Electrolux EFME627UTT2 dryer Parts

For an Electrolux EFME627UTT2 dryer, the motor part typically runs about $150 to $300, and the total installed cost is usually $300 to $650 once labor is included. Exact pricing depends on the motor version used for your model and local service rates; confirm details in the EFME627UTT2 owner's manual.

What makes up the total cost

• Drive motor price: commonly $150 to $300 for many Electrolux dryers
• Labor: often 1 to 2 hours, depending on access and whether the blower housing must be removed
• Service call/diagnostic fee: may apply if a technician verifies the failure first
• Related parts sometimes replaced together: belt, idler components, or rollers if worn

Parts that are often worth checking while the dryer is open

A failing motor can be caused or accelerated by drag in the drum system or restricted airflow. If you hear squealing, thumping, or the drum is hard to turn by hand, inspect these common wear items:

• Dryer drum support roller 5304523152
• White-westinghouse dryer drum belt 134719300
• Dryer blower wheel 5304513609
• Drum seals and lint buildup around the blower housing

Quick cost snapshot

Scenario	Typical parts cost	Typical labor cost	Typical total
DIY motor replacement	$150 to $300	$0	$150 to $300
Pro replacement (most common)	$150 to $300	$150 to $350	$300 to $650
Motor plus worn drum support items	$200 to $400	$200 to $450	$400 to $850

Why it matters

Replacing the motor without addressing airflow restrictions or drum drag can shorten the life of the new motor. Our troubleshooting guidance in the EFME627UTT2 owner's manual emphasizes proper venting and keeping the lint filter and exhaust path clear to prevent overheating and long dry times.

Last updated: February 2026

To check the heating element in your Electrolux dryer model EFME627UTT2, we unplug the dryer, access the heater housing, and test the element with a multimeter for continuity (a good element shows a closed circuit). If it reads open, the element is failed.

Safety first

• Unplug the dryer before removing any panels.
• Never use an extension cord with this dryer.
• Confirm the dryer is properly grounded before restoring power.
• Let the heater area cool completely before handling parts.

How we test the heating element (continuity test)

1. Disconnect power.
2. Remove the appropriate panel(s) to reach the heater housing (panel access varies by configuration); follow the EFME627UTT2 owner's manual.
3. Take a photo of wire locations, then pull the element wires off the terminals.
4. Set a multimeter to ohms (Ω) or continuity.
5. Touch one probe to each element terminal.
   • Good: continuity (closed circuit) and a steady resistance reading.
   • Bad: no continuity (open circuit) or an unstable reading.

If the element tests good but the dryer still will not heat

In the EFME627UTT2, heat complaints are often caused by airflow restriction or a safety device opening due to overheating.

• Clean the lint screen and check the blower area for lint buildup.
• Inspect the venting; use rigid or semi-rigid metal duct and keep the run within the manual’s limits.
• Check for a tripped high-limit condition; a failed thermostat or thermal limiter can stop heat.
• Verify correct supply voltage; electric dryers on 208V dry about 20% slower than on 240V.

Common heat-related parts to consider

Symptom	What to check next	Example part for this model
No heat, element tests good	High-limit safety device	Dryer high-limit thermostat 3204267
No heat after overheating event	Thermal limiter	Dryer inlet thermal limiter 137032600
Long dry times, hot cabinet	Vent restriction	Ducting and outside hood

Why it matters

A failed heating element stops heat completely, but restricted exhaust airflow can also cause overheating, long dry times, and repeated thermal cutoffs. Fixing airflow issues prevents repeat failures and protects key components.

Last updated: February 2026

On the Electrolux EFME627UTT2 dryer, an E64 error points to a heating circuit problem; we fix it by cutting power, checking the heater wiring and connectors for damage or looseness, and then testing and replacing the failed heat-safety or temperature-sensing part.

Safety first (before any checks)

• Unplug the dryer or switch OFF the breaker before removing panels.
• Avoid sharp bends or crimps in wiring at terminals and connectors.
• Label wires before disconnecting anything so reconnection is correct.
• If the dryer was recently installed or moved, confirm the power cord and terminal block connections match the wiring method.

For model-specific electrical access and wiring cautions, follow the EFME627UTT2 owner’s manual.

What to check for an E64 (most common causes)

• Loose, burned, or broken wires in the heater circuit (especially at high-heat components)
• Overheating from restricted airflow (lint buildup, crushed vent, blocked damper)
• A tripped or failed heat safety device (thermal limiter or high-limit thermostat)
• A failed temperature sensor (thermistor)

Parts that commonly solve heating-circuit errors

If wiring and airflow look good, the fix is usually replacing the failed safety or sensor part.

Symptom you notice	Most likely area	Part examples for EFME627UTT2
Dryer runs but heat stops, then error returns	Overheat protection opened	Dryer inlet thermal limiter 137032600, kelvinator dryer high-limit thermostat 3204267
Heat is erratic or temperature seems “wrong”	Temperature sensing	Dryer thermistor 5304513591, dryer inlet thermistor 5304520302

Airflow checks that prevent repeat failures

Restricted airflow is a top reason limiters and thermostats open.

• Clean the lint screen and the lint screen housing
• Inspect the vent hose for kinks, crushing, or long runs
• Check the outside vent hood damper for sticking or blockage
• Remove lint buildup around the blower area if accessible

A good maintenance routine is outlined in how to clean and maintain your clothes dryer.

Why it matters

Continuing to run the dryer with an E64 heating fault can cause long dry times and repeated overheating, which stresses the heater circuit and can keep tripping safety devices.

Last updated: February 2026

The Electrolux EFME627UTT2 dryer’s capacity is measured in cubic feet, but capacity is not listed in the manual excerpts we have for this model. For the exact capacity rating for your specific unit, we recommend confirming it in the EFME627UTT2 owner's manual.

How to confirm the correct capacity for your exact dryer

Capacity can vary by model series and configuration, so we use the model-specific documentation first.

• Check the specifications section in the EFME627UTT2 owner's manual
• Look for the model and serial tag (typically on the door opening or door frame area)
• Match the full model number EFME627UTT2 exactly (letters and numbers matter)
• If you’re comparing dryers, confirm whether you’re looking at a gas vs. electric version
• Use the same measurement unit: cu. ft. (not liters)

Related specs people often mix up with capacity

These are installation dimensions, not drum capacity. They still matter when planning a laundry space.

Spec type	What it tells you	Example from the guide
Width	Space needed side-to-side	27.0 in
Height	Overall height on floor	38.0 in
Depth (door closed)	Space needed front-to-back	32.0 in
Depth (door open clearance)	Clearance to swing door	53.5 in

Why it matters

Capacity affects how much laundry we can dry per load and how well items tumble for even drying. Using the right load size also helps prevent long dry times and overheating from restricted airflow.

Last updated: February 2026

A loud noise during drying on your Electrolux EFME627UTT2 usually points to a mechanical issue (belt, rollers, drum seal, blower wheel) or an overloaded drum. If you hear squeaking, grinding, or rubbing, stop using the dryer and follow the safety guidance in the EFME627UTT2 owner's manual.

First, identify the type of noise

Match the sound to the most common causes:

• Thumping/rumbling: drum support rollers developing flat spots or wearing out; also common after the dryer sits unused.
• Squealing/screeching: worn or slipping drum belt, idler system wear, or a dry/worn contact surface.
• Scraping/rubbing: drum seal wear, drum contacting the bulkhead, or a foreign object.
• Roaring/whining air sound: blower wheel issue or airflow restriction.
• Clicking (steam or gas models): can be normal valve operation; compare to the “normal operating sounds” section in the manual.

Quick checks we recommend (safe, no disassembly)

• Run a short cycle empty; note whether the noise changes.
• Reduce load size (most loads should fill the drum about 1/3 to 1/2 full for proper tumbling).
• Check the lint filter and exhaust airflow; restricted airflow can change blower noise.
• Listen for noise only at startup (roller flat spots often fade as the drum turns).
• Stop the cycle if the sound becomes grinding, rubbing, or persistent squealing.

Parts commonly involved on this model

If the noise is consistent and repeats every drum revolution, these parts are frequent culprits:

Symptom	Likely area	Example part for EFME627UTT2
Squeal, belt slip smell	Drive system	White-westinghouse dryer drum belt 134719300
Thump/rumble	Drum support	Dryer drum support roller 5304523152
Scrape/rub at drum edge	Drum sealing surface	Dryer drum seal 5304499489
Roar/whine, poor airflow	Blower housing	Dryer blower wheel 5304513609

Why it matters

Unusual mechanical noises can signal wear that gets worse quickly. Addressing it early helps prevent secondary damage (for example, a failing roller or belt can stress the drum and motor) and keeps drying performance consistent.

Last updated: February 2026