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 | Low pressure centrifugal pump with axially split pump housing mounted on a base plate
- Pumping heating water according to VDI 2035, water-glycol mixtures, cooling, cold and process water
- Applications in municipal water supply, irrigation, building service, general industry, power stations, etc.
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 | Glanded pump, monobloc design with screwed or Victaulic connection
For pumping water/glycol mixtures with 20 - 40 Vol-% glycol
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 | Pressure boosting system with 2 t0 6 non-self-riming stainless steel high pressure centrifugal pumps connected in parallel
- Fully automatic water supply and pressure boosting in residential, office and administration buildings, hotels, hospitals, stores and also in industrial systems
- Pumping of drinking water and process water, cooling water, fire-fighting or other process water that does not attach the materials used either chemically or mechanically and does not contain any abrasive or long fibre particles
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 | Pressure boosting system with 2 to 6 non-self-priming stainless steel high pressure centrifugal pumps connected in parallel equipped with glandless motor
- Fully automatic water supply and pressure boosting in residential, office and administration buildings, hotels, hospitals, stores and also in industrial systems
- Pumping of drinking water and process water, cooling water, fire-fighting or other process water that does not attach the materials used either chemically or mechanically and does not contain any abrasive or long fibre particles
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 | Pressure boosting system with 2 to 4 non-self-priming stainless steel high pressure centrifugal pumps connected in parallel equipped with speed-controlled glandless motor
- Fully automatic water supply and pressure boosting in residential, office and administration buildings, hotels, hospitals, stores and also in industrial systems
- Pumping of drinking water and process water, cooling water, fire-fighting or other process water that does not attach the materials used either chemically or mechanically and does not contain any abrasive or long fibre particles
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 | Water supply plants with a non-self-priming glandless high pressure centrifugal pump and integrated speed control
- Fully automatic water supply in pressure operation from the public water mains or a storage tank
- Pumping of drinking water, process water, cooling water, fire-fighting or other process water that does not attack the materials used chemically or mechanically and does not contain any abrasive or long fibre particles
More »
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 | Pressure boosting system with 2 to 4 non-self-priming stainless steel high pressure centrifugal pumps connected in parallel equipped with speed-controlled motors
- Fully automatic water supply and pressure boosting in residential, office and administration buildings, hotels, hospitals, stores and also in industrial systems
- Pumping of drinking water and process water, cooling water, fire-fighting or other process water that does not attach the materials used either chemically or mechanically and does not contain any abrasive or long fibre particles
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 | Water supply plants with a non-self-priming high pressure centrifugal pump and integrated speed control
- Fully automatic water supply in pressure operation from the public water mains or a storage tank
- Pumping of drinking water, process water, cooling water, fire-fighting or other process water that does not attack the materials used chemically or mechanically and does not contain any abrasive or long fibre particles
More »
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 | Water supply plants with a non-self-priming high pressure centrifugal pump and integrated speed control
- Fully automatic water supply in pressure operation from the public water mains or a storage tank
- Pumping of drinking water, process water, cooling water, fire-fighting or other process water that does not attack the materials used chemically or mechanically and does not contain any abrasive or long fibre particles
More »
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 | Water supply plants with a non-self-priming high pressure centrifugal pump and integrated speed control
- Fully automatic water supply in pressure operation from the public water mains or a storage tank
- Pumping of drinking water, process water, cooling water, fire-fighting or other process water that does not attack the materials used chemically or mechanically and does not contain any abrasive or long fibre particles
More »
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 | Glanded pump, monobloc design with flange connection
For pumping cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
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 | Glanded pump, inline design with flange connection
For pumping cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
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 | Electronically controlled glanded pump, inline design with flange connection and automatic output adaption
For pumping cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
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 | Electronically controlled glanded pump, inline design with flange connection and automatic output adaption
For pumping cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
More »
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 | Glanded twin-head pump, inline design with flange connection
For pumping cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
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 | Electronically controlled glanded twin-head pump, inline design with flange connection and automatic output adaption
For pumping cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
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 | Glandless twin-head circulation pump with flange connection. Pre-selectable speed stages for capacity adjustment
Hot-water heating systems of all kinds, industrial circulation systems
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 | Dry well installed and self-priming wastewater pump
- For pumping large volumes of clean or slightly soiled water
- Used in plant nurseries, agriculture and farming and also in industry
- Resistance to salt water makes it suitable for use in shipping (bronze version)
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 | Self-priming drainage pump
- Pumping wastewater with minor solid matter from
- Excavation pits and ponds
- Sprinkling / spraying of gardens and parks
- Draining leachate
- Mobile dewatering
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 | Submersible wastewater pumps with macerator
Pumping of sewage containing faeces, as well as municipal and industrial sewage with long-fibre constituents, from individual buildings and for commercial utilisation. The macerator breaks down the solid constituents into smaller pieces to generate a readily pumpable medium.
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 | Submersible wastewater pump with macerator
- For pumping wastewater with faeces in pressurised drainage systems
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 | Submersible sewage motor pump
- For pumping faeces, municipal and industrial sewage, also containing long fibrous particles for:
- House/site drainage
- Sewage and water management
- Environmental and wastewater treatment technology
- Industrial and processing technology
- High reliability through optimum free ball passage
- Can be used in the following types of installation:
- stationary wet
- portable wet
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 | Basement drainage pump
- For pumping clear or slightly soiled water
- From tanks, shafts or excavation pits
- With flooding and inundation
- When drainage basement steps and basement rooms
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 | Submersible wastewater pump
- For pumping condensate, hot water and aggressive fluids
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 | Submersible wastewater pump
- For pumping coarsely soiled fluids for:
- House/site drainage
- Sewage and water management
- Environmental and wastewater treatment technology
- Industrial and processing technology
- High operational safety through a free ball passage of 44 mm
- Low weight makes it ideal as an emergency/replacement pump
- Can be used in the following types of installation:
- stationary wet
- transportable
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 | Submersible sewage motor pump
- For pumping faeces, municipal and industrial sewage, also containing long fibrous particles for:
- House/site drainage
- Sewage and water management
- Environmental and wastewater treatment technology
- Industrial and processing technology
- High reliability through optimum free ball passage
- Due to its low weight, it is also suitable for emergency and disaster operations
- Can be used in the following types of installation:
- stationary wet
- portable wet
- vertically dry (without Ex protection)
- horizontal dry installation on demand
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| Submersible wastewater pump
- For pumping wastewater with foreign substances, max. 10 mm, for:
- House/site drainage
- Environmental and wastewater treatment technology
- Industrial and processing technology
- Can be used in the following types of installation:
- stationary wet
- portable wet
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 | Vertical wastewater pump
- For pumping wastewater/fluids with temperatures up to 100 °C (e.g. condensate, pump sumps of boiler installations, basements where there is a risk of flooding)
- Max. ball passage 5 mm or 7 mm (VC 40)
- Max. fluid temperature 100 C
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 | Wastewater lifting unit (underfloor installation)
Wastewater lifting unit with integrated submersible pump for underfloor installation in old and new buildings for the automatic drainage of- Rooms where there is a risk of flooding
- Garage entrances
- Basement steps
- Showers
- Washbasins, etc.
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 | Condensate lifting unit
For pumping condensate from- Condensing boilers
- Air conditioning and refrigeration installations (e.g. refrigerators, refrigerated showcases, evaporators)
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 | Sewage lifting unit with solids separation system
The DrainLift FTS solids separation system is a sewage lifting unit for draining commercial buildings and buildings complexes (e.g. hotels, hospitals, etc.).According to DIN EN 12056/DIN 1986-100, untreated sewage that cannot be fed to the sewerage system via the natural fall and sewage that occurs underneath the backflow level must be fed to the public sewerage system via an automatic lifting unit. Sewage containing petroleum oils or explosive admixtures must be disposed of via an oil or petrol precipitator, those containing fats via a grease trap and those containing sand via a sand trap.
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 | Small sewage lifting unit
Faeces lifting unit ready for connection for limited use (in direct connection downstream of a toilet) with macerator to drain the individual toilet and also a hand washbasin, a shower or bidet, whose wastewater/sewage cannot be fed to the sewerage system via a natural gradient or for wastewater/sewage that occurs below the backflow level; DIN EN 120503 and also DIN 1986100 must be observed; when connecting several sewage dispensers or ones that are different from those mentioned here, we recommend the use of the products in the Wilo DrainLift S to XXL series
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 | Sewage lifting unit
Sewage lifting unit for the drainage of domestic dwellings and commercial buildings (e.g. restaurants, stores, etc.). According to DIN EN 12056/DIN 1986-100, untreated sewage that cannot be fed to the sewerage system via the natural fall and sewage from toilets that occurs underneath the backflow level must be fed to the public sewerage system via an automatic lifting unit. Sewage containing petroleum oils or explosive admixtures must be disposed of via an oil or petrol precipitator, those containing fats via a grease trap and those containing sand via a sand trap. In cases where the flow to the lifting unit must not be interrupted during normal operation, a lifting unit must be equipped with a second lifting device (DrainLift M2/L2/XL2) with the same capacity, which switches on automatically when required (DIN EN 120501 A1).
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 | Sewage lifting unit
Sewage lifting unit for the drainage of domestic dwellings and commercial buildings (e.g. restaurants, stores, etc.). According to DIN EN 12056/DIN 1986-100, untreated sewage that cannot be fed to the sewerage system via the natural fall and sewage from toilets that occurs underneath the backflow level must be fed to the public sewerage system via an automatic lifting unit. Sewage containing petroleum oils or explosive admixtures must be disposed of via an oil or petrol precipitator, those containing fats via a grease trap and those containing sand via a sand trap. In cases where the flow to the lifting unit must not be interrupted during normal operation, a lifting unit must be equipped with a second lifting device (DrainLift M2/L2/XL2) with the same capacity, which switches on automatically when required (DIN EN 120501 A1).
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 | Sewage lifting unit
High-grade sewage lifting unit ready for connection according to DIN EN 120501 for pumping untreated sewage that cannot be fed to the sewerage system via the natural fall; WiloDrainLift S meets the specifications of DIN EN 120501 and also the construction and test conditions of the Institut fuer Bautechnik; minimum dimensions together with compact footprint allows a wide range of applications- Showers, toilets, saunas, etc. can be installed afterwards
- Installation of toilets in dwellings below ground level
- Extension/renovation of homes and buildings
- Innovative combination of various installation possibilities of sewage lifting unit in one installation, such as, for example:
- Direct toilet connection
- Individual room drainage
- Front wall installation/wall installation
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 | Wastewater lifting unit (above-floor installation)
Automatic wastewater lifting unit for pumping domestic sewage not containing faeces, washing machine suds (without long fibrous particles), shower and bath water (unchlorinated); sewage containing faeces must not be transported in wastewater lifting units. In these cases, we recommend the use of wastewater lifting units in the Wilo DrainLift S to XXL series.
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 | Wastewater lifting unit (above-floor installation)
Automatic wastewater lifting unit for pumping domestic sewage not containing faces, washing machine suds (without long fibrous particles), shower and bath water (unchlorinated); sewage containing faeces must not be transported in wastewater lifting units. In these cases, we recommend the use of wastewater lifting units in the Wilo DrainLift S to XXL series.
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 | Shaft pump unit
WiloDrainLift WS 4050 is, according to EN 12050, an automatically working wastewater lifting unit for the anti-backflow drainage of sewage with or without faeces (depending on the type) from drainage points in buildings below the backflow level; the installation can be installed both in buildings and outside buildings, like a plastic shaft in the ground; the installation is ideal for applications with seasonal wastewater volume (such as camping sites, weekend homes, etc.), in areas with shallow frost depths or also in pressurised drainage- TP 50 and TP 65: suitable for coarsely soiled fluids; 44 mm free ball passage, detachable connection cable
- MTS 40/: suitable for coarsely soiled fluids and faeces; explosion protection as standard (3~ 400V only), detachable connection cable; with spherical macerator unsusecptible to plugging with internal rotary cutter
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 | Shaft pump unit
Single pump shaft for pumping wastewater and sewage in building service from rooms and surfaces below the backflow level (EN752); WS625 is installed in the ground outside the building; a time-saving, easy installation and cost-effective solution for every planner and contractor; suitable as a shaft pump unit ready for connection in conjunction with pressurised drainage and as a pump unit for drain drainage- TMW 32: suitable for slightly soiled media, 10 mm free ball passage
- TC 40: suitable for coarsely soiled fluids; 35 mm free ball passage
- MTS 40/...: suitable for coarsely soiled fluids and faeces; explosion protection as standard (3~400V only), detachable connection cable; with spherical macerator unsusecptible to plugging with internal rotary cutter
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 | Shaft pump unit
Shaft pump unit for pumping wastewater and sewage in building service from rooms and surfaces below the backflow level (EN 752/EN 12050); WS 900/1100 is installed in the ground outside the building without concreting work; a time-saving, easy installation and cost-effective solution for every planner and contractor; suitable as a shaft pump unit ready for connection, used in conjunction with pressurised drainage and as a collecting pump unit in conjunction with free-surface flow pipe- TS 40: for slightly soiled media, 10 mm free ball passage, detachable connection cable
- TP 50 and TP 65: for coarsely soiled fluids; 44 mm free ball passage, detachable connection cable
- TP 80: for coarsely soiled fluids and faeces; 78 mm free ball passage, explosion protection as standard, detachable connection cable (as single pump unit only)
- STS 80: for coarsely soiled fluids and faeces; 78 mm free ball passage, detachable connection cable
- MTS 40: for coarsely soiled fluids and faeces, explosion protection as standard ( 3~400 V only), detachable connection cable, patented macerator:
- internal rotary cutter
- spherical macerator
- absolutely reliable
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 | Sewage lifting unit
Sewage lifting unit for the drainage of domestic dwellings and commercial buildings (e.g. restaurants, stores, etc.). According to DIN EN 12056/DIN 1986-100, untreated sewage that cannot be fed to the sewerage system via the natural fall and sewage from toilets that occurs underneath the backflow level must be fed to the public sewerage system via an automatic lifting unit. Sewage containing petroleum oils or explosive admixtures must be disposed of via an oil or petrol precipitator, those containing fats via a grease trap and those containing sand via a sand trap. In cases where the flow to the lifting unit must not be interrupted during normal operation, a lifting unit must be equipped with a second lifting device (DrainLift M2/L2/XL2) with the same capacity, which switches on automatically when required (DIN EN 120501 A1).
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 | Sewage lifting unit for limited use for front wall installation
Connection-ready sewage lifting unit for limited use (in direct connection to a wall hung toilet) for the special front wall installation.For sewage disposal from an individual toilet in addition to a hand-washing basin, a shower or a bidet, the wastewater/sewage of which cannot be piped to the canalisation throught the use of natural inclines and/or for wastewater/sewage which is generated below the backflos level. DIN EN 12050-3 and DIN 1986-100 must both be complied with. When connecting several sewage dispensers or ones that are different, we recommend the use of the products in the Wilo-DrainLift S to XXL series.
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 | Sewage lifting unit
Sewage lifting unit for removing untreated waste water that cannot be fed to the drain system via the natural fall and sewage from toilets, which occurs under the backflow level and therefore (according to DIN 1986/EN 12050) has to be fed to the public sewerage system via an automatic lifting unit. Sewage that contains mineral oils or explosive additives has to be transported through an oil or petrol precipitator, sewage containing grease is fed through a grease precipitator and sewage containing sand passes through a sand trap.Sewage containing acid has to be neutralised.If the sewage pipe does not allow any interruption, a stand-by pump according to DIN 1986/EN 12050 (double pump installation) is necessary.
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 | Water supply plants with system division and a non-self-priming high pressure centrifugal pump
- Fully automatic water supply in pressure operation from the public water mains or a storage tank
- Pumping of drinking water and process water, cooling water, fire-fighting or other process water that does not attach the materials used either chemically or mechanically and does not contain any abrasive or long fibre particles
More »
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 | Water supply plants with divided system and a non-self-priming glandless high pressure centrifugal pump
- Fully automatic water supply in pressure operation from the public water mains or a storage tank
- Pumping of drinking water and process water, cooling water, fire-fighting or other process water that does not attach the materials used either chemically or mechanically and does not contain any abrasive or long fibre particles
More »
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 | Water supply plants with a non-self-priming high pressure centrifugal pump
- Fully automatic water supply in pressure operation from the public water mains or a storage tank
- Pumping of drinking water, process water, cooling water, fire-fighting or other process water that does not attack the materials used chemically or mechanically and does not contain any abrasive or long fibre particles
More »
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| Water supply plants with a non-self-priming glandless high pressure centrifugal pump
- Fully automatic water supply in pressure operation from the public water mains or a storage tank
- Pumping of drinking water, process water, cooling water, fire-fighting or other process water that does not attack the materials used chemically or mechanically and does not contain any abrasive or long fibre particles
More »
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 | Pressure boosting system with 2 to 4 horizontal non-self-priming stainless steel high pressure centrifugal pumps connected in parallel
- For fully automatic water supply and pressure boosting in residential, office and administration buildings, hotels, hospitals, stores and also in industrial systems
- Pumping of drinking water and process water, cooling water, fire-fighting or other process water that does not attach the materials used either chemically or mechanically and does not contain any abrasive or long fibre particles
More »
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 | Non self-priming multi-stage pump
- Water supply and pressure boosting
- Commerce and industry
- Cooling water circuits
- Washing and irrigation systems
More »
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 | Non self-priming multi-stage pump
- Water supply and pressure boosting
- Commerce and industry
- Washing and sprinkling installations
- Rainwater utilisation
- Cooling and cold water circuits
More »
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 | Submersible sewage motor pump
- For pumping faeces, municipal and industrial sewage, also containing long fibrous particles for:
- House/site drainage
- Sewage and water management
- Environmental and wastewater treatment technology
- Industrial and processing technology
More »
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 | Submersible wastewater pump
- For draining excavation pits, basements, shafts and basins
- Intended for use in wells
More »
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 | Self-priming filter block pumps
for pumping swimming pool water according to DIN 19643, Part 1 to 5
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 | Self-priming water supply plants
For pumping water and rainwater from wells and tanks for- Sprinkling
- Irrigation and spraying
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 | Self-priming water supply plants
- Water Supply
- Sprinkling
- Irrigation and spraying
- Pumping water from wells and low-lying tanks
More »
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 | Self-priming single stage centrifugal pumps
- Pumping water from wells
- Filling, emptying, circulating, irrigating, sprinkling and spraying
- As an emergency pump in the event of flooding
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 | Self-priming water supply plants
- Water Supply
- Sprinkling
- Irrigation and spraying
- Rainwater utilisation
More »
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 | Self-priming water supply plants
- Water Supply
- Sprinkling
- Irrigation and spraying
- Pumping water from wells and low-lying tanks
More »
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 | Self-priming multi-stage centrifugal pumps
- Water Supply
- Sprinkling
- Irrigation and spraying
- Rainwater utilisation
More »
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 | Non-self-priming water supply plants
- Water Supply
- Sprinkling
- Irrigation and spraying
- Rainwater utilisation
More »
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 | Non self-priming water supply plants
- Water Supply
- Sprinkling
- Irrigation and spraying
More »
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 | Non-self-priming multi-stage centrifugal pumps
- Water Supply
- Sprinkling
- Irrigation and spraying
- Rainwater utilisation
More »
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 | Non self-priming multi-stage pump
- Water supply and pressure boosting
- Fire-fighting systems
- Boiler feed
- Industrial circulation systems
- Process engineering
- Cooling water circuits
- Washing and irrigation systems
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 | Non self-priming multi-stage pump
- Water supply and pressure boosting
- Fire-fighting systems
- Boiler feed
- Industrial circulation systems
- Process engineering
- Cooling water circuits
- Washing and irrigation systems
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 | Non-self-priming, multi-stage pump with integrated frequency converter
- Water supply and pressure boosting
- Fire-fighting systems
- Industrial circulation systems
- Process engineering
- Cooling water circuits
- Washing and irrigation systems
More »
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 | Non-self-priming multi-stage pump
- Water supply and pressure boosting
- Commerce and industry
- Washing and sprinkling installations
- Rainwater utilisation
- Cooling and cold water circuits
More »
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 | Non self-priming multi-stage pump with glandless motor
- Water supply and pressure boosting systems
More »
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 | Non self-priming multi-stage pump with glandless motor and integrated frequency transformer
- Water supply and pressure boosting
More »
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 | Glandless pump with screwed or flange connection. Pre-selectable speed stages for capacity adjustment
Hot-water heating systems of all kinds, industrial circulation systems
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 | Ready-to-plug rainwater utilisation system with rainwater tank
Rainwater utilisation to save drinking water
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 | Ready-to-plug rainwater utilisation system
Rainwater utilisation to save drinking water in conjunction with storage tanks or tanks
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 | Automatic rainwater utilisation system with 2 self-priming pumps
Rainwater utilisation in houses with more than one family and small businesses to saving drinking water in conjunction with storage tanks or tanks
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 | Automatic rainwater utilisation system with collecting tank and 2 non-self-priming pumps
Hybrid system for the commercial and industrial use of rainwater to save drinking water in conjunction with storage tanks or tanks
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 | Glandless circulation pump with screwed connection. Pre-selectable speed stages for capacity adjustment
Hot water heating systems of all kinds, industrial circulation systems
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 | Complete unit / basic device for hydraulic separation of floor heating systems
Floor heating systems of all kinds; system separation for fluids containing a high amount of oxygen
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 | Glandless circulating pump with screwed and flanged connection for performance adaptation
Hot-water heating systems of all kinds, air conditioning, closed cooling circuits, industrial circulating systems
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 | Glandless circulating twin-head pump with screwed and flanged connection for performance adaptation
Hot-water heating systems of all kinds, air conditioning, closed cooling circuits, industrial circulating systems
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 | Self-priming water supply plants with noise-absorbing complete cladding
- Self-supply of water
- Rainwater utilisation
- Sprinkling
- Sprinkling/irrigation
- Irrigation
More »
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 | Glandless circulating pump with screwed connection and automatic performance adaptation
Hot-water heating systems of all kinds, industrial circulation systems
More »
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 | Glandless circulator with screwed connection and automatic capacity adjustment
Hot water heating systems of all kinds, industrial circulation systems
More »
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 | Glandless circulation pump with screwed connection. RSL version with rapid ventilation connection. Pre-selectable speed stages to adjust the capacity
Hot-water heating systems of all kinds, industrial circulation systems, cold-water systems and air-conditioning systems
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 | Glandless circulating pump with screwed connection; Presettable speed stages for performance adaptation
Hot-water heating systems of all kinds, industrial circulating systems, cold-water systems and air-conditioning systems
More »
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| Glandless circulation pump with screwed connection. Pre-selectable speed stages for capacity adjustment
Solar thermal systems
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 | Glandless circulation pump with screwed connection or pressed connection
Drinking water circulation systems and related systems in industry and building service
More »
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 | Glandless circulator with screwed or flange connection, EC motor and automatic capacity adjustment
Hot-water heating systems of all kinds, air conditioning, closed cooling circuits, industrial circulation systems
More »
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 | Glandless circulating pump with screwed connection, EC-motor and automatic performance adaptation
Hot water heating systems of all kinds, industrial circulation systems
More »
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 | Glandless circulating pump with screwed connection , EC-motor and automatic performance adaptation
Circulation in solar thermal systems
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 | Glandless circulation pump with screwed connection and automatic capacity adjustment
Drinking water circulation systems and related systems in industry and building service
More »
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 | Glandless twin-head circulating pump with flange connection, EC motor and automatic capacity adjustment
Hot-water heating systems of all kinds, air conditioning, closed cooling circuits, industrial circulation systems
More »
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 | Glandless circulator with screwed or flange connection, EC motor and automatic capacity adjustment
Drinking-water circulation systems of all kinds, hot-water heating systems of all kinds, air conditioning, closed cooling circuits, industrial circulation systems
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 | Submersible motor pump
- For water supply, irrigation and watering, pressure boosting, reducing the groundwater level and industrial applications
- For pumping water without long fibrous and abrasive particles from storage tanks or boreholes with a minimum diameter of 4" (= DN 100) and a maximum immersion depth of up to 350 metres
More »
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 | Submersible pumps
- Pumping from wells, storage tanks and tanks
- Irrigation, sprinkling and pumping out
- Water Supply
- Rainwater utilisation
More »
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 | Water supply system with submersible pump, control system with complete accessories
- Pumping from wells, storage tanks and tanks
- Irrigation, sprinkling and pumping out
- Water Supply
- Rainwater utilisation
More »
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 | Submersible motor pump
- For water supply, irrigation and watering, pressure boosting, reducing the groundwater level and industrial applications
- For pumping water without long fibre and abrasive particles from boreholes with a minimum diameter of 6, 8 or 10" (DN 150, 200 or 300) and also an immersion depth depending on type of 220 to 350 m
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 | Submersible motor pump
- For private water supply, irrigation and watering
- For pumping water without long fibrous and abrasive particles from boreholes with a minimum diameter of 3" (DN 80) and a maximum immersion depth of up to 60 metres
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 | Water supply system with submersible pump
- Use in the domestic sector:
- Water supply for washing machines
- Garden irrigation
- Circulation
- Filling
- Filling stations, for cleaning
- Toilet flush
- For pumping water without long fibrous and abrasive particles from boreholes with a minimum diameter of 3" (DN 80) and a maximum immersion depth of up to 60 metres
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 | Submersible motor pump
- For water supply, irrigation and watering, pressure boosting, reducing the groundwater level or industrial applications
- For pumping water without long fibrous and abrasive particles from storage tanks or boreholes with a minimum diameter of 4" (= DN 100) and a maximum immersion depth of up to 200 metres
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 | Water supply system with submersible pump
- Use in the private sector:
- Water supply for washing machines
- Garden irrigation
- Circulation
- Filling
- Filling stations, for cleaning
- Toilet flush
- for pumping water without long fibrous and abrasive particles from storage tanks or boreholes with a minimum diameter of 4" (DN 100) and a maximum immersion depth of up to 200 metres
More »
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 | Submersible motor pump
- For water supply, irrigation and watering, pressure boosting, reducing the groundwater level or industrial applications
- For pumping water without long fibrous and abrasive particles from storage tanks or boreholes with a minimum diameter of 4" (= DN 100) and a maximum immersion depth of up to 200 metres
More »
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 | Submersible motor pump
- For water supply, irrigation and watering, pressure boosting, reducing the groundwater level and industrial applications
- For pumping water without long fibre and abrasive particles from boreholes with a minimum diameter of 6, 8 or 10" (DN 150, 200 or 300) and also an immersion depth depending on type of 220 to 350 m
More »
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 | Submersible motor pump
- For water supply, irrigation and watering, pressure boosting, reducing the groundwater level and industrial applications
- For pumping water without long fibre and abrasive particles from boreholes with a minimum diameter of 6, 8 or 10" (DN 150, 200 or 300) and also an immersion depth depending on type of 220 to 350 m
More »
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 | Glandless pump with screwed or flange connection. Pre-selectable speed stages for capacity adjustment
Hot-water heating systems of all kinds, air conditioning, closed cooling circuits, industrial circulation systems
More »
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 | Glandless circulation pump with screwed or flange connection and automatic capacity adjustment
Hot-water heating systems of all kinds and industrial circulation systems
More »
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 | Glandless twin-head circulating pump with flanges connection and automatic capacity adjustment
Hot-water heating systems of all kinds and industrial circulation systems
More »
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 | Glandless pump with screwed or flange connection. Pre-selectable speed stages for capacity adjustment
Hot water heating systems of all kinds, air conditioning, closed cooling circuits, industrial circulation systems
More »
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 | Glandless twin-head circulating pump with flange connection.
Hot-water heating systems of all kinds, industrial circulation systems, air-conditioning systems and closed cooling circuits
More »
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 | Glandless circulator with screwed or flange connection. Pre-selectable speed stages for capacity adjustment
Drinking water circulation systems, related systems in industry and building service (e.g. cooling water circulation)
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 | Electronically controlled glanded pump, inline design with flange connection and automatic output adaption
For pumping cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
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 | Glanded pump, inline design with flange connection
For pumping heat transfer oil in closed industrial circulation systems
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| Glanded pump, inline design with flange connection
For pumping hot water without abrasive matter in closed industrial circulation systems, district heating, closed heating systems, etc.
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 | Glanded pump, inline design with screwed or flange connection
For pumping cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
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 | Glanded pump, inline design with screwed or flange connection
For pumping cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
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 | Glanded circulation pump, inline design with screwed connection
For pumping drinking water and also cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
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 | Single-stage low pressure centrifugal pump mounted on base plate
- Pumping heating water according to VDI 2035, water-glycol mixtures, cooling, cold and process water
- Applications in municipal water supply, irrigation, building service, general industry, power stations, etc.
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 | Single-stage low pressure centrifugal pump mounted on base plate
- Pumping heating water according to VDI 2035, water-glycol mixtures, cooling, cold and process water
- Applications in municipal water supply, irrigation, building service, general industry, power stations, etc.
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 | Electronically controlled glanded twin-head pump, inline design with flange connection and automatic output adaption.
For pumping cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
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 | Glanded twin-head pump, inline design with flange connection
For pumping cold and hot water (according to VDI 2035) without abrasive substances in heating water, cold water and cooling water systems
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