|
|
More than equal to any competitive design because of its construction features and highest hydraulic efficiency. If you can't have a WEMCO Model C, this is the best alternative.
Features / Benefits
- Rimmed impeller.
- Highest hydraulic efficiency of any vortex design.
- Wear on rim lengthens vane - hydraulic performance actually improves with wear.
- When rim finally wears off, impeller is essentially a full diameter radial impeller, with like-new hydraulic performance.
- Relatively steep H/Q curve compared to straight radial vanes.
- Low life cycle cost.
- Life of the most expensive component - the casing - is maximized by sacrificing the least expensive - the impeller.
|
|
Features
* With double suction impeller
* Frances type impeller with bowl
* Radial type impeller with diffuser
Altitude
* For condensate extraction in thermal and nuclear power plants of 500 MW and above.
Range
* Delivery size up to 500 mm
* Capacity up to 2000 m3 /hr
* Head up to 160 metres
* Suction size up to 800 mm
|
|
|
|
|
|
Increased Capability for Reduced Volumes
Standard ANSI pumps (with expanding style volute casing) are not designed for low flow, high head applications. Throttling or recirculating flow to attain low flow conditions causes excessive radial load and shaft deflection—all of which can result in premature failure of bearings and mechanical seals. Griswold’s Model 811LF series features flow capacities as low as 4 GPM, and heads as high as 920'. Plus, 811LF pumps are designed with a circular concentric casing in conjunction with a radial vane impeller to reduce those excessive radial loads and minimize shaft deflection, thus extending MTBPM.
Circular Concentric Volute Casing
The fully machined concentric volute reduces excessive radial loads, shaft vibration and deflection—extending bearing and mechanical seal life. Class 150 raised face flanges are standard with the Model 811LF series for positive sealing. Class 300 raised face flanges are available as an option.
Low Flow Radial Impeller
When operating in reduced volume conditions, the Griswold impeller’s radial vanes provide better hydraulic control than traditional ANSI impellers. Balance holes reduce both axial thrust and seal chamber pressure, extending bearing and seal life.
|
|
|
Pumps offered in closed/open impeller construction with end suction and top delivery. Offered in different materials like Cast iron and high alloys steel to handle hot water, Corrosive / Slurry etc.
|
|
The main characteristic of this series of pumps is its exceptional versatility of use.The pumps can be used in the chemicals industries (starch, water-based glues, emulsions, glycols, glicerine, saps, vegetable and animal fats), pharmaceuticals industries (wax, detergents, liquid soaps, creams, syrups, shampoo), alimentary industries (wine, grapes, fruit juices, tomato juice, oils, beer, butter and liquid cheeses, cream, milk and condensed milk, eggs, honey, yoghurt, jams, liquid sugar, glucose). Reverse flow mechanism.
Operating conditions:
- Liquid temperature: up to 70° C.
- Ambient temperature: up to 40° C.
- Self priming: up to 5 m
- Max. operating pressure: 10 bar
Materials:
- Pump casing: Stainless steel 1.4301
- Impeller: Neopren
- Motor housing: Die-cast aluminium
- Shaft: Chrome steel
- Mechanical shaft seal: Chrome steel/Carbon-NBR
|
|
Stairs 4”ST series of pumps are manufactured using high quality materials and are designed to deliver years of dependable service. Pumps are on the floating impeller design which reduces starting torque requirements and reduces the effects of sand in the water.
Operating Limits
50Hz
- Capacity : max. 24m3/h
- Head : max. 322m
60Hz
- Capacity max.150 m3/h
- Head : max. 540m
- Liquid temperature : 0ﾟC to+60ﾟ
- Sand content : Max. 50g/ m3
Applications
- Residential potable water supply from deep wells
- Municipal and industrial waters supply
- Irrigation and other agricultural applications
- Fire fighting systems
- Pressure boosting in high-rise buildings and other
- applications
|
|
|
|
|
|
Heavy duty barrel multistage pumps, radially split, diffuser type with single or double entry 1st stage impeller.
Pump components geometry optimised through hydraulic, structural, thermal and dynamic F.E.M. analysis lead to an high product reliability. The "modular design" philosophy permits to cover a wide range of applications replacing the main hydraulic components i.e. only impeller/diffuser. Casing, shaft, mechanical seals, bearing frames result therefore fully interchangeable and reusable. Opposed impeller and diffuser configuration to minimise axial and radial hydraulic thrusts.
Large eye single suction or double suction 1st stage impeller to meet low NPSH requirements.
Hydraulic performances checked on a Single Stage Test Equipment. This is particularly useful to verify the effective 1st stage NPSHR.
Easy maintenance procedure.
Central and lateral balancing drums adequately shaped to optimise pump rotordynamic behaviour.
Shrink fitted impellers for higher operational speed (over 4500 rpm).
Full cartridge design.
Centerline casing mounting for high temperature stability.
Barrel forged in suitable material to improve stress and corrosion resistance.
Deep stuffing boxes, designed in accordance to API 682 Std., suitable to accept any type of mechanical or packing seals.
Axial split bearing housing for easy inspection and maintenance procedure.
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.
|
|
The Autoprime range of XF High Flow pumps offer superior performance with high flow capability combined with higher head characteristics, providing a very versatile durable pump for numerous applications. The SPP double spiral vane designed impeller also provides for excellent suction lift performance with solids handling up to 4.4" (110mm) diameter.
The XF core range is from 8" (200mm) to 16" (400mm) discharge and utilises the SPP SmartPrime electric priming technology that disengages the priming system when the pump is primed. Alternatively, it is also available with the mechanical priming system.
|
|
Brands: IDP
Applications: Boiler Feedwater, Desalination, Water Supply, Water Treatment, Irrigation, Mine Dewatering, OEM, Reverse Osmosis, Water, Washing Systems
Industries: Desalination, Dewatering & Water Supply, Water Supply and Distribution, Water Treatment
Features:
* Solid Stellite shaft sleeves
* Flanged or straight hydraulic balance devices
* Balance line
* Balance disc wear indicator
* Options
o Multiple nozzle orientations
o Water cooled stuffing boxes
o Centerline mounted casing
o Radial suction design with product lubricated sleeve bearing
* Operating parameters
o Flows to 615 m3/h (2700 gpm)
o Heads to 1465 m (4800 ft)
o Pressures to 125 bar (1800 psi)
o Temperatures from -30°C (-20°F) to 165°C (330°F)
|
|
Magmo pumps are designed principally to handle high viscosity abrasive sugar products, such as Molasses, Massecuite and Magma. The ellipse and scraper principle it uses was originally devised by the sugar industry itself to overcome the problems associated with pumping these difficult liquids.
The current design includes the best features from previous pumps and successfully deals with the problems common to pumping liquids such as massecuite.
|
|
Water pump with BLDC motor: Pump: wet-rotor principle not self-priming, intake fitting radial or axial
BLDC motor: single phase, unipolar, inner rotor design, overload protection, integrated RFI, protection against false polarity
Protection class: IP6K9K
|
|
High speed delivery system
Direct current motors 12 V and 24 V
Maintenance free
Self priming Simple to install
Can also be used for pumping water
|
|
* Doubled walled stator design eliminates need for a universal joints or coupling rod.
* Available in Cost effective, portable-closed coupled (Motorised) design or Bare shaft design for flexibility of use of drives e.g. Mechanical speed variators, Diesel engine etc.
* Can be adopted for solar power motors.
* Suitable for metering, dosing with 90 to 95 % accuracy.
* Ideal Pump for the European Market, especially U.K.
Fluids Handled / Applications
Domestic – Cellar Drainage, Septic tank cess pit emptying, Garden sprinkler systems irrigation, Water supply sampling from wells, streams and rivers.
Industrial – General purpose pump for Diesel, Lubricating Oil, Water Based Inks, Vegetable Oils, Plating Solutions, Other Non-Aggressive Chemicals. . Non corrosive liquids with medium viscosity e.g. Fuel oil , Thin Molasses, Fluids with suspended solids e.g. Dirty water from cesspools, Domestic water transfer, Hot water circulation.
|
|
The diesel fuel pump for construction machinery is maintenance-free and robust, operating extremely reliably at temperatures to -20° C. The pump is available either with 12 V DC or 24 V DC motors.
|
|
|
|
|
|
Heavy duty process horizontal pumps, radial split, centerline supported, single entry overhung impeller.
Pump components geometry optimised through hydraulic, structural, thermal and dynamic F.E.M. analysis lead to an high product reliability.
Back pull-out construction for easy maintenance procedures.
Choice of multiple impellers for optimum efficiency over a wide operating range. Coverage consists of more than 100 different hydraulics.
Twin volute configuration to minimise radial loads and shaft deflections (over 2" discharge nozzle size).
Centerline feet mounting for high temperature stability.
Bearing bracket geometry optimised in order to definitely eliminate water cooling system, even for high temperature applications (400°C).
Casing, bearing frame and baseplate enough stiff to assure minimum shaft deflections under heavy nozzle load conditions (extended life for seal and bearing).
Wear rings and balance holes optimised for an extended life under the most adverse suction conditions (duplex angular contact or roller thrust bearings applicable).
Bearing housing intrinsically contamination free, even in case of mechanical seal failure.
A wide range of sizes and material combinations complete the variety of the offered product.
Main design features
Designed in a back pull-out configuration according to latest edition of API 610 std.
Fan cooling and/or finned bearing bracket.
Seals and sealing systems in accordance with API 682 std.
Baseplate overall dimensions according to API 610 recommendations.
|
|
Model: 50 T and 150T
running speed from: Max. 1800 L/min. Min. 900 L/min.
Max. Pressure from 70 to 105 kgf/cm2
Delivery flow at no load pressure: from 9 to 139.6 L/min.
Application: special for surface grounding machine and
rubber machines.
For detail dimensions, performance characterisics please
visit our web site: www.kcl.com.tw
|
|
DVQ-20 low noise, excellent performance high pressure pump
The maximum pressure can reach 270 bar
Displacements: 17, 23, 26, 32, 38,44
Apply to:hydraulic press brake, shear, bending and steel sheet forming machine.
* Installation dimensions compatable with Atols pump
|
|
Huckepacks are the proven vacuum pumps for tough applications in the chemical and plastics industry. With their large range of accessories can be easily adapted to different processes and pumped gases.
Due its high water vapour tolerance, the pump is ideal for handling solvents and condensable gases.
Features
* Low ultimate pressure achieved by two stages
* Proven reliability and low maintenance
* Adjustable oil metering pump
* Sound rotary vane technology
* ATEX certified (option)
* Direct or self contained cooling system option available
Application
Ideal for use in Chemical & Pharmaceutical Industry, Plastic, Packaging, Brick Making, Drying & Impregnation, Absorption & Degassing, Metallurgy and many more.
|
|
Corken SC-Series pumps are a rotary side channel design. They produce a maximum differential head of 1,150 ft (350 m). The side channel pump is offered in six different sizes, each ranging from one to eight stages. This provides for a wide range of pressures and capacities ranging from 1gpm to 185 gpm (3.8–700 L/min). These pumps can handle discharge pressures up to 580 psig (40 bar).
* Magnetic Drive (shown)
* Stainless steel construction
* Double seal option
* High Temperature options
* Bronze or steel impellers
* DIN spec or ANSI drilled flanges
Versatility
Corken's SC Series pumps have provided solutions for a good number of problematic applications over the past 6 years. The capability of this pump to handle NPSH (Net Positive Suction Head) as low as 1 ft coupled with its ability to pump liquids with high vapor content have made it particularly attractive to many of our customers.
|
|
Materials
Wetted parts AISI 316 Internal cartridge phenolic graphite as standard Internal cartridge Special Carbon w/Sic Brgs. Bracket aluminium / WCB Special alloy: Hastelloy, Incoloy, Titanium
Technical Data : Flow Rates up to a 3m3/h Total delivery heads up to 13bar Temperature Ratings up to 200°C Pressure rating up to PN 25
Construction
Sliding vane 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 TOP-TOP connections with integrated by-pass
Applications
Pumping acids, hydrocarbon, diathermic oils, liquid gases, dangerous fluids, explosive, toxic.
Further material available if request
Various materials from the standard special Constructions
|
|
SEPA Miniature pump available from March 2006 onwards
The SEPA miniature pump announced in August 2005, will be available from March 2006 onwards. Product data and dimensions of the latest design have only altered slightly:
The pump delivery rate remains at 750ml/min, the max. pressure at 11.5 kPa. The noise emission of 17 dB(A) is comparably low. To improve mounting stability, boreholes have been provided in the housing base. The service life of the pump (L10) is 95000h.
|
|
Dry running and self-lubricating rotary vane pump. Low vibration, nearly pulsation free, compact and in some cases reversible. Mainly used as a vacuum pump.
Free flow: 200 l/min max.
Pressure: 1.4 bar max.
Vacuum: -930 mbar rel.
|
|
Singled stage - enclosed mixed flow type impeller for pumping wastewater and other liquids with soft solids.
Specifications:
Capacities to 23,000 GPM (5223 m 3 /h)
Heads to 85 feet (26 m)
Solids to 9 inches (229 mm)
Design Features:
Back Pull-Out
2 Vane, Non-Clog Impeller
Renewable Wear Parts
Maximum Sealing Flexibility
Patented Equiseal Available
Tapered Shaft Design
CW & CCW Rotations
5 Discharge Positions
Patented Tri-Base
External Impeller Adjustment
|
|
Series 610-One Stage Sewage Pump
- 3" to 6" sphere capacity
- All iron fitted pump
- Regreaseable bearings
- 100,000 hour average bearing life
- External impeller clearance
- Taper shaft at impeller
- Capacities to 20000 G.P.M (4542 M3/HR)
- Heads to 250 feet (76 Meters)
- Temperatures to 250°F (121°C)
- Discharge Sizes 6" (15.2 cm) thru 20" (50.8 cm)
Applications:
- Horizontal and Vertical
- Non-Clog Sewage Treatment
|
|
Characteristics
- Horizontal or Vertical.
- Single Suction.
- Single Stage.
- Two channel pot impeller.
- Bearing bracket.
- Radially split.
- Discharge nozzle tangentially.
Operation Limits
- Capacity 400 to 800 m3/h (1760 to 3525 U.S. gpm).
- Head 3.5 to 32 m (11 to 115 ft).
- Pressure up to 4 kg/cm2 (65 psi).
- Temperature up to 80°C (176°F).
Applications
- Sewage.
- Fecal Matter.
- Rain Water.
- Sludge.
|
|
High Throughput/Portable vacuum for:
- Glove Box
- Desiccator
- Storage Under Vacuum
- Air Sampling
- Material Handling
Features
- Free Air Displacement to 4.6 CFM
- Vacuum to 26 in. Hg, pressure to 10 PSIG
- Oil-free
- Continuous-duty Operation
|
|
|
Their special design with low weight and small dimensions make the UVD units extremely compact and reliable. This is achieved through the direct assembly of rotor on motor shaft and a powerful centrifugal fan for cooling. UVD vacuum pumps are suitable for evacuation of small, closed systems with residual pressure of up to 120 mbar.
|
|
Pumped Liquid
For handling with non-aggressive or aggressive fluids, uncontaminated or loaded with solids, cold or hot liquids
Main Fields Of Application
Evaporation and crystallization plants, supply and circulating systems in all branches of industry, sewage and environmental engineering
|
|
|
|
|
|
Fuel Pumps
Pumps which are used for the injection of fuels into diesel engines are the technically most demanding members in the family of pressure generators. The provision of fuels under high pressure to common-rail injectors and fuel injection valves calls for robust dimensioning of the pump drives, the determination of optimum clearance in the pump element and the application-oriented selection of high-strength steels with special heat treatment processes. In addition, our pumps are characterized by know-how developed over decades in terms of helices in the case of conventional pump-line-nozzle systems (PLN), component coatings, sealing elements or valve engineering. The results obtained combining hydraulic simulation, static finite elements modeling and nonlinear finite elements analysis already provides clear-cut data in the preliminary design phase as regards delivery rates and efficiency levels, component loads or lifetimes as well as the minimum surface pressures necessary for sealing.
|
|
Simplicity of design with only one shaft and direct drive produces robust, long-lasting pressure/vacuum generators compressors with low maintenance and running costs. These pressure/vacuum generators operate completely oil-free; the individual chambers are separated by long-life vanes. Already featuring integrated intake filter and control valve, these pressure/vacuum generators can be fitted with other accessories without a problem. The blast air cooler, which is also integrated, guarantees a very low blast air temperature. The compact cover ensures low noise and heat emission. The combined pressure/vacuum generators are additionally equipped with a second intake. This provides the capability of making minor adjustments to the suction and pressure side as well as to high blast air volumes. By way of option, the second intake can also be used as a second low-vacuum suction air supply. Optional corrosion protection also makes these vacuum pumps suitable for extracting moist air.
|
|
|
|
Rotary vane pumps, Impeller pumps
