Used EDWARDS iQDP80 / QMB250 #293762796 for sale

EDWARDS iQDP80 / QMB250 is a high performance, variable speed, lubricated mechanical recirculation pump. The pump is capable of delivering elegant, high-precision flows in industrial applications and is particularly ideal for use in critical processes where excellent flow rates and high accuracy are required. EDWARDS IQDP80/QMB250 consists of a sealing structure, a rotating assembly, and a drive. The sealing structure provides low velocity and low pressure capabilities, ensuring reduced noise and vibration. The rotating assembly is designed with a combination of high-speed impeller and multiple-chamber convoluted design, which optimizes efficiency, reliability and control. The drive system is designed to deliver precise bearing load via an internal bearing guard, for increased reliability and durability. At the heart of IQDP80+QMB250 is its advanced AccelControl™ software, which is designed to maximize flexibility and efficiency through the pump control. The software allows the user to select control functions such as speed control and speed response, as well as access data such as pump performance and warning functions. Internal temperature sensors also provide real-time monitoring of the system, reducing the need for external monitoring and maintenance. EDWARDS IQDP 80 +QMB 250 is an exceptionally reliable pump, designed for process applications requiring high-precision flow rates. The pump also features low noise and vibration levels thanks to its enclosed housing and bearing guard. The pump can also be integrated with numerous ancillary modules for application flexibility, including leak and pressure sensors. IQDP 80 +QMB 250 is an extremely reliable and versatile pump, with an advanced AccelControl™ control system, low noise and vibration levels, variable speed, and flexibility to adapt to a wide range of industrial applications. The pump is suitable for process applications in industries such as pharmaceuticals, semiconductor and food production, where metering and precise flow are required.