Projeto Elétrico de um Tribômetro para Vidro de Alta Rotação

Abstract

The present Course Completion Thesis (TCC) presents an electrical project developed for the control of a high-speed glass tribometer, for analysis and research. The main objective of the work consists of studying and sizing the electronic components that must be present for the development of the electrical project, which is responsible for the entire operation and control of the aforementioned tribometer. The development involved an initial analysis and subsequent definition of all mechanical elements necessary for the construction of the tribometer, and based on this initial study, the essential electronic components for the electrical project were defined. Subsequently, the sizing process of items was carried out, determining the specific types of components to be used and how they would be arranged among themselves, focusing on connections of the power and control circuits, as well as the control and protection elements and those responsible for instrumentation. Following this, the electrical project was developed using a software, with all items presented and duly identified, along with all necessary electrical connections. The result obtained from the electrical project clearly and thoroughly exposes the entire operation and control of the tribometer and is necessary for the construction of the electrical panel where all electronic components are installed. Additionally, as a result, the project presents all necessary detailing for future adjustments or maintenance of the electrical panel to be carried out clearly and accurately. In conclusion, the development of the electrical project is essential for defining elements that will be part of the control of the system – the system, in this case, the tribometer – and for the construction of the electrical panel.