Honeywell MC-TAIH13 51309138-175 High Level Analog Input Module

Product Introduction

The Honeywell MC-TAIH13 51309138-175 High Level Analog Input Module is a precision-engineered component designed for high-performance process control systems. It is part of Honeywell’s Experion and TDC3000 control families, providing reliable analog signal acquisition for demanding industrial environments.
This module accepts high-level analog signals from field devices such as transmitters, sensors, and analyzers, converting them into digital data for the control system. It ensures signal integrity through robust isolation, filtering, and error detection mechanisms.
The MC-TAIH13 is widely used in industries such as oil & gas, power generation, petrochemicals, and water treatment, where accurate and stable measurement of process variables is critical for operational efficiency and safety.

Product Specifications

Product Applications

The Honeywell MC-TAIH13 is engineered for precision measurement in critical process control applications:

• Oil & Gas – Monitoring pressure, temperature, and flow from transmitters in upstream and downstream operations.

• Power Generation – Acquiring turbine and boiler control analog data for stable power plant operation.

• Petrochemical Plants – Handling multiple process variables with high accuracy for safe production.

• Water and Wastewater – Monitoring pH, turbidity, and flow in treatment facilities.

• Pharmaceutical Manufacturing – Ensuring accurate environmental and process monitoring in compliance with regulations.

• Pulp & Paper – Managing process consistency and temperature in manufacturing lines.

Product Advantages

• High Accuracy & Stability – Delivers precise signal acquisition with minimal drift over time.

• Channel Isolation – Reduces the risk of interference and improves measurement reliability.

• Advanced Diagnostics – Quick detection of faults reduces downtime and maintenance costs.

• Flexible Signal Handling – Compatible with multiple signal types, increasing deployment versatility.

• Hot-Swap Capability – In supported systems, allows replacement without shutting down operations.

• Industrial-Grade Durability – Built to perform in harsh operating environments.

FAQ

1. What signal ranges can the MC-TAIH13 accept?
   It can handle standard high-level analog signals such as ±10V, 0–20 mA, and 4–20 mA, depending on configuration.

2. Does it provide channel-to-channel isolation?
   Yes, each input channel is isolated to prevent cross-talk and interference.

3. What is the resolution of the analog-to-digital conversion?
   The module typically offers 12–16-bit resolution for high-accuracy measurements.

4. Can it perform self-diagnostics?
   Yes, it features built-in self-tests and diagnostic functions to detect wiring errors, open loops, and signal faults.

5. Is the module suitable for redundant control systems?
   Yes, it can be integrated into redundant architectures for increased reliability.

6. How does the module handle noise filtering?
   It uses internal filtering algorithms and hardware filters to reduce noise and ensure signal stability.

7. Is the MC-TAIH13 hot-swappable?
   In supported chassis and system configurations, it can be replaced without powering down the entire system.

8. How is calibration handled?
   Calibration is performed via the system software, with stored calibration data ensuring long-term accuracy.

9. Does the module support HART signals?
   Certain configurations can read analog signals from HART-enabled devices, but full HART communication may require additional modules.

10. How does it integrate with the Honeywell DCS?
    It connects via the backplane to the I/O processor, which communicates with the control network and operator stations.

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FAQ

1. What signal ranges can the MC-TAIH13 accept?
   It can handle standard high-level analog signals such as ±10V, 0–20 mA, and 4–20 mA, depending on configuration.

2. Does it provide channel-to-channel isolation?
   Yes, each input channel is isolated to prevent cross-talk and interference.

3. What is the resolution of the analog-to-digital conversion?
   The module typically offers 12–16-bit resolution for high-accuracy measurements.

4. Can it perform self-diagnostics?
   Yes, it features built-in self-tests and diagnostic functions to detect wiring errors, open loops, and signal faults.

5. Is the module suitable for redundant control systems?
   Yes, it can be integrated into redundant architectures for increased reliability.

6. How does the module handle noise filtering?
   It uses internal filtering algorithms and hardware filters to reduce noise and ensure signal stability.

7. Is the MC-TAIH13 hot-swappable?
   In supported chassis and system configurations, it can be replaced without powering down the entire system.

8. How is calibration handled?
   Calibration is performed via the system software, with stored calibration data ensuring long-term accuracy.

9. Does the module support HART signals?
   Certain configurations can read analog signals from HART-enabled devices, but full HART communication may require additional modules.

10. How does it integrate with the Honeywell DCS?
    It connects via the backplane to the I/O processor, which communicates with the control network and operator stations.

Related Models in the Same Series

Popular Honeywell Models

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