Product Overview

The Honeywell CC-TAID11, identified by engineering part number 51306731-175, is a precision-engineered Differential Analog Input module developed for the Experion PKS Series C I/O family. This module is designed to capture delicate analog signals with a high degree of noise rejection by utilizing differential wiring, which effectively cancels out common-mode interference often found in high-voltage industrial environments. Serving as a primary data acquisition interface for the C300 controller, the CC-TAID11 provides the high-resolution digitization necessary for regulatory control, safety monitoring, and advanced process analytics. Its vertical Series C form factor ensures optimized airflow and high-density mounting within the I/O Termination Assembly (IOTA).

Hardware Design and Functional Capabilities

• Module Type: Differential Analog Input (Non-Redundant/Redundant capable)

• Engineering Code: 51306731-175

• Architecture compatibility: Honeywell Series C / Experion PKS

• Input Precision: 16-bit A/D conversion for superior signal resolution

• Noise Management: High common-mode rejection ratio (CMRR) via differential inputs

• Physical Metrics: 5.1 x 26.7 x 17.8 cm

• Unit Mass: 0.5 kg

• Diagnostic Features: Open-wire detection, out-of-range alerts, and module self-health monitoring

• Isolation: Galvanic isolation between field-side signals and system logic

• Origin of Manufacture: USA

• Tariff Classification: 8537101190

Industrial Deployment Contexts

The CC-TAID11 is a critical asset in sectors where signal accuracy is directly tied to operational safety and product yield. In Automated Chemical Synthesis, it is used to monitor high-precision pressure and flow transmitters where electrical noise from large pumps might otherwise corrupt signal data. Within Power Generation Facilities, the module captures vital telemetry from turbine vibration sensors and temperature probes, providing the stable data required for high-speed interlocking logic. It is also extensively applied in Oil and Gas Midstream operations for custody transfer metering, where even a 0.1% deviation in measurement can lead to significant fiscal discrepancies. The module's robust Series C design allows for rapid hot-swapping and seamless integration with HART-enabled field devices, empowering engineers with deep-tier asset diagnostics and streamlined maintenance workflows.