PID Control in the Process Industry: Concepts Explained with Real Process Examples скачать в хорошем качестве

PID Control in the Process Industry: Concepts Explained with Real Process Examples

Process industries rely heavily on PID controllers to regulate level, flow, pressure, and temperature in real plants. In this video, you’ll get a clear, practical introduction to process control and PID controllers, explained using real engineering intuition — not abstract math alone. This tutorial is designed for process engineers, mechanical engineers, and control beginners who want to understand why PID controllers are used and how they work in real industrial systems. In this video, you will learn: • What process control really means in industrial plants • Why PID controllers are the industry standard for control loops • The role of Proportional, Integral, and Derivative actions • How PID controllers interact with real processes like tanks and valves • Common control problems PID controllers are designed to solve Rather than focusing only on equations, this video builds strong physical intuition that will help you design, tune, and troubleshoot PID loops in practice. 📌 This video is the first part of a practical PID control series for the process industry, where we will cover: Level, flow, pressure, and temperature control PID tuning methods used in industry Common PID mistakes and how to fix them If you work in oil & gas, chemical, power, or water treatment industries, this course is built for you. 👍 Like, share, and subscribe for more MATLAB, Simulink, Simscape, and process control tutorials. 📸 Catch Our Latest Posts on Instagram! 👉   / laplaceacademy   💬 Chat Directly with Our Team on WhatsApp! 👉 https://wa.me/447762266914 --- 00:00 Introduction to process control 01:56 Control feedback system 06:11 minimum pump flow protection example 09:43 Tank level control example 12:07 The error concept 14:21 PID Controller Basics 21:16 Adding saturation to your controller #Laplace #LaplaceAcademy #processcontrol