Pneumatic systems otherwise known as pneumatic actuators have long played a fundamental part in the performance of various kinds of mechanical work. A pneumatic system is designed in such a way that it uses compressed air to transmit and control energy. Therefore, most pneumatic systems rely on a steady supply of compressed air for pneumatic system components to work steadily. Read on to understand the advantages, limitations and the modern uses of pneumatic actuators.

What Are The Advantages Of Pneumatic Systems?

Pneumatic systems are often employed in different industries to facilitate the effective working of automatic machines and as such the pneumatic systems have the following benefits:

    1. High Effectiveness– Pneumatic systems basically need compressed air for all their working needs. As such, there is ample air available in the atmosphere which can be easily converted to compressed air. This compressed air is often stored in large volumes or transported through pipes, and thus pneumatic systems usually exhibit high efficiency due to the easy availability of compressed air for all their working needs.
    1. High Durability– Pneumatic system components are usually quite sturdy and thus are not prone to damage easily.
    1. Safety– Pneumatic systems mostly work in an inflammable environment without causing any fire or explosives. Besides, pneumatic system components in Illinois usually do not burn upon getting overheated when overloaded.

Are There Any Limitations?

    1. Low Loading– Pneumatic systems are not very large and therefore fall short when it comes to driving loads that are too heavy.
    1. Noise– Pneumatic systems can be extremely noisy sometimes such as when compressed air is released from the pneumatic components.

Can You State Some Examples Of Its Modern Uses?

Though most of the time we do not realize, a lot of systems that we use in our daily lives are based on pneumatics. Here are some quick examples of such systems:

    1. Air Brakes– The air brakes often used in buses and trucks are formally called the compressed air brake systems. This is because these systems use a type of friction brake in which compressed air first presses on a piston thereafter pressure is applied to the brake pad which in turn stops the vehicle.
    1. Inflatable Structures– Inflatable structures such as balloons, bouncy castles or blow up figures are mostly inflated with a gas such as helium, nitrogen, or compressed air which keeps the structures inflated.
    1. Pneumatic Tires– Pneumatic tires are often used to compress air to inflate and form the body of a tire on a bike, car, or some other huge vehicle.
    1. Pneumatic Cylinder– These cylinders essentially use the power of compressed gas to produce a force.

In a nutshell, pneumatic systems are present all around us in the form of pneumatic presses, pneumatic drills, etc. and we most likely encounter some or the other type of pneumatic systems unknowingly in our everyday lives.

James Brown is the author of this article. For further detail about Pneumatic Actuators. Please visit the website: airmite.com