Allen-Bradley 1969-L36ERM CompactLogix 5370 L3 Ethernet Controllers

Processor Architecture:CompactLogix 5370 L3

Operating System:Modular Control System

Ethernet Connectivity:Dual Ethernet with DLR capability

Memory:1MB

I/O Ports:(16) 24V DC Digital Inputs, (16) 24V DC Digital Outputs, (4) Universal Analog Inputs, (2) Universal Analog Outputs, (4) High-speed Counters

Expansion Capability:4 I/O Expansion

Network Support:16 Ethernet IP Nodes, 4 Axis CIP motion with Kinematics function

Power Supply:24V DC

Dimensions:Compact form factor for easy integration

Environmental Compatibility:Industrial-grade robustness for challenging environments

    Unleash the full potential of your industrial automation systems with the Allen-Bradley 1969-L36ERM CompactLogix 5370 L3 Ethernet Controllers. Designed for demanding environments, these controllers feature a high-performance microcontroller that ensures efficient operation under a wide range of temperatures.

    Equipped with dual Gigabit Ethernet interfaces, they provide fast and reliable communication, making them ideal for complex networks where data throughput is critical. The inclusion of support for EtherNet/IP, DeviceNet, and OPC-UA protocols ensures compatibility with a broad spectrum of industrial devices and systems.

    With 256 digital input and output channels, and 16 analog inputs and outputs, the controllers offer extensive connectivity options for integrating various sensors and actuators. This flexibility allows for precise control over machinery and processes, enhancing productivity and efficiency.

    The 1969-L36ERM series supports up to four additional modules, expanding the functionality and adaptability of the system. Whether you’re looking to add more I/O channels, incorporate advanced diagnostics, or integrate with specific peripherals, these controllers provide the scalability needed for future growth.

    Compact yet robust, these controllers are designed to withstand harsh industrial conditions. Their dimensions and lightweight design facilitate easy installation and maintenance, ensuring minimal downtime and maximum operational reliability.