Part One What is PID? PID stands for “Proportional, Integral, Derivative”, which is a very common control algorithm. PID has a history of 107 years. It is not something sacred; everyone has certainly seen practical applications of PID. For example, quadcopters, balance cars… as well as cruise control in cars and temperature controllers in 3D … Read more
Advanced Training Course on Optimization and Case Analysis of Continuous Automation Process Design in Pharmaceuticals and Chemicals Your every share is encouragement for the editor! Part One The initial state of the system is 0, and the target state is 10. Let’s first demonstrate the process of traversing parameters. The following animations show the impact … Read more
Part One The initial state of the system is 0, and the target state is 10. Let’s first demonstrate the process of traversing parameters. The following animations show the effects of each parameter: Part Two Little Ming received a task: There is a water tank leaking (and the leak rate may not be constant), and … Read more
▲ For more exciting content, please click the blue text above to follow us! Today, let’s explain what PID is through illustrations and text. What are the functions of each PID parameter? In what scenarios is PID used? Come and learn together! What is PID? PID stands for “Proportional, Integral, Derivative,” and is a common … Read more
Tip: Click the “Chemical Workers Club” above to follow ↑ for more industry insights! The 2nd Pharmaceutical and Chemical Production Process Control Summit Forum 2024 and Continuous, Automated Control and Optimization Technology Exchange Conference Part One What is PID? PID stands for “Proportional, Integral, Derivative,” and it is a very common control algorithm. PID has … Read more
Variable Frequency Drive Multi-Pump Control System Design and Implementation: A Complete Engineering Application Solution The variable frequency drive multi-pump control system is widely used in the industrial field and can achieve intelligent scheduling and energy-saving operation of water pumps. This article details a multi-pump control system solution based on the S7-1200 PLC. 1. Hardware Configuration … Read more
Click the blue text above to follow us 📋📋📋 The table of contents is as follows: 🎁🎁🎁 Contents 💥1 Overview 📚2 Results 🎉3 References 🌈4 Matlab Code Implementation 1 Overview The PID controller is the most widely used controller in industrial systems. However, properly tuning a PID controller is not easy, even though it has … Read more
Design and Practice of Industrial Pressure Control System Part One: Application Overview In modern industrial production, precise pressure control is key to ensuring product quality and production safety. This article will detail the design of an industrial pressure monitoring and control system based on the Siemens S7-1200 PLC. This project is suitable for beginners in … Read more
Part One: Application Overview In today’s era of Industry 4.0, the Siemens S7-1200 Programmable Logic Controller (PLC) has become a core technology in the field of industrial automation. This tutorial will guide beginners to explore the application of S7-1200 in practical industrial control, using a smart temperature control system as an example, helping readers quickly … Read more
1. Introduction As Industrial Control Systems (ICS) face potential threats from remote maintenance, unauthorized operations, malware intrusions, illegal access, and internet connectivity, there are certain vulnerabilities in network boundaries, access control, communication protection, malicious operation control, and malware protection. Therefore, a single protective measure is no longer effective. ICS, as the core of industrial infrastructure, … Read more