00:02This video will perform the simulation in Factory and/or with TIA Portal. There are different ways.
00:08To access the program to perform ladder programming, we create a new program.
00:19We save, then go to the project overview where we configure
00:24Once we are in the program's home window, we click on add device
00:29Here we look for the PLC to perform the simulation and we look for the PLC named 12 14 cdcdc we select
00:39the controller or reference device 6 57 214 once we have the device ready
01:06We go to properties to configure the communication between TIA Portal and Factory.
01:11or we tick the box to allow communication
01:21But within the ladder programming we don't have communication with the PLC 1200, so we add
01:27We go to a bookstore, click on the bookstore, and search for the bookstore.
01:43We have the PLC 1200 library, we go to master spreadsheets, select the module and
01:49We insert it in the first segment of the programming ladr the way to access the program to perform the
02:03The programming is correct, but it exists in a template with the configuration already done. Let's go to TIA.
02:08portal and in select files we select the template for tia portal 16 we select and open said
02:14Once in the work window, we see that the device or PLC is already set by default.
02:25Selecting this allows for a quick simulation, but in real life, observations must be made.
02:39The reference version description of the PLC is good for simulation; we'll also go to program blocks.
02:45PLC variables where we can tabulate the inputs and outputs of actuators and sensors
02:56Once we have TIA Portal ready to perform the programming, we go to Factory Yo
03:08and we selected the scene from the exercise that deals with moving a box from a position
03:13initial to final and that the sensor detects said box and stops the advance automatically with a
03:20We created the control circuit with a stop button and a forward button.
03:28advance
03:28We arrange the elements in the scene
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05:11Once we have this, we go to File and then to Drives
05:14in the drives window
05:16We go to the selection bar and select
05:19Siemens S7 PIXIM
05:20It shows us the inputs and outputs of both actuators and sensors
05:26for
05:27To add more items, we go to settings where entries 10
05:32Outputs 10 type numeric data from Word, we go to the drives window, we put the sensors and actuators both in
05:39outputs as well as inputs already mentioned
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05:56Now we go to PLC variables and designate the variables for start and 0.0 as input
06:05For emergency situations, I0.1 is used as the input. The sensor is designated as I0.2, input.
06:30With the highest output as Iq 0.0 and the start light as light I0.1.
07:05For ladder programming we need an auxiliary memory called RON M0.0.
07:32Now we move on to programming. It starts with an open Start contact.
07:49Then with closed contact for emergency stop.
07:57After a coil, the auxiliary memory M0.0 is designated here.
08:16For interlocking, the auxiliary memory M0.0 will be used.
08:30In parallel, a coil for the starting light, called the light.
08:54Next is an open contact called light, followed by the sensor.
08:57All of this will activate the Council.
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09:30Now we move on to the simulation.
09:32Now we move on to the simulation.
09:32To do this, we click on the PC icon.
09:34We receive a message.
09:35We click Accept.
09:42We compiled the configuration.
09:43We updated and uploaded the programming to the device.
09:45In Start Module we click Start and the PLC is ready.
09:58Now we go to Factory IO and click Connect.
10:06Now we move on to the simulation.
10:08It appears to be functional.
10:10The gearbox starts until the sensor stops it.
10:27Everything is fine.
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