Click the blue text to follow us Design of a Simple Temperature Control System Based on STM32 with LCD1602 Display Simulation (Proteus Simulation + Program Design + Design Report + Explanation Video) Simulation Diagram Proteus 8.9 Compiler: Keil 5 Programming Language: C Design Number: C0108 1. Main Functions Temperature control system simulation design based on … Read more
In chemical production, reactor temperature control directly affects product quality and production safety. Today, we will discuss in detail how to build a precise and reliable temperature control system using Siemens PLC. 1. Hardware Configuration 1.1 PLC Selection and Module Configuration Main Unit Selection: S7-1500 CPU 1515-2 PN (with dual Ethernet ports) Analog Input Module: … Read more
Intermediate Applications of PLC: PID Closed-Loop Control Algorithm, Temperature Fluctuation Control within ±0.5℃! 🔥 The ultimate solution to temperature control challenges: How is precision achieved to ±0.5℃? Does your PLC control system often encounter excessive temperature fluctuations? Inconsistent product quality? High energy consumption? Don’t worry! Today, I will unveil the secrets of the PID closed-loop … Read more
Product images of the project: Bilibili video link: https://www.bilibili.com/video/BV1dGfiY2E6N/?share_source=copy_web&vd_source=097fdeaf6b6ecfed8a9ff7119c32faf2 (See the end of the article for resource sharing) 01 — Project Introduction 1. Function Details STM32 Smart Constant Temperature Box The functions are as follows: Obtains temperature and humidity through DHT11. When the set temperature and humidity are exceeded, it performs heating, cooling, humidifying, dehumidifying, … Read more
“Development of PLC Temperature Control System: Achieving ±0.5℃ Precision Temperature Control, Letting Equipment Say Goodbye to ‘Overheating’ Troubles!” 1. Hardware Selection: To do a good job, one must first sharpen their tools Core Controller: Siemens S7-1200/1500 Series PLC (supports PID algorithm) Temperature Sensor: PT100 Platinum Resistance (accuracy 0.1℃) Actuator: Solid State Relay + Heating Tube … Read more
High and low temperature shock testing is a key step in product reliability verification. Implementing automation control through Siemens PLC can significantly enhance testing accuracy and efficiency. 1. Hardware Configuration Selection of PLC and Expansion Modules Based on the control requirements of the high and low temperature shock testing system, the Siemens S7-1200 series PLC … Read more
Hello, PLC beginners! Today, we will explore the mysteries of the Siemens S7-1200 PLC by building a smart temperature control system, guiding you from zero to mastering PLC programming. Don’t worry, this process is much simpler than you think. Imagine you are designing an automated temperature control system for a small greenhouse that needs to … Read more
PID Controller, also known as Proportional-Integral-Derivative Controller, is a type of feedback control system and mechanism used to control the regulation process of a system to reach the desired setpoint. It is a widely used control algorithm in industrial plants. The algorithm continuously calculates the error signal based on the difference between the desired setpoint … Read more
PLC Application Example: Biscuit Oven Temperature Control System Increases Product Consistency by 30%! Introduction “Why do biscuits from the same batch always have different colors?” This is a quality issue that troubles many biscuit manufacturers. Today, I want to share a real PLC application case — biscuit oven temperature control system upgrade, which has improved … Read more
