ABB Bailey ATMB-01C Temperature Measurement Interface Board

Description

The ABB ATMB-01C is a high-precision temperature measuring board engineered to provide accurate thermal data acquisition for industrial control systems. This specialized circuit board acts as an interface between field-side temperature sensors and the primary control logic, ensuring that analog thermal readings are converted and stabilized for processing. It is primarily utilized in environments requiring rigorous thermal monitoring, such as motor windings, bearings, or heat exchange processes within power generation and chemical manufacturing facilities. The ATMB-01C is designed to handle sensitive millivolt signals, providing the necessary filtering and amplification to maintain data integrity in electrically noisy industrial settings.

Specifications

• Brand: ABB Bailey

• Model Number: ATMB-01C

• Product Type: Temperature Measuring Board

• Input Compatibility: Supports standard RTD and Thermocouple profiles

• Signal Conditioning: Integrated high-frequency noise filtering

• Mounting: Direct internal mounting for drive or controller enclosures

• Calibration: Factory-calibrated for linear temperature response

• Operating Temperature: 0 to 70 degrees Celsius

• Relative Humidity: 5% to 95% (non-condensing)

Features

• Precision Signal Conversion: Optimized for low-level signal detection, providing high-resolution temperature feedback to the DCS.

• Cold Junction Compensation: Features integrated circuitry to ensure measurement accuracy across varying ambient terminal temperatures.

• Galvanic Isolation: Protects internal control electronics from field-side electrical surges and ground loop interference.

• Thermal Stability: Built with high-grade components that resist drift, ensuring long-term measurement consistency without frequent recalibration.

• Compact Integration: Designed with a space-saving footprint for seamless installation into existing ABB drive assemblies or control modules.

• Robust Hardware Architecture: Specifically hardened against the vibration and electromagnetic profiles found in heavy industrial motor control centers.