LUTRON LOS-CDT-2000-WH CEILING MOUNT OCC SENSOR DUAL TECH
Product Details
Attributes
Features
Resources
Lutron® Occupancy Sensor, Series: LOS-C, 20 to 24 VDC, 33 mA, PIR/Ultrasonic Sensor, 2000 sq-ft Coverage, 360 deg Viewing, 8 to 30 min Delay, LED Lamp, Wired, Ceiling Mount, 32 to 104 deg F, Plastic, White, 4.5 in Dia x 1.4 in D
The LOS-CDT series dual technology ceiling mount sensors can integrate into Lutron® R systems or function as stand-alone controls using a Lutron® R power pack. The technology eliminates manual sensitivity and timer adjustments during installation and over the life of the product.
- Intelligent, continually adapting sensor
- Suited for complex environments that are difficult to control with single-technology sensors
- Non-Volatile Memory: settings saved in protected memory are not lost during power outages
- Affords choice of turning lights off or dimming to a preset level in the unoccupied state when integrated with a Lutron® system
- Ultrasonic (US) combined with Passive Infrared (PIR) sensing provide high sensitivity, high noise immunity, and excellent false tripping immunity
Product Details
Lutron® Occupancy Sensor, Series: LOS-C, 20 to 24 VDC, 33 mA, PIR/Ultrasonic Sensor, 2000 sq-ft Coverage, 360 deg Viewing, 8 to 30 min Delay, LED Lamp, Wired, Ceiling Mount, 32 to 104 deg F, Plastic, White, 4.5 in Dia x 1.4 in D
The LOS-CDT series dual technology ceiling mount sensors can integrate into Lutron® R systems or function as stand-alone controls using a Lutron® R power pack. The technology eliminates manual sensitivity and timer adjustments during installation and over the life of the product.
Attributes
Features
- Intelligent, continually adapting sensor
- Suited for complex environments that are difficult to control with single-technology sensors
- Non-Volatile Memory: settings saved in protected memory are not lost during power outages
- Affords choice of turning lights off or dimming to a preset level in the unoccupied state when integrated with a Lutron® system
- Ultrasonic (US) combined with Passive Infrared (PIR) sensing provide high sensitivity, high noise immunity, and excellent false tripping immunity