Difference between revisions of "Bin Dischargers"
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[[File:Bin Dischargerss_1.jpg|thumb|200px|right|Bin Dischargers]] | |||
'''Bin Dischargers''' eliminate hopper flow problems including Bridging and Ratholing by using vibratory action to improve bin flow and easily discharge virtually any material. | |||
==Bridging== | |||
A no-flow condition in which the pressure of the stored material on itself results in a "bridge" or "arch" formation in the bin or the hopper section of the bin. | |||
==Ratholing== | |||
A condition in which the stored material does not slough into the central flow stream for discharge and instead forms a core. Problems associated with ratholing include flooding, substantial variation of density in product, and eventually, no-flow. | |||
==Eliminate Bridging and Ratholing== | |||
A bin discharger increases the effective hopper outlet size and reduces the hopper depth which reduces pressure against the hopper walls. | |||
==Maximize Hopper Volume== | |||
With identical elevations and bin diameters, a 60 degree bin with a 5 foot bin discharger provides 130% more hopper volume than a 70 degree mass flow bin design. | |||
==Videos== | |||
<youtube>wuK8LUvfucU</youtube> | |||
Latest revision as of 07:09, 7 September 2013
Bin Dischargers eliminate hopper flow problems including Bridging and Ratholing by using vibratory action to improve bin flow and easily discharge virtually any material.
Bridging
A no-flow condition in which the pressure of the stored material on itself results in a "bridge" or "arch" formation in the bin or the hopper section of the bin.
Ratholing
A condition in which the stored material does not slough into the central flow stream for discharge and instead forms a core. Problems associated with ratholing include flooding, substantial variation of density in product, and eventually, no-flow.
Eliminate Bridging and Ratholing
A bin discharger increases the effective hopper outlet size and reduces the hopper depth which reduces pressure against the hopper walls.
Maximize Hopper Volume
With identical elevations and bin diameters, a 60 degree bin with a 5 foot bin discharger provides 130% more hopper volume than a 70 degree mass flow bin design.
Videos