KitchenAid KSRS25FGBL02 side-by-side refrigerator Parts

Most KitchenAid Superba side-by-side refrigerators are about 25.3 cubic feet total capacity; for your KitchenAid KSRS25FGBL02, that is the common capacity class for this model family and size.

How to confirm the capacity on your exact refrigerator

Capacity is usually listed on the model and serial tag or on the product rating label.

• Check the model tag inside the fresh food compartment (often on a side wall near the crisper area).
• Look for a line that says “Total capacity” or “cu. ft.”
• If you see multiple numbers, use the total (not “refrigerator” or “freezer” only).
• If the label is worn, compare your interior layout (shelf and bin style) to common KSRS25 configurations.

Why the cubic feet number matters

Knowing the cubic feet helps us match the right parts and expectations for performance, including ice production, airflow, and how quickly temperatures recover after door openings.

Quick reference: what “25.3 cu. ft.” typically means

Spec	Typical value for this size class
Total capacity	~25.3 cu. ft.
Style	Side-by-side
Common features	Through-the-door ice and water

Related parts that often come up for this model family

If you are asking because you are troubleshooting ice or water performance, these are common related components for KSRS25FGBL02:

• Refrigerator inlet valve W10408179 (controls water flow to the dispenser and ice maker)
• Ice maker assembly - refrigerator ice maker by whirlpool 4317943 (makes ice in the freezer)
• Refrigerator water filter housing WP2186443 (holds the filter and routes water)

Helpful DIY guidance

For water and ice systems on KitchenAid refrigerators, we use these step-by-step instructions:

• How to replace the water filter in a KitchenAid refrigerator

Last updated: January 2026

The most common issues we see on the KitchenAid KSRS25FGBL02 side-by-side refrigerator involve ice maker and water dispensing problems, warm temperatures from airflow or defrost failures, and door sealing or switch issues that affect cooling and lights. Many of these symptoms trace to a small set of serviceable parts.

Common problems and what they usually point to

• No ice or small/slow ice production: ice maker module issues, frozen fill tube, or low water supply
• Water dispenser not working or weak flow: inlet valve restriction, frozen reservoir, or filter housing issues
• Fridge or freezer too warm: evaporator fan airflow problem, diffuser stuck, or defrost system failure
• Frost buildup on the back wall of the freezer: defrost heater or defrost bi-metal not doing its job
• Door not closing well or popping open: worn door cam or gasket sealing problems
• Lights or cooling act odd when the door moves: door switch not consistently making contact

Parts on this model that commonly resolve these symptoms

If your symptoms match, these KSRS25FGBL02 parts are frequent fixes:

Symptom	Common part to check	What it does
No ice	Ice maker assembly - refrigerator ice maker by whirlpool 4317943	Cycles and harvests ice cubes
No water or weak water	Refrigerator inlet valve W10408179	Opens to send water to dispenser and ice maker
Frost buildup	Refrigerator heater WP2323198	Melts frost off the evaporator during defrost
Frost buildup	Refrigerator defrost bi-metal WPW10225581	Senses evaporator temp and helps control defrost
Door won’t self-close	Refrigerator door cam (black) WP2182179	Helps the door lift and close smoothly

Quick checks we recommend before replacing parts

• Confirm the temperature settings are at normal mid-range (avoid the warmest setting).
• Make sure vents are not blocked; keep items away from the air diffuser area.
• Check for a solid door seal; close a dollar bill in the gasket and feel for resistance.
• If ice is slow, verify the household shutoff valve is fully open and the supply line is not kinked.
• If you see heavy frost, unplug the refrigerator and do a full manual defrost; if the frost returns quickly, focus on the defrost system.

Why it matters

On a side-by-side like the KSRS25FGBL02, airflow and defrost performance control both compartments. A weak evaporator airflow path or a failed defrost component can cause warm temps, soft ice, and recurring frost, even when the compressor is running.

Last updated: March 2026

The average lifespan of a KitchenAid KSRS25FGBL02 side-by-side refrigerator is about 14 years. Regular condenser cleaning, good door sealing, and keeping the ice and water system leak-free help this model reach its full service life.

Typical lifespan and what affects it

Most side-by-side refrigerators land in a similar range, but these factors make the biggest difference:

• Condenser airflow: dust buildup makes the compressor run hotter and longer
• Door seal condition: air leaks cause longer run times and frost issues
• Defrost performance: failures can lead to heavy frost and warm temperatures
• Ice maker and water system health: leaks and clogs can create damage over time
• Room conditions: hot garages and tight enclosures shorten life

Quick “age vs. repair” guideline

Use this as a practical decision tool for KSRS25FGBL02 repairs.

Refrigerator age	What we recommend	Why
0 to 7 years	Repair is usually the best value	Plenty of remaining life
8 to 14 years	Repair common wear parts first	Extends life at lower cost
15+ years	Repair only if the fix is minor	Major sealed-system repairs rarely pay off

Parts that commonly extend service life

If performance is slipping, these are common “keep it running” items for this model:

• Refrigerator inlet valve W10408179 (water dispenser or ice maker not filling correctly)
• Refrigerator defrost bi-metal WPW10225581 (frost buildup, warm fridge section)
• Condenser motor W10822259 (poor cooling, hot cabinet, loud fan area)
• Ice maker assembly - refrigerator ice maker by whirlpool 4317943 (no ice or irregular ice production)

Why it matters

A refrigerator near the end of its expected lifespan is more sensitive to airflow restrictions, door gasket leaks, and defrost problems. Addressing those early helps prevent temperature swings that can spoil food and overwork the compressor.

Last updated: March 2026