SensorWorx Wireless Power Pack Load Controller - 20A - 120-277V

SensorWorx wireless power pack controllers switch on/off power to a connected lighting load as directed by wirelessly linked sensors, photocells, and wall controls. The SensorWorx wireless power pack is rated to switch fully loaded circuits and utilizes a powerful microprocessor to optimize its switching timing, ensuring long relay life even when controlling high-inrush LED lighting. As with all SensorWorx products, these power packs are easy to install and incorporate features which reduce contractor labor time. An elongated chase nipple with snaps for quick installation and an optional snap-on low voltage wire chamber make for a hassle free contractor experience.

A received wireless message indicating occupancy from one or more wirelessly linked sensors will trigger the pack’s integrated relay to close. When configured for Vacancy operation, an ON switch message is required from a wirelessly linked wall station to initially trigger lights. Once closed, line voltage will flow through the relay and turn on the connected lighting load. The wireless power pack maintains a master time delay that is reset every time a linked sensor reports occupancy. Lights will be switched off once there hasn’t been an occupancy message reported for the duration of the time delay. If linked to a photocell, the unit receives light level readings and controls connected lighting according to its photocell operating mode.

Power Pack Features

• Wirelessly links to sensors, photocells, and wall stations
• Links in seconds up to 50 remote devices
• Switches Up to 20A line voltage loads
• Configurable time delays and operational modes (e.g. occupancy/ vacancy)
• Configurable daylight harvesting and photocell modes
• Electronically timed switching ensures long relay life
• Integrated test/programming button

SensorWorx is committed to 100% USA based manufacturing

Need help deciding what switches or sensors work best for your application? Refer to Sensorworx's handy application guides:

• Click Here to return to GenerationLEDs homepage. We have the 2015 IECC application guide
• Click Here to return to GenerationLEDs homepage. We have the 2018 IECC application guide