Westfalia KA 30-06-576 chamber bowl centrifuge, 316SS.

Max bowl speed 4610 RPM, 6 chambers, rated @ 15,000 LPH. 15 HP XP motor 460/3/60/1750 RPM and control panel. 1975 vintage. Very good condition.

The Westfalia KA 30-06-576 chamber bowl centrifuge, 316SS. is engineered for high-efficiency separation processes, making it an invaluable asset in various industrial applications. With a maximum bowl speed of 4610 RPM and a robust capacity rated at 15,000 liters per hour (LPH), this centrifuge is designed to handle substantial volumes of liquid while ensuring optimal separation of solids and liquids. The six-chamber configuration enhances its operational efficiency, allowing for continuous processing and reduced downtime, which is crucial for industries that require consistent throughput and reliability.

Powered by a 15 HP explosion-proof motor, operating at 460V, 3-phase, 60 Hz, and 1750 RPM, the Westfalia KA 30-06-576 is built to perform under demanding conditions. The inclusion of a control panel facilitates user-friendly operation, enabling operators to monitor and adjust settings with ease. Despite its vintage status from 1975, this centrifuge has been maintained in very good condition, showcasing the durability and longevity of Westfalia's engineering. Its construction from 316 stainless steel not only ensures resistance to corrosion but also enhances the hygiene standards necessary for food, pharmaceutical, and chemical applications.

In addition to its impressive specifications, the Westfalia KA 30-06-576 chamber bowl centrifuge is designed for ease of maintenance, which is a critical factor in minimizing operational interruptions. Regular maintenance can be performed without extensive downtime, allowing for quick inspections and servicing. This feature is particularly beneficial for facilities that rely on continuous operation and cannot afford lengthy shutdowns. The combination of high-speed performance, durable construction, and ease of maintenance makes this centrifuge a reliable choice for industries looking to enhance their separation processes.