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Autoclave Engineers Offers High Pressure Air Driven Pumps to 60,000 psi
Autoclave Engineers has designed group of Air-Driven, Positive-Displacement, High Pressure Liquid Pumps designed for service with Oil, Water and many Chemicals.
The “ASL Series” is available in a variety of drive ratios and will have both Single and Double Air Drive designs that are capable of up to 60,000 psi (4135 bar). Manual “Hand-operated” options will be made available in our “ACHL Series” pump line. Our AHL Double-Acting, Double Air-Drive Series pumps are designed for those that are looking for the combination of both high flow and high pressure.
Features Include:
• Easy to Install and Operate
• Standard Drive Ratios for Pressures to 60,000 psi (4135 bar)
• Pressure Maintained without Energy Consumption
• Requires No Lubrication
• External Spool Valve for Easy Maintenance
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Advantages:
- Working pressures up to 5,000 bar.
- Low noice level even at high cycling speed.
- No mechanical pilot valves.
- Proven reliability under severe conditions.
- Modular, robust and modern design.
- Easy to change ratio of the pump.
- Easy to convert a pump from single- to double acting.
- Light weight air cycling spool.
- Easy maintenance.
WE ARE LOOKING FOR A DISTRIBUTOR IN ITALY. Please contact us if you are interested!
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The air driven high pressure liquid pumps cover a range from 0 to 37 ltr/min. Pressures range from 0 to 2400 bar. All wetted parts are made of stainless for use of oil and water. Applications are pressure testing of tubes, hoses, valves and systems. Delivery ex stock.
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Capability of ultimate pressure, flow or output horsepower
Compatibility with a variety of liquids
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- Low Noice level.
- Working pressure up to 2500 bar / 36,250 psi.
- Inlet and outlet check valve cartridges.
- Air operated, optional manual operated.
- Easy and low cost Maintenance.
- Al parts made of non-corrosive materials.
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Goulds line of axial flow pumps is unmatched in the industry for low head/high capacity pumping requirements.Especially when corrosive or abrasive solutions or slurries are involved. Extended service life, mechanical reliability, custom designs and a wide range of materials allow the Model AF to pump practically any liquid.
Specifications:
Capacities to 200,000 GPM (35,000 m3/h)
Heads to 30 feet (9 m)
Temperatures to 600° F (300° C)
Pressures to 150 PSIG (1034 kPa)
Solids to 9 in. (228 mm)
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Begemann Q pump
The Begemann Q pump is a heavy duty axial flow pumps for all kinds of crystallisation processes. The pumps are supplied in a wide range of materials, including stainless steels, monel, super duplex and are designed for all kinds of crystallisation processes. Fully protected heavy duty shaft with minimum shaft deflection. The Q pump range is developed and manufactured by Weir Minerals Netherlands b.v.
Features / Benefits
- Capacity: up to 80.000 m3/h
- Head: Up to 9.5 m
- Temperature: Up to 200 °C
- MAWP: up to 10 bar
- Flange drilling: DIN or ANSI
- Sizes: DN 300 (12") - DN 2000 (80")
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- Reliable performance
- No need to fix a sieve on the pump
- Easy installation
- Without jam
- Can be equipped with double-guide way automatic coupling system
- Transporting liquid containing hard solid and fibrous things and liquid that is very dirty
- Convenient maintenance
- Well tear performance
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Characteristics
- Multi-stage vertical centrifugal pump, diffuser type bowl.
- Axial flow impeller, high efficiency.
- May handle solids up to 14" diameter (365 mm).
- Counter clockwise rotation viewed from shaft coupling.
Design Features
- Above or below base discharge.
- Discharge elbows designed to reduce friction losses, diffusers designed to minimize turbulence and increase efficiency.
- Product, oil or fresh water lubrication.
Applications
- All applications that require large quantities of Water with low head, like Drainage, Waste Water, Flood Control, Irrigation, Waste Treatment Plants, Underpass Drainage, Condenser Cooling, Construction Dewatering, Ditch Pumps and Raw Water Intakes
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BI30M Oil hydraulic bent pump, 32cc/rot, aplication pressure-up to 350bar, peak pressure-400bar
BI40M Oil hydraulic bent pump, 42cc/rot, aplication pressure-up to 350bar, peak pressure-400bar
BI50M Oil hydraulic bent pump, 50cc/rot, aplication pressure-up to 350bar, peak pressure-400bar
BI60M7 Oil hydraulic bent pump, 60cc/rot, aplication pressure-up to 350bar, peak pressure-400bar
BI80M7 Oil hydraulic bent pump, 81cc/rot, aplication pressure-up to 300bar, peak pressure-350bar
BI80P Oil hydraulic bent pump, 80cc/rot, aplication pressure-up to 350bar, peak pressure-400bar
BI110P7 Oil hydraulic bent pump, 108cc/rot, aplication pressure-up to 350bar, peak pressure-400bar
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A majority of the variable piston pumps on the
market were designed decades ago, and very
few modifications have been made since then.
When Parker Hannifin decided to develop a new line of
variable piston pumps for the mobile market, it was
obvious to us that we needed to listen to and understand
our markets. We needed to get our hands around the
latest requirements and move the development forward.
Instead of starting the design work at the drawing board,
we went out to our customers and asked them what
characteristics they required from a new pump. Very
soon, the most important requirements became obvious.
OEM’s were looking for pumps that were easy and
inexpensive to install, had a low noise level, lasted a long
time, had a high self-priming speed and were equipped
to handle future pump controls.
With this in mind, our product team went to work on
perfecting our new line of pumps. The result: the new
Variable Piston Pump Series P2/P3.
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THE OMEGA N PUMPS
Compact high pressure reciprocating piston pump, for reduced investment costs but manufactured according to highest Cryomec standards:
Available flow rates: 1 to 70 L/min
Pressure up to 400 bar
Available for all cryogenic gases including LNG
Low operation cost
Large scale of feature with numerous options
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The variable volume and pressure compensated design simplifies circuit design, and reduces heat buildup and noise. Four pump control options permit the designer to choose the most efficient means to power his hydraulic equipment. Choices include the standard pressure compensator control, remote pressure control, load sensing control, and horsepower limiting control.
Brass piston slippers pivot and rotate to equalize wear while a fluid passage through the slipper reduces loading and provides lubrication for the piston shoe and wear plate. Hardened swash plate and trunnion pins provide rugged support for the piston block and associated rotating group components.
Efficiently designed porting reduces noise at all pressure and flow levels for quiet, efficient operation that eliminates the need for noise shrouds. The rugged, cast iron body is thicker at stress points which contributes to quiet operation.
Specifications
Mountings: SAE 2 bolt mountings. SAE 'A', SAE' B', and SAE 'C'
Tandem pump drive capabilities
Capacities: 6, 10, 15, 20 29 GPM @ 1750 RPM
Displacements: .88, 1.26, 2.09, 2.62, and 3.78 cubic inches per revolution
Pressure Compensation Ranges: 200 to 3500 PSI continuous duty, up to 4000 PSI intermittent duty
Recommended Fluids:
Petroleum based fluids are recommended. Fluids should be designated by the fluid manufacturer for use in hydraulic systems. Fluids should contain inhibitors to prevent rust and oxidation and should contain anti-wear, anti-foam, and deaerating agents. For other fluid types, please contact your Continental Hydraulics representative.
Recommended Operating Viscosity
Petroleum based fluids:
Optimum - 140 sus (30 Cst.)
Continuous Minimum - 60 sus (10 Cst.)
Continuous Maximum - 750 sus (160 Cst.)
Max cold start up 7500 SUS
Fluid Cleanliness - ISO 18-16-13 is recommended
Operating Temperature - Operating temperature is determined by the viscosity characteristics of the fluid used. Control operating temperature as needed to assure that fluid viscosity is within acceptable limits. Because high temperatures degrade seals, reduce the service life of the fluid, and create scalding hazards, fluid temperatures should not exceed 180° F. (82° C.) at the case drain.
Mounting Position - Unrestricted. However, horizontal mounting is preferred.
Relief valves are recommended for all applications to help protect personnel and the system from potentially damaging overloads
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DPP offers an assortment of quality reciprocating piston pumps used in a wide range of applications, from critical medical devices to chemical dosing/metering equipment and laboratory analysis equipment; all superbly manufactured to the highest possible standards. Tests show that the consistency of our product performance is second to none, which makes DPP the first choice for very low controlled and repeatable flow application requirements.
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Mini linear piston block-compressor not lubricated.
- Nominal capacity: 5 to 50 l/min,
- Maximum Pressure: 0,1 to 2,5 bar.
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Our CORROSION-RESISTANT STAINLESS STEEL PUMPS are the pump of choice for sea water reverse osmosis desalination, chemical injection, wastewater re-injection, DI water gas turbine misting, oil processing and CO2. Cast and Block-Style 316SS manifolds and Duplex alloy liquid-end construction provide strength and compatibility. Special flushed models permit an external flush for lubricating with low lubricity liquids and cooling with high temperature liquids. Coordinating stainless steel system accessories provide system pressure setting and overpressure protection. CORROSION-RESISTANT STAINLESS STEEL PUMPS or custom pumping systems are available from .5 GPM to 240 GPM. Request a quote.
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Flow rate is based on 100% volumetric efficiency and 20°C ambient temperature
min. inlet pressure depending on fluid medium
min. rpm depending on rod loading
Gear with force-fed lubrication (> 160 kw with oil cooler)
Standard gear ratios:i = 3,33 - 3,50 - 4,04 - 4,62 - 5,44
Also available to API 674
Special medium such as sea water, glycol, methanol, oils, etc. on request
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DPP can design, develop and customise using their state-of-the-art technology and unique know-how to make a specific pump tailored to your exact requirements.
If you have a complex or difficult application and you think the pump or valve you require is not readily available we can utilise our existing modular product range and highly developed technology to design and manufacture a tailored solution to meet your exact requirements.
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Our custom engineered skid-mounted PUMPING SYSTEMS provide a system tailored to your application and eliminates the designing, sourcing, fabrication and testing from your schedule. These custom skid-mounted PUMPING SYSTEMS can be designed for high pressure wash down, jetting, chemical injection, wet blasting, in-plant cleaning, reverse osmosis, liquid transfer or a multitude of other liquid handling requirements. Each custom PUMPING SYSTEM is built to your specifications and features a rugged reinforced base of steel with a 2-mil epoxy finish or 304SS with drive options including electric, gas, diesel, hydraulic, gear motor or VFD control. All PUMPING SYSTEMS are flow and pressure tested and available with short lead times. Choose a portable single pump, a large capacity 240 GPM pumping system or multiple PUMPING SYSTEMS to meet fluctuating demands.
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The EcoDry M incorporates a dry sliding mechanism without the need for oil or hydrocarbons.
Through the further developed and optimised compression processes, the EcoDry M 15/30 attains with three compression stages a base pressure (total) in the low 10-2 mbar range.
Since the EcoDry M 15/20/30 may be operated either vertically (as normally delivered) or horizontally, this pump is highly flexible when it has to be integrated into the customer’s system.
Advantages to the User
Low maintenance, free of oil and bearing lubrication, free of hydrocarbons
Extremely low particle emissions on the intake and exhaust sides
Rugged and most reliable
Low power consumption
Service friendly
Air cooling
Plug & play
Good pumping speed at low base pressure
High water vapour tolerance (gas ballast standard)
No grease lubricated bearings in the vacuum section
Leak tight
Compact size
Runs at 1000/1200 rpm (50/60 Hz mains)
Rugged full cross section exhaust valves
For both horizontal and vertical operation
Typical Applications
Applications in physics
Loadlock chambers
Transfer chambers
Mass spectrometers
Electron microscopes
Lighting
Thinfilm coaters
Freeze drying
Forevacuum pump for dry high-vacuum systems
Pumping of oxygen concentrations over 21 percent by volume upon request
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Xaloy Melt Pumps: Extrusion Line Synchronization Made Easy
You can eliminate extruder surge and screw beat at the die by installing an Xaloy melt pump between your extruder and die. Our melt pumps are extremely efficient at building pressure and metering polymer to the die at a highly consistent rate and pressure.
Xaloy melt pumps come in a variety of types and sizes to fit the needs of your extrusion, compounding or polymer production process.
Standard extrusion pumps: Discharge pressure up to 5000 psi (345 bar).
High-pressure extrusion pumps: Discharge pressure up to 10,000 psi (690 bar).
High-precision extrusion pumps: Virtually pulse-free performance for the most demanding specialty film and profile extrusion processes.
Polymer compounding pumps: Engineered for maximum quality in pelletizing lines.
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POLYMAR.
Gear Pumps and Drive Units
The Advanced Polymer Extrusion Technology
Merkmale
Increase of discharge capacity
Reduction of total energy consumption
Increased product quality
Constant metering volume
System solutions with filter and drive
Integrated pressure- and speed-control
Integrated heating system
Reduction of total investment
Polymer polyamide, polyester, polypropylene, polyacrylate, polyethylene, polyurethane, cellulose and other elastomers
Viscosity up to 10,000 Pa.s
Operating temperature up to 350°C (700°F)
Discharge pressure up to 300 bar (4,500 psi)
Design inline or face mounted
Material
N23 - highly chrome alloyed cast steel with added nickel and molybdenum
F24 - molybdenum, tungsten, vanadium and chrome alloyed high-speed steel
Special material on request
Drive type extended drive shaft
Drive according to customer’s specification
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THE DELTA N PUMPS
Thanks to its numerous advantages such as reliability and low maintenance costs, this product has become the most standard pump for automatic filling stations.
Available flow rates: 1 to 500 L/min (triplex version)
Pressure up to 1'000 bar
High safety level, especially designed for use with oxygen
Available for all cryogenic gases including LNG
Very efficient: can be fitted with the Cryomec patented supercharger for 0-NPSH
Low speed version can be used in continuous duty
Easy maintenance
Large scale of feature with numerous options
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Salient Features :
* Low pump speed for high service life.
* Rugged design for continuous duty application.
* Top open power frame for easy maintenance
* Speed reduction bt external gear box.
* Fluid end designed for in place replacement of piston rings.
Application
* Water / Effluent Injection
* Bowser loading
* Hydraulic Pipe Testing
* Crude Oil Dispatch
Technical Specifications :
Pump Type - Horizontal ,Triplex Reciprocating Plunger Pump
Max Working Pressure - 2736 PSI
Max Discharge - 60 M / Hr
Max Power - 200 HP
Duty - Continuous
Stroke Length - 120 mm
Power Drive - Electric Motor / Diesel Engine / Gas Engine
Mounting - Base plate / Skid / Trolley
Power End Connection - Gearbox Reduction
Dry Weight of Pump - 600 Kgs (Bare Shaft )
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Salient Features :
* Low pump speed for high service life.
* Rugged design for continuous duty application.
* Top open power frame for easy maintenance
* Speed reduction bt external gear box.
* Fluid end designed for in place replacement of piston rings.
Application
* Water / Effluent Injection
* Bowser loading
* Hydraulic Pipe Testing
* Crude Oil Dispatch
Technical Specifications :
Pump Type - Horizontal ,Triplex Reciprocating Plunger Pump
Max Working Pressure - 6030 PSI
Max Discharge - 440 LPM
Max Power - 100 HP
Duty - Intermittent / Continuous
Stroke Length - 95 mm
Power Drive - Electric Motor / Diesel Engine / Gas Engine
Mounting - Base plate / Skid / Trolley
Power End Connection - Pulley Driven / Gearbox Reduction
Dry Weight of Pump - 450 Kgs (Bare Shaft )
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Pump Medium
Municipal raw sludge, also to feed filter presses. Black water and bilge water.
Fine structure pastes with up to 15% dry solids.
Ball valves
Single piston Type STPPb
Double piston Type DTPPb
Capacities up to 120m³/h
Forwarding pressure up to 100bar
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Pump Medium
All sorts of filter cake, after filter, presses, or centrifuges. Flotation sludge
Fine structure paste. Coal tailings.
Poppet valves
Single piston Type STPPp
Double piston Type DTPPp
Capacities up to 100m³/h
Forwarding pressure up to 160bar
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Pump Medium
Hazardous waste paste with up to 35 % dry solids. Contaminated solvents.
Contaminated oil sludge. Paste with large size lumps
Slide gate valves
Single piston Type STPPs
Double piston Type DTPPs
Capacities up to 100m³/h
Forwarding pressure up to 100bar
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SolidPumps Piston Pumps are suitable for transporting highly viscous media with solid particle contamination such as steel sheets, glass, slaughterhouse waste with bones, ropes, wire, wood, gravel, etc..
Piston pumps have low maintenance costs and all parts exposed to the medium, such as the cylinder liner, piston, piston tube, slide gate valve, seals, etc. are easily replaceable.
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Piston pumps, Plunger pumps
