Key features
Piranha cutting system provides optimum, blockage-free operation
Specially designed for private and domestic applications
Unique shredding system capable of shredding items such as cloths and plastic bags
Efficient pumping of wastewater containing sewage
Small diameter discharge – DN32 (internal thread G 1¼ inch)
Adjustable bottom plate – the optimum clearance between the bottom plate and the impeller can easily be adjusted
Cable plug – quick and easy changing or repair of the power cable
Downloads
Specifications (.pdf)
Specifications
Flowrate Max. |
120 L/min |
Head Max. |
21m |
Impeller Type |
Piranha cutting system |
Power |
1.41 kW |
Voltage |
220-240v 1~ |
Speed |
2900 RPM |
Construction |
Cast Iron / Stainless Steel |
Discharge Size |
1¼ Inch |
Pumped medium |
Waste water with soft solids |
Cable |
5 or 10m |
Weight |
18 Kg |
Dimensions (H x W x L) |
420mm x 170mm x 265mm |
Flowrate Max. |
120 L/min |
Head Max. |
21m |
Impeller Type |
Piranha cutting system |
Power |
1.34 kW |
Voltage |
400v 3~ |
Speed |
2900 RPM |
Construction |
Cast Iron / Stainless Steel |
Discharge Size |
1¼ Inch |
Pumped medium |
Waste water with soft solids |
Cable |
5 or 10m |
Weight |
18 Kg |
Dimensions (H x W x L) |
420mm x 170mm x 265mm |
Technical data
Piranha 08 fitted with MF modular motor
High quality silicon carbide (SiC/SiC) mechanical seal
Motor-side sealing provided by an oil lubricated lip seal arrangement
Thermal sensors
Lubricated-for-life, heavy-duty, ball bearings
Stainless steel rotor shaft supported in lubricated-for-life ball bearings
Single-phase fitted with Schuko plug; three-phase with CEE plug
Built-in capacitor
Piranha cutter
The Piranha cutter system features a completely different concept in grinder pump design, The design consists of a lobed rotor cutting element attached to a centrifugal impeller working in tandem with a stationary cutting element fastened to a spiral-grooved bottom plate.
The lobed rotor turns inside the stationary cutter designed with wave-shaped castellations. The number of waves is one less than the number of lobes on the rotor. This causes an opening to be formed between the rotor and stationary cutter.
The normal pumping action of the impeller causes water and solids to flow into the cutting elements and as the solids are sheared into small particles, they are pumped by the impeller into the discharge pipe. Should any of the finely cut particles try to wedge between the impeller and bottom plate, the outward threaded spiral grooves will move them to the discharge.



