Used EDWARDS EPX180L #293596035 for sale

EDWARDS EPX180L is a highly efficient and reliable roughing pump for creating high vacuum and low pressure environments. This powerful, multi-stage oil-sealed mechanical vacuum pump is capable of reaching a maximum inlet pressure of 1 mbar and can be used in a wide range of applications including metallurgy, research, and production processes. EDWARDS EPX-180L is constructed from heavy-duty steel and designed to run continuously. It features an easily adjustable gas ballast and anti-suckback valve that allow operators to achieve accurate performance under varying operating conditions and equipment loads. Its inlet port is protected by a 2-stage filter system that prevents dirt and other debris from entering the wetted areas. The pump features a two-stage pumping unit that delivers high-capacity performance while minimizing noise and vibration output. EPX 180L is capable of generating vacuum pressures up to 2.5 mbar. It has a robust drive design and long-life components made from Corrosion Resistant Materials (CRM) that are designed to minimize maintenance and maximize life-time operation. Additionally, the pump includes an RS 232 Interface for connection to a PC, remote monitoring and the ability to update parameters such as exhaust and inlet pressures. In addition to the pump's numerous performance features, EDWARDS EPX 180L also includes various safety features such as an integrated thermal overload protection machine and an emergency power off feature that shut the pump down in the event of over-temperature or over-load conditions. It also includes a lubricated sealed motor for emissions-free operation and a quiet operation. Overall, EPX-180L is an excellent choice for applications that require high vacuum and low pressure environments. Its heavy-duty construction and integrated safety features make it ideal for a wide range of industrial and research applications. Additionally, its reliable performance and long-life components make it ideal for servicing and maintaining under various operating conditions.