Description

The Honeywell 8C-TAID61 (part number 51307069-175) is a high-performance digital input board designed for integration within Series 8 distributed control system (DCS) architectures. This module processes discrete input signals from field devices such as switches, pushbuttons, and proximity sensors, translating them into reliable controller-readable data for industrial automation processes.

Engineered for high-density input management, the 8C-TAID61 facilitates real-time data acquisition in continuous and batch process control applications. It mounts within standard Series 8 I/O enclosures and communicates directly with system controllers over the internal I/O bus, ensuring rapid update rates and deterministic performance for time-critical automation tasks.

Features

• Designed specifically for Honeywell Experion PKS Series 8 control and I/O infrastructure
• Processes multi-channel digital input signals from standard industrial field devices
• Supports hot-swappable replacement procedures to minimize system downtime during maintenance
• High-density packaging optimizes cabinet space in central control rooms or remote marshalling panels
• Integrated diagnostic indicators provide immediate visual status feedback on module health and channel activity

Applications

• Oil and gas upstream production and downstream refining facilities
• Chemical and petrochemical processing plants
• Power generation and utility boiler control systems
• Continuous pulp and paper manufacturing lines
• Water and wastewater treatment automation

Technical Specifications

Installation Guidelines

1. Verify that the part number 8C-TAID61 (51307069-175) matches your system engineering drawings and bill of materials.
2. Ensure all power and signal distribution to the target Series 8 I/O slot is de-energized before handling hardware.
3. Inspect the module and backplane connectors for any physical damage, contamination, or bent pins.
4. Mount the digital input board securely into the designated Series 8 I/O carrier slot, ensuring proper mechanical latching.
5. Connect field wiring to the corresponding terminal blocks in accordance with system loop diagrams.
6. Restore power and verify module recognition and channel status via the Experion engineering station.