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* Bearing-free, sealless design for leakproof, trouble-free operation.
* Designed to pump acids, alkalies, caustics, bleaches, sea water, solvents and other harsh liquids.
* Stainless steel exterior hardware.
* Handles temperatures to 210°F (99 C).
* Corrosion resistant, fan cooled motors.
* Twin impeller design for high volume circulation and leakproof operation.
* High strength molded pump body for vibration free operation annd extended pump life.
* Portable for easy transfer between working areas.
* Easy maintenance.
* Convenient mounting panel for easy mounting to tank.
* Ideal for OEM applications.
* Made in U.S.A.
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The centrifugal immersion pumps of building group 4 are used for wet-pit operation in containers, pits and tanks. Centrifugal immersion pumps for dry-well installation, i.e. to be installed and operated outside the container, are also available.
All components of pumps in plastic design that are in contact with the fluid are made of PP or PVDF. The pump shaft consists of a motor shaft made of stainless steel and a shaft-protecting tube of either PP or PVDF. Built-in elastomers are made of FPM (or also EPDM without surcharge). Centrifugal immersion pumps are equipped with overhang shafts so that there is no need to provide for shaft bearings in components that are in contact with the fluid. Thus, the pumps are safe to run dry and do not require regular service and maintenance.
There is no need of a mechanical sealing of the shaft. Only a so-called gas seal is installed beneath the motor to prevent aggressive vapours from penetrating the motor chamber. But this seal is never in contact with the fluid delivered.
- For aggressive and neutral liquids
- For short-term and continuous operation
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Vertical centrifugal immersion pumps
Seal lots and safe to run dry Solid plastic vertical centrifugal immersion pumps are used predominantly space-saving by direct installation into industrial environments. For strongly crystallizing media, centrifugal immersion Pumps are supplied with a special seal to avoid the penetration of steam and the connected crystallization. Standard depths of immersion are ranging from 200 mm up to 500 mm. Depths of immersion up to 1000 mm are possible by the means of an intermediate bearing
Fluids delivered:
- Acids, bases and mixtures
- Solvents
- Alkaline degreasing baths
- Electroplating baths
- Foto chemicals
- Radioactive, aseptic and precious liquids
- Food stuffs
- Other low-viscosity fluids
Fields of application:
- Electroplating
- Etching and cleaning plants
- Refrigerating machines
- Solar systems
- Sewage and water treatment
- Foto industry
- Textile and food industries, etc.
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Type: single-stage, single-flow, open impeller
Head: up to 35 m
Flow rate: up to 800 m³/h
Pressure: up to 10 bar
Temperature: up to 60°C
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SPP Pumps have been manufacturing fire pumps for over 130 years with one of the widest range of approvals of any manufacturer in the world. Experience gained from extreme environments such as off-shore oil & gas installations has led to the creation of the SPP UL Vertical In-line range of fire pumps approved for fire protection by Underwriters Laboratories and fully compliant with NFPA 20.
The SPP line of vertical in-line fire pumps are lightweight and compact for smaller pump rooms. They eliminate the need for coupling alignment and there are fewer lost or misplaced parts.
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Every wetted component in a Vanton SUMP-GARD® vertical pump, including the heavy-wall shaft sleeve, is offered in PVC, CPVC, PP, PVDF, and other non-metallic materials compatible with the pumped fluid. This eliminates corrosion and minimizes abrasion, resulting in lower maintenance, longer pump life, and contamination-free products. SG pumps are configured for sumps to 50 ft. (15 m) deep, and handle flows to 1450 gpm (330 m3/hr), heads to 245 ft. (85 m), and temperatures to 275°F (135°C).
SUMP-GARD pumps are ideal for the transfer and treatment of process fluids, plant effluents and industrial or municipal water and waste streams. They are available with vortex pump heads to pass sludges, slurries and stringy materials as well as fluids with solids to 3 inches (75 mm) in diameter
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API 610 9th edition, fully compliant VS4 pump!
The Model 3171 is the Veteran vertical sump and process pump. Thousands of installations in industrial process, sump drainage, corrosive liquids, pollution control, molten salts attest to the 3171's remarkable performance. Simple mounting.
Self-Priming
Rugged Double Row Thrust Bearing
Heavy Duty One-piece Shaft
External Impeller Adjustment
Available in a Wide Range of Alloys
Open Impeller Design
Vapor Proof Option: Choice of packing, mechanical or fluid sealing methods to seal sump vapors
Capacities to 3180 GPM
(722 m3/h)
Heads to 344 Feet
(105 m)
Temperatures to 450° F
(232° C)
Pit Depths to 20 Feet (6 m)
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The Model 3171 is the Veteran vertical sump and process pump. Thousands of installations in industrial process, sump drainage, corrosive liquids, pollution control, molten salts attest to the 3171's remarkable performance. Simple mounting.
Specifications:
Capacities to 3180 GPM (722 m3/h)
Heads to 344 Feet (105 m)
Temperatures to 450° F (232° C)
Pit Depths to 20 Feet (6 m)
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EPG’s SurePump Vertical Sump Drainer (VSD) pumps contaminated liquids for recovery, leachate collection, gas condensate removal, and sampling applications. It can be used in aggressive environments. Other designs may fail while EPG Vertical Sump Drainers are still going strong. EPG backs the vertical sump drainers with a one year warranty effective the date of installation.
- Stainless steel construction
- Corrosion resistant
- E-Glide bearings for extra durability
- Teflon seal rings
- Franklin Electric motor
- Sealed unit with liquid flow drawn past motor for cooling
- Facilitates drawdown to the very bottom of the vessel
- Chemical resistant jacketed CP motor lead
- Vent valve system purges air from the sump drainer preventing pump air lock
- Flow rates available from 2 - 1,200 gpm
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The U 3 K (S) is an extremely versatile submersible pump for stationary and portable use. EIP technology for safer operation, integrated flushing device for reducing deposits and integrated low level pumping for preventing flooding are only a few of the innovative features that set this pump apart.
- 10 mm free passage
- discharge branch 1¼"
- Hmax = 7 m
- Qmax = 6,5 m3/h
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Sethco sump pumps are used for corrosive services; chemical processing, waste treatment, acids and alkalies, chromic acid wastes, salt water, and fume scrubbers.
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SCHMITT-Centrifugal Pumps
T and TE range: Vertical sump pumps
The impeller in this range of pumps is driven by extended, free-moving shafts. This method of construction eliminates the need for bearing and shaft sealing.
The temperature threshold of the materials used in the pumps´construction are as follows: 95°C max. for PVDF
- 80°C max. for PP
- 150°C max. for stainless steel
These models are available with a choice of electric drive motors: three-phase or single-phase and three-phase explosion protection or flameproof enclosure drives. All drives can be adapted to work off any voltage or frequency. The characteristic curves of these models have been measured using three-phase double pole 50 Hz motors, with water as a test medium, at a temperature of 20 °C.
Advantages:
- No risk of damage from fluid depletion
- The pumps in this range come equipped with a flange that allows them to be easily mounted on tanks, containers etc.
Some uses and applications:
- Exhaust filtering, gas purification in laboratories
- Sump draining
- Galvanic baths
- Large-scale bakeries
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All Vanton vertical centrifugal sump pumps are specifically designed to handle corrosive, abrasive and hazardous process fluids, wastewater liquids and slurries of various pH values, and for use in those applications where no metallic or other contaminants can be tolerated. The cantilevered large diameter shaft design of SGK pumps eliminates the necessity for any immersed bearings and permits dependable operation under dry running conditions. These pumps are available in lengths to 5 feet but can accommodate deeper sumps through the use of tail pipes. Models are available with standard semi-open or closed impellers, or with recessed impellers that provide unrestricted flow so that fluids with solids or stringy materials can be pumped without impeller clogging.
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Vertical Industrial
Turbine Pump
Flows to 70000 GPM (4760 m3/Hr)
Heads to 3,500 feet (1,060m)
Pressures to 2500 psi (75kg/cm2)
Bowl sizes from (6" to 55")
Temperatures to 500° F (260° C)
Horsepower to 5000 HP (1860 KW)
Design Advantages
Fabricated discharge head and flanged column.
Flanged bowl construction.
416SS 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.
Services
Cooling Water
Seawater and River Water Intake
Industrial Process Pumps
Utility Circulating Water
Condenser Circulating Water Pumps
Ash Sluice
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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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Application
These are suitable for many applications such as Mine Drainage, Hydraulic Power Water Supply. Boiler Feed and other Pressure vessel charge duties, Pressure 'oil firing, High pressure spraying and Car Washing.
Design
The ME Series of Pumps are of Mono Block Multistage type, where the pump unit is directly mounted on the Motor Shaft. The intermediate stages (diffusers) are held between suction and discharge casings with tie bolts. The number of stages and length of shaft are arranged to suit the required head and pressure. Utilizing 60 years, experience in this field we have developed Impellers fabrication from Stainless steel. They have reduced water friction and are balanced, thus increasing the performance. The stuffing box is easily accessible for replacement of gland packing. Mechanical seal types are also available.
Specification
The Discharge body, pump cover, Diffuser, Pump support and Motor body are of Gray cast Iron, shaft of steel AISI 1050, Impeller of Brass and S.S. Enclosed type two pole motor with external ventilation single phase 220/250 volts 50 Hz capacitor type and three phase 400 volts 50 Hz is properly insulated.
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C.R.I MV Series Vertical multistage in-line centrifugal pumps are axial suction & radial delivery non-self priming pumps available in various capacity, types of MOC and port connections to best suit the applications. As the suction and discharge ports of these pumps are in the same horizontal axis, this system ensures one pipe horizontal installation and compact pipe connections using the same pipe dimensions. The impellers, diffusers and shaft of these pumps are made up of AISI stainless steel and designed to deliver best possible hydraulic efficiency.
These pumps are powered by a C.R.I. totally enclosed fan cooled, A.C induction motor, suitable for continuous duty. Motor stator is made of low watt loss steel laminations assembled under pressure and rigidly locked in the frame. Dynamically balanced rotor ensures vibration and noise free operations. Shaft is made of quality steel, precision ground of ample size for transmitting the rated Horsepower. All single-phase pumps are incorporated with thermal over load protector. These pumps require an adequate motor protection control panel.
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C.R.I MV Series Vertical multistage in-line centrifugal pumps are axial suction & radial delivery non-self priming pumps available in various capacity, types of MOC and port connections to best suit the applications. As the suction and discharge ports of these pumps are in the same horizontal axis, this system ensures one pipe horizontal installation and compact pipe connections using the same pipe dimensions. The impellers, diffusers and shaft of these pumps are made up of AISI stainless steel and designed to deliver best possible hydraulic efficiency.
These pumps are Powered by a totally enclosed fan cooled, A.C induction motor, suitable for continuous duty. Motor stator is made of low watt loss steel laminations assembled under pressure and rigidly locked in the frame. Dynamically balanced rotor ensures vibration and noise free operations. Shaft of ample size made of quality steel and precisely ground is used for transmitting the rated horse power. All single-phase motors are incorporated with thermal protector. These pumps require an adequate motor protection control panel.
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Application
These pumps are suitable for various purposes such as water supply system in industrial plants agriculture and sprinkler irrigation systems, Air conditioning plants, pumping fuel, edible oils and condensates.
Design
General
KSM low pressure, self regulating pumps consists mainly of four elements.Volute casing with stuffing box.
Impeller.
Suction Cover.
Bearing Pedestal.
Volute Casing
Casing consist of axial suction and radial discharge branch, which passes through the center line in vertical which ensures the balance of the liquid being pumped.
Stuffing Box
It is integrally cast with the volute casing and is readily accessible for the insertion of gland packing the pump can also be provided with mechanical seal.
Impeller
The impeller is of radial type with double curvaflire vanes, over hung type. The impeller is statically and dynamically balanced. with balancing holes.
Bearing Pedestal
There are basically two types of bearing pedestals which cover the ranges of pumps.Type I & Type 2. In all pedestal designs two robust deep groove ball bearing are provided for the shaft to take up radial and axial loads.
In case of heavy duties type 2 pedestal is used which has thicker shaft and larger outer diameters bearing.
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Operating Limits:
-For clean, non-flammable and non-explosive liquid containing no solid granules and fibers.
-Liquid temperature:
Normal temperature type:-15¡ÆC¡75¡ÆC
Hot water type:70¡ÆC¡120¡ÆC
-Max. ambient temperature:40¡ÆC
Motor:
-Two-Pole induction motor(n=2900r.p.m.)
-Insulation Class F
-Protection IP55
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THE VSMP PUMPS
The Vertical Sealless Motor Pumps series of sealless single or multistage centrifugal pumps is mainly for use with combustion gases like methane, high suction pressure gases like Carbon dioxyde, expensive gases like Argon, where all risks of gas leakage of the process gas contamination are eliminated.
The main feature of these pumps are:
Maximum level of safety with LNG (gas tight)
Flowrate up to 2'500 L/min
Single or multistage: differential head up to 1'000 m
Available for all cryogenic gases including LNG, except Oxygen for safety reasons
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Under the SP fluid the dregs thick liquid pumps forthe verticalcentrifugal dregs thick liquid pumps, plunges underthe fluid, uses into transport the abradability, the thick pellet, the highlyconcentrated dregs thick liquid. Does not need any axis to seal withthe axis seals the water, is insufficient in the absorption quantityunderthe operating mode also can the normal work. SP pumps has flowed the part to be made by the wear-resisting metal. SPR pumps plunges underthe fluid the spare part to bring the rubberouter lining, is suitable to transporting the non- edges and cornersthe abradability dregs thick liquid. According to the dregs thick liquid pond liquid level height, maychoose the different length the pump driving shaft orthe inductionpipe. Uses the many kinds of speeds and the many kinds of aberrations way.causesto pump underthe best operating mode moves, service life long.the movement benefit is high, can satisfy many kind ofbadtransportations condition.
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Features :
WIDE RANGE OF
APPLICATIONS:
- Industrial Process
- Corrosive Liquids
- Paint
- Waste Water
- Chemical Slurries
CAPABILITIES:
- Capacities to 3000 GPM
- Heads to 230 Feet
- Temperature to 400 d. F
- Pump Length to 6 feet
- Shaft Diameter to 5"
CONSTRUCTION:
- Cast Iron
- 316 Stainless Steel
- Alloy 20
- Hastelloy
- CD4MCu
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Features
WIDE RANGE OF
APPLICATIONS:
- Chemical Slurries
- Fragile Food Processing Solids
- Paper & Pulpy Solids
- Petroleum
- Oils
- Sewage & Waste treatment
- Textiles
CAPABILITIES:
- Capacities to 1600 GPM
- Heads to 170 Feet TDH
- Temerature to 350 d. F
- Pit Depths to 26 feet
CONSTRUCTION:
- Cast Iron
- 316 Stainless Steel Fitted
- All 316 Stainless Steel
- Alloy 20
- CD4MCu
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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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Features and Applications
The EVM(R) series pumps are vertical, centrifugal slurry pumps submerged in sump during operation. They are designed for delivering highly abrasive, large particles and high density slurries. These pumps have no need of any shaft seal and sealing water. The pump casing of type EVM pumps are made of wear-resistant metal. The wear parts are made of high chromium for the EVM series and are rubber lined for the EVR series.
The submersible pumps are suited for handling abrasive or corrosive, dense slurry with large particle size.
Notation
EVM(R)-65Q
E:Excellence
V:Vertical type
M:Metal lined
R:Rubber lined
65:Discharge size (mm)
Q:Frame type with maximum power
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Warman 5000
Metal and elastomer high head vertical slurry pumps
Features / Benefits
- Cantilevered shaft design
- Double suction, semi-open impeller
- Elastomer or abrasion resistant metal construction
- Agitator option keeps solids in suspension
- Optional suction extension
- Universal motor bracket accomodates several motor sizes
- Dual casing balances radial loads on shaft and bearings
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Moyno Vertical Pumps
The new Moyno® Vertical Pump takes progressing cavity performance to new heights. It can be flange mounted to closed tanks or affixed to mounting beams above open tanks. With its inlet submerged, the pump pulls fluid from the bottom of the storage vessel and discharges it at the surface for further processing downstream.
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