Samsung DA94-09992B Eeprom Pcb Assembly Control Board

Product Description

The SAMSUNG DA94-09992B is an EEPROM printed circuit board assembly designed for use in Samsung refrigerators. This board stores and manages non-volatile memory data critical to the refrigerator's electronic control system, including operational parameters, diagnostic codes, and configuration settings. It serves as a core component in maintaining proper communication between the main control board and the appliance's operating systems. Installation is typically performed by appliance repair technicians or licensed service professionals familiar with Samsung refrigeration equipment. The DA94-09992B weighs 1 pound and is an OEM-specified replacement part.

This EEPROM PCB assembly is intended for residential refrigerator applications. It is used in systems where the main control logic relies on stored memory data to regulate temperature zones, compressor cycling, and other electronic functions. Compatible model information is noted in the specifications. Technicians replacing a failed or corrupted EEPROM board should verify the existing board part number before installation to confirm fitment.

Key Features

• OEM EEPROM PCB assembly for Samsung refrigerator platforms
• Stores non-volatile operational and configuration data for the refrigerator control system
• Direct replacement for the original factory-installed EEPROM board
• Lightweight construction at 1 pound
• Manufacturer part number DA94-09992B ensures accurate cross-reference ordering

Compatibility

Compatible with Samsung refrigerator model RF90F23EECRAA as specified by the manufacturer.

Installation Notes

Installation should be performed by a qualified appliance technician. Disconnect power to the refrigerator at the wall outlet or circuit breaker before servicing any electronic components. Handle the EEPROM PCB assembly carefully to avoid electrostatic discharge damage to board components. Confirm the replacement board part number matches the original before completing the installation.