Escher-Wyss P-5/2 2-stage pusher centrifuge, 316SS.

Max bowl speed 1550 RPM, 800/660mm dia baskets, .20mm slotted screen gap, 55 KW main drive 415/3/50/1460 RPM, 11 KW pusher motor 415/3/50/960 RPM, feed pipe and sight glass, unitized on inertia base. Reconditioned to "as new." Located in UK.

The Escher-Wyss P-5/2 2-stage pusher centrifuge, 316SS. is engineered for high-efficiency separation processes in various industrial applications. With a maximum bowl speed of 1550 RPM, this centrifuge is capable of handling substantial volumes of material while maintaining optimal separation performance. The unit features baskets with diameters of 800/660mm, designed to accommodate a wide range of feed materials. The .20mm slotted screen gap ensures precise filtration, allowing for the effective separation of solids from liquids, which is crucial in industries such as chemical processing, food production, and pharmaceuticals. The robust 55 KW main drive, operating at 415/3/50/1460 RPM, provides the necessary power to achieve high throughput, while the 11 KW pusher motor, functioning at 415/3/50/960 RPM, ensures consistent material movement through the centrifuge, enhancing operational efficiency and reliability.

Constructed with 316 stainless steel, the Escher-Wyss P-5/2 is designed to withstand the rigors of demanding industrial environments, offering excellent corrosion resistance and durability. This makes it particularly suitable for applications involving aggressive chemicals or high-temperature processes. The unitized design on an inertia base minimizes vibrations during operation, contributing to a longer lifespan and reduced maintenance requirements. Additionally, the inclusion of a feed pipe and sight glass allows for easy monitoring of the feed process, ensuring that operators can maintain optimal conditions for separation. Reconditioned to 'as new' standards, this centrifuge not only meets but exceeds industry expectations for performance and reliability, making it a valuable asset for any facility looking to enhance its separation capabilities.