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Cooling Pumps Page 1

Closed loop cooling water pumps & refrigerant pumps

Closed loop cooling systems are essentially designed to remove unwanted heat, and often use water cooling pumps to circulate chilled water around. Industrial cooling tower pumps for example remove heat from engines, machinery, plant and turbines, whereas HVAC cooling systems are often used for temperature comfort purposes in large office buildings, hospitals and schools. 

Industrial Case Studies

Centrifugal pumps are ideal for water cooling pumps as they are designed for the handling of water at various performance requirements. Cooling pumps, whilst generally using water, can also transfer coolants such as liquid refrigerant or glycol. Liquid refrigerant pumps would generally be constructed of stainless steel to ensure compatibility with the fluid. 

View more information about Cooling Pumps

Closed loop cooling systems are essentially designed to remove unwanted heat, and often use water cooling pumps to circulate chilled water around. Industrial cooling tower pumps for example remove heat from engines, machinery, plant and turbines, whereas HVAC cooling systems are often used for temperature comfort purposes in large office buildings, hospitals and schools. 

Industrial Case Studies

Centrifugal pumps are ideal for water cooling pumps as they are designed for the handling of water at various performance requirements. Cooling pumps, whilst generally using water, can also transfer coolants such as liquid refrigerant or glycol. Liquid refrigerant pumps would generally be constructed of stainless steel to ensure compatibility with the fluid. 

Refine your results by:

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Azcue Pumps with Frequency Converter

  • ​Up to 5000M³H
  • Max. Head 150M
  • Max. Temp 120°C
  • 25-50 Outlet

Azcue CP Close Coupled Centrifugal Pump

  • ​Up to 75M³H
  • Max. Head 50M
  • Max. Temp 80°C
  • 1” – 3” Outlet

Azcue MN Close Coupled Centrifugal Pump

  • Up to 500M³H
  • Max. Head 100M
  • Max. Temp 120°C
  • DN32 - DN150 Outlet

Azcue MN VP/EP Close Coupled Self Priming Centrifugal Pump

  • ​Up to 500M³H
  • Max. Head 100M
  • Max. Temp 120°C
  • DN32 - DN150 Outlet

Azcue AN Long Coupled Centrifugal Pump

  • ​Up to 700M³H
  • Max. Head 100M
  • Max. Temp 190°C
  • DN32 - DN150 Outlet

Azcue AN VP/EP Long Coupled Self Priming Centrifugal Pump

  • ​Up to 700M³H
  • Max. Head 100M
  • Max. Temp 190°C
  • DN32 - DN150 Outlet

Azcue BOB Long Coupled Centrifugal Pump

  • Up to 2000M³H
  • Max. Head 150M
  • Max. Temp 120°C
  • DN100 - DN250 Outlet

Azcue BOB VP/EP Long Coupled Self Priming Centrifugal Pump

  • ​Up to 2000M³H
  • Max. Head 150M
  • Max. Temp 120°C
  • DN100 - DN250 Outlet

Azcue CA Close Coupled Self Priming Centrifugal Pump

  • Up to 300M³H
  • Max. Head 105M
  • Max. Temp 130°C
  • DN1.25” - DN150 Outlet

Azcue LN Vertical Inline Centrifugal Pump

  • Up to 700M³H
  • Max. Head 100M
  • Max. Temp 120°C
  • DN50 - 250 Outlet

Azcue LN VP/EP Self Priming Vertical Inline Centrifugal Pump

  • Up to 700M³H
  • Max. Head 100M
  • Max. Temp 120°C
  • DN50 - 250 Outlet

Azcue VM & VR Vertical Inline Centrifugal Pump

  • Up to 1500M³H
  • Max. Head 130M
  • Max. Temp 120°C
  • DN50 - 250 Outlet

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