A dryer's heating element is essentially a coiled wire that becomes extremely hot to dry your clothes. Think of it like the heating coil in a toaster β when electricity passes through it, resistance creates heat. Over time, this repeated heating and cooling causes the metal to become brittle and eventually break. Most heating elements last between 3 to 5 years of regular use, though some fail sooner depending on how often you run your dryer and whether you clean the lint filter regularly.
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When a heating element fails, you'll notice your dryer running but producing little to no heat. Your clothes come out damp or wet even after a full cycle. Some people mistake this for other problems, but a failed heating element is one of the most common dryer issues. Unlike some dryer problems that require professional service, replacing the heating element yourself is feasible for people with basic mechanical ability and the right tools.
The cost of replacing a heating element yourself typically ranges from $30 to $80 for the part itself, depending on your dryer model. Professional repair service can cost $200 to $400 when you include labor. This significant price difference explains why many homeowners choose to tackle this repair independently. The process itself takes between 30 minutes to 2 hours, depending on your dryer's design and your familiarity with the work.
Before you start, understand that a failed heating element won't damage other dryer parts if left unfixed β the dryer will simply stop producing heat. However, the longer you go without heat, the more wet loads you'll have to re-dry using other methods, wasting energy and time. A practical takeaway: Check your dryer model number before purchasing a replacement element, as different brands and models use different heating element designs. You'll find the model number on a sticker inside the dryer door or on the back of the unit.
Replacing a heating element requires specific tools that most households either have or can borrow. You'll need a Phillips head screwdriver and a flathead screwdriver for removing panels and disconnecting components. A socket wrench set or adjustable wrench helps with the nuts holding the heating element in place. Most importantly, you need a multimeter β an inexpensive digital device that tests whether electrical components are working. Many hardware stores rent or sell basic multimeters for $15 to $30, making this tool investment worthwhile even if you only use it once.
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Beyond tools, you need the actual replacement heating element. This is not a generic part β dryers made by different manufacturers use different elements, and even within the same brand, older and newer models may use different designs. Visit the manufacturer's website or call their customer service with your dryer's model number to confirm the correct part number. Common dryer manufacturers include Whirlpool, General Electric, LG, Samsung, Maytag, and Frigidaire, each with their own heating element specifications. You can order the part online from appliance parts retailers, which typically costs less than ordering directly from the manufacturer.
You'll also want to have some additional supplies on hand: a bucket or container to hold screws and small parts (keeping everything organized prevents frustration later), needle-nose pliers for manipulating wires and terminals, a rag or cloth for wiping dust from inside the dryer, and optionally, a wire connector tool or small wire strippers if your heating element connects via wire terminals rather than bolts. Before ordering anything, unplug your dryer from the electrical outlet β this is non-negotiable for safety. If your dryer is gas-powered, also turn off the gas supply valve behind the unit.
A practical takeaway: Create a simple organizational system before you begin. Take photos of wire connections and component placement using your phone before disconnecting anything. These photos become invaluable reference guides when reassembling. Many people find the reassembly more confusing than the disassembly, and visual documentation prevents costly mistakes.
Different dryer designs require different disassembly approaches. Most modern dryers are accessed from the front by removing a panel below the door, while some older models require removing the entire front cover or accessing from the back. Consult your dryer's user manual or search online for your specific model number plus "heating element replacement" to confirm your dryer's design. This step takes 5 to 10 minutes but is crucial β forcing panels off or removing the wrong components can damage your dryer.
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For front-loading drum dryers (the most common design), you typically remove a toe panel at the bottom by unbolting or unclipping it. Behind this panel, you'll see the heating element assembly, which looks like a metal cylinder or a flat metal box with wires attached. Some dryers require you to remove additional panels to reach the element. Start by identifying all bolts or screws holding panels in place, removing them methodically while keeping them organized in your bucket.
As you open up the dryer, you'll encounter dust and lint buildup inside. This is normal β lint accumulates around internal components even with regular filter cleaning. Before touching the heating element, use your rag to wipe away accessible dust. This actually serves two purposes: it prevents lint from falling on the new element and gives you a clearer view of how components connect. Some people use a handheld vacuum to remove dust, which works well if you're careful not to pull loose wires.
Once you've accessed the heating element chamber, locate where it connects to the dryer's electrical system. Most elements connect via wire terminals that push onto metal prongs, or via bolts that secure the element to the dryer's metal housing. Take your time here β forcing a connection off can damage the prongs or tear wires. If a wire connection won't budge, try wiggling it gently while pulling, or use needle-nose pliers to apply steady pressure. A practical takeaway: If you encounter resistance beyond normal, stop and take another photo. Sometimes a second bolt or clip is hidden, preventing the element from moving.
Before you disconnect the old heating element from its electrical connections, use your multimeter to confirm it's actually failed. Set your multimeter to the ohms setting (the symbol that looks like an omega Ξ©) and touch the meter's probes to the two terminals on the heating element. A working element shows a reading between 5 and 20 ohms, depending on the model. If the reading shows infinity or 1 (displayed as OL, meaning "open loop"), the element has failed and needs replacement. This test takes 30 seconds but confirms you're replacing the right part.
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With the failed element confirmed, disconnect it from the electrical system. If your element has wire terminals that push onto prongs, use steady, even pressure to pull them straight off β twisting or angling can damage the prongs. If the element is bolted in place, use your socket wrench or adjustable wrench to remove the bolts, turning counterclockwise. Keep these bolts in your organized bucket β you'll need them to secure the new element. Some dryers have the heating element screwed into a metal housing; in that case, use your appropriate wrench to unscrew it by turning counterclockwise.
Once all electrical connections and mechanical bolts are removed, the old element should slide or lift out relatively easily. If it's stuck, check once more for any hidden bolts or clips you might have missed. Forcing a stuck element can damage the dryer's interior or break wires still attached to the element. The old element may be quite hot if the dryer was used recently, so use caution even though you've unplugged the unit β metal components retain heat. Set the old element aside safely; if your dryer is under warranty, keep the failed element in case you need to prove the failure to a manufacturer.
A practical takeaway: Before proceeding, inspect the area where the old element sat. Look for burn marks, excessive corrosion, or damage to nearby components. Unusual damage might indicate an electrical problem beyond a simple element failure. If you notice anything concerning, this is the time to consult a professional repair technician rather than proceeding with the replacement.
Unbox your new heating element and confirm it matches your dryer model number before installation. New elements are usually identical to old ones β same shape, same connection type, same bolt pattern. However, some manufacturers package elements with updated designs, so take a moment to verify everything looks correct. Position your new element
This guide is for general information only and is not medical, financial, legal, or other professional advice. For decisions specific to your situation, consult a qualified professional. See our Editorial Policy.