Overview of VS1/VS6 series vertical suspended turbine pumps

date：2024/6/5 23:02:55 source: Vertical Turbine Pump Manufacturer and Vertical Suspension Pump Prices Provider visits（）

Overview of VS1/VS6 series vertical suspended turbine pumps

 

Executive Standards:GB/T 3215-2019、ISO13709

Reference Standard:API610-2010

 

Flow: Q=5～840m3/h

Head: H=20～900m

Working pressure: P=11MPa

Operating temperature: T=－60℃～+150℃（Inner shell segmental type）

Operating temperature:T=－196℃～+150℃（Inner shell deflector shell type）

Applications: It can convey a variety of clean, polluted, low or high temperature, chemically neutral or corrosive liquids. It is mainly used in refineries, petrochemical industry, cryogenic engineering, pipeline pressure regulation or offshore platforms, condensate extraction in the energy industry, liquefied gas engineering, etc.

 

 

 

China vertical suspended turbine pump manufacturer provides various stainless steel and duplex steel vertical turbine turbine pumps with affordable prices and stable performance. For more information, please contact 008613974960765.

 

The VS1/VS6 series vertical suspension turbine pumps comply with API610 11th Edition and ISO13709 "Centrifugal Pumps for the Petroleum, Heavy Chemical and Gas Industries" standards.

VS1 is a vertical suspension type, a single-layer shell, and its discharge pipe passes through the riser pump; VS6 is a vertical suspended and double-layer casing pump; Suitable for all occasions.

The VS1/VS6 series vertical suspension turbine pump is a new generation of low-temperature resistant and anti-cavitation pumps independently developed by our company to absorb foreign advanced technology. The impeller is a single-suction structure, radial or guide vane with a guide shell. The first-stage impeller has excellent cavitation resistance. The pump is equipped with a balance drum device to balance the axial force, and the residual axial force is borne by the matched bearings.

The VS1/VS6 series vertical suspension turbine pump has been carefully considered in the hydraulic design, rotor rigidity, shaft connection mode, guide bearing structure, mechanical seal components, seal flushing and other auxiliary systems, and solves the use and installation defects of in-service pumps in the market.