In this post we will make the first program with Labview using the Arduino based industrial controller Industrial Shields. To do this, you must have Labview installed and all the necessary add-ons as well. If you do not have the entire programming environment installed yet, please visitthis post.
In this first example, we will install and configure all the environment to work with Labview in our computers.
We have used an M-Duino 21+ on this post, but the following industrial Arduino PLCs can also be used to perform the same example (check the user guide to see which Arduino pins are related to a PWM output of your PLC).
You can browse our website to find the available devices which can be used in LabView platform:
We will use Labview to help us program graphically in a simple way. In addition, you have got integrated and specific libraries for engineering software functions and hardware interface and features for analysis, visualization and data sharing among other options.
We will use the tools provided to control our Arduino-based PLC from the monitor of our PC with the graphical interface that we are going to create. National Instruments offer us the Arduino toolkit for Labview, which we have already downloaded in the previous Labview post.
From this point, we have already installed all the programs that are required to use our Industrial Shields equipment in Labview.
In the following blog post related to Labview, you will find a first example controlling a digital output with PWM of our Arduino-based PLC and we will see the different possibilities offered by Labview.