An extremely slim battery-powered Zum™ wireless keypad with flexible installation.

The ZUMMESH-KPBATT is an extremely slim battery-powered Zum™ wireless keypad with flexible installation. Available in three designer colors and configured with either a rocker switch or in one of three pair and play button layouts, the ZUMMESH-KPBATT is a versatile and easy-to-use addition to the Zum commercial lighting system. Powered by a battery and slim enough to mount to the surface of a wall, the keypad’s streamlined design and out-of-the-box functionality makes it ideal for new or retrofit installations.

Pair and Play
Designed with flexibility and ease-of-use in mind, Zum keypads are pre-programmed with pair and play functionality. An installer can simply install the keypad in a room with a Zum J-Box Zone Controller, perform a series of button taps, and then use the keypad to control the lights in the room - no programming required! Battery-powered Zum keypads are designed in the following four configurations:

Single Rocker Switch - Simple on and off lighting control

Four Button Keypad - Two buttons for on and off control and two scene recall buttons

Six Button Keypad - Two buttons for on and off control, two buttons for dimming up and dimming down, and two scene recall buttons

Six Button Keypad with Sensor Control - Two buttons for on and off control, two buttons for dimming up and dimming down, one button for scene recall, and one button for disabling the sensors in the room

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 2.4 GHz peer-to-peer mesh network topology, nearly every Zum Mesh device acts as an expander 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 space effectively increases the range and stability of the peer-to-peer mesh network by providing multiple redundant signal paths.