During the late 1700s, a world-changing invention came to pass. This new development ultimately led to the introduction of the modern-day hydraulic cylinder. What began as a ramped-up security feature for locking mechanisms quickly rose to fame in a wide range of applications. While its uses have grown and branched out over the decades, the principles behind its operation have changed very little since those early years.
How Do Hydraulic Cylinders Work?
A Hydraulic Cylinder in Aurora functions on a handful of standard principles. For one, pressure can create power. Hydraulic cylinders are filled with pressurized fluid surrounding smaller interior components known as pistons. Those pistons are connected to rods designed to move them back and forth. In doing so, they continually displace the fluid from one end of the cylinder to the other, creating a certain level of hydrostatic energy. Of course, this is a highly simplified explanation. Dozens of equations and mechanical processes factor into the mix.
What Types of Hydraulic Systems Are out There?
Hydraulic systems come in several different forms. They fall into two basic categories: fixed and variable displacement. Examples of the former would be internal and external gear types and screw varieties while those of the latter are a radial and axial piston, bent axis and rotary vane. Each has its place in the world of pumps, power, and high-pressure systems.
Where Might These Systems Be Found?
Hydraulic systems crop up in any number of places, some of which are highly commonplace. They’re found in airplanes powering landing gear, wing mechanisms and doors to name a few applications. They’re also used in cranes, dump trucks, fork lifts, tractors, rollbacks and other types of heavy machinery. You’ll also see a Hydraulic Cylinder in Aurora and its surrounding components in automotive brakes and certain hood and trunk lifting systems. Some doors operate via hydraulics as well.
Though hydraulic systems came about for a very specific purpose, they’re virtually everywhere these days. Without them, the world would be a much different place. For further details on the types of systems available and the various components needed to make them function, contact Miller Hydraulic Service Inc.
