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Product Description

The TC-FXX132 (Part Number: TC-FXX132) is a 13-slot backplane chassis engineered to serve as the physical and electrical foundation of the Honeywell Experion PKS Series C control platform. It provides a passive, high-speed backplane for deterministic data exchange while distributing regulated power to installed control and communication modules.

Designed to support C300 controllers, redundancy modules, and Fieldbus Interface Modules (FIMs), the TC-FXX132 enables the consolidation of complex control architectures into a compact, centrally managed node. Its vertical mounting orientation supports effective airflow, structured cable routing, and reliable operation in continuous-duty industrial environments such as refineries, chemical plants, and power generation facilities.


Technical Specifications

Parameter Specification
Model Designation TC-FXX132
Slot Capacity 13 module slots
System Architecture Honeywell Experion PKS Series C
Mounting Orientation Vertical (standard Series C configuration)
Functional Role Controller and network interface chassis
Backplane Type Passive high-speed communication bus
Power Distribution Integrated backplane power rails
Module Compatibility C300 Controllers, Redundancy Modules, FIMs
Construction Industrial-grade reinforced metal frame
Physical Dimensions 3.4 × 14.4 × 15.0 cm 
Unit Weight 2.0 kg 

Application Scenarios

  • Hosting redundant C300 controller pairs for high-availability process control

  • Centralizing multiple Fieldbus Interface Modules (FIMs) within a single Series C node

  • Deploying high-density control assemblies in petrochemical, refining, and utility installations


Frequently Asked Questions

Can the TC-FXX132 be used for Series C I/O modules?
No. The TC-FXX132 is intended for controllers and communication modules. Series C I/O modules are mounted on I/O Termination Assemblies (IOTAs) rather than multi-slot controller chassis.

Does the TC-FXX132 support redundant power connections?
Yes. The chassis is designed to operate within a Series C redundant power architecture, allowing dual power feeds to the backplane to maintain continuous operation if one power source fails.

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