Used EDWARDS iQDP80 / QMB500 #9199782 for sale

Manufacturer
EDWARDS
Model
iQDP80 / QMB500
ID: 9199782
Dry pumping systems With mechanical boosters.
EDWARDS iQDP80 / QMB500 Pump is a highly advanced, dual stage joint high vacuum and variable flow pump system. It is designed for demanding and challenging applications and can be used in laboratories, manufacturing and research facilities, and more. The pump system includes the main compressor and a vacuum chamber for mounting. The two-stage iQDP80 features direct-drive pumps powered by two brushless motors, and the dual-stage QMB500 uses two separately driven pumps. Both pumps feature ultra-low vibration and sound levels, and offer high performance in a wide range of medium vacuum applications. The iQDP80 is equipped with a digital controller to monitor and control its parameters and performance, while the QMB500 features an advanced controller that monitors, optimizes, and controls performance. Both controllers are integrated with a main processor and a full-color touch screen display. The user-friendly digital controller also allows for a wide variety of user-selectable parameters suitable for any application. EDWARDS iQDP80 provides an excellent range of pressures from 10-760 mbar, and can reach ultimate pressures as low as 6 x 10- 11 mbar. Its two-stage pumping action provides extremely efficient performance, and features a high vacuum capacity of 12 cubic meters per hour in continuous operation. EDWARDS QMB500 operates between pressures of 50-760 mbar and can reach ultimate pressures as low as 5 x 10-10 mbar. It also offers nine different pumping speeds and is capable of continuous operation up to 30 cubic meters per hour. EDWARDS iQDP80 and QMB500 offer reliable and cost-effective solutions for a wide range of applications. Their advanced technology provides smooth operation, high reliability, and low wear and tear. Thanks to the integrated digital controllers, users can easily monitor the pumps' performance and optimize their settings for maximum efficiency. This makes them perfect for demanding applications requiring maximum performance and energy efficiency.
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