Specification Sheet
Table Of Contents
- Introduction
- Table of contents
- Scalable light management solutions
- New energy-saving products
- Four steps to selecting your control: Step 1
- Four steps to selecting your control: Step 2
- Four steps to selecting your control: Step 3
- Four steps to selecting your control: Step 4
- Dimmer families
- Vierti
- Vareo
- Nova T
- Nova
- Centurion
- Maestro
- Maestro IR
- Maestro Wireless
- Spacer System
- Diva
- Lyneo Lx
- MeadowLark
- Skylark
- Abella
- Ceana
- Ariadni
- Glyder
- Rotary
- Credenza and Attaché
- Maestro wallbox occupancy/vacancy sensors
- Radio Powr Savr wireless occupancy/vacancy sensors
- Radio Powr Savr wireless daylight sensors
- Wallplates and accessories: New Architectural
- Wallplates and accessories: Architectural
- Wallplates and accessories: Designer/Claro/Satin Colors
- Wallplates and accessories: Traditional/Fassada
- Mounting
- Ganging and derating
- Lighting load interfaces
- Wiring diagrams
- Glossary
- Visual index
- Patents and trademarks
Sensor placement
Determine the daylight sensor mounting location using the diagram below:
•
Place the daylight sensor so the viewing area is centered on the nearest window
at a distance from the window of one to two times the effective window height (H)
•
The effective window height (H) starts at the window sill or 3 ft (1 m) up from the floor,
whichever is higher, and ends at the top of the window
•
Do not position the daylight sensor in the well of a skylight or above indirect lighting fixtures
•
For narrow areas where the daylight sensor cannot be placed 1 H–2 H from windows,
place sensor near windows facing into space
Location for average size areas
Arrow points towards the area viewed
by the sensor (towards windows)
Location for narrow areas
(corridors, private offices)
Arrow points towards the area viewed
by the sensor (away from window)
Sensors | Radio Powr SavrTM wireless daylight sensors
147
www.lutron.com | 1.800.523.9466 |
Daylight sensor
Sensor model number
Daylight sensor LRF2-DCRB-WH
Bottom of sensor
H = Effective Window Height
Area
viewed by
sensor
1 H–2 H
H
3 ft
WH
White