Sintonia PID via Ziegler-Nichols | Controle de Processos (Malha Aberta)

Become a member of this channel and get benefits:    / @prof.luiz.freitas   📆 In February 2025, we have the following subscription categories: Academic Passport - R$4.99 Study Circle - R$14.99 Personalized Mentoring - R$39.99 🔍 About this Video: In this video, we explore the practical application of the Ziegler-Nichols method for tuning open-loop PID controllers. We explain in detail: 1️⃣The analytical construction of the step response for first-order processes with dead time (FOPDT); 2️⃣The importance of linearization at the inflection point to estimate the dead time (𝐿) and the time constant (𝜏); 3️⃣How the tangent line drawn at the point of greatest growth helps in calculating process parameters; 4️⃣The theoretical basis of the Ziegler-Nichols graphical method applied to real processes; 5️⃣The connection between the mathematical model and its response in time; 6️⃣Practical applications in temperature control, chemical reactors, level and flow systems. ✅ This content complements the class material and the scripts provided on process control. 💼 Recommended Products on Amazon: https://amzn.to/4lMXsU7 - Modern Control Systems - Dorf https://amzn.to/4lNithf - Control Systems Engineering - Nise 💡 Why did I choose these books? I know the quality of these works and recognize the authority of the authors. 👍 Did you like the video? Leave your like, subscribe and activate the notification bell! 📢 Share with friends interested in this topic! 📝 Your Feedback: Leave your questions or suggestions in the comments! 👨‍🏫 About Me: I am Prof. Luiz Freitas, with extensive experience in education and a passion for teaching. My goal is to facilitate your learning and help you achieve your academic and professional goals. 🔗 🌐 Connect with Me: TikTok: @profluizfreitasjr Instagram: @profluizfreitas X: @profluizfreitas LinkedIn: Luiz Carlos Freitas Jr Facebook: 📧 [email protected] #ProfLuizFreitas