What is Pump? Types of Pump, Uses, Working & Application [with Pictures] : Displacement pumps and Dynamic pumps, Gear Pump, Radial Flow Pumps

The power steering pump may seem like a magical black box to many, enhancing driving trips and making them enjoyable.

Centrifugal Pump CFD, FEA + FSI simulation workflow example

Centrifugal Pump CFD, FEA + FSI simulation workflow example

Centrifugal Pump CFD, FEA + FSI simulation workflow example

Centrifugal Pump CFD, FEA + FSI simulation workflow example

Centrifugal Pump CFD, FEA + FSI simulation workflow example

Centrifugal Pump CFD, FEA + FSI simulation workflow example

225cc POWEREASE ENGINE 3100 PSI MAX PRESSURE 2.5 GPM AR RMV25G30D AXIAL PUMP This unit features a powder-coated steel frame, low pressure chemical injector, split wand assembly with gun, 25' hose, and 10" flat-free tires. Features Ideal for Home & Estate OwnersHigh quality pressure washer components save time &

The BHA is a VS3 type, vertical turbine pump with axial single stage impeller, consisting of diffuser (stator) assembly. Variety of models is available. Hydraulic design is being updated with our continuous R&D efforts.

Axial Flow Turbine Example: A gas turbine unit for power generation or a turbojet engine primarily consists of a compressor, combustion chamber, and a turbine for producing thrust. The air passing through the compressor experiences an increase in pressure. The […]

Bearon Vari-Speed Control Panel  Product Description 3-Phase Ice Eater compatible with our brand new Vari-Speed Axial Flow System.  The Ice Eater was originally designed to prevent ice from forming around boats, marinas, docks, and piers as well as effectively melting existing ice by breaking the surface with a continuous current of warmer bottom water. Following the lead of the Cornell System, Oyster Farmers began using the Ice Eater in the 90’s to act as an axial flow pump in their Floating Upweller Systems.  The Ice Eater is constantly trying to empty the central trough in the Floating Upweller System, drawing water from each silo and creating flow through the seedbed. Product Features The design of the Ice Eater’s venturi shroud (housing) with outwardly flared ends, provides more upward thrust & draws warmer water from greater depths than other conventional de-icers. The shroud is submersible below the surface either vertically or angled from vertical. A set of mounting holes at opposed positions on the flange allows the lines to be attached. The Bearon is committed to providing the finest de-icers available in the marketplace. As a result, specifications are subject to change without notice. Ice Eater de-icers are custom designed and engineered for maximum performance. Our units are designed to agitate fresh or salt water at maximum efficiency in all climatic conditions. Our energy efficient Ice Eater’s will agitate more water than any de-icer on the market today. Product Specifications Works with any 3 phase 1 Horsepower motors 6′ Pigtail with standard 115V plug Weight: 87 lbs Dimensions: 21 × 21 × 12 in

Centrifugal Pump CFD, FEA + FSI simulation workflow example

Centrifugal Pump CFD, FEA + FSI simulation workflow example

Centrifugal Pump CFD, FEA + FSI simulation workflow example

Centrifugal Pump CFD, FEA + FSI simulation workflow example

Centrifugal Pump CFD, FEA + FSI simulation workflow example

Centrifugal Pump CFD, FEA + FSI simulation workflow example

The DR PRO 2900 delivers the raw cleaning power you need to tackle the toughest cleaning jobs. We start with a high-quality DR OHV engine and an aluminum axial cam pump the heart of a pressure washer that provides up to 2900 PSI and a robust flow of 2.4 GPM.

Classification of pumps | Types of pumps and their working principles and applications| Classification of Dynamic Pumps|Classification of Displacement Pumps

Grundfos 98961763 UPS 26-99 SFC Stainless Steel Circulator Pump Features: Ceramic shaft and radial bearings. Carbon axial bearing. Stainless steel rotor can and bearing plate. Impeller - Corrosion-resistant impeller, composite, PES Pump Housing - Cast Iron pump housing Phase - 1-phase motor Specifications: Technical Speed Number 3 Maximum flow 63 US gpm Max flow 63 US gpm Maximum head 14.11 ft Head max 14.11 ft Approvals on nameplate UL, CSA Valve pump with built-in isolating and non-return valves Materials Pump housing Cast iron EN-JL1030 ASTM 30 B Impeller Composite, PES Installation Maximum ambient temperature 104 °F Ambient max at 176°F liquid 176 °F Maximum operating pressure 145.04 psi Flange standard USA Oval Type of connection C.I. Flange Pipe connection 2 - Bolt Flange Pressure stage PN 10 Port-to-port length 8 1/2 in Liquid Pumped liquid Water Liquid temperature range 35.6 .. 230 °F Selected liquid temperature 140 °F Density 61.35 lb/ft³ Electrical Data Power input in speed 1 0.2105 HP Power input in speed 2 189 W Max. power input 203 W Main frequency 60 Hz Rated voltage 1 x 115 V Current in speed 1 1.4 A Current in speed 2 1.7 A Current in speed 3 1.8 A Capacitor size - run 20 µF/180 V Number of poles 2 Insulation class (IEC 85) F Motor protection CONTACT Thermal protec internal Controls Pos term box 9H   Others Gross weight 13.5 lb Country of origin US Custom tariff no. 8413.70.00.21

The BHA is a VS3 type, vertical turbine pump with axial single stage impeller, consisting of diffuser (stator) assembly. Variety of models is available. Hydraulic design is being updated with our continuous R&D efforts.

Mixed-flow pumps compromise large flow rate and high head in fluid transferring. Long-axis mixed-flow pumps with radial–axial “spacing” guide vanes are usually installed deeply under water and suffer strong cavitation due to strong environmental pressure drops. In this case, a strategy combining the Diffusion-Angle Integral Design method, the Genetic Algorithm, and the Computational Fluid Dynamics method was used for optimizing the mixed-flow pump impeller. The Diffusion-Angle Integral Design method was used to parameterize the leading-edge geometry. The Genetic Algorithm was used to search for the optimal sample. The Computational Fluid Dynamics method was used for predicting the cavitation performance and head–efficiency performance of all the samples. The optimization designs quickly converged and got an optimal sample. This had an increased value for the minimum pressure coefficient, especially under off-design conditions. The sudden pressure drop around the leading-edge was weakened. The cavitation performance within the 0.5–1.2 Qd flow rate range, especially within the 0.62–0.78 Qd and 1.08–1.20 Qd ranges, was improved. The head and hydraulic efficiency was numerically checked without obvious change. This provided a good reference for optimizing the cavitation or other performances of bladed pumps.

Green-Power GNW2820A pressure washer is created specifically with homeowners in mind, offering the convenience of total control of the pressure washer at the spray wand. It is simple to use and perfect for cleaning RVs, motorcycles, ATVs, boats, trailers, cars, patios, roofing, walls, stucco, driveways, sidewalks, and other area around your house. Powered by powerful LCT gasoline engine that feeds into an aluminum Axial Pump, it delivers 2,800 psi of high flow cleaning power at 2.0 Gal. per minute, which is more than enough to tackle any job you throw at it. The quick detachable spray wand allows for quick adjustment between low and high pressure without the need to switch nozzles. Built-in 3 liter detergent tank. 2800 psi, 2.0 GPM gasoline pressure washer Powerful 208cc LCT professional engine, EPA/CARB approved 25 ft. L high pressure hose Quick detachable power spray wand Easily adjustable spray, right from the wand 5 quick connect spray nozzles Nozzles build-in 3 liter detergent tank 10 in. solid non flat wheels Warranty: 1-year (parts and labor) lifetime support EPA/CARB approved Features Item Weight 77.2 Included Detergent tank,Fasteners,Hose connect,Hose filter,Nozzle cleaning tool,O-Ring,Wheels Reconditioned New Fuel Tank Capacity (gallons) 1 Commercial / Residential Residential Suggested Use Decking,Driveway,Patio Furniture,Siding Connection Type 1/4 in. Universal Quick Connect Wand/Nozzle Product Weight (lb.) 78.57 lb Hose Material Reinforced Pump Type Axial CA (CARB) Compliant CARB Compliant Returnable 30-Day GPM 2.0 Pump Brand Other Start Type Manual Water capability Cold Engine Type 208cc LCT Professional Engine Engine Displacement (cc) 208 Number of tips included 5 Maximum Pressure (PSI) 2800 psi Engine Make LCT Nozzle Type Adjustable Features Adjustable pressure,Chemical/detergent injection,Cold water,Foldable handle,Interchangeable wand,Kink free hose,Quick connect tips Pressure Washer Power Type Gas Assembly Required Yes Assembled Width (in.) 24 in Interior Hose Diameter (In.) 1/4 in Assembled Height (in.) 40 in Assembled Depth (in.) 24 in Wheel Diameter (in.) 10 in Hose length (in.) 300 Manufacturer Warranty 1 yr

2-inch High Flow Petrol Water Pump Featuring 50mm (2") inlet/outlet and a class-leading flow rate of 30,000L/h (500L/min) with a total head of 50m, the hardworking Water Pump is coupled with a powerful 235cc, 3600rpm 4-stroke engine that easily transfers water up to four storeys high with minimum fuss. With the Water Pump's centrifugal pump and superior impeller design, pump discharge loss is reduced. The suction entry on both sides of the impeller provides an axial balance to the impeller, which offers full range pump performance linear to engine throttle. The motor assembly is housed in an anti-corrosive tubular steel frame. Not least, ceramic and carbon seals offer great durability and longlasting use. A convenient sized 4.5L fuel tank means it can run for hours on a single fill (load dependent). Other great features include a 100% duty cycle that's designed for continuous operation, an ultra-fine air filter, easy start pull system, shock-absorbing and noise-reducing rubber feet and bonus hose fittings and inlet filter for a hassle-free setup. Features * 8hp high flow petrol water pump * Flow rate of 30,000 L/h (500L/min) * Anti-corrosive alloy pump housing * Ceramic and carbon seals * Full 50mm (2") inlet / outlet * Solid impeller * Gearless direct drive * 100% duty cycle * Easy start pulling system * Bonus hose fittings and inlet filter * Anti-shocking and noise-reducing rubber feet * Ultra-fine air filter Specifications * Brand: * Engine type: 4-stroke, OHV, Air-cooled * Engine power: 8hp * Displacement: 235cc * Flowing volume: 30,000L/hour (500L/min) * Fuel capacity: 4.5L * Fuel type: Regular unleaded 95+ RON * Engine oil type: 10W-30/ 10W-40/ 15W-30/ 15W-40 non synthetic engine oil (not included in purchase) * Speed: 3,600rpm * Output size: 50mm (2) * Input size: 50mm (2) * Lift: 50m * Suction: 8m * Colour: Black and Red Package Content 1 x Water Pump 2 x Hose Fitting 1 x Inlet Filter 1 x Assemble Tool 3 x Hose Clip 1 x User Manual

1,800 PSI - 1.3 GPM Electric Pressure Washer with Powerease Motor and AR Axial Pump Compact electric pressure washer designed for projects around the house such as cleaning driveways, patios, vehicles, siding and more.Electric motor is rated at 1.3 HP and has a total start system that automatically shuts off the pressure washer when the trigger is released to prolong the life of the pump.Equipped with a GFCI plug that greatly reduces the risk of electric shock.Maintenance free axial pump with an on-board soap system delivers excellent performance.Includes two spray wands. A rotary nozzle for intense cleaning on hard surfaces, and a variable nozzle for when a gentler touch is needed.Compact frame with integrated storage system for all the accessories. Raised handle and 5” flat free tires make it easy to move around. SPECIFICATIONS AMP: 120 Motor: Powerease Volts: 120 Series: workshop Pump: AR HP: 1.5 PSI: 1800 GPM : 1.3

Powerful unmanned water skiing boat is controlled entirely by the skier via a six-button control panel on the tow rope handle!

The objective of this book is to provide a brief, but thorough account of the basic principles of good pump design. The author begins with a review of basic hydraulic relations. This section also includes a chapter on analytical methods and computer aided design, which is becoming increasingly common. This is followed by a description of two simple pump designs, the centrifugal pump and the axial flow pump. Next, support devices, such as shafts, bearings, seals and drives are discussed. The last two chapters deal with design for difficult fluids, and codes and practices.