SCADA system

Efficiency:

• more accurate process control, stabilizing product quality and reducing scrap rates;        
• reduction of operator's actions in order to concentrate his attention on the development of more effective decisions on process control·         - software control of correctness of remote control commands development and, consequently, minimization of the number of errors made by operators; 
• automatic detection and notification of emergency and pre-emergency situations;
• provision of all necessary information to the personnel in the form of various reports;
  
• analysis of factors affecting the quality of finished products;
• operational change of the technological process

• flexible approach in designing for the "customer"
• comprehensive approach to the creation of automated control systems
• integration with existing systems

• Real-time data exchange with "object communication devices" (i.e., industrial controllers and I/O boards) via drivers.
• Real-time information processing.
• Logic control.
• Displaying information on the monitor screen in a human-friendly and understandable form.
• Maintaining a real-time database of process information.
• Alarm signaling and alarm management.
• Preparation and generation of reports on the course of the technological process.
• Networking between SCADA PCs.
• Providing communication with external applications (DBMS, spreadsheets, word processors, etc.).
• In the enterprise management system such applications are most often the applications referred to the MES level
• SCADA-systems allow the development of automated process control systems as stand-alone applications, as well as in client-server or distributed architecture.

It is possible to build the system according to customer requirements (client-server architecture, network infrastructure, interaction with external databases, e-mail/GSM informing, WEB server, etc.)