Creating ST Programming Language Projects in Siemens and Mitsubishi PLCs In Siemens PLCs, the structured language is referred to as SCL, which is the ST language. In the current TIA Portal programming software, programs and data are presented in the form of “blocks”. The data block (DB) is equivalent to data registers in other PLCs. … Read more
In the vast realm of industrial control, Siemens stands out like a brilliant star. As one of the earliest industrial control manufacturers to enter the Chinese market, it maintains a formidable market share. Its PLC products attract the attention of many industrial control professionals with their exceptional quality, stable networks, and open compatibility, much like … Read more
The production line of IoT devices requires high levels of automation and data integration. Siemens PLC, with its reliability and networking capabilities, has become the ideal control core. 1. Hardware Configuration Selection of PLC and Expansion Modules The production line for IoT devices typically uses the Siemens S7-1500 series PLC as the control core, which … Read more
The greenhouse environment control system is a core support for modern agricultural production. By utilizing Siemens PLC, it achieves intelligent interlinked adjustments of multiple parameters such as temperature, humidity, and light, significantly improving crop yield and quality while reducing labor management costs. 1. Hardware Configuration PLC Selection The Siemens S7-1200 series CPU 1214C DC/DC/DC model … Read more
Using Siemens PLC to control 3D printers not only improves printing accuracy but also enables advanced features such as multi-material switching and self-diagnosis of faults. This article will detail how to achieve this. 1. Hardware Configuration 1. Selection of PLC and Expansion Modules The 3D printing equipment mainly involves multi-axis motion control and temperature control. … Read more
Power distribution automation enhances power supply reliability and operational efficiency. This article introduces an implementation plan based on Siemens PLCs, focusing on hardware selection, program design, and practical applications. 1. Hardware Configuration PLC and Expansion Module Selection The power distribution automation system has high requirements for real-time performance and reliability. It is recommended to use … Read more
Design and Implementation of Industrial Solid Waste Treatment Control System The automation control system for industrial solid waste treatment can significantly improve processing efficiency and reduce environmental risks, serving as a key technological support for sustainable industrial development. This article details the control scheme based on Siemens PLC. 1. Hardware Configuration PLC and Expansion Module … Read more
Voltage dip testing is a key step in evaluating the anti-interference capability of industrial equipment. Proper implementation can effectively improve system stability and avoid production losses. 1. System Debugging Methods Step-by-Step Debugging Method The voltage dip testing debugging should adopt a progressive method to ensure that each part of the system performs stably under abnormal … Read more
The Secret to a 20% Increase in Production Capacity—Practical Design of Siemens PLC Cleaning Agent Production Control System The intelligent liquid mixing system for cleaning agents achieves high-precision automation control through Siemens PLC, increasing production capacity by 20% and reducing raw material waste by 15%, suitable for various detergent production lines. 1. Hardware Configuration PLC … Read more
