Used EBARA AA40W #9372059 for sale

EBARA AA40W is a centrifugal pump designed for agricultural and industrial applications. This highly reliable, single phase pump can deliver up to 5200 litres per hour with a maximum head of 6 meters, making it a great choice for a wide variety of water transfer solutions. EBARA AA 40 W features a stainless steel constructed pump body and motor body. This combination of materials ensures excellent corrosion resistance, durability and dependability. A dynamically balanced impeller shaft provides smoother operation, extended pump life and lower vibration levels when running. The pump passes tight 29dB sound test, making it one of the quietest pumps in its class. The motor of AA40W has a built-in thermal overload protection that prevents the motor from becoming too hot and sustaining any long term damage. This motor can easily handle a wide range of water temperatures and is protected against dry running. The motor is specifically designed for continuous operation and is able to run with reduced power, to reduce running costs. AA 40 W has a convenient integrated float switch, enabling the user to adjust the water level automatically, without having to manually switch the pump on and off. This pump also features a flexible suction connection, ensuring optimal performance when water is being pumped from reservoirs or tanks. EBARA AA40W also includes a revolutionary hydraulic system, which increases both its efficiency and performance. The design of the impeller, measurements and shape, provides a continual and steady waterflow with minimal power consumption. The systems also features a hydraulic seal which offers additional protection against any leaks that may occur. Overall, EBARA AA 40 W provides a highly reliable and efficient water transfer solution for a variety of agricultural and industrial applications. Its stainless steel construction and integrated float switch, enables it to perform with great reliability, and its revolutionary hydraulic system provides maximum efficiency and performance.