Allen Bradley SLC500 1746-NI16I 16-Point Analog Input Module for Industrial Automation

Model Type:SLC500

Model Number:1746-NI16I

Manufacturer:Allen Bradley

Channels:16

Common Mode Voltage Range:Plus/Minus 10.25 V Relative To Analog Common Terminal

Input Types:[“Plus/Minus 20 MA”,”4 – 20 MA”,”0 – 1 MA”,”0 – 20 MA”]

Maximum Voltage Input Without Damage:Plus/Minus 8 V Between Any Two Signal Terminals

Current Rating:{“Backplane”:”125 MA At 5 VDC, 75 MA At 24 VDC”,”Current Input”:”Plus/Minus 30 MA”}

Isolation:500 VAC Isolation For 1 SEC

Power Rating:{“Backplane”:”2.425 W”,”Enclosure”:”Open Type”}

    The 1746-NI16I SLC Analog Input Module is a robust and reliable component designed to seamlessly integrate into existing industrial control systems. It offers a versatile signal acquisition capability, supporting both voltage and current signals, which makes it suitable for a wide range of industrial applications, from temperature monitoring to process control.

    With its high sampling rate, the module ensures real-time data acquisition, crucial for dynamic industrial processes where quick response times are necessary. Its ±0.05% accuracy guarantees precise measurements, essential for maintaining operational efficiency and quality standards.

    Operable within a broad temperature range (-20°C to +70°C), the module ensures stable performance in various environmental conditions encountered in industrial settings. The low power consumption minimizes energy costs and reduces system maintenance requirements.

    Featuring Modbus RTU communication, the 1746-NI16I provides seamless integration with PLCs (Programmable Logic Controllers) and other industrial automation systems, facilitating easy setup and operation. The compact design and standard dimensions make it compatible with existing equipment, minimizing installation time and complexity.

    This module is built to withstand harsh industrial environments, ensuring durability and reliability over long periods. It is an ideal choice for applications requiring high-quality analog input data acquisition in manufacturing, process industries, and automation projects.