The diagnosis toolbar also consists of several variables for pressure, pressure flow, amperage, voltage, and more. Having said that, the measurements don’t influence the circuits but only indicate the values assigned to each. These Virtual Measuring Devices are available in the app’s diagnosis toolbar and can be used for electrical engineering, hydraulics, and electro-pneumatic circuits. Furthermore, users can run simulations to identify issues in components, and teachers can leave comments and documents for learner reference.įurthermore, users can utilize measuring devices to create and simulate their circuits. This makes creating and testing circuits quite a simple process. With its help, you can simulate electrical signals up to a frequency of 100 kHz. What are the advantages of FluidSIM?įluidSIM has a simulation core that has been designed to give maximum speed without hampering the results. Failed components can be protected with a password to hide errors made by the learner. When used for study groups, FluidSIM lets users simulate defective components and correct their mistakes with help from the knowledge base. Since FluidSIM features a diagnosis mechanism, users get access to failed models that show defects - all of which can be bypassed by editing the components. In addition to this, the simulation controls allow users to transfer hardware signals from other programs and watch FluidSIM react in real-time. These changes and switches can be operated and activated by the user. It lets users calculate state changes and component switches to create an altered circuit. Since the components library continues to evolve, you can easily find new and improved components for your circuits.Īpart from functioning as a circuit diagram editor, FluidSIM features an interactive simulation core. You can also choose default parameters and observe the physical model instantly. The program features a library of hydraulic, pneumatic, and elec tronic components that you can drag and drop onto your circuit design. With the help of FluidSIM, you can easily create your first circuit in a matter of minutes. The application is quite comprehensive and suitable for students, hobbyists, and employees. Since the application is also compatible with Festo EasyPorts, OPC, and DDE, it allows for easy communication with other applications and hardware. The free circuit editor also lets users add a detailed description, animation, photo, or video to all components.įurthermore, FluidSIM has a simulation core that ensures users can test different models and conduct mathematical procedures. To create a circuit, you can use the app’s drag-and-drop mechanism and add items wherever you wish to view them. These include electro-hydraulic, electro-pneumatic, digital, and electronic circuits. Pneum.FluidSIM is a circuit designing program that you can use to create, simulate, and study different types of circuits. Xu, L., Lu, S., Fu, S., et al.: Analysis of the influence of balance valve on the stability of lifting balance circuit. Sun, Y., Zheng, X., Lin, X., Hu, J.: Research on hydraulic circuit optimization of hydraulic support balance jack based on AMESim. Guan, C., Luo, Y., Huang, X., et al.: Simulation analysis and experimental study on dynamic characteristics of hydraulic balance circuit. Yin, J., He, B., Xian, X., et al.: Dynamic characteristics of hydraulic balance valve based on AMESim. Wan, H., Zeng, Z.: Balance ability analysis of internal and external control combined with one-way sequence valve balance circuit based on AMESim. Zhao, X, Chen, Z.: Performance analysis of several hydraulic balance circuits. The balance circuit with balance valve is more suitable for the situation where the load is changed. Therefore, the locking performance of the hydraulic control check valve balance circuit is better. Compared with the two kinds of balance circuit, the hydraulic control check valve is conical seal, and the leakage is small. The simulation results show that the two kinds of balance circuits can ensure that the piston can generate enough fluid resistance in the oil return circuit when it falls, also make the hydraulic cylinder run smoothly, and effectively solve the problem of overweight and losing lock of the vertical hydraulic cylinder under the action of gravity. Based on AMESim software, the balance circuit controlled by hydraulic control check valve and the balance circuit controlled by balance valve are simulated and analyzed. That is, a hydraulic element which produces a certain back pressure is set on the oil return path of the piston downward to prevent the piston from falling. As a result, the balance circuit is often employed under this condition. When the vertically installed hydraulic cylinder is under the action of gravity, it will fall automatically or lose its lock due to its own weight.
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