Input Channels:16

Current Rating:2.3 W

Operating Voltage Range:5 to 24 VDC

Signal Types Supported:Differential, Pulse Width Modulation

Communication Speeds:Up to 10 Mbps

Environmental Conditions:Operates at -40°C to +70°C

Enclosure Type:IP20

Connection Type:Terminal Block

Mounting Options:Panel, Chassis

Power Supply:External 24 VDC

    The AB 1756-IV16 is engineered to enhance operational efficiency in industrial settings by providing a reliable means to interface with various signal sources. This module is designed to accommodate diverse input signals including dry contacts, voltage, and current, ensuring compatibility with a wide array of sensors and switches.

    Featuring a compact design that fits seamlessly within ControlLogix PLC systems, the module optimizes space and facilitates easy installation without compromising performance. Its high reliability and durability are paramount for maintaining continuous operation in harsh industrial environments.

    With its broad voltage range and temperature tolerance (-40°C to +85°C), the AB 1756-IV16 ensures stable operation across different conditions, enhancing system robustness and reliability. The integrated ControlLogix EtherNet/IP interface enables seamless communication with other networked devices, streamlining data exchange and process control.

    This digital input module supports efficient signal processing, offering advanced features such as under-range and over-range detection, which helps in preventing errors and ensuring accurate data interpretation. Its low power consumption ensures minimal impact on system resources, contributing to energy-efficient operations.

    For users seeking a cost-effective and high-performance input solution, the AB 1756-IV16 provides an optimal balance between functionality and reliability, making it a preferred choice for a multitude of industrial automation applications. Its compliance with industry standards and its ability to integrate smoothly into existing systems make it a valuable asset in enhancing productivity and system performance.