The GE IC693BEM331 is a robust Genius Bus Controller designed for seamless integration into GE’s PACSystems RX3i series, enabling efficient communication and data transfer within industrial automation systems.
Product Type:Bus Controller Module
Bus Interface:Genius Bus
Current Consumption:<300mA at +5V DC
Power Supply:5 V DC from the Series 90-30 Backplane
Number of I/Os:31 Maximum
Dimensions:Compact design for easy integration
Weight:Lightweight for flexible installation
Operating Voltage:Stable performance with 5.0 Volt DC
Experience enhanced productivity and efficiency with the GE IC693BEM331, a critical component in any industrial automation setup. This module boasts a robust design specifically tailored for seamless integration within GE’s Genius Bus network.
Equipped with advanced capabilities, the IC693BEM331 facilitates high-speed data exchange between the PACSystems RX3i controller and a multitude of peripheral devices, ensuring smooth operation and real-time monitoring.
Featuring an optimized power consumption profile, the module ensures minimal strain on the system’s power supply while delivering reliable performance under demanding industrial conditions.
With its extensive I/O capacity, the IC693BEM331 provides the flexibility to connect a wide array of devices, from sensors and actuators to more complex control systems, fostering a comprehensive and interconnected automation environment.
Ease of use and maintenance are paramount with the GE IC693BEM331. Designed with user-friendliness in mind, the module simplifies installation and troubleshooting processes, saving valuable time and resources for your team.
Backed by GE’s reputation for quality and reliability, the IC693BEM331 is an investment in long-term operational excellence, providing peace of mind with its robust build and proven track record in industrial settings.
The GE IC693BEM331 is a robust Genius Bus Controller designed for seamless integration into GE's PACSystems RX3i series, enabling efficient communication and data transfer within industrial automation systems.