ACC Automation: PLC & Industrial Control Learning
Practical Tips and Techniques
Photoelectric sensors detect the presence or distance of objects in various industrial applications. They typically integrate all necessary optics and electronics into a single unit, requiring only a power source to function and provide an output based on their specifications and the object detection criteria. Photoelectric sensors, also called photo eyes, detect object presence or … Read more
90% of industrial automation systems use Modbus for communication. This open standard protocol is used for everyday applications, including monitoring and controlling equipment such as PLCs (Programmable Logic Controllers), remote terminal units, sensors, and more in automation and process control environments. RS-485 typically utilizes twisted pair cables, which consist of two insulated copper wires twisted … Read more
As we conclude another year of learning PLC programming at ACC Automation, we are excited to reflect on the progress, innovations, and milestones we’ve achieved in 2024. This year has been filled with growth, learning, and pushing the limits of industrial automation. Let’s highlight some key events from the year.
Previously, we learned that only 31% of businesses have fully automated at least one function (McKinsey). There is a massive demand for automation and creating training environments. Using the machine simulator, we utilized the Modbus TCP (Ethernet) Server in the “Easy Transfer Line.” This is just one of many pre-built scenes, or you can design … Read more
PLC programming and automation is an exhilarating game! The relentless pursuit of efficiency and innovation is an exciting journey constantly evolving. Each challenge presents a new opportunity to push the boundaries and unlock incredible possibilities. This adventure embraces the thrill of transforming the future of technology! In the broad context of human progress, automation and … Read more
The PLC Simulator is a valuable tool for testing and troubleshooting Sequential Function Chart (SFC) programs within the XG5000 programming software. It enables users to simulate the functionality of a Programmable Logic Controller (LS Electric PLC) without needing any physical hardware. This feature makes it an excellent resource for both novices and seasoned programmers. Furthermore, … Read more
SFC (Sequential Function Chart) is a visual structured graphical language that utilizes PLC (Programmable Logic Controller) to organize application programs using flowcharts based on the processing order. SFC divides the application program into two main components: ‘Steps’ and ‘Transitions,’ providing a method to link them. Each ‘Step’ is associated with a specific ‘Action’, while each … Read more
Only 31% of businesses have fully automated at least one function (McKinsey). This means a huge demand for automation and creating a training environment exists. Typically, automation training and hands-on programming take time and a lot of resources, but this is no longer the case. Creating an effective automation training environment tailored to your industry … Read more
The C-More CM5 HMI programming software will allow tags to be imported. This can save you work hours when establishing communications with different PLC controllers. Instead of creating and labeling tags in the PLC and the HMI, we can export them from the PLC and import them into the HMI. This saves you time, money, … Read more
PLC Simulator is a convenient tool for testing and troubleshooting structured text (ST) programs in the XG5000 programming software. It allows you to simulate the operation of a programmable logic controller (LS Electric PLC) without needing actual hardware. This makes it a valuable asset for beginners and experienced programmers. We will use the PLC simulator … Read more