Products

The Allen-Bradley 1756-L55M13, also known as the 1756-L55M13 LOGIX5555 Processor, is a high-performance control solution designed for demanding industrial applications. This processor, equipped with 1.5MB of memory, offers robust processing capabilities and efficient data management, making it ideal for medium to large-scale automation projects....

The Allen-Bradley 1756-L55M14 LOGIX5555 Processor is a robust industrial controller engineered to meet the demands of complex automation systems. Designed for high performance, this processor provides 3.5MB of memory, making it ideal for applications requiring substantial data handling and real-time processing capabilities. It is...

The Allen-Bradley 1756-L55M23 LOGIX5555 Processor, equipped with 1.5MB of non-volatile memory, is a cornerstone of modern industrial automation. Designed for demanding applications, this processor ensures reliable performance and data integrity in harsh environments. Key Features: 1.5MB Non-Volatile Memory: Ensures data retention during power outages,...

The Allen-Bradley 1756-L55M24 LOGIX5555 Processor is a powerful and reliable controller designed for demanding industrial automation applications. This processor, featuring 3.5MB of non-volatile memory, is engineered to manage complex control systems efficiently, providing high-speed processing and advanced diagnostic capabilities. Key Features: High-Performance Processing: Enables...

The Allen-Bradley 1756-M12, a 750K memory module, is engineered to enhance the performance of Logix5555 programmable automation controllers (PACs). This module is crucial for industrial automation systems, providing essential memory capacity for efficient data processing and control program management. It's designed for applications where...

Enhance the performance and reliability of your industrial automation systems with the Allen-Bradley 1756-M13, a 1.5MB memory module designed for the Logix5555 Programmable Automation Controller (PAC). This essential component ensures efficient data management and program execution, making it a crucial upgrade for various industrial...

The Allen-Bradley 1756-M23 is a crucial component for industrial automation, offering reliable nonvolatile memory for your Logix5555 controller platform. This module ensures data retention during power interruptions, making it ideal for critical applications where data integrity is paramount. 1.5MB Nonvolatile Memory: Provides ample storage...

The Allen-Bradley 1756L55 LOGIX5555 Processor is a powerful control solution, designed for demanding industrial automation applications. This processor excels in managing complex tasks where speed and reliability are crucial. It's a key component for industries requiring robust performance and precision. Key Features: High-Speed Processing:...

The Allen-Bradley 1756-M14, a 3.5MB memory module, is engineered to enhance the performance of Logix5555 programmable automation controllers (PACs). This module is essential for industrial automation applications, providing a reliable and efficient solution for managing control programs, data, and configurations. It's designed to optimize...

The Allen-Bradley 1756-M16, a 7.5MB memory module, is engineered to significantly enhance the performance of Logix5555 programmable automation controllers (PACs). This module is crucial for applications demanding extensive data storage and complex control logic, offering a robust solution for industries like manufacturing and process...

The Allen-Bradley 1756M22, also known as the 1756-M22, is a critical nonvolatile memory module designed to enhance the performance and reliability of Logix5555 control systems. This module offers industrial automation professionals a robust solution for preserving vital data even during power interruptions. Its compact...

The Allen-Bradley 1756-M24, a 3.5MB nonvolatile memory module, is engineered to provide robust and reliable data storage for Logix5555 series controllers. Ideal for industrial automation systems, this module ensures critical application data and configuration settings remain intact, even during power interruptions. This ensures continuous...