23175-3

23175-3 Application Field and Working Principle

23175-3, formally known as Time-based Process Control, is an industrial automation subsystem used in industrial manufacturing operations. It monitors and controls the production process by connecting various devices such as motors, sensors, relays, and switches. This enables the integration of various types of technologies, including PLC, HMI, SCADA, and robotics. The main purpose of 23175-3 is to provide an efficient way to control and monitor production processes and system operations.

The system is based on a layered architecture. The three levels are application, communication, and physical layers. The application layer contains the user interface for the system, which is the point of contact between the operator and the process. The communication layer includes the necessary protocols to connect different elements of the system, like PLCs, field devices and computers. The physical layer consists of the various cables, relays, switches, and other electrical equipment used to connect the components of the system.

In addition to providing users with an efficient way to control production processes, 23175-3 also simplifies communication between different elements. It enables the use of real-time data communication between terminals, computers, PLCs, and other devices. This real-time data is used to monitor and control the production process. It also simplifies network configuration, allowing for a more efficient system with fewer errors.

The working principle of 23175-3 is based on the concept of time-based process control. Time-based process control is based on the notion that all activities in an automation system can be measured in real time. This allows for more efficient control of the system. The time-based process control system is able to monitor and control all activities in a process in a unified way, providing users with better control over the system as a whole.

The system incorporates various features, such as the ability to synchronize multiple automated processes, improved system stability, and improved fault tolerance. The system also allows for the integration of other automation technologies, such as robotics and virtualization. This improves the system\'s accuracy, reliability, and scalability.

23175-3 is used in a variety of industrial applications, including manufacturing, process automation, and control systems. It is also used in the automation of food and beverage production, building construction, and other large-scale projects. The system is also widely used in the automotive industry, where it provides efficient and precise control over components, as well as improved safety and reliability.

23175-3 is an efficient, reliable, and accurate industrial automation system. It provides users with an efficient way to control and monitor production processes. The system enables the integration of various automation technologies, allowing different components of the system to communicate in real time. This simplifies network configuration and communication between components, improving system stability, scalability, and accuracy.