Transcript Airwave

Wired lighting systems
Challenges
• Inadequate controls to turn off unnecessary lights
• Traditional wired switches are expensive to install
• Inability to respond to daylight or occupancy changes
Did you
know?
Lighting energy accounts
for nearly 50% of
commercial building
electricity consumption
and represents 11% of
California peak electrical
demand (>5.4 GW).
Airwave wireless
Flexibility
Efficient
Responsive
Personal Control
Reduced costs
No batteries
Wireless
Occupancy sensing
Safe & reliable Daylight harvesting
Intelligent
Solar energy
Ergonomic
LEED
®
Self-powered
Dimming
Demand response
Kinetic power
Limitless
Adaptive
Simple
Energy
savings
Sustainable
How it works
No wires.
No batteries.
No maintenance.
Kinetic Energy Devices
Wireless. Batteryless. Limitless.
New Color Options
White
Light Almond
Switch options
Ivory
Brown
Black
New handheld remote
• Wireless
• Kinetically powered
• Battery-free
Single paddle
Dual paddle
Optional accessories
Architectural screwless faceplates &
surface mount backplates
Faceplate /Switch/ Backplates
1-gang
2-gang
3-gang
7
Solar powered photosensor
Wireless daylight harvesting.
Link button
• No wires, no batteries
• Powered by solar energy
• Integrated miniature photovoltaic cells
• Mounts to any surface, anytime.
Anytime, anywhere, any surface
Switches & Sensors can attach to any surface:
 Brick
 Glass
 Resin
Solar powered
photosensor
 Concrete
 Tile
 Wood
Kinetic energy
switch
Kinetic handheld
remote
Easy installation & repositioning
No special devices, software or tools required
Personalized control & maximum energy savings
Occupancy Sensing
Wired + wireless compatibility.
Automatic energy savings
Dim to OFF
All occupancy sensor vacancy signals sent
to the Airwave transceiver initiate dimming
of luminaires, eventually shutting OFF when
the space is unoccupied.
24V Wired Occupancy Sensors
Compatibility with wired occupancy sensors,
including infra-red (PIR), ultrasonic, dualtechnology and microphonic devices.
315 MHz Wireless Occupancy Sensors
Fully compatible with 315 MHz EnOcean
enabled wireless occupancy sensors.
Intelligent transceiver
Brains behind the beauty.
• 120/277/347V
• 24V occupancy sensor compatibility
• Wired occupancy sensors
• Wireless occupancy sensors
• Meets regulatory standards
• UL 2043 Plenum rated
• Meets California Title 24 standards
• Demand Response
• Reacts to 4 levels of DR load shedding
Energy Consumption
The future demands response
Energy Consumption
Time of Day
Levels of Demand Response
Response Daylight Harvesting
Response integrated daylight harvesting sensors are
FREE with all suspended products equipped with
Ledalite factory standard 1-10V dimming ballasts.
®
Following LEED
Credit Name
Points
Sustainable Sites
Light Pollution Reduction
1
Energy & Atmosphere
Fundamental Commissioning
Minimum Energy Performance
Optimize Energy Performance – Lighting Power
Optimize Energy Performance – Lighting Controls
Enhanced Commissioning
Measurement & Verification
Prerequisite
Prerequisite
1-5
1-3
5
2-5
Materials & Resources
Materials Reuse
Sustainable Purchasing – Reduced mercury in lamps*
1-2
1
Indoor Environmental Quality
Controllability of Systems – Lighting
1
Innovation in Design Process
Innovation in Design
Total Points Achievable:
1-5
10- 28
www.ledalite.com/leed
Redefine Design
Offices spaces
Heritage Buildings
Libraries
Healthcare Facilities
Conference Rooms
Public Spaces
Applications
Suspended
Recessed
Wall Mount
Surface Mount
Boardroom
Getting together will never be the same.
Airwave transceiver
above ceiling
Response photocell
in Float fixture
Airwave switch
on glass and brick
Private office
Custom lighting from coffee to closing time.
Occupancy sensor
wired or wireless
Airwave transceiver
above ceiling
Response photocell
in Chopstick fixture
Airwave Dual Switch
on brick wall
Airwave handheld
on brick wall
Private office
Built-in simplicity.
Airwave transceiver
above ceiling
Occupancy sensor
wired or wireless
Airwave photosensor
solar powered
Airwave switch
on wall
Airwave handheld
on brick wall
Open office
Smart lighting, brilliant results.
Response photocell
in Voice fixture
Occupancy sensor
wired or wireless
Airwave transceiver
Airwave switch
mounted on desks
Open office
Custom control for the common good.
Airwave transceiver
above ceiling
Airwave photosensor
solar powered
Airwave switch
mounted on glass
Needs based lighting zones
Airwave best practices
• 1 transceiver per zone
• Multiple points of control
• Use of energy saving controls:
• Airwave photosensor
• Response daylight sensors
• Occupancy sensors
Design Planning
Airwave best practices
Transceivers can receive wireless
signals from 30 devices located up to
100 feet away
Signals can be received through up
to five walls
Signals can be received from multiple
switches and occupancy sensors
Airwave technical specifications
 Safe & Secure
 Interference - free
 Fully Compliant
Technical Specs
Kinetic energy devices.
Switch options
Single paddle
Dual paddle
Handheld remote
Technical Specs
Solar powered photosensor.
Link button
Technical Specs
Intelligent transceiver.
Wiring & Layout Diagrams
Examples.
Airwave + Occupancy sensing
28
Airwave availability
Wireless. Batteryless. Limitless.
Sustainability made simple
Powered by organic energy
Intelligent wireless lighting control
Reduced energy consumption
Fits every space.
Imagine your world without wires…
www.ledalite.com