As the load cycle begins, the suction valve opens while the inlet and discharge flap vales are closed. The air pressure generates a vacuum by patented venturi action. As the vacuum increases in the transfer vessel, the inlet valve opens. Pulled by suction of up to 15″ inches of mercury, the material flows from the source into the transfer vessel. The electronic level control regulates filling of the transfer vessel to optimum levels during the load cycle.
When the transfer vessel has been filled to high level, the inlet and suction valves close and the discharge valve opens. The same positive air supply which created the vacuum is used to push the material into the discharge manifold where it is fluidized for semi-dense conveying, minimizing particle degradation, reducing line wear and increasing system efficiency.
Side vents minimize or eliminate pit depth in low head room scenarios. No need for local filters. Standard features include: carbon steel; high-level probe; source aeration; butterfly outlet value; pressure switch on supply air. Portable up to 30 ft3. 15 PSIG convey air; 90-100 PSIG control air at 3-5 SCFM.
As the load cycle begins, the suction valve opens while the discharge valve is closed. The air pressure generates a vacuum by patented venturi action. As the vacuum increases in the transfer vessel, the separately valved dual inlets open until the desired weight is reached.
Upon completion of the load/blend cycle, the inlet and suction valves close and the discharge valve opens. The same positive air supply which created the vacuum is used to push the material into the discharge manifold where it is fluidized for semi conveying—minimizing particle degradation, reducing line wear and increasing system efficiency.
Perfect for unloading silos, as well as inventory management when used with load cells. Built tough to handle highly abrasive and friable materials. Uses clean, dry compressed air to convey materials at low velocities. Reduces equipment wear and materials degradation.
Single unit can pull from multiple sources and convey to multiple destinations. Prevents material cross-contamination via system purge or multiple convey lines. Settings are variable based on product being conveyed and transport distance to provide maximum rate with minimum degradation. Allows for an automated selection of the material destination to reduce the possibility of operator error.
As the load cycle begins, the HV valve directs the blower air through the convey line. The material flows from the source via gravity into the transfer vessel. The electronic level control regulates filling of the transfer vessel to optimum levels during the load cycle. In the event material flow is interrupted, a backup timer takes over operation.
When the transfer vessel has been filled to the optimum level, the action switches, directing the blower air into the tank. The positive air supply is used to push the material into the discharge manifold where it is fluidized for semi-dense conveying, maximizing particle degradation, reducing line wear and increasing system efficiency.
Excellent replacement for worn out rotary valves in abrasive material applications. Specify: carbon steel, stainless steel or epoxy coated. Ideal for powder, pellet or granular materials. 15 PSIG convey air; 90-100 PSIG control air at 3-5 SCFM.
