The Allen-Bradley 1734-IR2 module is a pivotal component in an automated system, enabling precise temperature monitoring. As a product of Rockwell Automation under the POINT I/O series, this analog temperature input module addresses complex requirements in industrial environments. Its capacity to process signals from 2 single-ended, non-isolated inputs using Delta Sigma conversion technology ensures accurate data representation for critical decision-making processes.

Belonging to the prominent POINT I/O series, the 1734-IR2 Analog Temperature Input Module is characterized by its modest power dissipation of 1 Watt and thermal dissipation rate of approximately 3.3 BTU/hour, indicating its efficiency in operations. It supports a signed integer data format and operates within a stringent isolation voltage of 50 Volts Continuous to ensure user and device safety.

The 1734-IR2 thrives in a temperature range from -20 to 55 Celsius, pointing to its robustness in diverse conditions. With dimensions measuring at 2.21 x 0.47 x 2.97 inches and a lightweight profile of 0.08 pounds (0.036 kilograms), its design facilitates easy installation without demanding significant space, making it suitable for compact setups.

Rockwell Automation's dedication to innovation is evident in the Allen-Bradley 1734-IR2, featuring a user-friendly design that supports straightforward integration into existing systems. Its open enclosure design and keyswitch position numbering at 6 provide a glimpse into its user-centric approach for hassle-free operation and maintenance.

This module has been engineered to ensure the safety of both the users and itself; with an open-style enclosure designed to facilitate ease of access while maintaining the necessary safety standards and the continuous isolation voltage capacity serving as a testament to its robust protective mechanisms.

Unlock the full potential of your industrial environment with the Allen Bradley 1734-IR2. Order your module today and elevate your process monitoring capabilities to new heights.