Alfa-Laval NX 414B-31G decanter centrifuge, 316SS.

Max bowl speed 4000 RPM, 3157 x G, epicentric liquid dams, 110mm single lead hardsurfaced conveyor, wear protected discharge ports, 15 KW motor 400/3/50/3000 RPM, 159:1 gearbox, 4 KW backdrive, feed tube, guards, vibration switch/isolators and chutes on stand. 1978 vintage. Reconditioned with 6 month mechanical warranty. FCA Europe

The Alfa-Laval NX 414B-31G decanter centrifuge, 316SS., is engineered for high-performance separation processes, making it an essential piece of equipment in various industrial applications. With a maximum bowl speed of 4000 RPM and a centrifugal force of 3157 x G, this decanter centrifuge is designed to efficiently separate solids from liquids, ensuring optimal product quality and process efficiency. The epicentric liquid dams enhance the separation process by effectively controlling the flow of liquids, thereby improving the overall performance of the machine. The robust 110mm single lead hardsurfaced conveyor is built for durability, providing reliable operation even under demanding conditions. The wear-protected discharge ports further extend the lifespan of the equipment, reducing maintenance needs and downtime, which is crucial for maintaining productivity in industrial settings.

Powering the Alfa-Laval NX 414B-31G decanter centrifuge, 316SS., is a 15 KW motor, operating at 400/3/50/3000 RPM, coupled with a 159:1 gearbox that ensures optimal torque and efficiency. The inclusion of a 4 KW backdrive enhances the machine's operational flexibility, allowing for effective handling of varying feed conditions. Safety and reliability are paramount, and this centrifuge is equipped with essential features such as guards, vibration switch/isolators, and chutes on the stand, ensuring safe operation in any environment. This reconditioned unit, dating back to 1978, comes with a 6-month mechanical warranty, providing peace of mind for buyers. With FCA Europe shipping, this centrifuge is ready to be integrated into your production line, delivering high-quality separation with minimal operational disruption.