moisture sensor.
Whirlpool publishes the test for this, and it is five minutes of standing around rather than anything technical. From Whirlpool’s own no-heat page: “To test if the dryer is heating: 1. Select a heated timed cycle 2. Run the cycle for 5 minutes (empty dryer). 3. Open the door and feel inside.” Two things make that test fail falsely, and both are on the same page. The Air Only or Air/Fluff cycle “does not add heat to the dryer at any time during the cycle”, so running the test on the wrong cycle proves nothing. And electric dryers “require a separate 30-amp circuit fused on both sides of the line. This means there will be 2 circuit breakers to operate the dryer. One circuit will operate the motor (turning the dryer drum), while the other circuit will operate the heating element. If one of these is tripped, the dryer may not heat.”
That last one is the free fix nobody checks. A dryer that tumbles perfectly and makes no heat can be a dryer with half a tripped double-pole breaker. Switch the breaker fully off and fully on again before you buy anything. Whirlpool’s related guidance adds that a dryer on 120 volts instead of 240 will run but take “as much as three times longer”, which is the same fault wearing a different symptom.
Two more things that are not an element. If your dryer is gas, there is no element in it at all — gas machines use a burner, and gas dryer not heating is the page you want. And if the machine heats sometimes and not others, an element does not do that either; intermittent heat points at a thermostat, a sensor or a connection.
The thermal fuse goes with it, and it is not optional
Here is the part that turns one order into two if you miss it.
Nearly every dryer that has blown an element has also blown, or is about to blow, its thermal fuse — because both are responses to the same overheat. Whirlpool’s wording on the fuse is the strongest available statement on the subject: these fuses “are a one-time device: when the temperatures within the dryer get too high, they will go off, shutting down the dryer”, and “if your thermal fuse has activated, you must replace it before using the dryer.”
A one-time device does not blow at random. It blew because something made the machine too hot, and on a no-heat fault that something is the same restriction that cooked the element. So order the fuse at the same time as the element. It is a small part, it is model-specific like everything else here, and discovering you need one after the panel is back on is a particular kind of annoying. Dryer thermal fuse covers testing it and reading what it tells you about why it went.
The hard rule that belongs with it: never bypass a thermal fuse. Not to test, not temporarily, not “just to see if the element works”. It is the last protection between a restricted duct and the 32% of dryer fires that NFPA attributes to failure to clean.
There is one more transfer job that catches people. On most chassis the high-limit thermostat is mounted on the element housing, not on the element itself, and it has to come off the old assembly and go onto the new one. If your new element arrives without a thermostat, that is why — check the old housing before you throw it out.
Element, or element and housing? The spec that decides
Elements are sold two ways and they are not interchangeable in the box.
A bare coil is the resistance wire on its ceramic insulators, and it drops into the housing already in your machine. A heating element assembly is the coil already mounted in its steel can, which is the easier fit and the more common way these are now sold. Both of the Whirlpool-platform and GE parts below are assemblies. Check which one your machine takes before ordering, because a bare coil arriving when you expected a can is a wasted weekend.
The electrical specification is the other thing worth reading, and LG publishes theirs in full: the 5301EL1001J element “generates 5,400 watts of heating power using 240 volts at 60-Hz and draws 22.5 amps of current”. That 22.5 amps is why the machine is on a 30-amp circuit and why both breaker poles matter. It is also why nothing about this part is universal — a different machine’s heater box is sized for a different wattage.
Which brings up the detail that proves the whole point of this page. LG’s current element is 5301EL1001J. It replaces 5301EL1001E. One letter apart, same length, same family, different revision — and the catalogue decides which your machine takes. If you are copying a part number off a forum post, you have roughly a coin’s chance of copying the right one.
Before you order anything, find the plate. Whirlpool documents the dryer location as inside the dryer door on the rim of the opening, with a ventless machine’s plate behind the water tank and a stacked laundry centre’s inside the dryer door. Photograph it. Then photograph the old element’s own label when the back panel comes off. Dryer not heating is the diagnosis page that got you here; this is the purchase.
Three elements, and the platforms they fit
Three OEM elements for three platforms, each with the compatibility its own manufacturer states. None of these is a universal part and no element is.
Whirlpool WPW10222771: the Whirlpool-family assembly
Whirlpool’s genuine element assembly — coil and housing as one unit, with a one-year Whirlpool parts warranty. The useful detail is its supersession list: WPW10222771 replaces DC97-08891A, 35001119 and W10222771. If the number on your old assembly is any of those, this is your part.
Which machines it covers: Whirlpool-platform dryers calling for this number, with Whirlpool naming NED7200TW, MDE9700AYM and MDE9700AYW explicitly and other models in the same family covered where the catalogue lists it. That platform includes Maytag, Amana, Roper, Estate and Kenmore 110 machines.
What it does not do: it does not include the high-limit thermostat, which transfers from your old housing. It also will not fit the later Whirlpool generations that take a different assembly, and the two are not visually distinguishable in a listing photo. This listing shows limited stock at the time of writing.
GE WE11M23: the GE assembly, with five superseded numbers
GE’s factory-certified element assembly, described by GE as the part that “generates the dryer’s heat”. Its supersession list is longer than most: WE11M23 replaces 844418, WE11M0014, WE11M0021, WE11M0023 and WE11M21.
Which machines it covers: GE electric dryers calling for WE11M23 or any of those five older numbers, which covers a wide span of GE-built machines including some badged Hotpoint and Kenmore. GE’s own advice on the listing is the right one — refer to your owner’s manual to confirm correspondence with the part rather than ordering on appearance.
What it does not do: it is an electric dryer part and has no gas equivalent. Note also that this listing sits under a range heating-element category on Amazon rather than a dryer one, which is an Amazon classification quirk rather than anything about the part — GE’s own description is explicit that it is for GE electric dryers.
LG 5301EL1001J: the one that publishes its numbers
LG’s genuine element, and the only one of the three that states its full electrical specification: 5,400 watts at 240 volts, 60 Hz, 22.5 amps. It replaces 5301EL1001E, the earlier revision of the same part.
Which machines it covers: LG dryers calling for 5301EL1001J — and that includes Kenmore machines with a 796 prefix, because those are LG-built. If your Kenmore model number starts 796, you are shopping the LG catalogue, not a Kenmore one.
What it does not do: the one-letter difference from the E revision is the whole fitment question, and the listing photograph will not help you resolve it. Read the number off your old element. If the old element is already out and unreadable, go by the model number on the door rim and the LG catalogue.
Who should not buy an element at all
Four readers, and between them they are a good share of the people who arrive on a page like this one.
Anyone with a gas dryer. There is no element in the machine. A gas dryer heats with a burner, and the parts in that sequence are the igniter, the flame sensor and the valve coils.
Anyone whose dryer is producing heat. Warm air plus slow drying is a duct problem or a sensor problem. An element does not partially work.
Anyone who has not checked both breaker poles. It costs ten seconds and it is a real cause of a machine that tumbles and never warms.
Anyone whose machine is past the age where this repair makes sense. Consumer Reports advises replacing an appliance more than eight years old rather than repairing it unless it is high-end, and the trade’s 50% rule says the same thing in money. An element is one of the cheaper repairs on a dryer, so it usually clears that bar — but an element plus a thermal fuse plus a duct replacement on a thirteen-year-old machine starts to look like a different decision. Dryer repair cost sets out what the published figures actually count.
FAQ
How do I test a dryer heating element?
Isolate the machine at the breaker, get to the element at the back panel, disconnect its terminals and check continuity across them with a multimeter. A coil that reads open has failed; a coil that reads continuity has not. The visual check is unreliable — a break can be a hairline gap at a crimp and look perfect.
Why did my heating element fail?
Almost always because the air moving over it slowed down. GE states the chain directly: a collapsed or restricted vent causes lint build-up inside the dryer, and that build-up “could cause the heaters to fail prematurely”. Fix the duct in the same session or the new element inherits the same conditions.
Do I need to replace the thermal fuse too?
Usually yes. The fuse is a one-time device that trips on overheat, and an element that died of overheating generally took the fuse with it. Whirlpool is explicit that an activated thermal fuse must be replaced before using the dryer. Never bypass it.
Will a heating element fix a dryer that takes two cycles to dry?
No. That is an airflow fault, not a heat fault. If the drum is warm mid-cycle, your element is working. Check the wall cap for strong airflow and clean the duct before spending anything.
My dryer is gas. Which element do I need?
None. Gas dryers have no heating element. The heat comes from a burner lit by a glow-bar igniter, and the parts in that circuit are the igniter, the flame sensor and the gas valve coils.
Does the high-limit thermostat come with the new element?
Generally not. On most chassis it is bolted to the element housing and transfers from the old assembly to the new one. Check your old housing before it goes in the bin, and inspect the thermostat while it is in your hand — if it tripped alongside the element, it needs replacing too.
Clear the duct, then order the element
The sequence that saves the second purchase: hand at the wall cap while the machine runs, look at what the duct is made of and replace white plastic with metal, cycle both poles of the breaker, then run Whirlpool’s five-minute timed heated cycle on an empty drum and feel inside. Only if that comes back cold is an element the right answer.
When it is, read the number off the old element rather than measuring it. Whirlpool-platform owners should check their number against the three WPW10222771 supersedes. GE owners have five older numbers rolling into WE11M23. LG and Kenmore 796 owners need to establish whether their machine takes the E or the J revision, because the listing photograph will not tell them. And whichever you buy, order the thermal fuse with it.
An element lasts as long as the duct lets it. That is the whole repair.
