It does not require installation; the executable file can be run directly, making it highly convenient for use on different computers. Why Use PC SIMU V4 for Automation?
Right-click the downloaded ZIP file and extract it to a dedicated folder on your hard drive (e.g., C:\Automation\PCSIMU4 ).
Once your build is complete, the new V4 Benchmark Suite puts your virtual rig to the test.
Located at the very top, this gives you access to file management (Save, Open), simulation controls (Run, Stop), and configuration settings. 2. The Draw Toolbar pc simu v4
Select the tool. Make it green, label it "START", and assign it to input address I0.0 . Step 2: Create the Logic in CADe SIMU V4 Open CADe SIMU V4. Add a standard PLC or ladder logic rung. Place a normally open contact and assign it to I0.0 .
Building a functional simulation loop requires coordinating your PLC logic with the PC_SIMU interface. Step 1: Define the Process Layout
PC SIMU V4 is widely used in educational settings—such as at the University of Extremadura —because it allows for trial-and-error learning without the risk of damaging expensive physical hardware. It does not require installation; the executable file
Includes ready-to-use industrial components like conveyor belts, pneumatic cylinders, traffic lights, tanks, elevators, and robotic arms.
: Users design the electrical control logic (ladder logic, GRAFCET, or logic gates) in CADe SIMU and link it to the graphical process in PC SIMU.
: Engineers use it to prototype automated sequences, such as bottle-filling stations or robotic sorting arms, before physical implementation. Once your build is complete, the new V4
Click the button in CADe SIMU first to put the logic controller into "Run" mode. Switch to PC SIMU and click its Play button.
Engineers can use the software to build rough proof-of-concept animations for clients. Showing a visual representation of how a machine cycle will behave clarifies expectations before a single physical component is ordered. Troubleshooting Common Connection Issues