M – Macerator
Built to Shred Solid or fibrous components in pumped media can quickly represent a hazard
The patented Smart Conveying Technology (SCT) ensures the fastest maintenance possible resulting in reduced downtime and significantly reduced life cycle costs in virtually all market sectors. The Smart Stator and Rotor are both manufactured in two pieces allowing the pump to be maintained without the need to remove either the suction or discharge pipe work resulting in an 85% reduction in maintenance times.
The unique design of SCT enables the sealing line between the rotor and stator to be adjusted to suit the required application and also to compensate when wear starts to occur, typically resulting in more than doubling the life of the rotor and stator.
0.3–134 m³/h
1.3–590 US gpm
≤ 8 bar
≤ 120 psi
Reduction in maintenenance time by up to 85%
Two-piece Smart Stator and Rotor allow the pump to be maintained in place without the need to remove the suction or discharge pipe work or the use of any special tools
Free molded stator halves can be easily recycled due to the lack of the stator tube.
Replacment of the rotor does not require additional universal joint components or lubricants
As SCT pumps do not require any pipework to be removed during maintenance, additional ‘spool’ pieces are not required to be fitted reducing installation costs and overall footprint
Integrated retensioning device resulting in up to 200% increase in the life of the rotor and stator
High energy and performance efficiency due to the in-built retensioning device which allows the the clamp between the rotor and stator to be adjusted for optimum performance
The SCT Retrofit-Kit allows an existing conventional tube stator pump to be upgraded without the need to modify the pipework or base plate
Built to Shred Solid or fibrous components in pumped media can quickly represent a hazard
Continuous Ongoing Developing The patented Smart Conveying Technology (SCT) ensures the fastest maintenance possible resulting
The Universal Basis The N module forms the robust basis for all SEEPEX progressive cavity