CONTROL XM2100.01-01-31-31-301-NN-100NNNN

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth XM2100.01-01-31-31-301-NN-100NNNN (R911370639) is a compact and robust control platform designed for a wide array of Motion Logic applications. This unit is engineered to enhance process connections through the flexible integration of local S IO modules, enabling high-performance communication and control. The XM2100.01-01-31-31-301-NN-100NNNN facilitates the incorporation of decentralized IO stations with ease, courtesy of its compatibility with several fieldbus couplers, including Profinet and EtherNET IP in both master or slave configurations. With an International protection code of IP20 and an Intel ATOM E3845 processor clocked at 1.91 GHz, it ensures reliable performance across various applications. The control platform supports a significant number of axes for comprehensive motion control tasks, making it versatile for different industrial requirements. Extension modules can be added optionally to this model, allowing expansion of its functions to suit specific needs. The XM2100 series is characterized by its service-friendly design which simplifies installation and maintenance efforts, thereby reducing associated costs. It's also designed to work seamlessly with both centralized and decentralized controller topologies. Commissioning the device is made user-friendly through the First Touch web server, streamlining the setup process for immediate operation. With a weight of 1.2 kg, it provides a balance between durability and ease of handling for various application environments. Ideal for those seeking efficient and adaptable motion logic solutions, the Bosch Rexroth XM2100 series offers a reliable choice that integrates easily into existing systems while providing room for future scalability.