ENERWAVE Z-Wave Plus Relay, Hidden Smart Switch Wireless Remote Control to Lights and Ceiling Fans, 120-277VAC, 10A, Neutral Wire Required, ZWN-RSM1-PLUS, Black

ENERWAVE Z-Wave Plus Relay, Hidden Smart Switch Wireless Remote Control to Lights and Ceiling Fans, 120-277VAC, 10A, Neutral Wire Required, ZWN-RSM1-PLUS, Black

• Z-Wave micro switch installs behind an existing wall switch to upgrade it into a Z-Wave switch. Upgrade home automation system while keeping your original switches
• Wirelessly control your appliances (lights, fans) from an internet-connected smartphone, tablet, or computer
• Utilizes Z-Wave Plus featuring improved battery life, wireless range, increased bandwidth
• Acts as a Z-Wave repeater to extend the range of Z-Wave signal up to 100ft; the switch will still work if the module fails
• Works with Alexa; Z-Wave hub and neutral wire required. Single Pole, 120-277 VAC, 50/60Hz, Up to 150ft Range, 10, 000mA (10A) Maximum Load, 908. 42MHz, Slim Design - Dimensions: 1. 63" x 1. 63" x 0. 82". FCC and ETL listed. 1-year

Z-Wave Plus ZWN-RSM1 utilizes the latest advancement in home automation Z-Wave technology to provide faster operation, better RF coverage and easier installation. <br/> Z-Wave unifies all your home electronics into an integrated wireless network and helps them talk to each other. Any Z-Wave enabled device can be added to the network, making your home electronics fully compatible. ZWN-RSM1 is installed and "hidden" behind an ON/OFF switch to enable the load (light / fan) to be wirelessly turned ON/OFF on your mobile device Z-Wave APP from any distance.<br/> This ZWN-RSM1 module is a Z-Wave enabled device and is fully compatible with any Z-Wave enabled network. The ZWN-RSM1 Switch Module is a component of a lighting control system. It can be used separately or wired to a switch to turn an existing switch into a Z-Wave switch. <br><br>Once the ZWN-RSM1 module is installed and setup with in your wall, it will retransmit the RF signal from one device to another until the intended device is reached. In a Z-Wave network, each device is designed to act as a wireless repeater. This ensures that the signal is received by its intended destination by routing the signal around obstacles and radio dead spots. <br/>A Z-Wave hub is required to control this device.