Supervision, control, and data acquisition system of a heat exchanger

Abstract

<span>Today, when industry 4.0 is already being talked about, and its advantages at the organizational level, there are still industrial processes that show a lack of automatic regulation mechanisms, which means that an optimal operating process is not guaranteed, nor that monitoring and supervision capacity. In this sense, the purpose of the article is to demonstrate the feasibility of the integration between the programmable logic controller and the Arduino nanocontrollers, this as an alternative to automate a concentric tube heat exchanger, for monitoring and data acquisition through a supervision, control and data acquisition system. The integration is shown through the design and implementation of a temperature transducer made up of a MAX6675 converter module and an Arduino Nano controller, which is amplified through its pulse width modulation (PWM) interface and the integrated TL081CP and coupled to the analog inputs of the automaton. As a result of the experimental tests, it was possible to determine that the flow rate of the automated system is directly proportional to the drop or difference in temperature in the hot fluid and inversely proportional to the increase in temperature in the cold fluid, verifying the effectiveness of the automated heat exchanger.</span>

Transformation to a smart factory using NodeMCU with Blynk platform

“…Using Node-RED, an alternative monitoring interface was also constructed. Diaz-Choque et al [16] designed and implemented a temperature transducer consisting of a MAX6675 converter module and an Arduino Nano microcontroller. The goal of their implementation was to illustrate the viability of integrating a programmable logic controller and the Arduino as an option to automating a concentric tube heat exchanger for monitoring and data collecting using a supervision, control, and data acquisition system.…”