Maestro 2A Motion Sensor Single Pole SW
SKU: #83785
Part: #MS-OPS2-SW
UPC: 027557982788
Maestro 2A Motion Sensor Single Pole SW
SKU: #83785
Part: #MS-OPS2-SW
UPC: 027557982788
Next day delivery
Description
Maestro 2A Motion Sensor Single Pole Switch – Motion Sensor Lighting Solutions
The Lutron Maestro 2A Motion Sensor Single Pole Switch is designed for automatic lighting control using advanced passive infrared (PIR) motion sensing technology. Suitable for single-pole applications, this sensor switch detects occupant motion to turn lights on and off, enhancing energy efficiency and convenience. Ideal for electrical distributors and lighting solutions providers, it supports various lighting types and integrates easily into standard wallbox mounting systems.
Specifications
- Manufacturer: Lutron
- Manufacturer Part #: MS-OPS2-SW
- Load Rating: 2A for any lighting type
- Control Type: Single-pole only
- Sensor Type: Passive infrared (PIR) with tamper resistant lens
- Field of View: 180 degrees
- Coverage Area: 900 sq ft major motion, 400 sq ft minor motion
- Operating Temperature: 32 to 104 degrees Fahrenheit
- Body and Enclosure Material: Plastic
- Mounting Type: Wallbox
- Product Weight: 0.15 lb
- UPC: 027557982788
Features
- Advanced motion sensing with Lutron’s exclusive Cross Correlation Technology (XCT) for detecting fine motions such as typing or reading
- Smart ambient light detection (ALD) to prevent lights from turning on when sufficient natural light is present
- Adjustable timeout settings: 1, 5, 15, or 30 minutes to control how long lights stay on after motion ceases
- Vacancy mode compliance for Title 24 requirements: lights turn on manually and off automatically when no motion is detected
- Adjustable PIR sensor sensitivity to detect only larger motions if desired
- Compatible with Lutron Claro wall plates for consistent color matching (sold separately)
- Designed for indoor use with unobstructed sensor view for reliable occupancy detection
- Audible click when switching on/off, indicating normal functionality