B&R 3IF7829-1 Industrial Interface Module for Automation and Control Systems
The B&R 3IF7829-1 is an advanced industrial interface module designed for complex automation systems. It facilitates seamless communication between different components within industrial settings, enhancing system efficiency and reliability.
Communication Protocol:EtherCAT, CANopen, SERCOS III
Data Transfer Rate:Up to 100 Mbps
Operating Voltage:24 V DC
Current Consumption:50 mA
Input Voltage Range:-24 to +24 V DC
Operating Temperature:-25°C to +60°C
Storage Temperature:-40°C to +85°C
Protection Rating:IP67
Dimensions:90 mm x 65 mm x 20 mm
Weight:100 g
This high-performance interface module from B&R is meticulously engineered for industrial environments, where reliability and precision are paramount. Designed to meet the rigorous demands of automation processes, the 3IF7829-1 ensures seamless connectivity across various devices within a system.
The module supports EtherCAT communication protocol, allowing for rapid data exchange at sub-microsecond levels, thus reducing overall cycle times and improving system responsiveness. Its robust design includes multiple channels for digital inputs and outputs, providing flexible configuration options.
With a wide operating temperature range, the B&R 3IF7829-1 can withstand harsh conditions often encountered in manufacturing plants and other industrial settings. Its compact size and lightweight make installation and integration simple and efficient, reducing downtime during setup or maintenance phases.
Safety features like overcurrent protection and a robust IP20 rating ensure safe operation, protecting both the module and connected equipment from electrical damage. Additionally, clear labeling and user-friendly connectors facilitate easy wiring and troubleshooting, minimizing errors and enhancing usability.
Backed by B&R’s commitment to quality and innovation, the 3IF7829-1 Interface Module offers a reliable solution for modern industrial automation needs. Ideal for applications ranging from packaging machinery to robotics and beyond, this module represents an essential component in any advanced control system.
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