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Pneumatics

Pneumatics is a technology based on the use of pressurized air that can be used in a variety of industrial applications to generate or convert motion and provide various functions. This type of technology relies on the difference in pressure between an enclosed area and an unconfined area to create motion. The greater the pressure differential, the greater the amount of motion potential.

81513196 application fields for pneumatics technology are often wide-ranging, and include manufacturing, automation, construction, and other industrial applications. In addition, the technology can even be used for medical applications. This type of technology is used extensively in food production, refrigeration, and air conditioning systems.

The primary working principle of pneumatics is to create a pressure difference between an enclosed and unconfined area. This pressure difference is commonly referred to as static pressure. The difference between the static pressure and the atmosphere\'s pressure helps determine the amount of force and speed that will be generated with the system.

The pressure difference is created by a compressor unit, which forces air into an enclosed area. This air is then distributed through valves, pipes and other components to activate the desired mechanical applications. The air pressure is controlled via regulators, which can be adjusted to meet the desired parameters of power, force and speed.

Hydraulics

Hydraulics is a technology that uses the power of fluids to move or generate motion. This type of technology can be used in a variety of industrial applications to create motion, generate pressure, and provide various functions and effects. Hydraulics is often used in construction, manufacturing, and other industries.

81513196 application fields for hydraulics technology are various, and range from machine tools to aerospace applications. Commonly, hydraulic systems are used in oil refineries, paper mills, aircraft carriers, and robotics industries. In addition to industrial use, hydraulics are also widely used in vehicle repair and emergency service applications.

The primary working principles of hydraulics involve the use of a fluid as a working medium, which is pressurized in one direction, and the action of controlling the fluid using valves. Pressurized fluid is generated by pump systems, and this pressurized fluid is then distributed through tubes and pipes to the various components requiring force. Depending on the application, the fluid can be either water or oil.

The pressure of the fluid is controlled by valves, which can be adjusted to meet the desired parameters of speed and force. When a component requires movement, the pressurized fluid is released. As the pressure of the fluid is released, the components are moved by the force generated by the released fluid.

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