CONTROLLOGIX 16 POINT D/O MODULE – 1756-OB16E

Overview

The 1756-OB16E ControlLogix 16 Point D/O Module from Rockwell Automation delivers reliable, electronically fused outputs for DC operation. It ensures safe and efficient control across industrial systems while minimising risk to connected devices.

Design and Functionality

This module supports 16 discrete points and operates at 10 to 31.2V DC. Its electronically fused outputs actively protect circuits from overloads and short circuits. Moreover, the compact design integrates directly into ControlLogix systems, enabling quick installation. Additionally, it allows straightforward configuration and simplifies ongoing maintenance. By providing a combination of protection and flexibility, the module actively improves uptime and system reliability.

Compliance and Safety

The 1756-OB16E meets stringent international standards. It is CE certified, China CCC certified, ATEX certified, and IECEx certified, ensuring safe deployment in demanding environments. Furthermore, these certifications confirm the module’s ability to operate reliably under strict industrial safety regulations.

Advantages

• Electronically fused outputs reduce damage to connected devices

• Supports 16 discrete points for versatile control solutions

• Fully compatible with ControlLogix systems for seamless integration

• Globally certified for safety and industrial compliance

• Compact, durable design suitable for harsh operating conditions

Applications

Use the 1756-OB16E in industrial automation, process control, and factory systems. Its active protection ensures output devices operate safely, while engineers can confidently deploy it in demanding environments. By integrating this module, operations achieve more efficient control and minimise downtime.

Conclusion

The Rockwell Automation 1756-OB16E ControlLogix 16 Point D/O Module combines safety, performance, and compliance. With fused outputs, flexible design, and extensive certifications, it actively safeguards industrial processes and enhances operational efficiency.