DA82-01396A Samsung A/S Assembly TRAY ICE;AW4 4D OEM is an ice tray assembly intended for use in Samsung automatic ice-making systems. It is a molded ice tray and support module that forms, holds, and interfaces with the ice-ejection and water-fill mechanisms inside the refrigerator freezer compartment; in many appliance designs this assembly is an integral mechanical component of the ice-maker subassembly rather than a simple removable tray.
Within the appliance, the tray functions as the freeze mold and physical interface for the ice-maker’s water-fill port, ejector/heater elements, and drive mechanism, and it is indeed designed to work with the inlet water valve, level sensors or switches, the control board and the freezer temperature control. ItS material, geometry and mounting features effect water distribution, freeze uniformity, cube shape, and reliable ejection, so compatibility with the surrounding mechanical mounts, electrical connectors and thermal environment is critical.The tray is typically located in the freezer compartment of household refrigerators equipped with automatic ice makers and is critically important as tray damage, deformation, or improper sealing can produce leaks, incomplete fills, misshapen or fused cubes, and failed ejection cycles that compromise ice production.
In the following article you will find a technical overview of the DA82-01396A tray’s intended function and interfaces,guidance on model compatibility and how to verify correct part selection,common failure symptoms to recognise (for example,overflows,incomplete fills,frozen-in cubes,or ejection failures),systematic troubleshooting checkpoints to isolate the tray versus upstream components (water supply,inlet valve,sensors,motor/heater and control signals),and practical replacement considerations such as inspection of mounting points,seals and connectors and basic safety steps to take before servicing. The focus will be on diagnostic criteria and interoperability so technicians, engineers and appliance owners can determine when the tray itself is the root cause and when ancillary components require attention.
Table of Contents
- Function and Role of the Ice Tray Assembly in Samsung Refrigeration Systems
- How the DA82-01396A Samsung A/S Assembly TRAY ICE;AW4 4D OEM Integrates with Ice-Making Mechanisms and Control Electronics
- Common Failure Symptoms and Diagnostic Indicators of a faulty Ice Tray Assembly
- compatibility, Replacement Considerations, Step-by-Step Installation and Post-Install Troubleshooting
- Q&A
- The Way Forward
Function and Role of the Ice Tray Assembly in Samsung Refrigeration Systems
The DA82-01396A Samsung A/S Assembly TRAY ICE;AW4 4D OEM functions as the molded ice-forming and support component that receives metered water, holds it during the freeze cycle, and provides the mechanical interface for harvest and dispensing.In Samsung systems this assembly establishes the cavity geometry for consistent cube size, routes excess water to built-in drains, and positions the ejector or heater elements and sensors so that harvest cycles can reliably separate ice from the tray. As an OEM component it restores original mounting points and alignment tolerances that affect dispenser linkage, motor engagement, and sensor readings, which are critical for systems that rely on precise mechanical registration between the tray and the ice-ejection mechanism.
Behaviorally, the tray must withstand repeated freeze-thaw cycles while maintaining dimensional stability; common service symptoms from a failing tray include ice bridging, incomplete fills, dispenser jams, and leakage into the freezer compartment. Technicians diagnosing these issues should inspect mounting bosses, alignment pins, drain channels and cavity surfaces for cracks, warpage, scale buildup, or contamination that impede release. Replacing a degraded tray with the OEM assembly typically corrects geometry-related faults and re-establishes proper interaction with the unit’s harvest motor or heater, though electrical and control faults should be verified separately to avoid unnecessary part replacement.
- molded polymer cavities sized for consistent cube formation
- Integrated mounting bosses and alignment pins for dispenser coupling
- Drain/overflow channels to prevent pooling and control freeze location
- interface surfaces for ejector fingers, heater strips, and sensors
| Item | Description |
|---|---|
| Part number | DA82-01396A (OEM ice tray assembly) |
| Primary function | Form and support ice during freeze, route overflow, align harvest mechanism |
| Common service issues | Cracks, warping, ice bridging, residue on cavity surfaces, misalignment with ejector |
how the DA82-01396A Samsung A/S Assembly TRAY ICE;AW4 4D OEM Integrates with Ice-Making Mechanisms and Control Electronics
DA82-01396A Samsung A/S Assembly TRAY ICE;AW4 4D OEM is the molded ice tray assembly that physically forms, retains, and releases ice within compatible Samsung refrigerator ice-making systems. It integrates mechanically with the ice-maker motor/gear train and ejector fingers,and electrically with the ice-maker control via embedded heater traces or heater pads and contact points for thermal sensing.The tray’s geometry, water channels, and locating studs determine proper water fill and freeze patterns; the OEM design ensures alignment with factory mounting holes, harness connectors, and the mold heater or thermostat locations expected by the AW4 4D control sequence.
The assembly communicates indirectly with the control electronics through discrete signals and measurable electrical states: a closed microswitch or specific resistance reading on the thermistor/heater tells the controller that a harvest or freeze phase is complete. Common behavioral issues-warped tray, cracked mold, open heater trace, or intermittent switch contacts-manifest as long freeze cycles, stuck ice, or harvest failures and produce fault codes on the main board. Technicians diagnose integration faults by inspecting physical alignment, measuring continuity/resistance of heater pads and thermistors, and verifying motor/switch actuation under power; replacing the DA82-01396A tray restores proper mechanical and electrical interfaces when those components are the root cause.
- Mechanical coupling: mounts to gear train and ejector fingers for harvest motion
- Water handling: molded channels and fill ports determine ice size and pattern
- Thermal integration: heater pads/thermistors provide feedback for harvest timing
- Electrical interface: dedicated connector pins or contact tabs match controller signals
- OEM compatibility: fits factory mounting and connector layouts for AW4 4D systems
| Item | Description |
|---|---|
| Part number | DA82-01396A Samsung A/S Assembly TRAY ICE;AW4 4D OEM |
| Primary function | Form and release ice while providing thermal/electrical feedback to the controller |
| Interfaces | Mechanical mounts,motor/ejector coupling,heater/thermistor contacts,harness connector |
| Typical failure symptoms | Stuck ice,long freeze times,harvest faults,error codes related to harvest/thermistors |
Common Failure Symptoms and Diagnostic Indicators of a Faulty Ice Tray Assembly
The ice tray assembly functions as the mechanical and thermal interface between the refrigerator’s water fill system and the ice-making mechanism; the replacement component DA82-01396A Samsung A/S Assembly TRAY ICE;AW4 4D OEM includes the molded tray,ejector fingers,heater traces,and mounting/connector interfaces designed to match the original equipment geometry and electrical pinout. In normal operation the tray receives a measured water fill, the coolant/thermostat allows the water to freeze to a predictable thickness, and a timed harvest cycle applies a brief resistive heat pulse and a motor-driven cam to flex the tray and drive ice out; deviations in any of these subsystems (fill level, heater continuity, cam alignment, or sensor inputs) produce characteristic failure behaviors that also indicate whether the part itself or an upstream/downstream component is at fault.
Technicians diagnose failures by correlating observed symptoms with measurable electrical and mechanical indicators: low or missing ice production can result from incomplete fills (valve or pressure fault) or a failed heater/thermostat that prevents proper release; noisy or stalled harvest cycles typically point to mechanical damage or motor drive issues; persistent ice jams or cracked trays indicate physical wear or incorrect replacement geometry. Practical checks include visual inspection for cracks or foreign debris, ohmmeter measurements across the heater traces, observing motor current and stall behavior during a manual harvest, verifying correct water fill volume and timing, and confirming sensor/thermistor resistance values during cold and warm conditions.
- Reduced yield or hollow/partial cubes - check water fill volume, inlet valve flow, and tray level; measure fill time against spec.
- Failure to eject or motor stalls – inspect ejector fingers and cam, measure motor current for stall vs.running values, check gear teeth for damage.
- Ice adheres to tray or harvest incomplete – verify heater continuity (expected low-ohm path), test heater submission during harvest cycle, and confirm thermostat/thermistor readings.
- Leaks or overflow – inspect tray seals, mounting alignment, and water supply pressure; confirm tray seating and drain paths are clear.
| Item | Description |
|---|---|
| Heater resistance | Expect a low-ohm reading (verify service spec); open or very high resistance indicates heater trace failure. |
| Motor stall current | Measure in-circuit during harvest; elevated current or no rotation suggests mechanical binding or motor fault. |
Compatibility, Replacement Considerations, Step-by-Step installation and Post-Install Troubleshooting
The DA82-01396A Samsung A/S Assembly TRAY ICE;AW4 4D OEM is the molded ice tray and ejector subassembly that forms, heats (if equipped), and releases cubes into the freezer bin.Functionally it integrates the tray geometry, ejector blades/gears, motor or actuator interface, and any heater or sensor terminals that the refrigerator’s control board uses during a harvest cycle. Compatibility is steadfast by mechanical mounting points, harness pinout and drive voltage, and whether the assembly includes a built-in heater or thermistor. Technicians should verify the service part number, connector type, gear orientation and mounting tab layout against the service manual or the removed unit before installing a replacement, as incorrect pinouts or misaligned gears can prevent ejection, rotate in the wrong direction, or overload the dispenser motor.
Follow a controlled installation and test sequence and use diagnostic checks after power is restored to confirm correct behavior. Disconnect mains power and the water supply before starting. After physical installation, run a manual or diagnostic harvest cycle and verify motor rotation, heater activation (if present), thermistor readings, and bin-switch actuation; observe for mechanical binding or residual ice that can block ejection.Common post-install troubleshooting steps include measuring motor drive voltage, checking heater continuity and resistance at expected freezer temperatures, and confirming the actuator engages the dispenser linkage properly.
- Pre-install checks: confirm DA82-01396A part marking, harness pinout, and tab/gear alignment; document gear orientation before removal.
- Removal/installation: power and water off → remove ice bucket and retaining clips → unplug harness → unmount old tray → install new tray,engage gears and tabs → reconnect harness and clips.
- Initial test: restore power → run harvest cycle → verify ejector rotation, heater pulse, bin-switch state, and that ice falls freely into bin.
- Troubleshooting: if no rotation, measure motor voltage and continuity; if ice sticks, check heater continuity and frozen fill tube; if intermittent, inspect connector pins and gear wear.
| Item | Description |
|---|---|
| Compatibility note | Match mounting tabs, harness pinout, and heater/thermistor terminals to the service manual and removed part. |
| Common failure modes | Gear wear, seized ejector, open heater element, bad motor, or broken harness pins producing harvest or dispense faults. |
| Typical checks | Measure motor drive voltage during harvest, heater continuity, thermistor resistance at freezer temp, and inspect for mechanical binding. |
Q&A
what is the DA82-01396A Samsung A/S Assembly TRAY ICE;AW4 4D OEM and what does it do?
DA82-01396A is an OEM replacement ice tray/assembly used in certain Samsung frost‑free freezer compartments. It holds and releases frozen water into the ice storage bin and is part of the ice‑making subsystem. As an OEM part it is indeed made to the original specifications for fit and function in compatible Samsung refrigerator models.
How do I know if this part is the correct replacement for my Samsung refrigerator?
Confirm compatibility by matching the part number (DA82‑01396A) to the part list in your refrigerator’s service manual or parts diagram. You can also check the model code of your fridge (usually on a sticker inside the fresh food or freezer compartment) and search Samsung parts sites or contact an authorized parts dealer with that model number. If unsure, provide the fridge model to the dealer rather than relying on visual similarity alone.
How do I remove and install the DA82-01396A ice tray assembly?
Always unplug the refrigerator or switch off the circuit breaker and shut off the water supply before you begin. empty the ice bin and open the freezer access panel if present. Most assemblies are held by a few screws or snap tabs: remove screws, gently release mounting tabs, unplug any electrical connector to the ice maker, and slide the assembly out. Install the new assembly by reversing the steps-connect the harness, secure screws/tabs, restore water and power, and run a test cycle to verify operation.Consult your model’s service manual for exact fastener locations and illustrations.
Why is my ice not forming even after replacing the ice tray assembly?
Ice formation depends on several systems. Check these common causes: freezer temperature (should be around 0°F / ‑18°C), water supply and inlet valve (is water reaching the ice maker?), clogged or old water filter, faulty water fill solenoid, defective ice maker control/module, or a tripped shutoff arm/optical sensor. Replacing only the tray won’t fix electrical or water supply problems-run basic diagnostics (verify water flow, temperature, and power to the ice maker) or get a technician if the fault persists.
How do I clean and sanitize the DA82-01396A ice tray assembly?
Remove the assembly from the freezer and empty any ice. Wash with warm water and mild dish soap, rinse thoroughly, then sanitize using a solution of one tablespoon of household bleach per gallon of water or white vinegar diluted with water.Rinse well after sanitizing and dry before reinstalling. Avoid abrasive pads and strong solvents; hand washing is recommended because some plastic components can warp in high‑temperature dishwashers.
My ice has an off taste or odor after installing a new tray – what should I do?
Flush the system by discarding the first 2-3 batches of ice after installation. Replace the refrigerator water filter if it’s old or due for service, as a saturated filter can cause taste issues. Clean the ice bin and assembly as described above. If odors persist, check for food stored in the freezer with strong odors or a failing water filter housing that allows contamination.
Are there advantages to buying the OEM DA82-01396A versus an aftermarket part?
OEM parts are manufactured to the original specifications and typically provide exact fit, finish, and function for the intended models. That reduces installation issues and compatibility problems with mounting points, sensors, and electrical connectors. Aftermarket parts can be less expensive but may require modifications or may not match sensors/actuators exactly.For long‑term reliability and warranty preservation, OEM is usually recommended.
When should I replace the ice tray assembly instead of just repairing it?
Replace the assembly if it is cracked or warped and leaking, if the dispensing or release mechanisms are physically damaged, or if internal components (sensors, heaters, or motorized elements integrated with the tray) have failed. If the issue is electrical or related to water supply, those components can sometimes be repaired or replaced separately. When in doubt, inspect for physical damage and test electrical continuity; replace the assembly when damage or non‑repairable component failure is found.
The Way Forward
The DA82-01396A Samsung A/S Assembly TRAY ICE;AW4 4D OEM serves as a critical component in the ice-making system, providing the structural interface for water freezing, ice release, and proper alignment with the refrigerator’s dispensing and sensing mechanisms. As an OEM assembly,it is manufactured to original specifications to ensure correct fit,reliable operation,and consistent ice production over the life of the appliance. Proper function of the ice tray assembly contributes directly to performance, hygiene, and user convenience.
accurate diagnosis is essential when ice production is impaired, leaking occurs, or mechanical wear is suspected; symptoms can stem from the tray assembly itself or from related components such as water valves, sensors, or the ice maker motor. When troubleshooting indicates the DA82-01396A assembly is the root cause, timely replacement with the correct OEM part helps restore intended functionality, reduces the risk of repeated failures, and maintains the appliance’s design tolerances and safety margins.
recognizing the role of the DA82-01396A assembly and following a systematic diagnostic approach will help determine whether repair or replacement is warranted. Choosing the proper OEM replacement and ensuring correct installation-whether performed by a qualified technician or a competent DIYer following manufacturer guidance-supports long-term reliability and preserves the overall performance of the refrigeration system.
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