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Number of Channels:16

Data Formats:Multiple

Input Ranges:Versatile

Module Filter:Available

Real-time Sampling:Enabled

Range Detection:Under/Over

Process Alarms:Supports

Wire-off Detection:Yes

Communication Speed:10/100 Mbps

Communication Protocol:Ethernet/IP

Temperature Rating:0 – 60°C

Power Dissipation:5.1 W

Isolation:30 V Continuous

Environmental Conditions:5 – 95% Non-Condensing Relative Humidity

Vibration Resistance:2 G

Shock Resistance:30 G

Interface:Ethernet

USB Port:Present

    The AB 1756-IF16H ControlLogix Analog Input Module from Allen-Bradley is engineered for precision and reliability in industrial control environments. This module boasts 16 differential channels capable of accommodating multiple current and voltage input ranges, offering flexibility to meet diverse application needs.

    Featuring real-time sampling, the module ensures accurate and responsive data acquisition, critical for monitoring and controlling processes in manufacturing and automation sectors. With a choice of three data formats, users can tailor their data handling preferences.

    Equipped with advanced features like a module filter, alarm detection for under-range and over-range conditions, and wire-off detection, this module enhances operational safety and efficiency. Its support for HART communication protocol facilitates seamless integration with a wide array of devices and systems.

    Designed for robust environmental performance, the AB 1756-IF16H can withstand temperatures ranging from 0 to 60 degrees Celsius and operates efficiently in various humidity levels without condensation. Its vibration and shock resistance further ensures reliable operation in challenging industrial settings.

    With a power dissipation of 5.1 watts, this module maintains a balance between performance and energy efficiency, making it suitable for applications where space and power consumption are concerns. Its compatibility with 802.3 compliant shielded or unshielded twisted pair cables ensures easy connectivity to Ethernet-based networks.