Leviton® LevNet RF™ Dimming Fixture Controller, Wireless, 120/277 VAC, 20 A, 2 Channels, 1 Pole, 32 to 122 deg F, 1.73 in W x 1.09 in D x 2.11 in H Dimensions
The LevNet RF™ 902 MHz 1 to 10 VAC dimming controllers adjusts brightness of compatible fluorescent ballasts and LED drivers by responding to wireless signals from self-powered wireless entry stations, wireless sensors and/or central controllers. The wireless controllers reduce time, frustration and the mess of installation so sensors and entry stations can be installed in optimal locations without the need for maintenance or batteries. The controllers are compatible with all 120, 240 or 277 VAC circuits. The LevNet RF 1 to 10 VAC 5 A dimming fixture controller is used to control single lighting fixtures. Simply install the controller on the fixture and install as many as 25 wireless transmitters anywhere within range. The LevNet RF line includes multiple products operating in the uncrowded 902 MHz radio frequency (RF) band offering greater transmission range (50 to 150 ft) than other RF technologies with minimal competitive traffic.
Leviton® LevNet RF™ Dimming Fixture Controller, Wireless, 120/277 VAC, 20 A, 2 Channels, 1 Pole, 32 to 122 deg F, 1.73 in W x 1.09 in D x 2.11 in H Dimensions
The LevNet RF™ 902 MHz 1 to 10 VAC dimming controllers adjusts brightness of compatible fluorescent ballasts and LED drivers by responding to wireless signals from self-powered wireless entry stations, wireless sensors and/or central controllers. The wireless controllers reduce time, frustration and the mess of installation so sensors and entry stations can be installed in optimal locations without the need for maintenance or batteries. The controllers are compatible with all 120, 240 or 277 VAC circuits. The LevNet RF 1 to 10 VAC 5 A dimming fixture controller is used to control single lighting fixtures. Simply install the controller on the fixture and install as many as 25 wireless transmitters anywhere within range. The LevNet RF line includes multiple products operating in the uncrowded 902 MHz radio frequency (RF) band offering greater transmission range (50 to 150 ft) than other RF technologies with minimal competitive traffic.