Kenmore 10644252401 side-by-side refrigerator Parts

For Kenmore model 10644252401, the most reliable way to confirm cubic feet (capacity) is to look it up by model number in the 10644252401 owner's manual. If you need a quick estimate, we can calculate it from the interior measurements and convert cubic inches to cubic feet.

• Check the model/serial label inside the fresh food section (commonly on a side wall or ceiling area) and confirm it matches 10644252401.
• Use the capacity/specifications section in the 10644252401 owner's manual.
• If the label is hard to read, measure the usable interior space and calculate capacity (steps below).
• If you are comparing storage space, measure both the refrigerator and freezer compartments separately.

1. Measure width x depth x height of the usable interior space in inches.
2. Multiply the three numbers to get cubic inches.
3. Divide by 1,728 to convert to cubic feet.

• Measure to the inside liner, not the door bins.
• Subtract space taken up by fixed features (air ducts, light housing, ice maker bin area) if they reduce usable volume.
• Use the same method each time if you are comparing two refrigerators.

Cubic feet helps you compare overall storage, but shelves, bins, and airflow channels affect usable space. The manual’s listed capacity is the best apples-to-apples number for your exact Kenmore side-by-side refrigerator.

Last updated: January 2026

Yes. For Kenmore model 10644252401, the most reliable “reset” is a power reset: turn the temperature control to OFF, disconnect power for several minutes, then restore power and set the control back to your normal setting (this matches the control reset guidance in the 10644252401 owner's manual).

1. Turn the refrigerator control (thermostat) to OFF.
2. Unplug the refrigerator (or switch off the circuit breaker).
3. Wait 5 to 10 minutes.
4. Restore power.
5. Set the refrigerator and freezer controls back to the desired setting.

• Confirm the outlet has power (try a small lamp).
• Check the home breaker or fuse and reset if needed.
• Make sure the control is not left in the OFF position.
• If the unit is in a defrost cycle, wait about 30 minutes and recheck cooling.
• Keep doors closed during the restart so temperatures stabilize faster.

A reset clears minor control glitches after a power interruption, but it will not correct a failed part.

Resetting the right way protects the control and helps you avoid chasing the wrong problem. If the refrigerator restarts but temperatures do not recover within a few hours, focus next on airflow (blocked vents, door sealing) and the defrost cycle rather than repeating resets.

For display or diagnostic codes on Kenmore 106 models, use the Kenmore 106 model refrigerator error codes reference to interpret what the control is reporting.

Last updated: January 2026

The average lifespan of the Kenmore 10644252401 side-by-side refrigerator is about 14 years. With steady temperatures, clean condenser airflow, and good door sealing, many units reach that range before needing major repairs.

A refrigerator’s life is usually determined by heat management, defrost performance, and how hard the sealed system runs.

• Condenser airflow and cleanliness (dust and pet hair raise compressor temperatures)
• Door seal condition (warm air leaks increase run time and frost)
• Defrost system health (heavy frost can block airflow and strain the evaporator fan)
• Thermostat and temperature settings (over-cold settings can increase run time)
• Usage habits (frequent door openings, overpacking, hot food loads)

Use the care and cleaning steps in the 10644252401 owner's manual as your baseline.

• Vacuum condenser area regularly and keep vents clear
• Keep freezer around 0°F and fresh food around 37°F
• Make sure doors close fully and align properly
• Don’t block interior air vents with food containers
• Address unusual noises early (fan blade rubbing, ice buildup)

These are typical wear items that can restore performance and reduce strain when symptoms show up.

When airflow is restricted or warm air leaks in, the compressor runs longer and hotter. That extra run time is the biggest driver of early failure in side-by-side refrigerators.

Last updated: March 2026