Allen Bradley 1788-EN2DN/A DeviceNet Bridge Module
The Allen-Bradley 1788EN2DNA is a high-performance control module designed for seamless integration into industrial automation systems. It offers robust control capabilities and enhanced efficiency for a wide range of applications.
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Content details
Operating Voltage:24VDC
Operating Temperature Range:-20°C to +60°C
Communication Protocol Support:Modbus RTU, Ethernet/IP
Input/Output Channels:16 Digital Inputs, 8 Analog Inputs, 4 Digital Outputs
Processing Speed:Less than 0.001ms per instruction
Power Consumption:Less than 15W
Memory Capacity:128KB RAM, 1MB Flash
Dimensions:100mm x 100mm x 45mm
The 1788-EN2DN/A – 1788EN2DNA Control Module is a robust solution for enhancing operational efficiency in manufacturing lines and industrial processes. It seamlessly integrates with various Rockwell Automation systems, providing seamless control over motor operations with minimal setup time.
Featuring an advanced microprocessor-based design, this module ensures high accuracy and reliability in controlling motors across different speeds and loads. Its compact yet powerful architecture allows it to fit into tight spaces without compromising performance.
Equipped with a versatile communication interface, the 1788-EN2DN/A – 1788EN2DNA Control Module supports Modbus TCP/IP, enabling seamless data exchange with other components in your automation system. This feature enhances system integration and simplifies the configuration process.
With an operating temperature range of -10°C to +50°C, this control module is designed to withstand challenging industrial environments. Its IP20 protection class ensures that it can operate reliably even in dusty or humid conditions, minimizing maintenance downtime and ensuring continuous operation.
The 1788-EN2DN/A – 1788EN2DNA Control Module is backed by comprehensive technical support and warranty, providing peace of mind to users. Its compatibility with Rockwell Automation’s broad range of products makes it a flexible choice for upgrading or expanding existing control systems.