The Zum™ wireless wall-box switch (ZUMMESH-5A-SW) provides control of a single switched 5A, 100-277V lighting load. It features a single rocker switch to enable simple on/off switching. Standard gang-box installation allows one or more units to be installed in a 3-1/2 inch (89mm) deep electrical box (decorator-style faceplate sold separately).
Zum Mesh wireless technology affords easy “pair and play” integration as part of a complete Zum commercial room lighting system. Energy-saving options are available to enable occupancy or vacancy sensing, and centralized monitoring and management.
Energy Efficiency
Occupancy or vacancy sensor connectivity drive the potential for significant energy savings by turning lights off automatically when the room is vacant to reduce energy usage.
Pair and Play
Designed with flexibility and ease-of-use in mind, Zum switches are pre-programmed with “pair and play” functionality. An installer can simply install the switch in a room along with Zum occupancy sensors or vacancy sensors, set up the room with a few quick button taps, and then use the switch to control the lights in the room - no programming required, room setup can also be accomplished using the Zum app if the room is equipped with a Zum Network Bridge. The Zum Network Bridge also enables centralize monitoring and management via a Zum Floor Hub and Zum Net Wireless Gateway.
Zum Mesh Wireless Technology
Ultra-reliable Zum Mesh wireless technology provides steadfast peer-to-peer RF communications within a commercial space without the need for physical control wiring, hubs, or gateways. Employing a Wi-Fi® friendly 2.4GHz peer-to-peer mesh network topology, nearly every Zum Mesh device acts as a “routing node,” relaying wireless commands directly between Zum Mesh devices to ensure that every command reaches its intended destination without disruption.
Zum Mesh is smart, every Zum mesh device knows its purpose and just the right messages to communicate to other Zum Mesh devices within the space. Each Zum Mesh device that is added to the space effectively increases the range and stability of the peer-to-peer mesh network by providing multiple redundant signal paths. Each Zum Mesh device auto-negotiates its RF channel to provide robust communication and is protected through AES 128-bit encryption.
