Sharples P1000 Super-D-Canter centrifuge, 316SS.

Max bowl speed 3250 RPM, 2100 G's, 10 degree conical bowl, adjustable dam plates, 4.25" double lead hardsurfaced conveyor, 165:1 gearbox, 20 HP motor 220/440/3/60/1775 RPM, 5 HP backdrive, vibration switch/isolators, guards, feed tube. Unitized on a stand with chutes. Very good condition.

The Sharples P1000 Super-D-Canter centrifuge, 316SS. is engineered for high efficiency and robust performance in various industrial applications. With a maximum bowl speed of 3250 RPM and generating forces of up to 2100 G's, this centrifuge is designed to separate solids from liquids with exceptional precision. The 10-degree conical bowl shape enhances the separation process, allowing for optimal sedimentation and clarification. The adjustable dam plates provide flexibility in operation, enabling users to fine-tune the separation process according to the specific requirements of their materials. This adaptability makes the Sharples P1000 an invaluable asset in industries such as food processing, pharmaceuticals, and wastewater treatment, where precise separation is critical for product quality and compliance with regulatory standards.

Constructed from high-quality 316 stainless steel, the Sharples P1000 Super-D-Canter centrifuge is built to withstand the rigors of industrial use while maintaining corrosion resistance. The 4.25-inch double lead hardsurfaced conveyor ensures efficient material transport, while the 165:1 gearbox and 20 HP motor provide reliable power and torque for consistent operation. The unit is equipped with a 5 HP backdrive, which enhances the overall efficiency and performance of the centrifuge, particularly during startup and shutdown phases. Safety features such as vibration switch/isolators and guards are integrated into the design, ensuring safe operation for personnel and minimizing the risk of equipment damage. The unitized design on a stand with chutes facilitates easy installation and maintenance, making the Sharples P1000 a practical choice for facilities looking to optimize their separation processes.