240385201 Frigidaire Refrigerator Ice Container is a molded ice storage bin designed to receive adn retain harvested ice from the refrigerator’s automatic ice-making assembly. As a structural component typically constructed of food-grade plastic, the ice container provides the physical enclosure that holds ice until it is indeed dispensed or manually retrieved; it includes mounting features, interfaces for the ice-making discharge path, and openings for an auger or dispenser mechanism where applicable.
Within the appliance system the ice container serves both as a storage reservoir and a mechanical interface between the ice maker, the freezer surroundings, and any user-accessible dispenser. It interacts directly with the ice maker’s harvest cycle (receiving cubes or flakes), the auger motor or manual access point used to deliver ice, and secondary elements such as level switches or optical/infrared sensors that detect bin fullness. The container’s shape, sealing surfaces and position in the freezer also affect air flow and local temperature stability, so it is indeed relevant to defrost cycles, frost accumulation and consistent ice quality.
This article explains the 240385201 container’s function and typical installation locations in Frigidaire freezers,how to verify compatibility with specific refrigerator models,common failure symptoms (cracks,leaks,ice bridging,sensor faults or dispenser jams),step-by-step troubleshooting checks and measurements a technician can perform,and practical considerations for replacement. It will cover inspection procedures, electrical and mechanical interfaces to confirm correct operation, recommended tools and safety precautions for removal and installation, and notes on part-number verification to ensure an appropriate OEM or replacement part is selected.
Table of Contents
- Functional Role and System integration of the Ice Container in Frigidaire Refrigeration Systems
- How the 240385201 Frigidaire Refrigerator Ice Container Operates Within the Ice-Making and Dispensing System
- Identifying Common Failure Symptoms and Diagnostic Indicators for the ice Container
- Compatibility, Replacement Considerations and Installation Procedures for the 240385201 Ice Container
- Q&A
- The Way Forward
Functional Role and System integration of the Ice Container in frigidaire Refrigeration Systems
The 240385201 Frigidaire Refrigerator Ice Container functions as the intermediary storage and delivery interface between the refrigerator’s icemaker module and the user-accessible dispenser or ice bin. Mechanically,the container is a molded reservoir that aligns with the icemaker harvest chute,supports an auger or gravity-feed path,and provides mounting points and sensor cutouts for the dispenser motor,door switch,and ice-level detection. Material selection and geometry control frost accumulation and thermal bridging; common design elements include a rigid ABS body, internal ribs to prevent cube bridging, and a drain/overflow channel to route meltwater back into the evaporator tray. Proper seating of the container is required for consistent harvest cycles and to avoid mechanical interference with the auger drive or dispenser actuator.
From a service and compatibility perspective, the ice container behaves predictably when its interfaces are intact: a sealed fit and correct alignment permit normal harvest, passage, and dispensing of ice, while cracks, warped tabs, or blocked channels produce symptoms such as jamming, reduced capacity, or water leaks. Technicians replacing a container should verify model cross‑reference and inspect the icemaker harvester, auger coupling, and any microswitches for wear before concluding the container is at fault.Practical actions include cleaning accumulated frost, confirming the auger rotates freely with the motor energized, and checking that ice-level sensors/flags move without obstruction; replacing the container is typically indicated when structural damage or persistent bridging cannot be corrected by cleaning.
- Mounting features: alignment tabs, retaining clips, and sensor cutouts that interface with the cabinet liner and dispenser assembly.
- Functional behaviors: channels ice flow, prevents cube bridging, and routes meltwater to drain paths.
- Failure symptoms: jams at dispenser, ice clumping, leaks, and inconsistent harvest cycles.
| Item | Description |
|---|---|
| Material | Molded high-density plastic (typically ABS) with low thermal conductivity and ribbed interior to reduce cube bridging. |
| Typical capacity | Holds the harvested ice volume for the icemaker assembly (nominally ~1-1.5 L, varies by model and cube size). |
| Compatibility | OEM replacement for compatible Frigidaire models; confirm with appliance model number and part 240385201 cross-reference. |
How the 240385201 Frigidaire Refrigerator Ice Container Operates Within the Ice-making and Dispensing System
The 240385201 Frigidaire Refrigerator Ice Container functions as the mechanical and storage interface between the refrigerator’s ice-making assembly and its dispensing system. It receives cubes from the ice maker, maintains an organized hopper to minimize bridging, and delivers ice to the auger or gravity chute when the dispenser is activated. the container is designed with molded mounting tabs, alignment ribs, and a specific auger coupling geometry so it only properly fits compatible Frigidaire cabinets and drive components; correct mechanical engagement is required for the auger drive to rotate freely and for any built-in sensors (float or optical) to register the ice level accurately. Technicians replacing this part must confirm that the tabs seat into the cabinet slots and that the auger coupling engages without lateral preload to avoid premature wear or stalling of the dispense motor.
during normal operation the container behaves as a passive hopper: ice accumulates and is withdrawn under drive or gravity without active modulation.Operational faults typically arise from physical misalignment,frost accumulation,or contamination that causes cubes to interlock (bridging),leading to slow dispense,auger stalling,or false empty/full signals.Practical service steps include verifying seating and alignment, clearing compacted ice by controlled defrost or manual agitation, inspecting the auger coupling for worn splines, and checking sensor windows or floats for ice and scale. Common, repeatable failure modes and interface points are listed below to aid diagnosis and repair.
- Mounting tabs and alignment ribs - ensure correct seating and no broken tabs.
- Auger coupling/interface – inspect spline engagement and rotational freedom.
- Ice guide/divider and chute – check for geometry that prevents bridging.
- Sensor interface (float or optical) - keep clear of ice and mineral buildup.
| Item | Description |
|---|---|
| Material | Molded thermoplastic designed to resist cracking at refrigerator temperatures |
| Mounting | molded tabs and alignment ribs specific to compatible Frigidaire cabinet frames |
| interface | Auger coupling geometry and sensor window/float location for dispenser integration |
| Typical symptoms | Jamming, slow dispense, auger stall, or false ice-level readings due to alignment, frost, or debris |
Identifying Common Failure Symptoms and diagnostic Indicators for the Ice Container
The 240385201 Frigidaire refrigerator Ice Container is the molded bin that receives ice from the icemaker and presents it to the dispenser or user. Its primary functions are to provide a stable receptacle for harvested ice,maintain clearance for an auger or chute,and house any full-bucket or bin-position switches used by the refrigerator control. Compatibility depends on the container’s mounting tabs, sensor locations, and dispenser-drive geometry; mismatches in these interfaces lead to mechanical binding, incomplete harvest, or ice jamming even when the icemaker and dispenser motors are functioning correctly.
Common diagnostic indicators focus on mechanical condition and environmental parameters rather then complex electronic failure modes. Technicians should look for cracked walls or warped tabs, frost bridging across the bin lip, pooled water at the bin base, and abnormal resistance on the dispenser drive during operation. Practical tests include measuring freezer temperature, performing a manual harvest cycle to observe ice ejection, removing the bin to check for trapped ice or debris, and confirming continuity of any associated switches; electrical error codes that show motor overload often originate from a mechanically obstructed or mis-seated container.
- Ice clumping or bridging that blocks the auger or chute
- Slow, incomplete, or noisy dispensing indicating mechanical bind
- Pooling or wet ice inside the bin suggesting defrost or sealing issues
- Visible cracks, broken mounting tabs, or misalignment with the icemaker
- Repeated dispenser motor overload or error codes without clear motor faults
| Item | Description |
|---|---|
| Freezer temperature | Nominal around -18°C (0°F); sustained warmer temps promote ice clumping and wet ice |
| Ice bridge thickness | Any continuous frost/ice bridging across the bin lip indicates airflow/defrost problems and will interfere with auger action |
| Mounting fit | Tabs and seating should be flush with the icemaker frame; visible gaps or deformation correlate with misfeeds and jams |
Compatibility, replacement Considerations and Installation Procedures for the 240385201 Ice Container
The 240385201 Frigidaire Refrigerator Ice Container serves as the ice storage and interface component between the automatic ice maker and the refrigerator door or bin area. It collects and guides ice from the maker into the dispenser or storage bin while providing the mechanical mounting and sensor locations used by some ice-maker assemblies. Technically, the container’s critical attributes are its mounting geometry, the location and type of any electrical or mechanical interlocks, and the internal geometry that prevents jamming and allows consistent ice flow; when evaluating compatibility, match the container’s part number, tab spacing, and any connector or actuator engagement points rather than relying solely on model-year or refrigerator series names.
Replacement and installation require verification of fit and functional interfaces, a safe removal procedure, and a brief operational test after installation. Typical steps include isolating power, removing any retaining screws or snap tabs, disengaging the ice maker harvest arm or actuator if present, and sliding the container free while inspecting for broken tabs or worn seals. After installing the replacement, confirm the container sits flush, that the ice maker’s ejector and sensors are unobstructed, and run one or two manual harvest cycles to verify dispensing and reseating behavior; a misaligned container commonly causes ice jamming, false sensor triggers, or ineffective dispensing.
- Pre-install checks: verify part number and mounting/tab spacing, inspect electrical/mechanical interfaces, confirm clearance for dispenser chute.
- removal/installation highlights: power off,remove fasteners,disengage mechanisms,clean mating surfaces,seat container firmly,power on and test.
- Post-install tests: manual harvest, observe dispensing, listen for abnormal noises, and check for leaks or ice retention.
| Item | Description |
|---|---|
| Part Number | 240385201 |
| Function | Ice storage and interface with ice maker and dispenser mechanisms |
| Mounting | Snap-in tabs or screw fasteners; verify tab spacing and engagement points before purchase |
| Compatibility | Fits select Frigidaire refrigerator assemblies; confirm by matching part number and physical mounting features |
Q&A
What is part 240385201 and which Frigidaire refrigerators use it?
Part 240385201 is the OEM ice container (ice bin) used to collect and dispense cubed ice from the refrigerator’s automatic ice maker. It is used in a range of Frigidaire/Electrolux/related brand freezer compartments-exact compatibility varies by model. To confirm fit, check your refrigerator model number (on the interior sticker) and cross‑reference it with the Frigidaire parts list or an authorized parts dealer before ordering.
How do I remove and replace the ice container safely?
Turn the ice maker off (use the fridge control or flip the icemaker switch) and unplug the refrigerator or disconnect power for safety. Pull the freezer shelf or drawer out as needed, then lift the ice bin straight out – most bins are held by tabs or sit on a ledge and simply lift out. To install,position the bin on the supports and slide/lower into place until it seats; restore power and turn the ice maker back on. If the bin engages a motor/auger, ensure it is indeed fully seated so the engagement gear aligns before powering up.
My ice is jamming or the bin is overflowing - could the ice container be the problem?
Frequently enough the issue is ice build‑up or a misaligned bin rather than the bin itself. Remove the bin and inspect for ice clumps, a broken auger, or obstructions in the dispenser path. If ice is compacted (from repeated thaw/freeze cycles) clear it by letting it soften slightly and breaking it up gently. Also verify the bin is correctly seated so the ice maker’s shutoff mechanism (bail arm or sensor) can register bin fullness.If the bin is cracked, warped or the auger housing is damaged, replace it.
How should I clean and deodorize the ice container?
Remove the bin and wash with warm water and a mild dish soap using a soft cloth-avoid abrasive scrubbers that can scratch plastic. Rinse thoroughly and let it air dry before reinstalling. For odor removal, use a baking soda solution (1-2 tablespoons per quart/liter of warm water), rinse well, and dry. Do not use harsh solvents,undiluted bleach,or very hot/boiling water,which can warp the plastic.
What if the ice maker keeps producing ice even when the bin is full?
Most systems use a mechanical bail arm or an optical/magnetic sensor to detect a full bin. Check that the bin is seated correctly and that the bail arm or sensor isn’t stuck or obstructed by ice. If the detection mechanism is damaged or the sensor is faulty, the ice maker won’t stop-diagnose the sensor or switch and replace the faulty component rather than the bin unless the bin’s geometry is preventing proper sensor operation.
Can I repair a cracked or broken ice container, or should I replace it?
Small cosmetic cracks can sometimes be temporally sealed, but as the bin holds food (ice) and must withstand freezer temperatures and stresses, replacement with an OEM part is recommended for reliability and safety. A replacement bin is inexpensive compared to risks of contamination, further cracking, or interference with the ice maker mechanism.
Where can I buy a genuine 240385201 ice container and how much does it typically cost?
Genuine OEM 240385201 containers are available from Frigidaire/Electrolux parts departments, authorized appliance parts stores, and many online appliance parts retailers or marketplaces. Price varies by seller and region, but an OEM ice container is typically inexpensive compared with major components-check authorized dealers for proper fit and warranty coverage.
After installing a new ice container, I hear unusual noise from the freezer – is that normal?
Some noise is normal when the ice maker auger or dispenser motor runs to move ice into the bin or down a chute. However, grinding, scraping, or repeated loud clicks indicate the bin may not be fully seated or the ice is contacting the motor/auger housing.Power off,remove the bin,check for misalignment or foreign objects,reseat it carefully,and test again. If noise persists, inspect the auger motor and gear for wear and replace the defective part.
The Way Forward
The 240385201 Frigidaire Refrigerator Ice Container serves as a functional storage and delivery component within compatible Frigidaire refrigeration systems, helping to contain produced ice, maintain hygienic separation from other food items, and enable orderly dispensing. As an integral plastic assembly that interfaces with the icemaker and dispenser mechanisms, it contributes to reliable ice availability and helps preserve overall appliance performance and user convenience.
Timely and accurate diagnosis of problems-such as cracking, leaks, misalignment, ice clumping, or interference with dispenser operation-is meaningful to determine whether the container can be serviced or requires replacement. Addressing these symptoms promptly helps prevent secondary issues, like ice contamination, inefficient cooling cycles, or stress to adjacent components, and can reduce downtime and repair costs.
When replacement is necessary, using the correct 240385201 part or an approved equivalent and following manufacturer guidance or professional installation recommendations ensures proper fit, function, and safety. Thoughtful diagnosis, correct part selection, and careful installation together support consistent ice production, maintain appliance reliability, and help extend the service life of the refrigerator in a cost-effective manner.
Professional Appliance Service
If your appliance requires professional diagnosis or repair, visit
Revolff Home Services
for expert appliance repair services.
For local appliance service information see
Dryer repair Henderson
.
Replacement parts for many appliance models can also be found at
Reliable-Parts-Hub
.
