Flow of Bulk Solids from Silos Apparatus Model FM 120
Home » Products » Flow of Bulk Solids from Silos Apparatus Model FM 120
Flow of Bulk Solids from Silos Apparatus Model FM 120
Sci-tech Flow of Bulk Solids from Silos Apparatus Model FM 120 provides a practical demonstration of the types of discharge from different silos: mass flow, funnel flow and arching. The type of discharge that occurs is dependent on the flow properties of the bulk solids, the silo geometry and the wall material.
Item Description
Silos are used for the large-scale storage of a wide variety of bulk solids. The stored bulk solids are then seamlessly supplied to production processes. To achieve this goal, the silo has to be designed as a mass flow silo. The trainer includes two identically shaped silos with transparent front walls and different wall materials. The silos have a wedge-shaped discharge hopper whose inclination and width are adjustable. The outflow behavior is characterized by the measured time, the weight of the bulk solids, the silo geometry and the observed discharge type. The acquired data can also be used to review silo design in practice, for example together with the experimental unit Sci-tech Flow properties of bulk solids apparatus. Flour is recommended as additional bulk solid for the experiments with arching.
Features
adjustable silo geometry
different types of discharge: mass flow, funnel flow and arching
See also different:
Sci-tech Pitot Static Tube Apparatus Model FM 52 is used to measure the local velocity at a given point in the flow stress. A pitot tube of standard design made of copper/SS is supplied and is fixed below Vernier scale. The Vernier scale is ca [...]
Sci-tech Suspension Production Unit Model FM 119 provides the experimental filtration units with a suspension of diatomite and water (recommended). It is prepared in the stirred tank. The stirrer ensures that the solid remains suspended and do [...]
Sci-tech Pressure Distribution Nozzle Performance Study Apparatus Model FM 51 is used to measure pressure curves in convergent and convergent-divergent nozzles (de Laval nozzles) and to study the actual flow of compressible fluids. In addition [...]