Gravity Vee Diverter
The Vortex® Gravity Vee Diverter™ valve is designed to divert dry bulk solids in a gravity-fed conveying system. The design allows material to flow through both outlets simultaneously, through one outlet at a time, or to completely shut off the flow.
Información general del producto
The Vortex® Gravity Vee Diverter™ valve is designed to divert dry bulk solids in a gravity-fed conveying system. The design allows material to flow through both outlets simultaneously, through one outlet at a time, or to completely shut off the flow.
• Allows material to flow through both outlet chutes simultaneously, through each chute individually, or to completely shut off the material flow
• Replaceable bonnet seals for in-line maintenance
• Live-loaded, wear-compensating hard polymer bonnet and side seals
• The seals in each gate are protected by a series of deflectors and retainers to reduce wear and extend service life
• Positive seal against materials and dust across the closed port(s) and to the atmosphere
• Mechanically self-cleans its seals with each actuation
• No pinch points or exposed moving parts for safety
• No internal cavities to prevent wedging, lodging, and spoilage
• Flange and outlet chute angle options to fit existing footprints
Allows material to flow through both outlet chutes simultaneously, through each chute individually, or to completely shut off the material flow
Replaceable bonnet seals for in-line maintenance
Live-loaded, wear-compensating hard polymer bonnet and side seals
The seals in each gate are protected by a series of deflectors and retainers to reduce wear and extend service life
Positive seal of materials and dusts across the closed port(s) and to the atmosphere
Mechanically self-cleans its seals with each actuation
No pinch points or exposed moving parts for safety
No internal cavities to prevent wedging, lodging, and spoilage
Flange and outlet chute angle options designed to fit existing footprints
Non-abrasive to moderately abrasive powders, pellets, and granules. Modifications are available for handling sticky and/or corrosive materials and for wash-down.
Available in square or rectangular sizes. Round transition options are available
Standard flange, ANSI #125/150, DIN PN10. Custom flanges are available.
180°F | 80°C for a standard gate, with modifications that allow for temperatures up to 400°F | 205°C
6061-T6 aluminum, 304 or 316L stainless steel
304 or 316L stainless steel, carbon steel
PET, hardened steel, 25% glass-filled PTFE, stainless steel, and bronze are available upon request
UHMW-PE, polyurethane, PET, 25% glass-filled PTFE
Double-acting air cylinder, handwheel, electric actuator
Magnetic reed switches, proximity switches, or mechanical limit switches, and/or clear bonnet covers for visual indication
Dual-cylinder actuators with sealed-body air purge
ATEX Zone 20 (internal), ATEX Zone 21 (external), FDA
The gate blade is electropolished. Polyethylene (PET or UHMW) pressure plate seals are used in place of nylon.
Modifications have been made to allow for continuous operation at 250 F (121 C) and intermittent operation at up to 300 F (149 C).
Modifications have been made to allow for continuous operation at 400 F (204 C) and intermittent operation at 450 F (232 C).
Hardened steel rollers replace standard nylon rollers, and an additional bonnet seal protector is installed.
The bonnet is manufactured with solid, gasketed covers. (This allows the valve to be purged with air.)
Modifications have been made to accommodate moderately abrasive products. Includes a flow deflector and a 3/16″ stainless steel blade. (The -HS modification must be added for hardened steel rollers.) *Additional modifications are available depending on the application.
Vortex Gravity Vee Diverter vs. Alternatives
Datos para evaluación técnica.
Aplicaciones
- Modifications have been made to accommodate moderately abrasive products. Includes a flow deflector and a 3/16″ stainless steel blade. (The -HS modification must be added for hardened steel rollers.) *Additional modifications are available depending on the application.