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How to Use Librerias Automation Studio for Hydraulic, Pneumatic and Electrical Simulation



How to Use Librerias Automation Studio for Hydraulic, Pneumatic and Electrical Simulation




Librerias Automation Studio is a software that allows you to create, simulate, animate and troubleshoot circuits using different technologies, such as hydraulic, pneumatic, electrical and PLC. It is a powerful tool for learning and teaching these fields in a visual and interactive way. In this article, we will show you how to use Librerias Automation Studio for some common applications.




librerias automation studio



What is Librerias Automation Studio?




Librerias Automation Studio is a software developed by Famic Technologies, a company that specializes in industrial computing and automation. It is available in two editions: Professional and Educational. The Professional Edition is designed for engineers, technicians and trainers who need to design, test and document complex systems. The Educational Edition is intended for students and instructors who want to learn and teach hydraulic, pneumatic, electrical and PLC technologies using realistic simulations.


Librerias Automation Studio has several features that make it a unique and versatile software. Some of them are:


  • It supports multiple technologies in one environment, allowing you to integrate different components and systems.



  • It has a large library of symbols and components from various manufacturers, as well as custom libraries that are illustrated and animated.



  • It allows you to create your own components and libraries using the Component Builder module.



  • It has a user-friendly interface that lets you drag and drop components, connect them with wires or hoses, and edit their properties.



  • It has a powerful simulation engine that calculates the behavior of the circuit in real time, taking into account the physical laws and parameters of the components.



  • It has an animation feature that shows the movement of fluids, valves, pistons, motors, etc. during simulation.



  • It has a troubleshooting feature that helps you identify and fix errors in your circuit using various tools, such as meters, oscilloscopes, logic analyzers, etc.



  • It has a documentation feature that allows you to generate reports, diagrams, schematics, bill of materials, etc. for your projects.



How to Use Librerias Automation Studio for Hydraulic Simulation




Hydraulic systems use pressurized fluids to transmit power and perform work. They are widely used in industrial applications, such as machines, vehicles, robots, etc. Librerias Automation Studio can help you design and simulate hydraulic circuits using realistic components and parameters. Here are some steps to follow:


  • Create a new project and select the Hydraulic technology.



  • Select the components you need from the library or create your own using the Component Builder.



  • Drag and drop the components on the workspace and connect them with hoses.



  • Edit the properties of the components according to your specifications.



  • Run the simulation and observe the behavior of the circuit. You can use animation to see the flow of fluids and the movement of components.



  • Use troubleshooting tools to measure pressure, flow rate, temperature, etc. You can also introduce faults in the circuit to test its performance.



  • Document your project using reports, diagrams, schematics, bill of materials, etc.



How to Use Librerias Automation Studio for Pneumatic Simulation




Pneumatic systems use compressed air or gas to transmit power and perform work. They are commonly used in applications that require fast and precise movements, such as automation, robotics,


etc. Librerias Automation Studio can help you design and simulate pneumatic circuits using realistic components and parameters. Here are some steps to follow:


  • Create a new project and select the Pneumatic technology.



  • Select the components you need from the library or create your own using the Component Builder.



  • Drag and drop the components on the workspace and connect them with hoses.



  • Edit the properties of the components according to your specifications.



  • Run the simulation and observe the behavior of the circuit. You can use animation to see the flow of air or gas and the movement of components.



Use troubleshooting tools to measure pressure, flow rate, temperature, etc. You can e0e6b7cb5c


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