Kenmore 110C62332510 electric dryer Parts

Your Kenmore dryer’s model number is printed on the appliance ID label; on most Kenmore electric dryers like 110C62332510, it’s typically inside the door opening on the cabinet frame. Once you have the full model number, we can match the correct parts, diagrams, and specifications.

Where to look for the model number label

Check these common locations (in this order):

• Inside the dryer door opening on the front frame (most common)
• On the back panel of the dryer cabinet
• Near the lint screen housing (some designs place the label close to the filter duct)
• Behind the lower access panel (if your model has one)

If the label is hard to read, take a clear photo and zoom in; the model number is usually the longest string of letters and numbers.

What the model number should look like

For this Kenmore dryer page, the model number format looks like 110C62332510 (a full, exact identifier). Use the entire model number, not just the first three digits.

What you see	What it means	What to do
110...	Kenmore model series identifier (commonly Whirlpool-built)	Use the full model to pick parts
Partial number (missing last digits)	Not specific enough for exact parts	Re-check the label for the full string
Extra letters or a second code	Often a serial number or manufacturing code	Record model number and serial number separately

Why the exact model number matters

Kenmore dryers can look nearly identical but use different components (door switch, timer, belt length, heating circuit). Using the exact model number helps us avoid ordering the wrong part and speeds up troubleshooting.

Example parts that depend on the exact model

• Door safety circuit parts (example: dryer door switch WP3406107)
• Drum drive components (belt, idler pulley, rollers)
• Heating and temperature control parts (thermostats, thermal cut-off)

Confirming you have the right documentation

Once you find the model number, compare it character-for-character to your label and then use the matching 110C62332510 owner's manual for operating details and feature descriptions.

Last updated: February 2026

On the Kenmore 110C62332510 electric dryer, the thermistor is a temperature sensor mounted on the blower housing or heater duct. We replace it by disconnecting power, opening the cabinet to access the sensor, moving the wires to the new thermistor one at a time, then reassembling and test-running a heated cycle.

Safety first

• Unplug the dryer (or switch off the breaker) before removing any panels.
• If the dryer was running, let it cool for 30 minutes.
• Wear cut-resistant gloves; cabinet edges can be sharp.
• Take a photo of wire locations before disconnecting anything.
• If you smell burning or see melted wiring, stop and inspect the heater circuit before running the dryer.

Steps to replace the thermistor (typical Kenmore 110-style electric dryer)

1. Disconnect power.
2. Remove the lint screen.
3. Open the cabinet using the access method shown in the 110C62332510 owner's manual.
4. Locate the thermistor on the blower housing or exhaust/heater duct (it is a small sensor with 2 wires).
5. Pull off the wire connectors (do not pull on the wires).
6. Remove the mounting screw(s), then remove the thermistor.
7. Install the new thermistor and tighten the screw(s) snugly.
8. Reconnect wires to the same terminals.
9. Reassemble panels, restore power, and run a timed heat cycle to confirm normal heating and cycling.

Quick diagnosis: is it really the thermistor?

Symptom	More likely cause	Also check
No heat, drum tumbles	Heater circuit issue	Heater element W10815654, thermal cut-off kit
Overheats, shuts off	Airflow restriction	Lint screen, vent, blower wheel
Long dry times	Poor airflow	Lint buildup inside cabinet, crushed vent

Why it matters

A bad thermistor can make the dryer run too hot, not hot enough, or cycle heat incorrectly. Correct temperature sensing protects fabrics and helps prevent repeated thermal fuse failures caused by overheating.

Prevent repeat failures

• Clean the lint screen before every load.
• Remove lint from the exhaust vent about every 2 years (more often with heavy use).
• If airflow is weak, inspect the blower wheel and venting for clogs.

Last updated: February 2026

A blown thermal fuse on your Kenmore electric dryer model 110C62332510 usually shows up as a dryer that won’t start or runs but won’t heat. The sure way to confirm is a continuity test with a multimeter after unplugging the dryer.

Quick symptoms to watch for

• Dryer will not run even with the door closed and Start pressed
• Drum turns but there is no heat (often caused by a power supply issue, but can also be a safety fuse issue)
• Dryer stops mid-cycle and then will not restart until the problem is corrected
• You recently noticed long dry times or restricted airflow (a common cause of overheating)

How we confirm a blown thermal fuse (continuity test)

1. Unplug the dryer (electric shock risk).
2. Access the fuse area using the disassembly steps in the 110C62332510 installation guide.
3. Remove at least one wire from the fuse terminal.
4. Set your multimeter to continuity or lowest ohms.
5. Test across the fuse terminals:

• Beep or near 0 ohms: fuse is good
• No beep or OL/infinite: fuse is blown and must be replaced

Rule out common “no heat” look-alikes first

The manual notes that electric dryers can tumble with no heat if only one side of the 240V supply is present (for example, one breaker tripped). Use this checklist from the 110C62332510 owner’s manual:

• Reset both dryer breakers (or replace both fuses if your home uses fuses)
• Confirm the dryer is on a 240-volt supply
• Make sure the door fully closes and Start is pressed and held long enough

What you see	Most likely cause	What to check next
Won’t start at all	Door switch, thermal fuse, power issue	Door latch, breaker/fuses, continuity test
Tumbles but no heat	240V supply issue, heater circuit fault	Reset both breakers, then test heating circuit

Why it matters

A thermal fuse is a one-time safety device; if it blows, it usually means the dryer overheated. Fixing airflow problems (lint screen, venting, blower path) helps prevent repeat failures.

Last updated: February 2026