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1. High -performance distributed/autonomous architecture
The system is based on the architecture of the client server (C/S). The server is responsible for the collection, processing and distribution of data. Distributed data processing in real time is implemented through customer strategies, and light HMI clients with a signature view of data effectively reduce the load on the nodes. Autonomous monitoring mode is also supported, suitable for small and medium -scale applications.
2. Modular system architecture
All subsystems are designed according to the modular principle. Users can choose the necessary functional modules (for example, reports, anxiety, historical databases) in accordance with the requirements, which allows us to adapt solutions to individual problems and OEM products.
3. Convenient configuration development
An integrated development environment with a completely Chinese interface (support for multilingual switching) corresponds to the habits of local users. The functions of checking and extracting configurations, as well as the possibility of working together on configuration on different computers, significantly accelerate the process. The online publication of configurations without stopping production, the function of separation/mergers and import/exports provide easy tolerance of projects.
4. Object-oriented design and operation
In configurations, user objects may include technological information, error diagnostics, technological patterns and other related data, as well as re -used. The default library contains many elements to increase the efficiency of projects, with the possibility of creating user objects.
5. Unhindered integration with the GCS system
Complete support for Supcon Technology GCS systems. The use of an internal high -speed communication protocol (UCP) allows you to automatically upload and update configurations. Compatibility with the G5 and G3 modules GCS provides excellent solutions for distributed projects.
6. Effective use of databases
Support for built -in real -time databases, historical databases and Historian industrial database. A rich set of tools for working with data meets the requirements of analysis and optimization of processes, helping users to extract additional production value.
7. Multi -platform visualization
In addition to the traditional display on the PC, safe access to data, interfaces and anxiety through tablets, smartphones and other intellectual devices is supported. This simplifies the creation of smart production, making SCADA monitoring available at any point.
1. High -performance distributed/autonomous architecture
The system is based on the architecture of the client server (C/S). The server is responsible for the collection, processing and distribution of data. Distributed data processing in real time is implemented through customer strategies, and light HMI clients with a signature view of data effectively reduce the load on the nodes. Autonomous monitoring mode is also supported, suitable for small and medium -scale applications.
2. Modular system architecture
All subsystems are designed according to the modular principle. Users can choose the necessary functional modules (for example, reports, anxiety, historical databases) in accordance with the requirements, which allows us to adapt solutions to individual problems and OEM products.
3. Convenient configuration development
An integrated development environment with a completely Chinese interface (support for multilingual switching) corresponds to the habits of local users. The functions of checking and extracting configurations, as well as the possibility of working together on configuration on different computers, significantly accelerate the process. The online publication of configurations without stopping production, the function of separation/mergers and import/exports provide easy tolerance of projects.
4. Object-oriented design and operation
In configurations, user objects may include technological information, error diagnostics, technological patterns and other related data, as well as re -used. The default library contains many elements to increase the efficiency of projects, with the possibility of creating user objects.
5. Unhindered integration with the GCS system
Complete support for Supcon Technology GCS systems. The use of an internal high -speed communication protocol (UCP) allows you to automatically upload and update configurations. Compatibility with the G5 and G3 modules GCS provides excellent solutions for distributed projects.
6. Effective use of databases
Support for built -in real -time databases, historical databases and Historian industrial database. A rich set of tools for working with data meets the requirements of analysis and optimization of processes, helping users to extract additional production value.
7. Multi -platform visualization
In addition to the traditional display on the PC, safe access to data, interfaces and anxiety through tablets, smartphones and other intellectual devices is supported. This simplifies the creation of smart production, making SCADA monitoring available at any point.
