Samsung DA81-08579A Power Control Board Refrigerator

Product Description

The SAMSUNG DA81-08579A is a power control board designed as a direct OEM replacement for Samsung refrigerators. The control board serves as the central electrical hub of the refrigeration system, managing power distribution to compressors, fans, defrost heaters, and other major components. When the original board fails due to age, power surge damage, or component fatigue, the DA81-08579A restores normal refrigerator operation. Installation is typically performed by appliance service technicians or knowledgeable trade professionals working on Samsung refrigeration equipment.

This power control board is suited for residential refrigerator applications where the OEM board has failed or is showing signs of electrical malfunction. Symptoms that indicate a failing control board can include erratic temperature control, non-functional displays, compressor issues, or complete unit shutdown. The DA81-08579A is an OEM-style replacement intended to restore factory-level performance in compatible Samsung refrigerator models.

Key Features

• OEM-style replacement power control board for Samsung refrigerators
• Manages power distribution to key refrigerator subsystems including compressor and fans
• Designed to restore original unit performance after board failure
• Built to handle the electrical demands of standard residential refrigeration systems

Compatibility

Designed as an OEM-style replacement power control board for compatible Samsung refrigerator models. Refer to your unit service documentation or Samsung parts resources to confirm fitment before installation.

Installation Notes

Power control board replacement should be performed by a qualified appliance service technician. Disconnect the refrigerator from the power supply before beginning any service work. Follow all manufacturer service documentation and applicable local electrical codes when handling control board components. Discharge any stored capacitor energy and handle the board carefully to avoid electrostatic damage during installation.