241914703 ICE CONTAINER Assembly OEM is an OEM ice storage and handling assembly designed for use in automatic refrigerator and freezer ice-making systems.It is indeed a mechanical and structural component that provides a dedicated bin for collected ice and the mounting points and interfaces for associated sensors, actuators and dispensing hardware.As an assembly rather than a single part, it typically includes the ice receptacle, attachment flanges, electrical connector locations and provisions for level/door switches or auger mechanisms depending on the appliance design.
Inside the appliance the ice container acts as the intermediary between the ice-making mold/module and the user interface or dispenser. It receives ice released by the ice maker, provides a thermally isolated storage volume, and interfaces with control systems via bin-full sensors, motorized augers or flip gates for dispensing. The assembly also interacts indirectly with the freezer evaporator and defrost cycle (affecting ice quality and clumping), the water fill-valve/timing circuits that determine ice production rate, and the main control board that sequences harvest and dispense operations.
In this article readers will find a technical overview of the 241914703 ICE CONTAINER assembly OEM covering its functional role, common compatibility considerations and how to verify correct fit and orientation. The article will describe typical failure symptoms (for example, ice jams, premature overfilling, sensor failures, noisy or non‑functioning dispensers, and leaks), systematic troubleshooting checks (mechanical alignment, sensor and motor continuity, obstruction and icing inspection, and interactions with water and defrost systems) and practical replacement considerations (confirming OEM part number and dimensions, electrical connector and mounting compatibility, gasket/seal condition, and post‑replacement system checks). The guidance is intended to help technicians, engineers and owners assess problems and plan safe, correct replacements or repairs without making device‑specific procedural claims.
Table of Contents
- Function and Role of the Ice Container in Refrigeration ice-Making Systems
- How the 241914703 ICE CONTAINER Assembly OEM Works Inside the Appliance: Mechanical Interfaces, Sensors, and Thermal Flow
- Common Failure Symptoms and Diagnostic Indicators for Ice Container Issues
- Compatibility, Replacement Considerations, Installation Steps, and Troubleshooting for Service Technicians
- Q&A
- Key Takeaways
Function and Role of the Ice container in Refrigeration Ice-Making Systems
The 241914703 ICE CONTAINER assembly OEM serves as the hardened receptacle and distribution interface between the ice-making module and the dispenser or bin area. It collects ice as the mold harvests cubes, provides controlled staging for gravity-fed or auger-driven delivery, and integrates the level-sensing and melt-water routing required by the refrigeration chassis. Mechanically the assembly establishes alignment with the ice maker ejector, secures to the evaporator housing with defined mounting points, and uses molded features and seals to limit frost bridging and restrict airflow that would accelerate melt or cause nuisance cycling.
The container influences system behavior through its sensor locations, internal geometry, and drain path; improper fit, cracked walls, or blocked drains commonly present as overflows, intermittent dispensing, or rapid refreezing against the evaporator. Typical features and failure symptoms to inspect during service include sensor continuity and alignment, unobstructed melt-water channels, and intact mounting tabs that ensure the dispenser coupling lines up. Practical checks for technicians:
- verify level-sensor alignment and connector integrity.
- Inspect drain hole and collection channel for ice or debris.
- Confirm auger/door engagement and absence of warped or cracked sections.
| Item | Description |
|---|---|
| Material | Impact-resistant thermoplastic with low thermal conductivity (typical ABS/polypropylene) |
| Mounting | Model-specific tabs and screw bosses aligning to ice maker frame |
| Sensor interface | Standard liquid/optical level switch or electronic trip connector |
How the 241914703 ICE CONTAINER Assembly OEM Works Inside the Appliance: Mechanical Interfaces, Sensors, and Thermal Flow
the 241914703 ICE CONTAINER Assembly OEM serves as the mechanical and thermal interface between the freezer cavity and the ice-dispensing system. Its molded mounting points, slide rails, and engagement tabs transfer torque from the auger drive and secure the container to the cabinet; proper engagement prevents axial play that can strip the auger spline or bind the motor. The container’s mating surfaces and seals define airflow and condensate paths,so material stiffness and dimensional tolerances affect both fitment and thermal coupling to adjacent evaporator surfaces. For practical replacement, confirm that the locating pins and latch geometry match the appliance housing to avoid sensor misalignment or dispenser jams during the harvest and dispense cycles.
Electronic and thermal behavior of the assembly is governed by a combination of presence sensors and conductive/convective heat flow through the container walls. Typical sensing elements include a fill sensor (optical or mechanical) that signals the control board to stop production and a thermistor or temperature switch that monitors ice temperature during harvest; these devices are positioned to sense bulk ice rather than local frost.The container acts as a thermal mass and a conduit for warm air during the harvest step-insufficient clearances or blocked airflow channels will prolong harvest, increase frost accumulation, and promote clumping. for troubleshooting, technicians should check sensor alignment and continuity, verify that mounting latches compress seals evenly, and confirm unobstructed airflow paths to maintain expected cycle times and consistent dispense performance.
- Mechanical interfaces: mounting tabs, auger spline engagement, door latch points
- Sensors: optical/mechanical fill detection and thermistor temperature feedback
- Thermal behavior: container thermal mass, airflow channels, and condensation paths
- Common service concerns: sensor misalignment, seal degradation, auger binding
| Item | Description |
|---|---|
| Mounting latch | Secures container to cabinet and maintains auger alignment |
| Fill sensor | Detects ice level; might potentially be optical LED/photodiode or mechanical arm |
| Thermistor | Measures ice temperature for harvest timing and control decisions |
| airflow channels | Paths that allow warm air during harvest and prevent localized frosting |
Common Failure Symptoms and Diagnostic Indicators for Ice Container Issues
The 241914703 ICE CONTAINER Assembly OEM is the molded storage bin that receives ice from the ice maker and provides the mechanical interface to the dispenser or auger drive. Its function is not only to hold frozen product but to position the ice reliably for the auger/dispense mechanism and to present the bin-full or bin-empty sensors correctly to the control board. Compatibility considerations include correct mounting tabs, alignment pins, sensor actuator geometry, and the clearance for the auger and dispenser motor – a non‑OEM or slightly warped container can change sensor actuation timing, allow ice bridging, or create mechanical interference that prevents normal dispensing.In field service situations the container’s physical condition (cracks, deformations, or missing alignment features) is as likely to cause failures as electrical faults upstream in the ice maker assembly.
Common diagnostic indicators are physical symptoms that map directly to discrete failure modes and test points. Visual inspection should check for cracked walls,distorted mounting bosses,or foreign objects that cause ice bridging; electrical checks should verify bin sensor continuity and voltage at the dispenser connector during a dispense cycle; mechanical checks include rotating the auger by hand to confirm free motion and measuring stall current of the auger motor if the dispenser trips a breaker or fuse. Such as, if the ice maker produces cubes but the bin remains empty, isolate whether the auger is blocked or the bin‑full switch is falsely indicating a full condition by observing sensor state while manually rotating the auger and measuring voltage at the motor connector during a dispense command.
- Ice bridging or clumping that prevents auger pickup
- Dispenser motor stalls or trips protection during a dispense
- Bin-full sensor stuck open/closed causing false stops or no fill
- Water leakage or frost build-up around bin seams indicating cracks
- Misalignment with dispenser door or auger resulting in jams
| Item | Description |
|---|---|
| Ice bridging | Look for compacted ice against bin walls; clear and check auger clearance and deflector geometry. |
| Sensor failure | Measure continuity or logic level of bin-full switch during manual actuation; replace container if actuator geometry is damaged. |
| Mechanical interference | Inspect mounting bosses and alignment pins; confirm auger rotates freely and that the dispenser drive engages without excessive torque. |
Compatibility, Replacement Considerations, Installation Steps, and Troubleshooting for Service Technicians
The 241914703 ICE CONTAINER Assembly OEM functions as the primary removable collection and distribution housing for ice and meltwater within the freezer compartment; it routes meltwater to the drain path, secures the ice bin to the evaporator housing, and provides physical interfaces for any integrated sensors or deflectors. When evaluating compatibility and replacement, technicians should verify physical dimensions, mounting-tab spacing, and the location/shape of inlet/outlet ports against the service model and parts cross-reference rather than relying solely on part numbers, because differences in tab geometry or drain orientation are common causes of misfit or misrouting of condensate. Replacement considerations include confirming material integrity (cracks or deformations that can cause leaks), ensuring mating gaskets are present and intact, and checking for integrated sensor connectors or clips that must align with the appliance harness and chassis features.
- Pre-install checks: confirm part cross-reference, inspect sealing surfaces and clips, and compare mounting-tab alignment with the service model.
- installation focus: orient the container to maintain the designed drain slope, engage all retention clips before fastening, and avoid over-stressing plastic tabs during assembly.
- Post-install verification: run a short defrost or forced-cool cycle and observe for proper meltwater routing and absence of ice bridging.
- Troubleshooting pointers: isolate leaks at seams,test thermistors/sensors for open/short conditions per the service manual,and verify evaporator airflow if ice clumping occurs.
| item | Description |
|---|---|
| Fitment | Match mounting-tab spacing and drain/inlet geometry to chassis; physical mock-up recommended before final fastening. |
| Sealing | Inspect gasket surfaces and tension of retention clips to prevent bypass leaks or pooling in the trough. |
| Electrical | Confirm connector type and pin alignment for any integrated sensors; measure continuity/resistance according to the appliance service manual. |
During installation, seat the container so that the drain channel aligns with the cabinet drain and any ice-deflector interfaces fully engage without bending tabs; secure clips or screws in a staged pattern to avoid distortion. If symptoms persist after replacement-such as water pooling in the bin, ice adhesion to the evaporator, or intermittent sensor readings-systematically isolate the problem by checking the drain path for blockages, verifying heater/defrost circuit continuity, and confirming consistent fan operation and airflow across the evaporator; these diagnostic steps differentiate a faulty housing from upstream issues in the refrigeration or defrost systems.
Q&A
what is the 241914703 ICE CONTAINER Assembly OEM?
The 241914703 ICE CONTAINER Assembly OEM is the replacement ice storage bin (housing/assembly) used in certain refrigerators with automatic ice makers. It collects and holds the cubes or crushed ice produced by the ice maker and guides ice toward the dispenser/door or into the refrigerator bin for access.
How do I check if 241914703 is the correct part for my refrigerator?
Confirm compatibility by locating your refrigerator model number (usually on a sticker inside the fresh food compartment, on the door jamb, or behind a kickplate) and cross-referencing it with the part number 241914703 on the manufacturer’s parts lookup or a reputable parts supplier. You can also compare the shape, mounting points and connector/auger interfaces of your old ice container to pictures/specs of 241914703 to ensure a proper fit.
What are the signs that the ice container assembly needs to be replaced?
replace the ice container if it is cracked or broken and leaking ice into other compartments, if the auger/rotor or mounting tabs are damaged so the dispenser jams or won’t engage, if the container’s guide rails or door seals are warped causing misalignment, or if severe staining/contamination cannot be removed by cleaning.
How do I safely remove and install the 241914703 ice container?
Unplug the refrigerator or switch off its circuit before starting. Remove any ice from the container, open the freezer door and disengage any retaining clips or screws (tools typically required: Phillips screwdriver, possibly a small socket). Slide out the old container straight out, disconnecting the auger or drive coupling as needed. Install the new OEM container by aligning the rails and coupling, secure any clips/screws, and test the dispenser/auger operation before restoring power. Consult your refrigerator’s service manual for step-by-step instructions for your model.
How should I clean and maintain the 241914703 ice container?
Remove the container and discard old ice. Wash by hand with warm water and mild dish soap; rinse thoroughly and air-dry completely before reinstalling (moisture can cause clumping). Avoid abrasive scouring pads or harsh chemicals that can scratch or degrade plastic. For odors or mold, a diluted baking soda or mild bleach solution (followed by thorough rinsing) can be used-check manufacturer recommendations first.
Why is the ice dispenser jamming after I installed the new container?
Common causes include improper alignment of the auger/drive coupling, a foreign object or ice block jammed in the chute, or the container not fully seated on its rails. Remove power, inspect the auger and drive coupling for damage or obstruction, ensure the container is seated and secured, and manually rotate the auger (with power off) to confirm it turns freely before testing with power on.
Can I use an aftermarket or generic ice container instead of the OEM 241914703?
aftermarket containers may fit and cost less, but OEM parts (241914703) are recommended for guaranteed fit, proper mounting/drive alignment, and material compatibility. If you choose a non‑OEM part, verify exact dimensions, mounting points, and auger/coupling compatibility to avoid dispenser problems or damage.
Where can I purchase 241914703 and is it covered by warranty?
You can purchase 241914703 from authorized dealer parts departments, manufacturer websites, and reputable appliance parts retailers. Warranty coverage depends on the seller and whether the refrigerator is still under the original appliance warranty-replacement parts often carry a limited parts warranty from the supplier/manufacturer. Keep your proof of purchase and check the seller’s warranty terms before buying.
Key Takeaways
the 241914703 ICE CONTAINER Assembly OEM performs a focused yet crucial role within compatible refrigeration systems, serving as the storage and interface component for ice production and dispensing. By providing proper housing, alignment with the ice maker and dispenser mechanisms, and a hygienic containment area, this assembly contributes directly to predictable ice delivery, appliance efficiency, and user convenience.
Accurate diagnosis is essential when ice-related issues arise-symptoms such as irregular dispensing, melting, excess frost, unusual noises, or leaks can indicate container damage, misalignment, or wear in associated components. Replacing the assembly only when diagnostics confirm failure, and selecting the correct OEM 241914703 part for the specific model, helps avoid repeated service calls and ensures proper fit and function. Professional assessment and installation are recommended when there is uncertainty about root causes or compatibility.
Timely,correct replacement of the 241914703 ICE CONTAINER Assembly OEM supports appliance reliability,food-safety considerations for stored ice,and overall energy performance. Adhering to manufacturer guidance and using the specified OEM component preserves intended operation and helps maintain long-term serviceability of the refrigeration system.
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
.
