AB 1746-NI16V Analog Input Modules – High Precision Industrial Control Solutions

Model Number:1746-NI16V

Manufacturer:Allen-Bradley

Number of Channels:16

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

Type of Input:Plus/Minus 20 MA, 4 – 20 MA, 0 – 1 MA, 0 – 20 MA

Maximum Voltage Input: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

Enclosure Type:Open Type

Mounting:Chassis

Temperature Rating:0 – 60 DEG C

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

Shock Resistance:30 G

    The AB 1746-NI16V Analog Input Modules are a cornerstone of industrial automation, designed for seamless integration into complex control systems. These modules boast an impressive 16-channel capacity, ensuring comprehensive monitoring of critical processes.

    Featuring a wide voltage range compatible with diverse industrial standards, they guarantee accurate signal acquisition under varying conditions. The common mode voltage ensures robust protection against electrical interference, safeguarding system integrity.

    With built-in isolation capabilities, these modules can withstand harsh environments without compromising performance. Their efficient power consumption and compact design make them suitable for space-constrained applications, without sacrificing functionality.

    Supporting multiple communication protocols including EtherNet/IP, DH+, DH-485, and RS-232, the AB 1746-NI16V Analog Input Modules offer unparalleled flexibility in network connectivity. This versatility facilitates easy integration with existing systems and expansion into new areas of operation.

    The inclusion of advanced safety features, such as shock resistance up to 30 G, ensures reliability even in demanding industrial settings. Whether in manufacturing plants, process control facilities, or any environment requiring precise analog signal management, these modules deliver consistent performance and efficiency.