Allen Bradley 1769-L36ERMS GuardLogix 5370 Ethernet Controller

Processor Type:GuardLogix 5370

Communication Protocol:EtherNet/IP

Number of I/O Channels:36 Inputs, 36 Outputs

Power Consumption:Max 100 VA at 24V DC

Operating Temperature Range:-20°C to 55°C

Memory Capacity:1 MB

Dimensions:Width 5.4 in, Depth 0.9 in, Height 4.2 in

Weight:0.39 lbs

    The Allen-Bradley 1769-L36ERMS GuardLogix 5370 Ethernet Controller is engineered for seamless integration into complex industrial control systems, ensuring reliable operation and enhanced productivity. It supports a vast array of applications, from precise motion control in automotive manufacturing to efficient process management in food and chemical industries.

    Featuring advanced Ethernet connectivity, this controller enables rapid data exchange and efficient network integration, optimizing communication between devices and systems. Its robust design ensures stable performance even under harsh environmental conditions, making it ideal for safety-critical applications where reliability is paramount.

    With its comprehensive set of digital and analog input/output channels, the 1769-L36ERMS controller offers versatile connectivity options for various sensors and actuators, allowing for sophisticated control strategies and automation solutions. The integrated safety PLC feature ensures compliance with stringent safety standards, reducing the risk of accidents and downtime.

    Designed with user-friendliness in mind, the controller comes equipped with intuitive programming interfaces and tools such as RSLogix 5000 or Studio 5000 Logix Designer, facilitating easy configuration and maintenance. Its modular architecture allows for scalable expansions, making it adaptable to evolving industrial requirements.

    Equipped with ample memory capacity and optimized power consumption, the 1769-L36ERMS GuardLogix 5370 Ethernet Controller ensures efficient operation without compromising on performance. Its compact size and lightweight design enable convenient installation and integration within existing control systems, enhancing overall system efficiency.