CBU-ASR is a multi-purpose wireless control unit. It has two 0-10 VDC outputs. For tunable white applications, it is an ideal match for one or two-channel dim-to-off drivers that provide auxiliary power. It can also be used with industry-standard power packs to turn on and off large electrical loads.
The CBU-ASR can be configured to control 2 single-channel drivers or 1 multi-channel drivers. Both 0-10 VDC channels can be configured to control 2 channels of brightness or one channel can control brightness and one channel can control the temperature.
The CBU-ASR also has a sensor input which works with all standard low voltage occupancy sensors. The sensor input can also be configured to accept a signal from a light sensor.
CBU-ASR is a multi-purpose wireless control unit. It has two 0-10 VDC outputs. For tunable white applications, it is an ideal match for one or two-channel dim-to-off drivers that provide auxiliary power. It can also be used with industry-standard power packs to turn on and off large electrical loads.
The CBU-ASR can be configured to control 2 single-channel drivers or 1 multi-channel drivers. Both 0-10 VDC channels can be configured to control 2 channels of brightness or one channel can control brightness and one channel can control the temperature.
The CBU-ASR also has a sensor input which works with all standard low voltage occupancy sensors. The sensor input can also be configured to accept a signal from a light sensor.
CBU-ASR is a multi-purpose wireless control unit. It has two 0-10 VDC outputs. For tunable white applications, it is an ideal match for one or two-channel dim-to-off drivers that provide auxiliary power. It can also be used with industry-standard power packs to turn on and off large electrical loads.
The CBU-ASR can be configured to control 2 single-channel drivers or 1 multi-channel drivers. Both 0-10 VDC channels can be configured to control 2 channels of brightness or one channel can control brightness and one channel can control the temperature.
The CBU-ASR also has a sensor input which works with all standard low voltage occupancy sensors. The sensor input can also be configured to accept a signal from a light sensor.