Description:
Max bowl speed 9600 RPM, 11,000 x G, rated @ 4000 LPH, max solids capacity 33 LPH, 0-100C temp range. Liquid discharged under pressure, low shear disc inlet design, 2.4 KW XP motor 400/3/60/3510 RPM with sludge cyclone and tools. Very good condition. Located in India.
The Alfa-Laval CHPX 404 TGP-61GY purifier/concentrator centrifuge, 316SS, is engineered for high-performance separation processes, making it an ideal choice for industries that require efficient liquid-solid separation. With a maximum bowl speed of 9600 RPM and a centrifugal force of 11,000 x G, this centrifuge is capable of handling a rated throughput of 4000 liters per hour. Its impressive solids capacity of 33 liters per hour ensures that it can effectively manage varying levels of solid content in the feed, providing versatility for different applications. The temperature range of 0-100°C allows for the processing of a wide variety of materials, making it suitable for both delicate and robust substances without compromising the integrity of the product being processed.
Designed with operational efficiency in mind, the Alfa-Laval CHPX 404 TGP-61GY features a low shear disc inlet design that minimizes product damage and ensures a gentle introduction of materials into the centrifuge. This is particularly beneficial for sensitive liquids that require careful handling. The liquid discharge is facilitated under pressure, which enhances the overall efficiency of the separation process and reduces the risk of contamination. The unit is powered by a robust 2.4 KW XP motor, operating at 400/3/60/3510 RPM, ensuring reliable performance even in demanding industrial environments. Additionally, the inclusion of a sludge cyclone and necessary tools enhances the operational capabilities of the centrifuge, making maintenance and cleaning processes straightforward and efficient. This centrifuge is in very good condition and is currently located in India, ready to be integrated into your production line.
Key Features:
High-Speed Performance, Durable Construction, Efficient Liquid Discharge, Low Shear Inlet Design, Robust Motor Power
