“Hydraulics” is the field of study related to the mechanical properties of liquid. Pumps that are said to be hydraulic are so named because of they take advantage of the mechanical properties of liquid in order to achieve work; all hydraulic pumps have that quality in common.
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Star Hydraulics, Inc.River Grove, IL 708-453-3238 In our 30,000 square foot state-of-the art manufacturing facility, Star Hydraulics utilizes CAD and CAM software to aid us in our engineering and manufacturing processes for our hydraulics pumps. If you need help selecting the right hydraulics pump for you, visit our page where we give insightful information and we will help you select according to your specific needs.
Advanced Hydraulics, Inc.Chino, CA 888-581-8079 Advanced Hydraulics has been servicing the manufacturing and service sector for over 60 years. We offer hydraulic presses, hydraulics pumps and straightening services. We supply hydraulic piston pumps, vane pumps and gear pumps. We also provide other hydraulic components such as hydraulic tubing and tube fittings, hydraulic hose, hydraulic cylinders and hydraulic pressure gauges.
Engineered Sales, Inc.Maryland Heights, MO 314-878-4500 Engineered Sales, Incorporated has been serving the fluid power market for more than 45 years. Through exceptional inventory and innovative solutions, our knowledgeable associates work together to provide you with effective solutions and value-added service. We specialize in hydraulic components such as the hydraulics pumps and hydraulic actuators. Contact us today for a quote.
Western FluiDyneFraser, MI 800-842-5377 Western FluiDyne believes in providing our customers with options and alternatives, and that is why your quote is always unique and specific to your exact needs. We only supply our customers with a product that we believe is the best. Our commitment to quality and excellence is what sets us apart from the competition. Let us be the source for all of your hydraulics pumps needs!
Kawasaki Precision Machinery (U.S.A.), Inc.Grand Rapids, MI 616-949-6500 Kawasaki Precision Machinery has been providing the best quality hydraulics pumps since 1916. Our factory trained technicians provide high quality workmanship utilizing genuine Kawasaki parts. Prior to shipment, all products are dynamically tested, inspected, and painted, and are covered by Kawasaki's standard warranty. Visit our website to learn more!
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There are many different kinds of hydraulic pumps, and there are two main categories into which all hydraulic pumps can be divided. The first category involves hydraulic pumps that operate independent of auxiliary power sources like gas and electric motors. These hydraulic pump varieties can make use of a liquid's kinetic energy in order to move it from one place to another. These pumps are usually called ram pumps, but they also sometimes go by other names; hydraulic hand pumps, for example, are never referred to as ram pumps, though both machines' principle of operation is similar. Ram pumps are increasingly popular in the developing world because they can be used, without the use of fuel or electricity, to pump water from rivers, streams or other sources to places where it is needed. Because fuel and electricity can be scarce or expensive in many parts of the developing world, ram pumps are a very attractive water pumping solution. The other main category involves hydraulic pumps that make use of auxiliary power sources. These pumps are often used for the transmission of hydraulic fluids in machinery as well as in some other uses, such as in pressure washers.
The first category of hydraulic pumps harnesses natural forces and the kinetic energy of the fluids involved in pumping. In a ram pump for example, an inlet pipe on slight decline directs water away from its source and into the pump reservoir. As the water flows into the reservoir, the force of gravity and the water's kinetic energy cause pressure to build up. When sufficient pressure is built, a valve above the reservoir opens, which allows for the pressurized water to flow out into a pressure chamber. The water in this chamber becomes further pressurized, which eventually forces it out of the chamber and into a tube that ultimately directs the water to its final destination. Relief valves and pressurized air are also involved in this process in order to avoid bursting pipes or ruptures in the pumps' reservoirs. The second category involves drawing hydraulic fluids like oil out of a reservoir and into a hydraulic system. This process usually involves cylinders and a series of tubes through which the fluid travels and is subject to varying levels of pressure.