Kenmore 10689489998 freestanding ice maker Parts

For a Kenmore freestanding ice maker, the model number is printed on the appliance’s rating label. On model 10689489998, check inside the cabinet area first; if you do not see it there, check the back panel or near the lower front (kick plate) area.

Where to look on a freestanding ice maker

Most freestanding ice makers place the rating label in one of these spots:

• Inside the cabinet, along a side wall near the storage bin opening
• On the back exterior panel
• Behind or just above the lower front kick plate
• Along the door frame area (with the door open)
• Near the bottom edge of the cabinet (front or side)

If you are working around the lower front or rear of the unit (for example, adjusting leveling legs), that is also a good time to check for the label location shown in the 10689489998 owner's manual.

What the label usually shows

The rating label typically includes:

• Model number (example: 10689489998)
• Serial number
• Electrical rating (volts/amps)
• Sometimes a manufacturing date code

Quick ID checklist (use this before ordering parts)

Use this checklist so we match parts correctly:

• Copy the full model number exactly as printed (include all digits)
• Record the serial number too (helps with version changes)
• Take a clear photo of the label for reference
• Match the model number on the label to the model number on your parts list

Common label locations by appliance type

Appliance type	Most common model tag locations
Freestanding ice maker	Inside cabinet wall, back panel, behind kick plate
Refrigerator ice maker (built-in)	Inside fresh food section, inside freezer, door frame

Why it matters

Kenmore model numbers can look similar, but internal parts like the water tube, bin thermostat, or cutter grid can vary by model and production series. Using the exact model number helps ensure the correct fit and avoids repeat repairs.

Last updated: January 2026

A freestanding ice maker like Kenmore model 10689489998 typically lasts 5 to 10 years. Units that get regular cleaning, have good water quality (filtered or treated), and run in rooms above 55°F usually reach the longer end of that range; poor water quality shortens life.

What affects lifespan the most

• Water quality: hard water causes mineral scale that stresses the water system and freezing components.
• Cleaning frequency: routine cleaning prevents buildup that reduces ice production and strains the compressor.
• Room temperature: higher ambient temps reduce ice production and increase run time; below 55°F the unit may not operate correctly.
• Usage pattern: “Twice Ice” style high-output cycles increase run time and wear.
• Airflow and dust: restricted airflow around the condenser area increases heat and workload.

Maintenance that helps you reach 10 years

Follow the cleaning and care schedule in the 10689489998 owner's manual. For this model, the manual also notes the machine is designed to make clear ice from most water sources, but unsatisfactory results often mean the water needs filtering or treatment.

• Clean the system on schedule (use the unit’s clean cycle when applicable).
• Discard the first three batches after first start-up (helps with taste and initial residue).
• Keep the condenser area clear so heat can dissipate.
• If you have a drain pump setup, drain standing water as directed before storage or extended downtime.

Quick lifespan expectations by condition

Condition	Typical lifespan	What you’ll notice first
Filtered/treated water + regular cleaning	8 to 10 years	Slower production over time
Average water + occasional cleaning	5 to 8 years	Cloudy ice, scale, longer cycles
Hard water + little cleaning	3 to 6 years	Poor ice quality, frequent issues

Why it matters

Ice makers fail early most often from mineral buildup and excess run time. Keeping water quality high and following the care steps reduces strain on key components like the recirculation system, cutter grid, and compressor.

Last updated: January 2026

If your Kenmore freestanding ice maker model 10689489998 runs but makes no ice, the most common causes are the control being OFF, the water supply being turned off or restricted, mineral scale buildup, or a drain issue that empties the water pan. Use the checks below, then follow the 10689489998 owner's manual for model-specific steps.

Quick checks that fix “no ice” most often

• Confirm the ice maker control is set to ON.
• Verify the household water supply valve is connected and fully turned on.
• Check for mineral scale buildup in the water/freezing system; scale can stop ice production.
• Make sure the drain cap is tight; a loose cap can let the water pan empty, causing thin ice or no ice.
• Inspect the drain tube and drain hose for debris, kinks, or twisting; if water cannot drain correctly, the ice maker may not work.

What to look for based on what you see

What you observe	What it usually means	What to do next
Water pan is not filling	Water supply problem	Open the supply valve; check for a pinched line or blockage
Water pan fills but no ice forms	Scale or circulation problem	Clean/descale; if water is not circulating, suspect the recirculation pump
Very little ice	Hot room, dirty condenser, or scale	Keep room under about 90°F; clean condenser; descale
Ice sheet forms but does not cut	Cutter grid connection issue	Unplug unit; check cutter grid harness connection

Parts that commonly relate to “no ice” symptoms

These parts are often involved when water is not moving correctly or ice is not being processed:

• Ice maker recirculation pump assembly WP2217220 (circulates water over the freezing plate)
• Water tube W10823511 (routes water where it needs to go)
• Freestanding ice maker cleaner W11179302 (helps remove mineral scale that can stop production)

Why it matters

This ice maker circulates water over a freezing plate and drains mineral-heavy water after each cycle. If water cannot enter, circulate, or stay in the water pan (drain cap/drain issues), the unit can run but never build a proper ice sheet.

Last updated: January 2026

Replacing a refrigerator ice maker is usually worth it when the refrigerator is in good shape and the fix is limited to a serviceable part (like a thermostat, cutter grid, or water tube). If the repair points to sealed-system parts or repeated water leaks, replacement value drops quickly; use the 10689489998 owner's manual to compare symptoms and shutdown steps before spending on parts.

Quick decision guide

• Replace the ice maker (or repair it) when the refrigerator cools normally and the issue is isolated to ice production.
• Consider replacement when the repair involves major refrigeration components or the problem keeps returning.
• If you rarely use ice, a repair often does not pay back.

What to check first (fast triage)

Before buying parts, we recommend these checks because they often identify a simple, low-cost fix:

• Confirm the control is set to ON and power is connected.
• Verify room temperature is warm enough for operation (many units need above 55°F).
• Inspect for water loss from the water pan area; a loose drain cap can cause thin ice or no ice.
• Clean condenser fins and the unit compartment (lint and dust reduce performance).
• If you need to service internal components, disconnect power first.

Common repair paths and typical cost impact

Symptom	Likely area	Typical “worth it” signal
No ice or thin ice	Water system or drain cap/water pan	Often a setup, cleaning, or minor part issue
Ice forms but does not cut or cubes are irregular	Cutter grid area	Usually repairable with a targeted part
Intermittent operation	Bin sensing/controls	Often repairable if cooling is otherwise normal
Poor cooling plus no ice	Sealed system (compressor/evaporator)	Usually not cost-effective compared to replacement

Model-relevant parts that can make a repair worthwhile

On Kenmore model 10689489998, these are examples of repairable components that commonly address ice quality or production issues:

• Ice maker bin thermostat WPW10503764 (helps regulate bin temperature and cycling)
• Ice maker cutter grid WP2313637 (cuts the ice slab into cubes)
• Water tube W10823511 (feeds water to the distribution area)

Why it matters

Ice makers fail in different ways: some problems are maintenance-related (dirty condenser fins, water not draining correctly), while others point to expensive refrigeration work. Doing the quick checks first helps you avoid buying parts when the real issue is airflow, drainage, or a sealed-system failure.

Last updated: January 2026