High-Speed Backbone Routing with ABB KNX IP Router IPR/S 3.1.1

The ABB KNX IP Router IPR/S 3.1.1 (2CDG110175R0011) establishes a secure, high-speed connection between your local network and the KNX installation. Primarily, this hardware serves as a fast line or area coupler. Consequently, this device utilizes the existing local area network (LAN) to route data, which drastically reduces the need for traditional main bus lines.
Key Technical Features and Benefits:
  • Secure Network Communication: This specific IP Router supports the advanced KNX Secure standard. Furthermore, this encryption framework protects all data traffic against unauthorized access and cyber threats. As a result, you gain total peace of mind regarding the data integrity of your commercial automation systems.
  • Simultaneous Tunneling Connections: The internal software of this ABB KNX IP Router provides 5 independent tunneling channels. In addition, these channels allow multiple diagnostic tools or visualization applications to access the system simultaneously. Therefore, programmers can perform network diagnostics without interrupting the active smart home software interfaces.
  • Diagnostic Ease and Tooling: The front panel of this premium IP Router includes clear operational LEDs. Moreover, these indicators display real-time bus communication, IP network status, and potential data traffic errors. At the same time, technicians can utilize the ABB i-bus® Tool for advanced monitoring and rapid firmware updates.
  • Integrated Power and Efficiency: The KNX bus lines can power the device directly, or you can use standard Power over Ethernet (PoE). Consequently, the unit eliminates the need for an additional auxiliary power supply unit in the enclosure. Finally, this smart design optimizes space on the DIN rail and lowers overall material costs.
  • Uncompromised Filter Routing: This ABB KNX IP Router manages a full routing table for filtering telegrams across vast networks. Moreover, it filters traffic logically based on physical addresses to prevent bus overload. Accordingly, it maintains absolute network stability even during high-density communication spikes.