Maytag Dryer Heating Element Replacement Guide

The heating element in a Maytag electric dryer is a nichrome wire coil mounted inside a metal housing (called a "coil-in-can" or heater box) that converts 240V electricity into heat. It is the most commonly replaced part in electric dryers because the coil operates at extreme temperatures for thousands of hours over its lifespan. Gas Maytag dryers do not have a heating element — they use a gas burner with an igniter instead (see the igniter guide).

How the Maytag Dryer Heating Element Works

The element is a long coil of nichrome (nickel-chromium alloy) wire stretched across a series of ceramic insulators inside a metal can. When the control board closes the heating relay, 240V flows through the coil, which resists the current and converts it to heat — reaching surface temperatures of 1,400-1,800 degrees F. The blower wheel pulls room air over the coil, heating it to 125-135 degrees F before it enters the drum.

The element does not run continuously. The control board cycles it on and off based on feedback from the cycling thermostat and moisture sensors. During a normal cycle, the element is active approximately 60-70 percent of the time. On Maytag's Heavy Duty setting, the element runs closer to 80 percent duty cycle, which is why Heavy Duty wears elements faster.

Maytag dryers use the same element housing as other Whirlpool Corporation dryers, but some Maytag models use a higher-wattage element (5,400W vs 4,800W on standard Whirlpool) to support faster drying on commercial-grade cycles.

Signs the Heating Element Has Failed

• Dryer tumbles normally but clothes stay damp — the element has burned out (open circuit), so only room-temperature air flows through the drum
• Dryer overheats — clothes come out extremely hot — the element coil has sagged and is touching the housing, creating a short circuit that bypasses the thermostat's cycling control
• Thermal fuse blows repeatedly — a shorted element causes excessive temperature, tripping the thermal fuse; replacing only the fuse without checking the element results in repeat failures
• Only half heat output — on elements with dual coils (two separate circuits), one coil can fail while the other continues operating, producing reduced but not zero heat
• Visible damage to the coil — glowing bright orange in spots (normal) but with dark/cold sections indicates a partial break

Test with a multimeter: disconnect power, access the element terminals, and measure resistance. A good element reads 8-20 ohms depending on wattage. Infinite resistance (open circuit) confirms a burned-out element. Continuity between either terminal and the housing (ground) indicates a dangerous short circuit.

Cost Breakdown

Always replace the thermal fuse when replacing the heating element. A degraded fuse may be close to its trip threshold, and the labor to access it is identical — you are already in the right area.

Step-by-Step Replacement

1. Disconnect power — unplug or turn off BOTH breakers (240V dryers use two breaker poles)
2. Remove the rear access panel or lower front panel depending on element location — most Maytag dryers have the element accessible from the rear
3. Disconnect the two wire terminals from the element — pull straight off the spade connectors
4. Remove the element mounting screw(s) securing the heater can to the dryer housing
5. Slide the old element assembly out — note the orientation of the can relative to the air intake
6. Check the thermal fuse and high-limit thermostat mounted near the element — test for continuity and replace if open
7. Slide the new element assembly in matching the original orientation
8. Reconnect the wire terminals — ensure tight connection on the spade connectors; loose connections cause arcing
9. Reassemble the access panel, restore power, and run a timed dry cycle with a damp towel
10. Verify heating — the exhaust air should feel warm within 2-3 minutes of cycle start

Tools needed: Phillips #2, quarter-inch nut driver, multimeter, needle-nose pliers.

Thermal Fuse — Always Check This First

The thermal fuse is a one-time-use safety device that permanently blows (opens) if exhaust temperature exceeds approximately 250 degrees F. It is the number one cause of "no heat" in dryers, and it is a $5-$12 part. A blown thermal fuse does not always mean the element is bad — restricted exhaust vent airflow is the most common cause. Always check the exhaust vent when a thermal fuse blows, or the new fuse will blow again.

Electric vs. Gas Identification

If your dryer plugs into a standard 120V outlet, it is gas-powered and does not have a heating element. If it plugs into a large 240V outlet (NEMA 10-30 or 14-30) or is hardwired, it is electric and has a heating element. Gas dryers use an igniter to light a gas burner — see the igniter guide for gas dryer heating issues.

Maytag Dryer Platform and Parts Cross-Reference

Maytag dryers are built on the Whirlpool Corporation platform. Parts cross-reference directly to Whirlpool W10 and WP part numbers — the identical component manufactured in the same factory. When ordering any replacement part, search both the Maytag and Whirlpool part numbers for the best price.

Maytag dryers with the Commercial Technology badge use heavier-duty components in some areas — thicker drum padding, larger counterweights, and in some models, a higher-wattage heating element for faster drying. These commercial-grade specifications mean Maytag dryers handle larger loads more effectively than standard Whirlpool dryers, but the additional stress may affect component longevity differently.

Electric vs. Gas Identification

Check your dryer's plug: a large 240V outlet (three or four prong NEMA 10-30 or 14-30) means electric. A standard 120V plug means gas. Gas dryers also have a flexible gas line connecting to a shutoff valve behind the unit. Electric dryers have a heating element (nichrome coil). Gas dryers use an igniter and gas burner assembly instead.

Exhaust Vent Maintenance

Regardless of which part you are replacing, check the exhaust vent system during any dryer service visit. Lint accumulation in the vent duct is the root cause of most thermal component failures (thermostats, thermal fuses, heating elements) and is a leading cause of residential dryer fires. The vent should be professionally cleaned every 1-2 years, or immediately if drying times have increased. Disconnect the vent duct from the dryer and inspect for blockages as part of any repair.

Diagnostic Mode

Enter diagnostic mode using the button sequence on the tech sheet inside the dryer cabinet (usually behind the lower front panel or inside the top panel). Diagnostic mode retrieves stored error codes and runs component tests — motor, heating circuit, sensor readings — allowing precise diagnosis before ordering parts.

FAQ

How much does a Maytag Dryer Heating Element cost?

The OEM element assembly costs $30-$80. Whirlpool cross-reference is $25-$65. Always replace the thermal fuse ($5-$12) simultaneously. Professional installation adds $80-$180.

Why does my Maytag dryer keep blowing the thermal fuse?

The most common cause is a clogged exhaust vent that traps heat. Check and clean the vent duct. If the vent is clear, the heating element may have a short circuit that causes excessive temperature — test element resistance.

Can I run my Maytag dryer without the heating element?

The dryer will tumble and the blower will run, but only room-temperature air will flow through the drum. Clothes will eventually air-dry but it takes 3-5 times longer than normal.

How do I know if my Maytag dryer is electric or gas?

Check the outlet — a large 240V plug (three or four prong) means electric. A standard 120V plug means gas. Gas dryers also have a flexible gas line connecting to a shutoff valve behind the unit.