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CC-KFSGR5 51202353-200 | Shield Grounding Rail | Honeywell

CC-KFSGR5 51202353-200 | Shield Grounding Rail | Honeywell

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Honeywell CC-KFSGR5 51202353-200 Shield Grounding Rail Configured for instrumentation shield termination and low-impedance grounding in Honeywell Experion PKS Series C... Read more

SKU: CC-KFSGR5 51202353-200
Country of origin: USA

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    Description

    Honeywell CC-KFSGR5 51202353-200 Shield Grounding Rail

    Configured for instrumentation shield termination and low-impedance grounding in Honeywell Experion PKS Series C I/O architecture, the Honeywell CC-KFSGR5 51202353-200 (CC-KFSGR5 Shield Grounding Rail) provides direct physical grounding distribution for cable shield conductors within I/O Termination Assemblies (IOTA). The component establishes a common reference potential to reduce differential noise coupling across analog and digital field wiring interfaces.

    Hardware Specifications

    Parameter Specification
    Model CC-KFSGR5 (51202353-200)
    Brand Honeywell
    Operating Temp Not specified (system dependent)
    Power Consumption Passive component (no power required)
    Component Type Shield Grounding Rail / Grounding Bar Kit
    System Compatibility Honeywell Experion PKS / Series C I/O / C300
    Material High-conductivity metal (copper or plated alloy, per system design)
    Function Cable shield termination and grounding reference distribution
    Mounting Method Mechanical integration onto Series C IOTA assemblies

    Shield Grounding and Signal Reference Integrity in Series C I/O Systems

    The CC-KFSGR5 implements a centralized shield termination topology for field cable assemblies connected to Honeywell Series C IOTA modules. Shield conductors are bonded to a low-impedance reference plane to control common-mode noise injection into analog input channels and digital signal lines.

    In Honeywell process control architectures, shield grounding strategy directly impacts loop stability in mixed-signal environments where 4-20 mA field loops coexist with high-frequency switching signals. The grounding rail provides a controlled termination path that minimizes ground potential differences between field instrumentation and controller cabinet reference points.

    The grounding structure is designed to support consistent impedance characteristics across multiple termination points, reducing circulating currents that may otherwise couple into I/O signal conditioning circuits or backplane communication domains.

    Frequently Asked Questions (FAQ)

    Q: Does the CC-KFSGR5 support active signal conditioning or electronics?
    A: No. The CC-KFSGR5 is a passive grounding component. It does not perform signal conditioning, isolation, or amplification.

    Q: Can the grounding rail be used across different Honeywell IOTA revisions?
    A: Compatibility depends on mechanical mounting alignment and Series C IOTA design revision. Electrical function remains passive across supported assemblies.

    Q: Does the shield grounding bar affect backplane communication timing?
    A: No direct effect. It operates only on cable shield potential reference and does not interface with controller backplane or C300 communication buses.

    Field Installation Guidelines

    The grounding rail shall be installed directly onto the designated mounting interface of the Series C I/O Termination Assembly. All shield conductors from field cables shall be terminated to the rail using approved clamping or terminal fixation points specified by the IOTA design.

    Shield termination practice shall maintain a single-point or controlled multi-point grounding strategy as defined by system grounding architecture. Cable shield length outside termination points shall be minimized to reduce high-frequency antenna effects.

    Mechanical fastening shall ensure continuous metal-to-metal contact between rail and IOTA grounding structure. Corrosion, paint layers, or insulating residues shall be removed at contact interfaces prior to installation.

    Specifications

    • Brand: Honeywell

    Advantages

    • High reliability in industrial environments
    • Supports continuous operation
    • Compatible with major PLC/DCS systems

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