ICC PRO (IRRInet Control Center) software
ICC Pro is a new and innovative software with a completely new design and architecture, created with the latest and most advanced development tools. It serves as a remote water and irrigation management tool and is an integral part of the Motorola IRRInet system.
ICC Pro provides:
• A complete, centralized and reliable remote management solution for agricultural irrigation, horticultural irrigation, water supply and distribution, and other flowing infrastructure.
• Precise and timely operation of processes related to water, sewage and electricity.
• Real-time performance analysis and status reporting for all components in the field.
• Operating the system via mobile phone
• Graphical display of the "living" elements on a Google map
• Immediate identification of system failures and selective reporting via text message/email to on-duty operators or a group of users.




Key features of ICC Pro:
• Comprehensive programming capabilities
• Irrigation plan based on quantity, time and combination of quantity and time
• Highly intuitive and easy to customize graphical user interface
• Powerful reporting tool that collects, archives, and sends customized session data from remote locations
• Sensor inputs are automatically recorded and the data can be displayed in the form of trends, graphs, and tables.
• Certain points can be pre-defined to start, pause, resume or stop according to conditions and plans
• Network protection and water balances Monitoring of inlets and outlets in the distribution pipeline, which indicates significant differences in flow rate and water quantities.
• A robust rule-based expert system that provides rules for decision making
• Custom events are automatically recorded and reported by the system, alerting users to system failures and critical events
• SMS/email transmission to mobile devices
• OPC client connection to local and remote OPC servers (e.g. GIS, SCADA)
• Client-server architecture
• Flexible, multi-layered password authorization – from an entire area down to a single element level.

