Maestro Occupancy Sensing switch Specifications 369659a ...

1 Name:Job Number:Model Numbers:PageSPECIFICATION SUBMITTALM aestro Occupancy Sensing SwitchSwitch with Occupancy and Vacancy Sensor369659a 1 Occupancy Sensing switch Lutron Maestro Occupancy Sensing switches with Occupancy and vacancy sensors are lighting controls with passive infrared sensors that automatically control the lights in an area. These sensors detect the heat from occupants moving within an area to determine when the space is occupied. The Occupancy Sensing switch combines a Maestro switch with an Occupancy or vacancy sensor. Family Featurest Passive infrared motion detection with exclusive Lutron XCTTM Technology for fine motion detectiont /eutral wire is requiredt 180 sensor field-of-viewt 6Q UP GU Y GU N Y N < Gt2 m2 > NBKPS NPUJPO DPWFSBHF BOE GU Y GU N Y N < Gt2 m2 > NJOPS NPUJPO DPWFSBHF 180 field-of-viewt 0 DDVQBODZ WFSTJPO DBO CF TFU UP BVUP PO BVUP PGG PS NBOVBM PO BVUP PGGt 7 BDBODZ WFSTJPO BWBJMBCMF UP NFFU $" UJUMF SFRVJSFNFOUT t "EKVTUBCMF UJNFPVU o PS NJOVUFTt )JHI MPX TFOTJUJWJUZ BEKVTUNFOUt 0 DDVQBODZ 4 FOTJOH TXJUDI MJHIUJOH MPBET JODBOEFTDFOU IBMPHFO.

2 -7 &-7 $'- -&% NBHOFUJD GMVPSFTDFOU BOE electronic fluorescent t WPSLT XJUI B TJOHMF TUBOEBSE XBZ TXJUDI PS VQ UP DPNQBOJPO TXJUDIFT ." "4 99 .4$ "4 99 ." "4 99 PS .4$ "4 99 4 UBOEBSE XBZ TXJUDI DBOOPU CF DPNCJOFE XJUI DPNQBOJPO TXJUDI 5 PUBM CMVF UFSNJOBM XJSF MFOHUI NBZ CF VQ UP GU N ** XX in model number represents color/finish codeOccupancy Sensing switch :.4 014 . / %7 990 DDVQBODZ WBDBODZ TJOHMF QPMF NVMUJ MPDBUJPO 7~ "VUP PO BVUP PGG PS NBOVBM PO BVUP PGG " MJHIUJOH 7~ " GBO 7~ only .4 714 . / %7 997 BDBODZ TJOHMF QPMF multi-location 7~ .BOVBM PO BVUP PGG " MJHIUJOH 7~ " GBO 7~ only * For additional Maestro Occupancy Sensing switch options, see Lutron P/N 369270 (model number: MS-OPS6M-DV) and P/N 369488 (MS-OPS2, MS-OPS5M, and MS-OPS6M2-DV).Job Name:Job Number:Model Numbers:PageSPECIFICATION SUBMITTALM aestro Occupancy Sensing SwitchSwitch with Occupancy and Vacancy Sensor369659a 2 and FinishesGloss FinishesSatin FinishesTaupe TPTurquoise TQPlum PLMerlot MRTerracotta TCSienna SIMidnight.

3 /)PU )5%FTFSU 4 UPOF %4 %VF UP QSJOUJOH MJNJUBUJPOT DPMPST BOE mOJTIFT TIPXO DBOOPU CF HVBSBOUFFE UP QFSGFDUMZ NBUDI BDUVBM product &4 Biscuit BISnow SWPalladium 1%Greenbriar GBBluestone BGMocha Stone MSGoldstone GSSea Glass SGStone STLimestone LSWhite 8)Gray GRBrown BRIvory *7"MNPOE "-Black BLLight "MNPOE -"Job Name:Job Number:Model Numbers:PageSPECIFICATION SUBMITTALM aestro Occupancy Sensing SwitchSwitch with Occupancy and Vacancy Sensor369659a 3 TypeMinimum LoadMaximum LoadNeutral ConnectionRequiredNot GangedEnd of GangMiddle of 014 . / % 714 . / %7 7~ Lighting " " " ":&4 7~'BO2 " )1 " )1 " )1 " )1 :&4 Load Type and Capacity1 0 DDVQBODZ 4 FOTJOH TXJUDI -PBE 5 ZQF EFTJHOFE GPS VTF XJUI QFSNBOFOUMZ JOTUBMMFE JODBOEFTDFOU IBMPHFO .-7 &-7 $'- -&% NBHOFUJD GMVPSFTDFOU BOE FMFDUSPOJD GMVPSFTDFOU MJHIUJOH MPBET 2 8 IFO DPOUSPMMJOH MJHIU BOE GBO MPBET TJNVMUBOFPVTMZ NBYJNVN MPBE DBQBDJUZ JT " BU 7~ only.

4 Additional Informationt 'PS BEEJUJPOBM .BFTUSP 0 DDVQBODZ 4 FOTJOH TXJUDI NPEFMT QMFBTF TFF -VUSPO 1 / NPEFM OVNCFS .4 014 . %7 BOE 1 / .4 014 .4 014 . BOE .4 014 . %7 t 'PS VTF XJUI ." "4 PS GPS DPOUSPM GSPN NPSF UIBO UXP MPDBUJPOT QMFBTF TFF -VUSPO 1 / t 'PS NPSF JOGPSNBUJPO PO UIF NPEFM OVNCFST JO UIJT EPDVNFOU QMFBTF TFF XXX MVUSPO DPN -VUSPO 5 FDIOJDBM )PUMJOF Job Name:Job Number:Model Numbers:PageSPECIFICATION SUBMITTALM aestro Occupancy Sensing SwitchSwitch with Occupancy and Vacancy Sensor369659a 4 Regulatory Approvalst 6- -JTUFE UP 6 4 BOE $BOBEJBO TBGFUZ SFRVJSFNFOUT t /0. $FSUJGJDBUJPO QFOEJOH Power 0 QFSBUJOH WPMUBHF 7~ )[ Key Design Featurest "MM MJHIUJOH MPBET t $SVTI UBNQFS SFTJTUBOU MFOT t 4 NBSU BNCJFOU MJHIU EFUFDUJPO -JHIUT UVSO PO POMZ JG BNCJFOU MJHIU JO UIF SPPN JT MPX "VUPNBUJDBMMZ MFBSOT user's preferred "EBQUJWF TXJUDIJOH BMHPSJUIN GPS FYUFOEFE SFMBZ MJGF t 9$5TM Technology for fine motion detection.]

5 Environmentt "NCJFOU PQFSBUJOH UFNQFSBUVSF ' UP ' $ UP $ IVNJEJUZ OPO DPOEFOTJOH Indoor use only. Warrantyt :FBS -JNJUFE 8 BSSBOUZ 'PS BEEJUJPOBM 8 BSSBOUZ JOGPSNBUJPO QMFBTF WJTJU IUUQ XXX MVUSPO DPN 5 FDIOJDBM%PDVNFOU-JCSBSZ Timeout Optionst .JOVUFt .JOVUFTt .JOVUFTt .JOVUFT Sensitivity Optionst )JHI TFOTJUJWJUZt -PX TFOTJUJWJUZ Auto-On Options .4 014 NPEFMT POMZ t i0 DDVQBODZw o "VUP 0O "VUP 0 GGt i7 BDBODZw o .BOVBM 0O "VUP 0 GGt i-PX -JHIUw o -JHIUT UVSO PO POMZ JG OFFEFE JG BNCJFOU MJHIU JT CFMPX UISFTIPME * 5 IFSF JT B TFDPOE HSBDF QFSJPE UIBU CFHJOT XIFO UIF MJHIUT BSF BVUPNBUJDBMMZ UVSOFE PGG EVSJOH XIJDI UIF MJHIUT XJMM BVUPNBUJDBMMZ UVSO back on in response to motion. This grace period is provided as a safety and convenience feature in the event the lights turn off while UIF SPPN JT TUJMM PDDVQJFE TP UIBU UIF VTFS EPFT OPU OFFE UP NBOVBMMZ UVSO UIF MJHIUT CBDL PO "GUFS TFDPOET UIF HSBDF QFSJPE FYQJSFT and the lights must be manually turned on.

6 Manual Off While Occupied Options .4 014 NPEFMT POMZ ENABLED (default setting for MS-OPS6M2N-DV)t 8 IFO UIF 0 DDVQBODZ 4 FOTJOH TXJUDI JT NBOVBMMZ UVSOFE PGG UIF 0 DDVQBODZ 4 FOTJOH TXJUDI XJMM OPU turn the lights back on automatically while the room is 0 ODF UIF SPPN JT WBDBUFE UIF "VUP PO GFBUVSF returns to normal operation after the timeout period has 5 IJT NBZ CF UIF QSFGFSFODF JO DPOGFSFODF SPPNT or classrooms while viewing presentations. This feature requires motion to keep the lights off. DISABLED t 8 IFO UIF 0 DDVQBODZ 4 FOTJOH TXJUDI JT NBOVBMMZ UVSOFE PGG UIF "VUP PO GFBUVSF XJMM SFUVSO UP OPSNBM PQFSBUJPO BGUFS TFDPOET t 5 IJT NBZ CF UIF QSFGFSFODF JG UIF VTFS BMXBZT wants the lights to turn on upon entering and the lights to turn off when the room is Name:Job Number:Model Numbers:PageSPECIFICATION SUBMITTALM aestro Occupancy Sensing SwitchSwitch with Occupancy and Vacancy Sensor369659a 5 Diagrams Occupancy Sensing switch Placement and Operationt The ability of the Occupancy Sensing switch to detect motion requires line-of-sight of room occupants.

7 The Occupancy Sensing switch must have an unobstructed view of the )PU PCKFDUT BOE NPWJOH BJS DVSSFOUT DBO BGGFDU UIF QFSGPSNBODF PG UIF 0 DDVQBODZ 4 FOTJOH TXJUDI t The performance of the Occupancy Sensing switch depends on a temperature differential between the ambient room temperature and that of room occupants. Warmer rooms may reduce the ability of the Occupancy Sensing switch to detect Beam Diagram5 ft ( m)5 ft ( m)010 ft (3 m)10 ft (3 m)15 ft ( m)15 ft ( m)20 ft (6 m)20 ft (6 m)25 ft ( m)25 ft ( m)30 ft (9 m)30 ft (9 m)Vertical Beam Diagram5 ft ( m)010 ft (3 m)15 ft ( m)20 ft (6 m)25 ft ( m)30 ft (9 m)4 ft ( m)Compliant to NEMA WD7 test grid shown belowTested Coverage Area10 ft (3 m)15 ft ( m)20 ft (6 m)30 ft (9 m)Major Motion 900 ft2 (81 m2) coverageMajor Motion 400 ft2 (36 m2) coverageJob Name:Job Number:Model Numbers.

8 PageSPECIFICATION SUBMITTALM aestro Occupancy Sensing SwitchSwitch with Occupancy and Vacancy Sensor369659a 6 switch "EBQUFS Mounting ScrewsMounting Screws8 BMMQMBUF "EBQUFS QVSDIBTFE LensTapswitch5BQ PO PGGO ccupancy Sensing switchSensor LED CFIJOE MFOT 1 VMTFT UP BDLOPXMFEHF NPUJPO XIFO UIF MPBE JT 0/ Job Name:Job Number:Model Numbers:PageSPECIFICATION SUBMITTALM aestro Occupancy Sensing SwitchSwitch with Occupancy and Vacancy Sensor369659a 7 Sensing switches can be ganged without and TIPXO BT JO NN Front ViewSide View 11 8 11 2 Job Name:Job Number:Model Numbers:PageSPECIFICATION SUBMITTALM aestro Occupancy Sensing SwitchSwitch with Occupancy and Vacancy Sensor369659a 8 Location Installation (120-277 V~)1, 3 014 . / %7 714 . / %7 Wiring Diagram 1 Occupancy Sensing switch 7~ )[WhiteGround)PU -JWF/FVUSBMLoadBlue1 BareBlackBlackWiring Diagrams:3-way Installation with Standard Mechanical switch (120 V~)2, 4 014.]

9 / %7 714 . / %7 BlackBlueWhiteGroundOccupancy Sensing switchGreenGround 7~ )[)PU -JWF/FVUSBMLoadStandard mechanical switchBlackJumper wireBare%JGGFSFOU color screw $PNNPO BlackBlueGreenGroundOccupancy Sensing switchWhiteGround 7~ )[)PU -JWF/FVUSBMLoadStandard mechanical switchBlackJumper wireBare%JGGFSFOU color screw $PNNPO ORWiring Diagram 21 8 IFO VTJOH DPOUSPMT JO TJOHMF MPDBUJPO JOTUBMMBUJPOT UJHIUFO UIF CMVF UFSNJOBM PS DBQ CMVF XJSF Do not DPOOFDU UIF CMVF UFSNJOBM XJSF UP BOZ PUIFS XJSF PS UP HSPVOE 2 Only one Occupancy Sensing switch can be used per multi-location 'BO MPBE BQQMJFT UP 7~ POMZ /PU GPS 7~ 4 " TJOHMF TUBOEBSE XBZ TXJUDI PS VQ UP DPNQBOJPO TXJUDIFT NBZ CF DPOOFDUFE UP BO 0 DDVQBODZ 4 FOTJOH TXJUDI 4 UBOEBSE XBZ TXJUDI DBOOPU CF DPNCJOFE XJUI DPNQBOJPO TXJUDI 5 PUBM CMVF UFSNJOBM XJSF MFOHUI NBZ CF VQ UP GU N Job Name:Job Number:Model Numbers.]]

10 PageSPECIFICATION SUBMITTALM aestro Occupancy Sensing SwitchSwitch with Occupancy and Vacancy Sensor369659a 9 Installation with Standard Mechanical switch (277 V~)1, 2, 3 014 . / %7 714 . / %7 BlackBlueWhiteGroundOccupancy Sensing switchGreenGround 7~ )[)PU -JWF/FVUSBMLoadStandard mechanical switchBlackJumper wireBare%JGGFSFOU color screw $PNNPO BlackBlueGreenGroundOccupancy Sensing switchWhiteGround 7~ )[)PU -JWFLoadStandard mechanical switchBlackJumper wireBare%JGGFSFOU color screw $PNNPO ORWiring Diagram 3 Wiring Diagrams: (continued)Wiring Diagram 4 Multi-Location Installation (120 V~)1, 2, 3, 4 014 . / %7 714 . / %7 XJUI ." "4 PS .4$ "4 BlueWhiteGroundOccupancy Sensing switch4 BlackGround 7~ )[BrassBrassBlackBlueBlueGreenGreenGroun d)PU -JWF/FVUSBMLoadMA-AS or MSC-ASMA-AS or MSC-ASBareBlackBlack/FVUSBM1 " TJOHMF TUBOEBSE XBZ TXJUDI PS VQ UP DPNQBOJPO TXJUDIFT NBZ CF DPOOFDUFE UP BO 0 DDVQBODZ 4 FOTJOH TXJUDI 4 UBOEBSE XBZ TXJUDI DBOOPU CF DPNCJOFE XJUI DPNQBOJPO TXJUDI 5 PUBM CMVF UFSNJOBM XJSF MFOHUI NBZ CF VQ UP GU N 2 Only one Occupancy Sensing switch can be used per multi-location 'BO MPBE BQQMJFT UP 7~ POMZ /PU GPS 7~ 4 /PUF $BO CF JOTUBMMFE JO BOZ MPDBUJPO 4 Job Name:Job Number:Model Numbers:PageSPECIFICATION SUBMITTALM aestro Occupancy Sensing SwitchSwitch with Occupancy and Vacancy Sensor369659a 10 Diagram 5 Multi-Location Installation (277 V~)1, 2,3, 4 014.]]]