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To 28 0 <br />v Q�° Areamaster SquareliteTM: <br />Photometric and Pole Data. <br />Photometric Report Number TSC2001-S2 Sharp Cutoff 40OW HPS <br />Luminaire G-SCT6L-MT. (HPS 40OW LU400/T7, 46,000 lumens). For <br />25OW HPS, multiply FTC values by 0.6. <br />Distance (ft) MOUND EG EIGHT <br />Ahead/Behind <br />Footcandle 30 40 50 60 <br />165 <br />180 <br />155 <br />150 <br />145 <br />- <br />- <br />- <br />.01 <br />.01 <br />.01 <br />.02 <br />.02 <br />.02 <br />.03 <br />.03 <br />.04 <br />.04 <br />140 <br />-- <br />.01 <br />.03 <br />.06 <br />135 <br />- <br />.01 <br />.03 <br />.39 <br />130 <br />.01 <br />.04 <br />.14 <br />125 <br />- <br />.02 <br />.05 <br />.20 <br />120 <br />- <br />.03 <br />.06 <br />27 <br />115 <br />- <br />.04 <br />.10 <br />.35 <br />110 <br />.01 <br />.05 <br />.17 <br />.46 <br />105 <br />.01 <br />.06 <br />.26 <br />.60 <br />100 <br />.02 <br />.08 <br />.38 <br />.77 <br />95 <br />.03 <br />.10 <br />.54 <br />.93 <br />90 <br />.05 <br />.21 <br />.74 <br />1.13 <br />85 <br />.07 <br />.37 <br />1.00 <br />1.37 <br />so <br />.10 <br />60 <br />1.29 <br />1.66 <br />75 <br />.14 <br />.91 <br />1.62 <br />Z 02 <br />70 <br />.23 <br />1.35 <br />2.05 <br />2.16 <br />65 <br />.55 <br />1.91 <br />2.59 <br />2.21 <br />60 <br />1.06 <br />2.53 <br />3.07 <br />2.21 <br />55 <br />1.85 <br />3.39 <br />3.17 <br />2.18 <br />50 <br />3.08 <br />4.55 <br />3.19 <br />2.24 <br />45 <br />4.51 <br />4.93 <br />3.16 <br />2.24 <br />40 <br />6.64 <br />4.98 <br />3.23 <br />2.31 <br />35 <br />8.65 <br />4.96 <br />3.18 <br />2.57 <br />30 <br />8.85 <br />5.04 <br />3.63 <br />2.85 <br />25 <br />8.95 <br />5.49 <br />4.10 <br />3.16 <br />20 <br />9.25 <br />6.41 <br />4.64 <br />3.43 <br />15 <br />11.4 <br />7.47 <br />4.95 <br />3.41 <br />10 <br />13.7 <br />7.67 <br />4.83 <br />3.18 <br />5 <br />12.7 <br />6.53 <br />3.93 <br />2.60 <br />0 <br />6.58 <br />3.70 <br />2.37 <br />1.65 <br />•5 <br />1.15 <br />.81 <br />.58 <br />.48 <br />-10 <br />.60 <br />.40 <br />.33 <br />.29 <br />-15 <br />.77 <br />.31 <br />.23 <br />.18 <br />-20 <br />1.13 <br />.43 <br />.21 <br />.15 <br />-25 <br />1.11 <br />.59 <br />.28 <br />.15 <br />.30 <br />.86 <br />.70 <br />.35 <br />.19 <br />This report has been prepared in accordance <br />with IES guides on testing procedures. it Is <br />representative of luminaires tested under <br />standardized and stabilized laboratory con- <br />ditions. Various operating factors can cause <br />differences between laboratory data and ac- <br />tual field performance. <br />Additional photometric charts available <br />on request. <br />Typical Footcandie Values <br />0 <br />U <br />400 Watt High Pressure Sodium <br />�J�il�titi>•Iti�tif�f•itif� <br />MoPown <br />�1 <br />MONINK <br />ON-111116ME <br />D <br />NRISAWAKFAN <br />lu <br />=..,.. <br />A. <br />NEW <br />r/%I <br />■i <br />0 .4 .8 12 LO 2.0 2.4. 2.8 <br />Distance In terms of mounting height° <br />C (i.e., ratio of distance to height. Exam- <br />ple: Q 15' mounting height, 1 means 15'; <br />2 means 30', etc.) <br />40OW HPS <br />Mtg. Ft. Candles for Iso-Footcandls Unes <br />Ht. A B C D E F G H <br />20 <br />29.03 <br />20.21 <br />19.19 <br />8.07 <br />2,39 <br />.39 <br />.17 <br />.04 <br />25 <br />18.58 <br />12.91 <br />12.28 <br />5.16 <br />1.53 <br />.25 <br />.11 <br />.04 <br />30 <br />12.90 <br />8.98 <br />6.53 <br />3.59 <br />1.08 <br />.17 <br />.08 <br />.03 <br />35 <br />9.48 <br />6.60 <br />6.27 <br />2.63 <br />.78 <br />.13 <br />.06 <br />.02 <br />40 <br />7.26 <br />5.05 <br />4.80 <br />2.02 <br />.60 <br />.10 <br />.04 <br />.02 <br />45 <br />5.73 <br />4.00 <br />3.79 <br />1.59 <br />.47 <br />.08 <br />.03 <br />.01 <br />Technical Data on Square Steel Poles for Davit Mount Luminaires (Ordering Information on Page T-27) <br />Application <br />e To mount single or multiple luminaires <br />to heights from 20 to 40 feet. <br />Features <br />e 2" pipe size tenon accepts a single lu- <br />minaire, or 2, 3, or 4 luminaires with ap- <br />propriate poletop bracket. <br />e High -strength shafts are made from <br />square steel structural tube with mini- <br />mum yield strength of 50,000 psi. <br />a Base plates are of structural quality hot - <br />roiled steel with minimum yield strength <br />of 50,000 psi. Anchor base telescopes <br />the pole shaft and Is welded around top <br />and bottom. <br />e A 3" x 5" reinforced handhole with cover <br />and grounding lug 12" above the pole <br />base is standard. <br />e Anchor bolts are furnished complete <br />with two hex nuts and washers, and are <br />of 36,000 psi steel. <br />e Poles are designed to withstand dead* <br />*Appleton* <br />ECTRIC COMPANY <br />loads and theoretical dynamic loads de- <br />veloped by sustained winds of 80 mph <br />with an appropriate gust factor. The <br />weights and EPA Include luminaires <br />and/or mounting adaptors, and their ef- <br />fective projected area Is considered to <br />be the product of the actual projected <br />area and the drag coefficient. Pennants, <br />signs, and similar elements that create <br />additlonal stress on poles should not be <br />used without prior factory approval. <br />1701 W. Wellington Ave. <br />Chicago, Illinois 60657 <br />N <br />1� <br />raA> s nN• FKc+rtivn ';Ont. M2 Copyright 1982 Printed In U.S.A. <br />