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Temperature control system: The motherboard should have precise temperature control to maintain the proper storage temperature (usually between 12-18°C) to ensure the quality of the wine.
Humidity monitoring: A good motherboard design will include a humidity sensor to maintain proper humidity (around 60-70%) to prevent drying and oxidization of wine corks.
Energy-efficiency performance: Choosing a motherboard with high energy-efficiency standards reduces power consumption and extends the life of the equipment while reducing operating costs.
User Interface and Operational Convenience: The intuitive display and keypad design makes it easier to adjust settings, and users can easily monitor temperature and humidity.
Interface type: According to the interface requirements of the wine cooler, choose the appropriate connection method, such as plug type or terminal block.
FX-117