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All Wind Loads Meet 2009 Supplement with the 2007 Florida Building Code <br /> 11.9 SF LED, ILLUMINATED <br /> Reverse lit Channel Leiters 22 D 0 D ._ SIDE VIEW <br /> wall <br /> 1 2 volt LED ship disconnect switch <br /> 71.875" lo <br /> / Letter Attachment to wall 1 <br /> Attachment: Per Engineer specs <br /> low voltage <br /> Trans tanner <br /> Electrical Specifications <br /> 1) Transformer : 12 volt <br /> 2) Primary: 120 V <br /> 3) Amps: 3.52 el- <br /> 4) 4.73ffcndl of light. @ 6hrs of Illumination Acrylic Faces with <br /> 5) 1/4" drain holes @ bottoms Jewel !Re mm <br /> of all letters. • Jr <br /> 6) 120V disconnect switch / <br /> 7) All LED components shall <br /> Be UL approved and listed .063 Aluminum Returns <br /> rY 71 <br /> Customer : Class "B" Date Drawn: 6/24/2010 Designer: SG Drawing #: 7116 -06E <br /> Anclote Sign Corporation 38530 5th Ave <br /> C 817 Riverview Lane Zephyrhills, FL. 33542 <br /> Tarpon Springs , FL 34689 This Drawing Is The Property Of Anclote Sign Corporation SCALE: 3/4 " =1' <br /> Office: 727 - 938 - 5943 All Rights To It's Use For Reproduction Are Reserved For <br /> na <br /> {1N Fax :727- 942 -9799 <br /> Wall Type: Br Anclote Sign Corporation Only. As a Professional courtesy <br /> State Lic # ES0000373 Please do not show this drawing to anyone outside of your <br /> organization. <br /> _o —I C,) —I C Z D I — l m c <br /> !v <br /> -a (D a. <br /> • ( D 0 ° = m= m c m cl - a- a' a s c <br /> a m ;:i. a CD a) v Cn m CD -0 0 = cn <br /> 0 1 33 < o • o -, 11 - 0 -a <br /> 0 Z c a m a = Cu — CD <br /> S o o C -< O fl- � ' v N a. fl. <br /> 03 0 N (D C p E CD W 3 0 CD — <br /> m o ? Q ,-7- CD O 0 = -, CD f CD a) rt (7-"4"1-* <br /> T <br /> Q) to <br /> co coo p CT A t. m O O <br /> Q a O '. t <br /> y 74 ii II <br /> � N N so a) o t <br /> O � <br /> rr1 _ ,� N 1:1) c , f U7 o W N N ' M ~ 7 D A < o N co co x <br /> ' N= c v D cn I - can D <br /> �,a 0 CD m � , Q sii m = <br /> n �o 0 + a � — � `LJ • o 1:1 o 2 e = o o 5 0. <br /> u1 Dc cn cn C) G <br /> O <br /> cD m L (/ -T1 y so <br /> � '' � ° 3 <br /> r-t <br /> rn - 0 CI cn = _ � - - CO o <br /> -- rnw = _o <br /> ccnn co w r° * c p I �O is CO Fr _ Er. <br />