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Pneumatics

Pneumatics, simply put, is the use of pressurized gas, such as compressed air or steam, for energy storage and distribution. This is done in a system composed of a compressor, a reservoir, a pressure regulator, and a set of valves or actuators, depending on the desired purpose. The main application fields for pneumatics are movement and handling, where pressurized gas is used to create motion with extremely precise movement. Pneumatics are also used for controlling operational functions in the industrial environment. They are extremely reliable in terms of accuracy, flexibility, and power output.

The working principle of pneumatics can be divided into two categories: direct and indirect. Direct pneumatics use pressurized gas to directly move an actuator, such as a cylinder or a piston. The pressure created in the chamber drives the actuator in the desired direction, and the force created is proportional to the pressure applied. Indirect pneumatics, on the other hand, use a pressurized medium to drive a secondary actuator such as a motor or a solenoid. This is done by controlling the pressure level of the gas, which in turn controls the motion of the secondary actuator. Both types of pneumatics are widely used in industrial applications such as manufacturing and machine control.

Hydraulics

Hydraulics, similarly to pneumatics, is the use of pressurized fluids, such as oil, for energy storage and distribution. This is accomplished by providing a supply of pressurized fluid to a set of valves or actuators. By controlling the flow rate and pressure of the fluid, a desired motion is achieved. Hydraulics are most often used in applications that require high torque, such as vehicle and machine control.

The working principle of hydraulics is based on the premise that pressure applied on an enclosed system is exerted equally in all directions. Thus, when a set of valves or actuators is installed and actuated with pressurized fluid, the applied pressure is equal in all directions. This allows for precise motion control, as the pressure level of the fluid can be finely tuned in order to create the desired result. As a result, hydraulic systems are highly reliable and robust when it comes to precision, power, and longevity.

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