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B&R X20BT9100

by B&R Industrial Automation

OverviewThe B&R X20BT9100 Remote I/O Bus Transmitter Module is a crucial element within the advanced B&R X20 series, meticulously crafted to enable smooth and dependable remote I/O expansion in contemporary industrial automation systems. This innovative module empowers engineers to implement highly decentralized I/O architectures, significantly boosting system versatility and scalability. By intelligently linking a local I/O node to a remote slice via B&R's specialized bus interface, the X20BT9100 facilitates the creation of modular machine designs that can quickly adapt to evolving operational needs and physical arrangements. When strategically paired with a suitable X20BC/BM9xx series bus receiver module, the X20BT9100 forms an effective combination capable of extending I/O configurations over considerable distances. This is achieved without sacrificing critical performance factors, data integrity, or rapid communication, ensuring that your automation processes remain efficient and reliable irrespective of scale or spatial distribution. It serves as a cornerstone for developing distributed control systems with optimal efficiency and reduced cabling complexity.Key Features Advanced Bus Transmitter Functionality: Specifically engineered to facilitate robust remote I/O node expansion, enabling greater physical separation between control and processing units without performance compromise. Seamless Integration with B&R X20 Series: Ensures full compatibility and effortless integration within existing or new B&R X20 control systems, leveraging the series' renowned reliability and performance. Compact DIN Rail Design: Optimally designed for space-sensitive industrial surroundings, its sleek DIN rail mountable form factor minimizes control cabinet footprint, contributing to organized and efficient panel layouts. High-Speed & Deterministic Communication: Guarantees rapid, reliable, and predictable signal transfer across the X2X Link interface, vital for real-time control applications and maintaining system responsiveness. Plug-and-Play Setup & Scalability: Simplifies the integration process of modular system expansions, significantly reducing installation time and complexity, facilitating agile system upgrades and modifications. Robust Industrial-Grade Construction: Built to withstand demanding industrial conditions, ensuring long-term operational stability and reliability across diverse manufacturing environments. Technical Specifications Catalog Number: X20BT9100 Product Type: Bus Transmitter Mounting: DIN rail Use With: X20 remote I/O slice & bus receiver modules (e.g., X20BC/BM9xx series) Interface: X2X Link (B&R’s high-performance system bus) Operating Temperature: 0°C to +55°C (32°F to 131°F) Protection Rating: IP20 (protection against solid objects over 12.5mm, no water protection) Weight: Approximately 90 g (0.2 lbs) Dimensions: Compact design for efficient cabinet space utilization (specific dimensions available in B&R documentation). Certifications: Conforms to relevant industrial standards for safety and electromagnetic compatibility (details in product manual). Applications Modular Machine Automation: Ideal for designs requiring flexible expansion and reconfiguration of automation systems without extensive rewiring, promoting efficiency and adaptability. Decentralized Control Panel Configurations: Enables the distribution of I/O points closer to sensors and actuators, minimizing cable runs and simplifying troubleshooting in complex systems. OEM & System Builders: Provides a reliable and space-saving solution for creating scalable and high-performance automation solutions for various industries. Large-Scale Industrial Plants: Facilitates extending I/O capabilities over vast areas in factories, processing plants, and other large industrial facilities where centralized I/O is impractical. Remote Monitoring & Control: Perfectly suited for applications where I/O signals need to be transmitted reliably over distances. Why Choose This Product?The B&R X20BT9100 is engineered for modern industrial environments demanding high flexibility and robust performance. Its ability to extend I/O capabilities seamlessly over distances, combined with a compact design and industrial-grade construction, makes it an invaluable asset for optimizing automated processes. Experience enhanced system scalability, reduced cabling complexity, and reliable data transfer for critical applications.Order NowUpgrade your industrial automation system with the B&R X20BT9100 Remote I/O Bus Transmitter Module. Contact us today to place your order or to learn more about how this advanced component can benefit your operations. Our team is ready to assist you with expert advice and support.FAQWhat is the primary function of the B&R X20BT9100?The B&R X20BT9100 serves as a remote I/O bus transmitter module, designed to facilitate the extension and decentralization of I/O points in industrial automation systems, enabling flexible and scalable machine designs.What series of products is the B&R X20BT9100 compatible with?The B&R X20BT9100 is fully compatible with the B&R X20 series, ensuring seamless integration and leveraging the series' established reliability and performance. It works in conjunction with X20BC/BM9xx series bus receiver modules.What type of communication interface does the module use?The module utilizes the X2X Link interface, which is B&R's proprietary high-performance system bus, known for its high-speed and deterministic communication capabilities essential for real-time control.What are the environmental operating conditions for this module?The B&R X20BT9100 operates efficiently within a temperature range of 0°C to +55°C (32°F to 131°F) and features an IP20 protection rating, signifying protection against solid objects larger than 12.5mm, though it offers no water protection.Can this module be used in space-constrained control cabinets?Yes, its compact DIN rail design is specifically optimized for space-sensitive industrial environments, minimizing the control cabinet footprint and contributing to organized and efficient panel layouts.

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