Features:
- UCN protocol communication through 75 Ω coaxial BNC interface
- Dual-channel redundant transmission supporting A/B network paths
- Configurable node addressing with revision-controlled hardware structure
The Honeywell 51304511-100 is designed as a communication interface board within NIM-based control systems, enabling structured data exchange through the UCN protocol. It uses a BNC connector interface and operates over coaxial transmission media to support stable network communication. The module integrates into the system architecture as a paddle board installed within the NIM frame, ensuring consistent positioning and electrical connection. Its design allows it to function as a dedicated communication layer between system nodes.
Within system configuration, the Honeywell 51304511-100 supports dual-channel communication to maintain redundancy across UCN A and B paths. Address configuration is managed through SW2 using binary-weighted logic with odd parity requirements, while SW1 preserves revision identification for hardware traceability. This structure ensures controlled identification and network addressing consistency within the system environment. The board maintains defined electrical behavior through backplane-powered operation.
The Honeywell 51304511-100 operates at a transmission rate of 5 Mbps over 75 Ω coaxial cables such as RG-6 or RG-11. Power is supplied through the NIM backplane using typical 5V or 12V DC logic levels, while maintaining low power consumption below 5 W. These characteristics support stable operation within modular system frameworks. The design ensures compatibility with existing NIM architecture without requiring external power modules.In system evolution, the Honeywell 51304511-100 standard version is complemented by the 51304511-200 CE-compliant version. Both maintain similar structural roles within the NIM communication framework while supporting regulatory and system-level requirements. The module continues to function as a core interface element for UCN-based communication systems.
The 51304511-100 Honeywell NIM Modem I/O Board may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Honeywell 51304511-100 NIM Modem I/O Board Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Honeywell 51304511-100 NIM Modem I/O Board Specs
General
- Manufacturer Honeywell
- Model 51304511-100
- Condition New Original ready stock
- Product Family 51304511-200,51304518-150,51304516-250
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Network Bridging: Serves as the physical interface connecting the Universal Control Network (UCN) and the Local Control Network (LCN), ensuring seamless data exchange between different network layers.
- Signal Conversion: Converts logic signals from the control bus into modulated signals that can be transmitted over coaxial cable, supporting dual-redundant UCN A and B cable connections.
- Node Definition: Defines the specific node locations and their database associations on the UCN in the system configuration through the physical connections of this board.
- Legacy Component Replacement: A single board integrates the functions of multiple components such as PNM and PNM I/O from earlier NIM configurations, significantly simplifying the system communication links.
- High-Reliability Transmission: Supports a redundant system architecture, ensuring uninterrupted communication between nodes during single-line failures, maintaining continuous operation of the DCS system.
- Real-Time Response: Possesses millisecond-level dynamic response capabilities, accurately capturing minute fluctuations in industrial environments (such as boiler gas pressure) and rapidly feeding them back to the control center.
- Data Throughput: Supports high-frequency data parameter transmission in complex network gateway applications, meeting the large-scale monitoring needs of large chemical plants and power plants.
- Long-Term Stability: Designed for industrial environments, it boasts an extremely high Mean Time Between Failures (MTBF) and maintains very low signal drift even in dusty or extreme temperature environments.
- Oil & Petrochemical: Used in refineries and natural gas processing terminals as NIM modules to monitor widely distributed process parameters.
- Power Generation: Integrated into the TDC 3000 system of power plants, coordinating network communication for boiler control, turbine monitoring, and auxiliary systems.
- Fine Chemicals: In chemical processing plants, connecting Process Managers (PMs) and Advanced Process Managers (APMs) to achieve complex logic and sequential control.
- Pulp and paper manufacturing: Automated production lines used in large paper machines, ensuring real-time synchronization and fault diagnosis of high-speed moving parts via a UCN network.