Used EBARA ESR80WN #9283667 for sale

EBARA ESR80WN is a centrifugal pump commonly used in various industrial, commercial and residential applications. The pump operates at a maximum flow rate of up to 80m³/h and is capable of reaching heads up to 128m. It is suitable for the transfer of clear water, sediment or water containing chemical components. The pump is constructed with a stainless steel body and includes a surrounding cast iron casing to provide protection. EBARA ESR 80WN is a single-stage pump, which means that there is one impeller mounted on the shaft between the suction and delivery side. It features stainless steel impeller blades, and a larger counter-clockwise rotation impeller vanes produce speeds up to 2900rpm. The shaft is sealed with a carbon-graphite mechanical seal to prevent leakage, while the actual impeller is secured with a strainer and strengthened by a wear-resistant material. ESR80WN includes two ports; a suction port with an adapter, ensuring a secure connection to the inlet tube and a delivery port located on the other side of the pump. The suction port has a maximum diameter of 63mm while the delivery port is sized at 40mm. To ensure a secure connection, the ports are equipped with stainless steel threaded connections for fastening and installing external tubes. Additionally, the ports are also fitted with inlet and outlet flanges rated at 10 bar, providing further protection against high water pressures. When it comes to maintenance, ESR 80WN is designed with a differential pressure bypass valve and a built-in strainer to trap dirt and other debris, allowing it to be cleaned and maintained in situ. Additionally, the pump also includes an adjustable balancing valve which negates the need for external end plates, thus simplifying the installation process. Overall, EBARA ESR80WN is a high performance pump, suitable for a range of applications. It is easy to install and maintain, and has the capability to withstand high pressures and temperatures while offering optimal performance and efficiency.