Currently, pneumatic systems are widely used in various industries to automate several projects, such as construction work.

Design pneumatics This system is highly adapted to the physical and thermodynamic processes of compressed air.

In general, pneumatics means relating to air or wind, and pneumatics is a branch of physics that deals with the properties of air.

Following the rapid flow of technological development, it will certainly continue to have an impact on all our life activities. Construction work is an activity that involves many elements.

Such as humans and machines, industrial equipment that can be used as a tool to complete the construction work itself.
The automation of technology, especially in the field of construction at this time is an important role in increasing awareness of the quality of modernization in an industry. Both in an effort to increase the efficiency of the number of workers as well as time and costs. Penumatic Equipment ais a cutting-edge technology that has been widely used in various manufacturing industries.

This pneumatic system is included in the class of drive tools that have been applied for a very long time equipped with a control system in the industry. The drive on the pneumatic system has many advantages, namely having a long durability, a very simpler system in construction work, etc.

Pneumatic control systems usually operate sequentially. It is simply based on the connection or chain circuit of control valves and units that perform their functions. In this way, basic control systems are created, such as triggers, counters, and shift registers.

And this Pneumatic system is one of the most commonly used methods in operating industrial machinery. Please note that, if the media system works like compressed air, it certainly has many advantages, such as :

1. Infinite source of energy, as dara is taken directly from the environment.
2. The compressed air will not be contaminated when used in drives and control systems, so it can be returned to the environment,
3. Compressed air can maintain its properties in a wide range of temperatures, resistant to chemicals, radiation, magnetic and electric fields,
4. Compressed air does not pose a risk of explosion
5. Compressed air can be easily stored in a tank.
6. Powerful drives can accept heavy loads until they come to a complete stop,
7. Compressed air can be used as a medium that distributes energy, in the transportation of liquids or solid particles.

Source: IOP Conf. Series: Materials Science and Engineering 400 (2018) 022024 doi:10.1088/1757-899X/400/2/022024