Auto Discharging Centrifuge
Automatic Centrifugal Cleaning of Coolants, Oils, and other Industrial Fluids without the use of filter media.
The Turbo-Separator T15-2 Auto Self Cleaning Centrifuge is a versatile automatic solids discharging centrifuge that recycles grinding and polishing fluids by removing the 1-10 micron particles within the fluid. The centrifuge has a process rate of up to 25 GPM with a solids removal rate up to 22 Lbs/Hour of sludge or swarf. Systems are designed for use with a single CNC or in-line with a large central manufacturing cell.
The unit utilizes centrifugal force to perform the liquid/solids separation and automatically discharges the dewatered (relatively moisture free) solids via a timer cycle or by automatically sensing rotor weight and vibration. Its rugged industrial design makes it suitable for removing highly abrasive solids such as metallic and ceramic fines from process liquids. This unit contains a variable frequency drive with a dynamic braking system reducing the discharge cycle time of the centrifuge bowl.
The T15 can be supplied as a standalone unit, or combined with additional process equipment.
Maintains fluid clarity without the use of expensive filter cartridges
Minimizes fluid replacement
Minimizes waste disposal by generating relatively moisture free solids
Requires minimal operator attendance and maintenance
Significantly reduces downtime for tank and sump clean outs
Proprietary Drain Nozzels
Quick Stop Dynamic Braking
Custom Designed Scraper Blades
Benefits:
High Bowl speed guarantees maximum separation efficiency
The Turbo T15 uses no consumable media
High speed dewatering reducing solids disposal volume
Metal Cutting and Grinding
Ceramic and Glass Grinding
Recycle Polishing and Finishing Fluids
Dewater Vibratory and Tumbling Wastes
Below is all information pertaining to the Auto Discharging Centrifuge:
T15-2 Self Cleaning Turbo Separator
Cannot find the configuration you are looking for? We would be happy to issue you a formal quote with exactly what you need.
