Description:
Max bowl speed 2200 RPM, 2700 x G, 1000 x 3800mm = 39.4 x 149.6" bowl ID. 6/10º compound beach angle, 360 degree cake ports with STC wear protection, adjustable liquid dams, 9" single lead STC-tiled conveyor, 80:1 60 kNm DD gearbox, 350 HP motor 460/3/60/1750 RPM, 150 HP backdrive, guard, feed tube, vibration switch/isolators, on stand with chutes. Very good condition. Equivalent to: Andritz A10-4. Designed for oil sands tailings and fine solids dewatering.
The Alfa-Laval LYNX 1000 drilling mud decanter centrifuge, Duplex/316SS. is engineered to deliver superior performance in the demanding environments of oil sands tailings and fine solids dewatering. With a maximum bowl speed of 2200 RPM and a centrifugal force of 2700 x G, this decanter centrifuge is capable of efficiently separating solids from liquids, ensuring optimal recovery and minimal waste. The bowl dimensions of 1000 x 3800mm (39.4 x 149.6 inches) provide ample capacity for handling substantial volumes of drilling mud, making it an ideal choice for large-scale operations. The 6/10º compound beach angle and 360-degree cake ports equipped with STC wear protection enhance the machine's efficiency and longevity, allowing for consistent performance even under heavy loads.
The design of the Alfa-Laval LYNX 1000 incorporates adjustable liquid dams and a 9-inch single lead STC-tiled conveyor, which work in tandem to optimize the separation process. The robust 80:1 60 kNm direct drive gearbox ensures reliable power transmission, while the 350 HP motor (460/3/60/1750 RPM) and 150 HP backdrive provide the necessary torque for effective operation. Safety features such as guards, a feed tube, and vibration switch/isolators are included to protect both the equipment and operators. The centrifuge is mounted on a stand with chutes, facilitating easy integration into existing systems. With its very good condition and performance equivalent to the Andritz A10-4, the Alfa-Laval LYNX 1000 is a reliable solution for industries seeking to enhance their dewatering processes and improve operational efficiency.
Key Features:
High-Speed Performance, Durable Construction, Efficient Separation, Safety Features, Easy Integration
