Used EBARA AA100W-H #9372020 for sale

EBARA AA100W-H is a corrosion-resistant centrifugal pump designed to meet the highest standards for industrial and commercial applications. It is a single-stage, end-suction pump and is constructed from an aluminum alloy body that is resilient even in tough environments. AA100W-H offers excellent suction characteristics, allowing it to work efficiently even at low pressure levels. The pump utilizes a semi-open impeller with large gaps around the volute that ensure its long-term operation and low maintenance requirements. EBARA AA100W-H is equipped with a mechanical seal that is designed for performance and protection against leakage. This mechanical seal also ensures that the pump is resistant to corrosion and its peristaltic action allows for maximum efficiency and a long working service life. AA100W-H offers a maximum efficiency of 81% and a wide delivery capacity of up to 131 L/min. It is suitable for operation at a maximum temperature of 90 °C and its maximum lift is 13.5 m. EBARA AA100W-H is most commonly used with water and other aqueous liquids, and it utilizes an external Noryl impeller ring for additional efficiency and performance. The pump also offers a wide range of optional features which include power regulation, an alarm, and a safety valve. In terms of durability and service life, AA100W-H is designed to last for a long time. It is constructed with an inervent-treated aluminum alloy that adds strength and increases the pump's protection against corrosion, wear, and tear. Additionally, the mechanical seal offers protection against leakage and is built to withstand high temperatures and prolonged use. Overall, EBARA AA100W-H is an advanced pump designed to perform reliably in industrial and commercial applications. It offers excellent suction capabilities, has a wide delivery capacity, and can operate in temperatures as high as 90°C. Its heavy-duty design ensures that the pump is resilient and long-lasting, while its optional features enable efficient power regulation and increased safety.