Lutron MS-B102-SW Maestro Dual Technology Sensor Switch uses both passive infrared and ultrasound waves to ensure reliable sensing in small rooms. You'll never worry about accidently leaving the lights on again with the Maestro Sensing Switch because it turns the lights on when you enter the room and off after you leave. This sensor has an adjustable timeout (1, 5, 15 or 30 minutes), so you can control how long the lights stay on after you leave the room and features XCT Dual Sensing Technology (PIR and ultrasound) which detects very fine motion, such as typing at a desk or reading, ensuring lights do not turn off inadvertently.

Equipped with ambient light detection, you can customize your sensor to detect daylight so lights don't turn on with enough natural light in your room. Maestro Sensors work with any bulb type, including CFLs and LEDs and will match the decor of any room in your home. Installing and setting up a Maestro in-wall, dual-technology occupancy sensor is a simple, easy and low cost way to save energy and add light automation to your home.. Please note that this sensor requires a neutral.

Features:
Color: Snow
Neutral wire required
XCT Technology for major, minor, fine, and very fine motion detection
Occupancy models (MS-A102-XX, MS-B102-XX, MS-A202-XX, MS-B202-XX) can be set to Auto-ON / Auto-OFF or Manual-ON / Auto-OFF per circuit
180° sensor field-of-view
Tamper-resistant PIR lens
Up to 900 ft2 (81 m2) major motion coverage and 400 ft2 (36 m2) minor motion coverage
Two Ambient Light Detect (ALD) options:
Learning ALD Mode:
Uses adaptive algorithm. Sensor learns user's preferred light level over time.
Fixed ALD mode: Four selectable light level thresholds: Hi, Med, Low, Min
Adjustable timeout for each circuit (1, 5, 15, or 30 minutes)
Sensitivity adjustment
PIR (Hi, Med, Low, Min)
Ultrasonic (Hi, Med, Low, Off)
The single-circuit versions (MS-A102, MS-B102) can be used to meet many of the Title 20/24, ASHRAE 90.1, and IECC code requirements such as "automatic shutoff
Matching Wallplate Sold Separately