Used EBARA AA70W #9374796 for sale

Manufacturer
EBARA
Model
AA70W
ID: 9374796
Dry pump.
EBARA AA70W is a high quality centrifugal pump designed and manufactured for heavy-duty applications. It is built with a durable mechanical seal design for a long life, and its high quality housing ensures reliable performance. It features a noncontact, magnetically driven, axial flow impeller, guaranteeing efficient operation and high suction-head performance. It is designed to operate stably when experiencing external disturbances. EBARA AA 70 W is available in two types, a single stage and a multi-stage model, and each type is designed to meet various requirements while delivering reliable performance. The single stage model is designed for small-to-medium size systems and provides an efficient transfer of high pressure fluids, while the multi-stage model is ideal for large scale systems and demanding applications, with each impeller stage providing an increased pressure. AA70W is designed to operate in a wide range of temperatures, from -20 to +105 degrees Celsius, and is constructed with corrosion-resistant materials for durability. The hydraulic parts of the pump are also optimized for various operating conditions in order to produce smooth and efficient operation. The bearing assembly consists of a upper and lower bearing frame, designed to reduce noise levels and ensure improved reliability. AA 70 W is also equipped with a robust motor, which provides maximum efficiency, with minimal power consumption. The electric motor has a voltage range of up to 600 volts, and the maximum continuous load capacity is up to 18 HP (13.75 kW). Additionally, the motor is designed with a built-in overload protection contact for safer operation. EBARA AA70W is a great choice for applications in several areas, including industrial processes, water supply systems, firefighting systems, agricultural irrigation, and desalination systems. Its efficient design, robust construction, and overload protection make it an ideal choice for reliable and efficient operations in demanding environments.
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