Description

Honeywell HCIX15-TE-FA-NC Industrial DCS Interface Input Module

Technical Specifications

• Product Model: HCIX15-TE-FA-NC
• Brand: Honeywell
• Warranty: One Year
• Input Voltage: 24 VDC standard industrial auxiliary power supply
• Operating Temperature: -40°C to +65°C
• Storage Temperature: -45°C to +85°C
• Response Time: ≤8ms internal rack bus data refresh latency
• Protection Class: IP20 when mounted inside sealed DCS control cabinet
• Accuracy Class: ±0.1% signal transmission precision with zero data loss
• Output Frequency: Fixed backplane bus communication rate 250 kbps
• Rated Current Range: 0.28A typical operating current, maximum 6.7W power consumption
• Communication Interface: Honeywell C300 backplane internal bus, screw terminal field wiring terminals
• Supported Protocols: Honeywell FTE fault-tolerant Ethernet protocol, proprietary C300 controller rack bus protocol
• Overload Capacity: Built-in ESD protection, reverse voltage prevention, transient surge suppression and channel short-circuit protection
• Dimensions: 152.4mm × 76.2mm × 25.4mm standard single-slot modular footprint
• 

Product Overview

The Honeywell HCIX15-TE-FA-NC is a pluggable isolated analog/digital input interface module developed exclusively for Honeywell Experion PKS C300 DCS control system. It serves as the signal acquisition bridge between field transmitters, sensors, limit switches and the core C300 process controller, collecting temperature, pressure, flow, level and discrete interlock status signals from on-site process equipment for centralized closed-loop regulation.

This module addresses core stability risks in distributed process control architecture. Each input channel is equipped with independent galvanic isolation circuits to eliminate ground loop interference and resist severe electromagnetic noise generated by large inverters, motors and high-voltage equipment in petrochemical and power plant workshops. Embedded self-diagnostic logic continuously detects open-loop wiring, over-range input values and internal hardware faults, with front panel LED indicators providing immediate visual fault feedback to shorten maintenance troubleshooting time. The hot-swappable rack-mounted structure allows technicians to replace the faulty module without shutting down the entire DCS control cabinet, avoiding costly unplanned production outages during equipment overhaul.