Used EBARA AA20V1 #9231773 for sale

EBARA AA20V1 is a centrifugal pump that is designed for a wide variety of commercial and industrial applications. It is categorized as either a single, multi-stage pump or a vertical inline pump. AA20V1 operates using a single impeller and mechanical seal as well as includes a corrosion-resistant body with a stainless-steel motor shaft and bronze impeller. The pump features an easy access inspection cover and is simple to maintain. EBARA AA20V1 has excellent volute characteristics, allowing for a wider range of operating speeds, with minimal noise and vibration. The impeller is designed to stabilize after each rotation. It is able to produce flow rates up to 44 GPM (165 L/min) with heads up to 330 feet (100 m). The maximum operating pressure is 125 PSI (8.6bar). This pump's efficient design allows for it to operate at a minimum efficiency of 0.60 (at the best efficiency point). AA20V1 is a cast-iron constructed, single-stage or multi-stage centrifugal pump. It has a diffuser with optimal flow passages for efficient operation, as well as an impeller ring that reduces cavitation effects. It has a balanced radial thrust that eliminates bearing and shaft wear. Further, it has a threaded cover connection that allows for quick removal of the pump unit for rapid maintenance. This pump model is also designed for cold-water service, incorporating stainless steel parts and rubber components. It is also designed to be compliant to the IEEE-841 Industrial Premium Efficiency Motors. EBARA AA20V1 is designed for a wide variety of commercial and industrial applications including flood and dewatering, pressure boosting, and water transfer. It is suitable for water temperatures up to 113°F (45°C)* and up to 1-1/4" diameter solids. It is an ecologically sound choice, as it is hydraulically efficient and has a low power draw. Overall, AA20V1 is a reliable and efficient centrifugal pump for a wide variety of applications. Its efficient design and superior volute characteristics minimize noise and vibration, optimize efficiency, and are easy to maintain.