Description
Product Description
The Honeywell 51402455-100 Universal Control Network interface module is engineered to provide a stable communication pathway between High-Performance Process Manager (HPM) controllers and the Universal Control Network (UCN) used in distributed control architectures. Installed within the HPM chassis, this module manages network-level data exchange and ensures reliable coordination between control processors, I/O subsystems, and supervisory nodes.
Designed for use in Honeywell’s TDC 3000 and hybrid Experion environments, the 51402455-100 module supports deterministic communication required for real-time industrial process control. It incorporates a dedicated communication processor and onboard memory resources to manage network traffic, buffering, and protocol handling.
The module is typically deployed alongside communication control cards and I/O link modules in the HPM rack, allowing the controller to interact with other UCN nodes including operator stations, application modules, and remote I/O systems.
Technical Specifications
| Parameter |
Specification |
| Manufacturer |
Honeywell |
| Model |
51402455-100 |
| Module Type |
Universal Control Network Interface Module |
| Primary Function |
Communication interface between HPM controller and UCN network |
| Compatible Systems |
Honeywell High-Performance Process Manager (HPM), TDC 3000 |
| Network Interface |
UCN driver/receiver interface |
| Processing Hardware |
Embedded communication processor |
| Memory |
Integrated SRAM for buffering and protocol management |
| Power Requirement |
+5 VDC supplied by HPM chassis |
| Installation Type |
Slot-mounted module within HPM rack |
| Mechanical Format |
Standard HPM control card form factor |
| Weight |
2.5 kg |
| Certifications |
CE, UL, CSA |
| Country of Manufacture |
United States |
| Package Condition |
Factory-sealed |
Key Functional Characteristics
Reliable Network Connectivity
Provides deterministic communication between the HPM controller and other nodes connected through the Universal Control Network.
Integrated Communication Processing
A dedicated processor manages protocol handling and message routing to maintain stable data transfer across distributed system components.
Optimized for TDC 3000 Architecture
Fully compatible with Honeywell’s legacy distributed control framework and commonly used in hybrid migrations toward Experion PKS.
Compact HPM Form Factor
Designed to fit standard HPM card slots, simplifying installation and maintenance within existing control cabinets.
Industrial Compliance
Certified for industrial environments through CE, UL, and CSA approvals.
Typical Applications
The 51402455-100 interface module is commonly used in industrial control environments where Honeywell distributed control systems are deployed.
Typical installations include:
• Oil and gas processing facilities
• Petrochemical and refinery plants
• Power generation control systems
• Chemical production plants
• Large-scale process manufacturing environments
Installation Considerations
This module must be installed in an HPM chassis equipped with compatible communication and I/O link cards. Proper system configuration is required to enable UCN connectivity and ensure correct node addressing within the control network.
Environmental conditions should comply with the operational specifications of Honeywell control racks, including appropriate temperature control and enclosure protection.
FAQ
What is the primary role of the 51402455-100 module?
It enables communication between the HPM controller and the Universal Control Network, allowing distributed nodes within the control system to exchange operational data.
Can this module be used with Experion PKS systems?
Yes. It is typically used in hybrid installations where TDC 3000 components remain connected to newer Experion infrastructure.
Where is the module installed?
The card is installed inside the HPM rack or chassis alongside other communication and control modules.
Does the module include its own power supply?
No. Power is provided through the HPM chassis backplane, typically +5 VDC.
