Flottweg Z5E-4/441 slop oil tricanter centrifuge, 316SS.

Max bowl speed 3500 RPM, 3650 x G, 21" x 84" bowl ID. 8 degree beach angle, 7" single lead STC-tiled conveyor, 60 HP motor 460/3/60, 30 HP backdrive, 4.12 SIMP-Drive, planetary gearbox, on-the-fly adjustable pool depth arm, guards, polymer feed tube and PLC/HMI control panel with 2 VFDs and nitrogen purge capability. Very good condition. Exclusive.

The Flottweg Z5E-4/441 slop oil tricanter centrifuge, 316SS. is engineered for optimal performance in the separation of slop oil, providing a reliable solution for industries that require efficient liquid-solid separation. With a maximum bowl speed of 3500 RPM and an impressive centrifugal force of 3650 x G, this centrifuge is capable of handling a variety of slop oil applications. The 21" x 84" bowl ID ensures a substantial processing capacity, while the 8-degree beach angle facilitates effective separation of different phases, maximizing yield and efficiency. The single lead STC-tiled conveyor, measuring 7 inches, is designed to enhance the discharge of solids while minimizing wear and maintenance needs, making it an ideal choice for continuous operation in demanding environments.

Equipped with a robust 60 HP motor operating at 460/3/60 and a 30 HP backdrive, the Flottweg Z5E-4/441 ensures powerful performance and reliability. The advanced 4.12 SIMP-Drive planetary gearbox provides smooth operation and high torque, essential for maintaining optimal bowl speeds under varying loads. The on-the-fly adjustable pool depth arm allows for precise control over the separation process, accommodating changes in feed characteristics without the need for downtime. Safety and operational efficiency are further enhanced by the inclusion of guards, a polymer feed tube, and a PLC/HMI control panel featuring two variable frequency drives (VFDs) and nitrogen purge capability. This comprehensive control system not only simplifies operation but also allows for real-time monitoring and adjustments, ensuring that the centrifuge operates at peak efficiency at all times.