Used EDWARDS IGX100L #9014450 for sale

EDWARDS IGX100L is a pump designed for reliable and consistent pumping performance. This pump is an integral part of the IGX single stage centrifugal process, and is ideal for delivering high flow rates, high pressure and low noise for a variety of applications. This pump has a modern design, with an integrated base, four-pole motor, and corrosion-resistant finish. It features a robust, non-turbulent design for high-capacity and high-head-rise performance. It has a direct-drive, double-ended shaft with a balanced impeller and mechanical seal arrangement, providing superior efficiency and high-quality results. EDWARDS IGX 100L has an adjustable flow capability that meets the demands of a wide variety of applications. It is rated for up to 16 bar maximum pressure and up to 100 liters per minute maximum flow rate. It offers easy, precise flow control with its adjustable speed and bypass valves. Additionally, this pump is capable of generating low inlet noise levels, making it ideal for use in medical and laboratory applications. Its advanced design also makes it suitable for ultra-low temperatures, making it ideal for cryogenic applications. This pump is manufactured with epoxy powder paint for superior corrosion protection and durability. It is lightweight and compact, making it easy to install and transport. It also features an innovative fluid-contact design, providing more efficient heat transfer between the pump and the enclosed medium. IGX100L is designed with low operating costs in mind, with a high efficiency impeller and hydraulic components that reduce energy consumption and eliminate mechanical erosion. Additionally, an integral pressure bypass valve helps reduce pressure spikes and ensure smooth operation. IGX 100L offers a reliable, cost-effective solution for a variety of applications that require reliable performance and low noise levels. Its advanced design, adjustable flow capabilities, and high efficiency make it an ideal choice for a wide variety of applications.