Kenmore 25327009412 upright freezer Parts

On the Kenmore upright freezer model 25327009412, the model number is printed on a rating label (data plate) attached to the cabinet. We most often see it inside the freezer compartment, but it can also be on the exterior cabinet depending on the production run; confirm the exact label location in the 25327009412 owner's manual.

Most common label locations to check

• Inside the freezer compartment on a side wall
• On the ceiling (top interior panel) of the upright freezer
• Along the door opening (door jamb) near the hinge side
• Behind the lower kick plate or front grille
• On the back of the cabinet near the bottom

What the label looks like (and what to write down)

The rating label typically includes:

• Model number (example: 25327009412)
• Serial number (helps match production changes)
• Electrical ratings (volts/amps)
• Refrigerant type and charge

Quick tips to find it faster

• Use a flashlight and look for a white or silver sticker with dense text.
• Check areas that stay dry and protected (door jamb, ceiling, behind kick plate).
• If the label is scuffed, take a photo and zoom in to read it.

Why it matters

The model number ensures we match the correct Kenmore parts and diagrams for your upright freezer, especially for items like the electronic control board, temperature sensor, door gasket, and hinges.

If you find this	Use it for
Model number	Selecting the correct parts list and diagrams
Serial number	Confirming version-specific part changes
Product code info	Cross-checking compatible replacements

Last updated: January 2026

Most upright freezers, including the Kenmore 25327009412, typically last 12 to 15 years, with a common overall range of 10 to 20 years when they are installed correctly and maintained (clean airflow, good door seal, stable temperatures). See the 25327009412 owner’s manual for model-specific care guidance.

Typical lifespan and what changes it

A freezer’s life is mostly driven by compressor run time, heat load, and how well the door seals.

• 12 to 15 years: most common real-world lifespan
• 10 years or less: heavy use, hot garage, dirty condenser area, frequent door openings
• 15 to 20 years: steady indoor temps, good gasket seal, clean airflow, fewer warm-load events

Maintenance that helps you reach the high end

These steps reduce strain on the sealed system (compressor, evaporator, heat exchanger) and help prevent temperature swings.

• Keep the freezer level so the door closes consistently
• Avoid overpacking; leave space for air circulation
• Keep the door closed as much as possible; limit “browsing”
• Check for frost buildup and defrost if airflow is restricted
• Replace worn door-seal components when you notice gaps or sweating

Quick “is it aging normally?” checklist

What you notice	What it usually means	What to do next
Runs longer than it used to	Higher heat load or restricted airflow	Improve airflow, reduce warm loads, verify door closes fully
Frost on back wall or around vents	Moist air entering or defrost/airflow issue	Inspect door seal and loading habits
Warm temps or wide swings	Sensor/control or sealed-system stress	Confirm settings, then troubleshoot components

Why it matters

A freezer that runs constantly costs more to operate and wears the compressor faster. Simple habits like maintaining airflow and keeping the door sealing tightly can add years of reliable freezing performance.

Last updated: January 2026

To find the cubic feet of your Kenmore upright freezer model 25327009412, measure the usable interior width, depth, and height in inches, multiply them together, then divide by 1,728 to convert cubic inches to cubic feet. For model-specific capacity notes, use the 25327009412 owner's manual.

How to measure and calculate cubic feet

1. Empty the freezer enough to measure the interior walls.
2. Measure interior:
   • Width (left wall to right wall)
   • Depth (back wall to inside of the door gasket area)
   • Height (floor to ceiling of the cabinet)
3. Calculate:
   • Cubic feet = (W x D x H) / 1,728

Quick example

If the interior measures 24 in x 20 in x 60 in:

• 24 x 20 x 60 = 28,800 cubic inches
• 28,800 / 1,728 = 16.7 cu ft

What measurements to use (and what to avoid)

• Measure the inside cabinet, not the outside shell.
• Exclude door bins and shelves if you want true usable space.
• If the freezer has a hump, ducting, or an evaporator cover, measure around it as part of usable space.
• Use a rigid tape measure for better accuracy.
• Round to the nearest 1/8 inch, then calculate.

Usable capacity vs. advertised capacity

Type of number	What it represents	Best for
Usable cubic feet (your measurement)	Real storage space inside the cabinet	Comparing what will actually fit
Rated/advertised cubic feet	Manufacturer listed capacity	Comparing models on paper

Why it matters

Cubic feet helps us match your storage needs and can also guide troubleshooting for temperature issues (overpacking reduces airflow) and parts fitment when you are selecting shelves, bins, or door components.

Last updated: January 2026