Cut Sheet

ManualsBrandsLutron ManualsLightingWireless Occupancy Sensor

S P E C I F I C AT I O N S U B M I T TA L Page

Job Name:

Job Number:

Model Numbers:

Radio Powr SavrTM Wireless Occupancy and Vacancy Sensors

369327 Rev A 1 10.07.10

Wireless Ceiling Mount Sensor

Lutron’s ceiling-mounted occupancy/vacancy sensors

are wireless, battery-powered passive infrared (PIR)

sensors that automatically control lights via RF

communication to compatible dimming and switching

devices. These sensors detect the heat from people

moving within an area to determine when the space

is occupied. The sensors then wirelessly transmit the

appropriate commands to the associated dimming

and switching devices to turn the lights on or off

automatically. They combine both convenience

and exceptional energy savings along with ease

of installation.

Features

• Wireless occupancy sensor has 3 settings available:

Auto-On/Auto-Off, Auto-On Low-Light/Auto-Off, and

Manual-On/Auto-Off

• Auto-On Low-Light feature will only turn lights on

automatically if there is less than approximately 1 fc

(10 lux) of ambient light

• Vacancy model available to meet CA Title 24 requirements

• 10-year battery life design

• Passive infrared motion detection with exclusive

Lutron XCTTM Technology for ﬁne motion detection

• 360˚ coverage ranges from 324 sq. ft to 676 sq. ft.

(depending on mounting height)

• Multiple ceiling-mount methods available for different

ceiling materials

• RoHS compliant

• Simple and intuitive adjustments available for Timeout,

Auto-On, and Activity settings

• Front accessible test buttons make setup easy

• Lens illuminates during test mode to verify ideal locations

• Multiple sensors can be added for extended coverage—

refer to product speciﬁcation submittals of receiving

device to determine system limits

Compatible RF Devices:

• For use with Lutron® products only.

• Communicates to the following wireless Lutron

systems:

- Maestro® Wireless® (MRF2)

- GRAFIK Eye® QS Wireless

- Energi Savr NodeTM QS (with QS Sensor Module

on QS Link)

- Quantum® (with QS Sensor Module on QS Link)

- RadioRA® 2

Models Available:

• LRF2-OCRB-P-WH-xx

434 MHz Occupancy/Vacancy Sensor

• LRF2-VCRB-P-WH-xx

434 MHz Vacancy Sensor

xx = Color Options:

WH (white)

BL (black)

LA (light almond)

Summary of content (5 pages)

PAGE 1
Radio Powr SavrTM Wireless Occupancy and Vacancy Sensors 369327 Rev A 1 10.07.10 Wireless Ceiling Mount Sensor Lutron’s ceiling-mounted occupancy/vacancy sensors are wireless, battery-powered passive infrared (PIR) sensors that automatically control lights via RF communication to compatible dimming and switching devices. These sensors detect the heat from people moving within an area to determine when the space is occupied.
PAGE 2
Radio Powr SavrTM Wireless Occupancy and Vacancy Sensors 369327 Rev A 2 10.07.
PAGE 3
Radio Powr SavrTM Wireless Occupancy and Vacancy Sensors 369327 Rev A 3 10.07.10 Range Diagrams Sensor Coverage with an 8 ft (2.4 m) Ceiling Ceiling 8 ft (2.4 m) Ceiling height Floor Co ve ra ge at Fl oo r 15 ft 12 ft 9 ft 6 ft 3 ft 0 ft 3 ft 6 ft 9 ft 12 ft 15 ft (4.6 m) (3.7 m) (2.7 m) (1.8 m) (0.9 m) (0 m) (0.9 m) (1.8 m) (2.7 m) (3.7 m) (4.6 m) Ra di us of Occupant Sensor 18 x 18 ft (5.5 x 5.5 m) Maximum Room Dimensions for Complete Coverage when mounted on an 8 ft (2.
PAGE 4
Radio Powr SavrTM Wireless Occupancy and Vacancy Sensors 369327 Rev A 4 10.07.10 Installation Overview Sensor Placement • The sensor’s ability to detect motion requires line of sight of room occupants. The sensor must have an unobstructed view of the room. DO NOT mount behind or near tall cabinets, shelves, hanging fixtures, ceiling fans, etc. The sensor cannot see through glass objects such as patio or shower doors. • Hot objects and moving air currents can affect the sensor’s performance.
PAGE 5
Radio Powr SavrTM Wireless Occupancy and Vacancy Sensors 369327 Rev A 5 10.07.10 Lens Masking Whenever possible, the sensor should be installed in a location where it cannot easily see into areas outside the intended space, such as hallways or adjacent rooms. If this situation cannot be avoided, portions of the lens may be masked with the provided labels to block the sensor’s view of the undesired areas.