How to tell cubic feet of Kenmore refrigerator by model number?
You typically can’t read the exact cubic-foot capacity directly from the Kenmore model number 59651673100. The most reliable way is to look up the capacity in the specifications section of the 59651673100 owner's manual, or calculate an estimate by measuring the usable interior space.
Fast ways to get the cubic feet
- Check the specs in the manual: Look for “capacity” or “cubic feet” in the features/specifications pages of the 59651673100 owner's manual.
- Use the model tag to confirm you have the right unit: On this model, the manual notes the model/serial label is inside the refrigerator section on the left wall.
- Estimate by measuring the interior (good when shelves/bins differ from unit to unit).
How to estimate cubic feet by measuring
- Empty the section you’re measuring (fresh food and freezer are usually listed separately, plus a total).
- Measure usable interior:
- Width (inches)
- Height (inches)
- Depth (inches)
- Multiply:
W × H × D = cubic inches - Convert to cubic feet:
cubic inches ÷ 1728 = cubic feet
Quick conversion table
| What you have | Convert to cubic feet |
|---|---|
| Cubic inches | Divide by 1728 |
| Cubic feet | Multiply by 1728 |
What the “596” prefix means (and what it doesn’t)
For Kenmore refrigerators, the prefix (like 596) helps identify the manufacturing source family, but it does not consistently encode the exact capacity. Capacity varies by cabinet size, insulation thickness, and interior configuration.
Why it matters
Knowing cubic feet helps you compare refrigerator sizes, choose the right storage layout, and confirm fit when replacing major items like the refrigerator compressor or refrigerator fan motor (airflow and cooling performance depend on the correct system design for the cabinet).
If you’re ordering parts for this model, we list model-matched components on the parts list for 59651673100, and you can also search by model on Sears PartsDirect.
Last updated: February 2026
Where is the water filter on my Kenmore side by side refrigerator?
On Kenmore model 59651673100 side-by-side refrigerators, the water filter is located inside the refrigerator compartment, typically at the upper-right area of the fresh food section behind a small filter cover. For the exact location and removal steps for your configuration, use the 59651673100 owner's manual.
How to find it quickly
- Open the refrigerator (fresh food) door, not the freezer door.
- Look along the top-right interior wall or ceiling area.
- Check for a small flip-down or push-button filter door.
- If you see a blue bypass cap, the filter is currently bypassed (no cartridge installed).
- If the filter housing looks empty, confirm the cartridge is not removed for troubleshooting.
How to remove and reinstall the filter (typical steps)
- Dispense a little water first to relieve pressure (if your dispenser is working).
- Open the filter cover.
- Turn or pull the cartridge out (style varies by housing).
- Install the new cartridge fully seated, then close the cover.
- Flush the system by dispensing 2 to 3 glasses of water.
If water does not dispense right after a filter change
During initial use or after replacing the filter, a short delay is normal while the internal reservoir refills.
| Symptom | Most common cause | What we do next |
|---|---|---|
| No water for 1 to 2 minutes | Tank refilling after service | Keep the lever pressed; wait, then try again |
| Bad taste/odor after sitting | Stagnant water in lines | Flush 2 to 3 glasses; replace filter if needed |
| Filter was frozen | Cartridge/media damaged | Replace the filter cartridge |
Why it matters
Knowing the correct filter location helps you replace it on schedule, restore water flow, and prevent taste and odor issues caused by an overdue cartridge.
You can also shop by model and find other common replacement parts for this refrigerator on the parts list for model 59651673100, or search more broadly on Sears PartsDirect.
Last updated: February 2026
Why is my Kenmore side by side ice maker not working?
If the ice maker in your Kenmore 59651673100 is not making ice, the most common causes are the ice maker shutoff arm being up, the freezer not cold enough yet, a closed/kinked water supply line, low water pressure, or a clogged water filter. Use the checks below and confirm the setup steps in the owner's manual.
Quick checks (fastest fixes first)
- Make sure the ice bin is installed and the ice maker arm is down (on).
- Confirm the freezer door fully closes; on this design, opening the freezer door removes power from the controls.
- If the refrigerator was just installed or the bin was emptied, allow about 24 hours for the first full ice production.
- Discard ice made in the first 12 hours after initial start-up to flush the system.
- Check the household water line for kinks and verify the shutoff valve is fully open.
Water supply and pressure requirements
Your refrigerator needs adequate water pressure for the inlet valve to fill the ice maker mold.
- Working range: 20 to 100 psi
- Recommended minimum (especially with a filter): 35 psi
| What you see | Likely cause | What we do next |
|---|---|---|
| No ice at all | Water not reaching valve, shutoff arm up, or freezer not cold | Verify arm down, check line for kinks, confirm freezer temp |
| Small or malformed cubes | Low water pressure or restricted flow | Check pressure, replace filter if restricted |
| Ice production is slow | Normal after install or heavy use | Wait 24 hours for the bin to restock |
Parts that commonly fix “no ice” symptoms
If the basic checks pass (arm down, freezer cold, water supply on) and the ice maker still will not cycle or fill, these model-compatible parts are common repair paths:
- Refrigerator ice maker D7824706Q if the module will not harvest or the mold never fills
- Refrigerator valve WP12544002 if water is not entering the ice maker (and pressure is good)
- Refrigerator tube WP2300868 if the fill tube is blocked, cracked, or leaking
Why it matters
An ice maker depends on three things working together: freezer temperature (0 to 2°F is the target range for operation), water flow/pressure, and the ice maker’s internal cycling. A problem in any one of these areas stops ice production.
Last updated: February 2026





