LE-MS3-AUX PIR Motion Sensor, Bluetooth, 12VDC, High Bay, Daylight Harvesting

The Trace-Lite LE-MS3-AUX PIR Motion Sensor is a LiteLogic-compatible, low-voltage occupancy sensor designed for plug-and-play integration with compatible LED fixtures and lighting control systems. Engineered for high-bay and large-area applications, the sensor connects via a 3.5mm AUX port, allowing quick installation without additional wiring or external power packs. Operating on 12VDC input, the LE-MS3-AUX is designed to work with fixtures or controllers that provide auxiliary power, enabling seamless integration into LiteLogic wireless lighting control networks. The sensor includes built-in Bluetooth mesh technology, allowing configuration, grouping, and control through a mobile application without the need for centralized control systems. The unit features a high-bay PIR lens optimized for mounting heights up to 40 feet and provides a wide detection range of approximately 40 to 80 feet. This makes it ideal for warehouses, industrial facilities, gymnasiums, and other high-ceiling environments requiring reliable occupancy detection. In addition to motion sensing, the LE-MS3-AUX includes daylight harvesting functionality and 0-10V dimming output, enabling advanced lighting control strategies such as bi-level lighting and ambient light response to reduce energy consumption. Constructed with UL 94-5VA rated housing and designed for durability, the sensor operates in temperatures ranging from -30 DegC to 55 DegC. The compact design allows integration directly into compatible luminaires, minimizing installation time and labor costs. With Bluetooth transmission range up to approximately 164 feet and compatibility with a wide range of Trace-Lite fixtures, the LE-MS3-AUX provides a scalable and flexible solution for wireless lighting control systems. Ideal for commercial and industrial applications requiring simple, plug-and-play sensor integration, the Trace-Lite LE-MS3-AUX PIR Motion Sensor delivers efficient occupancy sensing and lighting control within LiteLogic-enabled environments.