Description
One-piece stamped steel hood One-piece perforated cylindrical housing High-quality UV resistant paint coating for enhanced protection from fade and chalk Three-speed, brush-free Electronically Commutated Motor (ECM) Up-to 1950 CFM on high As low as 24.6 watts on low Smart App Control for automated fan operation 20 foot power cord for easy installation Interchangeable flashings for multiple roof types (sold separately) Built-in fire safety shut off The AFR SMT ES-2.0, designed with precision in the USA, features a seamless one-piece stamped steel hood, and a one-piece perforated cylindrical design with an integrated wildlife guard, preventing insects and wildlife from accessing the attic while providing improved ventilation capability. The high-quality polyester paint coating protects against harsh weather conditions. With high-performance fan blades, the AFR line maximizes efficiency and ventilation. The AFR line offers two motor options. This fan is equipped with a three speed brushless ECM, reducing energy consumption by up to 70% at lower speeds without compromising performance. The Smart Control allows monitoring of attic temperature and humidity levels, manual fan operation, smart mode for automatic cooling and ventilation, and customized settings through the QuietCool Smart Control app. This fan features a built-in fire safety shut-off fuse that activates at high attic temperatures, preventing the spread of flames and enhancing safety. This fan offers interchangeable flashings, sold separately, for easy installation on various roof types, including shingle, cement tile, S-tile, M-tile, flat, or curb mourning on low-pitch roofs. Installing the AFR line is straightforward, thanks to its installation-friendly design and features like a 20-foot power cord, eliminating the need for additional extension cords or complicated wiring. Upgrade to the AFR line for improved airflow, efficiency, and easy installation.
- Plug N Play (No Wiring)
- 26 -170 Watts depending on the model
- 1,015 ÿ 2,116 CFM depending on the model
