Benefits and Advantages of Using autoSIM-200 for Automation Training
What is autosim 200?
Are you interested in learning or teaching automation technologies? Do you want to try your programs on a virtual system before applying them to a physical system? If so, you might want to check out autosim 200, a software for training in automation technologies that allows you to design, simulate, program, monitor and control virtual machines in 2D and 3D.
autosim 200 crack serial 36
autosim 200 is developed by SMC International Training, a leading company in industrial automation training solutions. It is compatible with Windows operating systems and can communicate with real equipment through I/O cards or OPC servers. It can also import three-dimensional models from 3D Studio and Solidworks.
In this article, we will show you how to use autosim 200 for automation training, how to install and activate it, how to design and simulate automation circuits, how to program and monitor virtual PLCs, how to control and supervise 2D and 3D models, and how to communicate with real equipment. We will also answer some frequently asked questions about autosim 200. Let's get started!
Why use autosim 200 for automation training?
autosim 200 is a software that offers many benefits and advantages for learning and teaching automation technologies. Here are some of them:
It allows you to practice your skills in a safe and realistic environment without risking damage or injury.
It enables you to test your programs on a virtual system before applying them to a physical system.
It helps you save time and money by reducing the need for physical equipment and materials.
It enhances your learning experience by providing dynamic feedback, interactive animations, sound effects and error messages.
It supports your learning process by providing tutorials, examples, exercises and solutions.
It facilitates your teaching process by providing ready-made simulations, models, programs and assessments.
It allows you to customize your simulations, models, programs and assessments according to your needs and preferences.
It allows you to share your simulations, models, programs and assessments with other users through email or cloud services.
As you can see, autosim 200 is a software that can help you learn or teach automation technologies in an efficient, effective and enjoyable way. But how can you get it?
How to install and run autosim 200?
To install and run autosim 200 on your computer, you need to follow these steps:
Download the installation file from the official website. You can choose between two versions: autoSIM-200 (the standard version) or autoSIM-200 ADVANCED (the version that includes post-processors for transferring programs to real PLCs).
Run the installation file as an administrator. Follow the instructions on the screen. You will need an internet connection during the installation process.
Launch autoSIM-200 from the desktop shortcut or the start menu. You will see the main window with four tabs: Design & Simulation (where you can create and edit circuits), Programming (where you can program virtual PLCs), Monitoring & Control (where you can control and supervise models) and Communication (where you can communicate with real equipment).
Congratulations! You have successfully installed and run autoSIM-200 on your computer. But wait! There is one more thing you need to do before you can use it.
How to activate autoSIM-200 with a crack serial?
If you have downloaded autoSIM-200 from the official website, you will have a trial version that will expire after 40 days. To continue using it after that period, you will need a license key that you can purchase online or offline from SMC International Training or its distributors.
However, some people might be tempted to use a crack serial instead of buying a legitimate license key. A crack serial is a code that bypasses the activation process of autoSIM-200 by modifying its files or registry entries. This way, they can use autoSIM-200 without paying for it.
But is this a good idea? Absolutely not! Using a crack serial for autoSIM-200 is illegal, unethical and risky. Here are some reasons why:
It violates the intellectual property rights of SMC International Training. By using a crack serial, you are stealing their work and depriving them of their income.
It undermines the quality of autoSIM-200. By using a crack serial, you are not getting the latest updates, bug fixes, features and support that SMC International Training provides for its customers.
It exposes your computer to malware. By using a crack serial, you are downloading and running files from unknown sources that could contain viruses, trojans, worms or ransomware that could harm your computer or steal your data.
As you can see, using a crack serial for autoSIM-200 is not worth it. You are better off buying a legitimate license key that will give you access to all the benefits and advantages of autoSIM-200. But how can you do that?
How to get a legitimate license for autoSIM-200?
To get a legitimate license for autoSIM-200, you need to compare the different versions and packages of autoSIM-200 and choose the one that suits your needs and budget. Then, you need to purchase it online or offline from SMC International Training or its distributors. Here are some details:
VersionDescriptionPrice
autoSIM-200This is the standard version. An I/O card or an OPC server is used for communication.$199 (1 educational license)
```html autoSIM-200 ADVANCEDThis is the version that includes post-processors that can transfer and monitor the program generated in the simulation to the following brands of PLC: Siemens, Omron, Allen Bradley, Schneider and Mitsubishi.$299 (1 educational license)
You can also choose between different packages of licenses depending on the number of users you need. For example, you can get 8 educational licenses for $999 or 16 educational licenses for $1499.
You can purchase autoSIM-200 online from the official website or offline from SMC International Training or its distributors. You will receive an email with a license key that you can enter in the activation window of autoSIM-200. You will also receive a physical dispatch with a CD-ROM and a user manual.
Once you have activated autoSIM-200 with a legitimate license key, you can start using it for automation training. But how can you do that? Let's see some examples.
How to use autoSIM-200 for designing and simulating automation circuits?
One of the main features of autoSIM-200 is that it allows you to design and simulate automation circuits using pneumatic, hydraulic, electrical and electronic components. You can also create mathematical models of systems and acquire and process electrical signals. Here is how you can do that:
How to create and edit pneumatic, hydraulic, electrical and electronic circuits?
To create and edit pneumatic, hydraulic, electrical and electronic circuits with autoSIM-200, you need to follow these steps:
Go to the Design & Simulation tab and click on New Project. Choose the type of circuit you want to create (pneumatic, hydraulic, electrical or electronic) and give it a name.
Use the library components on the left side of the screen to drag and drop symbols onto the workspace. You can also use the tools on the top menu to draw lines, curves, text boxes and other elements.
Use the properties window on the right side of the screen to edit the parameters and values of each component. You can also use the functions window to add mathematical expressions and functions to your circuit.
Use the simulation window on the bottom of the screen to run your circuit and see how it behaves. You can also use the oscilloscope window to measure and display electrical signals.
Use the file menu to save, open, print or export your circuit as an image or a PDF file.
Congratulations! You have created and edited your first circuit with autoSIM-200. But how can you program and monitor virtual PLCs with autoSIM-200?
How to program and monitor virtual PLCs with autoSIM-200?
To program and monitor virtual PLCs with autoSIM-200, you need to follow these steps:
Go to the Programming tab and click on New Project. Choose the type of PLC you want to program (virtual PLC or real PLC) and give it a name.
Use the programming languages on the left side of the screen to create your program. You can choose between Grafcet diagrams, Ladder diagrams, Logigramme diagrams (logic gates) and function blocks with structured text.
Use the symbol table window on the right side of the screen to address variables and create timers, counters and other elements. You can also use the function library window to add predefined functions to your program.
Use the monitoring window on the bottom of the screen to run your program and see how it controls your circuit or model. You can also use the debugging tools on the top menu to set breakpoints, step into or over instructions, watch variables and modify values.
Use the file menu to save, open, print or export your program as an image or a PDF file.
Congratulations! You have programmed and monitored your first virtual PLC with autoSIM-200. But how can you control and supervise 2D and 3D models with autoSIM-200?
How to control and supervise 2D and 3D models with autoSIM-200?
To control and supervise 2D and 3D models with autoSIM-200, you need to follow these steps:
Go to the Monitoring & Control tab and click on New Project. Choose the type of model you want to control (2D model or 3D model) and give it a name.
```html and values of each model. You can also use the functions window to add mathematical expressions and functions to your model.
Use the data acquisition card (SAI2443), the OPC server or the I/O cards to connect your model with your circuit or program. You can also use the communication window to configure the communication parameters and protocols.
Use the simulation window on the bottom of the screen to run your model and see how it behaves. You can also use the sound effects, error messages and interactive animations to enhance your simulation experience.
Use the file menu to save, open, print or export your model as an image or a PDF file.
Congratulations! You have controlled and supervised your first 2D or 3D model with autoSIM-200. But how can you communicate with real equipment with autoSIM-200?
How to use autoSIM-200 for communicating with real equipment?
Another feature of autoSIM-200 is that it allows you to communicate with real equipment such as SMC training systems or real PLCs of different brands. You can use autoSIM-200 to control and supervise real equipment from a virtual environment or to transfer and monitor programs from autoSIM-200 to real PLCs. Here is how you can do that:
How to connect autoSIM-200 with SMC training systems?
To connect autoSIM-200 with SMC training systems, you need to follow these steps:
Go to the Communication tab and click on New Project. Choose SMC training systems as the type of equipment you want to communicate with and give it a name.
Use the equipment library on the left side of the screen to drag and drop equipment onto the workspace. You can also use the tools on the top menu to rotate, zoom, move or delete equipment.
Use the properties window on the right side of the screen to edit the parameters and values of each equipment. You can also use the functions window to add mathematical expressions and functions to your equipment.
Use the data acquisition card (SAI2443), the OPC server or the I/O cards to connect your equipment with your circuit or program. You can also use the communication window to configure the communication parameters and protocols.
Use the monitoring window on the bottom of the screen to run your equipment and see how it behaves. You can also use the sound effects, error messages and interactive animations to enhance your monitoring experience.
```html the file menu to save, open, print or export your equipment as an image or a PDF file.
Congratulations! You have connected autoSIM-200 with SMC training systems. But how can you transfer and monitor programs from autoSIM-200 to real PLCs?
How to transfer and monitor programs from autoSIM-200 to real PLCs?
To transfer and monitor programs from autoSIM-200 to real PLCs, you need to follow these steps:
Go to the Communication tab and click on New Project. Choose real PLCs as the type of equipment you want to communicate with and give it a name.
Use the PLC library on the left side of the screen to drag and drop PLCs onto the workspace. You can choose between Siemens, Omron, Allen Bradley, Schneider and Mitsubishi PLCs.
Use the properties window on the right side of the screen to edit the parameters and values of each PLC. You can also use the functions window to add mathematical expressions and functions to your PLC.
Use the post-processors on the top menu to transfer your program from autoSIM-200 to your PLC. You can choose between different transfer modes such as direct transfer, indirect transfer or online transfer.
Use the monitoring window on the bottom of the screen to run your PLC and see how it controls your circuit or model. You can also use the debugging tools on the top menu to set breakpoints, step into or over instructions, watch variables and modify values.
Use the file menu to save, open, print or export your PLC as an image or a PDF file.
Congratulations! You have transferred and monitored programs from autoSIM-200 to real PLCs. You have learned how to use autoSIM-200 for automation training. But before we finish, let's review some of the main points of this article.
Conclusion
In this article, we have shown you how to use autoSIM-200 for automation training. We have explained what autoSIM-200 is, why you should use it, how to install and activate it, how to design and simulate automation circuits, how to program and monitor virtual PLCs, how to control and supervise 2D and 3D models, and how to communicate with real equipment. We have also warned you about the risks and legal issues of using a crack serial for autoSIM-200 and advised you to buy a legitimate license key instead.
We hope you have found this article useful and informative. If you want to learn more about autoSIM-200 or other automation training solutions from SMC International Training, please visit their official website or contact them directly. They will be happy to assist you with any questions or doubts you might have.
Thank you for reading this article and happy learning!
FAQs
Q: What are the system requirements for autoSIM-200?
A: The minimum system requirements for autoSIM-200 are: Windows XP/Vista/7/8/10 operating system; Pentium IV processor or higher; 1 GB RAM memory or higher; 500 MB free hard disk space; CD-ROM drive; USB port; sound card; graphics card with OpenGL support; internet connection.
Q: How can I get technical support for autoSIM-200?
A: You can get technical support for autoSIM-200 by sending an email to support@smctraining.com or by calling +34 943 30 93 30. You can also visit the official website for more information and resources.
Q: How can I get updates for autoSIM-200?
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Q: How can I import 3D models from 3D Studio or Solidworks to autoSIM-200?
A: You can import 3D models from 3D Studio or Solidworks to autoSIM-200 by following these steps:
Save your 3D model as a VRML file (.wrl) in 3D Studio or Solidworks.
Copy your VRML file to the folder C:\Program Files\autoSIM-200\3D Models.
Open autoSIM-200 and go to the Monitoring & Control tab.
Click on New Project and choose 3D model as the type of model you want to control.
Use the model library on the left side of the screen to drag and drop your VRML file onto the workspace.
Q: How can I share my projects with other users?
A: You can share your projects with other users by following these steps:
Save your project as a ZIP file using the file menu.
Send your ZIP file to other users by email or cloud services.
Ask other users to unzip your file and copy it to the folder C:\Program Files\autoSIM-200\Projects.
Ask other users to open autoSIM-200 and go to the tab corresponding to your project type (Design & Simulation, Programming, Monitoring & Control or Communication).
Ask other users to open your project using the file menu.