The new KAN354B BACnet WiFi Mesh enables new and retrofitted buildings to be outfitted with state-of-the-art building controls with minimal or no new wiring required. In addition to reducing the cost and labor associated with laying wire, the technology also makes it easier and less expensive for customers to make additions or changes to their systems, or accommodate tenant moves. Utilizing highly reliable, self managing mesh networking technology, building systems such as HVAC, lighting, safety and security, and IT, are easily installed and integrated into the centralized building management system, and field accessible using a standard wireless laptop computer.
The KAN354B BACnet WiFi Mesh is the only high bandwidth solution (up to 54Mbps) supporting BACnet MSTP and BACnet IP applications, as well as TCP/IP and HTTP protocols, thus enabling a broader range of building systems and devices to communicate over the same network. Other solutions for wireless building automation only offer narrowband connectivity, significantly limiting the number of devices and applications that those options can accommodate.
"More than 100 customers are using Kiyon's wireless BACnet routers to reduce construction and retrofitting costs and run building systems more efficiently," said John Edler, Kiyon vice president and general manager. "Our newest product offers the most robust and scalable indoor wireless BACnet solution yet, providing our customers with improved coverage, ease of deployment, increased security and the utmost in flexibility."
Other features of the KAN345B Mesh Router include:
-- An easy to install hardware platform that provides plug-and-play connectivity across any compatible building automation device.
-- Easy to use network management software that provides facilities managers with the ability to install, manage and monitor its building systems from anywhere in the building.
-- Secure wireless networking, compatible with standard data encryption protocols.
-- Self-healing, fast fail-over capabilities that enable routers to seamlessly re-route over alternate pathways if a link is interrupted.
-- Improved coverage that extends range well beyond the wired infrastructure, including connecting multiple buildings to a centralized system.