Used EDWARDS QDP40 #9394405 for sale

EDWARDS QDP40 is an industrial-grade rotary vane pump designed for high performance and superior air displacement for vacuum and pressure applications. It is an advanced, oil-lubricated pump, powered by a single-phase, three-phase or variable frequency motor. It provides a reliable and efficient displacement of 99 CFM up to 40 inches Hg. EDWARDS QDP 40 pump has an all-metal, robust design with heavy duty construction that is perfect for dependable operation in harsh industrial environments. The pump incorporates an integrated air-cooling system that protects the pump from overheating and keeps its temperature constant even when running continuously. It also has an optional liquid-cooling system to enhance its efficiency when used in demanding, high-speed applications. The pump can also be controlled by a variety of optional controllers and digital displays that allow for precise adjustment of the motor's displacement. The ability to adjust the flow rate of the motor makes it ideal for applications where the electrical current must be monitored and controlled. Additionally, special designs are available for cryogenic and sterile gases. QDP40 is also equipped with an integrated RFI/EMI filter. This filter suppresses electrical fields and increases motor stability during operation. The filter also provides resistance to water and dust, making it suitable for harsh and demanding environments. QDP 40 is versatile and highly efficient, making it suitable for a variety of applications. It is commonly used in chemical and industrial manufacturing processes, automotive production and Research and Development and Laboratory testing. It is UL, CE and CSA listed, providing users with peace of mind that it is a high-quality, approved product. Overall, EDWARDS QDP40 is an efficient and reliable pump, perfect for place in industrial settings. It can be customized to meet specific needs and is UL, CSA and CE listed for customer safety. It is durable, easy to install and adjusts in a safe, secure and accurate manner, making it equally useful for general industries and research and research-related applications.