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The design is the result of calculations made using Visual® lighting application software, photometric/radiometric data measured in a laboratory, and certain computational and modeling assumptions. Far -field photometric/radiometric data may have been used to perform one or more calculations. Photometric/radiometric data is typically collected under far -field measurement conditions; far -field data is not generally representative of near -field geometric conditions. When using far -field photometric/ radiometric data, the Visual software applies certain generalizing assumptions to approximate near -field performance. These approximations may result in significant inaccuracies in individual calculated luminous and/or radiant power quantities in areas where a source is in close proximity to a particular surface or point. The modeling of radiant flux exchange used in the Visual software requires a uniform exitance across each reflecting surface. The Visual software approximates the uniform surface exitance condition by adaptively subdividing surfaces with non-uniform exitances into subsurfaces with sufficiently uniform exitance gradients. Practical restrictions, due to computer hardware limitations, may prevent the subdivision procedure from subdividing surfaces with high exitance gradients into subsurfaces with sufficiently uniform exitance gradients, introducing potential discretization error into calculated values. Calculations performed by the Visual software assume that all reflected flux is reflected in a perfectly diffuse (Lambertian) and spectrally uniform manner across the spectral range being analyzed. If actual reflectance characteristics differ from these assumptions, observed luminous and/or radiant power quantities may differ from predicted quantities. As a result of the computational limitations and simplifying modeling assumptions described above, and/or variations in actual product performance from tested product samples, the accuracy of calculated output values identifying expected radiometric quantities and any resulting derived radiation dose calculations may be adversely affected. In addition the accuracyof the application design may be adverse) affected if information about the physical space provided to Acuity Brands Lighting is incomplete, inaccurate outdated or not in the required format (including but not limited to floor plans, space layout, reflected ceiling plans, physical structures electrical design or specifications), if incorrect assumptions are made because of such deficiencies in the informationprovided, PP 9 Y Y P Y P P Y 9 9 P q ( 9 P P Y 9P P Y 9 P ), P or if typical assumptions made about the depicted physical space are notappropriate for the s ace. Furthermore actual field performance may differ from performance calculated using laboratory measurements as the result of miscalculations related to deficiencies in the information provided about the physical space, degradation factors in the end- user environment (including, but not limited to voltage variation and dirt accumulation or YP P P P Y PP P Y P 9 Y P P Y P 9 ( 91 9 ), other possible variations in field conditions. Finally, lamp lumen depreciation and/or depreciation in lamp radiant intensity may result in performance over time that differs from performance calculated using a new lamp. Light loss factors may have been used in the application design to estimate such depreciation, but flaws in these estimates may also result in performance over time that differs from calculated performance. It is the obligation of the end-user to consult with appropriately qualified Professional Engineer(s) to determine whether this application design meets the applicable requirements for performance, code compliance, safety, suitability and effectiveness for use in a particular application. In no event will Acuity Brands Lighting be responsible for any loss resulting from any use of this application design. AF+Rktaa- G. -I lin-lMlm 00.1 SPrdh,aNm, The 6 -Alk ( )Lilt 123,, rvgltM laeae of -w, wM Ne MIA,, .knead mala. the of lsyvem a 1P66 aw.l.1mmlu,l Na pa moldedlhmul mo-bwoulhua ln,rtft- ra,h of rrr lumiwmn lbbphann Iraq W. -Senn Thr laol lxor. OuRd andwprtB,bimounlydwnAnlhed,oramglwop4.Theloprtfle,lorrtdv„owr50nio(Iheupwad .m I�gntmmtne lmuomng renannwnik,Ilw.Iryawn ap llgm mmpollrmmeenne vn uaanm,l Brom Aa sMpe�ltk lumnaue.TnebwnrNre,auvsgensely moMMDnvnswmaumiathpokpangswhik mai ing undorm elummaa. 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T1,vkN,ul,anpawms art -W aluminum pial ler-themrhm uM -AZuhm five mndu,aDlug o- m tk"Nudun the lummam hol to"'Piet, - - - - 2-11,T 2.4 V shat- a, IITIII, olao, hod All Nn egrsf ane &lee - are..earn.. Cwpl,e ,uoArdyt,rm ,dI MMe: F,twl p,fama,e m+y.Her n a recall of eM user mwmrmenl+M al9kaum LUMNAl Spmfiuuau wbfl, to rh,nge wMoamna. HUlghane IOne wlwn+w,y (oA"s.W10Al2 Pwrc1h6634+OPNAI! :& M4kuily1xard,UgMiig Ar. aI,lift mee An. 01ro1N jmhuu,a v6fl M9' mnare ce ROUSING 1 SETSCREWS •Snnxll xy[h A6 HOuskp Maximum weight - 4716s �- SLW FITTER FOR r a MNC N Maximum effective projected area - 1.38 sq. h. GVD3 01 DAA M.B. Ol ${1 Granville Classic Utility LED3 us SPECIFICATIONS G. -I lin-lMlm 00.1 SPrdh,aNm, The 6 -Alk ( )Lilt 123,, rvgltM laeae of -w, wM Ne MIA,, .knead mala. the of lsyvem a 1P66 aw.l.1mmlu,l Na pa moldedlhmul mo-bwoulhua ln,rtft- ra,h of rrr lumiwmn lbbphann Iraq W. -Senn Thr laol lxor. 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Futuw embMeM nLgnt ar nelwarl h,efxe for Mndwl fiAwrt,mwland eimming NLTAIR2. • undue. pollest,pow„oat parol w martmx-duubeny lenr.I.IIMS-Al - eagawsmule nage w tvAl,,d pannngpr-, ywldf a hnM dna xlrewsasmbe,mPage Wmmre A,IlhULm(SAln ed rango18ipea ASTM D16N1 ah, o 5000 hwr,r.powa to till fog dumb,(v,a,uAeE p, ASTM S h,ap,albn in anaMwnllmp,elwe upaOY pn CSAlan S 1p/lO3�UL or amru 91171 m suunabk ndaerad RAL M4 op -1 Habit nPGan, •AAL!Rkaax50(A?peim,oM,se Sup, Dwabk Cmosnn Repvav BObglow. Deupbol, Cm wlEVIL)PwN=quellfiMp,x1uaod OLCquaafiAd Pm&ai. No, ell w1o111 NXpralatmaybe Oxh n.-fi aOL(pwlifiMReaw A,AwiNthe Ol(OualrfiNProeuns Tftd-hall we ,I lhrdnr„h,1 me, Ne I.,.11ng requremm,: nAdl xxA 2.en-�enr : u ipl,o confirm whrh rmims aeguabfiM. Ill - MOlw 3A 1., w ans best haone�M • AfalCN. 11b Nr,bu0CRI'W Ik- wnh 010V di.K10OKA1`1 FAABWJv a (ii) kc PrW.11AAf ,nI do- end pedal a id, Ihr flay A,- A,, as • LED,"IIft'grammebk " Slxal( of lOCRIeMav-ANIuHC211 nrid eve nlM FAR.MOFPPS. Pmdun IM gwYfies a maadat-1 or, U ,d Sul, under DOT IMIII TV, 1ellhaw Nnuam aaioliand • TkN,Uxel sPlem,hall be d,rgrrM to mal AXShIL[L C12 11 and iliell ofl,a lOkV�Sal wry. gyp benu ngulalnm pm„twn.dal aft a stands&woh an uptud.ble IRV' 10AA verge Plot -dal IN mN M.1. BABA ZMA-aa Buy Aroarva lodalgwllfiesapm&aMnNe Onned Sul, wxrenrdefinllians - lumtmoutputun be,us,amuN Dria,o manuM,wm96Y waYaI FPDu D"' Nuw BwNPmerr,, Buy Am<*,A[L . T1,vkN,ul,anpawms art -W aluminum pial ler-themrhm uM -AZuhm five mndu,aDlug o- m tk"Nudun the lummam hol to"'Piet, Pk,eve+ vie6raM�„m,e an laaednwnalnfomuwn. w„alley Ihrwrng. Ta pholal,ln, rp,atnn the ek<tnul modal<e gwidM wM m Ell E.A I-1 ll 5yrerlmnM y.Th s1k mly yplwdN M h emmt,n [hespedfiula pim,ryodr shat- a, IITIII, olao, hod All Nn egrsf ane &lee - are..earn.. Cwpl,e ,uoArdyt,rm ,dI MMe: F,twl p,fama,e m+y.Her n a recall of eM user mwmrmenl+M al9kaum All Iua,wenpnnlypxal.elaneaw,d Iahour' ,a Nu., at25T Spmfiuuau wbfl, to rh,nge wMoamna. HUlghane IOne wlwn+w,y (oA"s.W10Al2 Pwrc1h6634+OPNAI! :& M4kuily1xard,UgMiig Ar. aI,lift mee An. 01ro1N jmhuu,a v6fl M9' mnare ce Holophane - Exteriors 1. Readings shown are based on a total LLF of as shown at grade. Data references the extrapolated performance projections in a 25c ambient based on 10,000 hes of LED testing (per IESNA LM -80-08 and projected per IESNA TM -21-11). 2. Please refer to the ''luminaire locations" for mounting heights. 3. Product information can be obtained at www.Holophane.com or through your local agency. C. W E W CL s n Designer Harry Heard Date As Shown Drawing No. 189031-7 Al Summary