(2) Krauss-Maffei HZ 125/2.5 peeler centrifuges, 1.4571 SS.

Max bowl speed 1200 RPM, 1030 x G, 2.5 sq m filter area discharge chute, feed control system, hydraulic power pack, manual grease lubrication, spring and damper elements, purging of bearing seals. Drive and control unit not included. 1968 vintage. FCA Europe. Reconditioned by OEM with full mechanical warranty.

The (2) Krauss-Maffei HZ 125/2.5 peeler centrifuges, 1.4571 SS. are engineered to deliver high efficiency and reliability in various industrial applications, particularly in the food processing and chemical industries. With a maximum bowl speed of 1200 RPM and a centrifugal force of 1030 x G, these centrifuges are designed to effectively separate solids from liquids, ensuring optimal product quality and yield. The generous 2.5 square meter filter area allows for efficient filtration and discharge, making these units ideal for handling large volumes of material. The integrated feed control system enhances operational efficiency by providing precise control over the feed rate, which is crucial for maintaining consistent processing conditions and achieving desired separation results.

These centrifuges are equipped with a hydraulic power pack that ensures reliable operation, while the manual grease lubrication system simplifies maintenance and prolongs the lifespan of the equipment. The inclusion of spring and damper elements provides stability during operation, reducing vibrations and enhancing overall performance. Additionally, the purging of bearing seals is a critical feature that helps maintain the integrity of the centrifuge by preventing contamination and ensuring a clean working environment. Although the drive and control unit are not included, these centrifuges have been reconditioned by the OEM, guaranteeing that they meet stringent quality standards and come with a full mechanical warranty. This vintage 1968 model has been meticulously restored to ensure that it operates like new, making it a reliable choice for businesses looking to enhance their processing capabilities.