Now click on the XIC instruction with your left mouse button (Left Click) and it will be added to the right of your highlighted selection. Alternatively you could have dragged (left mouse button held down) the Rung button into the program window and dropped it onto one of the locating boxes that would have appeared. Note that the new Rung was inserted above the existing (END) End Of Program Rung. You should now see a new Rung added to your program as shown above, and the Rung number at the left side of the new rung should be highlighted. If you hold the mouse pointer over any of these buttons for a second or two, you should see a short "ToolTip" which describes the function or name of the instruction that the button represents. It's the first button on the very left end of the Bar. 2 of 6ģ First click on the "New Rung" button in the User Instruction Bar.
There's more than one way to accomplish this task, but for now I will outline what I consider to be the most commonly used approach. I want you to now enter the following single run program which consists of a single Input instruction (XIC - Examine If Closed) and a single Output instruction (OTE - Output Energize).
#Logixpro plc simulator prosim reset windows#
If you wish, you can adjust the relative size of these windows by dragging the bar that divides them with your mouse. You should now be able to see both the simulation and program windows again. RSLogix Program Creation Collapse the I/O simulation screen back to its normal size by clicking on the same (center) button you used to maximize the simulation's window. Click your right mouse button on a switch, and note how the switch type may be readily changed. When you pass the mouse over a switch, a "tool-tip" text box also appears and informs you to "Right Click to Toggle Switch Type". Move your mouse slowly over a switch, and the mouse cursor should change to a hand symbol, indicating that the state of switch can be altered by clicking at this location. Use your mouse to click on the various switches and note the change in the status color of the terminal that the switch is connected to. The two input cards are addressed as "I:1" and "I:3" while the output cards are addressed "O:2" and "O:4". Likewise two groups of 16 Lights are connected to two output cards of our PLC. Two groups of 16 toggle switches are shown connected to 2 Input cards of our simulated PLC. For this exercise we will be using the I/O simulator section, which consists of 32 switches and lights. 2 The I/O Simulator The simulator screen shown above, should now be in view.
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