BN10-6L seepex BN

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Parameters

BN10-6L
Brand::SEEPEXPerformance:Wear-resistantFlow rate:0.5-5(m3/h)
Drive mode:ElectricWeight:50kgNumber of impellers:Single stage
Power:1.5kWLift:0mPump shaft position:Horizontal
Speed:54-380(rpm)Suction port:DN65(mm)Discharge port:DN50(mm)
Output flow rate:200Voltage:380VEfficiency:98%
Material:Stainless steelShaft power:1.5Model:BN10-6L

Advantages of BN10-6l

BN10-6L

seepex BN10-6 pump adopts advanced engineering design to ensure efficient fluid delivery, whether it is high viscosity liquid, corrosive media or liquid containing solid particles, it can be stably delivered.

Its core components include rotor and stator. The rotor is a spiral metal part installed inside the pump body and rotates with the pump shaft. The stator is a special rubber product with a spiral inner wall, which cooperates with the rotor to form a closed conveying chamber.

The structure is sturdy and durable, and the precision manufacturing of each component ensures long-term stable operation and reduces maintenance costs and downtime. The seepex BN10-6 pump is suitable for a variety of industrial scenarios, such as chemical, food processing, sewage treatment and other fields, providing efficient fluid delivery solutions for different industries.

The seepex BN10-6 liquid pump achieves excellent performance and reliability by optimizing the design of the rotor and stator, and is suitable for handling various industrial liquids. Its high-quality construction and precision processing ensure the stable operation and long-term use of the pump.

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.