Used EDWARDS iH600 #9246255 for sale

EDWARDS iH600 is a robust, reliable, and powerful fixed-speed rotary vane pump designed to move gas and liquid. With a maximum speed of 600 revolutions per minute (RPM), the pump can draw a suction pressure of up to 39.2 inches of mercury (in-Hg) and generate a discharge pressure of up to 27.6 in-Hg. Furthermore, EDWARDS IH 600 is capable of delivering a maximum flow rate of up to 46 liters per minute (LPM) with its self-adjusting mechanical seal and oil-lubricated design. Built for efficient and quiet operation, iH600 features an innovative oil-less design with non-metallic components that minimize wear and maximize operational longevity. The pump produces a low noise level of 65 decibels (dB) and is safely enclosed in a durable carbon steel enclosure that is painted and corrosion-resistant. Furthermore, IH 600 is outfitted with an integral motor cooling fan that ensures that the unit operates optimally at any temperature. EDWARDS iH600 is suitable for a variety of industrial applications, such as vacuum pumps, process controls, and laboratory applications. It also provides excellent compatibility with many materials, including solvents, non-corrosive gases, and oils. Additionally, EDWARDS IH 600 has been designed to handle a wide range of viscosities, including liquids as low as 3.5 centipoise (cP) and as high as 3500 cP. IH600 can be easily connected to standard electrical systems thanks to its grounded 125/250 volt 3-phase 50/60 Hertz (Hz) motor, as well as its built-in energy-cut-off (E-CO) circuit breaker. To safeguard against electrical overload, the pump is equipped with an integrated motor protection switch that is designed to cut off the power supply in the event of an overload being detected. Furthermore, IH 600 has a built-in thermal overload protection circuit that prevents the pump from overheating. In conclusion, EDWARDS iH600 is an advanced pump designed to efficiently and safely move gas and liquid in a wide variety of applications. Its oil-less design enables the pump to operate quietly and efficiently, while its temperature protection circuit ensures that the pump never operates beyond its operational limits. Additionally, its corrosion-resistant enclosure and energy-cut-off circuit breaker provides essential protection from electrical overloads and overheating.