Allen Bradley AB 1756-OW16I/A ControlLogix Isolated Relay Output Module

Model Type:ControlLogix

Module Model Number:1756-OW16I/A

Manufacturer:Allen Bradley

Isolated Outputs:16

Relay Type:Isolated

Operating Voltage:10-30VDC

Current Rating:5mA @ 30VDC

Enclosure Type:Open

Temperature Range:-40°C to 85°C

Connection:Terminal Block

Communication:ControlNet

Power Supply:24VDC

Mounting:Chassis

    Introducing the Allen Bradley AB 1756-OW16I/A ControlLogix Isolated Relay Output Module, an essential component for achieving seamless integration and reliable operation in your industrial automation projects. This module is specifically engineered to offer a robust solution for controlling processes with its 16 isolated relay outputs, ensuring high accuracy and minimizing cross-talk issues.

    Featuring a compact design that mounts directly onto your panel, this module seamlessly fits into your existing ControlLogix system, supporting MODBUS RTU and DeviceNet communication protocols for enhanced flexibility. It operates efficiently within a wide temperature range of -20°C to +70°C, making it suitable for various industrial environments.

    Equipped with a 24 VDC power supply, this module ensures stable operation with a current rating of 10 mA per channel, providing the necessary drive strength for relays. Its IP20 enclosure type offers basic protection against dust and splashes, ensuring reliability even in challenging conditions.

    Designed for durability, this Allen Bradley module is built to withstand vibrations and shocks commonly encountered in industrial settings. Its modular construction facilitates easy integration and maintenance, contributing to a long service life.

    With its compatibility across different ControlLogix platforms, the Allen Bradley AB 1756-OW16I/A ControlLogix Isolated Relay Output Module is an ideal choice for enhancing automation capabilities. Whether you’re looking to optimize existing systems or embark on new projects, this module is your go-to solution for delivering precision and reliability in industrial control.