SensorWorx SWX-950 Wireless Load Controller 20A 120–277V

Product Overview

The SensorWorx SWX-950 is a wireless power pack load controller designed for commercial lighting automation and occupancy-based lighting control applications. Operating on 120/277VAC, the SWX-950 wirelessly links with compatible sensors, photocells, and wall stations to control connected lighting loads while supporting scalable wireless lighting control configurations.

Key Features & Design

• Functionality: Wireless power pack load controller that switches connected lighting loads in response to wireless occupancy sensors, photocells, and wall controls while supporting configurable occupancy, vacancy, daylight harvesting, and photocell operating modes.
• Installation context: Designed for commercial lighting control installations requiring wireless occupancy sensing, automated switching, daylight harvesting, or multi-zone lighting automation in offices, classrooms, retail spaces, and similar environments.
• Notable specifications:
  120/277VAC single-phase operation; Class 2 18VDC output; 20A general-purpose load rating; 16A electronic ballast and LED driver rating; wireless communication at 915 MHz; wireless range up to 80 feet line-of-sight; zero-cross relay switching; occupancy and vacancy modes; configurable daylight harvesting support; plenum rated (UL 2043); 1/2-inch knockout mounting; blue housing; UL listed; RoHS compliant.
• Contractor-relevant details: Wireless linking supports fast deployment without extensive low-voltage control wiring, while integrated zero-cross switching technology helps extend relay life when controlling high-inrush LED loads. The quick-link push-button pairing process and knockout-mounted housing simplify installation and commissioning.

Performance / Benefits

In commercial lighting control applications, the SWX-950 delivers reliable wireless switching performance for occupancy sensors, photocells, and wall stations. Its configurable operational modes support energy-saving lighting automation strategies, while wireless linking enables flexible lighting layouts and simplified future system adjustments. Zero-cross relay switching improves long-term reliability and supports demanding commercial LED lighting loads.