Used EDWARDS DryStar MK2 #9027297 for sale

EDWARDS DryStar MK2 is a comprehensive and reliable vacuum pump designed for rough pumping, water vaporization, and air pumping applications. DryStar MK2 is an optimized version of EDWARDS previous DryStar model, which has been used worldwide for a wide variety of industrial applications for over a decade. EDWARDS DryStar MK2 features a powerful three-phase motor, pump head, and bearing assembly, which ensure a robust, efficient, and reliable operation. To reduce the risk of oil contamination, DryStar MK2 comes sealed to prevent contamination while providing a superior level of performance. The main motivation behind EDWARDS DryStar MK2's design was to create a user-friendly system that could provide superior performance and reliability. This is achieved through the use of a high-efficiency, three-phase motor as well as a robust bearing assembly that can support elevated loads. An oversized pump head is also integrated to ensure the removal of condensation and air entrained in the oil. In addition, DryStar MK2 is designed to operate in both wet and dry environments. EDWARDS DryStar MK2 is designed to handle operating pressures up to 10 Torr (1.133mbar) with a flow rate up to 70 m3/h (14 cfm). It is compatible with a variety of operating fluids, including hydrocarbons such as diesel, kerosene, and gasoline, as well as non-volatile fluids such as antifreeze, glycerin, and polyethylene glycol. DryStar MK2 also incorporates an automatic shutoff system that prevents the pump from spinning up when not in use. This helps to conserve energy and reduce user costs. Overall, EDWARDS DryStar MK2 is a dependable, efficient, and user-friendly vacuum pump that is designed to provide superior performance and reliability for a wide variety of applications, including water vaporization, rough pumping, and air pumping. Its oversized pump head, three-phase motor, and robust bearing assembly ensure a reliable and efficient operation, while its automatic shutoff system helps conserve energy and reduce user costs.