(2) Sharples PM-75,000 Super-D-Canter centrifuges, 316SS.

Max bowl speed 2600 RPM, 2780 x G, 360 degree cake discharge, 10" single lead conveyor with STC tiles and STC feed zone, half-moon plate dams, fiberglass top cover, feed tube, P180 95:1 gearbox, 175 HP motor 460/3/60/1785 RPM, 60 HP backdrive with stand, lube system, polymer feed tube, guards, vibration switch/isolators and PLC control panel with VFDs. 1984 vintage. Allow 18 weeks for reconditioning.

The (2) Sharples PM-75,000 Super-D-Canter centrifuges, 316SS are engineered for high-efficiency separation processes, making them ideal for various industrial applications. With a maximum bowl speed of 2600 RPM and a centrifugal force of 2780 x G, these centrifuges are capable of effectively separating solids from liquids, ensuring optimal product purity and yield. The innovative 360-degree cake discharge system enhances operational efficiency by allowing for continuous processing and minimizing downtime during cake removal. The inclusion of a 10" single lead conveyor equipped with STC tiles and an STC feed zone further streamlines the feeding process, ensuring that material is consistently and evenly distributed into the centrifuge for maximum separation performance.

Constructed from 316 stainless steel, these centrifuges are designed to withstand the rigors of industrial environments while providing excellent corrosion resistance. The robust P180 95:1 gearbox and 175 HP motor, operating at 460/3/60/1785 RPM, deliver powerful performance, while the 60 HP backdrive ensures reliable operation even under heavy loads. The advanced lube system, along with guards and vibration switch/isolators, enhances the longevity and safety of the equipment. Additionally, the PLC control panel with variable frequency drives (VFDs) allows for precise control over the centrifuge's operation, enabling users to optimize performance based on specific processing requirements. With a vintage of 1984, these units have been meticulously maintained and are scheduled for reconditioning, allowing for an expected lead time of 18 weeks before they are ready for deployment in your facility.