An Energy-Saving New Generation of Two-Stage Liquid Ring Vacuum Pump
- HIGH CONSTANT PERFORMANCE The durable cast iron and stainless steel components of AGS two-stage vacuum pumps result from a rigorous testing and development program. With almost half a century of AGS's expertise in vacuum technology and developing a liquid ring pump in Germany, UK and India, these cutting-edge products integrate contemporary engineering principles. Before being shipped out, all Vacuum Pumps undergo a comprehensive performance assessment.
- Popular sizes of New Generation Liquid Ring Vacuum Pumps, which are produced in UK, India and Germany by AGS, are in stock to ensure prompt delivery.
- BOX FOR EXTRA DEEP STUFFING When combined with minimal friction, packaging made entirely of graphite increases steadiness.
- DESIGN FOR EXCLUSIVE SHAFT SEALING Water is injected directly into the Teflon or nylon ring entrapped in the space between graphite gaskets. This water prevents gas leakage and lubrication while penetrating.
- THE GAIN OF EXPERIENCE AGS has provided high-quality vacuum equipment for your applications since 1973. Choose the ideal liquid ring vacuum pump in Germany, India and UK for your process requirements with the assistance of the AGS team.
- VERY HIGH RELIABILITY There are no Teflon or rubber balls inside the liquid ring vacuum pump in Germany, India and UK to deteriorate Vacuum performance. AGS pumps require very little maintenance.
- TECHNICALLY THE MOST ADVANCED OF ITS TYPE ON THE MARKET Compare our designs with the options available in the market. You will not find a competitive offering that can match the overall quality, construction features and performance capabilities of AGS Two Stage Vacuum Pumps.
- ANNUAL SAVINGS IN THE TENS OF THOUSANDS OF EUROS PER PUMP DUE TO OPERATIONAL EFFICIENCIES The vacuum pumps in India, UK and Germany represent the first significant technological advancements in vacuum pumps in nearly half a century. Our substantial enhancements to operational efficiencies result in enduring power cost reductions amounting to tens of thousands of EUROS. In addition to conserving electricity, one can frequently achieve further cost savings by reducing the pump motor.
AIR EJECTOR / LIQUID RING VACUUM PUMP SYSTEMS COMBINATION
Being the best liquid ring vacuum pump suppliers in United Kingdom, Germany and India, our air-operated ejectors can be installed in the suction line or directly on the suction inlet of a two-stage liquid ring vacuum pump to attain suction pressures below the pump's capabilities when operating in isolation. Aahana Giffard manufactured liquid ring Vacuum pump in India, Germany and UK that combines an air Ejector and an air ejector can achieve operating pressures as low as 4 torr and shutoff pressures of 3 torr. This further reduction in pressure is accomplished without affecting horsepower or other operational parameters, as the Ejector operates on atmospheric-pressure air as its motive fluid. The quantity of air that passes through the Ejector's nozzle effectively safeguards the pump against cavitation, even when operating on closed suction duty. Furthermore, the motive air, which is unrestricted atmospheric air, reduces the pumps' sensitivity to variations in the temperature of the seal water.
OPERATION
Moreover, the liquid ring vacuum pump in India, Germany and UK using the motive air inlet (A), ambient air at atmospheric pressure is brought in and directed through a converging-diverging nozzle (B). The gases or vapors to be processed are entrainment by the high-velocity air exiting the nozzle at the suction inlet (C). This entrainment is compressed through the Venturi (D) to achieve the inlet pressure of the liquid ring vacuum pump. The motive air and process gas are subsequently compressed to atmospheric pressure by the pump.
Under certain circumstances, such as when large pumps are used for boosting operations, the liquid ring vacuum pump in India, Germany and UK is highly advantageous to incorporate a bypass system into the system to prevent volume loss caused by the ejector throttling effect and to isolate air leakage through the nozzle. This is because, at sub-critical pressure levels, the nozzle air loses its effectiveness as a compressing medium, thereby increasing the workload on the liquid ring pump.
