GE Dryer Heating Element Replacement — Restoring Heat to Your Dryer

When your GE electric dryer tumbles but produces no heat, the heating element is the primary suspect. The element is a coiled nichrome wire inside a metal housing that converts electrical energy to heat. Air flows over this heated coil before entering the drum, where it absorbs moisture from clothes and exits through the lint filter and vent.

How GE Dryer Heating Elements Work

GE electric dryers use a 240-volt heating element typically rated between 4,500 and 5,600 watts. The element consists of nichrome wire wound in coils and suspended on ceramic insulators inside a sheet metal housing. The control board cycles the element on and off to maintain the selected temperature — the element does not run continuously during the entire cycle.

Gas dryers do not have a heating element — they use a gas burner with igniter and gas valve solenoids. If you have a gas GE dryer, see the igniter guide instead.

Symptoms of Heating Element Failure

• Dryer tumbles but clothes stay wet — the motor and blower work, but no heat is produced. Clothes come out damp and cold after a full cycle.
• Dryer runs on low heat only — on 240V dryers, the element has two coils. If one coil breaks, the element operates at roughly half power (one 120V leg still works). Clothes eventually dry but take twice as long.
• Dryer overheats / clothes come out scorched — a broken coil can touch the housing and ground out, or the element may contact the drum, causing localized overheating. Less common than no-heat failure but potentially dangerous.
• Tripped breaker — a grounded element draws excessive current, tripping the breaker. If the dryer breaker trips during the heat phase, the element is likely grounding to the housing.

Confirming Element Failure

1. Unplug the dryer
2. Access the element housing — typically at the rear lower section of the dryer or behind the drum depending on model
3. Disconnect one wire from the element terminals
4. Set a multimeter to ohms and test across the two element terminals
5. Good element: 10-25 ohms (exact value depends on wattage rating)
6. Bad element: Open circuit (OL) = broken coil; needs replacement
7. Test each terminal to the housing (ground) — any continuity indicates a grounded element that must be replaced immediately

Also check the 240V outlet: the dryer requires both legs of a 240V circuit. If one breaker leg trips, you get 120V — enough to run the motor but not enough for full element heat. Test at the outlet with a multimeter.

Part Numbers and Pricing

When replacing the element, also replace the thermal fuse and high-limit thermostat. A failed element often blows the thermal fuse as it fails, and the high-limit thermostat may be weakened from the overheat event. Total parts cost for all three: $45-$115.

Tools Required

Phillips #2 screwdriver, 1/4-inch nut driver, 5/16-inch nut driver, multimeter, needle-nose pliers.

Step-by-Step Replacement

Preparation

Unplug the dryer from the 240V outlet. Pull the dryer away from the wall for rear access.

Accessing the Element

On most GE dryer models, the element housing is at the rear of the dryer, behind the drum. Remove the rear access panel (multiple screws around the perimeter). The element housing is a cylindrical or rectangular metal can with two or three wires connected to terminals on the outside.

Removing the Old Element

Disconnect all wires from the element terminals (note their positions). Remove the screws securing the element housing to the dryer cabinet. Slide the housing out. Open the housing to remove the old element — it is held in place by the ceramic insulators and clips. Inspect the insulators for cracks; cracked insulators can allow the element coil to contact the housing, causing a ground fault.

Installing the New Element

Place the new element in the housing, routing the coils through the ceramic insulators. Ensure no coil touches the housing walls. Close the housing and secure it to the dryer cabinet. Reconnect all wires to the correct terminals.

Testing

Plug in the dryer. Run a timed dry cycle on high heat. Within 3-5 minutes, warm air should flow from the vent. Monitor for 10 minutes — the element should cycle on and off (you can hear it click through the cycling thermostat). Check the outside vent for warm airflow.

Why Elements Fail

GE dryer elements have a finite life — the nichrome wire slowly oxidizes and thins with each heating cycle. Typical lifespan is 8-14 years. Factors that accelerate failure: restricted vent ducts (element cycles more frequently at higher temperatures), running multiple back-to-back loads (no cool-down between cycles), and operating on low voltage (element draws more current to compensate).

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No heat from your GE dryer? A $30 element is usually the fix — but verify with a multimeter first. Our technicians test the element, fuse, thermostat, and circuit in one diagnostic visit. Book a repair