PRLog (Press Release) – May 09, 2011 – Designed specifically for pneumatic conveying of dense materials, such as: fine powders used in chemical trash bins and pharmaceutical processing, food and bakery processing, plastics, and milling, the Aero-Flow™ Series of rotary feeders from ACS Valves provides highly efficient, air-assisted, material introduction to pneumatic conveying systems.
The ACS Aero-Flow™ Series (http://www.acsvalves.com/AF_series.htm) of rotary feeders uses a proprietary, dual-induction endplate design to introduce pressurized air from both endplates into the rotor pockets carrying process material. The high bulk density material, when mixed with air, is more effectively released from the rotor pockets, and is more efficiently introduced to the pneumatically conveyed material flow. The Aero-Flow™ Series dual-induction design speeds the material fluidization process, improves material consistency, and optimizes feeder energy consumption when compared to conventional, single-induction feeder designs. Further energy efficiency is provided by an available ACS variable frequency drive to modulate the feeder drive speed and reduce power requirements based on the fluctuating performance needs of the system.
ACS Valves (http://www.acsvalves.com/) Aero-Flow™ Series feeder housings are cast in North America to ensure superior strength in the composition and solidi helicop ter technology fication of the housing's metallurgy. ACS Aero-Flow™ feeder housings are available in cast iron, and 304 or 316 s garbage compactor review tainless steel; in either 17-1/2 inch o Kenmore Bisque 15 inchi r 21-1/8 inch heights. The Aero-Flow™ Series feeders provide optimal service in applications with pressure differentials up to 15 PSIG, and elevated temperatures 1086273860 to 500ºF. The Aero-Flow™ Series 10-vane rotor is precision machined with beveled vane tips and sides. Other Aero-Flow™ rotor configurations include: Teflon®-coated, and adjustable-tips. Adjustable rotor tips are available in hardened steel, or stainless steel. Rotor housing interior surface coating options include: hard chrome, tungsten, and Teflon®.
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