OAC-P-1500-R MicroSet Ceiling Sensor with BAS and Daylight Sensor, Passive Infrared, 360 Degree, 1500 Square Feet, 10-30 VDC, Class 2


$9.99

OAC-P-1500-R MicroSet Ceiling Sensor with BAS and Daylight Sensor, Passive Infrared, 360 Degree, 1500 Square Feet, 10-30 VDC, Class 2

The Controls Micro Set Passive Infrared Line Voltage Occupancy Sensing Ceiling Sensor is a movement sensing lighting management that’s used for power financial savings and comfort. The sensor is offered in each single and twin load management. The sensor is designed to detect movement from a heat-emitting supply (resembling an individual coming into a room) inside its field-of-view and routinely swap lights ON. These sensors have multi-segmented lenses. For models to sense movement, the particular person should cross between two segments. The gap between segments will increase the farther you’re from the sensor, so movement must be bigger the farther you’re from the unit. PIR sensors are thought of line-of-sight sensors, which means that the sensor should have the ability to have a direct line-of-sight to the particular person making the movement. The sensor consists of self-adaptive expertise that constantly self-adjusts sensitivity and time delay in real-time, maximizing the potential power financial savings which might be out there within the specific utility. The Micro Set Passive Infrared Line Voltage Ceiling Sensor has an ambient mild degree sensor. When enabled, the daylighting function prevents lights from turning ON when the room is satisfactorily illuminated by pure mild. Purposes-conference rooms, open workplace areas, small personal places of work, widespread areas, break rooms, restrooms (non-partitioned), utility closets.
Product Dimensions ‏ : ‎ 7 x 5 x 2.5 inches; 1 Kilos
Merchandise mannequin quantity ‏ : ‎ OAC-P-1500-R
Date First Accessible ‏ : ‎ April 22, 2014
Producer ‏ : ‎ Controls
ASIN ‏ : ‎ B00JV3CH4E

Micro Set self-adjusting time delay and sensitivity
Constructed-in mild degree sensor
Models out there for management of single or two separate masses
NEMA WD7 Normal robotic methodology utilized to confirm protection patterns