Have a question? Give us a call: +86 15339537795

B&R X20BT9100 LINK BUS TRANSMITTER - Advanced System Expansion Solution

Short Description:

The B&R X20BT9100 LINK BUS TRANSMITTER is an advanced system expansion solution designed for seamless integration into industrial control networks, ensuring reliable communication and efficient data transfer.


Product Detail

Extended Product Type:Other

Product ID:X20BT9100

B&R Type Designation:Other

Functionality:Facilitates X2X Link bus transmission for smooth system expansion up to 100m

Supply Integration:Integrated supply for internal I/O and the X67 system

Power Consumption (Bus):0.5W

Input Voltage Range:24VDC ±15% / +20%

Input Current Maximum:0.5A

Nominal Output Voltage:24VDC

Contact Load Permissible:10A

    Engineered with precision, the B&R X20BT9100 LINK BUS TRANSMITTER ensures smooth system expansion by facilitating data flow across up to 100-meter segments, enhancing operational efficiency in extensive industrial setups.

    This robust component operates exclusively in the rightmost slot, ensuring optimal performance and compatibility with existing system configurations. Its design emphasizes reliability and ease of integration.

    With an input voltage range of 24VDC ±15% / +20%, the X20BT9100 is adaptable to various power sources commonly found in industrial environments. Its low power consumption of 0.5W helps maintain energy efficiency, reducing operational costs.

    Featuring an integrated X2X Link supply for the X67 system, this transmitter streamlines the setup process, eliminating the need for external power supplies. This simplification aids in quick deployment and reduces installation complexities.

    The B&R X20BT9100 is not just a communication tool; it's a testament to innovation in industrial automation. With its comprehensive feature set and meticulous design, it's poised to elevate your system's performance and reliability, setting new benchmarks in efficiency.

B&R X20BT9100 LINK BUS TRANSMITTER

Leave Your Message


Write your message here and send it to us

Leave Your Message