Used EBARA ESA70W #179356 for sale

ID: 179356
Dry pumps.
EBARA ESA70W pump is a high-efficiency, single-stage centrifugal pump that is designed for applications with medium-to-high flow rates. It is able to pump up to 35 metres in head, and has a maximum flow rate of up to 40 m3/hours. The pump is designed for indoor and outdoor installation, and is capable of handling temperatures up to 90 degrees Celsius. The pump has a semi-open impeller, which allows it to achieve highly efficient flow without sacrificing any suction power or pressure drop. Furthermore, ESA70W is constructed from corrosion-resistant materials, ensuring it can remain in use for many years even in highly corrosive environments. The pump features a cast iron base and volute, as well as a stainless steel impeller, shaft, and impeller blade. The motor is of the TEFC (totally enclosed-fan cooled) type and is designed for up to 200 watts of power consumption. It also has a built-in thermal protection feature, ensuring the motor does not overheat. EBARA ESA70W has a single-phase input voltage of 230 V, making it only suitable for single-phase applications. The pump comes with an extended warranty of 2 years, and is compliant with a variety of ISO standards such as the ISO 13709:2009, the ISO2858:2009, the ISO5199:2005, and the ISO9906:2012. ESA70W also meets EU Motor Efficiency standards, making it an efficient and environmentally friendly choice. It is available in four different sizes, and weighs between 10.5 and 12.5 kilograms. Its dimensions range from 262 mm to 414 mm in length, from 165 mm to 220 mm in width, and from 150 mm to 190 mm in height. Overall, EBARA ESA70W is a reliable and efficient single-stage centrifugal pump with a variety of safety features. It is suitable for a wide range of applications, with a maximum flow rate of up to 40 m3/hours and a maximum head of 35 metres. Its durable construction and wide range of compliance standards ensure it is built to last. ESA70W is a great choice for any application requiring medium-to-high flow rates.
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