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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
The Allen-Bradley 1969-L36ERM is equipped with advanced processing capabilities and extensive I/O options, making it an ideal choice for complex automation tasks in manufacturing and industrial settings. Its robust design ensures reliability and efficiency in demanding environments.
Featuring dual Ethernet ports, this module facilitates seamless integration with other devices on the network, enhancing system flexibility and scalability. The built-in DLR capability supports distributed logic, allowing for more efficient and effective control over industrial processes.
With 2 MB of memory, the Allen-Bradley 1969-L36ERM provides ample space for storing programs and data, ensuring smooth operation even in high-demand applications. Its support for up to 32 Ethernet IP nodes enables connectivity to a wide range of devices, expanding the reach of your automation network.
The module’s 8 universal analog inputs and outputs offer precise control over various industrial processes, from temperature monitoring to motor control. Its high-speed counters are specifically designed for applications requiring real-time processing and accuracy, such as position tracking and speed control.
Designed for compatibility with the latest industrial standards, including EtherNet/IP, the Allen-Bradley 1969-L36ERM ensures interoperability with existing systems while paving the way for future advancements in smart manufacturing. Its compact size allows for easy installation in tight spaces, optimizing plant layouts and reducing downtime.
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