Barrett Centech 1000 system with 125 Clarifuge, SS.

Rated @ 2-4 GPM. Aluminum casing. For contaminated cutting oil or coolant with little or no tramp oil. Sludge-bearing liquid is pumped to the 2 HP Clarifuge where sludge is removed @2100 Gs, liquid flows back to the 170 gal clarifier tank and is recirculated through the Clarifuge for the time required to obtain the clarity and aeration necessary for reuse. When clarification is complete, the fluid is removed by the transfer pump. Complete with NEMA 12 control panel and circulating pump. Fully tested, cycled and operational.

The Barrett Centech 1000 system with 125 Clarifuge, SS. is engineered to provide an efficient solution for the management of contaminated cutting oils and coolants. With a rated capacity of 2-4 gallons per minute (GPM), this system is designed to handle sludge-bearing liquids effectively, ensuring that your operations maintain optimal fluid clarity and performance. The robust aluminum casing not only offers durability but also enhances the system's resistance to corrosion, making it suitable for various industrial environments. The Clarifuge operates at an impressive 2100 Gs, allowing for the rapid separation of sludge from the liquid, which is critical for maintaining the quality of your cutting fluids and prolonging their lifespan in the machining process.

Once the sludge is separated, the clarified liquid is directed back into the 170-gallon clarifier tank, where it is recirculated through the Clarifuge. This continuous process ensures that the fluid is aerated and clarified to the desired level, making it ready for reuse in your operations. The system is equipped with a transfer pump that efficiently removes the clarified fluid once the clarification process is complete, streamlining the workflow and reducing downtime. The inclusion of a NEMA 12 control panel allows for easy operation and monitoring, ensuring that users can manage the system with minimal training. Each unit is fully tested, cycled, and operational before delivery, providing confidence in its performance and reliability in demanding industrial settings.