Kenmore Pro 25344333600 refrigerator Parts

To find the “size” of your Kenmore Pro refrigerator model 25344333600, decide whether you mean outside dimensions (fit in your kitchen) or storage capacity (cubic feet). We use the measurement steps in the 25344333600 installation guide and then calculate cubic feet if needed.

Measure the outside dimensions (fit)

Use a tape measure and record these in inches:

• Height: floor to top of hinge cover or top of cabinet (whichever is highest)
• Width: left to right at the widest point (often the doors/handles)
• Depth: front to back; measure cabinet-only and with handles
• Door swing clearance: space needed for both doors to fully open
• Ventilation clearance: space behind and above the unit (per the guide)

If the refrigerator is not level, correct that first because it affects door alignment and sealing. The manual notes the unit should be tilted about 1/4 inch (6 mm) front to back for proper door seal and closing. See the 25344333600 owner’s manual.

Estimate storage capacity (cubic feet)

If you want an approximate cubic feet number, measure the inside of each compartment:

• Fresh food compartment: inside width x depth x height
• Freezer compartment: inside width x depth x height
• Add both volumes together

Then convert cubic inches to cubic feet:

What you have	Formula	Example
Cubic inches	width x depth x height	20 x 18 x 60 = 21,600
Cubic feet	cubic inches ÷ 1,728	21,600 ÷ 1,728 = 12.5

Quick tips for accurate measurements

• Measure to the nearest 1/8 inch
• Remove bins only if they block the tape; keep shelves in place when possible
• For depth, note both door closed and door open clearances

Why it matters

Outside dimensions prevent delivery and fit issues; cubic feet helps you compare capacity across side-by-side refrigerators and choose correctly sized replacement items like bins and shelves.

Last updated: February 2026

On the Kenmore Pro refrigerator model 25344333600, an ER 15 code points to an ice maker sensing problem (the refrigerator is detecting the in-door ice maker sensor circuit as disconnected or shorted), so ice production may stop until the issue is corrected. For control and dispenser basics, use the 25344333600 owner's manual.

What to check first (quick, safe steps)

• Power reset: unplug the refrigerator for 5 minutes, then restore power.
• Confirm the ice maker is turned On (rear-mounted units typically use an On/Off switch; “I” is On and “O” is Off).
• Make sure the freezer door closes fully and the dispenser area is not obstructed.
• If the ice bin is overfilled or clumped, empty it and re-seat it.
• Verify the water supply valve is fully open and the supply line is not kinked.
• If you recently changed the filter, re-seat it firmly; a loose filter can reduce flow and affect ice making.

Water supply and filtration checks that affect ice making

Your dispenser and ice maker depend on steady water pressure. The manual calls for 30 to 100 psi supply pressure for proper dispenser operation.

Item	What “good” looks like	What can cause ER 15 symptoms
Water pressure	30 to 100 psi	Low pressure, partially closed valve
Filter seating	Fully clicked in	Filter not locked in, air in line
Ice maker switch	Set to On	Switch left Off after service

If your filter is due, replace it with the correct cartridge for this model, such as the genuine Kenmore refrigerator water filter WF2CB, then flush the system by dispensing water for several minutes to clear air and impurities.

When a part is likely involved

If the code returns after the checks above, the most common next step is diagnosing the ice maker sensor circuit and related wiring connections (typically inside the freezer door or at the ice maker assembly). If you find damaged wiring or loose connectors, repair them properly before restoring power.

Why it matters

The refrigerator uses the ice maker sensor feedback to prevent overfilling, jams, and dispenser issues. When the sensor circuit reads incorrectly, the control can stop ice production to protect the system.

Last updated: February 2026

The average lifespan of the Kenmore Pro 25344333600 side-by-side refrigerator is about 14 years. Regular maintenance (cleaning condenser coils, keeping door seals tight, and replacing filters on schedule) helps you reach that service life with fewer cooling and ice-maker problems.

Typical lifespan and what affects it

Most side-by-side refrigerators last longest when airflow, temperatures, and door sealing stay consistent.

• Keep condenser coils clean so the compressor runs cooler and less often
• Maintain steady settings (avoid frequent temperature changes)
• Replace the water filter on schedule to protect the dispenser and ice system
• Keep doors aligned and gaskets sealing to prevent warm-air leaks
• Avoid overpacking so cold air can circulate through shelves and bins

Maintenance schedule we recommend

The manual for this model includes filter guidance; it notes a 400-gallon rated capacity and a typical 6 to 9 month replacement interval for best water quality. See the 25344333600 owner's manual for the exact procedure and indicator-light behavior.

Task	How often	Why it matters
Replace water filter	Every 6 to 9 months	Protects water flow, taste, and ice quality
Clean condenser area	Every 6 to 12 months	Reduces run time and heat stress
Check door sealing	Every 6 months	Prevents frost, sweating, and warm spots
Verify temps with a thermometer	Seasonally	Confirms proper cooling performance

Parts that commonly support long life

Using the correct, model-compatible parts prevents fit issues and repeat failures.

• Genuine Kenmore refrigerator water filter WF2CB (replace on schedule)
• Refrigerator air filter AFCB (helps reduce odors and keeps airflow fresher)
• Refrigerator freezer door gasket 241510202 (replace if torn, warped, or leaking)

Why it matters

A refrigerator that is running longer than normal to hold temperature wears the sealed system and fans faster. Simple upkeep, especially coil cleaning and gasket sealing, directly reduces compressor workload and extends overall lifespan.

Last updated: March 2026