Description
Lutron Maestro Sensor Switch — White & Vacancy Mode
The Lutron MS-Z101-V-WH Maestro Sensor Switch in white is designed for precise lighting control using passive infrared technology. This sensor switch operates at 120-277 V and supports 8 A electronic fluorescent ballasts or LED drivers. It offers a single-pole or multi-location configuration and is set to vacancy mode only.
Key Features
- Voltage: Operates on 120-277 V, 50/60 Hz for versatile installation options.
- Load Rating: Supports up to 8 A for electronic fluorescent ballasts or LED drivers.
- Pole Configuration: Compatible with single-pole and multi-location setups.
- Sensor Technology: Utilizes passive infrared with Lutron XCT Technology for enhanced motion detection.
- Timeout Settings: Adjustable timeout options of 1, 5, 15, or 30 minutes.
- Neutral Requirement: Requires connection to neutral or ground for proper operation.
- Field-of-View: 180-degree sensor coverage with major motion detection up to 900 ft2.
- Ambient Light Detection: Smart ALD for energy-efficient operation.
- Trim Adjustments: High-end and low-end trim settings for optimal light level control.
- Certifications: UL Listed, Title 20/24 compliant for safety and energy standards.
Construction & Interface
The sensor switch features a sleek white finish suitable for indoor environments. It includes a tap button for manual control and programming LEDs for easy setup. Note that the wallplate is sold separately.
Sensor, Smart & Timer Capabilities
This sensor switch offers advanced capabilities with occupancy and vacancy modes, adjustable sensitivity levels, and smart ambient light detection. It ensures lights turn off automatically when the room is unoccupied, enhancing energy efficiency.
Wiring & Installation
The MS-Z101-V-WH requires a neutral or ground connection for operation. It supports single-pole and multi-location installations, with wiring options for both scenarios. Ensure proper connection to either neutral or ground for functionality.






Reviews
There are no reviews yet.