Your Toolkit Of Vacuum Experts

• Ideal for pumping wet gas mixtures at low pressures
• Oil-filled systems avoid problems with corrosive contaminants and sealant liquid vapor pressures at higher temperatures
• Process liquid-filled systems prevent contamination of process gases with either water or oil

A variety of two and three-stage systems are available, complete with instrumentation, condensers, partial or complete sealant liquid recovery and recirculation, piping, and valves.

• Combine high pumping speed with deep vacuum levels and operate free of oil, water or other sealing liquids
• Flows range to 4,500 CFM (7646 m3/h) with vacuum levels to 10 microns and below Complete engineered solutions are available and may include any combination of dry screw vacuum pumps, vacuum boosters, electric motors, direct of V-belt drive, coolant recirculation  systems, instrumentation, controls, skid piping and valves.

• Pump high volumes at very low pressure
• High-capacity dry rotary lobe vacuum booster is matched to a smaller rotary piston vacuum pump
• For continuous operation below 1 Torr (1.3 mbar a), the vacuum booster can increase pumping speed by a factor of 10 or more
• For operation at higher pressure and for faster evacuations, the booster may be approximately twice the capacity of the piston pump
• Performance ranges 200-12,000 CFM (340-20,388 m3/h) with ultimate vacuum levels as low as 0.2 microns
• Conventional systems with direct driven or V-belt driven boosters
• Low-profile systems with close-coupled boosters are available
• Creates a higher capacity system with economy of scale

Kinney application engineers can help you make the best selection for your specific needs.

AF™ Engineered Liquid Ring Vacuum Systems are available from simple once-through designs to complete systems with receiver/separator tanks, control panels, vacuum boosters and full instrumentation.