KitchenAid KSCS25FKSS00 counter depth refrigerator Parts

Yes. KitchenAid makes 33-inch wide refrigerators in several configurations (commonly French door and bottom-freezer). Your KSCS25FKSS00 is a counter-depth side-by-side model; for exact cabinet cutout and clearance guidance, use the KSCS25FKSS00 owner's manual.

How to confirm a 33-inch model will fit your space

• Measure the opening width in three places (top, middle, bottom).
• Check door swing clearance (handles, adjacent walls, islands).
• Allow airflow clearance around the cabinet (top, sides, rear).
• Confirm water line access if you want ice and water.
• Plan for delivery path clearance (doorways, turns, stairs).

What “33-inch wide” usually means

Most 33-inch refrigerators are designed for a 33-inch nominal opening, but the actual cabinet width and required clearances vary by model and handle style.

Measurement to check	What to measure	Why it matters
Opening width	Wall-to-wall at the cabinet	Prevents binding during install
Depth	Wall to front of counters/doors	Avoids doors sticking out too far
Door swing	Door arc with handles	Prevents hitting walls/cabinets
Water hookup	Valve location and tubing route	Ensures ice maker/dispenser can be supplied

Water and ice features: what to plan for

If you choose a 33-inch KitchenAid model with a dispenser or ice maker, plan for proper water supply conditions and routine filter maintenance.

• Typical household water pressure range is 30 to 120 psi.
• Flush and purge the dispenser after filter changes.
• Replace filters on schedule to protect flow and taste.

For step-by-step filter guidance, use how to replace the water filter in a KitchenAid refrigerator.

Why it matters

A refrigerator that is “33-inch wide” can still require extra clearance for doors, handles, and airflow. Verifying measurements up front prevents installation delays and helps the unit cool efficiently.

Last updated: January 2026

On KitchenAid model KSCS25FKSS00, loss of cooling is most often caused by poor heat release (dirty condenser coils), weak airflow (evaporator fan issue or blocked vents), or a control or power interruption. Start with airflow and power checks, then move to the sealed-system and defrost basics.

Quick checks we recommend first

• Confirm the refrigerator has steady power; avoid outlets that can be switched off, and do not use an extension cord.
• If your unit is on a GFCI outlet, reset it and monitor for nuisance tripping (this can shut the refrigerator off and cause warming).
• Make sure the temperature controls are set correctly for room conditions.
• Clear packages away from interior air vents so cold air can circulate.
• If you just loaded a lot of warm groceries, allow several hours for temperatures to recover.

Reset and airflow steps (common fixes)

For models with digital controls, the manual recommends turning the unit OFF then ON to reset the controls. Use the steps and control locations in the KSCS25FKSS00 owner's manual.

If you hear little or no fan noise from the freezer area, cooling can drop quickly because cold air is not being moved through the compartments. In that case, evaporator fan troubleshooting is the next best step.

Symptom	Most likely area to check	What to do next
Fridge and freezer both warm	Power, controls, condenser airflow	Verify outlet, reset controls, clean coils, ensure rear/bottom airflow
Freezer cold, fridge warm	Airflow/vents, damper area	Clear vents, avoid overpacking, check for frost blocking airflow
Frost buildup, weak airflow	Defrost system	Check for heavy frost; defrost components may be involved

Why it matters

A refrigerator removes heat continuously. When coils are clogged, airflow is blocked, or power/control resets occur, temperatures rise and food quality can be affected. Catching airflow and power issues early also helps prevent longer run times and extra wear on the compressor.

Parts that commonly relate to “not cooling” symptoms

If troubleshooting points to a specific failure, these model-matched parts are commonly involved:

• Refrigerator evaporator fan blade WP2169142 (air movement across the evaporator)
• Refrigerator defrost bi-metal WPW10225581 (defrost temperature sensing and protection)

Helpful DIY guidance

• How to fix your evaporator cooling fan

Last updated: January 2026

On the KitchenAid KSCS25FKSS00, the most common issues we see are ice maker and water-dispensing problems, followed closely by cooling complaints caused by airflow restrictions or frost buildup. These symptoms often trace back to water supply conditions, a failing ice maker assembly, or an evaporator fan issue.

Most common symptoms customers notice

• Ice maker stops making ice or makes small/hollow cubes
• Water dispenser flow is slow or sputters
• Freezer is cold but fresh food section is warm
• Frost buildup on the freezer back wall
• Unusual fan noise from the freezer area

Quick checks we recommend first (KSCS25FKSS00)

Start with the basics before replacing parts:

• Confirm the household water pressure is in the typical operating range (many KitchenAid units specify 30 to 120 psi); low pressure commonly causes small cubes and slow fill.
• Replace the water filter on schedule and purge air after filter changes.
• Clean condenser coils and confirm the condenser fan is running.
• Make sure vents inside the refrigerator and freezer are not blocked by food packages.
• Look for signs of a defrost problem (heavy frost, reduced airflow).

For model-specific operating guidance and water supply requirements, use the KSCS25FKSS00 owner's manual.

Parts that commonly fix the “most common” problems

If the symptoms match, these are frequent repair paths for this model:

Symptom	Common cause	Example part for KSCS25FKSS00
No ice or intermittent ice	Ice maker failure	Ice maker assembly 4317943
Frost buildup, warm fridge	Defrost system issue	Refrigerator defrost bi-metal WPW10225581
Warm temps, fan noise	Evaporator fan blade damaged or loose	Refrigerator evaporator fan blade WP2169142

Why it matters

Ice maker and cooling problems can look similar at first, but the fix is very different. Verifying water supply and airflow first helps prevent unnecessary part replacement and gets temperatures and ice production back to normal faster.

Last updated: January 2026