Compatibility:Supports all CompactLogix and MicroLogix 1500 LRP Controllers except 1769-QBFC1B, 1769-L16x, and 1769-L18x
Ethernet Technology:Utilizes advanced Ethernet technology for seamless integration with modern industrial networks
Application Diversity:Wide range of applications including food processing, petrochemical, pulp and paper, automobile manufacturing, and water/wastewater management
Modbus Protocol Support:Server driver for Modbus TCP/IP protocol, supporting up to five clients via Service Port 502 for enhanced data transfer capabilities
Weight and Dimensions:Compact design weighing 0.2 kg, fitting within single slot configurations for efficient use in control panels
Processor Memory Access:Direct access to processor memory for streamlined data exchange between the module and the controller
Data Transfer Methodology:Ladder Logic based data transfer for reliable and efficient communication between the module and system
Extended Functionality:Additional features include support for extended communication protocols, ensuring compatibility with diverse industrial standards
The AB 1769-ARM module is designed to streamline the allocation of addresses in CompactLogix systems, enhancing operational efficiency and reducing setup time.
It seamlessly integrates with various industrial applications, offering versatile solutions tailored to specific needs in different sectors.
Equipped with advanced Ethernet technology, the module ensures reliable communication and data exchange across the network, facilitating seamless integration within complex industrial environments.
Capable of supporting up to five Modbus TCP/IP clients on Service Port 502, it ensures robust connectivity, enabling smooth data flow and enhanced system performance.
Weighing just 0.2 kg, the module boasts a compact design suitable for single slot 1769 backplane compatibility, making it easily deployable in space-constrained environments.
By providing direct access to processor memory, the module facilitates efficient data transfer, ensuring real-time response and optimized system performance.
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