
NasGas Frost-Flow 60L Copper Room Air Cooler NAC-9400
NasGas · Air Cooler
Cash on Delivery available nationwide
Product Details
The NasGas Frost-Flow NAC-9400 is a powerful 60-liter Ac room air cooler designed to deliver strong airflow, efficient cooling, and long-lasting durability. Built with a high-performance 99.9% copper motor, this air cooler ensures reliable operation even during extended summer usage, making it ideal for homes, offices, and commercial spaces. With an impressive 2000 CFM air flow, the NAC-9400 provides fast and wide cooling coverage for medium to large rooms. The 3-sided prime honeycomb cooling media enhances water retention and maximizes cooling efficiency, ensuring consistent performance even in peak heat conditions. Equipped with a five-wing specially designed plastic fan blade, the cooler delivers smooth and powerful air circulation. The imported jumbo-size pump (1350 liters/hour) ensures efficient water distribution across cooling pads for improved cooling output. Its 60-liter water tank and 3-bottle ice box allow longer cooling duration without frequent refilling. The four-way air deflection system ensures uniform air distribution throughout the room. Designed for practical use, the NAC-9400 supports UPS operation, making it suitable for areas with power fluctuations. Technical Specifications Tank Capacity 60 Liters Ice Box Capacity 3 Bottles Air Flow 2000 CFM Electric Motor 99.9% Copper Motor Electric Pump Imported Jumbo Size, 1350 Liter/hour Fan Blade Five Wings Special Designed Plastic Cooling Media 3-Sided Prime Honey Comb Air Deflection Four Ways Power Input AC 220 Volt, 50Hz Power Consumption 240 Watts - 260 Watts Sound Level 60 dB UPS Supported Yes Dimensions (mm) W: 711 D: 590 H: 1219 Net Weight 24.250 kg Gross Weight 28.980 kg Key Features 60 Liter Large Water Tank 2000 CFM Powerful Air Flow 99.9% Copper Motor Imported Jumbo Pump (1350 L/hr) 3-Sided Prime Honeycomb Cooling Pads Five-Wing High-Performance Fan Blade 3-Bottle Ice Box Four-Way Air Deflection UPS Supported Durable and Energy Efficient Design



