Used EDWARDS E2M40 #9384956 for sale

EDWARDS E2M40 Series is a reliable and efficient lobe-type mechanical pump designed for low-vacuum and high-vacuum applications. EDWARDS E 2 M 40 is suitable for transfer, evacuation and compression of most gases and vapors. The two-stage rotary device utilizes two pairs of counter-rotating rotors which move in opposite directions to generate a seal-less, oil-free vacuum. The pump features a robust, durable construction that is made from anodized aluminum alloy and steel. It has an advanced air-cooled, powerful, "6-pole" squirrel-cage motor which is capable of operating at up to 91,000rpm. The high revs allow the pump to reach a maximum pumping speed of 4.2 m3/hr and ultra-high vacuum levels of 1x10-5 mbar. The design also includes a large heat sink to produce efficient cooling. In addition, E2M40 offers overcurrent and thermal protection, along with a small foot print for easy installation. E 2 M 40 has an integrated, mechanical lubrication system which helps to reduce contamination and provide a quieter and more cost-effective operation. The pump utilizes a special air-oil ratio valve which can be adjusted in order to optimize performance with varying vacuum requirements. Additionally, EDWARDS E2M40 is capable of self-priming, allowing for easy startup and quick operation. EDWARDS E 2 M 40 can be integrated with a variety of additional components in order to enhance the overall performance and reliability. For instance, the pump can be combined with vacuum gauges, pre-filters, flow controllers, and other essential parts to create an efficient and cost-effective extraction system. The components can be controlled and managed via an interface or via the integrated control panel. Overall, E2M40 Series is suitable for a wide range of industrial applications, and provides reliable and efficient operation. Its durable construction ensures a long service life, while its advanced components guarantee a powerful performance when transferring, evacuating or compressing most gases and vapors.