2CH Driver CC 36W AC/DC
D-B1K-30-42-17-DL00
The D-B1K-30-42-17-DL00 drivers are the ideal solution for standalone projects as well as the backbone of complex Mesh Networks. Like two drivers in one, this dual channel driver is programmable from 100mA up to 1,000mA and used for Tunable White applications. Please contact BubblyNet Sales for housing options and pricing.
Oops, that's an error. Try refreshing
For more information please open this page in the HubSpot page editor.Login or contact sales to view pricing.
Technical Description
The Tunable White driver is a wireless device that controls via Bluetooth® a Tunable White fixture and does not require the use of a gateway.
- AC Input Voltage: 110-277VAC
- DC Output Voltage: 30-42VDC
- Max AC Input Current: 0.6A
- Max DC Output Current: 1A (2 channel combined)
- Protections: Over Current, Short Circuit, Over Temperature
- Dimensions: 4.25” x 1.7” x 1.25” (108 x 43 x 25.4 mm)
- Housing Dimensions: 12” X 2.5” X 1.625” (305x 63.5 x 41.3mm)
The D-B1K-30-42-17-DL00 operates on 110-277V. The two channels are used to mix different light sources for Tunable White applications. Once powered up, the device broadcasts its identification code waiting to be commissioned through the Bubblynet App. The installation of the D-B1K-30-42-17-DL00 is very simple. The two wires for universal AC input are connected to the main line. The two wires for DC output are connected to each of the tunable white colors.
As soon as the driver is powered on it will start broadcasting the non-provisioned advertising messages that will tell the provisioning app that a new device is ready to join. The provisioning app will connect to the new driver, configure security keys, addresses and other data so the new driver can join the Mesh Network. After the new driver joins the Mesh Network it is ready to be configured (publishing / subscribing data.)
For best results, drivers need to be installed within 30 feet of the closest device within the Bluetooth® Mesh network. Signal strength significantly decreases in presence of metal barriers such as when devices are enclosed in metal boxes.