Midea Split Air Condition Inverter R32 MSAF-24CRDN8 2.5 HP
Product Name and SKU
Midea 2.5HP Forest Series R32 Inverter Split Air Conditioner
Model: MSAF-24CRDN8
General Description
The Midea MSAF-24CRDN8 is a 2.5HP split inverter air conditioner from the Forest Series, designed to deliver powerful and energy-efficient cooling for medium to large rooms. Utilizing eco-friendly R32 refrigerant, this model combines a sleek, modern design with advanced features for optimal comfort and performance. Its inverter compressor technology ensures stable temperature maintenance while reducing energy consumption, making it an ideal choice for living rooms, offices, and other spacious areas.
This air conditioner features a uniquely stylish design with a pure finish and curved aesthetics that blend seamlessly into any modern household. The unit is engineered for superior cooling performance with a wider air inlet and optimized outlet that allows cool air to reach every corner of the room faster and more efficiently. With additional features including air purification, smart control capabilities, and quiet operation, the Midea MSAF-24CRDN8 provides a comprehensive cooling solution that balances power, efficiency, and user convenience.
Key Features
- Cooling Capacity: 2.5HP for powerful cooling performance in medium to large rooms
- Refrigerant: Eco-friendly R32 gas for reduced environmental impact
- Energy Efficiency: Inverter compressor technology adjusts cooling power to save energy and reduce electricity bills
- Fast Cooling: Rapid cooling feature provides instant comfort on hot days
- Air Purification: Super Ionizer system for cleaner, healthier air
- Smart Control: Optional Wi-Fi connectivity for remote control via smart kits
- Auto-Restart: Automatically resumes previous settings after power interruption
- iECO Mode: Energy-saving operation mode for reduced power consumption
- Design: Sleek white finish with uniquely curved design for modern aesthetics
- Gold Fin Hydrophilic Coil: Copper condenser with protective coating for durability and efficient heat exchange
