(2) Heinkel HF 600 Inverting Filter centrifuges, 316SS.

Max bowl speed 1936 RPM, 1250 x G, 0.45 sqM filter area, max volume 52 L, max load 65 kg. Pharmaceutical grade finish, EPDM seals and polypropylene filter cloth. Hydraulic motor and pumping unit with 30 KW motor 380/3/50/1450 RPM, 4 KW inverting mechanism motor, 1 HP feed pump motor, vibration dampers and PLC control panels, mounted on a stand. 1981 and 1983 vintage. Excellent condition. Located in Europe.

The (2) Heinkel HF 600 Inverting Filter centrifuges, 316SS. are engineered for high-performance separation processes in various industrial applications, particularly in the pharmaceutical sector. With a maximum bowl speed of 1936 RPM and a centrifugal force of up to 1250 x G, these centrifuges are designed to efficiently handle a maximum volume of 52 liters and a load capacity of 65 kg. The pharmaceutical-grade finish ensures compliance with stringent industry standards, making these units ideal for environments where hygiene and product integrity are paramount. The use of EPDM seals and polypropylene filter cloth further enhances their suitability for processing sensitive materials, providing a reliable barrier against contamination while maintaining optimal filtration performance.

Equipped with a robust hydraulic motor and pumping unit, the (2) Heinkel HF 600 Inverting Filter centrifuges, 316SS. feature a powerful 30 KW motor operating at 380/3/50/1450 RPM, ensuring consistent and reliable operation. The inverting mechanism is driven by a dedicated 4 KW motor, allowing for efficient product discharge and minimizing downtime during operation. Additionally, these centrifuges include a 1 HP feed pump motor, vibration dampers, and PLC control panels for precise control and monitoring of the filtration process. The units are mounted on a sturdy stand, providing stability and ease of access for operators. With their vintage dating back to 1981 and 1983, these centrifuges have been maintained in excellent condition, making them a valuable addition to any industrial facility looking to enhance its separation capabilities.