DA82-02655A Samsung A/S Assembly ICE;DA94 03040P CD 120 OEM is an OEM ice-maker assembly used in Samsung refrigeration units; it typically refers to the mechanical and electrical ice-making module (the ice mold, ejector mechanism, associated motor and switches) together with the OEM mounting/cover components required for installation. As a factory-designated assembly, this part replaces the integrated ice-making hardware that freezes, senses, and ejects ice cubes, and it is indeed supplied to fit specific Samsung freezer cavity layouts and control harnesses. The designation combines the assembly part number and related OEM cover/hardware reference to identify the matched replacement kit for service operations.
Inside a refrigerator system this assembly interfaces with the freezer compartment, the refrigerator control board, the water inlet valve and supply line, and the temperature sensing elements (thermostat or thermistor). it is responsible for receiving water fills, timing and controlling freeze and harvest cycles, actuating the ejector blades or auger, and signaling status to the main control; it also relies on proper freezer temperature and a reliable water feed to operate correctly. Because it sits at the intersection of mechanical,electrical and water systems,failures can present as electrical faults,mechanical binding,water leaks or improper ice quality,and corrective action often requires checking upstream and downstream components as well as the assembly itself.
In this article readers will find a technical overview of the assembly’s function and subcomponents, guidance on model and connector compatibility, common failure symptoms to watch for (for example: no ice production, continuous harvest, overflowing or frozen fill tube, noisy or seized motor), and structured troubleshooting steps to isolate the defect to water supply, sensors, motor/geartrain or control signals. The article will also cover practical replacement considerations such as verifying OEM part numbers, mounting and connector differences, necessary tools and tests to perform after installation to confirm correct operation.
Table of Contents
- Functional Role and System Responsibilities of the DA82-02655A Ice Assembly in Samsung Refrigerators
- How the DA82-02655A Samsung A/S Assembly ICE;DA94 03040P CD 120 OEM Operates Within the Ice-Making subsystem – Electrical, Mechanical, and Control Interfaces
- Common Failure Symptoms and Diagnostic Indicators for the Ice Assembly (Motor, Solenoid, Sensor, and Water Flow Faults)
- Compatibility, Replacement Considerations, Installation Best Practices, and Troubleshooting Workflow for the DA82-02655A Ice Assembly
- Q&A
- The Way Forward
Functional Role and System Responsibilities of the DA82-02655A Ice Assembly in Samsung Refrigerators
The DA82-02655A Samsung A/S Assembly ICE;DA94 03040P CD 120 OEM is the modular ice-making unit found in compatible Samsung refrigerators that integrates the ice mold, fill valve interface, thermistor/temperature sensing, harvest heater, ejector assembly and motor drive into a single replaceable module.Functionally, it executes the discrete steps of an ice cycle: a metered water fill, controlled freeze period monitored by the thermistor, a harvest action (heater activation or mechanical ejection) to release cubes, and motor-driven transfer of cubes into the storage bin.In electronically controlled refrigerators the control board supplies timed drive pulses and heater/valve power, while the assembly returns temperature feedback and end-of-cycle confirmation via its sensor and switches.
System responsibilities of this assembly include providing consistent cube formation,accurate temperature feedback for cycle termination,robust mechanical ejection,and a sealed water fill interface to prevent leaks. Common operational faults are thermistor drift (leading to short or long freeze cycles), open or shorted heater elements (causing ice to stick or excessive melting), seized ejector fingers or motor stalls, and connector/harness faults that interrupt signals or power. Practical troubleshooting steps include checking harness continuity, measuring thermistor resistance against known temperature points, confirming heater and motor resistance, and observing commanded outputs from the control board before replacing the module; ensuring the OEM part matches the refrigerator’s harness, mounting points, and control logic avoids pinout and timing incompatibilities.
- Primary functions: fill control, freeze timing, harvest activation, cube ejection and bin transfer
- Key components: thermistor/temperature sensor, harvest heater, motor/ejector assembly, water inlet interface
- Common diagnostics: resistance checks (thermistor/heater), motor drive observation, leak and mechanical obstruction inspection
- Compatibility check: connector pinout, mounting geometry, and control-board signal levels
| Item | Description |
|---|---|
| Part Number | DA82-02655A Samsung A/S Assembly ICE;DA94 03040P CD 120 OEM |
| Typical electrical/thermal references | Thermistor ~10 kΩ @ 25°C (NTC range); harvest heater ≈ 20-50 Ω; motor drive commonly 5-12 V DC from control board (verify on model-specific schematic) |
how the DA82-02655A Samsung A/S Assembly ICE;DA94 03040P CD 120 OEM Operates Within the Ice-Making subsystem – Electrical, Mechanical, and Control Interfaces
The DA82-02655A Samsung A/S Assembly ICE;DA94 03040P CD 120 OEM is an OEM ice-maker module that combines the ice mold, drive motor, harvest heater, and feedback thermostat into a single replaceable assembly. In operation the assembly receives discrete control signals from the refrigerator main control board to perform a timed fill, a freeze interval, and a heated harvest cycle; the thermostat (or thermistor) provides cycle-completion feedback so the controller can advance states. Technicians will recognize this assembly as the subsystem component that interfaces directly with the water inlet valve (for fill), the cabinet wiring harness (for motor and heater power), and the cabinet frame (via molded mounting tabs), and they commonly replace it when harvest cycles fail, ice does not eject, or the thermostat/thermistor shows open/short conditions during diagnostic checks.
- Drive motor and geartrain: rotates the ejector and advances the harvest sequence.
- Heater element: heated strip or coil used to release cubes during the harvest phase.
- Thermostat/thermistor: provides temperature feedback to terminate the freeze interval.
- Electrical connector: multi-pin harness for motor, heater and feedback lines to the main board.
- Mechanical mounting: molded tabs and alignment pins that secure the assembly to the evaporator tray.
| Item | Description |
|---|---|
| Connector pins | Supply motor drive,heater feed,and thermostat/feedback signals to the refrigerator control board. |
| Heater element | Low-impedance heating strip that softens ice adhesion during harvest; check continuity for failure. |
| Thermostat/thermistor | Temperature sensor that signals the controller when cubes are frozen; resistance changes with temperature. |
| Common failure modes | Open heater element, seized motor/gear, broken ejector fingers, or corroded connector contacts. |
from a practical diagnostic perspective, verify three interfaces: electrical (verify presence of the expected control voltages or continuity at the harness while cycling), mechanical (inspect for broken gears, sticky ejector arms, or misaligned mounting that prevents proper cube ejection), and control feedback (measure the thermostat/thermistor resistance profile or watch the control board for the harvest-start command). Replacement strategy typically involves disconnecting the multi‑pin connector, removing the mounting fasteners, and swapping the module while observing wiring polarity and seating to avoid water intrusion; after installation, observe one full cycle to confirm the fill, freeze, and harvest phases occur and to verify the controller receives the temperature feedback that terminates the freeze phase.
Common Failure Symptoms and Diagnostic Indicators for the Ice Assembly (Motor, Solenoid, Sensor, and Water Flow Faults)
The DA82-02655A Samsung A/S Assembly ICE;DA94 03040P CD 120 OEM is an OEM ice-maker assembly that integrates a small DC motor-driven ejector, one or more solenoid actuators, temperature/position sensors, and the water feed interface. In normal operation the motor advances the cam and ejector fingers to harvest and eject cubes on a timed cycle, solenoid actuators release mechanical latches or control internal valves, and sensors (thermistor, optical or magnetic switches) confirm ice presence and harvest timing. Compatibility is typically direct-fit for specified Samsung refrigeration models; when replacing this assembly, match the part numbers and connector/pinouts because sensor and solenoid wiring can vary between production runs even if the external housing is similar.
Common failure symptoms provide useful diagnostic indicators: stalled or noisy motor, repeated harvest attempts without ejection, intermittent fill, small or misshapen cubes, or persistent “no water” faults are each tied to different subcomponents. Use a multimeter and visual inspection: verify motor drive voltage during the harvest cycle, check solenoid coil continuity and actuation noise, measure sensor resistance/behavior over temperature and during cam movement, and confirm adequate water pressure and unobstructed inlet tubing. Practical examples: a humming motor with no rotation often indicates a mechanical jam or stripped gear train (clear ice and manually advance the cam to test),while ice volume that is low despite correct motor action frequently points to a restricted inlet filter or failing water inlet valve; compare measurements to the service manual specifications before replacing the assembly.
- Motor: hums or fails to rotate → mechanical jam,worn gears,or motor coil failure.
- Solenoid: no click or no movement → open coil, bad connector, or mechanical binding.
- sensor: false full/empty readings → thermistor drift, broken optical flag, or intermittent connector.
- Water flow: low/absent fill → clogged filter, low supply pressure, or inlet valve fault.
| Item | Description |
|---|---|
| Motor | Drives cam/ejector; check for continuity, voltage during cycle, and mechanical freedom. |
| Solenoid | Actuates latch/valve; check coil resistance and listen for actuation during harvest. |
| Sensor | Detects ice level/temperature; verify resistance/logic state and connector integrity. |
| water feed | Includes inlet valve and tubing; inspect for pressure, flow rate, and obstructions. |
Compatibility, Replacement considerations, Installation Best Practices, and Troubleshooting Workflow for the DA82-02655A Ice Assembly
The DA82-02655A Samsung A/S Assembly ICE;DA94 03040P CD 120 OEM is an integrated ice-making assembly that combines the ice mold, ejector motor, heater, thermostat, and mounting bracket into a single serviceable unit. When assessing compatibility for replacement, technicians should verify the refrigerator model code on the appliance data plate and cross-reference it with the OEM part number: physical fit (mounting tab spacing and bracket orientation), electrical connector pinout, and water-feed geometry must match. Practical replacement considerations include confirming the harness pin assignment and actuator direction (harvest cycle direction matters), checking that the heater element form factor aligns with the mold, and ensuring any model-specific adapters or gaskets are used; for example, retrofitting an assembly into a model with an offset fill tube will require an appropriate spacer or alternative inlet assembly to avoid overflow and improper fill volumes.
Installation best practices start with power and water isolation, then proceed to precise mechanical alignment and secure, strain-relieved electrical connections. After mounting, run a controlled test cycle: inspect the fill volume, verify the ejector motor rotates freely during the harvest phase, and monitor the thermostat or thermistor transitions to confirm proper timing. Use a multimeter to measure continuity of the heater and motor and compare readings to the manufacturer’s service limits; if a harvest motor has continuity but does not turn,suspect mechanical binding or icing. For troubleshooting workflow, follow a stepwise isolation approach-confirm water supply and fill, validate electrical continuity and signals, then evaluate mechanical movement and defrost/heater operation-replacing the assembly only after these checks identify it as the failed component to avoid unnecessary part swaps.
- Verify model and OEM cross-reference before ordering or installing the part.
- Power and water off before removal; document harness pinouts and mounting orientation.
- Electrical checks: continuity/resistance on heater, motor, and thermostat; inspect for shorts to chassis.
- Mechanical checks: free rotation of ejector,unobstructed fill tube,proper gasket seating.
- Post-install test: run a manual or diagnostic ice cycle and observe fill volume and harvest behavior.
| Item | Description |
|---|---|
| Common failure modes | Clogged or frozen fill tube, failed heater (no harvest), motor stall/jam, electrical connector corrosion |
| Quick verification | Confirm water flow, verify continuity on heater/motor, and observe one complete harvest/eject cycle |
Q&A
What is the DA82-02655A / DA94-03040P ice assembly and what components are included?
The DA82-02655A (often cross-referenced to DA94-03040P) is an OEM Samsung ice maker assembly for select refrigerator freezers. as sold it typically includes the ice mold/mold thermostat, motor/ejector assembly, mounting bracket and the harness connection point. It does not normally include the water inlet valve, inlet water line, or the external ice bin unless the vendor states otherwise. Always check the vendor description and the part photos to confirm exactly what is included.
How do I know if this part is compatible with my Samsung refrigerator?
Verify compatibility by comparing your refrigerator model number (usually on a sticker inside the fresh food compartment or on the rear panel) to the part’s supported model list provided by the seller or Samsung parts database. You can also match the old ice maker’s part number to DA82-02655A or DA94-03040P. If in doubt,provide your refrigerator model and serial number to the parts supplier or Samsung support for confirmation before purchasing.
What are the common symptoms that indicate the ice maker assembly needs replacement?
Common signs include: no ice production despite correct freezer temperature and water supply; ice stuck in the mold or not ejecting; continuous water leaking into the mold; audible motor noise without harvest/rotation; or visible physical damage to the mold, ejector fingers, or mounting points. Before replacing the assembly,rule out a clogged/old water filter,closed water supply valve,faulty water inlet valve,or a frozen fill tube.
What basic troubleshooting should I do before replacing the ice maker?
1) Confirm freezer temperature is set per the manufacturer (refer to your manual) and is cold enough for ice production. 2) Replace or bypass the water filter to eliminate restriction. 3) Ensure the water supply valve is open and water pressure is adequate. 4) Check the fill tube for ice blockages and thaw if frozen. 5) Inspect the ice maker’s feeler arm or sensor for correct position and movement. 6) Test the ice maker electrical connector for damage and verify power is present. If these checks pass and the unit still doesn’t harvest or fill, the ice maker assembly is a likely candidate for replacement.
How do I install the DA82-02655A ice maker assembly safely and correctly?
Turn off power to the refrigerator (unplug or switch off the breaker) and, if you will be disconnecting any water lines, also shut off the household water valve. Remove the ice bin and any obstructing shelves, unbolt the old ice maker, and unplug its wiring harness. Swap the old unit for the new OEM assembly, secure it with the original screws, reconnect the wiring harness, restore power (and water if shut off), and initiate a test cycle per the refrigerator’s service manual. Use a towel or small container to catch any water during the first fill. if you are not comfortable with electrical or cabinet work, hire a qualified technician.
How can I test the new ice maker after installation to make sure it’s working?
After installation, restore power and water. Allow several minutes for the fill cycle: you should hear the solenoid (if accessible) or see the fill cup collect water. Some Samsung models have a diagnostic cycle or a test connector/jumper to force a harvest cycle-consult the service manual for your model. Wait through a full ice cycle (several hours to produce the first batch) and confirm the unit fills, freezes, and ejects ice. Monitor for leaks and proper ejection during the first 24-48 hours.
Which parts commonly fail on these assemblies and how are they tested?
Common failures are the motor/ejector,the mold thermostat (which senses when the ice is frozen),and the mold heater (used to release ice). Technicians test these with a multimeter: check for continuity of the motor and heater circuits and measure the thermostat at cold temperature for continuity. Also check the wiring harness and connector for corrosion or broken contacts. If any of these components lack the expected continuity or the motor does not run during a commanded cycle,replacement of the assembly is typical.
Does this OEM part come with a warranty and where should I buy it?
Warranty terms vary by seller. OEM parts sold through Samsung or authorized parts distributors often include a limited warranty (usually 90 days to one year) while third-party sellers may have different policies. Buy from reputable retailers, authorized Samsung parts dealers, or directly from Samsung Parts to ensure you receive a genuine OEM component and a clear warranty and return policy. Keep your purchase receipt and your refrigerator model/serial number for warranty claims.
The Way Forward
the DA82-02655A Samsung A/S Assembly ICE and the DA94-03040P CD 120 OEM represent critical components within samsung refrigeration systems,contributing directly to reliable ice production,consistent performance,and overall appliance functionality. As factory-designed parts, they are engineered to meet the specifications and tolerances required for proper integration with the original equipment, helping to preserve efficiency, temperature control, and user convenience over the life of the appliance.
Accurate diagnosis is essential before any service or parts replacement: identifying the true source of a malfunction-whether mechanical wear, electrical fault, or installation issue-prevents unnecessary costs and reduces the risk of further damage. When diagnosis confirms a defective component, timely replacement with the correct part helps restore normal operation, minimizes downtime, and protects other system components from collateral wear or failure.
Choosing OEM components such as the DA94-03040P CD 120 and installing them according to manufacturer guidelines supports long-term reliability and warranty considerations. For complex problems or uncertain diagnoses, consult a qualified service technician to ensure that testing, replacement, and any required adjustments are performed safely and effectively. Proper care, correct parts, and professional service together maximize the performance and longevity of the appliance.
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