Used EDWARDS EDP200 #9267060 for sale

EDWARDS EDP200 vacuum pump is a high performance dual-stage, oil-sealed rotary vane pump capable of achieving an ultimate pressure of 1 x 10-3 mbar. Featuring innovative inlet porting technology, EDP200 delivers outstanding pumping speeds to meet higher productivity requirements. The pump is designed for pumping of vapors and gases as well as condensable vapors from a variety of processes, and boasts a unique, high-efficiency inlet porting technology to reduce pulsation and ensure smooth operating performance. EDWARDS EDP200 features a single-piece aluminum casing with an integral gas ballast valve and drain port. This design ensures the highest level of vibration and noise reduction while increasing the life of the pump. The oil-cooled two-stage motor comes with an integrated thermal switch to monitor the motor temperature and protect it from overheating. EDP200 can be operated in electric, pressure or volume control modes. The robotically welded, corrosion resistant stainless steel inlet and outlet ports provide reliable operation in high temperature and corrosive applications. The inlet porting technology increases the air/vapor and gas flow efficiency allowing EDWARDS EDP200 to reach ultimate vacuum levels faster. The two-stage design and CoVac™ coated slotted V-rings give EDP200 superior performance and ultimate vacuum levels even in a contaminated environment. The wide anodized and painted end plates help provide the necessary protection for the vacuum pump from aggressive gases and corrosive chemicals. EDWARDS EDP200 is designed for durability and long life cycles. The cast iron, heat-treated mechanical seal assembly ensures reliable, leak-free operation for an extended time. EDP200 is designed for use in general laboratory, semiconductor, R&D, vacuum process, and high-end research applications. The compact size and low power consumption make this vacuum pump suitable for both stationary and mobile applications. EDWARDS EDP200 provides an ideal combination of performance and reliability.