Description

The Honeywell CC-TDI230 is a high-density digital input module designed for deployment within the Experion PKS Series C distributed control system architecture. This module provides reliable monitoring of discrete industrial field devices, accepting multiple high-voltage AC and DC input signals to interface standard on/off plant equipment directly with the control network.

Engineered for demanding industrial process environments, the CC-TDI230 incorporates comprehensive channel isolation to protect sensitive internal system electronics from external electrical transients, ground loops, and high-voltage surges. Its physical footprint and terminal allocation are specifically optimized for Series C I/O Termination Assemblies (IOTAs), streamlining cabinet layout and reducing overall installation time.

Features

• 32 discrete input channels supporting high-voltage industrial signal standards.
• Designed natively for integration with the Honeywell Experion Series C platform and associated IOTA infrastructure.
• Robust optical channel-to-channel and channel-to-ground electrical isolation.
• High-density packaging minimizes required cabinet footprint and wiring complexity.
• Comprehensive onboard diagnostics for loop status and hardware health monitoring.
• Hot-swappable module design permits replacement without interrupting controller operation or process control.

Applications

• Continuous process manufacturing plants and refineries.
• Power generation turbine and auxiliary system monitoring.
• Oil and gas upstream and downstream automation infrastructure.
• Chemical processing and specialty material handling systems.
• Discrete status tracking for valves, pumps, circuit breakers, and limit switches.

Technical Specifications

General Specifications

Electrical Specifications

Mechanical & Environmental

Installation Guidelines

1. Verify that the part number CC-TDI230 and the corresponding Series C IOTA match your system engineering design drawings.
2. Ensure the target IOTA slot is completely de-energized and free of hazardous voltages before handling hardware.
3. Inspect the module connector pins and IOTA socket for any physical damage, bending, or foreign particulate contamination.
4. Align the module carefully with the guide tracks on the Series C carrier and push evenly until firmly seated.
5. Secure the module using any integrated mechanical locking latches or retention screws.
6. Restore system power and confirm through Experion Quick Builder or monitoring software that the module is recognized and communicating without error.

Compliance and Certifications

• Designed to meet major industrial safety and electromagnetic compatibility standards associated with Experion Series C hardware.
• RoHS compliant construction.