BN35-6 seepex BN

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Parameters

BN35-6 seepex BN
  • Voltage: 380V
  • Pump shaft position: horizontal
  • Material: cast iron
  • Working pressure: 0.6MPa
  • Flow rate: 30m³/h
  • Drive mode: electric
  • Scope of application: sewage
  • Transport medium: sewage pump, impurity pump
  • Model: BN35-6L
  • Performance: variable frequency, no leakage
  • Lift: 60m
  • Impeller suction mode: single suction
  • Weight: 136kg
  • Speed: 200RPM
  • Application: sewage pump
  • Pressure: 0.6Mpa
  • Brand: SEEPEX

Introduction to BN35-6

BN35-6 seepex BN

The rotor is the most critical part of the Seepex BN35-6. It is made of highly wear-resistant materials to cope with harsh working environments. The stator is another important part of the pump, usually made of elastic materials to ensure good sealing and pumping efficiency during operation.

The performance of the BN35-6 pump is reflected in its efficient delivery capacity and low energy consumption. Its adjustable flow and pressure options allow users to flexibly adjust according to actual needs. In many cases, users can optimize flow and pressure by adjusting the rotor speed, thereby reducing energy consumption.

Seepex BN35-6 is widely used in many industries such as chemical, food, and pharmaceutical. Its excellent performance and design make it the preferred equipment in these fields. Whether it is sewage treatment, dairy processing or juice production, BN35-6 can win the trust of users with its stable performance.

people also ask

SEEPEX open hopper pumps are used to discharge thickened and dewatered sludges for onward processing. SEEPEX can also directly mount pumps under storage silos that have a capacity to backmix to control sludge dry solids content.

Headquartered in Bottrop, Germany, SEEPEX has more than 800 employees worldwide and specializes in manufacturing advanced pump technology that efficiently conveys highly viscous or abrasive substances at low pulsation rates.

Progressing cavity pumps work on the positive displacement principle, in which an eccentrically rotating rotor forms a progressive cavity within an elastic stator. In the inlet phase, the pumped medium is sucked into this cavity.