DA97-14504C Samsung Assembly TRAY ICE;FDR T TYPE C/D OEM
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DA97-14504C Samsung Assembly TRAY ICE;FDR T TYPE C/D OEM is an OEM ice tray assembly used in Samsung refrigerator ice-making systems. The component is a molded ice tray and holding assembly that mates with the refrigerator’s ice maker module and dispenser mechanism; it provides the cavities for freezing water into discrete ice pieces and the structural interface for ejector and heater elements associated with the ice-making cycle.
Inside the appliance, the tray assembly interfaces directly with the water inlet/fill system, the ice maker motor/ejector, temperature sensing elements, and, in dispenser-equipped units, the auger or chute that conveys ice to the user. It participates in the water fill, freeze, harvest, and storage phases of ice production: shaping and retaining water during freeze, allowing controlled release during harvest, and guiding ice toward the dispenser. Its fit and condition affect water containment, cube formation, and mechanical engagement with the ice maker actuators and heating/defrost components, and it must be compatible with the freezer geometry and control logic of the specific refrigerator model.
In this article readers will find a technical overview of the tray’s function, model compatibility and cross-reference information, common failure symptoms to watch for (for example no ice production, partial or misshapen cubes, leaks, or dispenser jams), and step‑by‑step troubleshooting methods including inspection points and basic electrical/mechanical checks. The article will also cover practical replacement considerations such as OEM versus aftermarket options, installation tips to ensure proper sealing and alignment, precautions for isolating water and power, and verification steps to confirm correct operation after service.
Table of Contents
- Function and Role of the Tray Ice FDR T‑Type C/D in Samsung Refrigeration Systems: Ice Production, Delivery and Control Interfaces
- How the DA97-14504C Samsung Assembly TRAY ICE;FDR T TYPE C/D OEM Works Within the Refrigerator Ice Production and Dispense System
- Common failure Symptoms and Diagnostic Indicators for the Tray Ice FDR T‑Type C/D Assembly: Jamming, Motor/actuator Faults and Sensor Errors
- Replacement Considerations, Installation Procedure and Stepwise Troubleshooting for DA97-14504C Tray Ice Assembly (FDR T‑Type C/D)
- Q&A
- The Conclusion
Function and Role of the Tray Ice FDR T‑Type C/D in Samsung Refrigeration Systems: Ice Production, Delivery and Control Interfaces
The DA97-14504C Samsung Assembly TRAY ICE;FDR T TYPE C/D OEM is the modular ice-tray and feeder assembly that forms, releases, and routes ice within compatible Samsung refrigeration units. The tray itself provides the mold surface and release mechanism (typically a heater strip or mechanical ejector) while the feeder portion guides cubes into the storage bin; electrical connections carry control signals from the main board to the fill valve, heater/ejector, and the bin‑full switch. In normal operation the refrigerator control energizes the water valve to fill the tray,monitors temperature or elapsed freeze time via the control algorithm,than actuates the release mechanism to deliver cubes – the assembly must align mechanically and electrically with the chassis harness and mounting points of the specific model series for reliable operation.
Functionally, the assembly’s key interfaces are: the water fill path, the ice-release actuator, and the bin sensor that suspends production when the bin is full. Diagnostics for technicians focus on those interfaces: verify water delivery and valve timing, check continuity and resistance of the heater or motorized ejector, and confirm the bin switch actuates and signals the control board. Common field symptoms and practical troubleshooting considerations include frozen-over trays or partial fills (indicating water or fill-timing faults), failed eject cycle (heater or actuator fault), and false bin-full conditions (switch or alignment issue). Useful fast checks and features are listed below, followed by a short technical reference for on-site assessment.
- Quick checks: inspect for cracked tray, verify fill tubing and valve operation, measure heater/actuator continuity, and test bin switch actuation.
- Behavior: freeze → release → delivery cycle controlled by main board timing and sensors; misalignment or connector faults interrupt the sequence.
- Compatibility note: OEM part DA97-14504C is designed to replace factory assemblies in matched Samsung model families-confirm model cross-reference before ordering.
| Item | Description |
|---|---|
| Function | Mold, release, and route ice from the water-fill stage to storage bin. |
| Interfaces | Water inlet,electrical connector for fill/heater/actuator signals,bin-full switch mounting. |
| Common faults | Heater/actuator open, clogged fill path, cracked tray, misaligned bin switch. |
How the DA97-14504C samsung Assembly TRAY ICE;FDR T TYPE C/D OEM Works Within the Refrigerator Ice Production and Dispense System
The DA97-14504C Samsung Assembly TRAY ICE;FDR T TYPE C/D OEM is the molded ice-tray and ejector subassembly that forms, senses, and delivers cubed ice in refrigerators that use the T Type C/D configuration. Functionally, the assembly receives metered water from the inlet/fill tube, provides a series of mold cavities for freezing, and couples to the ejector/heater and motor drive so frozen cubes are released into the storage bin or auger feed. Electrical interfaces typically include a heater or defrost strip to break the cube-to-mold bond,a motor drive for the ejector blades,and an ice-level switch or sensor that communicates with the main control board to stop production when the bin is full; correct mechanical alignment with the dispenser auger and the water-fill geometry is required for reliable operation and to prevent jams or leaks.
Normal behavior is a timed fill, freeze interval, and a controlled eject cycle; diagnostic symptoms that point to a faulty DA97-14504C include soft or misshapen ice (insufficient freeze time or thermal bridging), ice that will not release (heater or ejector failure), continuous water in the mold (fill-valve or inlet routing issue), or noisy dispense operation from misalignment. Technicians should verify continuity on heater and motor windings,confirm correct water fill timing,and inspect mounting tabs and seals for cracks or warping when swapping parts. For example, a refrigerator with intermittent ice dispense might potentially be corrected by replacing the tray assembly and reseating the electrical connector to restore proper sensor feedback and ejector timing.
- Primary functions: water filling, freeze mold, heater-assisted release, interface to dispenser/auger.
- Common failure modes: cracked mold,failed heater,seized ejector motor,sensor/contact failures.
- Compatibility note: engineered for Samsung T Type C/D fridge configurations – verify model cross-reference before replacement.
- Field checks: continuity on heater/motor, visual seal inspection, correct seating of the fill tube and electrical connector.
| Item | Description |
|---|---|
| Mold cavity | Holds metered water and shapes frozen cubes; must remain crack-free for proper fill and freeze. |
| Ejector/heater interface | Heater loosens ice from mold, ejector motor pushes cubes into bin or auger feed. |
| Ice-level sensor | Signals control board to stop production when storage bin is full; can be mechanical or optical. |
common Failure Symptoms and Diagnostic Indicators for the Tray Ice FDR T‑Type C/D Assembly: Jamming, Motor/Actuator faults and Sensor Errors
The DA97-14504C Samsung Assembly TRAY ICE;FDR T TYPE C/D OEM is the modular ice tray and feed/drive assembly that indexes the ice tray, releases ice, and provides positional feedback to the refrigerator control board. In normal operation the compact DC motor (or stepper/actuator variant used in some T‑type C/D installations) rotates the tray through a defined dump cycle while a mechanical position switch or optical sensor confirms end‑of‑travel. Jamming typically results from accumulated ice bridges, warped tray geometry, damaged gear teeth, or foreign debris in the feed path; motor and actuator faults manifest as stalled rotation, abnormal current draw, or intermittent movement, while sensor errors present as missing position pulses, persistent fault codes, or incorrect end‑of‑travel indications reported by the main PCB.
Practical diagnosis combines visual inspection, simple mechanical tests and basic electrical checks. Observe the symptom (no dump, partial dump, repeated retries) and then inspect for mechanical obstruction or stripped gears; if the motor runs but the tray does not move, suspect gear or linkage failure. If the tray refuses to initiate and the motor receives no voltage, verify wiring harness, connectors, and control outputs; if the motor receives voltage but current is excessive, measure motor stall current to confirm winding or bearing failure. Technicians will ofen manually rotate the tray to check for clearance, measure motor voltage/current during a commanded cycle, and read sensor continuity or pulse outputs to isolate whether the fault is mechanical, electrical, or due to a failed sensor in the DA97-14504C assembly.
- Jamming: Tray won’t rotate, grinding noises, visible ice buildup or debris.
- Motor/Actuator Fault: Motor runs with no movement,high current draw,overheating,or no response to control signals.
- Sensor Errors: No position feedback, repeated dump retries, or recorded error codes from the refrigerator control board.
| Item | Description |
|---|---|
| Motor/actuator | Check supply voltage during cycle, measure stall current, inspect for worn gears or seized bearings. |
| Position Sensor / Switch | Verify continuity or pulse output during movement; clean optical surfaces and check connector integrity. |
| Mechanical Tray | Inspect for ice buildup, cracked or warped tray, and ensure free rotation by hand to confirm clearance. |
Replacement Considerations, Installation Procedure and Stepwise Troubleshooting for DA97-14504C Tray Ice Assembly (FDR T‑Type C/D)
The DA97-14504C Samsung Assembly TRAY ICE;FDR T TYPE C/D OEM is the molded ice tray and ejector subassembly responsible for metering fill volume, supporting the ejector cam, and hosting the freeze/harvest detection elements on select Samsung FDR T‑Type C and D freezers. Functionally this assembly combines passive geometry (tray wells and ejector surfaces) with electrical elements (heater traces or thermistor/fill contacts and the connector to the drive motor); correct electrical resistance on the heater and intact detection contacts are required for reliable harvest cycles. Compatibility is restricted to the specified T‑Type C/D family – mismatched trays can cause misaligned ejector action, incorrect water fill, or incompatible connector pinouts, so verify the OEM part number against the appliance model sticker before replacement and inspect the cam boss, bearing points, and harness for wear or corrosion in service diagnostics.
Install and troubleshoot the assembly using a systematic sequence: confirm model compatibility and harness pinout, perform static checks on heater/resistor and detection circuits, and verify mechanical engagement of the ejector cam and motor. Typical field checks and corrective actions include visual inspection for cracked wells or blocked drains, measuring continuity and resistance of the heater and sensor, aligning the tray to the cam shaft and snap-fit points during installation, and running a harvest cycle while monitoring for proper fill, freeze, and ejection behavior. For diagnostic clarity, follow the checklist below and record measured values against known thresholds.
- power off and unplug the refrigerator before starting; then remove the ice chute or bin to access the tray.
- verify OEM part number and harness orientation; compare connector pinout with service documentation.
- Measure continuity and resistance of heater traces and thermistor; note open/short or out‑of‑range values.
- Inspect for mechanical issues: broken ejector fingers, worn cam boss, frozen water pockets, or clogged drain passages.
- Reinstall tray ensuring proper cam engagement and clip seating; secure harness and run a manual harvest test while observing fill and ejection.
- If symptoms persist (no harvest, ice jam, overfill), isolate electrical faults (motor drive, control board outputs) and replace the tray only after confirming mechanical alignment is correct.
| Item | description |
|---|---|
| part | DA97-14504C Samsung Assembly TRAY ICE;FDR T TYPE C/D OEM |
| Compatibility | Samsung FDR T‑Type C and D model family – verify model sticker for confirmation |
| Common faults | Ice jam, no ejection, heater open/short, misaligned ejector cam |
Q&A
What is the DA97-14504C Assembly TRAY ICE;FDR T TYPE C/D OEM and what does it do?
The DA97-14504C is a genuine Samsung replacement ice tray assembly for certain Samsung refrigerator freezers.It holds and shapes ice produced by the refrigeratorS ice-making system and typically forms part of the ice collection/dispensing mechanism. “T TYPE C/D” denotes the specific trim/connector/configuration variant used in different model families – you should match the exact variant to your appliance.
How do I verify this part is compatible with my Samsung refrigerator?
Verify compatibility by checking your refrigerator model number (found on the rating/serial plate inside the fresh food compartment or behind a door). Cross-reference that model number with Samsung parts lists or the seller’s compatibility chart for DA97-14504C. You can also compare the letter variant (C or D) printed on the old part or in the service manual to ensure the physical connectors and mounting points match.
Is DA97-14504C a genuine OEM part or an aftermarket replacement?
The DA97-14504C designation refers to a genuine Samsung (OEM) ice tray assembly. buying OEM ensures correct fit, materials, and compatibility. Confirm packaging, part number labeling, and the seller’s authorization if you require an official Samsung-supplied component.
What are the common symptoms that indicate the ice tray assembly needs replacement?
Common signs include frequent ice jams or clumping,cracked or warped tray surfaces,ice not releasing properly,leaks or overflow inside the freezer,and ice production that stops despite the water supply being functional.Visual damage or broken mounting tabs/connectors are also clear indicators.
Can I replace the ice tray assembly myself and what tools/precautions are needed?
Many owners can replace the tray themselves if cozy with basic appliance tasks. Unplug or switch off power to the refrigerator before starting. Tools typically needed are a Phillips screwdriver and sometimes a flat screwdriver or nut driver. Remove the ice bucket/collection components, disconnect any electrical plug (if present), unclip or unscrew the old tray, install the new tray, reconnect wiring, and restore power. If the ice maker involves refrigerant lines or sealed system work, stop and contact a qualified technician. Always follow the refrigerator model’s service manual and take care to avoid damaging plastic tabs and wiring.
after installing the new tray, how long before the ice maker produces ice and how can I test it?
Allow the ice maker to cycle and the tray to fill; typical initial ice production can take 4-8 hours for first partial production and up to 24 hours for a normal full harvest, depending on freezer temperature and water flow.To test, ensure the water supply valve is open, restore power, and manually initiate an ice maker cycle if your model allows (refer to the service manual). Check that water fills the tray and that ice harvest/ejection works properly once frozen.
How should I clean and maintain the DA97-14504C ice tray assembly?
Clean the tray with a soft cloth and a mild detergent solution; rinse thoroughly and dry before reinstalling.Avoid abrasive cleaners, scouring pads, or very hot water that could warp plastic. Periodically defrost and clean the ice storage area to prevent scale and odors, and use a refrigerator-safe cleaning agent to remove mineral buildup from water-fed ice makers.
What should I do if ice production still fails after replacing the tray?
if ice production does not resume,check that the water supply line is connected and the shutoff valve is open,inspect the inlet water filter for clogging,and confirm the freezer is at the correct temperature (around 0°F / -18°C).Verify electrical connections to the ice maker and that the control/module is not locked or disabled.If basic checks fail, consult the refrigerator’s diagnostics or a qualified appliance technician – the issue may be with the water valve, fill tube, control module, or other ice-maker components rather than the tray itself.
the Conclusion
The DA97-14504C Samsung Assembly TRAY ICE;FDR T TYPE C/D OEM serves as a key component in the ice-making and dispensing system of compatible Samsung refrigeration units. As an assembly designed to manage ice formation and transport, it directly affects ice quality, dispensing reliability and the overall sanitary operation of the appliance. Proper functioning of this part helps maintain consistent performance and user convenience while reducing the risk of operational faults that can lead to leaks, jams, or degraded ice quality.
Accurate diagnosis is essential before replacing the assembly. Identifying the root cause of ice-related issues-whether mechanical wear,electrical fault,control board malfunction,or a separate component failure-prevents unnecessary part replacement and additional service costs. When diagnosis confirms the assembly as the source of the problem, fitting an OEM DA97-14504C unit ensures compatibility, preserves designed tolerances and helps maintain factory-level performance. Correct installation,alignment and post-repair testing are vital steps to verify that the issue has been resolved.
the DA97-14504C assembly plays an critically important role in maintaining reliable ice production and dispensing. Thoughtful troubleshooting followed by appropriate replacement with a genuine OEM component, installed and tested to manufacturer guidelines, supports long-term appliance reliability and user satisfaction. When in doubt, consult qualified service personnel to ensure safe and effective repair.
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