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14"SEMI-AXIAL SUBMERSIBLE ELECTRIC PUMP
Suitable for lifting, pressurising and distribution in civil and industrial installations, autoclaves and cistern inlets, washing plants, irrigation systems. Draws from wells of min. diameter of 406 mm, tanks or natural basins.
S-350: complete unit of pump with water filled electric motor 10" MS251 or 12" MS 300.
SP 350: hydraulic part to be connected with 10" or 12"submersible motors, 2 or 4 poles.
Semiaxial impellers.
Outlet complete with non return valve. Pump equipped with counter trust ring in anti wear resin.
Diffuser complete with wear ring in anti- wear rubber.
Driving bushings in anti wear rubber with metallic shells.
Components realized with particular materials which assure an high wear resistance.
The pump is available in three different metallurgies:
cast iron (with inox or bronze impellers on request)
precision casting AISI 316
Bronze marine G-CuSn10
For further infos please consulte the catalogue
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These hydraulically powered self priming submersible pumps are used on jobs that require pumping high volumes of water at low to medium heads. Lake drainage, tank filling, cofferdam dewatering and flood control are just a few applications where these pumps are widely used.
Discharge Sizes 15, 20, 30, and 45 cm (6, 8, 12, & 18 inch)
Maximum head up to 18 m (60 ft)
Maximum flow up to 37,850 lpm (10,000 gpm)
Hydraulic flow required 26 to 265 lpm (7 to 70 gpm)
Maximum Hydraulic Pressure 198 Bar (2,900 psi)
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These hydraulically powered submersible Slim Line pumps are designed to fit into a well casing from 101 to 330 mm (3 to 13 inches) and are used for general purpose dewatering applications. These pumps have been used for blast hole dewatering, bulk/manhole dewatering for utility applications, deep well dewatering, and mine dewatering.
Discharge sizes from 31.8 to 152 mm (1.25 to 6 inch)
Maximum Flows from 246 to 5015 lpm (65 to 1325 gpm)
Maximum Head up to 64 m (210 feet)
Hydraulic Input from 17 to 163 lpm (4.5 to 43 gpm)
Hydraulic Pressure Required up to 170 bar (2,500 psi)
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SPP Pumps manufactures a comprehensive range of hydraulic submersible pumps in the Hydra range. Covering the widest extent of applications with over 30 highly efficient pump ends, which are available in various material
options to suit the application. This provides the market with one of the largest ranges of hydraulically driven submersible pumps in the world. Driving these pumps is a range of over 25 power pack combinations to ensure optimum performance and efficient matching of the
overall package.
The design of the pump ends provide an enhanced performance and a range that covers medium and high head as well as high flow applications. The Autoprime Hydra product ranges from 32mm (1.25") to 450mm (18")
discharge with heads up to 130m (425ft) and flows up to 2,300m3/h (10,100 USgpm).
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These hydraulically powered self priming submersible screw pumps can handle light to heavy liquids. They have a positive displacement screw pumping action on heavier viscous liquids and perform like a centrifugal pump when handling lighter materials. Typical uses are tank cleaning, ship & barge offloading, and oil skimming applications.
Discharge sizes 7.6 and 10.2 cm (3 and 4 inch)
Solids handling up to 5.1 cm (2 inch)
Maximum flow up to 4,350 lpm (1,150 gpm)
Maximum head up to 61 m (200 ft)
Maximum hydraulic flow required 61 lpm (16 gpm)
Maximum hydraulic pressure 244 bar (3,600 psi)
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This range of solids-handling pumps is extensive. From our very portable 2” vortex flow pump to the big 12” high performance model, we have a pump to cover just about every job. These versatile pumps are used to move liquids with semi-solids such as sewage, sludge, jobsite debris and industrial waste.
Hydraulically powered submersible self priming solids handling trash pumps.
Discharge sizes from 5 cm (2 inch) to 30 cm (12 inch)
Solids Handling up to 12.7 cm (5 inch)
Maximum heads up to 64 meters (210 feet)
Maximum flows up to 32,000 lpm (8,500 gpm)
Available in ductile iron, aluminum, and stainless steel construction.
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The shredder pump is used to chop material as it enters the pump to keep the solids from clogging the discharge pipelines. This pump is typically used on municipal, industrial and agricultural waste pumping application.
• Maximum output up to 3,000 lpm (800 gpm)
• Discharge size 101 mm (4 inch)
• Open-Vane Shredder Impeller with Tungsten Carbide Cutting Tip
• Hardened Macerator Suction Plate
• Oil Lubricated Seals (can run dry)
• Variable Speed hydraulic drive
• Versions for Portable or Fixed Installations
• Safe Hydraulic Drive can be used where electric power is hazardous or impractical
• Dependable gear type hydraulic motor
• Operates with our HT15 to HT25 power units or other hydraulic power sources capable of flows of 10 - 15 GPM
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These hydraulically powered self priming submersible pumps are designed to stir solids into suspension and pump the mixture away. A built-in agitator works to loosen the material. The wear parts are hardened to handle abrasive materials. Typical uses are beach reclamation and silt dredging in lakes and marinas.
Discharge sizes of 7, 10, and 15 cm (3, 4, and 6 inch)
Output flows of 1740, 2760, and 4730 lpm (460, 730, and 1250 gpm)
Solids handling up to 3.8 cm (1.5 inch)
Maximum head up to 41 m (135 feet)
Hydraulic flow required 106 lpm (28 gpm) maximum
Maximum hydraulic pressure required 190 bar (2,800 psi)
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Without a doubt, Stanley hydraulic pumps exemplify the pure power of hydraulic tools. Our SM50 pump discharges an impressive 500 gallons per minute (1890 lpm) while it's small size allows it to fit in a box 11 inches deep by 10 inches square (26.7 cm x 25.4 cm).
Like our detwatering pumps, the pure power of hydraulic tools is also exemplified in our trash pumps. Our TP03 pump discharges an impressive 450 gallons per minute (1688 lpm) and can handle up to 3 inch (76 mm) diameter solids. Our TP08 discharges 800 gpm (3028 lpm) and can handle up to 4 inch (102 mm) solids.
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A large input shaft diameter allows more through put power, even with an integral charge pump. When the 350 series pump is fully loaded as much as 56 kW (75 hp) of through put power is available for auxiliary hydraulic power needs from the SAE B auxiliary mounting pad.
350 Series pumps operate at a level of quietness that exceeds the requirements of today's demanding work conditions.
Another pump feature - a serviceable, bimetal valve plate - improves pump filling characteristics which, in turn, reduces fluid-borne noise and extends pump life. A highly engineered pump housing and swash plate also minimizes noise and vibration.
Mounting flanges are offered in SAE B and C configurations and ports are offered in SAE, ISO tube and flange and STC direct port versions. Opposite or same side port versions are available to facilitate plumbing and help the pump fit your machine space needs. An integral gerotor charge pump can be provided with up to four different displacement sizes allowing for either remote or inlet charge filter options. The 350 series pump offers a full range of product features and has the ability to match the needs of many different customer platforms. It supports increased power requirements in Agricultural, Construction and Utility markets and allows for a wide variety of installation opportunities for global machine design.
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The present K3V is designed specifically for the earth moving and construction industries where in excess of 700,000 units have been supplied.
Features such as high efficiency , high power density, large self priming capability, long life, low noise and a wide range of control options has enabled the K3V to be a clear market leader.
Adopting a process of continual product development has resulted in todays K3V series of axial piston pumps.
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Axial piston units are available in the form of pumps and motors in bent axis design or swashplate design for medium- and high-pressure ranges. They are the main components in the hydrostatic transmission. Compact size and high power density, economy and reliability are characteristic advantages which speak for the use of hydrostatic transmissions, together with the fact that they meet the demand for high speed and high torque, as well as optimum efficiency.
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Why use a variabledisplacement pump?
•precise control of all movements ;
• multi-function capabilities: simultaneous movements, all independant
of load ;
• avoid problems of fluid overheating ;
• reduce energy consumption.
Variable displacement : only advantages !
Installing a TXV variable displacement pump will transform your hydraulic equipment. Slow or rapid movements are done with precision, to the constant adjustment of pump flow rate. The TXV ranges are the result over 40 years' experience in hydraulic pumps. HYDRO LEDUC, France's leading pump manufacturer, is proud to present these high performance products.
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Axial piston units are available in the form of pumps and motors in bent axis design or swashplate design for medium- and high-pressure ranges. They are the main components in the hydrostatic transmission. Compact size and high power density, economy and reliability are characteristic advantages which speak for the use of hydrostatic transmissions, together with the fact that they meet the demand for high speed and high torque, as well as optimum efficiency.
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These hydraulically powered self priming submersible screw pumps can handle light to heavy liquids. They have a positive displacement screw pumping action on heavier viscous liquids and perform like a centrifugal pump when handling lighter materials. Typical uses are tank cleaning, ship & barge offloading, and oil skimming applications.
Discharge sizes 7.6 and 10.2 cm (3 and 4 inch)
Solids handling up to 5.1 cm (2 inch)
Maximum flow up to 4,350 lpm (1,150 gpm)
Maximum head up to 61 m (200 ft)
Maximum hydraulic flow required 61 lpm (16 gpm)
Maximum hydraulic pressure 244 bar (3,600 psi)
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Screw pump for industrial use type SSP
Extremely low running noises
Long working life
Large viscosity range
Fine flow adjustment
Low costs
The suction housing and suction pipe can be offset by 90°
Extremely high performance
Different materials available
Compact design, low pump weight
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The screw pumps are designed to handle oil flows 4-1.200 l/Min.
Benefits
* ideal in installations with high suction height and dirty environments
* Suitable for heavy oils
* Compact in size
* Quiet
* Price competitive
Common Applications
* Lubricating systems
* Turbines
* Gear boxes
* Machine tools
* Presses
* Elevators
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Economical and robust, the Milroyal G pumps dose all traditional liquids used in water treatment and industrial processes including: acids, bases, chlorinated products, coagulants, and other products. Designed for ease of maintenance and start-up, the Milroyal G features a robust HPD-style hydraulically actuated diaphragm liquid end coupled to a variable eccentric drive. The absence of contour plates in this liquid end results in "straight-thru" flow ideal for handling polymers and slurries. A unique integral 3-function valve allows for purging of any entrapped gases in the hydraulic oil without disturbing the relief valve setting. Also integral to the liquid end is a site glass for visual indication of a relief condition in the hydraulic system. The smooth sinusoidal flow produced by the variable eccentric drive minimizes flow pulsations and mechanical shock to system components.
Product Features:
HPD liquid end design eliminates contour plates.
Double diaphragm w/leak detection available (10/98).
Liquid End Materials: PVC, PVDF, 316SS.
High viscosity and slurry liquid end options.
56C face and IEC motor options
Integral 3-function valve in hydraulic oil system: automatic airbleed, safety/relief valve, purge button.
Non-lost motion drive design minimizes flow pulsations and mechanical shock.
AC & DC variable speed drives available for automatic control from a 4 - 20 ma signal.
Recommended Service Intervals: 8000 hours when operating at full rated pressure
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Hydraulic injector pump for the injection of liquid or soluble fertilizer into irrigation network.
It is self contained, with no externals parts other than the connection hoses, and with no water pressure lost in the irrigation pipes
A controller ca be connected that acts upon an electrical valve to start and stop the pump in the desired moment
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Economical and robust, the Milroyal G pumps dose all traditional liquids used in water treatment and industrial processes including: acids, bases, chlorinated products, coagulants, and other products. Designed for ease of maintenance and start-up, the Milroyal G features a robust HPD-style hydraulically actuated diaphragm liquid end coupled to a variable eccentric drive. The absence of contour plates in this liquid end results in "straight-thru" flow ideal for handling polymers and slurries. A unique integral 3-function valve allows for purging of any entrapped gases in the hydraulic oil without disturbing the relief valve setting. Also integral to the liquid end is a site glass for visual indication of a relief condition in the hydraulic system. The smooth sinusoidal flow produced by the variable eccentric drive minimizes flow pulsations and mechanical shock to system components.
Product Features:
HPD liquid end design eliminates contour plates.
Double diaphragm w/leak detection available (10/98).
Liquid End Materials: PVC, PVDF, 316SS.
High viscosity and slurry liquid end options.
56C face and IEC motor options
Integral 3-function valve in hydraulic oil system: automatic airbleed, safety/relief valve, purge button.
Non-lost motion drive design minimizes flow pulsations and mechanical shock.
AC & DC variable speed drives available for automatic control from a 4 - 20 ma signal.
Recommended Service Intervals: 8000 hours when operating at full rated pressure
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Olmark promotes the most advanced technologies involving the design, the assembly, the thermic and superficial treatment in order to guarantee constant improvement on every single fitting.
The standard productive range includes adapters of the following series:
RQ- BSP-METRIC adapters for parallel connection
RA - BSP-METRIC adapters for multi branching out connection
RJ - UNF JIC adapters for parallel or multi branching out connection
The adapters, produced also in stainless steel, are in conformity with ISO, BSP, JIC, ORFS, SAE and DIN references.
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