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Allen-Bradley XM-320 Position Module: Precision Position Measurement

The Allen-Bradley XM-320 Position Module, catalog number 1440-TPS02-01RB, is a cutting-edge solution designed for accurate measurement of turbine supervisory position metrics. This versatile module excels in measuring axial position (thrust), valve position, differential expansion, and case expansion, making it an essential tool for a wide range of industrial applications. With its robust features and user-friendly design, the XM-320 Position Module is the ideal choice for ensuring precise position monitoring and control.

Key Specifications and Features

The XM-320 Position Module is equipped with a variety of features that enhance its performance and usability. It features two channels for versatile input configurations, supporting eddy current transducer signals, LVDTs, and voltage signals from various position measurement sensors. The module offers isolated 24V transducer power, configurable for +24V or -24V wiring, and a wide voltage range that can be selected in software. With user-configurable sensitivity and input impedance exceeding 100 kΩ, the XM-320 ensures reliable and accurate measurements. Additionally, the module provides two isolated 4…20mA outputs, two buffered outputs, and a range of indicators for easy monitoring of module status, network status, and channel status.

Applications and Benefits

The Allen-Bradley XM-320 Position Module is designed to meet the needs of various industrial applications, particularly those requiring precise position measurement and control. Its robust features, such as the delta time buffer, alarms, and relays, make it an ideal solution for turbine supervisory systems, valve control, and expansion monitoring. With its ability to interface with DeviceNet networks and support serial communication, the XM-320 offers seamless integration into existing industrial automation systems. By choosing the XM-320 Position Module, you can benefit from enhanced system performance, increased efficiency, and improved safety in your industrial operations.