Cooper Controls OAC-DT-2000-R MicroSet Ceiling Sensor with BAS and Daylight Sensor, Dual Technology (Passive Infrared and Ultrasonic), 32 kHz, 360 Degree, 2000 Square Feet

Cooper Controls OAC-DT-2000-R MicroSet Ceiling Sensor with BAS and Daylight Sensor, Dual Technology (Passive Infrared and Ultrasonic), 32 kHz, 360 Degree, 2000 Square Feet

$179.99
Sale price  $179.99 Regular price  $236.99
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Cooper Controls OAC-DT-2000-R MicroSet Ceiling Sensor with BAS and Daylight Sensor, Dual Technology (Passive Infrared and Ultrasonic), 32 kHz, 360 Degree, 2000 Square Feet

Cooper Controls OAC-DT-2000-R MicroSet Ceiling Sensor with BAS and Daylight Sensor, Dual Technology (Passive Infrared and Ultrasonic), 32 kHz, 360 Degree, 2000 Square Feet

$179.99
Sale price  $179.99 Regular price  $236.99
FREE shipping on this itemShips from West Long Branch, NJ. Typically arrives in 3–7 business days.
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Key features

  • Micro Set self-adjusting Time Delay and sensitivity
  • Optional built-in light level sensor
  • Optional BAS/HVAC isolated relay
  • NEMA WD 7 Standard robotic method utilized to verify coverage patterns
  • Selectable Walk-Through Mode

The Controls Dual Technology sensor's combination of Ultrasonic and Passive Infrared technologies offers the most complete sensing equipment available today. This pairing helps eliminate false activations or deactivations for additional energy savings. The OAC-DT sensors are also equipped with Micro Set self-adjusting technology which provides an adaptive and airflow tolerant technology, making them ideal for spaces which have increased airflow due to higher occupant levels. Micro Set self-adjusting Dual Technology sensors drastically simplify and reduce a contractor's installation and adjustment time period. Dual Relay control. The Micro Set self-adjusting technology continuously monitors multiple sub-frequencies in the event that if a continuous Doppler shift occurs, such as those created by airflow from an air duct, the sensor will identify the noise as continuous and then block it out of view at a select sub-frequency. It will continue to monitor other sub-frequencies for human motion. This avoids false-activation, while still maintaining the high level of sensitivity that is necessary for sensing minor motion in a changing environment. Separate concurrent time delays for both

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