Carr ViaFuge 9003 PLT Pilot clarifier centrifuge, 316L SS.

Max bowl speed 10,840 RPM, rated @ 240 LPH, 2-40C temp. 316L SS construction with titanium bowl assembly, 1 HP motor 115/1/60/20A, NEMA 4X control panel, jacket rated @ full vacuum 100 PSI @ -20 - 300 degrees. Excellent condition.

The Carr ViaFuge 9003 PLT Pilot clarifier centrifuge, 316L SS. is engineered for high-performance separation processes, making it an essential piece of equipment for industries requiring efficient clarification and purification of liquids. With a maximum bowl speed of 10,840 RPM, this centrifuge is capable of achieving a remarkable throughput of 240 liters per hour (LPH), ensuring that operations can be completed swiftly without compromising on quality. The robust construction of 316L stainless steel, combined with a titanium bowl assembly, not only enhances durability but also provides excellent resistance to corrosion and wear, making it suitable for a variety of challenging applications, including food processing, pharmaceuticals, and chemical manufacturing. The temperature range of 2-40°C allows for versatility in processing different materials, ensuring optimal performance under various conditions.

Equipped with a powerful 1 HP motor and a NEMA 4X control panel, the Carr ViaFuge 9003 PLT is designed for ease of use and reliability. The control panel is built to withstand harsh environments, providing operators with a user-friendly interface to monitor and adjust settings as needed. The jacket is rated for full vacuum and can handle pressures up to 100 PSI, withstanding temperatures ranging from -20 to 300 degrees Fahrenheit. This feature is particularly beneficial for applications that require precise temperature control during the separation process. The centrifuge's excellent condition indicates that it has been well-maintained, ensuring that it will perform reliably in demanding industrial settings. Overall, the Carr ViaFuge 9003 PLT Pilot clarifier centrifuge is a robust and efficient solution for those seeking to enhance their liquid separation processes.