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Honeywell FC-USI-0001 V1.3
Honeywell FC-USI-0001 V1.3
Honeywell FC-USI-0001 V1.3
Honeywell FC-USI-0001 V1.3
Honeywell FC-USI-0001 V1.3
Honeywell FC-USI-0001 V1.3
· Product image is representative; revision or series may vary. Contact us to request a specific version.

FC-USI-0001 V1.3

Safety Interface communication module
In Stock
Ships by Tuesday, June 23
Fast Shipping Available

Product Information:

The Honeywell FC-USI-0001 (specifically version V1.3) is a high-performance Universal Safety Interface (USI) module designed for Honeywell Safety Manager (SM) and traditional fail-safe controller (FSC) platforms. Installed within the controller chassis, the USI-0001 functions as a dedicated network communication card and hardware firewall, protecting core Safety Instrumented System (SIS) applications from external network interference.

This module meets stringent SIL 3 safety standards, provides a 5VDC power supply, and features onboard independent diagnostic circuitry. It ensures absolute isolation of control commands, safety boundary protection, and efficient real-time transmission throughout the critical safety lifecycle, including electrostatic discharge, fire, and emergency disconnection of gas monitoring systems, over a wide industrial temperature range of -5°C to +70°C.

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Technical specifications for FC-USI-0001 V1.3

  • Manufacturer:
    Honeywell
  • Product Category:
    DCS System
  • Spare Part Number:
    FC-USI-0001
  • Estimated shipping dimensions:
    17.6 x 3.52 x 21.2 cm
  • Weight:
    0.7 kg
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen, Fujian, China
  • Approvals:
    CE, TUV, UL, CSA, FM
  • 5 V supply voltage:
    5 Vdc ±5%
  • 5 V supply current:
    max 1.2A
  • Operating temperature:
    –5°C — +70°C (+23°F — +158°F)
  • Storage temperature:
    –40°C — +85°C (–40°F — +185°F)
  • Relative humidity:
    10 — 95% (non condensing)
  • Product Type:
    Safety Interface communication module
  • Category Series:
    Safety Manager System
  • Memory Capacity:
    8 MB Flash Memory
  • Memory Capacity:
    4 MB Local SRAM
  • Stock:
    60

Alternative Names

FC-USI-0001 FC USI 0001 V1.3 FCUSI0001 V1.3 FC-US1-0001 V1.3 FC-USI-000I V1.3 FC-USI-OOO1 V1.3 FC-USI-OOO1 FC-USI-000I FX-USI-0002 FX-USI-0002 FE-USI-0002 FC-USI-0002

Information

Overview Manuals Principle Lifecycle and modern sourcing options

Features:

  • Safety Interface communication module
  • Communication module handles Ethernet and Serial communication with external devices
  • Has four (4) independent communication channels
The FC-USI-0001 V1.3 is an industrial interface module typically used to achieve structured communication between control systems and peripheral devices. Its primary function is to act as a universal serial or system interface, facilitating reliable data transmission within automation architectures. By acting as a communication bridge, it ensures compatibility between controllers, expansion modules, and external devices operating on different signal standards.

In practical applications, the FC-USI-0001 V1.3 enhances system interoperability and operational efficiency by supporting deterministic data flow and structured signal routing. It can be deployed in PLC-based automation systems, embedded control platforms, or distributed industrial networks where stable communication integrity is crucial. This module is typically designed to withstand industrial environmental conditions and provides electrical isolation and noise immunity to maintain stable performance.

The FC-USI-0001 V1.3 Honeywell Safety Interface communication module may still be available for purchase and support from Moore Automated Company beyond End-Of-Life (EOL) by the manufacturer (OEM).
Honeywell FC-USI-0001 V1.3 Safety Interface communication module 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.
The FC-USI-0001 V1.3 operates based on controlled signal conversion and bidirectional data management. Input data signals are received through designated communication ports, processed by onboard interface circuitry or microcontroller logic, and converted into the required protocol or signal format. The processed data is then transmitted to the connected host system or peripheral device. Through structured buffering, electrical isolation, and protocol processing mechanisms, this module ensures the accuracy, reliability, and synchronization of communication within industrial automation systems.
While the FC-USI-0001 is a mature component, it is fully compatible with newer successor modules such as the FX-USI-0002 (which can be replaced online in redundant setups running Safety Manager software version R140.1 or later).

Technical notes

The Honeywell FC-USI-0001 V1.3 is a general-purpose safety interface/communication module designed specifically for the Safety Manager safety management system. Its key features include: hardware deployed within the main controller chassis, serving as both a communication hub and a hardware firewall; and high-speed bidirectional communication between the safety control system and external process knowledge systems (such as Experion PKS) via two sets of dual-speed Fast Ethernet transceivers and two universal serial channels.

Ask our team:

  • What primary system-integration functionality characterizes FC-USI-0001 V1.3 within industrial control architectures?
    The FC-USI-0001 V1.3 is architected as a unified system interface module designed to mediate communication, signal exchange, and coordination between field-level devices and higher-level control or safety subsystems, ensuring deterministic interoperability.
  • How does the hardware revision designation in FC-USI-0001 V1.3 affect compatibility and configuration governance?
    The revision identifier embedded in FC-USI-0001 V1.3 signifies a validated hardware/firmware baseline, facilitating traceable lifecycle management, backward compatibility assessment, and structured system documentation control.
  • What electrical interface specifications define the operational boundaries of FC-USI-0001 V1.3?
    The FC-USI-0001 V1.3 operates within defined voltage input tolerances, signal isolation parameters, and current handling capabilities, ensuring stable signal processing and protection against transient disturbances.
  • Why is deterministic communication latency critical when deploying FC-USI-0001 V1.3 in time-sensitive applications?
    The FC-USI-0001 V1.3 is engineered to maintain predictable signal propagation and bounded processing intervals, which are essential for synchronized control loops, safety interlocks, and real-time automation tasks.
  • How does FC-USI-0001 V1.3 implement internal diagnostics and self-supervision mechanisms?
    The FC-USI-0001 V1.3 incorporates embedded monitoring routines capable of detecting communication anomalies, power irregularities, and internal processing faults, thereby enhancing system transparency and reliability.
  • What communication topology is supported by FC-USI-0001 V1.3, and how does it facilitate system-level integration?
    The FC-USI-0001 V1.3 interfaces through designated connectors or backplane channels, supporting structured data exchange with associated modules while maintaining signal integrity and protocol compliance.
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Moore Disclaimer: Moore Automated's sales automation equipment and related solutions are intended for industrial automation and business operational efficiency improvement purposes only. Product information, technical parameters, and application cases are for reference only and do not constitute an absolute guarantee of performance for any specific industry, scenario, or final application. Actual equipment performance may vary depending on factors such as the usage environment, system integration method, and maintenance conditions. Users should confirm compatibility and safety based on professional technical assessments. Moore Automated assumes no liability for any direct or indirect losses caused by improper use, modification, or failure to operate according to specifications, to the extent permitted by law.