Honeywell MU-TAMT02 51401491-100: Low Level Analog Input Module

Product Type:Analog Input Module

Model Number:MU-TAMT02 51401491-100

Honeywell Type Designation:Low-Level Analog Input

Channels:Single

Input Range:-20V to +20V

Accuracy:±0.1% of full scale

Power Consumption:1.5W max

Operating Temperature:-40°C to +70°C

Storage Temperature:-40°C to +85°C

Connectors:1 x 16-pin connector

Communication Interface:Modbus RTU

Weight:5 kg

Dimensions:175mm x 125mm x 90mm

Certifications:CE, UL, FCC, RoHS

    Introducing the Honeywell MU-TAMT02 51401491-100 Low Level Analog Input Module, a robust solution for industrial automation tasks. Designed with precision in mind, this module seamlessly integrates with existing industrial control systems to provide real-time, accurate data acquisition from low-level analog sensors.

    Featuring an ultra-sensitive input range of -10V to +10V, the MU-TAMT02 ensures unparalleled accuracy in measuring critical parameters across various industrial processes. Its 12V DC supply voltage is both reliable and efficient, catering to the diverse power requirements of modern industrial environments.

    With its RS-485 communication interface, this module facilitates seamless data exchange between the input device and the central control system, enabling efficient monitoring and control operations. Its compatibility with a wide range of environmental conditions (-40°C to +85°C) makes it suitable for deployment in extreme industrial settings.

    Manufactured with the highest standards by Honeywell, the MU-TAMT02 51401491-100 complies with CE, UL, and TÜV certifications, ensuring its safety, reliability, and performance across global markets. Its lightweight yet sturdy design, weighing just 5 kg, makes it easy to install and maintain in any industrial setting.

    Experience the synergy of precision, reliability, and versatility with the Honeywell MU-TAMT02 51401491-100 Low Level Analog Input Module. This indispensable tool empowers industrial operators to enhance efficiency, optimize processes, and achieve unparalleled performance in their respective fields.