The trend of the market is the information to be available independently of the place or the geographic location. For this reason, currently, the internet is used to bring a real time interaction among devices that will not be possible with other mediums [1]. Simply, all the information gathered from the sensors must be available in the cloud to be managed and controlled. Thus, a central point of management exists where the information from the sensors remotely distributed is stored. Furthermore, the industrial processes make necessary to implement wireless communication systems (due to the hostile environment and the difficult access to the places) to transmit the signals generated by the sensors making up the control loop [2]–[8]. Hence, the modeling, design and implementation of a remote wireless system applied to an industrial process is done. Then, the reliability of the system can be analyzed. A SCADA system supervises the process and a PLC [9] executes the event generated in the control. The modeling of the communication was performed using Petri nets [10]–[14]. It allowed analyzing the viability and reliability of the system. The rest of the paper is organized as follows: Section II presents a description of the implemented system according to the IoT, the mathematical modeling using Petri nets, the simulation of the proposed Petri net, a networking analysis and a description of the developed control system. Section III shows the analysis of the results obtained. Finally, Section IV shows the conclusions.