Hydraulic cylinders serve many purposes today. Some are enormous while others are small enough to fit underneath your car. In fact, some cylinders serve special applications, and the telescopic cylinder makes many tasks easier and more efficient. Let’s take a closer look at this kind of equipment and explore all the things it has to offer.
What Does Telescoping Mean?
Have you ever pulled the antenna out on a portable radio? The antenna was quite small until you pulled the tip and then it grew substantially. Manufacturers make these devices so you can fit a long object in a small place. This is the main purpose behind telescopic cylinder design.
The Basics of Hydraulics
To get a better understanding of hydraulics, let’s look at a typical hydraulic cylinder and compare it to a telescoping model. A single-acting cylinder lets fluid in, and the piston retracts against a flywheel or spring. As the piston moves, it moves and actuator arm. This provides the power behind modern hydraulics.
The basic cylinder components of telescoping cylinders are the same as other models. However, the difference lies in the actuator. It is hollow and has several sleeves which extend as hydraulic pressure increases. Some cylinders can increase their original length by several hundred percents.
Why Choose Telescoping Technology?
Do you have equipment and space are at a premium? Perhaps you need something with a very long hydraulic stroke. If so, you’ll benefit from telescopic cylinder applications.
Telescoping Hydraulic systems are very useful in the construction industry. For example, if your company works high off the ground, you can benefit from an aerial platform lift. Some units have five long stages which can extend many stories high. When finished, the unit retracts and is easily hauled down the highway on a special trailer. Other uses include dump trucks and lift trucks.
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