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General| Type | freestanding |
|---|---|
| Style | top freezer |
| Color | black, smooth black |
| Total Capacity | 23.8 cubic feet |
| Refrigerator Capacity | 6.2 cubic feet |
| Freezer Capacity | 6.20 cubic feet |
| Humidity Controlled Crispers | yes |
| Defrost System | automatic |
| Quick Freeze | no |
| Number of Refrigerator Door Bins | yes |
| Temperature Control | digital |
| Interior Light | led |
| Ice Maker | yes |
| Water Filter | no |
| Air Filter | no |
| Door Alarm | yes |
| Smart Home | no |
| Annual Energy Consumption | 501 kilowatt hours |
| Voltage | 120 volts |
| Current | 20 amperes |
Weight and Dimensions| Depth | 33.375 inches |
|---|---|
| Height | 68.5 inches |
| Width | 32.75 inches |
| Net Weight | 224 pounds |
Step-by-step guide for safely removing refrigerator and freezer doors.
Instructions for changing the direction of door opening for convenience.
Guide on correctly re-installing refrigerator and freezer doors.
Adjusting doors for proper closure and leveling the refrigerator unit.
Diagnosing issues when the compressor fails to start or activate.
Understanding LED blinking codes for compressor-related faults.
Specific service actions based on the number of LED blinks.
Measuring winding resistance and checking harness connections.
Diagnosing issues with starting devices, OLP, coils, and wiring.
A chart for diagnosing compressor issues based on symptoms.
Procedures for identifying faults in the Inverter BLDC compressor.
Standard procedure for testing compressor winding resistance.
Overview of components and specifications for refrigerating cycle control.
Flowchart for diagnosing compressor and related electrical issues.
Procedures for testing and diagnosing PTC starters and OLP.
Diagnosing issues with various electric components like fans and heaters.
A chart mapping complaints to possible causes and solutions.
Diagnosing issues related to refrigerant leaks, restrictions, and compression.
Explanation of how the ice maker works and basic repair methods.
Description of icemaker modes like Start, Icemaking, and Harvest.
Identifying and diagnosing malfunctions in the ice maker.
Overview of refrigerator control functions and defrosting cycle.
Order of operation for electrical parts during power-on or test completion.
Management of freezer fan, door alarms, and buzzer sounds.
Sequence of electrical component activation during tests.
How to enter and interpret error codes for product faults.
Operation of the water dispenser lock and filter indicator.
Procedures for activating and using test and demonstration modes.
Details of the main PCB, its part number, and connectors.
Identification of display PCBs and LED lighting components.
Steps to diagnose and resolve RT sensor errors.
Steps to diagnose and resolve refrigerator sensor errors.
Steps to diagnose and resolve defrost sensor errors.
Steps to diagnose and resolve general defrosting errors.
Troubleshooting steps for a non-functional water dispenser.
Steps to diagnose issues with the freezer room LED module.
Steps to diagnose issues with the refrigerator room LED module.
Troubleshooting steps for inadequate cooling in the refrigerator.
Troubleshooting steps for excessive cooling in the refrigerator.
Diagnosing errors related to the freezer BLDC fan motor.
Diagnosing errors related to the cooling BLDC fan motor.
How to adjust refrigerator temperature compensation via PCB jumpers.
Instructions for entering test modes and removing Terminal Position Assurance.
Diagram showing the assembly of external case parts.
Diagram showing the assembly of freezer compartment parts.
Diagram showing the assembly of refrigerator compartment parts.
Diagram showing the assembly of refrigerator and freezer door parts.
Diagram showing the assembly of ice maker components.
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