Used EDWARDS IGX100N #293600154 for sale

EDWARDS IGX100N is an industrial pump designed for various corrosive and erosive applications. It is a robust, single-stage centrifugal pump that is driven by either a 3-phase TEFC motor or an AC inverter. It is capable of operating at pressures up to 150 psi and has a self-venting impeller design which ensures a wide range of operating conditions and a long-lasting performance. EDWARDS IGX/100N is equipped with a stainless steel motor shaft, mechanical seals and stator housing that make it resistant to corrosion and erosion. It is also equipped with a built-in pressure monitor and a built-in backspin protection system that prevent damage due to over-pressurization and/or backspin. Thanks to its robust construction and versatile design, this pump is suitable for various applications including chemical transfer, cooling, heating, and pretreatment. IGX100N contains a simple yet efficient design. It utilizes a cast-iron volute and impeller and is available in several different materials to suit specific applications. The impeller design is carefully optimized to ensure the best efficiency, resulting in lower running costs and reduced energy consumption. Additionally, the pump is able to handle entrained solids up to 10% of the pumped fluid, making it ideal for many different industrial applications. IGX/100N pump also features a wide-range of features that ensure safe operation, including integrated overheating protection and a thermal performance sensor. Additionally, its non-overloading motor ensures smooth operation and prevents motor burn-out. The motor also features a quick disconnect switch which allows the pump to be shut off if the need arises. EDWARDS IGX100N is an industrial grade pumping solution suitable for various corrosive and erosive applications. Thanks to its robust construction, versatility and advanced features, it is an ideal choice for a wide range of applications. Its efficient design translates to cost savings, while its safety features ensure operational stability and reliability, making it an indispensable part of any process.