Multistage Coolant Pumps (LIP Series)

Coolant Pumps are the types of pump employed to recirculate a coolant, commonly a liquid, which is employed to transmit heat away from the engine or other device that make heat as a derivative of producing energy. These pumps are made for the pumping of cooling lubricants for condensate transfer, industrial machine tools, as well as a number of other purposes. These Coolant Pumps are multistage, centrifugal pumps arranged to be placed in the fluid that is to be pumped. These are safe for use with both water as well as water-soluble coolants.

Multistage Coolant Pumps (LIP Series)

Coolant Pumps are the types of pump employed to recirculate a coolant, commonly a liquid, which is employed to transmit heat away from the engine or other device that make heat as a derivative of producing energy. These pumps are made for the pumping of cooling lubricants for condensate transfer, industrial machine tools, as well as a number of other purposes. These Coolant Pumps are multistage, centrifugal pumps arranged to be placed in the fluid that is to be pumped. These are safe for use with both water as well as water-soluble coolants.

Description

Coolant Pumps are the types of pump employed to recirculate a coolant, commonly a liquid, which is employed to transmit heat away from the engine or other device that make heat as a derivative of producing energy. These pumps are made for the pumping of cooling lubricants for condensate transfer, industrial machine tools, as well as a number of other purposes. These Coolant Pumps are multistage, centrifugal pumps arranged to be placed in the fluid that is to be pumped. These are safe for use with both water as well as water-soluble coolants.

Product Specifications

Theory Centrifugal Pump
Inlet/Outlet 25
Flow Rate 9 m3/hr
Max Suction 90
Head Size 212 mtr
Material CI
Structure Single Stage Pump
Power Electric
Fuel Type Other
Pressure Medium Pressure
Usage Automobile, Water
Application Other
Seals Type mechanical seal
Priming immersible pump

Features

  • Adapator, impeller and bowl shall be made of cast iron FG200, stainless steel shaft,
  • All cast iron parts shall be CED (cathode electrode deposition) coated for corrosion resistance with uniform coating and controlled deposition thickness of 20-30 microns.
  • Compact design
  • High Efficiency Reliability
  • Easy installation
  • Flexible installation length
  • Wide performance range
  • Reliability
  • Service-friendly

Application

  • CNC Lathe
  • Milling Machine
  • Drilling Machine
  • Grinding machines
  • EDM Machine
  • Lapping Machine
  • In Coolant Processing/ Cleaning Centres
  • Industrial CleaningEquipments
  • For Recirculating Coolant
  • For Cooling of Devices
  • Industrial Cooling
  • In Textile Industry
  • Machine Tool Industry
  • Filtration of Coolant
  • Mould Temperature Control (MTC)
  • In Paper and Pulp Industry
  • Pump for Windmill Cooling
  • In Machine Tool Industry
  • In Textile Industry

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