Kenmore 10650043711 refrigerator Parts

For Kenmore model 10650043711, the cubic-foot capacity cannot be determined from the model number alone using the model-specific information we have. The most reliable way is to use the refrigerator’s capacity/specs section in the 10650043711 use & care manual or calculate interior volume by measuring usable space.

Best ways to find capacity for model 10650043711

• Check the manual/specs: Look for “capacity” or “product specifications” in the 10650043711 use & care manual.
• Check the rating label: Many refrigerators list capacity on the model/serial tag (often inside the fresh food section).
• Measure and calculate (good estimate): Measure the usable interior space (not the exterior cabinet).
• Compare by configuration: Side-by-side units in the 106 series commonly fall into a few capacity ranges, but the exact cu. ft. varies by sub-model and features.
• Use the model family: The manual text references model families like 106.5004* and 106.5175*; capacity can differ across these even when the prefix is similar.

How to calculate cubic feet (quick method)

1. Empty one compartment (fresh food or freezer) enough to measure.
2. Measure height x width x depth in inches for the usable interior.
3. Multiply the three numbers.
4. Divide by 1728 to convert cubic inches to cubic feet.

What you measure	Formula	Notes
One compartment	(H x W x D) ÷ 1728	Use usable space; ignore door bins if you want “shelf space only.”
Total capacity estimate	Fresh food cu. ft. + freezer cu. ft.	This best matches how capacity is typically stated.

Why it matters

Knowing cubic feet helps you choose the right refrigerator water filter schedule, plan food storage, and compare replacement options (like shelves, bins, and ice storage components) that fit how you use your side-by-side refrigerator.

Last updated: January 2026

On Kenmore model 10650043711, an ice maker usually stops working because water is not reaching the ice maker (shutoff valve closed, kinked line, low pressure, clogged filter) or the ice maker is turned off/jammed. Start with the simple water-supply and on/off checks in the 10650043711 use & care manual.

Quick checks we recommend first

• Confirm the household water shutoff valve is fully open.
• Look for a kinked or pinched water line behind the refrigerator.
• Make sure the ice maker is turned on (wire shutoff arm down, or the switch set to On depending on style).
• Check for ice jammed in the ejector area; clear it with a plastic utensil.
• If the unit was just installed or the filter was changed, flush the water system and allow time for ice production.

Water supply and filter issues (most common)

Your 10650043711 needs 30 to 120 psi water pressure for the dispenser and ice maker. Low pressure can cause small, hollow cubes or no ice.

Symptom	Likely cause	What to do
No ice at all	Water shutoff closed or line kinked	Open valve; straighten line
Slow ice production	Low water pressure	Test pressure at dispenser; correct supply issue
Ice got smaller over time	Filter restricted	Replace the refrigerator cartridge EDR1RXD1 and flush

When a part is likely the problem

If the water supply is good and the ice maker is on, these parts are common fixes on this model:

• Water inlet valve not opening to fill the ice maker: consider the refrigerator water inlet valve WPW10179146.
• Ice maker assembly not cycling or ejecting: consider the refrigerator ice maker assembly WPW10300022.

Why it matters

An ice maker that is starved for water can also affect dispenser performance and can lead to repeated ice jams. Fixing the water supply or replacing a restricted filter often restores normal ice production without deeper repairs.

Last updated: January 2026

The average lifespan of the Kenmore 10650043711 side-by-side refrigerator is 13 years. Keeping the condenser area clean, maintaining good door seals, and fixing cooling or ice maker issues quickly helps you reach that service life.

Typical lifespan and what affects it

Most side-by-side refrigerators last about the same amount of time, but these factors make the biggest difference:

• Condenser cleanliness (dust buildup makes the compressor run hotter and longer)
• Door gasket condition (air leaks cause longer run times and frost issues)
• Evaporator fan performance (poor airflow warms the fresh food section)
• Defrost system health (ice buildup blocks airflow and reduces cooling)
• Water and ice system maintenance (clogs and leaks strain valves and tubing)

For model-specific care and maintenance intervals, follow the owner's manual.

Quick “age vs. repair” guide

Use this as a practical way to decide whether to repair or plan for replacement.

Refrigerator age	What we typically recommend	Common focus areas
0 to 5 years	Repair is usually worthwhile	Ice maker, water valve, controls
6 to 10 years	Repair if the issue is isolated	Fan motor, defrost heater, door seals
11 to 13 years	Repair if cost is modest	Cooling airflow, leaks, gasket sealing
14+ years	Consider replacement if major sealed-system work is needed	Compressor, evaporator

Parts that commonly extend service life

If your symptoms match, these are common wear items for this model:

• Warm refrigerator section or noisy airflow: refrigerator evaporator fan motor WP2315549
• Frost buildup and poor cooling: refrigerator heater WP2323198
• Water dispenser or ice maker not filling: refrigerator water inlet valve WPW10179146
• Doors not sealing well (temperature swings, moisture): door gasket replacement (match color and location)

Why it matters

A refrigerator near the end of its expected lifespan often shows up as temperature swings, heavier frost, louder operation, or intermittent ice maker performance. Addressing airflow and sealing problems early reduces compressor run time and helps the unit reach the full 13-year average.

Last updated: March 2026