SMARTPACK is engineered to meet stringent low-noise and high-efficiency requirements in industrial and commercial heating, ventilation, air-conditioning and refrigeration (HVACR), and heat exchange applications. SMARTPACK’s construction includes a custom-configured Multi-Wing fan, AC or EC motor, fan guard and shroud made from a strong metal frame with a plastic skin.
standard motor design
SMARTPACK provides 20 percent more airflow and noise levels 10 dB(A) lower than competitive products"
It’s a robust design to meet harsh environment requirements. IP classes up to 66 are possible as well temperatures from -40° to 176°F (-40° to 80°C) for the advanced heavy-duty versions. SMARTPACK is offered in 35.43- and 49.21-inch (900 and 1250 mm) diameters. The AC SMARTPACK comes with a proven standard motor design. High-efficiency and fully controllable, EC SMARTPACK systems have a robust motor design with built-in EC technology.
“SMARTPACK sets a new standard for medium-pressure fans with the lowest possible operating noise and highest performance,” says Martin Ochs, Sales Director of E Flow Technologies. “SMARTPACK provides 20 percent more airflow and noise levels 10 dB(A) lower than competitive products.”
unlimited fan pack configurations
CUSTOMFAN, with unlimited fan pack configurations, is engineered to meet specific customer requirements. Each CUSTOMFAN solution is designed and engineered to deliver high performance for precise application specifications without adapting the customer’s system to fit a stock or catalog fan package. Available in a range of materials and thousands of configurations, Multi-Wing fans optimize the toughest air movement challenges.
Working closely with customers to develop the best solutions, E Flow’s CUSTOMFAN team has extensive air movement and application knowledge. This expertise is supported by advanced engineering and testing protocols, including computational fluid dynamics (CFD), finite element analysis (FEA) and accredited test chambers. During the design process, E Flow’s engineering team takes all factors into consideration to achieve optimum airflow, minimal vibration and reduced operating noise.
