Installation Instructions
Eaton’s Cooper Controls Business
203 Cooper Circle
Peachtree City, Georgia 30269
www.coopercontrol.com
Model # ONW-D-1001-347-W
Model # ONW-D-1001-347-V
Model # ONW-D-1001-347-LA
Model # ONW-D-1001-347-G
Model # ONW-D-1001-347-B
NeoSwitch Dual Technology Single Relay
Occupancy Sensing Wall Switch
(Ground Required)
• Readallinstructionsonbothsidesofthis
sheetrst
• InstallinaccordancewithALLlocalcodes
• Forindooruseonly
General Information
Technology:PassiveInfrared(PIR)andUltrasonic(US)
Electrical Ratings:
347VAC:
• Incandescent/Tungsten–
Max.load:4.3amps,150 0W,50/60Hz
• Fluorescent/Ballast–
Max.load:4.3amps,150 0W,50/60Hz
Ballast Compatibility:Compatiblewithmagneticand
electronicballasts
No Minimum Load Requirement
Time Delays:Self-Adjusting,15seconds/test(10min
Auto),Selectable5,15,30minutes
Coverage:Majormotion–1000sq.ft.
Minormotion–300sq.ft.
Light Level Sensing:0to200foot-candles
Operating Environment:
• Temperature:32°F–104°F(0°C–40°C)
• RelativeHumidity:20%to90%non-condensing
Housing:Durable,injectionmoldedhousing.
PolycarbonateresincomplieswithUL94VO.
Size:
• MountingPlate/StrapDimensions:
4.35"Hx1.732"W(110.49mmx44mm)
• ProductHousingDimensions:2.618"Hx1.752 "
Wx1.9 "D(66.5mmx44.5mmx48.26mm)
LED Indicators:RedLEDindicatesPIRdetection;
GreenLEDindicatesUltrasonicdetection.
Specifications
Description
Coverage
TheONW-D-1001-347OccupancySensingWallSwitchisaPassiveInfrared(PIR)andUltrasonic(US)motion
sensinglightingcontrolandconventionalwallswitchall-in-one,usedforenergysavingsandconvenience.
ThesensorcombinesPIRandUStechnologiestomonitoraroomforoccupancy.
PIR Technology
Thesensor’ssegmentedlensdividesthefield-of-viewintosensorzones,anddetectsthechangesintemperature
thatarecreatedwhenaperson,orpartofapersonassmallasahand,passesintooroutofasensorzone.
US Technology
Thesensorproducesalowintensity,inaudiblesound.Itdetectsoccupancyfromchangesintheacousticwaves
causedbymotion,suchasreachingforatelephone,turningapageinabook,walkingintoaroom,turningina
swivelchair,etc.Thesensordoesnotrespondtoaudiblesound.
DualTechnologysensorsensurethegreatestsensitivityandcoveragefortoughapplicationsthussavingadditional
energy.PIRisusedtoturnthelightsONandtheneitherorbothtechnologiesareusedtokeepthelightsON.
TheONW-D-1001-347allowsthecontrolofoneloadwithoneoccupancysensorswitch.
ThesensorcanbeconfiguredtoenhanceenergysavingsbysettingtheunitforManualONoperation.
InAutomaticONMode,thelightsturnONautomaticallywhenapersonenterstheroom.InManualONMode,the
lightsareturnedONbypressingtheuniversallyrecognizedlighticonpushbutton.Ineithermode,thelightsstayON
aslongasthesensordetectsmotionintheroom.Whentheroomisvacated,thelightsturnOFFautomaticallyaftera
presettimedelayinterval.
Thesensorincludesself-adaptivetechnologythatcontinuallyadjuststoconditionsbyadjustingsensitivityandtime
delayinreal-time.Byadjustingsensitivityandtimedelayautomatically,thesensorismaximizingthepotentialenergy
savingsthatareavailableintheparticularapplication.
TheDaylightingfeaturepreventslightsfromturningON,whentheroomisadequatelyilluminatedbynaturallight.
TheWalk-ThroughfeaturemaximizesenergysavingsbynotleavingthelightsONafteramomentaryoccupancy.
ThesensorwillswitchthelightsONwhenitdetectsapersonenteringthearea.Ifthesensordoesnotcontinueto
detectmotion20secondsfollowingtheinitialactivation,itwillautomaticallygotoashorter2minutetimedelay.
TheON/OFFButtonDisableOption–WhenselectedthisoptiondisablestheON/OFFbutton(s)andsensor
becomesautomaticonlycontrol.
TheONW-D-1001-347isdesignedforofficesupto300squarefeet.
Location
WheninstallingtheONW-D-1001-347inanewjunctionbox,choosetheswitchlocationcarefullytoprovideoptimum
coverageoftheoccupiedarea.Whenreplacinganexistingwallswitch,bearinmindthattheremustbeaclear
line-of-sightbetweenthesensorandtheareatobecovered.AvoidpointingtheONW-D-1001-347directlyintothe
hallwaywhereitmaydetectpassers-by.
Installation
TheONW-D-1001-347canbeinstalledinanystandardsinglegangbox.Itmay
beinstalledinthesamemannerasanordinarywallswitch.
• WiretheONW-D-1001-347asdescribedinthewiringsection
• MounttheONW-D-1001-347inthejunctionbox
Wiring
CAUTION: Before installing or performing any service on a Greengate system, the power MUST be turned
OFF at the branch circuit breaker. According to NEC 240-83(d), if the branch circuit breaker is used
as the main switch for a fluorescent lighting circuit, the circuit breaker should be marked “SWD.” All
installations should be in compliance with the National Electric Code and all state and local codes.
NOTE REGARDING COMPACT FLUORESCENT LAMPS: The life of some compact fluorescent lamps (CFLs) is
shortened by frequent automatic or manual switching. Check with CFL and ballast manufacturer to determine the
effects of cycling.
1. MakesurepoweristurnedOFFatthebranchcircuitbreaker.
2.Wireunitsasshowninwiringdiagramsperapplicablevoltagerequirements.
3.Mountunittowallbox.
4.TurnpowerbackONatthebranchcircuitbreakerandwait2minutesfortheunittostabilize.
5.Makenecessaryadjustments.(SeeCheckoutandAdjustmentssection)
6.Installwallswitchplate.
LOAD
347 VACBLACK BLUE
NEUTRAL
GROUND
GREEN
Wiring Diagram 1:
347 VAC single level
single circuit wiring diagram
LOAD 1
347 VACBLACK BLUE
NEUTRAL
GROUND
GREEN
LOAD 2
A/B SWITCHING USING TOGGLE
SWITCH TO TURN OFF SECOND LOAD
Wiring Diagram 2:
347 VAC single level switch
dual level wiring using a toggle
switch wiring diagram