Replace Your Whirlpool Dryer Heating Element Guide

Understanding the Whirlpool Dryer Heating Element and Why It Fails

The heating element in your Whirlpool dryer is essentially a coiled wire that generates heat when electricity passes through it. Think of it like the filament in an old light bulb—it glows hot because of electrical resistance. In a dryer, this element can reach temperatures around 350-400 degrees Fahrenheit to warm the air that tumbles your clothes dry. When this component stops working, your dryer will run but produce little to no heat, leaving your clothes damp after a full cycle.

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Whirlpool dryers use one of two main types of heating elements depending on the model year and design: a traditional tubular heating element or a flat ribbon-style element. The tubular design looks like a coiled metal tube, while the ribbon style is more compact and modern. Both serve the same purpose but may have different failure rates and replacement procedures. Understanding which type you have is the first step toward replacement.

Heating elements typically fail after 3-8 years of regular use, though this varies based on how often you run your dryer and whether you clean the lint filter regularly. Lint buildup forces the dryer to work harder, generating excessive heat around the element and accelerating its breakdown. Statistics from appliance repair data suggest that heating element failure accounts for roughly 15-20% of all dryer repairs, making it one of the most common issues homeowners face with electric dryers.

You'll know your element is failing when your dryer takes 60-90 minutes to partially dry a normal load, when clothes come out cold or only slightly warm, or when you notice a burning smell during operation. Gas dryers use a different igniter system, so this guide focuses on electric Whirlpool models. If your dryer occasionally heats normally and other times doesn't, the element may be partially failing rather than completely broken.

Practical takeaway: Before assuming your heating element is dead, check that your lint trap is completely clean and your dryer vent isn't clogged. Blocked airflow mimics heating element failure and is far cheaper to fix. If the dryer still won't heat after cleaning, the element replacement may indeed be necessary.

Identifying Your Specific Whirlpool Model and Finding the Right Part

Whirlpool manufactures dozens of dryer models under different brand names, including Maytag and Kenmore (sold at Sears). Each model number corresponds to a specific heating element part. Using the wrong part means wasted money and another trip to the hardware store. Your dryer's model number is printed on a label inside the door jamb or on the back of the unit near the power cord connection.

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The model number typically looks like "WED5620HW" or similar—a combination of letters and numbers. Write this down exactly as it appears. Next, visit the Whirlpool Parts website or a parts retailer like PartSelect or AppliancePartsPros and enter your full model number. The system will show you the correct heating element assembly for your specific dryer. Pricing for genuine Whirlpool heating elements typically ranges from $150-$350, depending on your model and where you purchase.

You'll notice aftermarket (non-Whirlpool) heating elements available for $60-$120. These are cheaper but may have different specifications or shorter lifespans. Many homeowners successfully use aftermarket parts, but genuine Whirlpool elements are engineered to match your dryer's electrical system precisely. If your dryer is still under warranty—which typically runs 1-3 years—replacing the element yourself will void coverage. Check your warranty documentation first.

Some retailers bundle the heating element with the thermal cutoff fuse and other related components in a "heating element kit." This can be practical since these parts often fail together. Before ordering, verify the part number matches your model by checking the retailer's compatibility list. One mistake here can mean receiving a component that doesn't fit your dryer's terminal configuration or wattage requirements.

Practical takeaway: Screenshot or photograph your model number and email it to yourself. When you call a parts retailer or appliance repair shop with questions, you'll have the exact number ready rather than scrambling to find the label during your conversation.

Safety Precautions and Tools You'll Need Before Starting

Working on a dryer involves electrical hazards and hot surfaces. Before touching anything, unplug your dryer from the wall outlet. This is non-negotiable—electricity can cause serious injury or death. Even unplugged, capacitors (electrical storage devices) inside the dryer may hold a charge. If you see a cylindrical component with two terminals, assume it's charged and avoid touching it. Many people wear a thick rubber glove or use an insulated screwdriver when working near capacitors as an extra precaution.

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You'll also need basic tools: a multi-meter to test electrical continuity (around $15-$30), a Phillips and flathead screwdriver set, needle-nose pliers, and a putty knife or trim removal tool. Some Whirlpool dryers require a ¼-inch socket wrench or nutdriver to remove terminal blocks. Having these on hand before you start prevents mid-project hardware store trips. Wear safety glasses when working, especially if you're removing fasteners or clips that might pop out with force.

Your workspace matters. Dryers are heavy—typically 85-110 pounds—and you'll need room to tilt or pull it away from the wall. Clear a 3-4 foot area in front of your laundry space. If you have a front-load configuration with a pedestal, this becomes trickier; you may want to move the entire unit to a central location where you have more mobility.

Before you disconnect any wiring, take photographs of each connection point. Use your phone camera to document the terminal block layout, wire colors, and fastener locations. This visual record saves enormous frustration during reassembly. Label wires with masking tape and marker if your memory for detail isn't strong. Some technicians draw a simple diagram on paper showing where each wire connects, using colored pen to match the actual wire colors in their dryer.

Practical takeaway: Spend 15 minutes photographing your entire dryer's interior, including the heating element in its current location, all wire connections, and thermal sensors. This documentation is your reassembly roadmap and prevents costly mistakes when you're putting things back together.

Step-by-Step Removal of the Old Heating Element

Start by removing the front or rear panel of your Whirlpool dryer, depending on your model. Most Whirlpool electric dryers have the heating element accessible from the back. The back panel is usually held on with 4-8 Phillips or Phillips-head screws. Remove these and carefully set the panel aside. You'll now see the drum and the heating element assembly, typically located near the blower wheel on the airflow path.

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The heating element itself is usually a metal housing with wire terminals protruding from one end. These terminals connect to the terminal block using either push-on connectors (which slide off) or screw terminals (which require a nutdriver to loosen). Carefully photograph this connection before touching anything. Gently wiggle the connectors while pulling straight out—they should release without excessive force. If they're stuck, a small amount of isopropyl alcohol applied to the connection point can help loosen corrosion.

Once the wires are disconnected, locate the mounting bolts or clips holding the element in place. Tubular elements are often held with 2-3 bolts through flanges on the housing. Remove these fasteners and keep them in a small container so they don't roll away. Gently pull the element straight out of its mounting location. You may need to angle it slightly to clear the blower wheel or other components nearby.

At this point, some technicians test the old element with a multi-meter set to the resistance setting. Place one probe on each terminal. A functional element typically shows 10-15 ohms of resistance. An open circuit (no resistance reading, or infinite resistance) confirms the element is dead. A reading showing zero or very low resistance suggests an internal short. This test won't change your replacement decision, but it provides confirmation that you've diagnosed the problem correctly.

Before installing the new element, inspect the mounting location for damage, corrosion, or foreign debris. Clean the area lightly with a soft brush