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Characteristics
■Multi-stage vertical centrifugal pumps with diffuser type bowl.
■Francis vane enclosed impellers.
■Counter clockwise rotation viewed from coupling end (as an option).
■Basket or Conical strainer according to pump requirements.
Design Features
■Product or Oil lubricated.
■Large bowl shaft sizing provides longer life.
■Enameled bowls 5” thru 15”.
Standard Construction Materials
■Bowls:
•Cast Iron Bowls.
•Bronze Impellers.
•416SST Shafting.
■Column:
•Carbon steel pipes and AISI-1045 carbon steel shaft.
■Discharge Head:
•Cast iron with 125-AISI flat face flanged connections.
•Fabricated steel with 150# and 300# AISI flanges as an option.
Operation Limits
■Capacity to 13,636 m3/hr (60,000 U.S. gpm).
■Head to 762 m (2,500 ft).
■Pressure to 76 kg/cm2 (1,080 psi).
■Temperature 121°C (250°F).
Applications
■Deep Well & Irrigation.
■Sumps, Condensate (Can Pump).
■Fire Service.
■Municipal.
■Industrial.
Ruhrpumpen Nomenclature
■VTP
■HQ
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Floway Pumps' Vertical Hydrocarbon Pumps are built around the versatility of the vertical pump design for the API industry. Our extensive line of low NPSHR impellers allows us to meet demanding NPSHA requirements.
Features / Benefits
- Compliant with API 610 current edition
- Multi-staging in the medium specific speed range
- High pressures with premium efficiences and low operating costs
- Low NPSH first stage construction with Nss below 11,000
- Pressure and flow variations are achieved by changing number of stages or impeller type
- Pump bowl assembly is characterized as low energy per stage resulting in a broad flow range with excellenct hydraulic stability
- Thrust balanced impellers are available for pump axial thrust reduction and assist in obtaining the desired thrust bearing rating/life
- Thrust pot assembly is available in applications where non-thrust carrying motors are required
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The VI line heavy duty process pumps, are vertical single stage type
with a side discharge column
These pumps are specifically used on sump applications.
Pump components geometry optimised through hydraulic, structural, thermal and dynamic F.E.M. analysis lead to an high product reliability.
Closed type impeller with front and rear wear rings as well as balancing holes, to minimise the axial thrust.
Large eye single suction 1st. stage impeller to meet low NPSH requirements.
Deep stuffing boxes, designed in accordance to API 682 Std., suitable to accept any type of mechanical or packing seal.
Labyrinths and deflectors at either bearing housing to maximise protection against dirt.
A wide range of sizes and material combinations complete the variety of the offered product.
Main design features
Fully designed according to latest edition of API 610 Std.
Pump shaft fully machined to respect the more restrictive run-out API limits.
As a standard, the rotor axial thrust is supported by a duplex oil lubricated ball angular contact type bearings.
Discharge column, line shaft and support column may consist of multiple sections, depending upon the pump setting. Discharge column mounted with a sliding fit through the sole plate to account for thermal expansions.
Renewable intermediate bushings, lubricated by the same pumped fluid or from an external source, are provided in correspondence of all column sections.
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Materials
Wetted parts AISI 316 Bearings SiC / Special Carbon Bracket WCB Special alloy: Hastelloy, Incoloy, Titanium
Technical Data : Flow Rates up to a 10m3/h Total delivery heads up to 110m Temperature Ratings up to 200°C Pressure rating up to PN 25
Construction
Horizontal Peripheral Pump for general applications Permanent Magnet Drive system Separation of liquid chamber/atmosphere by means of an isolation shell Synchronous drive transmitted by inner magnet and outer magnet system Self-balancing impeller Sintered Silicon Carbide Bearings / Special Carbon Two executions: Close coupled standard,Close coupled for high temperature ( up to 350°C)
Applications
Pumping acids, hydrocarbon, diathermic oils, liquid gases, dangerous fluids, explosive, toxic.
Further material available if request
Various materials from the standard special Constructions
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The 5.5 series pumps are the first in the March product line to employ an involute design with a closed impeller magnet assembly. They can deliver a maximum flow of 30 GPM (110 LPM), and are capable of serving applications with a maximum head of 41 ft. (9m). Able to handle chemicals of all kinds at temperatures up to 190º F (87º C), uses range from icemakers to film processors and silver recovery systems. Units with Kynar® plastic construction can handle strong halogen solutions and certain chromic or sulfuric acid solutions. Other options for wetted materials include glass filled polypropylene, ceramic, Viton®, and 316 stainless steel. Optional bushings, “O” rings and spindle combinations are
available.
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Magnetic drive turbine pumps MDK series
Leakage free, turbine pump
As is common with corrosion resistant pumps, this series uses the magnetic drive method, eliminating all problems caused by liquid leakage. Its pump characteristics include a small flow rate and high head.
Built-in self-priming valve
The inlet side of the pump contains a self-priming valve. Self-priming is actuated quickly after initial priming.
Superior corrosion resistance
The main parts are manufactured from SCS313 or SCS14 stainless cast, allowing the pump to be used for transferring organic solvents and various other chemicals.
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Even turbine pumps belong to our product range. The advantages of the magnetic drive system and of high pressures are here combined. While the MDT series is best suited for incorporation in equipment, the MDK series is used as process pump for difficult liquids.
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Materials
Part in contact with liquid PP / PVDF Shaft / Bearings Al2O3 / PTFE Bracket WCB
Pumping acids, hydrocarbon, liquid gases, dangerous fluids, explosive, toxic.
Technical Data : Flow Rates up to a 15m3/h Total delivery heads up to 70m Temperature Ratings up to 90°C Pressure rating up to PN 10
Construction
Horizontal plastic peripheral Pump for general application Permanent Magnet Drive system Separation of liquid chamber/atmosphere by means of an isolation shell Synchronous drive transmitted by inner magnet and outer magnet system Alumina ultra pure 99,7% shaft, PTFEC Brgs Close Coupled execution
Applications
Further material available if request
Various materials from the standard special Constructions
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All performance curves are found using our free Pump Selection System (PSS) software. Click the following link, where you will register and gain immediate access to all of our up-to-the-minute performance curve information.
Specifications:
Capacities to 65000 GPM
(14763 m3/h)
Heads to 3500 feet (1067 m)
Temperatures to 500° F (260° C)
Bowl sizes from 6" to 55"
Design Features:
Fabricated discharge head and flanged column
Flanged bowl construction
416 SS shafting
Alloy construction with external flush of critical wear areas available for corrosive/abrasive services
Built-in alignment and simple piping for less costly installation and ease of maintenance/reduced downtime
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Features
* High efficiency impellers and bowls
* Vibration-free performance
* Low submergence
* No priming required
* Dry pit/Wet pit arrangement available
* Direct drive/Right angle gear drive
* Impeller pull-out/Non-pull-out
* Bowl pull-out/Non-pull-out
* Gland packed / Mechanical seal
* 50Hz / 60Hz availability
Applications
* Water supply
* Irrigation
* Cooling tower
* Thermal and Nuclear power plants
* Steel, Cement industries
* Refineries
* Sea water on off-shore platforms
* Condensate extraction
* Fire fighting
* Flood control
* Dry Docks
Range
* Delivery size up to 2200 mm
* Capacity up to 40,000 m³ /hr
* Head up to 200 metres
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Griswold Vertical Turbine Pumps are available with two types of pump drives . . . vertical hollowshaft electric motor drive or right angle gear drive. Our turbine pumps offer you a choice of two types of lubrication . . . either a water lubricated line shaft or an oil lubricated line shaft construction.
To fit various applications, Griswold discharge heads are available either cast for above ground discharge or fabricated for various discharge configurations. Depending on pumping requirements, our pump bowls are available in 6”, 8”, 10”, 12” and 14” diameter.
Impellers available in the various bowl assemblies are of different designs and sizes. All impellers are precision designed, engineered and finished to give highest efficiency. Our impellers are made of high-strength bronze, machine, hand finished and dynamically balanced for top performance and long life.
We manufacture a large variety of impeller and bowl designs. This makes it possible for us to fit most any job from 60 to 3500 gallons per minute . . . low or high head . . . open or pressure discharge.
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SPP's Lowest Life-cycle Cost Series of single and multi-stage Vertical Turbine pumps have been designed for longevity and incorporate many standard features, which facilitate ease of maintenance. A spacer coupling between the thrust bearing assembly and seal chamber allows a cartridge mechanical seal to be removed without dismantling the headpiece and removing the driver. Easily removable keyed muff type couplings connect all shafts, facilitating disassembly of the whole pump unit with minimal risk of damaging expensive component parts.
High-grade standard materials of construction and a rugged stiff shaft mechanical design coupled to state of the art hydraulics, offer unrivalled longevity and the lowest cost of ownership.
TYPICAL APPLICATIONS:
Water Treatment & Supply
River Water Extraction
Borehole Deep Well Extraction
Drainage & Irrigation
Cooling Tower Circulation
Process & Industrial utility duties
Petrochemical utility duties
Condensate Extraction
Sea Water lift
Power Plant utility duties
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General
Magnetic coupled DICKOW-Pumps of the series PRM according to API 685 are heavy duty sealless pumps. The containment shell forms a closed system to separate the pumped liquid from the atmosphere by confined gaskets.
The equipment (including auxiliaries) is designed and constructed for a minimum service life of 20 years (excluding normal wear parts) and an uninterrupted operation of at least 3 years.
Applications
Magnetic coupled PRM-pumps improve plant and personnel safety and reduce maintenance costs, because 90% of these costs are caused by leaking seals. The PRM-pumps will handle nearly all kinds of liquids in the chemical and petrochemical industry, in refineries and industrial heating plants. Especially liquids which are toxic, flammable, bad smelling or which react on contact with the atmosphere, that means if no leakage is acceptable. For all these services, the containment shell replaces the double acting mechanical seal with its external flushing system and the related control equipment.
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Application
These pumps are used for water supply, irrigation, dewatering. Turbine pumps are particularly suitable for narrow bore holes. Minimum bore hole sizes range from 200mm to 400mm.
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| ... products without technical information |
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Characteristics
■Multi-stage vertical centrifugal pumps with diffuser type bowl.
■Francis vane enclosed impellers.
■Counter clockwise rotation viewed from coupling end (as an option).
■Basket or Conical strainer according to pump requirements.
Design Features
■Product or Oil lubricated.
■Large bowl shaft sizing provides longer life.
■Enameled bowls 5” thru 15”.
Standard Construction Materials
■Bowls:
•Cast Iron Bowls.
•Bronze Impellers.
•416SST Shafting.
■Column:
•Carbon steel pipes and AISI-1045 carbon steel shaft.
■Discharge Head:
•Cast iron with 125-AISI flat face flanged connections.
•Fabricated steel with 150# and 300# AISI flanges as an option.
Operation Limits
■Capacity to 13,636 m3/hr (60,000 U.S. gpm).
■Head to 762 m (2,500 ft).
■Pressure to 76 kg/cm2 (1,080 psi).
■Temperature 121°C (250°F).
Applications
■Deep Well & Irrigation.
■Sumps, Condensate (Can Pump).
■Fire Service.
■Municipal.
■Industrial.
Ruhrpumpen Nomenclature
■VTP
■HQ
|
|
Floway Pumps' Vertical Hydrocarbon Pumps are built around the versatility of the vertical pump design for the API industry. Our extensive line of low NPSHR impellers allows us to meet demanding NPSHA requirements.
Features / Benefits
- Compliant with API 610 current edition
- Multi-staging in the medium specific speed range
- High pressures with premium efficiences and low operating costs
- Low NPSH first stage construction with Nss below 11,000
- Pressure and flow variations are achieved by changing number of stages or impeller type
- Pump bowl assembly is characterized as low energy per stage resulting in a broad flow range with excellenct hydraulic stability
- Thrust balanced impellers are available for pump axial thrust reduction and assist in obtaining the desired thrust bearing rating/life
- Thrust pot assembly is available in applications where non-thrust carrying motors are required
|
|
|
|
|
|
The VI line heavy duty process pumps, are vertical single stage type
with a side discharge column
These pumps are specifically used on sump applications.
Pump components geometry optimised through hydraulic, structural, thermal and dynamic F.E.M. analysis lead to an high product reliability.
Closed type impeller with front and rear wear rings as well as balancing holes, to minimise the axial thrust.
Large eye single suction 1st. stage impeller to meet low NPSH requirements.
Deep stuffing boxes, designed in accordance to API 682 Std., suitable to accept any type of mechanical or packing seal.
Labyrinths and deflectors at either bearing housing to maximise protection against dirt.
A wide range of sizes and material combinations complete the variety of the offered product.
Main design features
Fully designed according to latest edition of API 610 Std.
Pump shaft fully machined to respect the more restrictive run-out API limits.
As a standard, the rotor axial thrust is supported by a duplex oil lubricated ball angular contact type bearings.
Discharge column, line shaft and support column may consist of multiple sections, depending upon the pump setting. Discharge column mounted with a sliding fit through the sole plate to account for thermal expansions.
Renewable intermediate bushings, lubricated by the same pumped fluid or from an external source, are provided in correspondence of all column sections.
|
|
All performance curves are found using our free Pump Selection System (PSS) software. Click the following link, where you will register and gain immediate access to all of our up-to-the-minute performance curve information.
Specifications:
Capacities to 65000 GPM
(14763 m3/h)
Heads to 3500 feet (1067 m)
Temperatures to 500° F (260° C)
Bowl sizes from 6" to 55"
Design Features:
Fabricated discharge head and flanged column
Flanged bowl construction
416 SS shafting
Alloy construction with external flush of critical wear areas available for corrosive/abrasive services
Built-in alignment and simple piping for less costly installation and ease of maintenance/reduced downtime
|
|
Features
* High efficiency impellers and bowls
* Vibration-free performance
* Low submergence
* No priming required
* Dry pit/Wet pit arrangement available
* Direct drive/Right angle gear drive
* Impeller pull-out/Non-pull-out
* Bowl pull-out/Non-pull-out
* Gland packed / Mechanical seal
* 50Hz / 60Hz availability
Applications
* Water supply
* Irrigation
* Cooling tower
* Thermal and Nuclear power plants
* Steel, Cement industries
* Refineries
* Sea water on off-shore platforms
* Condensate extraction
* Fire fighting
* Flood control
* Dry Docks
Range
* Delivery size up to 2200 mm
* Capacity up to 40,000 m³ /hr
* Head up to 200 metres
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Griswold Vertical Turbine Pumps are available with two types of pump drives . . . vertical hollowshaft electric motor drive or right angle gear drive. Our turbine pumps offer you a choice of two types of lubrication . . . either a water lubricated line shaft or an oil lubricated line shaft construction.
To fit various applications, Griswold discharge heads are available either cast for above ground discharge or fabricated for various discharge configurations. Depending on pumping requirements, our pump bowls are available in 6”, 8”, 10”, 12” and 14” diameter.
Impellers available in the various bowl assemblies are of different designs and sizes. All impellers are precision designed, engineered and finished to give highest efficiency. Our impellers are made of high-strength bronze, machine, hand finished and dynamically balanced for top performance and long life.
We manufacture a large variety of impeller and bowl designs. This makes it possible for us to fit most any job from 60 to 3500 gallons per minute . . . low or high head . . . open or pressure discharge.
|
|
|
|
|
|
SPP's Lowest Life-cycle Cost Series of single and multi-stage Vertical Turbine pumps have been designed for longevity and incorporate many standard features, which facilitate ease of maintenance. A spacer coupling between the thrust bearing assembly and seal chamber allows a cartridge mechanical seal to be removed without dismantling the headpiece and removing the driver. Easily removable keyed muff type couplings connect all shafts, facilitating disassembly of the whole pump unit with minimal risk of damaging expensive component parts.
High-grade standard materials of construction and a rugged stiff shaft mechanical design coupled to state of the art hydraulics, offer unrivalled longevity and the lowest cost of ownership.
TYPICAL APPLICATIONS:
Water Treatment & Supply
River Water Extraction
Borehole Deep Well Extraction
Drainage & Irrigation
Cooling Tower Circulation
Process & Industrial utility duties
Petrochemical utility duties
Condensate Extraction
Sea Water lift
Power Plant utility duties
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|
Application
These pumps are used for water supply, irrigation, dewatering. Turbine pumps are particularly suitable for narrow bore holes. Minimum bore hole sizes range from 200mm to 400mm.
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| ... products without technical information |
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