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CAT PUMPS offers the convenience of a custom engineered PUMPING SYSTEMS for high pressure wash down, jetting, chemical injection, wet blasting, in-plant cleaning, reverse osmosis, liquid transfer. Each custom PUMPING SYSTEM is built to your specifications and application eliminating the design, multiple vendor sourcing, assembly and testing from your busy schedule. Each PUMPING SYSTEM has a rugged reinforced base of steel with a 2-mil epoxy finish or 304SS with drive options including electric, gas, diesel or hydraulic. All PUMPING SYSTEMS are flow and pressure tested and available with short lead times. Choose a portable single pump, a large capacity 320 GPM pumping system or multiple PUMPING SYSTEMS to meet fluctuating demands.
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Kinney KC & KTC Series Multi-stage rotary piston vacuum pumps provide pumping speeds of 5-112 CFM (8-190 m³/h) with ultimate pressures of 0.2 milliTorr (0.027 Pa). Our KTC series vacuum pumps include our exclusive triplex piston design to eliminate vibration.
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KINNEY rotary piston vacuum pumps provide vacuum levels to 0.2 milliTorr (0.027 Pa) with long operating life. Our triplex piston designs are inherently balanced to eliminate vibration.
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AccuStream intensifier waterjet machines give you a choice of 30-, 50-, 75- 100- or 150-horsepower units with adjustable pressures up to 60,000 psi. All AccuStream waterjet machines feature the AccuStream-built AIT Technology for maximum cut pressures and peak performance under the most demanding applications.
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The direct drive pump operates in the same manner as a low-pressure "pressure washer" that you may have used to pressure wash a house or deck prior to repainting. It is a triplex pump that gets the movement of the three plungers directly from the electric motor. These pumps are gaining acceptance in the waterjet industry due to their simplicity. At the time of this writing, direct drive pumps can deliver a maximum continuous operating pressure 10 to 25% lower than intensifier pumps units (20k to 50k for direct drive, 40k to 60k for intensifiers).
Only Flow manufactures both HyPlexTM and intensifier pumps. As a result, we can offer you the pump solution that is best suited for your application. Whether you run 24 hour, 7 days a week production or prototype jobs only a few hours a day, we have the right pump for you. Best of all, no matter which style of pump you choose, you'll receive a Flow pump that is reliable, simple, efficient, and easy to maintain. The focus of all our designs is performance, reliability and longevity so that your productivity is increased.
Flow Pumps Operate At Higher Pressures
Flow intensifier pumps are rated at 60,000 psi and our systems actually run at that pressure. No backing off, no hedging. It's another big reason why Flow equipment out-produces all others. Flow manufacturers the most complete range of ultrahigh-pressure waterjet pumps in the industry. From 205 hp, 6.5 gpm diesel powered Husky pumps for surface preparation to 100,000 psi pumps used for ultrahigh-pressure food processing to intensifier and direct drive pumps for waterjet cutting, Flow has a pump to meet your needs. Flow is the only waterjet company to offer its customers a choice of intensifier or HyPlex(direct drive) waterjet cutting pump technology. The wide range of waterjet pumps Flow builds is your assurance that you and your application will be paired with a pump that is specifically tailored to meet your needs.
Our waterjet cutting pumps set the industry standard for performance and reliability that is proven in 24 hour, 365 day a year operations around the world. All Flow pumps are capable of smooth, continuous operation, year after year, at the pressure they are rated. This ensures you receive the maximum possible benefit of pump's capacity and the performance you have paid for. It's an important distinction to make, because a pump's performance is limited by the lowest pressure it reaches in a cycle. By operating smoothly with a minimum of pressure fluctuations at the highest rated pressure a Flow pump can outperform other pumps which are rated for high pressures, but don't necessarily operate there smoothly or continually.
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Ideal for use in remote and/or mobile locations where electricity is scarce, the iP55-280DS is powered by a 280hp Cummins turbo diesel engine that meets Tier 3 emissions standards. It is capable of producing a flow rate of up to 4.1 gallons (15.5 liters) per minute of 55,000 psi (3,000 bar) ultra-high pressure water for waterjet cutting, surface preparation and cleaning applications.
The iP55-280DS utilizes a pressure-compensated hydraulic system to drive dual plunger-style intensifiers. The use of hydraulic fluid power provides smooth flowing UHP water resulting in long system life. Reliable and precise control of the electronically shifted intensifiers ensures superior performance standards with reduced operating costs. The pump is built on a skid-mounted frame with lifting eyes and forklift guides provided for increased mobility.
A 36,000psi model is also available.
Find out more at www.jetedge.com.
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Among the most efficient, with the smallest footprint in the industry, the Waukesha Cherry-Burrell Homogenizer delivers more output for its plant space than any other. Advanced, fluid-dynamically engineered homogenizing valves achieve the desired degree of dispersion/emulsion with lower pressures, requiring less energy and extending the life of moving parts.
- Precise, non-adjustable plunger seal; double seals standard, single seals optional.
- Injection cooled and flushed seals resulting in increased seal life.
- Headblocks with hardened replaceable valve seats.
- Sanitary overpressure relief device.
- Modular valve assemblies; single or double stage, manual or hydraulic.
- Multiple plunger sizes available for each model.
- Easy to maintain with front loaded seals and separate drive components.
- Also available without homogenizer valves for service as High Pressure Plunger Pump
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Maximum pressure : 4140 bar (60,000 psi).
Working presure : from 500 up to 3500 bar (7,200 to 50,000 psi).
Max. flow rate : 10 l/min at 3500 bar (50,000 psi).
1 SUGINO intensifier (redundancy in option), 1 UHP accumulator.
Soundproofed casing.
Complete hydraulic unit, with 10 µ filtration, and water cooling.
Safety valve for automatic bleed-down of the UHP circuit.
PLC controller : support for the maintenance and the follow-up of the functioning.
Advantages :
Pumps perfectly adapted to all industry sectors : automotive, mechanics, aeronautics, food industry, and designed for a use in 3 shifts, 7 days a week.
Turnkey equipments.
Pumps with the UHP components reaching the best life times of the market.
Decrease of the running costs.
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The Resato Powerjet PJE waterjet cutting pump is an example of our continuing commitment to research and development.
The latest generation of our skillfully designed waterjet cutting pumps offers monitor control and simple time-saving servicing possibilities. Proven reliability reduces down-time to a minimum and the operation costs will be reduced accordingly. As a result of further developments and tests in our cutting laboratory, the life cycle of high pressure seals and other parts subject to wear has been extended considerably.
To complement our extensive range of waterjet cutting pumps we offer all waterjet cutting accessories vital to the realization of a turn-key cutting system.
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At ITT Water & Wastewater we produce practical and easy to use monitoring and control systems for many different pump and mixer applications. Our systems offer reduced operational costs, total overview, less report handling and better environmental control.
As well as supplying the hardware, such as pump controllers, sensors, electrical start equipment and cables, we also have software for running the system. The ITT Water & Wastewater AquaView SCADA system provides precise and effective monitoring and control.
Each control system comes with a host of well-thought-out functions. Good examples are comprehensive pump control functionality, advanced supervision of pump condition, accurate flow calculation and cleaning functionality. All functionalities are based on international experience in municipal wastewater.
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Automation of pumps and valves helps to cut costs on a permanent basis and safeguards the reliable operation of your installations.
PumpDrive is the first variable speed control system that comes in a uniform housing design for three mounting methods and offers the user a comprehensive solution across a wide performance range. It allows quick, precise and continuously variable speed adjustment of a pump's drive. Thanks to absolutely reliable rotational speed optimization in line with demand, energy savings to the tune of 50% can be achieved.
LevelControl is an intelligent level control unit for single or double pump systems in applications that require reliable level control. LevelControl monitors and documents switching cycles. It ensures even distribution of pumping hours and optimum pump operation. This reduces downtime, maintenance and servicing.
PumpExpert combines three elementary functions. It is the first diagnostic system capable of issuing clear recommendations for action in the event of a disturbance or malfunction.
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Bray Controls is proud to introduce the controller of state of the taps Brayline series 50, preceding the future methods of indication of position of the taps. The great experiment of Bray on the ground and a research and development intensives led to the development of general-purpose interruptory controllers of first order, intended for industrial automation. The controllers of series 50 send a signal of position of the actuator and tap to local and remote stations. The standard appliances 50-0400 have an aluminum castings case under pressure, waterproof (NEMA 4,4X). The cases of series 50-0700 are also out of aluminum castings under pressure, waterproof and explosion-proof (NEMA 4,4X, 7,9).
The apparatuses were designed in order to facilitate wiring and for a large variety of switches. The two series are characterized by internal parts of high-quality, the same robustness and same reliability.
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The Universal Power Cell uses Hall Effect sensors that are not affected by odd waveshapes or frequencies. Also, no Voltage or Current Transformers are used.
The UPC is field scalable to match your pump motor. Complete information at loadcontrols.com.
The PMP-25V Pump Load Control takes the 0-10 volt load signal from the UPC, displays the Pump Load, and has the Set Points, Timers and Relay and Analog Outputs.
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Standard Features:
- Compact Footprint (17" x 33" of floorspace)
- M-code selectable high and low pressure
- Dual Filter version minimizes service downtime
- Pump Water Based Coolants or Cutting Oils
- Adjustable Discharge Pressure to 1000 psi (70 Bar)
- High Capacity Bag Filter, 10-mic Std.
- Integrated Pressure Switch for automatic filter monitoring
- Inlet/Outlet Gauges to monitor Filter Condition
- Uses Low-Cost Bags
- Coolant and thermal alarms
- 208 - 230VAC Standard, 440 - 480VAC Available
- 12 foot modular cables
- 20 foot high pressure hose
Optional Features:
- Abrasive duty construction for grinders
- Machine prep kit for quick change portability
- Integrated coolant transfer pump
- OEM Interface Kits
- NF Non-filtered units
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Gear pumps are used in all types of manufacturing industries for the transportation of both thin and thick liquids, from choccolate to diesel fuel. Our gear pumps have sturdy design, offering high reliability as well as long life.
Johnson Pump's gear pump design is based on an internal idler gear rotating inside of a larger rotor. Internal gear pumps are robust, give an even flow, handle both low and high viscosity products, are capable of high pressure and are self-priming.
Johnson Pump manufactures the TopGear-series of internal gear pumps; with the TG L-range for low viscosity - high volumetric efficiency, TG G-range for general purpose and the TG H-range for high demanding applications.
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Gear pumps are used in all types of manufacturing industries for the transportation of both thin and thick liquids, from choccolate to diesel fuel. Our gear pumps have sturdy design, offering high reliability as well as long life.
Johnson Pump's gear pump design is based on an internal idler gear rotating inside of a larger rotor. Internal gear pumps are robust, give an even flow, handle both low and high viscosity products, are capable of high pressure and are self-priming.
Johnson Pump manufactures the TopGear-series of internal gear pumps; with the TG L-range for low viscosity - high volumetric efficiency, TG G-range for general purpose and the TG H-range for high demanding applications.
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Maag Pump Systems gear pumps are displacement pumps for high pressure environments. Their performance and long lifespan increase the efficiency of your manufacturing plant. They are used in diverse processes as feed, reactor discharge and booster pumps for low and high-viscosity applications.
The new extrex® 70-5 HV gear pump has a maximum ∆p of 200 bar and a 25% higher specific volume due to its wider gear design. The new extrex® gear pump is also available in models such as HP for ∆p up to 400 bar, RB for rubber processing, and the standard GP for regular extrusion process applications.
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Maag Pump Systems gear pumps are displacement pumps for high pressure environments. Their performance and long lifespan increase the efficiency of your manufacturing plant. They are used in diverse processes as feed, reactor discharge and booster pumps for low and high-viscosity applications.
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Rotary Lobe Pumps - TopLobe and TopWing
The original design of the rotary lobe pump goes back to the early 40’s and has since then been further developed and improved. Johnson Pump has long experience in rotary lobe pumps. Market knowledge and appreciation of customer needs have been used to improve the existing rotary lobe pump concept with new features and customer benefits.
Rotary lobe pumps are easy to clean and have gentle product handling characteristics. They contain few cavities, which reduces the risk of bacterial growth and makes them particularly suitable for the transport of sensitive fluids – from glue to whole strawberries.
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Gear pumps are used in all types of manufacturing industries for the transportation of both thin and thick liquids, from choccolate to diesel fuel. Our gear pumps have sturdy design, offering high reliability as well as long life.
Johnson Pump's gear pump design is based on an internal idler gear rotating inside of a larger rotor. Internal gear pumps are robust, give an even flow, handle both low and high viscosity products, are capable of high pressure and are self-priming.
Johnson Pump manufactures the TopGear-series of internal gear pumps; with the TG L-range for low viscosity - high volumetric efficiency, TG G-range for general purpose and the TG H-range for high demanding applications.
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TopGear MAG - Protecting your future
TopGear MAG is a range of leak-proof internal gear pumps for low and high viscous liquids which are corrosive, toxic, aggressive or expensive.
Total containment of the liquid inside the pump is achieved using a hermetically sealed can, which isolates the liquid from the surrounding environment. This eliminates the need for shaft seals and the associated wear and leakage that would normally be experienced. The Magnetic Drive pumps are therefore not only environmentally friendly – they also contribute to improved safety in chemical and process plant environments.
Complying amongst others with the “ATEX” (ATmospheres EXplosibles) directive, magnetic drive pumps make an important contribution to health and safety on process plants.
TopGear MAG provides environmental, human, legal and economical protection -
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Maag Pump Systems Textron builds its gear pumps to a modular design that adapts easily to customers’ requirements and industrial standards.
Housings are available in iron, steel or stainless steel, with or without heating jackets. Bearings, shafts and gears offer a similarly wide choice of materials and configurations.
Five classes of axial clearance and eight classes of radial clearance, coupled with Maag’s expertise in simulation, allow individual pumps to be specified for the highest possible efficiency. A wide choice of seals ensures safety in demanding applications.
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The APV DW Rotary Lobe Pump
The most versatile rotary pump on the market
The APV DW range reflects latest technology in the development of rotary positive displacement pumps. No equivalent pump on the market offers such a wide range of features incorporated in a single pump.
Ultra Hygienic
* Meets the strict European hygienic standards (EHEDG)
* 3A Certified
* Designed for both CIP (Cleaning in place) and SIP (Sterilise in place)
* FDA approved elastomers
* AISI 316L product contact parts
* Completely self drainable when vertically ported
Exceptional Performance
* High volumetric efficiency
* Very low noise and vibration levels
* Low NPSH requirement
* Gentle product handling
* Patented rotor design option means pulse free operation
Easy Maintenance
* Minimum downtime with easy access front loaded mechanical seals.
Extensive Range
* Over 30 models, with capacities of 0 to 30 bar and 3 to 1016 litres/100 revs
* Wide choice of shaft seal type and materials
Flexible Design
* Available with a wide choice of additional options such as Thermal Jackets, Rectangular Inlets, Integral Pressure Relief Valve, Non-galling alloy rotors and much more
The DW pump with its flexible design and many variants is the proven solution for hygienic applications in industries such as Dairy, Brewery, Food, Beverage, Pharmaceutical, Personal Care, Chemical and many more.
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Designed for "on-line" continuous shearing and mixing action. A choice of modularly interchangeable stators and rotors make it versatile for processing a wide variety of products. Variable speed drives may also be used to further adjust the shear and mixing affect. Texturizes to give a smooth body and texture to such products as ricotta cheese and food pastes. Emulsifies to make stable emulsions of products with both oil and water base ingredients; blends to provide continuous, on-line blending without air incorporation or lumps of dry product; reconstitutes to assist reconstitution of powdered products such as milk powders; suspends/disperses to give stable solids in liquid suspension; polishes to improve the appearance of products by providing a smoother and more uniform surface texture.
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