AB 1746OW16 Digital Output Module, SLC500, Industrial Control

Module Type:Discrete Output

Output Channels:16

Operating Voltage:5-265 VAC / 5-125 VDC

Input Voltage:24 VDC

Current Rating per Channel:0.25 A @ 60°C

Isolation Rating:500 VDC between communication circuits and backplane

Temperature Range:-40°C to 85°C

Enclosure Type:Open Type

Mounting Option:Chassis

Environmental Conditions:5% to 95% non-condensing humidity

    The Allen Bradley 1746-OW16 Digital Contact Output Module is a high-performance component tailored for seamless integration into industrial automation systems. It features 16 discrete digital contact outputs, each equipped with an N.O. Relay Contact, enabling precise control over electrical circuits.

    Designed for versatility, this module supports a wide range of operating voltages, including 5-265 Volt AC and 5-125 Volts DC, ensuring compatibility with diverse industrial applications. Its robust isolation capabilities further enhance reliability by preventing interference between communication circuits and backplanes.

    With a current rating of 0.28 A for the backplane and 0.25 A per output at 60°C, the Allen Bradley 1746-OW16 ensures stable performance under varying conditions. The open type enclosure and chassis mounting options provide flexibility for installation in various environments, while its temperature rating from 0°C to 60°C supports operations across different climate conditions.

    In addition, the Allen Bradley 1746-OW16 complies with stringent environmental conditions standards, ensuring it can function reliably in industrial settings with relative humidity ranging from 5% to 95% without condensation. This makes it an ideal choice for applications requiring long-term durability and performance.

    Experience the precision and reliability of Allen Bradley’s engineering with the 1746-OW16 Digital Contact Output Module. Whether you’re enhancing existing systems or building new ones, this module delivers exceptional value by providing robust control capabilities, enhanced isolation, and adaptability to meet the demands of modern industrial automation.