Bin Aerator Brochures- INDPRO Engineers, Indore. Download Available

INDPRO Bin Aerator for Aeration & Vibrations Features :• Economical • Durable Construction • Easy Installation • Self Cleaning • Suitable for Abrasive Material • Operations with Low / High Air Pressures • Useful for Granular / Powder / Food material • Food Grade Construction • Suitable for Temperature up to 200º C or 400º F.

“INDPRO” Bin Aerator Solve Flow Problems of almost all types of materials used in various applications even for sticky materials or those having high angle of repose :ALUMINA BAG HOUSE DUST SOUP POWDER

CEMENT FLOUR CACIUM CARBONATE GYPSUM Fly ASH SALT

ASH SUGAR PVC RESIN

CLAY SODA ASH CORNSTARCH LIME And many more………..!!

“INDPRO” Bin Aerator is economical way to overcome common flow related problems in the storage silos / hoppers / Bins. It combines Vibrations & Aeration to solve even most difficult material flow applications. The special design creates a vibration as the air flows between the pads boot and bin wall.

This provides a very effective flow aid for all types of dry products. Plus Bin Aerator pad do not require a specific air pressure for operation. Operating Pressures can be 2 Bar to 6 Bar.

Operation of “INDPRO� Bin Aerator :The Bin Aerator is a flow aid designed to ensure product movement. The special design of the Bin Aerator causes a vibration as the induced air flows between the pads boot and the bin wall. The result of these two actions, aeration and vibration, provide a very effective flow aid that can be used with all types of dry products.

The Bin Aerator can be operated in a pulsing mode with regulated air pressure. This will conserve air consumption and increase the efficiency of the Bin Aerator. The specific air pressure and pulse times for operating the Bin Aerator is determined by the number of units and the type of material being aerated.

Sticky and clinging types of material will require higher air pressure and a more rapid pulse rate as opposed to a dryer relatively free flowing type of material. Higher air pressure and rapid pulse rates create more vibration out of the Bin Aerator, thus keeping sticky broken up and flowing freely. While dryer materials does not tend to bridge as easily, a lower pressure of air and fewer pulse times will keep this type of material free flowing.

Sizing Recommendations :Determining the amount of Bin Aerators and their installations is subject to the material flowability, hopper size, and hopper configuration. Placement of the Bin Aerator is essential to its effectiveness. Bin Aerators are to be placed in the cone or transition piece of the bin or hopper. The diameter of the hopper or the bin determines the number of Bin Aerators needed. Starting approximately 300 mm to 450 mm above the outlet of the bin or hopper, install 3 - 4 Bin Aerators equally spaced. Go up approximately 450 mm to 600 mm and install another row of 4 - 6 Bin Aerators with staggered spacing of the original row.

Continue up the cone or transition in this manner, adding Bin Aerators to each row as the diameter increases. Please note that material bridging occurs most often from the outlet to 3/4 way up the transition. Two to Six Bin Aerators can be plumbed in series. Manifold style plumbing is required to insure the proper working of each Bin Aerator for six or more units installed in series.

Please submit us a schematic of the storage vessel and complete flow characteristic of the material being used, to enable us suggest you the quantity and location of the Bin Aerators.

You may please contact us at following address for further assistance or clarifications :-

INDPRO Engineers 11, Avantika Nagar, Sanwer Road Indl. Area Sector A; Indore – 452 006 Email :- sales@indproengineers.com / info@indproengineers.com Tele. :- +91-9826507624 ; +91-7697700308 url :- www.indproengineers.com