Used EDWARDS E2M28 #9126095 for sale

EDWARDS E2M28
Manufacturer
EDWARDS
Model
E2M28
ID: 9126095
Dual stage vacuum pump.
EDWARDS E2M28 is a rotary vane vacuum pump that is ideal for low and medium vacuum applications. As a reliable and cost-effective alternative to conventional oil-sealed or oil-free pumping systems, EDWARDS E 2 M 28 is a high-efficiency pump that accommodates both laboratory and industrial needs. Designed with two-stage coalescing technology, E2M28 is capable of producing free air displacement from 0.2 m3/h to 28 m3/h, and ultimate vacuum down to 0.003 mbar. This vacuum pump offers a variety of features that make it an effective and efficient piece of equipment, most notably its lubricated, oil-injected vacuum design. E 2 M 28 utilizes oil mist lubrication to ensure smooth and consistent performance. It is designed with an in-built gas ballast system with automatic e-stop and emergency reset, allowing it to clear hazardous vapors and gases for safe operation. Additionally, EDWARDS E2M28's adjustable vacuum switch and a progressive bypass valve offer the operator further control. EDWARDS E 2 M 28 is constructed with an aluminum alloy casing for durability and resistance to corrosion. It is equipped with multi-flow inlet and outlet ports for optimal air flow, and its air cooled design eliminates the need for an external water source. The pump can be easily mounted to a bench or fume hood, and its handles and rollers make it simple to move. E2M28 has been designed for easy maintenance with minimal downtime. The vacuum pump uses low maintenance oil, and the oil separator with detachable collection cup allows for easy oil changes. In addition, graphite vanes and ceramic sleeves ensure a long service life, while the fine filtration system minimizes contamination during operation. Overall, E 2 M 28 is an efficient and reliable rotary vane vacuum pump suitable for industrial and laboratory applications. Its low noise operation and easy maintenance make it an ideal choice for a variety of vacuum applications.
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