21060-1

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21060-1 is an application field for industrial automation, which exists as a link between industrial systems and machinery. It typically operates as part of a larger distributed architecture, allowing for the control of an industrial system or machinery from a single place. The overall architecture and structure of 21060-1 is based on an open, modular and distributed architecture. This makes it highly flexible, and capable of adapting to any potential industrial automation application.

The main disadvantage of 21060-1 is that it is still quite a new technology, so implementing it requires careful planning and evaluation to ensure it is able to meet the specific requirements of its intended application. Another limitation is that it is generally expensive to install, requiring specialised equipment and expertise, so it is not suitable for low budget applications.

21060-1 is operationally subdivided into four different parts: the Network Interface Controller (NIC), the Server, the Data Processing Unit (DPU), and the Communication Processor (CP). The Network Interface Controller is responsible for controlling the traffic between the server and other components connected to it. The Server is the control engine of the system, and it is responsible for the actual control of the industrial system or machinery. The Data Processing unit is used to interpret the incoming data and extract useful information out of it. Finally, the Communication Processor is responsible for the communication of the entire system, and it is responsible for both the data transmission and the control of the system.

21060-1 works by establishing a communication link between all the different components which make up the control system. This communication link enables the controller to communicate with the server, and subsequently the DPU and the CP. The communication is established in such a way that all the systems participating in the control process can use the same protocol and language for communication. This means that the controller can send commands to the server and the server can interpret the commands and send them to the respective component.

Once the communication link has been established, the controller can communicate with the industrial system or machinery via the server. The server will interpret the commands it receives from the controller and then perform the necessary control operations. For example, in an industrial automation environment, the controller can send commands to a robot arm to move it to a certain position, or to activate a motor to control a mechanical system. The server then interprets the command and sends the necessary instructions to the respective components.

Once the commands have been received and interpreted by the server, the data processing unit is then used to extract the relevant information from the data. The data is then processed and the necessary control instructions are then sent to the respective components. The Communication Processor is then responsible for transmitting the commands to each component. This communication process ensures that each component receives the necessary control instructions in the correct order, thus enabling an efficient control system.

Overall, 21060-1 is an application field for industrial automation which is capable of providing a reliable and efficient control system. It is an open and modular solution, which is highly flexible and capable of adapting to different industrial automation applications. Although it is expensive and requires careful planning and evaluation, it is undoubtedly a powerful and reliable tool for industrial automation.

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