The Product
The B.E.G. PD2N-RF-KNXs-DX-FC, offers high-quality sensing capabilities alongside radio transmission and an integrated relay. Designed to facilitate the precise management of lighting, heating, ventilation, air conditioning, and comprehensive comfort settings, it operates without the need for a physical BUS cable, leveraging the KNX-RF standard and enhancing security through KNX Secure. The device ensures efficient operation with just three wires for power supply and lighting control, transmitting signals securely and swiftly over the 868.3 MHz frequency.
How does this Product demonstrate the diversity/flexibility of KNX?
The B.E.G. PD2N-RF-KNXs-DX-FC demonstrates the versatility and adaptability of KNX technology by integrating radio frequency communication. This feature allows for seamless incorporation into existing properties without the need for extensive rewiring, demonstrating the system’s flexibility in upgrading and expanding installations. The inclusion of an additional relay channel further showcases the product’s ability to cater to diverse application needs, such as activating extra lighting based on occupancy detection.
How does this Product add value and ease of use for building owners/occupiers?
By harnessing the power of KNX-RF, the B.E.G. PD2N-RF-KNXs-DX-FC introduces a level of convenience and efficiency previously unattainable in building management. Building owners and occupants benefit from the ease of installation and the ability to control various environmental parameters seamlessly. The product’s compatibility with the ETS for commissioning ensures that users can easily integrate and manage their devices, enhancing the user experience and operational efficiency.
How has this product resolved an identified need for the building user?
The B.E.G. PD2N-RF-KNXs-DX-FC addresses the critical need for flexible, scalable building automation solutions that can be adapted to both new constructions and existing infrastructures. Its innovative use of KNX-RF technology eliminates the barriers posed by physical cabling, offering a versatile solution that can be implemented in a variety of settings. This adaptability ensures that building users can achieve optimal energy efficiency and comfort levels, meeting the growing demand for intelligent, user-centric building automation systems.
