The ENERLITES PLBPC Plug Load Control Occupancy Sensor is a wireless, ceiling-mounted PIR sensor designed to automatically control plug loads based on room occupancy, helping reduce wasted energy and improve building efficiency. Ideal for offices, conference rooms, classrooms, break rooms, and commercial spaces, this sensor seamlessly integrates with ENERLITES plug load control receptacles for code-compliant energy management.
Featuring a 360° field of view with up to a 24-foot diameter coverage area, the PLBPC detects motion using passive infrared (PIR) technology. When occupancy is detected, connected receptacles are turned ON automatically; when the space is unoccupied, the sensor switches devices OFF after a 30-minute time delay, ensuring reliable energy savings without sacrificing convenience.
The PLBPC can wirelessly connect to up to six plug load control receptacles, making it ideal for multi-outlet control within a single zone. Powered by two AA lithium batteries, this sensor requires no hardwiring and installs quickly using the included adhesive tape or mounting screws. A manual override button allows users to turn connected loads OFF instantly before the preset time delay expires.
UL/CUL listed and backed by a 2-year warranty, the PLBPC delivers dependable performance and easy installation for modern energy-efficient buildings.
Model Number: PLBPC
Type: Plug Load Control Occupancy Sensor
Technology: Passive Infrared (PIR)
Mounting: Ceiling mount (adhesive tape or screws included)
Coverage: 360° field of view, up to 24 ft. diameter
Controlled Devices: Up to 6 plug load control receptacles
Time Delay: Fixed 30 minutes
Power Supply: 2 × AA lithium batteries
Installation: Wireless, battery powered
Certification: UL / CUL Listed
Warranty: 2 Years
Wireless PIR occupancy sensing for plug load control
Controls up to six receptacles from one sensor
360° ceiling coverage for reliable motion detection
Battery-powered design for fast, flexible installation
Manual override button for immediate shut-off
Supports energy code compliance when used with compatible receptacles