imo-verder-pump
imo-verder-pump

IMO Main applications

Particularly suitable for pumping liquids that are difficult to seal such as hot frying oil up to 200° C.

They are also used for pumping waste water from industrial waste such as CIP, acids, condensate, etc.

 

IMO Design

The Packo submersible cantilever pump series IMO are suitable for handling liquids with a temperature up to 200°C. They are especially constructed to handle liquids that are difficult to seal such as paints, varnishes, galvanic coatings, hot frying oil, etc. Particularly suitable for pumping liquids that are difficult to seal such as hot frying oil up to 200° C. They are also used for pumping waste water from industrial waste such as CIP, acids, condensate, etc.

IMO benefits pump

  • Cantilever design = leakage free (no seals and plain bearings)
  • Sealless pump: reducing downtime and operating costs
  • Electropolished: easy to clean
  • Robust design
  • Not sensitive for dry running

IMO Description

The Packo submersible cantilever pump series IMO are suitable for handling liquids with a temperature up to 200°C. They are especially constructed to handle liquids that are difficult to seal such as paints, varnishes, galvanic coatings, hot frying oil, etc. Particularly suitable for pumping liquids that are difficult to seal such as hot frying oil up to 200° C. They are also used for pumping waste water from industrial waste such as CIP, acids, condensate, etc.

IMO Curve

Overview of technical data IMO

Max. flow1000 m3/h
Differential head60 m wc
Max. Inlet pressureAtmospheric
Viscosity1000 cP
Max. temperature200 °C
Impeller typeOpen. semi-open or closed 
Max. free passage45 mm
Max. drive power250 kW
Speed3000 rpm
Available frequency50 / 60 Hz 
Materials wetted partsStainless steel 316L or similar
Mechanical seal configurationNo seal – cantilever
Available O-ring materialsFKM – EPDM – Special
ConnectionsIndustrial or hygienic 
Surface finishIndustrial finish: welds are not hand polished. final surface treatment: electropolished
Certificates1935/2004 EC. MEI. EAC