Whirlpool WRS325FDAW01 refrigerator Parts

Your Whirlpool WRS325FDAW01 refrigerator’s cubic feet (capacity) is the total usable interior volume of the fresh food and freezer sections combined. The most accurate way is to look up the listed capacity for your exact model in the WRS325FDAW01 owner's manual; measuring the interior gives a close estimate.

Fast ways to find capacity

• Check the model’s listed capacity in the WRS325FDAW01 owner's manual (best for an exact number).
• Measure and calculate the interior volume (good estimate).
• Compare by style: side-by-side refrigerators like WRS325FDAW01 commonly fall in a mid-to-large capacity range.

How to measure and calculate cubic feet (estimate)

1. Empty enough space to measure the fresh food section.
2. Measure height x width x depth in inches (measure usable space, not the door bins).
3. Multiply to get cubic inches.
4. Divide by 1,728 to convert cubic inches to cubic feet.
5. Repeat for the freezer section and add the two results.

Quick formula

• Cubic feet = (H x W x D) ÷ 1,728

What to measure (so your estimate is realistic)

• Measure inside wall to inside wall.
• Measure depth to the back wall, not to the front of shelves.
• Exclude space taken up by fixed components (like the ice maker housing) if you want “usable” space.

Capacity vs. usable space (why the numbers differ)

What you’re calculating	What it represents	Why it can be different
Measured cubic feet	Approx. interior volume you can access	Shelves, bins, and housings reduce usable space
Listed capacity	Standardized model capacity rating	Uses manufacturer measurement conventions

Why it matters

Knowing cubic feet helps us match the right refrigerator parts and accessories for your Whirlpool WRS325FDAW01, and it also helps when planning food storage, shelf organization, and airflow clearance.

Last updated: February 2026

The most common Whirlpool refrigerator problems are cooling performance issues and ice maker or water dispenser troubles. On the Whirlpool WRS325FDAW01, these symptoms are usually tied to airflow restrictions (dirty condenser coils or blocked vents), door sealing problems, or water supply and filtration issues; our owner's manual troubleshooting section helps you narrow it down fast.

Most common symptoms we see (and what they usually mean)

• Fridge or freezer too warm: restricted airflow, dirty condenser coils, or a defrost problem
• Ice maker not making ice: water supply off, clogged filter, or ice maker issue
• Water tastes bad or flow is slow: clogged water filter
• Water puddles under the unit: defrost drain issue or door not sealing well
• Noisy operation: many sounds are normal as the compressor and fans adjust during operation

Quick checks you can do in 10 minutes

1. Confirm the refrigerator is plugged into a grounded 3-prong outlet (no extension cord).
2. Make sure cooling is turned on and allow 24 hours after installation or a power outage for full cooling.
3. Check that air vents inside both compartments are not blocked by food packages.
4. If the unit is connected to water, verify the shutoff valve is fully open.
5. If water flow is weak or ice production is poor, replace the refrigerator water filter EDR1RXD1.

Common causes and best next step

Problem you notice	Most likely cause	Best next step
Too warm	Airflow or defrost issue	Clear vents; clean coils; watch for frost buildup
Ice maker not working	Water supply or ice maker issue	Check valve; replace filter; inspect ice maker
Slow water dispenser	Clogged filter	Replace filter; purge air from lines
Buzzing or clicking	Water valve cycling	Normal when connected to water

Why it matters

Cooling and ice maker complaints often share the same root causes: restricted airflow makes temperatures drift, and restricted water flow reduces ice production and dispenser performance. Fixing the basics first prevents unnecessary part replacement.

Last updated: February 2026

If your Whirlpool WRS325FDAW01 dispenses water but won’t make ice, the most common causes are the ice maker being turned off, the freezer not cold enough, or restricted water flow to the ice maker. Start by confirming the ice maker is ON and allow 24 to 72 hours after changes for normal production.

Quick checks we recommend first

• Make sure the ice maker is turned ON (raise/lower the wire shutoff arm or use the ON/OFF switch, depending on your unit); see the installation guide.
• Confirm the freezer temperature is set cold enough for ice production (typical target is around 0°F).
• Verify the household water shutoff valve is fully open.
• Inspect the water supply line for kinks that can reduce flow.
• If this is a new install or the water line was recently reconnected, flush the water system and discard the first three batches of ice.

Water works, ice doesn’t: what that usually points to

When the dispenser works but the ice maker doesn’t, we focus on issues that affect the ice maker circuit specifically (fill tube, ice maker module, or marginal water flow that still seems “OK” at the dispenser).

Symptom	Most likely cause	What to do next
No ice at all	Ice maker OFF or bin not seated	Turn ice maker ON; reseat bin
Small or hollow cubes	Low water flow or kinked line	Straighten line; confirm shutoff valve fully open
Ice production slow after changes	Normal recovery time	Wait 24 hours; up to 72 hours for full output
Ice maker cycles poorly or stops	Ice maker assembly issue	Consider replacing refrigerator ice maker assembly WPW10300022

Parts that commonly solve this on WRS325FDAW01

• Refrigerator water filter EDR1RXD1 if flow is restricted (a clogged filter can reduce fill to the ice maker).
• Refrigerator ice maker assembly WPW10300022 if the ice maker won’t cycle or won’t harvest ice.

Why it matters

Ice makers need three things at the same time: a cold freezer, steady water pressure, and an enabled ice maker. If any one is off, you can still get drinking water at the dispenser but end up with no ice or hollow cubes.

Last updated: February 2026