Philips Ledalite Airwave User manual
Philips Ledalite
Phone: 604.888.6811
Fax: 800.665.5223
Web: ledalite.com
Product Manual
REV 0711
L0337
Product Manual
© Philips Ledalite 2011 Page 1
AIRWAVE DEVICES
1.0 Overview
2.0 Airwave Transceiver
2.1 Wired and Wireless Occupancy Sensing
2.2 Transceiver Specifications
3.0 Solar Powered Wireless Photosensor
3.1 0-10V Dimming Ballast Systems
3.2 Standard Non-Dimming Ballast Systems
3.3 Specifications
4.0 Solar Powered Wireless Occupancy Sensor
4.1 Specifications
5.0 Kinetic Powered Wireless Devices
5.1 Wireless Switches
5.2 Wireless Handheld Remote
5.3 Specifications
AIRWAVE DESIGN GUIDELINES
6.0 Design Flexibility
6.1 Multiple Applications
6.2 Anywhere
6.3 Anytime
6.4 Flexible & Functional
7.0 3-Way Dimming
8.0 Creating Lighting Zones
9.0 Daylight Harvesting
9.1 Airwave Wireless, Solar-Powered Photosensor
9.2 Response Daylight Sensor
10.0 Wired & Wireless Occupancy Sensing
11.0 Range Planning
11.1 Penetration Rates for Commonly used Building Materials
11.2 Transmission Path
11.3 Recommended distance between Airwave Devices and other Transmitters
12.0 Demand Response
12.1 Four Levels of Response
12.2 Programmable for Additional Flexibility
12.3 Demand Response Behaviour
12.4 Demand Response Transmitter
13.0 Safety, Security, and Regulatory Compliance
14.0 Warranty
Product Manual
© Philips Ledalite 2011Page 2
AIRWAVE PROGRAMMING GUIDE
15.0 Linking/Unlinking an Airwave Switch or Photosensor to a Transceiver
15.1 Linking using push buttons on the Airwave Transceiver
15.1.1 To Link an Airwave Switch
15.1.2 To Link an Airwave Photosensor
15.2 Linking Wirelessly
15.2.1 Linking using an Airwave wireless Switch to a new or cleared Transceiver
15.2.2 Linking an additional Airwave Wireless Switch to a Transceiver
15.3 Unlinking Devices
16.0 Linking/Unlinking an Occupancy Sensor to a Transceiver
16.1 Linking Wired 24Vdc Occupancy Sensors
16.2 Unlinking Wired 24Vdc Occupancy Sensors
16.3 Linking Wireless Occupancy Sensors
16.4 Unlinking Wireless Occupancy Sensors
17.0 Clearing Devices from a Transceiver
17.1 Clearing using Push Buttons on the Airwave Transceiver
17.2 Clearing using an Airwave Wireless Switch only
18.0 Understanding LED Blink Patterns
19.0 Transceiver Configuration Instructions
19.1 Understanding and Navigating in Configuration Mode
19.2 Steps to Enter Configuration Mode
19.3 Steps to Exit Configuration Mode/Menu
20.0 Configuration Mode – Detailed Instructions
20.1 Blink Code 1: Timeout Settings Table
20.2 Blink Code 2: Photosensor Set Point
20.2.1 For dimming ballasts
20.2.2 For non-dimming ballasts
20.3 Blink Code 3: Walk Test Mode
20.4 Blink Code 4: Link Mode
20.5 Blink Code 5: Repeater ON/OFF Mode
20.6 Blink Code 6: Occupancy Mode
20.7 Blink Code 7: Clear Mode
20.7.1 Clearing configuration Switch only
20.7.2 Clearing all devices:
20.8 Blink Code 8: Occupancy Transmit
20.8.1 Configuration Mode Method
20.8.2 Transceiver Push Button Method
20.9 Blink Codes 9-12: Demand Response
20.9.1 Blink Code 9: Enabling Demand Response
20.9.2 Blink Codes 10-12: Adjusting Demand Response Levels
Appendix A – Programming Quick Reference Guide
Appendix B - Layout and Wiring Diagrams
Appendix C – FAQs
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© Philips Ledalite 2011 Page 3
AIRWAVE DEVICES
1.0 Overview
Airwave provides wireless individual personal control, daylight harvesting, occupancy sensing, and full range dimming for private offices, open plan areas, conference rooms, and other spaces. Airwave devices
can also be used to transform large areas of uncontrolled lighting into smaller, discreet zones with improved user accessibility and control.
Airwave Devices:
• Solarpowered,wirelessphotosensorfordaylightharvesting.
• Solarpowered,wirelessPIRoccupancysensor.
• Kineticallypoweredandwirelesshandheldremote,singlepaddleswitchanddualpaddleswitchesforON/OFFandfullrangedimmingcontrol.
• IntelligenttransceiverthatreceivessignalsfromwirelessAirwavedevicesandwiredorwirelessoccupancysensorsandcontrolslightingxtures.
2.0 Airwave Transceiver
TheAirwavetransceiveristhehubofthesystemintelligence.ItreceiveswirelesssignalsfromkineticallypoweredAirwaveswitchesand
solarpoweredAirwavephotosensorsaswellaswiredandwirelesssignalsfromoccupancysensorstocontrolON/OFFfunctionsand0-10V
dimming for individual light fixtures or a group of light fixtures contained within a lighting zone. The AirwaveTransceiver can also:
• TransmitoccupancysignalstootherwirelessTransceivers
• RepeatAirwaveswitchesandotherdevicestodistantTransceivers
• RespondtowirelessDemandResponsesignalstodimorturnofflightstoreduceenergyconsumption
(seeSection12.0–DemandResponse)
2.1 Wired and Wireless Occupancy Sensing
2.1.1 24VWiredOccupancySensing
TheAirwavetransceiverisfullycompatiblewithwiredoccupancysensors,includinginfra-red(PIR),ultrasonic,dual-
technologyandmicrophonicdevices.Infact,thetransceiverhasanintegrated24V(50mA)outputtoprovide
powerforthesewiredmotiondetectiondeviceswhichreducestheneedforadditionalpowerpacksandlow
voltagewiring.UsingwiredoccupancysensorswithAirwaveisakeystrategytoenhanceenergysavingswhich
allowsdesignerstodeploythemostapplicableandreliabletechnologymountedinthemostappropriatelocation(s)
without the concerns of detection coverage patterns or batteries and their associated maintenance.
Note: a wired occupancy trigger signal should be wired to only one transceiver.Triggering multiple transceivers
must be done wirelessly using the steps outlined in 20.8.
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© Philips Ledalite 2011Page 4
2.1.2 315MHzWirelessOccupancySensing
TheAirwavetransceiverisfullycompatiblewithPhilipsLedaliteorotherwirelessoccupancysensorsthatoperateatafrequencyof315MHzandareembeddedwiththeEnOcean
protocol.Thesesensorstypicallyuseinfra-red(PIR)technologysuitableforwallorceilingmountlocationswheretherangeofmotiondetectionrequiredislimited.Mostavailable
wirelessoccupancysensorsarenotcompletelyself-powered,butareinfacthybriddevicesthatincorporatesolarenergyharvestersANDrelyontheuseofbatteriestoremain
operationalformorethanafewhoursand/orautomaticallyturnONwhenmotionisdetected.Wirelessoccupancysensorscanbeusefulenergysavingstoolswhenappliedcorrectly,
howeverusinganAirwavekineticallypoweredwirelessswitchinconjunctionwithwirelessoccupancydeviceisarecommendedbestpracticeforfail-safereliability.
2.1.3 DimtoOFF
AllvacancysignalssenttotheAirwavetransceiverfromanoccupancyormotiondetectiondeviceautomaticallyinitiateaslow-fadedimmingofluminaires,eventuallyshuttingoffthe
fixtures when the space is unoccupied. This smooth transition means environments remain dynamic and efficient, while also being sensitive to the people who inhabit them.
2.1.4 Auto-ON
TheAirwaveTransceiverissettoAuto-ONwhenanoccupancysignalisreceived.TheAuto-ONOccupancymodecanbemanuallyoverriddenbyturningthexturesoffusinga
switchtoallowlightstostayoffduringanA/Vpresentation.TheTransceiverwillautomaticallyreverttoAuto-ONOccupancyoncetheoccupantshavelefttheroom.Theoverridecan
alsobemanuallyrevertedbymanuallyswitchingthelightsbackonagainatanytime.
2.2 Transceiver Specifications
InputVoltage 120,277,or347VAC
RelayLoad 20Aballastload(120/277VAC),15Aballastload(347VAC)zerocrossing
DimmingControl 0-10Vcurrentsinkonly,upto50ballasts
LowVoltageOutput 24VDC,50mA
OccupancyControlInput Activehigh
Dimensions 5.3”x5.3”x2.4”(99mmx99mmx61mm)
OperatingTemperature -10°to+45°C
RegulatorySafety UL508,CSAC22.2No.14-05,UL2043PlenumRated
CCEA Surfacemountinstalloutsideairhandlingspace(Chicagoonly)
Wireless Frequency 315 MHz
TransmissionPower max.10mWEIRP
TransmissionRange 100ftindoor(30.5m)
WirelessTechnology EnOcean
MaximumTransmitterIDs Uptocombinationof30switches/wirelessoccupancysensorsor29switches/Wirelessoccupancysensorsand1photosensor
RegulatoryRadio FCC,IC
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3.0 Solar Powered Wireless Photosensor
TheAirwavephotosensorisabattery-freedevicewhichoperatesonsolarenergyharvestedfromintegralminiaturephotovoltaiccells.Thephotosensoralsotransmitssignalswirelessly.Thisenablesthe
device to be placed anywhere in the space and moved at any time after the initial installation.
ThephotosensormonitorstheambientlightpresentinaspaceandwirelesslytransmitslightlevelstotheAirwavetransceiver.Thetransceiverthenusesthedatatoautomaticallydim,brightenorswitchON/
OFFtheassociatedlights.Forproperclosedloopcontrol,thephotosensorsshouldbelinkedtoonlyonetransceiver,andshouldbelocatedoverthesameareathattheluminairesaremeanttoilluminatewith
aeldofviewthatrepresentsatypicalworksurfaceinthespace(notnecessarilynexttowindows).
Twodifferentsetpointsarestoredinthetransceivermemory;onesetpointfor0-10Vdimmingballasts,andanothersetpointforstandardnon-dimmingballasts.Setpointscanbeeasilychangedbytheuser
andstoredinthetransceivermemory(seeProgrammingGuide).
3.1 0-10V Dimming Ballast Systems
Forluminairesequippedwith0-10Vdimmingballaststhetransceiverreceivessignalsfromthephotosensorandthendims/brightensluminaire(s)inordertomaintainafactorypresetlightlevelof
approximately50fcattheworksurface.LuminairesequippedwithdimmingballastsarenotswitchedOFFbythephotosensorsignal.ThelightingcanbemanuallyloweredusingtheAirwaveSwitch,but
thePhotosensorsetstheupperlightinglevellimitandcannotbeoverridden.Thisensuresthatenergysavingscannotbedisabled.IfthelightlevelisloweredmanuallywiththeSwitch,thelampswillremain
atthatlevelunlessa)thePhotosensorcontrolloopcommandsanevenlowerarticiallightlevel,b)thelamplevelismanuallyraisedbytheSwitchuntilitreachesthePhotosensorcontrolloopsetting,orc)
thelightsareturnedoffandthenbackonagain.
3.2 Standard Non-Dimming Ballast Systems
Photosensor/transceiversystemscontrollingstandardnon-dimmingballastsswitchluminaire(s)ON/OFFbasedonafactorypresetthresholdlightlevelofapproximately
100fcattheworksurface.Thereisafactory-set20%thresholdbetweentheONandOFFtrippointsaswellasatwominuteminimumdelaybetweenON/OFFswitchingtominimizeoccasionswherethe
luminaire would turn on and off in succession as a result of unusual changes in light levels.
Aswithdimmingballasts,theenergysavingscannotbedisabledwithawallswitch.IfthePhotosensorhasturnedthenon-dimmingluminaire(s)off,itcannot
beswitchedbackonmanuallywiththewallswitch.
3.3 Specifications
PowerSource Solarcells-nobatteriesrequired
Measurablelightrange 0-47footcandles(0-510lux)
Minimumlighttocharge 4.6footcandles(50lux)at100secondtransmission(lightlevelnotchanging)
23footcandles(250lux)at10secondtransmission(lightlevelconstantlychanging)
Viewangle Approximately140°
Dimensions 3.9”diameter(100mm),0.9”height(23mm)
Mounting Surfacemountviascrews,tape,glue,etc
OperatingTemperature -25°to+65°C
Wireless Frequency 315 MHz
TransmissionPower Max.10mWEIRP
TransmissionRange 100ftindoor(30.5m)
TransmissionInterval 10secondswhenlightlevelischanging,100secondsotherwise
WirelessTechnology EnOcean
RegulatoryRadio FCC,IC
LinkButton
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4.0 Solar Powered Wireless Occupancy Sensor
TheAirwaveoccupancysensorisabattery-freedevicewhichoperatesonsolarenergyharvestedbyintegralphotovoltaiccells.Thisenablesthedevicetobeplacedanywhereinthespaceand
movedatanytimeaftertheinitialinstallation.ThesensorusesPassiveInfrared(PIR)detectioncircuitryandwirelesstransmissiontosendanoccupancyorvacancysignaltotheAirwavetransceiver,
which responds by turning the lights on or gradually dimming the lights to off.
TheAirwaveoccupancysensorcandetectmotioninuptoa30footdiameterwhenplacedon8to12footceiling.TheoptimalplacementforPIRoccupancysensorsisdirectlyabovetheareawith
themostmotionandwherethemotionisnotshadowedbyline-of-sightobstacles.
Thewirelessoccupancysensortimedelayissetinthetransceivermemoryat15minutes,butcanbeuseradjustedto30secondsor5,10,15,20,or25minutes.(SeetheAirwaveProgramming
Guideforinstructionsonsettingtheoccupancytimedelay.)
ThetimedelayparameterintheTransceivermustbesetafterthewirelessoccupancysensorislinked.Thetimedelayprogrammingsettingisthe“TimedSwitch”delaytimeuntilanoccupancy
sensorisattached(wiredorwirelessly).
AnAirwavewallswitchwillallowmanualon/offcontrolofthelightsregardlessofwhethertheTransceiverissetinmanual-Onorauto-Onoccupancymode.
ForconferenceroomapplicationswherethelightsneedtobeoffduringanA/Vpresentation,thelightswillremainoffafteramanual-OfffromanAirwaveswitchuntiltheroombecomes
unoccupiedorthelightsaremanuallyswitchedbackon.AfterthispointtheoccupancysensorandTransceiverwillreturntonormalon/offcontrolofthelighting.
4.2 Specifications
PowerSource Miniaturephotovoltaiccell-nobatteriesrequired
Minimumcontinuousoperatinglight 3footcandles(30lux)
Minimumchargetimefromdischargestate 1minuteat3footcandles(±30lux)
Timetofullycharge 8hoursat20footcandles(±200lux)
Operatinglifeafterfullycharged min.60hoursat0footcandles(0lux),includingAuto-Onapplications
Optionalbatterylife 10years
Fieldofview 360°
Dimensions 4.8”diameter(122mm),1.5”height(38mm)
Mounting Surfacemountviascrews,tape,glue,etc
OperatingTemperature -25°to+65°C
Wireless Frequency 315 MHz
TransmissionRange 100ftindoor(30.5m)
TransmissionInterval 2minutes(rstoccupancydetectionsendsanimmediatetransmission)
WirelessTechnology EnOcean
RegulatoryRadio FCC,IC
LinkButton
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5.0 Kinetic Powered Wireless Devices
5.1 Wireless Switches
TheAirwaveSwitchisawirelessandbattery-lessdevicewhichtransmitsaunique32bitsignaltooneormorelinkedtransceiverstoturnON/OFFordimluminaires.Acodedsequenceofclicks
allowsthedevicetocongureatransceiverremotely(seeProgrammingGuide).Eachpressandreleaseoftheswitchgeneratesenoughkineticenergytopowertheswitchtowirelesslytransmita
command.
TherearetwoversionsofAirwaveSwitches–adualpaddle,singlegangswitch,whichhasthefunctionalityoftwoswitchesinasinglegangsize,andasinglepaddle,singlegangswitch.Airwave
SwitchesareavailableinWhite,Black,LightAlmond,IvoryandBrown.
AirwaveSwitcheststandardwallboxesbutofferadditionalexibilitybecausetheycanalsobeadheredtoothersurfaceswithVelcroortwo-waytape(useoptionalAirwaveBackplate–sold
separately).
AirwaveSwitchesarealsocompatiblewithstandardswitchcover/faceplates.AselectionoffaceplatesareavailablefromPhilipsLedaliteinthesamecolorsastheAirwaveSwitches.Fordetails,visit:
ledalite.com/airwave.
5.2 Wireless Handheld Remote
TheAirwaveHandheldRemotefunctionsinthesamewayasawirelessswitchandisdesignedtoreplaceaswitchwhenhavingcontrolinahandhelddeviceisbenecial,suchasonadeskorin
a boardroom application.
5.3 Specifications
PowerSource Kinetic,self-powered
Options SingleGangSwitch:1.8”x4.2”x0.75”(45mmx107mmx19mm)
DualGangSwitch:1.8”x4.2”x0.75”(45mmx107mmx19mm)
HandheldRemote:3.2”x1.9”x0.7”(81mmx48mmx18mm)
Mounting Standardwallboxorsurfacemountviascrews,tape,glue,etc
Actuations > 50,000
OperatingTemperature -25°to+65°C
Wireless Frequency 315 MHz
TransmissionPower Max.10mWEIRP
TransmissionRange 100ftindoor(30.5m)
WirelessTechnology EnOcean
RegulatoryRadio FCC,IC
Note: For details specification information regarding the Airwave Switches please refer to the specification data sheet available at ledalite.com/airwave.
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AIRWAVE DESIGN GUIDELINES
6.0 Design Flexibility
Airwavelightingcontrolsystemsprovideallofthebenetsofwiredcontrolswithadditionalfeaturesandmoreexibility.
6.1 Multiple Applications
Airwavecanbeusedinvarietyofnewconstructionandretrotapplications,includingsmallprivateofces,largeopen-plancubicleareas,conferencerooms,educationalfacilities,andhealthcare
facilities. Airwave is especially well suited to situations where hardwiring can be a challenge, such as high ceilings, inaccessible concrete structures, or heritage buildings.
6.2 Anywhere
Byusingorganicsourcesofsolarandkineticenergywhichnaturallyoccurinthespace,Airwaveprovideswirelessindividualpersonalcontrol,daylightharvesting,occupancysensing,andfullrange
dimming in situations where the ability to control lighting and save energy are essential. Wireless switches and photosensors require no hardwire connections, allowing for easy placement and
repositioning anywhere in a space.
6.3 Anytime
Airwave is also adaptable to changing needs within the space over time. Transceiver functionality can be reprogrammed wirelessly and wireless switches and photosensors can be moved or added
at any time with minimal labour and installation costs.
6.4 Flexible & Functional
Transceivers can receive wireless signals from 30 devices located up to 100 feet away, and through up to five walls. Just a single Airwave transceiver can receive signals from multiple switches
andoccupancysensorstodelivermaximumfunctionalityandoutstandingexibility.Multipletransceiverscanbeusedtocreatedifferentlightingzonesandusingtwoormoreswitchesprovides
additionalfunctionality,suchas3-waydimming.
7.0 3-Way Dimming
Airwavewirelessswitchesandhandheldremotescanbeusedinconcertforamyriadofcustomfunctions.Inlargespaceswheremultiplecontrolpointsarerequired,multiplewallswitchesandhandheld
remotescanbeusedtoadjustbothrecessedandsuspendedluminaires,providingtruethree-waydimmingcontrols.
8.0 Creating Lighting Zones
Creating“needs-based”lightingzonesoptimizesthelocationsfromwhichuserscaninteractwiththelightingsystem,allowingforpersonallightcontrolandsignicantenergysavings.Creatinglightingzones
resultsinsignicantenergysavingsandextendstheusefullifeoflamps.Airwavereducesthehighenergycoststhatareassociatedwithoperatinglightingwithinbuildingsbyasmuchas40-50%.
WhencommissioninganAirwavelightingcontrolssystem,asingleTransceiverisusedtocontrolallofthelightxtureswithineachlighting“zone.”Whendesigningaspacewithmultiplelightingzones,
onetransceivershouldbeorderedforeachzone.AsingleAirwaveTransceivercancontrolupto20AmpsandreceivesignalsfrommultipleAirwaveSwitchesandonePhotosensor.Uptoamaximum
of(a)30Switchesor(b)1Photosensorand29SwitchescanbelinkedtoasingleTransceiver.
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9.0 Daylight Harvesting
9.1 Airwave Wireless, Solar-Powered Photosensor
TheoptimalplacementforanAirwavePhotosensoris6’-10’fromawindowmountedontheceilingoverrepresentativeworkareas.PlacementofPhotosensorsmustbewithinthelighteld
ofthexturestowhichitislinkedandshouldnotbeplacedindirectsunlight.ItisalsoimportantnottouseAirwavePhotosensorswithsuspendedlightxturesthathaveanindirectlight
componentwherelamplightisshiningdirectlyintothePhotosensor.Intheseapplications,Responsedaylightsensorsarerecommended.
9.2 Response Daylight Sensor
AirwaveisfullycompatiblewithPhilipsLedalite’sResponseDaylightSensors.AcommondesignpracticeforAirwavelightingcontrolsistouseResponsedaylightharvestingsensorswithsuspended
luminaires.SimilartotheAirwavePhotosensor,theResponseDaylightsensorwilldeterminethemaximumavailableluminaireoutputbasedonthedetectedlightlevelsinaspace.Formaximum
energysavings,ResponseDaylightSensorsandAirwavePhotosensorssettheupperlimitforxturelightoutput.Manualdimmingdevices(wiredorwireless)cannotraisethelightlevelabove
the upper limit set by the sensor.
10.0 Wired & Wireless Occupancy Sensing
TheAirwavetransceiverisfullycompatiblewithPhilipsLedaliteorotherwirelessoccupancysensorsthatoperateatafrequencyof315MHzandareembeddedwiththeEnOceanprotocol.Thesesensors
typicallyuseinfra-red(PIR)technologysuitableforwallorceilingmountlocationswheretherangeofmotiondetectionrequiredislimited.Forbroaderapplicationcompatibility,theAirwavetransceiver
isalsoequippedwithanintegrated24V(50mA)outputtoprovidepowerforwiredmotiondetectiondevices,includinginfra-red(PIR),ultrasonic,dual-technologyandmicrophonicdevices.Usingwired
occupancysensorswithAirwaveisakeystrategytoenhanceenergysavingswhichallowsdesignerstodeploythemostapplicableandreliabletechnologymountedinthemostappropriatelocation(s)
without the concerns of detection coverage patterns or batteries and their associated maintenance. All vacancy signals sent to the Airwave transceiver from an occupancy or motion detection device
automaticallyinitiateaslow-fadedimmingofluminaires,eventuallyshuttingoffthextureswhenthespaceisunoccupied.Thissmoothtransitionmeansenvironmentsremaindynamicandefcient,while
also being sensitive to the people who inhabit them.
11.0 Range Planning
Onaverage,theindoortransmissionrangeforAirwavedevicesisapproximately100feet(30meters).Therangeofthetransmissiondependsontheenvironmentaroundthetransceiverandthewireless
device.Rangeplanningisveryimportantwhenapplyingthistechnology.Forexample,placingTransceiversbehindmetal(i.e.ductwork)canlimitorblocksignalsfrombeingreceived.Itisimportantto
understandthatcoverageisdecreasedbyspecicmaterialsfoundinthepathofthetransmissionsignalsbetweentheAirwaveSwitches/PhotosensorsandTransceivers.Whileradiowavescanpenetrate
throughawall,theyarereducedmorethanonadirectline-of-sightpath.
11.1 Penetration Rates for Commonly used Building Materials
MATERIALS Penetration Distance
Wood and Glass 90-100% 98ft(30m)through5walls
Brick,MDF,ChipboardPanels 65-95% 66ft(20m)through3walls
ConcreteReinforcement 10-80% 33ft(10m)through1wall
Aluminum and other Metals 0%
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11.2 Transmission Path
ItisveryimportanttoensurethattheAirwaveSwitchandPhotosensorhaveacleartransmissionpathinrelationtotheAirwaveTransceiver.Ifthereisametaldoorormetalwallobstructing
thewirelesstransmissionortransmissionisgreaterthan100ft,oneoptionistomovetheSwitchawayfromthemetalobstructionand/orclosertotheTransceiver.Theotheroptionistoset
aTransceiverthatiswithinrangeintoa“Repeater”modetopropagatethewirelesssignalfurtherand/oraroundthemetalobstruction.SettingaTransceiverto“Repeater”modedoesnotreduce
any of its original functionality.
11.3 Wall Penetration Angles
The angle at which the RF signal hits the wall is important when planning the placement of
theTransceiverandSwitch.TheAirwaveTransceivershouldbeplacedinanareawherethe
transmission signal is straight or direct. Avoid placing a Transceiver where the signal path is
limitedbyobjectssuchas:re-safetywalls,elevatorshafts,staircasesandsupplyareas.Aclear
anddirectline-of-sightpathwillprovidethebesttransmission.
11.4 Recommended distance between Airwave Devices and otherTransmitters
Airwaveoperatesatauniqueradiofrequencythatdoesnotinterferewithothercommonwirelessdevicessuchasmobilephones,Wi-networks,andAM/FMradio.
However,itissuggestedthatAirwaveTransceiversbepositionedatleast20inches(50cm)awayfromdevicessuchaswirelessrouters,computers,audioandvideoequipment.
DIRECT PATH METAL OBSTRUCTION IN PATH REPEATER MODULE
There is no obstruction in the
transmission path.
The signal is received by the Transceiver.
There is a metal obstruction in the transmission path.
The signal is not received by the Transceiver.
The Repeater Transceiver is now placed in an area
where there is a direct transmission path.
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12.0 Demand Response
Airwavehastheabilitytorespondandtransmitsignalstoeventswhichrequirereducedenergyusageandloadshedding.Thesignaltransmittedbytheutility,knownasdemandresponse,canbebroadcasted
wirelesslytoalldemandresponseenabledxtures,therebyreducinglightingloadsduringpeakperiodsandenvironmentalconditionsoremergencies.Airwave’swirelessdemandresponsecapabilityallows
building owners and managers to realize significant savings in energy, operational costs and manage facilities more efficiently.
12.1 Four Levels of Response
TheTransceiverwillrespondto4levelsofDemandResponsecontrolfromawirelessEnOceanDemandResponsesignal;NormalfornormaloperationandModerate,High,andSpecialfor
increasing levels of load shedding. Dimming ballast fixtures will dim based on the Demand Response event level and the saved settings in the Transceiver.
12.2 Programmable for Additional Flexibility
AirwaveTransceiverscomewithfactorypre-setsforeachDemandResponsesignallevel.ThesepresetscanhoweverbemodiedtoadapttotheindividualrequirementsofaspaceorasDemand
Response requirements change over time. Additionally, each lighting zone can be individually set to respond or ignore a Demand Respond signal. This provides the option of using the Airwave
wirelesscontrolsysteminbuildingswheresomeluminairesshouldnotdimorturnOFFaspartoftheDemandResponsestrategy.
12.3 Demand Response Behavior
IfthextureisalreadyatadimminglevelbelowtherequestedDemandResponsedimminglevel,thexturedimminglevelwillnotchange.Non-dimmingballastxturescanbesettoturnoff
basedontheDemandResponseeventlevelorsetto‘Nochange’.Oncea‘Normal’DemandResponsesignalisreceived,theTransceiverwillrevertthedimminglevelorON/OFFstatustothe
previoussettingbeforetheDemandResponseeventoccurred.Dimmingchangesaregradualtominimizeusersnoticingthechange.SimilartothePhotosensorcontrol,theDemandResponse
energy savings cannot be overridden manually by the user.
12.4 Demand Response Transmitter
TousetheDemandResponsefunctionalityaDRTransmitterisrequired.ADemandResponseTransmitterislinkedtoTransceiversbysimplysendingalinksignalfromtheDemandResponse
Transmitter.TheTransceiversdonotneedtobeinLinkmode.TransceiversthatareoutofrangefromthewirelessDemandResponseTransmittercanbebrought‘in-range’bysettingTransceivers
near the outer edge of the range into Repeat mode.
ConsultthefactoryfordetailsforadditionalonhowAirwavewirelesstechnologycanbeusedtoaccommodateyourDemandResponserequirements.
13.0 Safety, Security, and Regulatory Compliance
AirwaveSwitchesproduce100timeslessintensivehigh-frequencyeldsthantraditionallightSwitches,makingAirwaveaverysafetechnology.SwitchesandPhotosensorsallowforuseinawidearray
ofapplicationsincludingtransmission-sensitiveareas.EachAirwavePhotosensor,Switch,andTransceiverhasitsownunique32-bitidenticationaddressensuringthatsettingscannotbemanipulatedor
unintentionallychangedbyotherwirelessdevices.AirwaveisFCCandULapprovedforuseintheUnitedStates,andICandCSAapprovedforuseinCanada.TheTransceiverisalsoUL2043plenum
rated for installations in plenums or other spaces used for air handling.
FCCComplianceStatement:
TheencloseddevicecomplieswithPart15oftheFCCRules.Operationissubjecttothefollowingtwoconditions:(i.)thisdevicemaynotcauseharmfulinterferenceand(ii.)thisdevicemustaccept
any interference received, including interference that may cause undesired operation.
14.0 Warranty
AllPhilipsLedaliteproductsarecarefullytestedandinspectedbeforeshipmentandarewarrantedtobefreeofdefectsinmaterialorworkmanshipforaperiodoftwoyearsfromdateofshipmentfromour
factory. Any such defective products will be repaired or replaced at the option of Philips Ledalite, provided a written claim is made within this warranty period. Philips Ledalite will accept no charges for any
labour, repair cost or transportation charges without Philips Ledalite’s expressed prior written authorization.The responsibility of Philips Ledalite for any defective material is limited solely to the replacement
orrepairofthematerialanddoesnotincludeanyincidentalorconsequentialdamageswhichmaybeincurred.Nowarrantyexists,expressedorimplied,otherthanthatincludedabove.Noperson,agentor
distributor is authorized to give any other warranty on behalf of Philips Ledalite.
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AIRWAVE PROGRAMMING GUIDE
15.0 Linking/Unlinking an Airwave Switch or Photosensor to a Transceiver
TherearetwomethodstolinkanAirwaveSwitchand/orphotosensortoanAirwaveTransceiver.OneistousethepushbuttonsontheTransceivertoactivateLinkmodeandlinkadeviceandthe
secondistolinkbyusingthewirelessSwitchonly.
NOTE:ThemaximumnumberofwirelessdevicesthatcanbelinkedtoanyoneTransceiveris30.Thiscanbecomprisedof30Switchesandoccupancysensorsor1photosensorand29Switchesand
occupancy sensors.
15.1 Linking using push buttons on the AirwaveTransceiver
15.1.1 ToLinkanAirwaveSwitch:
Step 1: Apply power to Transceiver.
Step 2: PresstheLinkbuttonontheTransceiverforonesecondandrelease(LinkLEDwillturnON).
Step 3: ClicktheAirwaveSwitch3times(ON3timesorOFF3times)rapidly(PowerLEDontheTransceiverwillremainONfor4seconds).
Step 4: Wait 4 seconds.
Step 5: PresstheLinkbuttonontheTransceiverforonesecondandrelease(LinkLEDwillturnoff).
Step 6: Repeatsteps3and4forasmanySwitchesthatneedtobelinkedtotheoneTransceiver.
15.1.2 ToLinkanAirwavePhotosensor:
Step 1: Apply power to Transceiver.
Step 2: PresstheLinkbuttonontheTransceiverforonesecondandrelease(LinkLEDwillturnON).
Step 3: PressthePhotosensorbuttononce(PowerLEDonTransceiverwillremainONfor4seconds).
Step 4: Wait 4 seconds.
Step 5: PresstheLinkbuttonontheTransceiverforonesecondandrelease(LinkLEDwillturnoff).
15.2 Linking Wirelessly
15.2.1 LinkingusinganAirwavewirelessSwitchtoaneworclearedTransceiver
Step 1: Apply power to Transceiver.
Step 2: ClicktheappropriateSwitch3timesON,then3timesoff,then3timesONrapidly.
NOTE:ThisprocessisusedforneworclearedTransceiversonly.TheSwitchwilllinktoallTransceiversthatarepoweredandwithinrangethatarenotcurrentlylinkedtoanyAirwave
Switches.Transceiversthatareunintentionallylinkedduringthisstepcanbeun-linkedremotelybyenteringthecongurationmodeandselectingClear(seeProgrammingGuide).
15.2.2 LinkinganadditionalAirwaveWirelessSwitchtoaTransceiver
AnexistinglinkedSwitchwillneedtobeusedtoenterthecongurationmodetolinkotherdevicesremotely(seeSection19.4forinstructions).
15.3 Unlinking Devices
Tounlinkadevice,repeattheLinkstepsforthatdevice.
Product Manual
© Philips Ledalite 2011 Page 13
16.0 Linking/Unlinking an Occupancy Sensor to a Transceiver
16.1 Linking Wired 24Vdc Occupancy Sensors
Wired 24Vdc occupancy sensors can be wired directly to an Airwave Transceiver. The occupancy status can then be used by that Transceiver to control the connected light fixtures and can also
bewirelesslytransmittedtootherTransceiverswithinrange(seeOccupancyWiringDiagraminAppendixB).
Step 1: Connect24Vdc(red),Common(black),andOccupancyTrigger(yellow)wirestoappropriateoccupancysensorwires/contacts.
Step 2: Apply power to Transceiver.
Step 3: The first occupancy trigger will automatically set the Transceiver to occupancy mode.
Step 4: TolinkremoteTransceivers,pleaseseeSection19.8.
Step 5: Settheoccupancysensortimeronthewiredoccupancysensorperinstructionsonthesensor.TheTransceivertimerisfactorysettotrip30secondsafterthewiredoccupancy
sensorhastimedout.TheTransceivertimerisnotuseradjustableforwiredsensors.
Afterlinkingiscomplete,theLEDwillblinkinapatterndependingonwhattypesofdevicesarelinkedtotheTransceiver(seeSection17).
16.2 Unlinking Wired 24Vdc Occupancy Sensors
Tounlinkawiredoccupancysensor,disconnecttheoccupancywires.ClearalldevicesusingtheinstructionsinSection19.7.Re-linkdesireddevices.
16.3 Linking Wireless Occupancy Sensors
ToLinkanAirwaveOccupancySensor:
Step 1: Apply power to Transceiver.
Step 2: PresstheLinkbuttonontheTransceiverforonesecondandrelease(LinkLEDwillturnON).
Step 3: PresstheOccupancySensorbuttononce(PowerLEDonTransceiverwillremainONfor4seconds).
Step 4: Wait 4 seconds.
Step 5: PresstheLinkbuttonontheTransceiverforonesecondandrelease(LinkLEDwillturnoff).
16.4 Unlinking Wireless Occupancy Sensors
TounlinkanAirwaveOccupancySensor,repeattheLinksteps.
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© Philips Ledalite 2011Page 14
17.0 Clearing Devices from a Transceiver
TherearetwodifferentmethodstoclearaSwitchand/orPhotosensorfromaTransceiver.OneistousethepushbuttonsontheTransceiverandthesecondistoclearusingthewirelessSwitch.
17.1 Clearing using Push Buttons on the AirwaveTransceiver
Step 1: Apply power to Transceiver.
Step 2: PressandholdtheClearbuttonuntiltheLinkLEDturnsON(approximately3seconds).ThePowerLEDwillblinksteadily.
NOTE:Thismethodwillclearalldevicesatonce.
17.2 Clearing using an Airwave Wireless Switch only
See Section 19 for entering configuration mode and Section 20.7 for instructions on clearing a Switch.
18.0 Understanding LED Blink Patterns
Afterlinkingiscomplete,thePowerLEDwillblinkinapatterndependingonwhattypesofdevicesarelinkedtotheTransceiver:
Power LED Action/Device Linked
#ofBlinks Devicelinked
1WirelessSwitch(oneormore)
2Occupancysensor(wiredorwireless)
3WirelessPhotosensor(one)
4Demand Response Transmitter
Product Manual
© Philips Ledalite 2011 Page 15
19.0 Transceiver Configuration Instructions
19.1 Understanding and Navigating in Configuration Mode
TableAbelowoutlinestheCongurationMenuthroughwhichthesettingsofthetransceivercanbeadjustedanddevicescanbelinkedorunlinked.
When using configuration mode note the following important points:
•CongurationofaTransceiverrequiresanAirwaveSwitchtobelinkedtotheAirwaveTransceiver.
•TheTransceivermustbeconnectedtoalampedlightxture.
•ThecongurationsettingswillbeindicatedbythenumberofblinksontheTransceiver’slightxture/circuit.
•ConguretheballasttypeFIRSTtoensuretheblinkcodeswillbevisible(indimmingballastmode,theTransceiverusesdimmingtodisplaythecodesinsteadofON/OFFblinking).
•ClickingtheSwitchON/OFFwillnavigateyouup/downthecongurationtable.
•Toselectacongurationmodetoedit,pressandholdtheSwitchONforapproximately3secondsuntilthelightxture/circuitSwitchesandstopsthepriorblinkingsequence.
•MakeeditstothecongurationbyclickingONorOFFtotheappropriatesetting.
•PressandholdtheSwitchONforapproximately3secondstotemporarilysavethecongurationsettingandreturntothecongurationtable.
19.2 Steps to Enter Configuration Mode
Step 1: TurnthelightxturesOFFusingAirwaveSwitch.
Step 2: PressandholdtheSwitchOFFuntilthelightxturesturnON(approximately10seconds).
This indicates that the AirwaveTransceiver is now in configuration mode.
Step 3: SelectaTransceivertocongure:
3.1 SelectingasingleTransceiverlinkedtoaSwitch:PressandholdtheSwitchONfor
approximately5secondsuntiltheTransceiverlightxtureturnsOFFthenturns
ONagainautomatically.
3.2 SelectingoneofmultipleTransceiverslinkedtoaSwitch:ClicktheSwitchON
tocyclethroughthelinkedTransceiversuntilthextureyouwanttocongureturns
ON.PressingOffinthisstagewillexitcongurationmode.
Step 4: PressandholdtheSwitchONforapproximately5secondsuntiltheTransceiverlightxture/
circuitturnsOFFthenturnsONagainautomatically.
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© Philips Ledalite 2011Page 16
19.3 Steps to Exit Configuration Mode/Menu
There are two options for exiting configuration mode:
•ToSavethesettingsandExit:
PressandholdtheSwitchOFFforapproximately3secondsuntiltheTransceiverlightxture/circuitturnsOFF.
•ToExitwithoutsavingsettings:
WithoutpressingtheSwitch,waitapproximately30secondsuntiltheTransceivertimes-out’and
thelightxture/circuitturnsOFF.
Table A – Configuration Menu (also see Appendix A for simplified configuration mode settings).
BLINK CODE SETTING DESCRIPTION FACTORY DEFAULT
CONFIGURATION DETAIL
REFERENCE GUIDE
0(noblink) BallastType(dimming/non-
dimming) Dimming ballast ON:Dimmingballast
OFF:Non-dimmingballast RefertoSection20.0
1 Timeout
15minutesforWirelessOccupancymode;
InnitelyONfornon-occupancymode;(30seconds
non-adjustableforwiredoccupancysensors)
SeefollowingTimeoutSettingsTable RefertoSection20.1
2PhotosensorSetPoint 92 lux for dimming ballast closed loop;
450luxfornon-dimmingballastthresholdSwitch SeefollowingPhotosensorSetPointinstructions RefertoSection20.2
3WalkTest N/A SeefollowingWalkTestinstructions RefertoSection20.3
4LinkMode N/A SeefollowingLinkModeinstructions RefertoSection20.4
5Repeater(ON/OFF) OFF ON/fullbright:Enabled
OFF/min.dim:Disabled RefertoSection20.5
6OccupancyONMode(Auto-ON/
Manual-ON) AutoOn ON/fullbright:AutoOn
OFF/min.dim:ManualOn RefertoSection20.6
7Clear N/A SeefollowingClearModeinstructions RefertoSection20.7
8OccupancyTransmit(ON/OFF) OFF
ON/fullbright:Enabled
OFF/min.dim:Disabled
SeefollowingOccupancyTransmitinstructionsforlinking
remote Transceivers for occupancy
RefertoSection20.8
9Demand Response
(ON/OFF) ON ON/fullbright:Enabled
OFF/min.dim:Disabled RefertoSection20.9
10 DemandResponse–Moderate Dimmingballast:75%powerdraw
Non-dimmingballast:Nochange SeefollowingDemandResponseInstructions RefertoSection20.9
11 DemandResponse–High Dimmingballast:50%powerdraw
Non-dimmingballast:OFF SeefollowingDemandResponseInstructions RefertoSection20.9
12 DemandResponse–Special Dimmingballast:25%powerdraw
Non-dimmingballast:OFF SeefollowingDemandResponseInstructions RefertoSection20.9
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© Philips Ledalite 2011 Page 17
20.0 Configuration Mode – Detailed Instructions
ThissectionprovidesdetailedinstructionsoneachofthecongurationmodesdescribedinTableA–CongurationMenu.
NOTE:Therstiteminthemenu–BlinkCode0–isfactorypresetforxtureswithdimmingballastinstalled.However,Airwavedevicesalsosupportnon-dimmingxturesandsome
functionalitywillbehavedifferentlyifthelightingzoneisnon-dimming.Tosetthetransceiverfornon-dimmingfunctionalityfromwithincongurationmode:
Step 1: EntereditmodebypressingandholdingtheswitchONforatleast3seconds.
Step 2: Clickdown/offtoresetthetransceivertonon-dimmingfunctionality.
Step 3: PressandholdONforatleast3secondstoexiteditmode.
20.1 Blink Code 1: Timeout Settings Table
Thefactorydefaultforthissettingis15minutesforwirelessoccupancymodeandinnitelyONfornon-occupancymode.Wiredoccupancysensorshaveafactorytimeoutsettinginthe
Transceiverof30secondsthatcannotbeadjusted.
The factory presets should not require change. However, if the user requires a different setting:
Step 1: EntereditmodebypressingandholdingONuntillightsstopblinkcode1(approximately3seconds).
Step 2: ThelightswillnowdisplaytheTimeoutSettingBlinkCode.Clickon/upandoff/downtoselectthedesiredtimeoutsetting.
Step 3: PressandholdONforatleast3secondstoexiteditmode.
TimeoutSettingand
BlinkCode
OccupancyModeTimeDelay
(forWirelessOccupancySensorsOnly)
TimedSwitchModeDelay
(non-occupancymode)
0(lampofformin.dim) 30 seconds Innite
1 5 minutes 15 minutes
2 10 minutes 30 minutes
3 15 minutes 45 minutes
4 20 minutes 60 minutes
5 25 minutes 75 minutes
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© Philips Ledalite 2011Page 18
20.2 Blink Code 2: Photosensor Set Point
The Photosensor set point mode is activated immediately upon entering the Photosensor mode.The Transceiver will record the last Photosensor measurement level received before exiting
andsaveitasthenewsetpoint.TokeepthefactorysettingsandexitthePhotosensorsetpointmodewithoutsaving,simplywaitandallowthecongurationmodetotimeout.
20.2.1 For dimming ballasts:
Step 1: Adjustthedimminglevelofthelightxture/lightingzone(usingquickclicksON/OFFinsteadofclickandhold)tothetargetlightlevelyouwanttomaintain
in the photosensor zone.
Step 2: Wait 10 seconds for the Photosensor to measure and transmit the level to theTransceiver.
Step 3: Exit and save the setting.
20.2.2 Fornon-dimmingballasts:
Step 1: Adjustthelightlevelofthedaylightintheroomviablindsorwaitfortheappropriatedaylightlevelforwhichyouwantthelightxture/circuittoautomaticallyturnOFF.
Step 2: Wait 10 seconds for the Photosensor to measure and transmit the level to theTransceiver.
Step 3: Exit and save the setting.
20.3 Blink Code 3: Walk Test Mode
ThewalktestmodeallowstheusertodetecttherangeoftheoccupancysensorwithoutthewaittimeoftheTransceiverdelaytimer.TheTransceiverwillturnthelightxturefullbright
orONandfulldimorOFFastheoccupancysensortriggersONandOFF.Walktestingisactivatedimmediatelyuponenteringthewalktestmode.TheTransceiverwillremaininthismode
for3minutesoruntiltheSwitchispressedONorOFF,whichwillresetthetimerforanother3minutes.Wiredoccupancysensorsmustbeinwalktestmodeinorderforthismode
to function correctly.
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