Used EBARA AA10 #9120222 for sale

EBARA AA10 is a centrifugal pump operating on a small-scale designed for applications requiring a compact pump size and light weight. It is ideal for the needs of chemical and pharmaceutical operations, general industry, research labs, and fluid handling systems. The pump has a stainless steel casing, an aluminum impeller, and a ceramic shaft. Its motor is uniquely ventilated for safe operation in high-temperature environments. EBARA AA 10 has a variable capacity range of 0.5 to 17 gallons per minute and a maximum head of 164 feet, making it suitable for a variety of flows and heads. Its operating temperatures range from -13 to 225 degrees Fahrenheit. Its maximum operating pressure is 150 PSIG. Furthermore, the pump features a built-in check valve to prevent system backflow and reverse rotation. AA10 is designed for use in clean or slightly contaminated fluids or gas. It is powered by an asynchronous, two-pole 850 watt motor and has an efficiency rating of 77%. This capability ensures minimum energy losses while operating the pump. The impeller is dynamically balanced for long and quiet operation, reducing noise levels to as low as 48dB. AA 10 is designed to be easy to install and maintain. Its robust design ensures high performance in harsh conditions, and its reliability makes it an ideal choice for many commercial and industrial applications. Additionally, the pump has been designed with a mechanical seal ensuring there are no leakage issues. The pump can be integrated with a control unit for process automation, and the motor can be attached to a wide range of motors and drives, allowing optimum control over flow rate and pressure. EBARA AA10 also features an external cooling system which assists in temperature control, and a lubrication and bearing system for improved durability and operational service life. Overall, EBARA AA 10 is a small-scale centrifugal pump that is primarily used in the chemical and pharmaceutical industries. It offers a combination of robust design, high efficiency, and reliable performance in a range of temperatures and pressures. It is suitable for low to medium flows and heads, and its built-in technologies and features make it suitable for a wide range of applications.