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
Lutron | Scalable light management solutions
Switches
Occupancy/vacancy sensors
Basic energy-saving devices
Occupancy/vacancy sensors
guarantee energy savings by
turning lights off when rooms
are unoccupied.
On = 100% light, 100% energy
Off = 0% light, 0% energy
Daylight sensors
As daylight increases in the room,
electrical light energy is reduced.
Dimmers
All Lutron dimmers save energy.
Light level is proportional
to energy use. 50% dimmed
uses only 60% of the energy—
saves 40%.
light
level/
energy
time
off
on
off
light
level
50
60 energy
used
unoccupied
off
occupied
on
daylight
energy
used
2
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