Sharples DS-706 Super-D-Canter centrifuge, 316SS.

Max bowl speed 2600 RPM, 2780 G's, 360 degree cake discharge, 10" single lead conveyor with STC tiles and STC feed zone, moon liquid plate dams, SS casings and chutes, feed tube, 95:1 gearbox, lube system, 300 HP motor 460/3/60/1790 RPM, backdrive stand (no motor), vibration switch, safety guards. 1992 vintage. Very good condition.

The Sharples DS-706 Super-D-Canter centrifuge, 316SS, is engineered for high-efficiency separation processes, making it an ideal choice for industries that require reliable performance in challenging applications. With a maximum bowl speed of 2600 RPM and the capability to generate up to 2780 G's, this centrifuge excels in separating solids from liquids with precision. The 360-degree cake discharge system ensures that the solids are efficiently removed from the bowl, minimizing downtime and maximizing productivity. The integrated 10-inch single lead conveyor, equipped with STC tiles and an STC feed zone, enhances the feeding process, allowing for smooth and consistent material flow. This design not only improves operational efficiency but also extends the lifespan of the equipment by reducing wear and tear on critical components.

Constructed with high-quality 316 stainless steel, the Sharples DS-706 is built to withstand the rigors of industrial environments, providing durability and corrosion resistance. The inclusion of moon liquid plate dams further optimizes the separation process by controlling the flow of liquid, ensuring that the desired separation is achieved with minimal loss. The robust 95:1 gearbox and a powerful 300 HP motor operating at 460/3/60/1790 RPM deliver the necessary torque and speed for effective operation. Additionally, the backdrive stand enhances the safety and reliability of the system, while the vibration switch and safety guards provide an added layer of protection for operators. With its 1992 vintage, this centrifuge has been maintained in very good condition, making it a reliable investment for businesses looking to enhance their separation capabilities.