Used EDWARDS QMB1200F #9231784 for sale

EDWARDS QMB1200F is a mechanical booster pump designed to provide high pressure liquid flow and delivery to meet a variety of your industrial, chemical, and water applications. It's features a robust stainless steel construction, providing corrosion resistance and excellent durability. QMB1200F is designed to be used in harsh environments, making it ideal for offshore drilling applications. It's capable of operating up to 8,500 psi (58.1 MPa) and temperatures up to 200°F (93°C). It has a dual Port (IN/OUT) design with a double seal system, offering top performance and preventing product contamination. The pumps have a dual motor layout, two flange connection points, and a unique Paddle blade design that provides maximum efficiency. EDWARDS QMB1200F features a unique flow control technology that allows it to generate powerful flow rates and to precisely manage these flows. It has a maximum flow rate of 110 GPM (417 l/h) and is capable of up to 10 turns per minute (rpm). The design also features an electronic take off, allowing the user to manage the pumping conditions from a remote location. QMB1200F is designed with user-friendly controls, making it easy to operate and monitor. It has an intuitive touch screen interface that provides constant monitoring of statuses and temperatures. It also has dual inlet/outlet valves for precise flow control, allowing for maximum efficiency. EDWARDS QMB1200F is designed for long service life and is equipped with an automated self-diagnosis system with a status monitoring system. It is built in accordance with NSF/ANSI standards for drinking water safety and also has a number of API certifications. It is also easy to maintain and repair, with parts readily available in the aftermarket. Overall, QMB1200F is a robust, highly durable booster pump that is designed for use in extreme environments. It is capable of delivering high pressure liquid flow and excellent performance with exacting control. It provides reliable operation and is easy to maintain for increased reliability and safety.