FBM219

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November 27, 2025
Category Connection: Foxboro Module
Brief: See the journey from feature description to real application in this concise overview. This video provides a detailed walkthrough of the FOXBORO FBM219 P0916RH Discrete I/O Interface Module, demonstrating its 24 input and 8 output channel configuration, compatibility with various termination assemblies, and operational features for industrial control systems.
Related Product Features:
  • Provides 24 discrete input channels and 8 discrete output channels for industrial control applications.
  • Supports discrete signals at voltages below 30 V DC, 120 V AC / 125 V DC, or 240 V AC.
  • Features group-isolated I/O for enhanced signal integrity and reliable operation.
  • Configurable parameters include input filter time, fail-safe configuration, and output behavior settings.
  • Termination assemblies provide high-voltage attenuation and optical isolation for inputs.
  • Robust construction ensures reliable operation in Class G3 harsh industrial environments.
  • Executes both Discrete I/O and Ladder Logic programs for flexible automation control.
  • Outputs can operate with internal or external power sources and may be fused as required.
FAQs:
  • What types of signals does the FBM219 module support?
    The FBM219 supports discrete signals at voltages below 30 V DC, 120 V AC / 125 V DC, or 240 V AC through compatible termination assemblies.
  • How many input and output channels does the FBM219 provide?
    The module provides 24 discrete input channels and 8 discrete output channels for comprehensive industrial control applications.
  • What environmental conditions is the FBM219 designed to operate in?
    The FBM219 features robust construction designed for reliable operation in Class G3 harsh industrial environments, ensuring performance under challenging conditions.
  • What configuration options are available for the FBM219 module?
    Configurable parameters include input filter time, fail-safe configuration, fail-safe fallback behavior, and sustained or momentary output settings for flexible system integration.