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  5. Allen-Bradley ControlLogix 1756 Programmable Controller

Allen-Bradley ControlLogix 1756 Programmable Controller

The Allen-Bradley 1756 ControlLogix® controllers provide a robust and scalable control solution for industrial automation systems. Logix programmable automation controllers use a standard control engine with a standard development environment to provide high performance in an easy-to-use environment. The system provides discrete drives, motion, process, safety control, communication, and state-of-the-art I/O in a small, cost-effective package. The modular arrangement allows for efficient design, build, and modification. Available with On-Machine models suitable for process, motion, discrete, and high-availability applications.

Allen-Bradley ControlLogix 1756 Programmable Controller

Product Features

Ethernet Connectivity

Ethernet Connectivity

Embedded with up to 2-gigabit Ethernet/IP™ port for high-performance communications. Handles up to 600+ Ethernet nodes per controller. Dual EtherNet/IP™ ports support linear and DLR topologies, minimising the need for extra network modules.

Redundancy

Redundancy

Support for redundancy at the controller level for SIL 2 applications. Supports high availability redundancy requirements, allowing multiple controllers in the same chassis, each operating independently.

Robot Arm

Robot Arm

Integrated motion and safety on Ethernet/IP and other industrial networks. I/O and applications with up to 512 axes of motion.

Security Shield

Security Shield

Incorporates security mechanisms like centralised authentication and access control to help keep systems secure. IEC 62443-4-2 compliant with CIP Security and secure boot.

Integrated

Integrated

Supports contemporary communications like OPC UA and integrates seamlessly with a software suite that uses the same common tool chain as the previous generation of controllers.

Flexible

Flexible

Provides the flexibility and performance to unify control across disciplines—motion, process, safety and batch—on a single platform.