Used FMI 17094-SF40 #9165687 for sale

FMI 17094-SF40 is a self-priming centrifugal shunt-pump designed to be used in a wide variety of industrial, agricultural and municipal applications. Featuring a maximum flow rate of up to 600 gallons per minute, this pump is the ideal solution for efficient and reliable supply of clean water. Designed by FMI, a leading provider of advanced pumping systems, 17094-SF40 is constructed with a cast iron volute cast and single stage impeller, made from stainless steel for superior durability. The impeller is powered by a 4-pole Hermetic, squirrel cage induction motor and set in a NEMA 56C, Foot-mounted frame. The pump also comes with an aluminum bearing housing fitted with a ball bearing arrangement. Equipped with a Volute-type In-line Discharge, this model offers superior performance and efficient operation when pumping at high head and low flow rates, enabling it to maintain a stable flow rate even when humidity or viscosity causes the flow rates to diminish. Furthermore, the Horizontal Split-Casing design helps reduce the overall foot-print whilst keeping the internal components accessible, making installation and maintenance much easier and more convenient. FMI 17094-SF40 is designed to comply with rigorous safety and environmental standards, with a maximum shaft power rating of up to 40 HP and a maximum operating pressure of up to 90 PSI. Additionally, its self-priming centrifugal design and internal volute-type in-line discharge make it an ideal choice for a wide range of applications, ensuring reliable and long-lasting performance. Its flexibility is further amplified by its ability to produce pressures up to 90  PSI. In conclusion, 17094-SF40 is an advanced and powerful shunt-pump, delivering superior performance and efficiency for a wide range of pumping applications. Its single-stage impeller, powerful 4-pole induction motor and Horizontal Split-Casing design make it a great choice for industrial, agricultural and municipal applications, offering reliable and long-lasting performance.