Overview: The document discusses ModBUS technology used for distributed control and data acquisition in various industrial applications. It highlights the integration of communication systems, I/O expansion, and control devices.
Communication Systems: The technology supports various communication systems including GSM/GPRS, DSL PSTN, WiLAN, and UHF. It facilitates connectivity with printers, operator panels, and identification systems.
Connection and Power Supply: The system uses a connection system with power-supply terminals/data lines in a vertical position. It is constructed with nylon loaded PA6 with 30% fiberglass for durability.
Input/Output Specifications: - Analogue Input/Output: Supports standard analog signals with resolution up to 15 bit + sign.
- Digital Input: Isolated inputs for various sensors and contacts, supporting frequencies up to KHz.
- Digital Output: Includes SPST relay with delay features.
Regulators and Special Modules: Features Z-PID for universal input and control settings, and Z-D-IO for I/O slave or automatic functioning. Special modules include temperature control, load cells, and electric network analyzers.
Communication Interfaces: Supports RS232/RS485 ModBUS RTU, Ethernet - ModBUS TCP, and other interfaces for data transmission and remote control.
Software and Development Tools: - Software Platform: Includes integrated automation and telecontrol functions with tools like ZNET3, CODESYS, and ISAGRAF.
- Development Environment: Offers html/java supervision pages and real-time data exchange software.
Application Areas: The technology is applicable in building and infrastructure automation, providing a distributed system for supervisory and control integration.
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