ABB HIEE410727R102 - UNC4674 I/O Module, Precision Control Solutions
The ABB HIEE410727R102 UNC4674 I/O Module is designed for advanced industrial automation applications, providing seamless integration and high-performance data exchange.
The ABB HIEE410727R102 UNC4674 I/O Module is designed for advanced industrial automation applications, providing seamless integration and high-performance data exchange.
Operating System Compatibility:ABB, Siemens, Schneider
Data Transfer Rate:20 Mbps
Signal Handling Capacity:16 Inputs / 16 Outputs
Power Consumption:5W
Temperature Range:-20°C to +60°C
Communication Interface:RS485
Connectivity:M12 connector
This high-performance I/O module from ABB is engineered to withstand harsh industrial environments, ensuring consistent operation under extreme conditions. It seamlessly integrates with various automation systems, providing reliable data acquisition and control functions.
Featuring an extensive number of digital input and output channels, the HIEE410727R102 – UNC4674 supports a wide range of applications, from monitoring and controlling processes to enhancing operational efficiency in manufacturing lines.
With its robust RS485 communication interface, this module allows for efficient data transfer over long distances, making it suitable for complex automation networks. The inclusion of advanced safety features ensures compliance with international standards, guaranteeing operator safety.
Designed with durability in mind, the HIEE410727R102 – UNC4674 operates within a temperature range from -20°C to +70°C, making it ideal for use in various industrial sectors including automotive, food & beverage, and process industries.
Easy to install and maintain, this I/O module is compatible with a wide array of ABB controllers and third-party systems, offering flexibility in system integration. Its compact size and lightweight design facilitate quick installation without compromising on functionality.
The ABB HIEE410727R102 UNC4674 I/O Module is designed for advanced industrial automation applications, providing seamless integration and high-performance data exchange.