Product Type:Controller

Communication Ports:One (1) RS232

Maximum Number of I/O Modules:30

Backplane Current:2.0 Amps at 24 Volts

Power Consumption:48.0 Watts maximum

Series:Marks V

Module Compatibility:Single Slot – 1769 backplane compatible

Input/Output Module Recognition:Recognized as an Input/Output module

Processor Memory Access:Access to processor memory for data transfer

Data Transfer Method:Ladder Logic used for data transfer

    Engineered for efficiency and flexibility, the Allen Bradley 1768-L45S CompactGuardLogix Controller is designed to meet the most rigorous control demands in industrial settings. This advanced control solution is characterized by its high-performance capabilities and unparalleled reliability.

    Featuring a single slot design compatible with the 1769 backplane system, this controller seamlessly integrates into existing automation networks, ensuring minimal disruption during installation or maintenance processes. Its robust architecture allows for easy expansion and scalability, making it suitable for a wide range of applications from food processing to oil and gas operations.

    With support for a diverse array of input/output modules, the 1768-L45S offers versatile connectivity options to cater to specific operational requirements. This adaptability ensures that users can customize their systems to optimize performance, reduce costs, and enhance productivity.

    Utilizing ladder logic for data transfer, the controller ensures smooth and efficient communication between the processor and the module. This feature facilitates easier programming and troubleshooting, saving valuable time and resources for maintenance personnel.

    Crafted with precision and durability in mind, the Allen Bradley 1768-L45S CompactGuardLogix Controller embodies the latest advancements in industrial control technology. Its cutting-edge design, combined with Allen-Bradley’s commitment to quality, makes it an indispensable component for modern manufacturing environments seeking to achieve optimal operational efficiency.