Kenmore 5969500911 refrigerator Parts

For Kenmore model 5969500911, the exact cubic-foot capacity is listed on the model’s rating information and in the specifications section of the Owner's manual. If you are estimating from measurements, we calculate cubic feet by multiplying the usable interior dimensions (width x height x depth in inches) and dividing by 1,728.

How to calculate cubic feet (quick method)

Use this when you cannot find the spec label or you want a rough estimate.

• Measure the inside of the fresh food compartment (not the outside cabinet)
• Measure in inches: width x height x depth
• Multiply those three numbers to get cubic inches
• Divide by 1,728 to convert cubic inches to cubic feet
• Repeat for the freezer side, then add the two results

Formula

• Cubic feet = (W x H x D) / 1,728

Example calculation (for reference)

The common mistake is using only two dimensions. You need three.

What you measure	Example (inches)	Result
Width x height x depth	18 x 48 x 30	25,920 cubic inches
Convert to cubic feet	25,920 / 1,728	15.0 cu. ft.

Where to find the exact capacity for 5969500911

We use these spots first because they give the true manufacturer capacity.

• The specifications section in the Owner's manual
• The model and serial tag (often inside the fresh food section on a side wall)
• Product literature that lists “total capacity” and sometimes “refrigerator” and “freezer” capacities separately

Why it matters

Cubic-foot capacity helps you choose the right replacement shelves, bins, and filters, and it also helps when comparing cooling performance expectations for a side-by-side refrigerator.

Last updated: February 2026

On Kenmore model 5969500911 side-by-side refrigerators, we typically find the model and serial number on the appliance identification label inside the fresh food (refrigerator) compartment, most often along a side wall near the crisper area or around the door opening. Use the owner's manual as a quick reference for recording the model and serial information.

Common places to check

Look for a paper or metallic label that lists Model and Serial.

• Inside the refrigerator section on the left or right interior wall
• Around the door frame (near the gasket sealing surface)
• Near the crisper drawers (side wall or ceiling area)
• Behind the lower toe grille area (less common, but worth a quick look)
• On the back exterior panel (least convenient, but sometimes used)

What the label usually looks like

The identification tag is designed to be easy to read and includes both numbers.

What you need	What it’s used for	Example of when you’ll need it
Model number	Ensures parts match your exact refrigerator design	Ordering a fan motor or door closure kit
Serial number	Helps identify production details and service history	Service documentation and warranty paperwork

Why it matters

Kenmore refrigerators often have similar-looking cabinets across multiple model families. Using the exact model number (like 5969500911) prevents ordering the wrong replacement part and speeds up troubleshooting for issues such as cooling problems, dispenser leaks, or ice maker concerns.

Quick tips before you write it down

• Wipe condensation or food residue off the label so every character is readable.
• Take a clear photo of the tag; it helps when ordering parts later.
• Record the model and serial in a safe place (the manual includes a section for this).

Last updated: February 2026

The most common problems we see on Kenmore refrigerators like model 5969500911 are poor cooling from restricted airflow (often dirty condenser coils or a failed fan), water leaks from a clogged defrost drain, ice maker or dispenser issues, and unusual noises from a worn fan motor or ice auger components. See the cleaning and operating details in the 5969500911 owner's manual.

Most common symptoms and what usually causes them

• Not cooling or warm temperatures: dirty condenser coil, evaporator fan not running, frost buildup from a defrost problem
• Water puddles under or inside the unit: clogged defrost drain or drain tube routing issue
• Water tastes or smells off: water system needs flushing, or household water quality issue
• Ice maker not making ice: water supply restriction, frozen fill path, or ice maker module problem
• Buzzing, rattling, or grinding noises: fan motor wear, ice dispenser/auger load, or vibration at the toe grille area

Quick checks you can do first (safe, no parts required)

1. Clean the condenser coil behind the toe grille; dust and lint reduce cooling performance and efficiency.
2. Confirm doors seal and close fully; warm air leaks drive frost and temperature swings.
3. Flush the water dispenser if it is rarely used; the manual recommends discarding the first several glasses to clear the system.
4. Listen for the evaporator fan (freezer side); if airflow is weak, cooling problems follow.
5. Check for ice buildup on the freezer back panel; heavy frost points to a defrost or airflow issue.

Common part-related fixes for this model

When symptoms point to a failed component, these parts on the 5969500911 parts list are common suspects:

Symptom	Likely area	Example part on this model page
Warm fridge/freezer, weak airflow	Evaporator fan circuit	Refrigerator fan motor 833697
Ice maker not cycling or dispensing issues	Ice maker module/controls	Refrigerator module assembly D7824706Q
Water at dispenser area or routing issues	Dispenser tubing/connection	Refrigerator dispenser water tube WPB5705307

Why it matters

Most “Kenmore refrigerator problems” come down to heat not leaving the cabinet (dirty condenser coil), cold air not moving (fan issue), or water not draining (clogged drain). Fixing the root cause quickly prevents food spoilage, recurring leaks, and excessive frost.

Last updated: February 2026

A Kenmore 5969500911 side-by-side refrigerator usually stops cooling because airflow or heat removal is blocked (toe grille, condenser coil, or interior vents), controls are set incorrectly, or a key cooling component like the evaporator fan or compressor start parts is failing. Use the owner's manual troubleshooting checks first.

Quick checks we recommend first

• Confirm the refrigerator has power and the interior lights come on.
• Make sure the temperature controls were not accidentally changed; allow several hours after adjusting for temperatures to stabilize.
• Do not block airflow: keep packages away from vents and avoid covering shelves with foil or plastic.
• Check the toe grille at the bottom front; it must stay open so condenser air can flow.
• Clean the condenser coil behind the toe grille; dust and lint reduce cooling performance.

Most common causes (and what you will notice)

Likely cause	What you typically notice	What to do next
Blocked toe grille or dirty condenser coil	Gradual warming, unit may run longer	Clean grille and coil; restore airflow
Airflow blocked inside (vents covered, shelves wrapped)	One section warm, one section closer to normal	Clear vents; remove foil/plastic coverings
Control settings off	Temps drift warmer or colder than expected	Reset controls; wait several hours
Evaporator fan problem	Freezer warms, weak airflow, unusual fan noise or no fan sound	Inspect/replace refrigerator fan motor 833697
Compressor start issue (run capacitor)	Clicking, compressor struggles to start, poor cooling	Test/replace refrigerator capacitor WPW10662129

Why airflow and coil cleaning matter

This model pulls air in through the bottom front grille, moves it across the condenser, then exhausts it back out through that same grille. When that airflow is restricted or the condenser coil is insulated with dust, the refrigerator cannot dump heat effectively, so cooling performance drops.

When it is likely a part failure

If the condenser coil is clean, vents are clear, doors seal well, and temperatures still rise after several hours, focus on the cooling system components:

• Evaporator fan not running or airflow is weak
• Compressor start components (such as the run capacitor)
• Defrost-related issues (ice buildup can restrict airflow even in frost-free designs)

Last updated: February 2026

On Kenmore refrigerator model 5969500911, a bad compressor typically shows up as poor or no cooling while the unit tries to run (often with repeated clicking), or the compressor never runs at all. Before condemning the compressor, we confirm power, controls, and whether the refrigerator is simply in a normal defrost cycle (about 30 minutes). See the owner's manual for the model’s operating and troubleshooting checks.

Quick checks before blaming the compressor

Unplug the refrigerator before removing covers or touching wiring.

• Verify the outlet has power (try a lamp at the same receptacle).
• Check the house fuse or circuit breaker.
• Confirm the cord is fully plugged in.
• Make sure doors are closing fully (items can block closure).
• If lights work but the fan and compressor are off, wait 30 minutes to rule out a defrost cycle.
• Listen at the back: repeated clicking every few minutes often points to a start/run problem (not always the compressor itself).

What compressor symptoms usually look like

A compressor issue is most likely when you see a combination of these:

Symptom	What it often means	What to check next
Runs a lot but refrigerator stays warm	Sealed system or compressor not pumping	Condenser airflow, frost pattern, technician sealed-system test
Clicks, then stops, repeats	Start device/capacitor overload, locked rotor	Electrical tests; consider run capacitor
Silent compressor, warm cabinet	No power to compressor or control issue	Defrost timing, controls, wiring
Compressor very hot to the touch	Overload tripping from strain	Condenser coils, fan operation, capacitor

Parts that can mimic a “bad compressor”

On this model, a failed start component can prevent the compressor from starting even when the compressor itself is still good.

• Run capacitor: refrigerator capacitor WPW10662129
• Cooling airflow problems (fan not moving air): refrigerator fan motor 833697
• Control or ice maker related issues can be separate from cooling (do not use ice maker symptoms alone to diagnose the compressor): refrigerator module assembly D7824706Q

Why it matters

Replacing a compressor or sealed-system components is a major repair. Doing the basic power, door-closure, and defrost-cycle checks first prevents unnecessary parts replacement and gets you to the real cause faster.

Last updated: February 2026