Beveron

The pinnacle in high flow pump design, the Beveron is suitable for new constructions as well as renovations of pumping stations. 

The pump is available in a series of 29 standard modules covering a range of filtration speeds from 3 to 30m³/sec and heads between 1 and 10m. Bosman Watermanagement has also designed a unique suction box specifically for this pump that minimizes the required submersion depth. 

FEATURES

  • Streamlined design
  • Exceptional efficiency
  • Utilisation of durable Residur® ceramic bearings with a long lifespan
  • Maintenance-free Residur® ceramic bearings
  • Minimal installation height required
  • Wide performance range
  • Easily accessible shaft seal and impeller
  • On-site production of the concrete casing
  • Remarkably quiet operation
  • Comparatively lightweight

Versatile

The Beveron is suitable for new constructions as well as renovations of pumping stations. The pump is available in a series of 29 standard modules covering a range of filtration speeds from 3 to 30 m³/sec and heads between 1 and 10 m. The Beveron achieves a high level of hydraulic efficiency due to perfectly matched components, and its design ensures flow losses to be reduced to an absolute minimum. Moreover, Bosman Watermanagement has designed a unique suction box specifically for this pump that minimizes the required submersion depth.

Impeller

The impeller is 3-bladed, half-open, and cast from one piece, which makes for a very durable product. The impeller is manufacturable out of various materials so that it can correspond with the specified requirements for strength and corrosion resistance.

Volute

The volute has been specifically designed for the impeller and therefore has a very high hydraulic efficiency. The volute features a trapezoidal flow surface with a leveled floor. It is produced out of concrete and can be delivered as prefabricated elements on request.

Suction Box

The unique shape of the suction box has been designed specifically to reduce friction loss and the chance of vortices forming down to a bare minimum. These vortices bring air with them into the pump, and this impairs the effectiveness of the pump. The special design of the suction box is the result of extensive computer simulations. Trials in the test center subsequent to the simulations have proven the high performance of this design.