Used EDWARDS iQDP80 / QMB500 #293762793 for sale

EDWARDS iQDP80 / QMB500 is a high-performance, industrial-grade rotary vane pump. It is capable of providing a high flow rate, of up to 5m3/h, with a wide range of working pressures. It is designed for heavy-duty, continuous operation and is exceptionally energy-efficient, making it a great choice for a wide range of pumping applications. The design of EDWARDS IQDP80/QMB500 features a single-stage, incorporating an all-metal construction, and offers smooth and quiet operation. Its dual rotors provide exceptional volumetric flow, with a range of pressures up to 0.95MPa. Its dimensions are 450mm wide, 450mm high and 150mm deep, making it a compact and versatile pump. Equipped with a high-speed motor, IQDP80+QMB500 can provide a flow rate of up to 5m3/h and a maximum pressure of 0.95MPa. It is designed with a reinforced aluminum housing for improved resistance to wear and tear, as well as vibration dampening for quieter operation. A generously sized fan assists in cooling the pump during sustained use. EDWARDS IQDP 80 +QMB 500 is capable of boosting low-pressure vacuum systems, offering outstanding attention to details, such as low-vibration mechanical components and a low-noise discharge port. It is also able to achieve fast response times and precise control of outlet pressures. It includes a pressure transducer which provides precise control of flows and pressures and makes it suitable for rigorous operations. EDWARDS IQDP 80 + QMB 500 offers outstanding service life in demanding industrial application. Its rigid structure and robust design mean it can withstand tough jobs, with shafts and bushings made of hardened stainless steel to ensure long-lasting performance and reliability. The pump is also built to ensure compatibility with a broad range of liquids, including aggressive chemicals and vapors. All in all, IQDP 80 + QMB 500 is an ideal pump for many heavy-duty industrial applications. It offers robust and reliable construction, a broad range of pressures and flows, as well as advanced energy-saving features and exceptional response time, making it an ideal choice for a wide range of processes.