End Suction Multistage Pumps

DanPumps S-EMP (DN 40 - DN 150 mm)

 

 

 

Product Applications

The DanPumps S-EMP pump is designed for clean or slightly contaminated low viscosity liquids without solid and fibrous particles.

Technical data

Discharge Flange DN 40 - DN 150 mm
Capacity up to 400 m³/h
Head up to 450 m
Speed up to 3000 rpm
Design Temperature -10° C to +140° C*
Casing Pressure (Pmax**) 30 bar (63 bar)*

* The Material of pumps dier according to the type of pumped liquid, operating temperature and pressure. Contact for detailed information.
** Pmax: Suction Pressure + Shutoff Head

 

Design Features:

  • Horizontal ring section, multistage, centrifugal pumps with closed impellers and diffusers in end suction design.
  • 7 Models from DN 40 up to DN 150 discharge flange diameter.
  • Suction nozzle flanges conform to EN 1092 - 2/PN 16 and discharge nozzle flanges conform to EN 1092 - 2/PN 40 (PN 63) (For steel or stainless steel casing pumps, flanges conform to related pressure class ratings defined in EN 1092 - 1).
  • Discharge flange is on top for standard production, upon request different discharge flange positions can be applied.
  • All impellers are balanced dynamically or statically according to ISO 1940 class 6.3.
  • Axial thrust is balanced by impeller balancing holes system.
  • Direction of rotation is always counter clockwise viewed from drive end. That is why these pumps can not be accouppled directly with diesel engines.
  • Bearings of S-EMP type pumps are grease lubricated.
  • Journal bearing used in the suction side is lubricated by the pumping liquid.

 

Shaft Sealing

  • The standard shaft seal is a mechanical Carbon/Silicon carbide with EPDM.
  • Different seal variants are available depending on customer requests and liquid types.

 

Performance Curves - Complete DanPumps S-EMP


 

Similar pumps:

DanPumps S-ENP
End Suction Norm Pumps

DanPumps S-ELP
End Suction Norm Pumps

DanPumps S-ECP
End Suction Closed Coupled Pumps

DanPumps S-DSP
Double Suction Pumps

Cookies

The website uses cookies to improve your experience, assess the use of the individual elements on the website and support the marketing of our services. By clicking on the website, you accept the website's use of cookies.