Used EDWARDS E2M40FF #293587650 for sale

EDWARDS E2M40FF is a robust and reliable rotary vane vacuum pump. This multi-stage pump is capable of delivering efficient and continuous pumping over a wide range of vacuum applications, including refrigeration and air conditioning, laboratory processes, medical applications, and more. Using a single-phase motor with a power rating of 2HP/240V, EDWARDS E2M40 FF provides continuous high-capacity vacuum when needed. The low noise, oil-less operation of this pump make it ideal for use in a wide range of applications and environments. E2M40FF is designed with cast aluminum construction for corrosion resistance and high performance operation in the harshest of environments. To ensure reliable operation, the unit is equipped with a variety of protection features to guard against damage due to over-temperature, over-pressure, and overload. E2M40 FF features a single-stage design that utilizes proven technology to provide efficient and continuous pumping without consuming excess power. The mechanical design of the pump includes a rotor assembly that is precision controlled by a counter-rotating set of vanes on a common axis with the rotor. The rotor impeller is driven by the motor, and it creates vacuum by drawing air into the inlet at atmospheric pressure and discharging it through the outlet port at a reduced pressure. This pump is capable of producing a variety of vacuum levels, from atmospheric pressure to as low as 0.5 torr. With a free air displacement of 239 liters per minute, EDWARDS E2M40FF has the capacity to meet a wide range of industrial and scientific vacuum requirements. It is also designed with a built-in gas ballast control that helps to prevent condensation of volatile components in the pumped pressure range. Robust and reliable, EDWARDS E2M40 FF is an excellent choice for a wide range of industrial applications. This rotary vane pump offers high performance, corrosion resistance, and low noise operation with efficient, continuous pumping capabilities over a wide range of vacuum levels.