Alfa-Laval FOODEC 219 sanitary decanter centrifuge, 316SS.

Max bowl speed 4400 RPM, 3030 G's, 11 x 49.6" bowl ID. 100mm single lead hardsurfaced conveyor, 15 KW motor 415/3/50/2920 RPM, 97:1 1.5 kNm gearbox, ECB backdrive, feed tube, guard, vibration isolators/switch, mounted on a stand with chutes. Includes casing spray headers with flush nozzles, bowl drain plug and CIP jogging motor. 2005 vintage. Very good condition. FCA India.

The Alfa-Laval FOODEC 219 sanitary decanter centrifuge, 316SS, is engineered to provide high-efficiency separation in various food processing applications. With a maximum bowl speed of 4400 RPM and a centrifugal force of 3030 G's, this decanter is capable of handling large volumes of liquid while ensuring optimal separation of solids and liquids. The bowl, measuring 11 x 49.6 inches in diameter, is designed for robust performance and longevity, constructed from high-quality 316 stainless steel to withstand the rigors of industrial environments. The 100mm single lead hardsurfaced conveyor enhances the separation process, allowing for the effective removal of solids while minimizing wear and tear on the equipment.

Powering the Alfa-Laval FOODEC 219 is a 15 kW motor operating at 415V/3/50Hz with a speed of 2920 RPM, ensuring reliable and consistent performance. The 97:1 gearbox with a 1.5 kNm rating, combined with the ECB backdrive, provides a seamless transfer of power, optimizing the centrifuge's operational efficiency. The inclusion of a feed tube, guard, and vibration isolators/switch enhances safety and operational stability, while the mounted stand with chutes facilitates easy integration into existing processing lines. Additionally, the centrifuge is equipped with casing spray headers featuring flush nozzles, a bowl drain plug, and a CIP jogging motor, which simplifies maintenance and cleaning processes, ensuring compliance with sanitary standards. With its 2005 vintage and very good condition, this unit represents a valuable investment for food processing operations looking to enhance their separation capabilities.