Used EDWARDS iH80 #9018716 for sale

EDWARDS iH80
Manufacturer
EDWARDS
Model
iH80
ID: 9018716
Dry Pumps Power cord and PDM included.
EDWARDS iH80 is a high-speed rotary pump that works by using a combination of contact and magnetic forces to move a fluid from the inlet to the outlet. It is an ideal choice for applications that require a reliable, low-maintenance way to move fluids quickly. This pump is designed to provide years of service and reliable performance. EDWARDS IH 80 is powered by an electronically commutated motor (ECM) that is capable of producing up to 300-liters per minute of flow rate. The ECM operates at an advanced range of frequencies (1700-3400rpm) and is highly reliable thanks to its low energy consumption. The pump also features an impressive life expectancy of up to 5 years. IH-80 boasts a dry running capability, enabling it to run in applications where the fluid being pumped does not contain lubricating fluid. This makes it ideal for uses in high-temperature applications, or for pumping hazardous fluids where volatile organic compounds (VOC) could be present. EDWARDS IH-80 also has a pressure range up to ten times greater than competitive pumps. This makes it suitable for a wide range of applications, including high temperature, high pressure, and/or corrosive environments. This pump is designed with stainless steel construction and features a permanently lubricated bearing system, which minimizes downtime and maintenance. IH80 can be installed easily, only requiring a few standard items such as piping and wiring. It also features advanced overspeed protection to ensure that the pump remains within its designed speed range at all times. Overall, IH 80 is capable of providing reliable, long-term performance in demanding applications. Its low energy consumption and stainless steel construction make it a great choice for those seeking a reliable, yet inexpensive solution for their fluid-handling needs. This pump is backed up by a 5-year warranty and provides unbeatable value with its impressive flow rates and speeds.
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