USED 1997 TURBO T-14-2
Overview
Description
Turbo Micro Separator 40 GPM Centrifuge | Model T-14-2 | 480VThe Turbo Micro Separator T-14-2 is an industrial-grade centrifugal filtration system designed for the continuous, media-free removal of fine solids from coolants, oils, and process fluids. By utilizing high-speed centrifugal force, this unit effectively separates contaminants down to 2–5 microns, discharging them into a removable liner and eliminating the recurring costs of paper or cartridge filters.This specific unit (S/N 1482 2311) is a 1997 build, engineered for high-demand environments requiring a 480V power supply. Ideal for grinding, honing, and glass-working applications, the T-14-2 offers a compact footprint with the capacity to handle flow rates up to 40 GPM. With its proven durability and simple manual-clean design, this Turbo-Separator is a "plug-and-play" solution for significantly extending the life of your industrial fluids and reducing disposal waste.Technical SpecificationsManufacturer: Turbo-Separator AG / Sanborn TechnologiesModel: T-14-2Serial Number: 1482 2311Year of Manufacture: 1997Flow Rate: Up to 40 GPM (150 L/min)Rotor Speed: 3,000 RPM (Max/Min)Sludge Capacity: ~3.7 GallonsPower Requirements: 480V, 3 Phase, 60 HzConstruction: Heavy-duty carbon steel frame with aluminum/stainless rotorApproximate Weight: 550 lbsKey FeaturesHigh-Efficiency Separation: Centrifugal force spins out metallic and non-metallic particles (steel, carbide, glass) into a consolidated "cake" for easy disposal.Filter-Free Operation: No consumable filter media required, lowering operational overhead and simplifying maintenance schedules.Manual Clean System: Features a removable bowl liner that can be emptied in minutes, keeping downtime to a minimum.Industrial Reliability: Designed for 24/7 operation in metalworking and finishing shops; the 1990s builds are particularly favored for their heavy-duty electrical components.Compact Footprint: Easily integrates into existing coolant sumps or centralized fluid management systems.

