Grundfos tall vertical pump with a black motor
Close-up of a green Grundfos motor housing
Three Grundfos vertical pump and controller assemblies
Grundfos pump units installed on a manifold
Grundfos pump units installed on red and black pipework
Grundfos pump controls installed on pipework
Grundfos logo.

Grundfos

Grundfos is deemed the largest pump manufacturer in the world with more than 19,000 employees globally and an annual production of over 16 million pump units. This Denmark-based manufacturer is trusted by all sectors for their innovative water transfer solutions with unmatched quality such as their range of circulator pumps, submersible pumps, and centrifugal pumps.

Grundfos also produces their own electric motors to match its pumps, ensuring that each couple meets industry requirements with high precision.

QUICK ENQUIRY
Grundfos All Products (PDF)
Grundfos Curculator Pumps (PDF)
Grundfos Dosing and Disinfection (PDF)
Immersible Pumps For Industry (PDF)
Grundfos General Product (PDF)
Grundfos CR Range (PDF)
Assorted Grundfos pump units on a white background

Grundfos Booster Sets

Grundfos provides a range of industrial-grade booster pumps, ensuring consistent water pressure even with varying water demand. These pumps operate by actively adding water to the system whenever the pressure falls below a predetermined level.

Grundfos booster pumps are designed for energy efficiency, with some models using variable frequency drives (VFD) to adjust pump speed based on requirements.

  • Constant pressure
  • Low-energy consumption
  • Many advanced control functions
  • Intuitive control interface
  • Wetted parts in stainless steel
  • Hard-wearing seals
  • Materials options
  • Accessories and spare parts
  • Baseplate/mounting

Our Available Product Range for Grundfos Inline Single Stage Pumps

A booster pump set is designed to increase water pressure to ensure a consistent flow throughout a system, particularly when the incoming water pressure from the main supply is inadequate. It operates by drawing water from the main supply, boosting its pressure using an impeller, and then pushing the pressurised water back into the system. Grundfos booster sets typically combine two or more multistage, vertical centrifugal pumps.

HYDRO MULTI-E

The Hydro Multi-E booster pump set provides a reliable and versatile pressure-boosting solution for clean water with a plug-and-play design. This compact, pre-engineered system includes either 2 or 4 multistage pumps, a base frame, and all necessary components, allowing for easy installation.

Benefits

  • Each pump can serve as either a primary or backup control unit, ensuring reliability and continuous operation even if one pump or sensor fails
  • Maintains constant pressure despite fluctuations in water usage
  • Offers high energy efficiency
    Simplifies installation

Specs

  • Max flow: 114 m³/h
  • Max head: 162 m
  • Max operating pressure: 16 bar
  • Liquid temperature: 0-60 °C

HYDRO MPC MPC-E

The Hydro MPC is a fully integrated packaged pressure boosting system that provides a reliable and simplified solution for industrial applications. It comes pre-piped, pre-wired, and pre-tested, which saves time and money on installation. This pump package can accommodate up to six pre-programmed CRE pumps that are highly efficient, reducing energy consumption by 50% compared to fixed-speed pumps. The MPC-E variation is a smart pressure booster set that automatically adjusts to varying demands.

Benefits

  • Constructed from high-quality materials and components to endure the toughest conditions.
  • Energy-efficient design significantly lowers operating costs.
  • Parallel pumping configuration and intelligent control ensure seamless operation under variable load requirements.
  • Capable of remote monitoring and control, enabling performance tracking and troubleshooting anytime, anywhere.

Specs

  • Max flow: 446 m³/h
  • Max head: 163 m
  • Max operating pressure: 16 bar
  • Liquid temperature: 0-60 °C
Red Grundfos pump units and controllers

Grundfos Circulator Pumps

Grundfos circulator pumps are designed for best-in-class efficiency with low maintenance. Compared to conventional circulators, these rotor pumps can cut your energy costs by up to 80 % while delivering noise-free performance. The stainless steel and bronze pumps are good for moving potable water in open-loop circulation due to their excellent rust and corrosion resistance.

Meanwhile, the cast iron pumps are the standard choice for close-looped circulation due to the material’s low cost and good performance in handling de-oxygenated water.

  • 3 speed variations: single-speed, three-speed, variable speed
  • Can be equipped with
  • Isolation valve option for easier servicing
  • Circulator pump timer to operate unit at pre-set times
  • Some models have check valves for preventing water backflow
  • Can be installed horizontally or vertically
  • Excellent reliability and efficiency
  • Materials options
  • Aqua stat kit
  • Connection options
  • Accessories and spare parts
  • Baseplate/mounting
  • Max flow: 4 m³/h to 81 4 m³/h
  • Max head: 8 m to 18 m
  • Max pressure: 10 bar to 16 bar
  • Liquid temperature: -10 .. 120 °C

Like other centrifugal pumps, Grundfos circulator pumps utilise an impeller to generate pressure, which forces fluid through the system. The impeller is driven by a motor located at the center of the pump. This motor is powered by electricity and rotates the impeller. The blades of the impeller create a low-pressure zone at the center of the pump, which draws water in from the inlet. As the water passes through the impeller blades, pressure increases and the high-pressure water is then discharged through the outlet for heating needs.

ALPHA

Max flow: 4 m³/h
Max head: 8 m
Max pressure: 10 bar

ALPHA 1L

Max flow: 4 m³/h
Max head: 6 m
Max pressure: 10 bar

ALPHA 2

Max flow: 3 m³/h
Max head: 6 m
Max pressure: 10 bar

MAGNA

Max flow: 81 m³/h
Max head: 18 m
Max pressure: 16 bar

MAGNA 1

Max flow: 56 m³/h
Max head: 16 m
Max pressure: 10 bar

MAGNA 1D

Max flow: 81 m³/h
Max head: 15 m
Max pressure: 10 bar

MAGNA 3D

Max flow: 61 m³/h
Max head: 18 m
Max pressure: 16 bar

UPS

Max flow: 63 m³/h
Max head: 14 m
Max pressure: 10 bar

UPS Series 200

Max flow: 63 m³/h
Max head: 14 m
Max pressure: 10 bar

Assorted Grundfos pump units on a white background

Grundfos Diaphragm Dosing Pumps

Grundfos diaphragm dosing pumps are precision devices designed to accurately inject chemicals or other fluids into a system. They are recognized for their accuracy, reliability, and cost-effectiveness, making them suitable for a variety of applications such as water treatment, chemical metering, and industrial processes.

Grundfos offers dosing pumps in both digital and mechanical designs. The digital dosing pumps are smart solutions tailored for complex dosing in less aggressive environments. They provide a high level of accuracy, which not only reduces chemical waste but also lowers energy costs. In contrast, Grundfos mechanical dosing pumps are known for their extreme durability, making them ideal for applications that require reliable dosing, high-pressure capabilities and minimal maintenance.

  • Precise and easy setting
  • Unique dosing technology
  • Compact design saves money and space
  • Accessories enhance the operation of the entire system
  • Smooth and low-pulsation dosing
  • Carefully selected materials for reliability and longevity
  • Materials options
  • Control options
  • Connection options
  • Accessories and spare parts
  • Baseplate/mounting

Digital Dosing Pumps

  • Max flow: 940 l/h
  • Max head: 16 bar
  • Max pressure: 16 bar
  • Liquid temperature: -10 – 50 °C

Mechanical Dosing Pumps

  • Max flow: 2300 l/h
  • Max head: 200 bar
  • Max pressure: 200 bar
  • Liquid temperature: -10 – 90 °C
  • Drinking water treatment
  • Wastewater treatment
  • Cooling water treatment
  • Washing systems
  • Process water treatment
  • Chemical industry
  • Caustic Dosing
  • Sulphuric acid dosing
  • pH correction
  • Chemical dosing
  • Desalination
  • Industrial wastewater and water supply
  • Industrial Heating

Grundfos dosing pumps can be controlled either mechanically or digitally, providing a range of options for various applications. Both types use a flexible diaphragm driven by a motor to precisely dose fluids.

In the mechanical models, the pump head is connected to a motor, often through a worm gearbox that converts the motor’s rotational motion into cam movement. This cam movement drives a piston that compresses the diaphragm within the pump head. When the piston pushes down, the diaphragm flexes and expels fluid through an outlet valve. The dosing capacity of the pump is controlled by adjusting both the stroke length and the stroke rate.

On the other hand, Grundfos digital dosing pumps utilise variable-speed stepper motors for more precise and continuous dosing. These pumps feature internal stroke speed control, allowing for smooth and continuous dosing without the need to adjust the stroke length. This design enhances accuracy and ensures consistent dosing, even when dealing with fluids of varying viscosity or degassing media.

Grundfos offers a variety of control options, including Flow Control Measurement (FCM), Flow Control (FC), Analogue Relay (AR), and more, allowing for flexible control tailored to different needs.

Grundfos digital dosing pumps are variable-speed pumps designed for precise and controlled chemical dosing in industrial and water treatment applications. They are known for their high accuracy, low pulsation, and exceptional efficiency and reliability.

Benefits

  • Variable-speed stepper motor for precise control and accurate dosing.
  • Microprocessor control and intelligent drive that ensure low pulsation and precise dosing.
  • Maintenance-free FlowControl system that detects malfunctions due to air bubbles.
  • EC motor technology for reduced energy consumption.
  • High accuracy for various types of media.
  • User-friendly interface with easy calibration and intuitive menus.
  • Modular design for custom solutions and straightforward integration.
  • Built for long-term performance and durability.  

DDC

Max flow: 15 l/h
Max head: 10 bar
Max pressure: 100 bar

DDE

Max flow: 200 l/h
Max head: 10 bar
Max pressure: 10 bar

DDA

Max flow: 200 l/h
Max head: 16 bar
Max pressure: 16 bar

DME

Max flow: 940 l/h
Max head: 10 bar
Max pressure: 10 bar

Grundfos mechanical dosing pumps are a positive displacement pump with an external motor drive, designed for precise and controlled dosing of liquids into a larger process stream. These pumps are recognised for delivering smooth, low-pulsation dosing, durability, and minimal maintenance requirements.

Benefits

  • Provides smooth, low-pulsation dosing, which is crucial for maintaining process stability and accuracy.
  • Robust design with high-quality motors to ensure durability and reliability.
  • Requires minimal maintenance, which reduces downtime and maintenance costs.
  • Many models include a diaphragm protection system to prevent leaks and damage.
  • Some models, particularly from the DMX range, offer a variety of dosing head sizes, materials, and accessories for flexibility in application.
  • Designed for compatibility with existing systems, making them easy to integrate and operate.  

DMH

Max flow: 2300 l/h
Max head: 200 bar
Max pressure: 200 bar

DMX

Max flow: 1120 l/h
Max head: 12 bar
Max pressure: 12 bar

Grundfos End Suction Close-Coupled Multi-Stage

The Grundfos CM and CME end-suction close-coupled multi-stage pumps offer several advantages, including high efficiency, robust construction, and a compact design. These pumps are recognised for their reliable performance and their ability to handle a wide range of applications. With various configuration options and materials available, the CM and CME pumps can operate in temperatures ranging from -30 °C to 120 °C.

Their versatility makes them an ideal solution for integration into both small and large systems, whether as part of a larger setup or as stand-alone units.

  • Reliable, quiet, flexible, and compact
  • Modular design makes the pumps versatile
  • Available in cast iron and stainless steel
  • Optimised hydraulics in housing and impeller for unimpeded liquid flow
  • Grundfos-engineered mechanical shaft seal
    Superior dry running capabilities
  • Materials options
  • Oversize motors
  • Accessories and spare parts
  • Baseplate/mounting
  • Liquid temperature: -20 – 120 °C
  • Max. flow: 36 m³/h
  • Max. head: 135 m
  • Max. pressure: 16 bar
  • Washing and cleaning (washing machines)
  • Water treatment
  • Temperature control (heating/cooling)
  • Chemical and pharmaceutical industries
  • Building services
  • Irrigation

A Grundfos end-suction close-coupled multistage centrifugal pump features multiple stages, or impellers, designed to increase pressure. This makes it ideal for applications requiring high head and moderate flow. Liquid enters the pump through the suction port and moves through each impeller, which increases its velocity. As the impeller rotates, the liquid is discharged into a volute casing, where the high velocity is converted into pressure. The multiple stages enable a significant increase in pressure, allowing the liquid to be pumped to the desired location effectively.

CM

Max. flow: 30 m³/h
Max. head: 135 m
Max. pressure: 16 bar

CM SELF-PRIMING

Max. flow: 6 m³/h
Max. head: 56 m
Max. pressure: 16 bar

CME

Max. flow: 36 m³/h
Max. head: 125 m
Max. pressure: 16 bar

Grundfos End Suction Close-Coupled Single Stage

Grundfos end-suction pumps are versatile and reliable solutions suitable for a variety of applications. These centrifugal pumps feature a direct connection between the motor and the pump, making them compact and easy to install. Each pump is designed with a single impeller, an axial suction port, and a radial discharge port, typically operating with a horizontal shaft.

Common applications for these pumps include water supply, industrial processes, and HVAC systems. Pump dimensions adhere to either EN 733 standards or ISO 2858.

  • Standard dimensions according to EN and ISO standards
  • Compact design
  • Flexible pump range
  • EN 12756 shaft seal
  • Cast iron, bronze or stainless steel impeller options
  • Cast iron or stainless steel pump housing options
  • Materials options
  • Shaft options
  • Low energy models
  • Accessories and spare parts
  • Baseplate/mounting
  • Liquid temperature: -25 – 140 °C
  • Max. flow: 1400 m³/h
  • Max. head: 190 m
  • Max. pressure: 25 bar
  • District heating plants
  • Heating systems for blocks of flats
  • Air-conditioning systems
  • Cooling systems
  • Wash down systems
  • Other industrial systems
  • Pressure boosting
  • Irrigation

A Grundfos end-suction close-coupled single-stage pump works by converting mechanical energy into hydraulic energy using centrifugal force. The impeller, which is driven by a motor, rotates and creates a low-pressure zone that draws liquid in from the suction side. As the liquid is forced outward, its velocity increases. This increase in velocity is then converted into pressure as the liquid flows into the volute casing.

NB

Max. flow: 408 m³/hF
Max. head: 166 mF
Max. pressure: 25 bar

NBE

Max. flow: 214 m³/h
Max. head: 81 m
Max. pressure: 25 bar

NBG

Max. flow: 1400 m³/h
Max. head: 175 m
Max. pressure: 25 bar

NBG SUPERVORTEX

Max. flow: 231 m³/h
Max. head: 55 m
Max. pressure: 16 bar

NBGE

Max. flow: 550 m³/h
Max. head: 190 m
Max. pressure: 20 bar

NBGE SUPERVORTEX

Max. flow: 194 m³/h
Max. head: 34 m
Max. pressure: 16 bar

Grundfos End Suction Long-Coupled Single Stage Range

A Grundfos end-suction long-coupled single-stage pump is a type of centrifugal pump designed for large-scale industrial applications. It features a single impeller and a long-coupled design, which allows for easy maintenance. Additionally, its back pull-out design enables the removal of the motor, coupling, bearing bracket, and impeller without disturbing the pump housing or attached pipework.

The suction of end-suction pumps is typically axial, while the discharge is radial, forming a 90-degree angle.

  • Efficient pumping at a low initial cost
  • Simple design with very few moving parts
  • Designed to specific pump standards including ISO 2858 and EN 733
  • Various shaft options
  • Cast iron or stainless steel pump housing
  • Compatible with Grundfos GO remote control (NBE/NBGE models only)
  • Materials options
  • Shaft options
  • Accessories and spare parts
  • Baseplate/mounting
  • Liquid temperature: -25 – 140 °C
  • Max. flow: 1473 m³/h
  • Max. head: 343 m
  • Max. pressure: 25 bar
  • Commercial air conditioning
  • Commercial heating
  • Commercial hot water recirculation
  • Commercial water pressure boosting
  • District cooling
  • District heating
  • Drinking water treatment
  • Irrigation
  • Cooling
  • Desalination
  • Industrial heating
  • Machining
  • Process liquids transfer
  • Industrial process water treatment
  • Industrial water supply
  • Surface water intake
  • Water distribution
  • Wastewater treatment

A Grundfos end-suction long-coupled single-stage pump works by converting mechanical energy into hydraulic energy using centrifugal force. The impeller, which is driven by a motor, rotates and creates a low-pressure zone that draws liquid in from the suction side. As the liquid is forced outward, its velocity increases. This increase in velocity is then converted into pressure as the liquid flows into the volute casing.

NK

Max. flow: 1335 m³/h
Max. head: 95 m
Max. pressure: 25 bar

NK BARE SHAFT

Max. flow: 1282 m³/h
Max. head: 272 m
Max. pressure: 16 bar

NKE

Max. flow: 318 m³/h
Max. head: 82 m
Max. pressure: 25 bar

NKG

Max. flow: 1029 m³/h
Max. head: 106 m
Max. pressure: 25 bar

NKG BARE SHAFT

Max. flow: 1473 m³/h
Max. head: 343 m
Max. pressure: 25 bar

NKG SUPERVORTEX

Max. flow: 201 m³/h
Max. head: 43 m
Max. pressure: 16 bar

Grundfos Horizontal Split Case

Grundfos horizontal split case pumps are in-line pumps featuring a housing that is divided axially into two parts. These centrifugal pumps are known for their high efficiency, low noise levels, and ease of servicing.

Among their offerings, Grundfos provides the LS horizontal split case pumps, which are suitable for various applications, including public water supply, district cooling, and HVAC systems. The LS pumps come in both single-stage and two-stage configurations, and there is also a vertical mounting design available. These heavy-duty centrifugal volute pumps are non-self-priming, equipped with radial suction and discharge ports.

  • High energy efficiency and low life cycle costs
  • Double suction minimises axial load, extending seal and bearing life
  • Double Volute Design for increased efficiency
  • Ease of maintenance with fewer bearings, removable casing
  • Various suction orientations – flexibility in station arrangement
  • Mechanically stable at variable speeds
  • Materials options
  • Shaft options
  • Accessories and spare parts
  • Baseplate/mounting
  • Liquid temperature: 0 – 120 °C
  • Max. flow: 1216 m³/h
  • Max. head: 103 m
  • Max. pressure: 25 bar
  • Commercial air conditioning
  • Commercial heating
  • Commercial hot water recirculation
  • Commercial water pressure boosting
  • District cooling
  • District heating
  • Drinking water treatment
  • Irrigation
  • Cooling
  • Desalination
  • Industrial heating
  • Process liquids transfer
  • Industrial process water treatment
  • Surface water intake
  • Water distribution

Grundfos horizontal split case pumps, like many centrifugal pumps, operate by rotating an impeller within a casing to move fluid. The blades of the impeller create a low-pressure area at the center, which draws fluid in from the suction side and forces it outward through centrifugal force. This process increases the fluid’s velocity and pressure, directing it toward the pump outlet. In models with two stages, these pumps can generate higher pressures as the fluid passes through two impeller stages.

LS

Max. flow: 657 m³/h
Max. head: 103 m
Max. pressure: 25 bar

LSV – VERTICAL MOUNTED

Max. flow: 1216 m³/h
Max. head: 77 m
Max. pressure: 25 bar

Group of Grundfos immersible pump units

Grundfos Immersible Pumps

Grundfos immersible pumps are a type of centrifugal pump designed to push liquid upwards instead of drawing it in. In this design, the pump body is fully submerged in the fluid being pumped, while the motor is positioned above the liquid.

This configuration makes immersible pumps ideal for applications involving corrosive liquids, as it ensures that the motor remains out of contact with the fluid.

  • Flexible installation length and great reliability
  • The motor is easily removable for repair or maintenance
  • Immersible bearing frame absorbs the hydraulic loading
  • Bearing frames are highly protected against water infiltration
  • Capable of submergence up to 30 feet for up to two weeks
  • No jackets that may clog and require periodic maintenance and inspection
  • Materials options
  • Sealing options
  • Accessories and spare parts
  • Baseplate/mounting
  • Flow range: 235 to 1700 l/min
  • Pressures: Up to 30 bar
  • Heads: Up to 305 m
  • Cooling lubricants and cutting oil for machine tools, grinding machines, machining centres
  • Condensate transfer
  • Filter pumps
  • Other industrial liquid transfer applications where submersible pumps are not suitable

Grundfos submersible and immersible pumps are centrifugal in type and are widely used for handling water from an underground or any below the surface source. Unlike normal above ground pump, submersible pumps must be submerged totally with its sealed motor into the water. Meanwwhile, immersible pumps are mounted in vertical position with the motor above the liquid and the pump end extended below the liquid level.

Before the pumping begins, the pump must be filled with fluid to start priming. After starting on the system, the impeller is rotated by the motor. Running in a high speed, water transferred is likewise rotated. Under centrifugal force, water is thrown far away from impeller, moving to the tip of the vanes until it falls to the volute. With added pressure, the fluid now flows out through the outlet. At that time, vacuum low pressure zone is formed in the center of impeller, causing fluid to flow continuously.

MT TANK MOUNTED

Flow: 1700 l/m
Pressure: 30 bar
Head: 305 m

MTA

Flow: 245 l/m
Pressure: 20 bar

MTH

Flow: 235 l/m
Pressure: 10 bar
Head: 95 m

MTR

Flow: 1700 l/m
Pressure: 25 bar
Head: 241 m

MTRE

Flow: 1700 l/m
Pressure: 30 bar
Head: 305 m

SPK

Flow: 100 l/m
Head: 101 m

Group of Grundfos inline multistage pump units

Grundfos Inline Multiple-Stage

Grundfos inline multi-stage pumps are vertical centrifugal pumps featuring multiple impellers stacked within a single casing. They provide high-pressure capabilities suitable for applications that require an elevated water supply.

These pumps are designed with suction and discharge ports at the same level and are commonly used in water supply, water treatment, and industrial solutions, including those handling aggressive liquids.

  • Equipped with high-efficiency motors, with some models using MGE motors that exceed IE5 standards.
  • Utilise a Grundfos cartridge shaft seal for enhanced reliability and reduced downtime.
  • Designed for easy maintenance and accessibility.
  • Capable of generating high pressures as a standalone pump solution.
  • Versatile solution made for various applications, including water boosting, industrial uses, and heating systems.
  • Inline design offers a space-saving solution for seamless integration into existing systems.
  • Provides a cost-effective single-pump solution for high-pressure needs.
  • Enhances operational comfort with quick control and monitoring features.
  • Features a maintenance-free cartridge mechanical shaft seal.
  • Optimised hydraulics contribute to higher efficiency.
  • Liquid temperature: -40 – 150 °C
  • Max. flow: 336 m³/h
  • Max. head: 487 m
  • Max. operating pressure: 50 bar
  • Industrial heating
  • Irrigation
  • Industrial water supply

Grundfos inline multistage pumps are vertical centrifugal pumps specifically designed for high head applications. They feature multiple stages, with each stage comprising an impeller that draws in fluid and progressively increases its pressure. This design enables the pump to achieve higher head pressures compared to single-stage pumps.

CR | CRE

The CR pump is constructed from rigid cast iron, with all wetted parts made of AISI 304 grade stainless steel. It offers exceptional efficiency along with high flow and pressure capacities, making it ideal for demanding applications such as liquid transfer, circulation, and pressure boosting of both cold and hot water, as well as in aqua-farming and field irrigation.

Benefits

  • Available in 16 flow sizes and hundreds of pressure sizes for tailored solutions.
  • Optimised performance and high hydraulic efficiency.
  • Balanced shaft seal.
  • Wear-resistant bearing material with a wide range of options for various fluids.
  • Laser-welded impellers.
  • A variety of connection types and flange sizes, providing flexibility and easy installation to any system.

Specs

  • Liquid temperature: -30 – 120 °C
  • Max. flow: 336 m³/h
  • Max. head: 362 m
  • Max. operating pressure: 40 bar

CRE

The CRE is a versatile pump made from AISI 304 grade stainless steel and cast iron for enhanced durability. This range is available in various flow and pressure sizes suitable for applications such as water supply, washing, water treatment, boiler feed, chemical processing, temperature control, and mining. The CRE pumps feature a variable-speed drive (VSD), allowing them to continuously adjust performance to match current conditions and achieve the desired pressure, temperature, or flow.

Benefits

  • High performance with low energy consumption and costs.
  • Optimised to utilize the motor’s maximum power output.
  • Equipped with an efficient motor for increased efficiency and control.
  • Simple digital console for continuous monitoring of the pump.

Specs

  • Liquid temperature: -30 – 120 °C
  • Max. flow: 244 m³/h
  • Max. head: 257 m
  • Max. operating pressure: 30 bar

CRI CRIE

The Grundfos CRI and CRIE inline, multi-stage centrifugal pumps are designed for liquid transfer, circulation systems, and pressure boosting of both cold and hot water, as well as slightly aggressive liquids. The CRIE pumps are equipped with a variable-speed drive and an efficient motor, offering optimal efficiency and control.

Benefits

  • Highest energy efficiency, reducing energy consumption and operational costs.
  • Constructed from AISI 304 stainless steel for excellent corrosion resistance.
  • Optimised performance and hydraulic efficiency.
  • Designed for deep-well pumping, capable of drawing water from depths of up to 90 meters.
  • Available in a wide range of sizes, flows, and pressures.

Specs

CRI Pumps

  • Liquid temperature: -20 – 120 °C
  • Max. flow: 30 m³/h
  • Max. head: 252 m
  • Max. operating pressure: 25 bar

CRIE Pumps

  • Liquid temperature: -20 – 120 °C
  • Max. flow: 40 m³/h
  • Max. head: 256 m
  • Max. operating pressure: 25 bar

CRN

The CRN range offers a diverse selection of flow and pressure sizes. Constructed from high-grade AISI 316 stainless steel, the CRN is ideal for applications such as ultra-filtration, reverse osmosis, cooling lubricants for machine tools, distillation systems, swimming pools, oils, alcohols, acids, alkalis, as well as process water systems that handle a variety of challenging liquids. ATEX-approved CRN pumps are also available.

Benefits

  • High-grade AISI 316 stainless steel construction to manage challenging liquids in maritime applications and humid environments.
  • Available with an air-cooled top featuring a specialised air-cooled shaft seal chamber, allowing it to handle liquids up to 180 °C at a maximum pressure of 25 bar.
  • Lower NPSHr minimises pressure loss and improves hydraulic efficiency.

Specs

  • Liquid temperature: -40 – 150 °C
  • Max. flow: 336 m³/h
  • Max. operating pressure: 50 bar

CRNE

The CRNE pump is entirely constructed from high-grade AISI 316 stainless steel, making it a high-efficiency inline multi-stage pump equipped with a built-in variable-speed drive suitable for handling industrial liquids. It is particularly effective in applications where all components in contact with the liquid must be made from high-grade stainless steel, especially for dangerous and aggressive liquids.

Benefits

  • All wetted parts are made of stainless steel, enabling the pump to manage aggressive, abrasive, toxic, hazardous, and odorous liquids.
  • Fitted with IE5 MGE and VSD for optimal efficiency and control.
  • High performance with low energy requirements and reduced costs.
  • Optimised to maximise the motor’s power output.

Specs

  • Liquid temperature: -40 – 120 °C
  • Max. flow: 244 m³/h
  • Max. head: 294 m
  • Max. operating pressure: 30 bar

CRNE-HS CRN-SF

The single-pump CRNE-HS and two-pump CRN-SF are inline, multi-stage pump systems designed to withstand the extreme conditions of high-pressure applications. They are suitable for use in washing systems, water treatment facilities, industrial plants, boiler feeding systems, filtration, and reverse osmosis. The single-pump CRNE-HS can handle flow rates up to 5 m³/h, while the CRN-SF models are utilised for higher flow rates.

Benefits

  • Built from AISI 316 grade stainless steel for enhanced durability.
  • Designed to eliminate pressure stress from the sensitive shaft seal and manage high pressures.
  • Reliable, highly efficient, and space-saving design.
  • Available with a high-efficiency IE5 MGE motor featuring an integrated variable-speed drive.
    Suitable for slightly aggressive liquids.

Specs

  • Liquid temperature: -20 – 120 °C
  • Max. flow: 36 m³/h
  • Max. head: 487 m
Several Grundfos inline pump and motor assemblies

Grundfos' Inline Single-Stage

A Grundfos inline single-stage pump is a compact, close-coupled centrifugal pump designed for applications such as heating, cooling, and commercial air conditioning. It offers several benefits, including a space-saving design, robust construction, and high efficiency, which lead to lower operating costs and a reduced environmental impact.

The close-coupled design and easy installation simplify both operation and maintenance, while advanced features like frequency converters enhance efficiency and reliability.

  • The inline design allows for easy installation within existing pipework, minimising space requirements.
  • Constructed from durable materials such as stainless steel, these pumps ensure longevity and resistance to corrosion.
  • They are equipped with energy-efficient motors and optimized hydraulics to minimize energy consumption and reduce operating costs.
  • Some models feature built-in frequency converters and integrated motor protection for improved performance and reliability.
  • Liquid temperature: -40 – 150 °C
  • Max. flow: 1787 m³/h
  • Max. head: 72 m
  • Max. operating pressure: 25 bar
  • Heating and Cooling
  • District Energy
  • Commercial Air
  • Conditioning
  • Water Pressure Boosting

Grundfos inline single-stage pumps are centrifugal pumps where the impeller rotates to move fluid through a closed system. Initially, the pump casing is filled with the liquid. The motor-driven impeller then rotates, forcing the liquid to flow to the volute and into the discharge.

TP (B), (I)

The TP (B) (I) vertical in-line pump series features a pump housing made of bronze or stainless steel, designed to resist corrosion in hot water recirculation systems and lightly acidic industrial applications. The specially constructed shaft seal chamber optimizes water circulation without the need for external piping, thereby extending the life of the shaft seal.

Benefits

  • TP (B)/(I) pumps effectively resist corrosion, ensuring long-lasting, high performance.
  • Enhanced efficiency and extended shaft seal life with the use of robust pump shaft and replaceable wear ring.
  • The close-coupled design decreases system sensitivity to impurities in the pumped liquid.
  • These pumps are highly efficient, with low energy consumption and minimal noise.

Specs

  • Liquid temperature: -25 – 140 °C
  • Max. flow: 48 m³/h
  • Max. head: 10 m
  • Max. operating pressure: 16 bar

TPE2 (I)

The TPE2 (I) stainless steel inline pump is equipped with a frequency converter that significantly optimises energy consumption, preventing wasteful operation and extending pump life. This durable unit is suitable for various applications, including hot water recirculation, domestic and commercial water supply, as well as heating and cooling systems.

Benefits

  • TPE2 (I) automates flow and pressure management using external sensor inputs.
  • Integration is straightforward with the option to mount the CIM (Communication Interface Module) for connections to building management systems (BMS).
  • The front-mounted wiring box provides easy access for quick installation.
  • Capable of remote monitoring and control, enabling performance tracking and troubleshooting anytime, anywhere.
  • Electro-coated surfaces offer protection against corrosion, enhancing the pump’s lifespan.

Specs

  • Liquid temperature: -25 – 120 °C
  • Max. flow: 36 m³/h
  • Max. head: 25 m
  • Max. operating pressure: 10 bar

TPE3 (I)

TPE3 (I) stainless steel inline pumps feature original Grundfos AUTOADAPT technology and integrated speed control, allowing for automatic adjustments based on differential temperature or pressure. Like the TPE2, these pumps are well-suited for hot water recirculation and domestic, commercial, and industrial water supply, heating, and cooling systems.

Benefits

  • TPE3 (I) automates adjustments to temperature, flow, and pressure to reduce energy consumption and optimise pump efficiency.
  • Grundfos AUTOADAPT technology continuously modifies pump performance based on the actual characteristics of the system.
  • Easy access to the front-mounted wiring box facilitates quick installation.
  • Electro-coated surfaces protect against corrosion, extending the pump’s operational life.

Specs

  • Liquid temperature: -25 – 120 °C
  • Max. flow: 24 m³/h
  • Max. head: 18 m
  • Max. operating pressure: 10 bar

TPE3 (I)

TPE3 (I) stainless steel inline pumps feature original Grundfos AUTOADAPT technology and integrated speed control, allowing for automatic adjustments based on differential temperature or pressure. Like the TPE2, these pumps are well-suited for hot water recirculation and domestic, commercial, and industrial water supply, heating, and cooling systems.

Benefits

  • TPE3 (I) automates adjustments to temperature, flow, and pressure to reduce energy consumption and optimise pump efficiency.
  • Grundfos AUTOADAPT technology continuously modifies pump performance based on the actual characteristics of the system.
  • Easy access to the front-mounted wiring box facilitates quick installation.
  • Electro-coated surfaces protect against corrosion, extending the pump’s operational life.

Specs

  • Liquid temperature: -25 – 120 °C
  • Max. flow: 24 m³/h
  • Max. head: 18 m
  • Max. operating pressure: 10 bar

TPE Series 2000, TPE3

The TPE Series 2000, TPE3 provides the ideal pressure and flow to meet the varying demands of water circulation systems. It features a built-in differential pressure sensor that works with the integrated frequency converter in the MGE motor to control pump speed. Compared to conventional pumps, it can reduce energy consumption by up to 50%. The TPE Series 2000, TPE3 is suitable for heating, cooling, air conditioning, and industrial applications.

Benefits

  • TPE3 (I) automates adjustments to temperature, flow, and pressure to reduce energy consumption and optimise pump efficiency.
  • Grundfos AUTOADAPT technology continuously modifies pump performance based on the actual characteristics of the system.
  • Easy access to the front-mounted wiring box facilitates quick installation.
  • Electro-coated surfaces protect against corrosion, extending the pump’s operational life.

Specs

  • Liquid temperature: -25 – 140 °C
  • Max. flow: 391 m³/h
  • Max. head: 58 m
  • Max. operating pressure: 16 bar

TPED Series 2000, TPE3 D

The TPED Series 2000, TPE3 D inline pump comes with two parallel power heads for double reliability and multi-pump functionality. It features the original Grundfos AUTOADAPT technology for integrated speed control and automatic adaptation of performance to current conditions. TPED Series 2000, TPE3D is engineered for industrial water supply, as well as heating and cooling systems.

Benefits

  • The TPED Series 2000, TPE3 D automates temperature, flow and pressure to reduce energy consumption and optimise efficiency.
  • Permanent magnet MGE motor with a built-in variable frequency drive and IE5 efficiency.
  • Electro-coated surfaces protect against corrosion for longer pump life.

Specs

  • Liquid temperature: -25 – 140 °C
  • Max. flow: 132 m³/h
  • Max. head: 64 m
  • Max. operating pressure: 16 bar

Grundfos' Submersible Wastewater & Groundwater

Grundfos submersible wastewater and groundwater pumps are designed as sealed units combining a pump and integrated motor that can operate below the surface of the pumped fluid. These pumps represent advanced hydraulic design and offer high efficiency, high resistance to sand and other abrasives, motor burnout protection and easy maintenance.

Made entirely of corrosion-resistant stainless steel, Grundfos submersible pumps are ideal for applications including groundwater supply, irrigation, groundwater lowering and pressure boosting.

  • Compact design, powerful operation
  • High-speed permanent magnet motor in SQ pumps
  • Dry-running and overload protection
  • Corrosion-resistant stainless-steel construction for longer life
  • Simple design, easy to maintain
  • The SP pumps come with a built-in non-return valve
  • Materials options
  • Accessories and spare parts
  • Baseplate/mounting
  • Livestock watering
  • Solar boosting and water supply solutions
  • Solar water solutions
  • Community water supply
  • Domestic groundwater intake
  • Domestic water pressure boosting
  • Groundwater intake
  • Dewatering
  • Dirty water handling
  • SQ
  • SP
  • SBA
  • SB

Grundfos submersible and immersible pumps are centrifugal in type and are widely used for handling water from an underground or any below the surface source. Unlike normal above ground pump, submersible pumps must be submerged totally with its sealed motor into the water. Meanwhile, immersible pumps are mounted in vertical position with the motor above the liquid and the pump end extended below the liquid level.

Before the pumping begins, the pump must be filled with fluid to start priming. After starting on the system, the impeller is rotated by the motor. Running in a high speed, water transferred is likewise rotated. Under centrifugal force, water is thrown far away from impeller, moving to the tip of the vanes until it falls to the volute. With added pressure, the fluid now flows out through the outlet. At that time, vacuum low pressure zone is formed in the center of impeller, causing fluid to flow continuously.

Grundfos NBG/NBGE SuperVortex Impeller

The Grundfos NBG(E) SuperVortex impeller pumps are end suction, close-coupled, single-stage centrifugal pumps. They guarantee reliability in heavy-duty industrial applications and are built for moving large volumes of water and other liquids. The new vortex impeller design provides free passage for stringy objects, long fibres, and solids up to 25 mm.

These stainless steel pumps are also suitable for wastewater with up to 5% dry matter content.

  • SuperVortex impeller with little to no contact with pumped fluid, minimising jamming
  • Good at passing solids with sizes up to 25mm without clogging
  • Designed to pump liquid with high content of sand and heavy-duty industrial applications
  • Standard close-coupled pumps with flanges according to ISO 2858 (and MGE motor for NBGE pumps)
  • Loose flanges for easy installation and maintenance (available in DIN, ISO and ANSI)
  • Reduced life cycle costs
    Full range in stainless steel
  • Dedicated shaft seal solutions to accommodate most liquids encountered in industrial applications
  • Close-coupled pumps with flanges according to ISO 2858 (and MGE motor for NBGE pumps)
  • Back pull-out design enabling easy service of the pump
  • Optimized hydraulics in housing and impeller, which provides unimpeded liquid flow
  • O-ring seal between pump housing and cover, which ensures no risk of leakage
  • Materials options
  • Shaft seal options
  • Motor options with variable speed control
  • Standard or customised versions
  • Accessories and spare parts
  • Baseplate

Grundfos range of booster pumps are centrifugal type hence use the same working principle. Booster pumps boost water pressure and, in many cases, improves the flow rate. They rely upon one or more impellers to draw the pumped fluid into the intake of the pump, and to boost its pressure as the fluid passes through the impeller and the volute or diffuser casing. Some are single-stage, meaning that they have a single impeller. These are generally used in applications where the amount of additional pressure (head) that is required is not significant. There are also multi-stage configurations involving more than one impeller, which are used to deliver higher heads such as would be required to move water up to substantially higher elevations or through much longer pipelines.

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