DSpace Communidade:https://arandu.iffarroupilha.edu.br/handle/itemid/682026-09-15T02:11:06Z2026-09-15T02:11:06ZAutomação do processo de controle integrado de temperatura e tempo de um sistema de queima em mufla para análise de tinta e-coathttps://arandu.iffarroupilha.edu.br/handle/itemid/10112026-08-28T22:09:24Z2026-01-01T00:00:00ZTítulo: Automação do processo de controle integrado de temperatura e tempo de um sistema de queima em mufla para análise de tinta e-coat
Resumo em Língua Estrangeira: This work presents the development of an automation system for integrated temperature and time control in a muffle furnace used for e-coat paint analysis in a metalworking company. The currently manual process has limitations such as the risk of human error, lack of standardization, the need for continuous supervision, and the possibility of variations in laboratory results. To address these demands, the implementation of an automated system based on PLC and HMI was proposed, allowing for precise monitoring of process variables, data storage, creation of heating recipes, and safe equipment operation. The methodology involved bibliographic research, analysis of the existing process, definition of components, development of the technical project, and cost estimation. The expected results include increased reliability, energy efficiency, repeatability of analyses, reduced human intervention, and greater operational safety. The project demonstrates technical and economic viability, as well as alignment with Industry 4.0 guidelines.
Tipo: Artigo Científico2026-01-01T00:00:00ZEstudo e contribuição ao processo de montagem de painéis elétricoshttps://arandu.iffarroupilha.edu.br/handle/itemid/10092026-08-19T01:01:56Z2026-01-01T00:00:00ZTítulo: Estudo e contribuição ao processo de montagem de painéis elétricos
Resumo em Língua Estrangeira: Electrical panels are fundamental for the distribution, protection, and control of electrical energy, ensuring safety and efficiency in installations. This work presents the main types of electrical panels: distribution, command and control, motor control center, measurement and control, and automation, as well as the components used in their automation and the applicable technical standards. The objective is to gather and synthesize technical information that contributes to improving the assembly process of electrical panels, promoting greater reliability, safety, and quality in installations. This article aims to achieve the following objectives: present the types of panels mentioned, list the main components used in automation, and offer a contribution to the electrical panel assembly process by consolidating standards and technical guidelines.
Tipo: Artigo Científico2026-01-01T00:00:00ZProjeto de melhoria em uma máquina de corte e solda de plásticohttps://arandu.iffarroupilha.edu.br/handle/itemid/10082026-08-19T00:45:00Z2026-01-01T00:00:00ZTítulo: Projeto de melhoria em uma máquina de corte e solda de plástico
Resumo em Língua Estrangeira: This paper presents the development of a prototype model featuring a cleaning roller and waste collection tray for the G4 1100 plastic cutting and welding machine, based on a concept from the company Plaswill. The primary objective is to eliminate the need for daily manual cleaning of the lower pull roller, which accumulates plastic film residue, is difficult to access, consumes significant time, and exposes operators to ergonomic and safety risks. The methodology adopted involved measuring available space, creating 2D drawings, analyzing materials, estimating costs, procuring components (Nema 17 stepper motor, TB6600 driver, and pneumatic actuator), and performing assembly and testing. The proposed system allows the cleaning roller to contact the pull roller during rotation—using a damp Velcro strip treated with degreaser—collecting residue in the tray and automatically returning to the initial position. Aligned with NR-12 safety standards, the prototype demonstrates a viable solution aimed at improving production efficiency, reducing manual interventions, and enhancing safety during the operation of the actual machine.
Tipo: Artigo Científico2026-01-01T00:00:00ZRetrofit de máquina de manufatura alimentíciahttps://arandu.iffarroupilha.edu.br/handle/itemid/10072026-08-19T00:31:34Z2026-01-01T00:00:00ZTítulo: Retrofit de máquina de manufatura alimentícia
Resumo em Língua Estrangeira: This undergraduate thesis proposes the development of a solution aimed at the modernization and automation of a food manufacturing machine, specifically focusing on the dough extrusion and cutting stages. The proposal is based on the application of industrial Retrofit concepts, process automation, and compliance with Regulatory Standard NR-12, with the objective of transforming a manual and analog system into an automated, safe, and efficient piece of equipment. The project was based on established knowledge of machine control, industrial safety, and the integration of automated systems, providing practical experience in PLC programming, HMI configuration, electrical control panel assembly, and the implementation of safety devices. Based on the studies and knowledge acquired, the proposed solution is expected to improve the machine's precision, process standardization, and operational safety, while reducing setup time and increasing the reliability of the production process. This work reinforces the importance of industrial Retrofit as a strategy for innovation and sustainability within the manufacturing sector, demonstrating that automation applied to the food industry can enhance productivity and meet the requirements of Industry 4.0, ensuring competitiveness and safety in industrial operations.
Tipo: Artigo Científico2026-01-01T00:00:00Z