Design and control of mechatronic systems with pneumatic and hydraulic drive

Autor: Dominik Semren, Klara Pejić, Juraj Benić, Marko Miroslav Bača, Željko Šitum, Ivan Radić
Rok vydání: 2021
Předmět:
Zdroj: International conference Fluid Power 2021: Conference Proceedings.
Popis: This paper presents four handmade laboratory systems with pneumatic and hydraulic drive. The article first presents an example of a pneumatic motor speed control using a proportional directional control valve. Then the paper presents the design and control of a test device with pneumatic drive for determining the dynamic strength of materials, on which the fracture mechanics of materials due to the action of dynamic stress can be experimentally demonstrated and the resistance of materials to cyclic stress can be analyzed. The article then describes the design, construction and control of a pneumatically driven system for sorting products marked with a bar code using a vision system. The final section of the article describes an experimental setup for precise position control of a hydraulic cylinder using 2/2 cartridge valves, which can clearly demonstrate the application possibilities of these valves in industrial plants and mobile systems.
Databáze: OpenAIRE