KitchenAid KUID308HPS01 ice maker Parts

Yes, repairing your KitchenAid KUID308HPS01 freestanding ice maker is usually worth it when the problem is isolated (like a water valve, pump, or sensor) and the unit is otherwise in good shape; replacement makes more sense when sealed-system parts or multiple major components are failing.

Quick decision checklist

• Repair if the unit is under about 7 years old and this is the first major issue.
• Repair if the symptom points to a single service part (water fill, recirculation, drain, temperature sensing).
• Replace if you have repeated breakdowns, heavy corrosion, or frequent leaks.
• Replace if the repair involves sealed-system work (compressor, evaporator, refrigerant circuit).
• Repair if you can confirm good airflow and clean condenser area, and the unit still cools.

Common repairs that are often worth it on KUID308HPS01

These are typical “high-impact” fixes that can restore ice production without replacing the whole unit:

• Water fill problems: valve W10897719
• Poor water circulation over the evaporator plate: pump-recircu W11542867
• Wonky temperature sensing or harvest timing: thermistor WPW10511923
• Noisy or overheating condenser area: refrigerator condenser fan motor W11613295

When replacement is usually the better value

Sealed-system repairs tend to be the tipping point because labor and complexity are higher.

Situation	Usually best choice	Why
One failed sensor, valve, or pump	Repair	Targeted fix, lower parts cost
Intermittent issues plus leaks/noise	Replace	Multiple problems stack up
Sealed-system failure suspected	Replace	High labor, specialized tools
Cosmetic-only issue	Repair	Panel or finish parts can refresh the unit

Why it matters

A freestanding ice maker is a system: water fill, circulation, freezing, harvest, and drain all have to work together. Fixing the one failed link (like a valve or recirculation pump) often brings the whole machine back to normal; sealed-system failures usually do not.

For symptom-based guidance before you buy parts, use our freestanding ice maker troubleshooting steps to narrow the cause.

Last updated: February 2026

A KitchenAid freestanding ice maker like model KUID308HPS01 is built from a sealed refrigeration system (to freeze water), a water and circulation system (to move water over the freezing surface), and electrical controls (to time and monitor the cycle). Together, these parts turn water into harvestable ice and keep production consistent.

Main systems and what they do

• Refrigeration system: removes heat so ice can form (compressor, condenser coil, drier tube, refrigerant valve)
• Water system: fills, recirculates, and drains water (inlet valve, recirculation pump, drain pump)
• Airflow system: moves air across the condenser to shed heat (condenser fan motor)
• Controls and sensing: runs the cycle and protects the unit (electronic control, thermistor, switches)

Common parts you will see for KUID308HPS01

Here are examples of key components listed for this model:

System	Example part (from this model)	What it affects
Controls	Control-elek W11034363	Cycle timing, ice making logic, power distribution
Sensing	Thermistor WPW10511923	Temperature feedback for freeze and harvest decisions
Water fill	Valve W10897719	Water entering the reservoir or sump
Water movement	Pump-recircu W11542867	Water flow over the evaporator plate/grid
Drain	Pump, reservoir drain W11542868	Draining during cleaning or normal operation
Heat rejection	Refrigerator condenser fan motor W11613295	Cooling the condenser for efficient freezing

Why it matters

When you know which system a symptom belongs to, troubleshooting gets faster. For example, “runs but no ice” often points to water fill, recirculation, or temperature sensing, while “hot cabinet sides” or poor production can point to condenser airflow.

Quick symptom-to-system guide

• No water entering: inlet valve, supply line, control
• Thin or hollow cubes: recirculation pump, restricted water flow, condenser airflow
• Unit runs but no ice: thermistor, control, refrigeration performance
• Water leaking: valve, drain path, pump connections

For step-by-step diagnosis by symptom, use our freestanding ice maker troubleshooting guide.

Last updated: February 2026

If your KitchenAid KUID308HPS01 freestanding ice maker isn’t producing ice, the most common causes are no water supply, a blocked or failed water inlet valve, a circulation or drain problem, or a temperature/control issue. We recommend checking water flow first, then moving to the valve, pumps, and sensors.

Quick checks that fix many “no ice” problems

• Confirm the unit is powered on and not in a cleaning or standby mode.
• Verify the shutoff valve to the ice maker is fully open.
• Make sure the water line is not kinked, pinched, or frozen.
• Empty the bin and confirm nothing is blocking the ice drop area.
• Unplug the unit for 5 minutes, then restore power to reset the control.

What to check next (in the most efficient order)

1. Water fill issue: If you hear no fill sound or the reservoir stays low, suspect the inlet valve.
2. Recirculation issue: If water is present but not moving over the evaporator, suspect the recirculation pump.
3. Drain issue: If the reservoir overfills, won’t drain, or the unit stops mid-cycle, suspect the drain pump.
4. Temperature sensing/control: If the unit runs but never freezes a slab, suspect the thermistor or control.

Parts that commonly solve “no ice” on KUID308HPS01

Symptom you notice	Likely area	Part to consider
No water entering unit	Water inlet	Valve W10897719
Water present but not circulating	Water circulation	Pump-recircu W11542867
Water won’t drain or unit stops with water issues	Drain system	Pump, reservoir drain W11542868
Erratic temps, short cycling, or poor freeze	Temperature sensing	Thermistor WPW10511923
Dead display or inconsistent operation	Controls	Control-elek W11034363

Why it matters

An ice maker needs the right water fill, steady recirculation over the evaporator, proper draining, and accurate temperature feedback to complete the freeze and harvest cycle. One weak link can stop ice production even if the unit still powers on.

DIY help

For step-by-step troubleshooting, use freestanding ice maker troubleshooting.

Last updated: February 2026

If you mean a KitchenAid refrigerator ice maker module, the part is commonly in the $150 to $300 range, plus labor. For KitchenAid model KUID308HPS01, this is a freestanding ice maker, so “replace the ice maker” usually means replacing a failed component such as the evaporator or control board.

First, match the appliance type

Because KUID308HPS01 is not a refrigerator, pricing depends on what failed in the freestanding ice maker system.

• Refrigerator: usually a single ice maker assembly/module
• Freestanding ice maker (KUID308HPS01): multiple major components can stop ice production
• Best approach: diagnose the symptom first, then price the specific part

Common high-cost parts on KUID308HPS01

These are examples of components that can make it seem like the entire unit “needs a new ice maker.”

• Ice maker evaporator WPW10218037
• Control-elek W11034363
• Pump, reservoir drain W11542868
• Valve W10897719

Typical cost ranges (part only)

These ranges help you budget; your exact total depends on which component you replace and whether you hire service.

Repair scenario	What you replace	Typical part-only cost
Refrigerator ice maker module	Ice maker assembly	$150 to $300
Freestanding unit not making ice	Control board or sensor	$150 to $350
Freestanding unit runs but no ice	Pump or valve	$80 to $250
Freestanding cooling issue	Evaporator or sealed-system part	$300 to $600

Quick checks before buying parts

• Confirm the unit has power and the on/off switch is on.
• Verify the water supply valve is fully open; check for a kinked line.
• Note the symptom: runs but no ice, very little ice, leaking, or not running.
• Listen for pump and fan operation; unusual noise often points to a motor or pump.
• Look for water leaks near the valve, reservoir, or drain area.

Why it matters

A freestanding ice maker like KitchenAid KUID308HPS01 can look “dead” from one failed component. Targeting the correct part keeps the repair cost controlled.

For symptom-based guidance, use ice maker runs but no ice.

Last updated: February 2026