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General| Brand | Samsung |
|---|---|
| Model | RB215B Series |
| Category | Refrigerator |
| Language | English |
Highlights key features like Reversible Door, Auto Ice-Maker, and Fridge Wire Box.
Steps for safe and proper refrigerator installation.
Breakdown of the refrigerator model naming convention.
Details on model, type, capacity, dimensions, insulation, and weight.
Technical data for electrical components like compressor, evaporator, and dryer.
Illustrates interior components like drawers, shelves, and ice trays with disassembly instructions.
Details the path of the refrigerant through the refrigeration system components.
Step-by-step guide for removing and disconnecting the refrigerator's control panel.
Instructions for replacing refrigerator and freezer compartment lamps.
Procedures for removing the evaporator covers in the refrigerator compartment.
Detailed steps for disassembling the freezer compartment's evaporator cover.
Guides on removing and replacing refrigerator and freezer evaporators, including brazing and recharging.
Instructions for accessing and disassembling the machine compartment and electric box.
Essential precautions and required tools for reversing the refrigerator door swing.
Steps to disassemble the refrigerator door, including hinge removal and wire disconnection.
Safety and preparatory steps before installing the water line to prevent damage.
Detailed instructions for connecting the water supply line to the refrigerator and water filter.
Explains the interactive display and how to control freezer and fridge temperatures.
Details on activating and operating Super Freeze and Super Cool modes for rapid cooling.
Explains how to disable the ice maker and engage the child lock feature for safety.
Describes buzzer alarms, door-open alerts, and the machine compartment fan's delay function.
Covers initial operation, water supply, and ice production cycles for the automatic ice maker.
Explains the defrost cycle, its dependencies, and how defrost heaters operate.
Guides on performing forced operation and defrost tests for troubleshooting and validation.
Describes the self-diagnosis process and initial operations upon first power application.
Explains notch saving, exhibition mode, and the self-diagnosis function for identifying errors.
Details how to check load status and operation commands from the MICOM.
Describes how to access and modify optional settings stored in the EEPROM using the control panel.
Provides a table for adjusting the freezer compartment's temperature settings via options.
Provides a table for adjusting the refrigerator compartment's temperature settings via options.
Covers settings for ice maker sensor temperature and water supply time control.
Explains the source power supply circuit and the oscillation circuit for clock generation.
Details the reset, EEPROM storage, and door switch detection circuits.
Describes how thermistors are used to sense temperature and their resistance characteristics.
Explains the circuit responsible for controlling the ice maker's ejection and positioning functions.
Details the circuit responsible for driving the refrigerator's display panel and LEDs.
Explains how the main PCB controls various loads like compressors, heaters, and fans via relays.
Illustrates the circuit responsible for generating alarm sounds via the buzzer.
Guides for troubleshooting power supply problems and interpreting self-diagnosis error indications.
Troubleshooting steps for R-Room and F-Room temperature and defrost sensor errors.
Procedures for diagnosing F-Room temperature and defrost sensor faults.
Steps to diagnose why the compressor is not operating, including checks on relays and output signals.
Guides for diagnosing issues with the F-Room fan not operating, checking sensors and relays.
Guides for diagnosing issues with the R-Room fan not operating, checking sensors and relays.
Steps to diagnose why the compressor cooling fan is not operating, considering ambient temperature.
Procedures for diagnosing defrost failures, checking sensors, heaters, and relays.
Guides for resolving continuous alarm sounds, checking door switches and MICOM signals.
Troubleshooting steps for a non-functional panel PCB or unresponsive buttons.
Guides for diagnosing why room lamps are not lighting up and checking door switch functionality.
Steps to diagnose why the ice water valve is not operating, checking PCB outputs and connections.
Guides for diagnosing why the ice maker is not operating, checking test switches and sensors.
Lists and diagrams parts for the freezer compartment, including evaporator, baskets, and ice maker.
Lists and diagrams parts for the refrigerator compartment, including shelves, drawers, and covers.
Provides a table for measuring load terminals, detailing expected values and defects.
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