241850615 Frigidaire Ice Maker Fill Tube Assembly is a factory-design fill tube component used in Frigidaire refrigerators withā£ automatic ice makers; it is typically a molded plastic conduit ā¤that directs metered water from the refrigerator’s water inlet to the ice maker mold. As aā£ discrete ā¤plumbing part, the fill tube often includes an interface for a grommet orā¤ O-ring seal where it passes ā¢through the freezer liner and ā£a shaped outlet that aligns with the ice maker’s fill cup. The part number identifies the āspecific geometry and mounting featuresā¤ required for correct alignment and sealing in compatible cabinet and ice maker assemblies.
Inside the appliance,ā the fill tube’s āroleā is to ā£deliver a controlled volume of water from the water inlet valve and supply tubing ā¢to the ice maker’sā mold without leaking into the freezer ācavity or contacting cold surfaces that could cause premature freezing. It therefore interacts directly with the water inlet valve,ā£ water supply tubing, seals/grommets,ā the ice maker fill cup ā¤or terminaland the freezer liner; it āis also affected by the evaporator temperature and defrosting cycles. Proper routing,secureā sealing,and correct positioning relative to the ice maker are important to prevent flow restrictions,overfills,or freeze-inducedā blockages that ā¤can compromise iceā¤ production or cause water intrusion into the cabinet.
In this article readers will find a technical overview of the fill tube’s function and design features, guidanceā on modelā compatibility and identification,ā¢ common failure symptoms to watch ā£for (such as leaks, no-fill ā£orā¢ overfill conditionsand ice ā£buildup)and diagnostic considerations for ādistinguishing fill tubeā faults from related issues like inlet valve failuresā¤ or pressure problems.ā The article will also cover practical replacement considerations – including sealing interfaces, routing and mounting concernsandā aspects of āOEM versus ā¢aftermarket fitment -ā¢ so technicians, engineersand appliance owners can assess repair options and understand the component’s role within the larger ice-making system.
Table of Contents
- Function and Operational Role of the Ice āMaker Fill Tubeā¤ Assembly in Refrigeration Systems
- How the 241850615 frigidaire Ice Maker Fill Tube ā¢Assembly Integrates withā Water Supply, Valveand Ice Moldā Timing
- Common Failure symptoms and Diagnostic Indicators for Leaks, Blockages,ā£ and Freeze-ups
- Replacement Considerations, Compatible Frigidaire Models, āand Installation Best Practices
- Q&A
- Concluding Remarks
Function and Operational Role of the Ice Maker Fill Tube Assembly in Refrigeration Systems
The 241850615 Frigidaire Ice Maker Fill Tube Assembly āis a molded plastic conduitā that delivers metered āwater āfrom theā¢ refrigerator’s water inlet valveā directlyā into the ā£ice maker mold ā¤during the fill cycle. It interfaces with the valve outlet and mounts to the ice maker housing or cabinet, maintaining a routed path that minimizes āsplashing andā£ air entrainment. The tube’s internal diameter, insertion depth and sealing āinterface determine the fill rate and avoid ā£siphoning when the valve is closed; correct alignment and aā secure clamp or push-fit connection ā£are necessary āto preserve consistent volume per cycle. This assembly is a service-replaceable ā¤component inā many ā¢frigidaire models and compatible third-party ice maker kitsand āitā is sized to match OEM flow characteristics rather than act as a flow regulator itself.
Operationally, āthe fill tube isā passive: it conducts water only whileā the inlet valveā is energizedā for the prescribed fill duration; āperformance āissues thus commonly ā£reflect either ā¤a mechanical ā¤defect in the tube (blockage, crack, ādeformation) or upstreamā problems (low inlet pressure, ā£valve malfunction). āTypical symptoms that point to a failing or improperly āinstalled fill tube includeā£ no āfill, underfilled trays, leaking at the connectionand ice with irregular density dueā¤ to air draw. Technicians should inspect for frost or ice build-up ā¢on the tube (indicative of a poor seal or lack of insulation), verify correct seating against the ice maker moldand confirm āthat the inlet valve produces the expected flow rate before ā£replacing the tube. Common diagnostic checks andā£ considerations include:
- Visual inspection for cracks, kinks, ā£or ā¤obstructions inside the tube
- Verification of secure connection at the ā¢valve and ice maker fittings
- measurement of fill volume during a single cycle to confirm proper fill time
| item | Description |
|---|---|
| Material | Rigid or semi-rigid food-grade plastic; may include foam insulation āor thin heater in some designs |
| Primary function | Channel water from inlet valve into the ice mold whileā¤ preventing siphoning and splash |
| Common failures | Cracking, internal blockage, frozen tube, misalignment leadingā£ to leaks or underfill |
How the 241850615ā Frigidaire ice Maker āFill Tube Assembly Integratesā with Water Supply, Valveand Ice Mold Timing
The 241850615 Frigidaire Ice Maker Fill Tube Assembly is ā¢the molded āconduit that ā£conveys water from the refrigerator’s inlet valve ā¤into each cavity of the iceā mold.It mechanicallyā¢ mates to the valve discharge and to the ice maker housingā¤ using aā friction fit,ā grommetorā clampand its internal bore and outlet āgeometry control flow pattern ā£so water lands inside the mold rather than splashing out. Because the fill tube is a passive hydraulic component,its compatibility depends on matching the valve outlet diameter and the ice mold location; incorrect length,an incompatible flange,orā a missing seal will cause leaks,misdirected fills,or intermittent āoperation. Technicians should confirm proper seating, unobstructedā¢ boreandā routing that prevents sharp bends or contact with evaporator surfaces that can produce freeze-up of theā tube.
The ice maker’s control opens the inlet valve for a fixed duration āto meter ā¢the fill volumeā¢ into āthe mold, so the fill tube must present predictable flow resistance; excessive restriction from scale, debrisor internal collapse results in underfilled cubes,ā¢ while a cracked ā¤or āoversized tube can cause overfill. āCommon service observations includeā slow fills from debris or lowā£ household pressure, intermittent fillsā¤ fromā a poorly seated tubeand overflowing molds if theā valve stick-opens. Practical checks: verify the inlet valve cycles correctly, inspect and clear the tube bore, confirm that the tubeā¤ outlet āis positioned at the mold centerline, ā¢and replace the tube if rigid distortion or persistent frost indicates thermalā¤ contact with the evaporator.
- Symptoms to watch: slow fills, uneven cube size, āwater pooling under mold, audible valve cycling without proper fill.
- Service actions: inspect seat and grommet,clear/replace obstructed tube,confirm valve timing and household supply pressure,reposition tube to avoid freezerā¢ contact.
| Item | Description |
|---|---|
| Material | Rigid polymer with molded outlet; ā¤resists corrosion butā¢ susceptible to thermal conduction if contacting cold surfaces |
| Connection type | Friction-fit/grommet or clamp to valve and ice maker housing; must match port diameter and mounting geometry |
| Common failure mode | Blockage, misalignment, seal failureor freeze-up causing underfill or leaks |
Common Failure symptoms and Diagnostic Indicators for Leaks, Blockagesand Freeze-Ups
The 241850615 Frigidaire Ice Maker Fill Tube Assembly ā¢ is theā molded conduit that routes water from the refrigerator’s inlet valve to the ice maker mold; it is typically fitted with a clamp or Oāring at the connection and may be routed near āthe evaporator for space efficiency. Functionally the tube must provide an āuninterrupted, correctly oriented flow:ā¤ leaks occur when āthe tubing is ācracked, the connection is looseorā seals fail; blockages occurā from scale, debrisor kinks; and freezeāups occur when water becomes trapped and freezes inside the tube, frequently enough as of poor drainage, insufficient insulationor contact with cold āsurfaces.Confirming compatibility with a givenā£ Frigidaireā model requires checkingā the outlet geometry and mounting clip locationsā¤ to ā¤ensure the tube seats properly against the inlet andā¢ the ice maker āheader.
Diagnosingā theseā faults relies on visual inspection and simple flow tests.ā Common diagnostic indicators include wet insulation or visible drips (suggesting a leak ā¢at a joint or a hairline crack), low or noā ice production accompanied by ā£weak or sputtering ā¢waterā flow (suggesting partial blockage or restricted ā¤inlet pressure)and visible frost inside the tube or a ā£hard iceā¢ plug when disconnected (indicating freezeāup). As practical checks, observe a fill cycle to note flow characteristics, disconnect āthe tube to verify full bore flow andā clear debris with warm water or diluted vinegar if mineral buildup is presentand verify that the tube is not routed against cold metal or refrigerant lines which can induceā¢ freezing.
- Puddling under ice bin – crack,loose clamp,or degraded Oāring at the connection.
- Low/no ice production with weak flow – partial blockage āfrom scale, kinked tubingor low inlet pressure.
- Frosting or ice plug inside ā¢tube – freezeāup due to ātrappedā water, poorā insulationor contact with cold surfaces.
- Sputtering ā¢fillsā¤ or intermittent flow – airlock, ā¤partial obstructionor failingā¢ water inlet āvalve.
| Item | Description |
|---|---|
| Visible leak | Inspect tube for cracks, verifyā¢ clamp torque and Oāring condition; replaceā£ tube orā seals as needed. |
| Reduced iceā¤ volume | Disconnect and run water through tube āto check for scale/debris;ā¤ clear with warm water or replace if collapsed/kinked. |
| Ice inside tube | Check āroutingā¢ and insulation; warm ā¤and remove ice plug, improve insulation or reroute away from evaporator to prevent recurrence. |
Replacement Considerations, Compatible Frigidaire Modelsand Installation Best Practices
The 241850615 Frigidaire Ice Maker Fill Tube Assembly ā£is the molded conduit that directs āmetered water āfromā the refrigerator’s ā£solenoid valve ā£intoā¢ the ice maker mold. Functionally it must provide a tight, leak-free sealā at the valve outlet and a precise internal bore to produce consistent fill volumes; common failureā£ modes include cracking atā¤ the mounting flange, deformation from cold exposureorā internal blockage from ā£mineral scale orā£ debris. technicians will observe ā£symptoms such as slow or ā¤intermittent fills, overfillingor visible leaks at the ā£connection, which indicate eitherā a degraded tube, a āfailing valve,ā or an incorrect mating interface rather than an electronic control fault.
Replacement requires matching āthe tube’s outlet geometry, mounting flangeand length to the appliance; differences in connector type āor overall run lengthā can change fill dynamics andā cause leaking or splashing ā£into the ice mold. Verify compatibility by checking the valve outlet diameter, the presence and condition of any grommet or clip, ā£and the physical routing so theā¢ tube does not contact sharp edges or heat sources. Duringā installation, shut off water and power, ā¤confirm valve operation by a manual valveā actuation test,ā seatā£ the assembly fully with any required gasket or clipand perform aā pressure/leak ātest at typical household pressures (usually 30-60ā¢ psi) to confirm correct fill behavior before returning the appliance to service.
- Pre-install checks: confirm part geometry āand mounting,inspect valve and grommet,and clear debris from lines.
- Installation steps: isolate water and power, remove old tube, install new tube with proper clip/gasketand ārun a controlled fill test.
- Verification: observe fill volume, check for leaksand ensure tube routing avoids ice build-up or mechanicalā abrasion.
| item | Description |
|---|---|
| part | 241850615 Frigidaire Ice maker Fill Tube Assembly – molded fill conduit that mates to the valve and ice maker inlet |
| Material | Injection-molded thermoplastic ā¢with sealing grommet (field-replaceable); material must resist low-temperature embrittlement |
| Common failure modes | Cracks at ā¢the flange, internal blockage from scale, āimproper seating/leaks, deformationā¢ from freezerā contact |
| Compatibility factors | Valve outlet diameter, mounting flange shape, clip/grommet retention typeand required tube length/orientation |
Q&A
What is ā¢the Frigidaire part 241850615ā and what doesā the fill tube āassembly do?
Part 241850615 is the OEM fillā¤ tube assembly for many Frigidaire/Frigidaire Gallery/Kenmore refrigerators with automatic ice makers. āThe ā¤fill tube carries water from the ārefrigerator’s water inlet/valve to the ice maker mold. It mounts ā¤at the back/top of the freezer compartment and directsā a metered fill into the ice tray each harvest cycle.
How do I know if the fill tube (241850615) isā¤ the cause of no ice ā¤being produced?
Common signs the āfill tube is at fault include a completely dry ice mold after the ice makerā£ cycles, visible ācracks or separation where āthe ā¢tube connects to the ice makeror a frozen/clogged ātube (ice block). ā¤To ā¤confirm: run the ice maker through a fill cycle and watch/listen-if the waterā¤ inlet valve clicksā¤ but no ā¤water reaches the mold, inspect theā¢ fill tube for blockagesā or damage. If the valve does not activate, ātheā valve or ice maker control may be the issue.
Can the fill tube freeze and how do Iā¤ fix that?
Yes. In many refrigerators the exposed portion of the fill tube can freeze shutā from cold freezer air or if the heater/grommet is missing or damaged. To fix: defrost the frozen section (turn off and leave theā£ freezerā£ door open, useā warm air-not open flame), remove or restore anyā£ broken heater or insulation, ensureā¤ the tube is properly seated and ā£routed to reduce exposure to directā¢ airflowandā replace the tube (241850615) if it is cracked or deformed. Also check the ice maker heater (if present) and the door seals/air flow as root causes.
Is 241850615 compatible with my refrigerator model?
compatibility depends on the appliance model. 241850615 is used on many Frigidaire/White-westinghouse/kenmore models, butā not all. Always verify compatibility by checking your ārefrigerator’s model number against the part listing from āFrigidaireā£ or an authorized parts dealer. If in doubt, provide the full model number toā¢ the parts supplier toā confirm fit.
What tools andā steps are required to replace the fill tubeā assembly?
Typical tools: screwdriver set (Phillips, flat), ā¤nut driver or socket set (commonly 1/4″ to 5/16″), needle-nose pliersand possibly Torx bits. Basic steps: unplug the refrigerator and shut off the water supply; empty the freezer or move shelves; remove ā¢any evaporator cover or āice maker āmounting ā¤brackets as needed;ā disconnect the old fill tube fromā¤ the ice maker andā itsā retaining clips/grommets; install the new 241850615 ensuring proper āseating āand ā¤routing; reattach covers and the iceā¢ maker; restore water and power; run ā¤a test cycle and check for leaks. time: ā¤typically 30-60 minutes ā¢for a DIYer depending on modelā access.
Do I ā¢needā to replace ā¤any seals,grommets or a heater when replacing the tube?
Inspect the rubber ā¢grommet,foam insulation and anyā¤ heater element or wiring when replacing the tube. If the grommet or foam is brittle or missing, replace it ā£to ensure a good seal and reduce freezing. Some models use a small heater or heat tape at the tube connection; if that heater ā£is damaged or missing andā£ freezing was an issue,ā¢ replace it or the associated components in addition toā the tube.
After installing 241850615 I still get no water-what ā£should I check next?
Verify āthe water supplyā¢ isā£ turned on and the inlet valveā is receiving waterā¢ pressure. Check the water inlet valve (solenoid) for properā operation-listen for a click during a fill cycle andā measure voltage at the valve when the ice āmaker ācallsā¢ for ā£water. Alsoā¢ confirm the āice maker’s control and switch are operating. If the valve clicks but no waterā flows, the valveā or household water feedā could be clogged or frozen. If theā£ valve does not energize,ā the ice makerā¢ or wiring may be faulty.
are ther any precautions or commonā mistakes to avoid when replacing the fill tube?
critically important precautions: always unplugā the refrigerator and shut off āthe water supplyā before starting; avoid over-tightening plastic fittings āwhich can ācrack them; make sureā the fill tube is routed exactly as ā¢the original to prevent kinks or exposure to cold air; replace damaged grommets and āinsulation; after installation, check carefully for leaks at āthe connection to the ice maker āand theā¢ water line. Doā¢ not use adhesive or sealants on plastic fittings unlessā¢ specified by manufacturerā instructions.
Concluding Remarks
The 241850615 Frigidaire Iceā Maker Fill Tube Assembly serves a focused but essential role in ā£refrigerator ice-making systems by directing water from the valve to theā ice maker mold. proper function āof this component helps ensure consistent fill volumes, prevents overfilling or underfillingand āreduces the risk of leaks that can compromise appliance performance āand cause water damage.As it interfaces directly with the water supply and ice-maker mechanism,ā the fill tube’s condition ācan have a direct impact on ice production,ā food āsafetyand overall refrigerator reliability.
Accurate diagnosisā£ and appropriate replacement are critically important when issues arise. Symptoms such as insufficient ice, irregular fill levelsor ā£visible leakage warrant aā¢ careful assessment to confirm the āfill tube is the root cause rather than ā¢a related component (for example, the waterā inlet valve, iceā maker assembly, āor clogged lines). When replacement is necessary, using āthe correct part number-241850615-and following manufacturer āinstallation guidelines or engaging āa qualified service technician will help ensure compatibility, safe installationand restoration of proper function.
Timely,informed action-combining correct diagnosis,properā¤ replacement parts,and adherence to recommended procedures-helps maintain appliance efficiency,prevents secondary ādamage,and can be more ā¢cost-effective than addressing āmore extensive repairs later. Routine inspection and prompt attention to symptoms ā¤will support long-term performance and reliability of the ice-makingā¢ system.
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