SensorWorx SWX-950-D2 Wireless Dimming Power Pack Controller 0–10V

Product Overview

The SensorWorx SWX-950-D2 is a wireless dimming power pack controller designed for commercial lighting automation and occupancy-based lighting control applications. Operating on 120/277VAC, the controller wirelessly links with compatible sensors, photocells, and wall stations to switch connected lighting loads while providing integrated 0–10V dimming control for energy-efficient lighting management.

Key Features & Design

• Functionality:Wireless dimming power pack controller that switches connected lighting loads based on signals from compatible wireless occupancy sensors, photocells, and wall stations while supporting integrated 0–10V dimming control.
• Installation context: Designed for commercial lighting control systems requiring wireless occupancy sensing, automated switching, daylight harvesting, or dimming-based lighting automation in offices, classrooms, retail environments, and similar commercial spaces.
• Notable specifications: 120/277VAC single-phase operation; Class 2 0–10V dimming control; 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 operating modes; configurable daylight harvesting support; plenum rated (UL 2043); 1/2-inch knockout mounting; blue housing; UL listed; RoHS compliant.
• Contractor-relevant details: Wireless communication reduces low-voltage control wiring requirements and supports flexible lighting layouts. Zero-cross relay switching helps extend relay life when controlling high-inrush LED loads, while push-button wireless pairing and knockout-mounted installation simplify commissioning.

Performance / Benefits

In commercial lighting control applications, the SWX-950-D2 delivers reliable wireless switching and integrated 0–10V dimming control for occupancy-based lighting automation systems. Its configurable operational modes support energy-saving lighting strategies, while wireless linking enables simplified retrofits, flexible system expansion, and easier future lighting control adjustments. Zero-cross relay switching improves long-term reliability when controlling demanding commercial LED lighting loads.