The Analog Input Module CC-TAIX61 Honeywell is a redundant 12-inch analog input module specifically engineered for critical process control applications where system availability is paramount. This DCS System Modules CC-TAIX61 Honeywell features 16 single-ended channels dedicated to processing 4-20 mA current signals from two-wire or self-powered transmitters, ensuring comprehensive data acquisition from field instruments. Its redundant design provides continuous operation by automatically switching to a backup unit if the primary module fails, making it ideal for processes that cannot tolerate interruption.

A key strength of the CC-TAIX61 AI IOTA Red Honeywell lies in its exceptional measurement precision, achieved through a 16-bit A/D converter that delivers high-resolution signal conversion. The module maintains hardware accuracy within ±0.075% of full scale under standard operating conditions, guaranteeing reliable and consistent data quality for demanding industrial environments. This level of accuracy ensures that process variables are monitored with the utmost fidelity, supporting effective control decisions.

The module incorporates advanced filtering capabilities to ensure signal integrity in electrically noisy industrial settings. With a common mode rejection ratio of 70 dB and normal mode rejection of 19 dB at 60 Hz, the CC-TAIX61 DCS System Modules Honeywell effectively eliminates electrical interference that could compromise measurement accuracy. Additionally, its channel-to-channel crosstalk is minimized to -60 dB, preventing signal interference between adjacent channels and maintaining data purity across all 16 inputs.

Operating with a rapid input scan rate of 50 milliseconds, the Analog Input IOTA CC-TAIX61 Honeywell provides real-time responsiveness essential for dynamic process conditions. The combination of high-speed data acquisition, robust electrical noise immunity, and redundant architecture makes this module particularly valuable for applications in industries such as oil and gas, chemical processing, and power generation where reliability and precision are critical requirements for safe and efficient operations.