Used EDWARDS E2M40 #293587649 for sale

EDWARDS E2M40 is a popular rotary vacuum pump used for applications such as laboratory, industrial and commercial processes. It is a maintenance-free, oil-sealed, single-stage rotary vacuum pump with a powerful rotary vane mechanism for high capacity operation. EDWARDS E 2 M 40 supplies a reliable and consistent level of vacuum pressure, up to 0.8 mbar Ultimate, to fulfill a wide range of difficult processes. It has a robust structure that is specifically designed to offer improved reliability, performance and increased air tightness to reduce operational noise levels. E2M40 also features a high axial pressure design that reduces the load exerted on the bearings and provides outstanding load bearing capacity. The pump's hermetic sealed design ensures that its operation does not lead to oil cross-contamination. E 2 M 40 is a compact and lightweight pump, with a capacity of 90 m3/hr at a speed of 2850 RPM. It has an integrated cooling system, making it suitable for continuous operation, even at high temperatures. The pump is also capable of running with a variety of different gases, putting it in high demand for many different applications. It features a high efficiency, low vibration and low noise design and can be easily mounted to a variety of different surfaces. EDWARDS E2M40 includes an integrated oil mist eliminator, a built-in exhaust filter and an electronic warning light to alert users when maintenance or replacement is needed. The pump also includes an advanced oil supply system, allowing it to maintain high performance levels by automatically replenishing lubricating oil levels. All of these features help to reduce total cost of ownership and increase operational efficiency. Overall, EDWARDS E 2 M 40 is an excellent choice for a number of different applications that require a reliable and robust vacuum pump. Its integrated safety features, high-performance functions and advanced technology make it a optimal choice for any process that requires a consistently reliable vacuum pressure.