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Johnson Pump has a long and broad experience of the design and manufacture of flexible impeller pumps. Our pumps have always stood for innovation and quality with strong emphasis on the flexible impeller itself – the main reason for the successful growth of Johnson Pump from the start some 30 years ago. Typical is the latest development – the first flexible impeller in the world produced, tested and certified according to the FDA (US Food and Drug Administration) milk compound formulation. The formulation comprises all types of foodstuffs.
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Goulds Model 3640 API 610 (BB2) between bearings radially split double suction two-stage process pumps are designed for smooth, reliable operation, and meet the toughest specification requirements of API-610 to assure extended service life.
Specifications:
Capacities to 1500 GPM (340 m3/h)
Heads to 1400 feet (425 m)
Temperatures to 850° F (455° C)
Pressures to 750 PSIG (5170 kPa)
Design Features:
Opposed Impeller Design - Balances axial loading
Large Shaft Diameter - For low shaft deflection and stable rotordynamic performance
Radially Split Design - Dependable casing sealing for high temperature process pump applications
Rugged Mounting Flanges - Designed to meet API-610 nozzle load requirements
Between Bearings Design - Improved rotor stability at high speeds and heads
Centerline Mounted - For high temperature services |
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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 |
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Available starting from February 2006! 12VDC miniature pump with the dimensions 41x41x20 mm (without hose connector)
The max. mechanical handling capacity amounts to 760ml/min, which stat max. Pressure 110cmH2O. |
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The cutter pumps of the series SFC are capable of cutting aluminum chips and similar materials and pumping of these materials along with the coolant fluid. An agitator located at the pump suction helps to break up and separate any large bundles of chips or birds nests which reach the pump suction.
Axial / semi-open impellers
Large chips
25 ... 1800 l/min
4 ... 35 m |
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Hypro's turbine pump is a high-capacity, low-pressure spray pump that is designed specifically for tractors with a 1000 rpm PTO. The 9600C is built using a heavy-duty cast iron body and glass-filled Valox impeller for wear resistance. The shaft is stainless steel and the lip seals are Viton® for corrosion protection.
The 9600C is a direct drive pump for high-volume spraying or liquid transfer applications. The pump features include large 1-1/2" ports, a 15/16" shaft with 1/4" keyway. Heavy-duty sealed bearings are used for longer life in agricultural spraying applications.
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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.
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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 |
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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
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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.
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Available in oilless or lubricated, motor-mounted or separate drive, Gast rotary vane compressors and vacuum pumps offer a wide choice of capabilities.
• Oilless or lubricated styles will accommodate a wide variety of pneumatic applications
• Self-lubricating, self-adjusting vanes on oilless models provide like-new efficiency throughout the service life of the pump
• Motor mounted or separate drive versions allow versatility in selecting the right pump for your application
• Miniature through larger size models offer an extensive performance range to satisfy most any need
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The UV series vacuum pumps, complying with international regulations, are valued in many industrial applications thanks to their low life cycle cost, safety, environmental compliance, low noise level, compactness, high performances, design simplicity, reliability and durability.
Some applications are: metal can production, electronics, food processing, food packaging, glass containers moulding, plastic / rubber, polymers production, EPS, drying processes, thermoformning, printing and paper etc. |
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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.
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| 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. |
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These pumps have a number of vanes that are free to slide into or out of slots in the pump rotor. When the pump driver turns the rotor, centrifugal force, push rods, and/or pressurized fluid causes the vanes to move outward in their slots and bear against the inner bore of the pump casing forming pumping chambers.
As the rotor revolves, fluid flows into the area between the vanes (pumping cambers) when they pass the suction port. This fluid is transported around the pump casing until the discharge port is reached. At this point the fluid is squeezed out into the discharge piping.
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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.
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VANTAGE
DC fuel transfer pumps
The all new DC pump for plant equipment featuring new innovations in design and compact in size, incorporating a new level of pump intelligence allowing the pump to monitor its own activity and performance.
Studies have shown that, in the majority of cases, fuel-transfer pumps break down because of improper handling by users, including excessive or extreme use, accidental start-ups, or simple carelessness, that can leave the pump running for hours on end. Breakdowns translate into loss of time and money while waiting for the pump to be repaired. These difficulties are overcome with VANTAGE. Thanks to new, internationally patented technology, VANTAGE automatically prevents situations from becoming critical. |
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ILMVAC has been developing and producing rotary vane pumps for 60 years. The superior material selection and optimised design ensures the best performance and reliability. The result is a professional solution for research and industry.
Advantages of the ILMVAC rotary vane pumps for the users:
- high water vapor tolerance for chemical applications
- compact, robust and functional construction
- low noise emission
- no oil contamination of the chamber by migration or suck-back
- high pumping speed
- free of non- ferrous metals
- low, ultimate pressures is reached quickly
- direct drive with elastic coupling
- long service intervals
- low energy consumption
- easy reassembly when servicing
- permanent operation possible
- attach simply and switch on
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The S 1.5 is a single-stage, oil-sealed rotary vane pump with a gas ballast valve. It is driven by a flange mounted AC motor. The shaft of the pump and the shaft of the motor are linked by means of a pinned coupling.
Advantages to the User
Very small and light-weight
Low ultimate pressure
High water vapor tolerance
Low noise operation
Simple to connect
Easy to maintain and use
Typical Applications
In all areas of vacuum engineering where a low intake pressure is required
Evacuation of refrigerant circuits
For suction, lifting, emptying, filling and tensioning
For installation in mobile instruments
Supplied Equipment
DN 16 small flange connection on the intake side
Centering ring and clamping ring
Exhaust port designed as a DN 6 hose nozzle
Carrying handle
Built-in ON/OFF switch and overcurrent circuit breaker
Oil filling |
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Thanks to the high quality of material and components and to the technology of construction, the single stage UVL vacuum pumps achieve one of the best vacuum degrees attained by similar units available on the market.
UVL vacuum pumps are suitable for evacuation of small closed systems or for continuous suction within a pressure rate from 200 to 2 mbar (up to UVL18), from 400 to 0,5 mbar (from UVL25), from 400 to 10 mbar (RA version). |
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The proper use for rotary vane pumps XS is in the 1 mbar to 10-3 mbar range. VACUUBRAND oil sealed rotary vane vacuum pumps are high performance, direct drive vacuum pumps of one stage (RE) or two stage type (RZ). With small dimensions and various direct mounted accessories such as separators, full-flow oil filters with maintenance indicator and oil mist filters they are all-rounders in fine vacuum generation. Especially for applications in chemistry laboratories, they offer a high vapour capacity for water and solvents and an active corrosion protection through an oil shut-off circuit, keeping the module under vacuum and stopping corrosives from entering the pump during non-operation.
high conductance inlet
high pumping speed even at low vacuum
high vapour tolerance
for water and solvents through gas ballast about to 10% of pumping capacity. Quieter running and good ultimate vacuum even with gas ballast.
anti-corrosion design
important inner surfaces mechanically ground and plasma treated. Oil shut-off device against corrosive gases entering the pump whilst switched off.
new lubrication circuit and large oil volume
for quiet operation and longer service intervals
compact design
smaller dimensions, low weight, ease of maintenance through telescopic design |
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The G2000 is a fixed flow, heavy duty, transfer pump. It is available in a variety of materials to suit various fluid types.
Capacity up to 500 M3/hr 2200 USGPM
Pressure up to 40 Bar 580 Psi
Viscosity up to 1,000,000 cSt 4,630,000 ssu
Temperature -40 to +300 C 570° F
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| The MEC series is composed of 8 models (MEC 1000, MEC 1600, MEC 2000, MEC 3000, MEC 4000, MEC 5000, MEC 6500 and MEC 8000) with different capacities from 1260 lt/min. to 8100 lt/min. and it is available in versions /M with overdrive, /P for pulley application, /D direct drive and /H for hydraulic transmission. The Exhausters/Compressors of MEC series are equipped, as series, with a force feed lubrication system (with this the user sets manually the oil flow in the body through a tap) and - on demand - with an automatic lubrication system (with this the quantity of lubricating oil which enter the pump is automatically fixed and the user doesn't interfere in any way). |
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