Used EDWARDS iXL500Q #9205130 for sale

EDWARDS iXL500Q is a highly efficient, state-of-the-art cryogenic pump ideal for use in cryogenic applications. This fast-cycling pump features a compact build and direct drive motor that allows for an improved energy efficiency. The multi-stage design of EDWARDS IXL 500Q includes a robust motor, mechanical seals and vacuum-resistant components. This cutting-edge pump is capable of providing consistently accurate circulation of low-temperature fluids across a wide range of temperatures while offering quieter operation and excellent vapor handling capabilities. IXL 500 Q features a direct drive motor which means that the motor and the pump are both contained in the same unit, resulting in a smaller footprint and improved efficiency. The pump also includes a wide range of safety features like dual gas tight seals to prevent cross-contamination, as well as a range of inlet and outlet pressure regulating valves to maintain the circulation of the cryogenic fluid. EDWARDS IXL 500 Q also features a gas-tight cover which ensures that any leakages are safely contained within the unit. Finally, the pump features a variety of diagnostic sensors to monitor pressure levels, temperature, flow rate, and temperature accuracy, ensuring the highest level of safety and reliability. IXL500Q boasts a range of features which make it ideal for a wide range of cryogenic applications. These features include a low starting torque, making it easier to start up and operate. It also features a wide variety of flow rate ranges for different applications, as well as adjustable speed and pressure control. In addition to these features, IXL 500Q has an easy integration with existing systems which means that there is less downtime when working with external machines and systems. Overall, EDWARDS iXL500Q is an ideal cryogenic pump for a variety of applications. Its small size, high efficiency, and adjustable speed and pressure control make it an ideal choice for industrial applications where time and money are of the essence. Furthermore, its reliability, safety features, and ability to integrate with existing systems make it ideal for a wide range of industry applications.