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Home My WebLink About10180721_1500 AUTOMALL - PlanCITY OF SANTA ANA BUILDING PERMIT APPLICATION WORKSHEET PLEASE PRINT PROJECT ADDRESS: USE OF BUILDING: 1500 AUTO MALL DR RESIDENTIAL COMMERCIAL SUITE: INDUSTRIAL OTHER 3/2/05:forms/Bldg.App.Worksheet SAPIN #/O/ 20 92) MASTERID# NATURE OF WORK:NEW ADD ALTER/T. I.DEMO REROOF REPAIR SIGN MISC NFW/ADDITION/Al.TFRATION 1ST FL.. SF BASEMENT: YES/NO SF 2ND FL.. SF PATIO/ENCL. PATIO:SF TOTAL OF OTHER FLS: SF RES. REMODEL: SF GARAGE/CARPORT: SF ALTER/T.I.SF JOB DESCRIPTION (non-residential projects see reverse side of this application) : NO. OF STORIES: BLDG. HEIGHT: PROPOSED USE: BUILDING OWNER'S NAME:PHONE NO: PAG SANTA ANA Bl INC 480-538-6800 ADDRESS:CITY:STATE:ZIP: 1500 AUTO MALL DRIVE SANTA ANA CA 92705 TENANT'S NAME (Comm/Ind):CREVIER BMW CONTRACTOR'S NAME: SIGN CONTRACTORS ADDRESS:400 W. FOOTHILL #130 STATE CONTR. #: 740985 CITY: GLENDORA PHONE NO: LICENSE CLASS: C-45 STATE:CA PHONE NO: 626-335-288; ZIP: 91741 WORKERS COMP. POLICY#:EXP. DATE:INSURANCE COMPANY:SANTA ANA BUS. LlC. #: 229 1-1-2015 STATE COMPENSATION 3740 ARCHITECT/ENGINEER:STATE LICENSE #:PHONE NO: ADDRESS:CITY:STATE:ZIP: CONTACT NAME: RICHARD A RICE PHONE NO: 626-335-2887 E-MAIL ADDRESS:RICK@RRSIGNS.COM OFFICE USE ONLY:ACC OR SPC (CIRCLE ONE)HRS PER BLDG. FEE $ OCC. GROUP:RECEIPT #:P/C FEE PD $ TYPE OF CONSTR:VALUATION: $SUBMITTAL DATE: FIRE SPKR: YES / NO A/C: YES / NO FLOOD ZONE:PROCESSQD £ RES. DEV. FEE: YES / NO PRIOR DWELLING UNIT: YES / NO COMMENTS: PLANNING OK TO CHECK & DATE BLDG. DEPT. APPROVAL & DATE PLNG CONDITIONS: 9-3 43 -V. Planning & Building Agency Building Safety Division 20 Civic Center Plaza TENANT IMPROVEMENTPI. IN\N; P.O. Box 1988 (M-19)killl[DN (714) 647-5800Santa Ana, CA 92702 PLAN CHECK COMMENTS .#GIl:(¥ www.santa-ana.org A C[IV OF SANTA PLAN CHECK NO: PROJECT ADDRESS: PLAN CHECK ENGINEER: 10180721 1500 S Auto Mall Dr Ahangian, Kathy TEL: 714 647-5812 FAX: 714 647-5897 TYPE OF CONSTRUCTION: OCCUPANCY CLASSIFICATION(S): PLAN CHECK DATES: 2/24/2014APPLICATION 3/12/2014INITIAL REVIEW 8/23/2014EXPIRATION 1 RECHECKS: V B, SPK B, S-1, S-2 REMARKS/RECHECK ITEMS: PROJECT APPLICANT CONTACT PERSON: 2. 3. VALUATION:$10.00 Richard Rice (626)335-2887TEL: (626)335-1197FAX: EMAIL:Rick@rrsigns.com FLOOD ZONE: X-0602320277J APPLICABLE CODE: 2010 CALIFORNIA BUILDING CODE (CBC) WITH CITY OF SANTA ANA AMENDMENTS 1. All items noted on this plan check report must be addressed. If you feel that an item is not applicable to your project, note "N/A' and discuss the reason with the plan checker. 2. Please indicate the sheet number and detail to the right of each correction, or note the number on the plans where the correction is made. Resubmit marked original, calculations and this correction sheet. A separate sheet for response may be used. 3. Resubmit 2 corrected sets of plans. 4. Meetings between the project applicanUdesigner and the plan reviewer shall be by appointment only. Please call (714) 647-5812 for an appointment.--S --- 5. Please return marked up set of drawings with corrections. , -Page 2 of 2 6. All persons preparing plans, specifications, and instiuments of service for others shall sign those plans, specifications and other instruments of service for others shall sign those plans, specifications and other instruments of service and all contracts therefore. This requirement applies to both exempt and non- exempt projects. Business and Professions Code Chapter 3, Division 3, Section 5536.1(a). 7. Plans need to be in compliance with CBC 2013. 8. The applicant shall obtain clearances/approvals for the following prior to building permit issuance: - Planning Division approval on the corrected/final set of drawings (647-5804.) Previously approved plans should be submitted to expedite the process. - Proof of Worker's Compensation Insurance shall be required at the time of permit issuance 9. Provide the wind load on the calculation. 10. Provide an attachment detail for the sign to the plate on detail 3. 11. Verify attachment of the existing steel tube to the structure will be able to take additional load transferred from the sign to the tube from the wind load. 12. Please submit a signed copy of the contract showing labor and materials for all the work to be done under the subject building permit application. Page 1 of 2 jilijal'll'IM.L ENGINEERING PROJECT:CREVIER BMW - 1500 AUTO MALL DR., SANTA ANA, CA PROJECT #:4560 CLIENT:UNITED SIGN SYSTEMS 10815 RANCHO BERNARDO RD., SUITE 260, SAN DIEGO, CA 92127 PROJECTMANAGER@SULLAWAYENG.COM PHONE: 1-858-312-5150 FAX: 1-858-777-3534 DATE:12/06/20013 ENGINEER: FN PAGES: 4743/1• 46·tO 314 li 54·J1 iT il 11 L· .AWM -13" 17·10' ,15-100 LT.5314• 5 1,k.·111.!12... 11 11 11 11 11 11 11 61 11- trevier EMW P 0 ELEVATION , 47·.83&1. !,1 N.T.1 + 9 6" /0 0/42 1517 1 trdow I ft *1 4 L .*- 4 -4 .* . * - 4 I *- 41- -111,1 1 1, I.15-1 331/4.·Tip!1 1/ 1 tr 1 3p: 1 PLAN VIEW r- (E) CANOPY 1"i STRUCTURE jill/elil?i,14:,.. .al\1 (@1-1 L (E) SQ. HSS 4"x4"« 70 /SUPPORTS SPACED - WALL . BRACKET AT 3'-6" MAX. C.C. -4- O 0 8"x8"40 PLATE W/ (4) THRU BOLTS MATCH PLATE DETAILS (E) SQ. HSS 4 "x4' '46" TUBE SUPPORT 3'-11 MATCH PLATE DETAIL - PLAN VIEW GENERAL NOTES 1. DESIGN CODE: CBC 2010 2. DESIGN LOADS: ASCE 7-05 3. WIND VELOCITY 85 MPH EXPOSURE C 4. TUBE STEEL ASTM A500 GR. B 46 KSI 5. PLATE STEEL ASTM A36,36 KSI 6. ALUMINUM EXTRUSION 6061-T6 7. PROVIDE PROTECTION AGAINST DISSIMILAR METALS 8. BOLT STEEL ASTM A307 & Ree 4324 204CI* 0/88/zta 1,90 IDE ELEVATION ?ROFE -0 I \ gl\/EXP. 6/30/2014 1G\NER *)130 72 J j jlj#LAL,tjkiwiJL'Muvic Page 2 of 2 ENG IN'EERING PROJECT: Crevier BMW - Santa Ana, CA PROJ. NO.: 4560 CLIENT: United Sign Systems building code; CBC 2010 10815 Rancho Bernardo RD., SD, CA 92127 projectmanager@sullawayeng.com Phone: 858-312-5150 Fax: 858-777-3534 DATE:12/6/2013 ENGINEER:FN units; pounds, feet unless noted otherwise Applied Wind Loads; from ASCE 7-05 Pnet=X Kzt I Pnet3O (ASCE 6.4.2.2) 1- 1.35 (ASCE Fig. 6-2) Kzt=1.0 (unless unusual landscape)I= 1 for structural category Il V= 85 mph Exposure= c Area=121 ff max. height=27.7 max Pnet30-11.1 psf Pnet= 14.99 min Pneoo= -13.5 psf Pnet -18.23 For inside attachments use 10 psf min.Pnet= 10 Loads DL=3200 lbs 1.2DL = 3840 lbs WL = 2202 lbs 1.6WL = 3523 lbs Check Weld Strength For Plate Attachment To Exisitin 4" SQ. Tube Support Rn = 1.2DUnsupports =0.38 kip nsupport = 10 ¢Rn= 1.392DL=33.4 kip OK D= 3 L=8 in Check 4"x40'xl/8" Tube Supports 4= 0.9 fy= 46 ksi Mwl = PL=125 kip-in total P = 3523 lbs 12.5 kip-in per support L = 35.50 in Z = 2.56 in ¢ Mn = *fyZ= 3 106 kip-in OK Check 1/2" S.S. Thru Bolt For Match Plate Connection Tmax = MWL/Sboljnbolt = 1.04 kip Sbolt = 6 in TU = 6.78 kip OK rlboit =2 in Vmax = 1.2DUnbolt =1.92 kip VU =3.6 kip OK Check Combined: (Tmax/Tu) + (VmaxNu) =0.15 5 1.0 OK Check 8"x8"xl/4" Steel Match Plate 0= 0.9 4 = 36 ksi arm =2 in Mplate = Tmax(arm) =2.08 kip-in Zreq'd = Mplate(*fy) =0.06 2 treq'd = 4(4Zreq'd/b) =0.25 in Ahangian, Kathy From:Ahangian, Kathy Sent:Tuesday, March 25, 2014 9:36 AM To:'rick' Subject:RE: 1500 S. Auto Mall Dr Hi Rick, I tried to find the building permit, but the project you are referring to is still not approved, would you please verify the building permit number so I could look at it for attachment of the steel tube. Thank you, Kathy Ahangian Assistant plancheck engineer City of Santa-ana Tel: (714)647-5812 From: rick [mailto:rick@rrsians.coml Sent: Monday, March 24, 2014 3:53 PM To: Ahangian, Kathy Subjed: 1500 S. Auto Mall Dr I have tried multiple times to contact you and have not had a reply to either my emails or phone calls. Can you please update me on 1500 Auto mall drive. Good afternoon, Item 9 Provide the wind load on the calculation. "See page 2 top of page" item 10 Provide an attachment detail for the sign to the plate on detail 3. "See Detail on drawings shows bracket and attachment of bracket to sign" item 11 Verify attachment of the existing steel tube to the structure will be able to take additional load transferred from the sign to the tube from the wind load. "See building drawings and structural calqs on building. We did not design building only attachment to building supplied bracket" RICK RICE Owner If you don't think we make it, we probably do! OFFICE: 626-335-2887 - FAX: 626.335.1197 EMAIL: rick@rrsigns.com 1 22 g«an -#* , 1 f § 31/0 623'< f ){ 4\44 \- 4 ,, 4: ,t ,t :r ,3 3, 9 j . L 7< *3 41 3/ NEG][IM[* [LIi) [2§[UN]@IME *emstait,Gglir,frit @igitp.utLE®)(driver eniyene[02*greci [partperiffiFidule- **21@@2*¤dll&*%*&0** 0%2 Ate, $1-01(0 L %..c;r fl€710 dorooto. rl-01©9110000 L 0 oonoriti,10 Vong,1,31 lf®womrones tv/Ventest LED DRIVER rjw U.Terhant.„ ,=t .*t VLP100-120 [3742*1 POWEe»O YOUR IMAGE- Ae iNRUT - iiav ORA 60 48#*2 62£25& 1£21 kelli f*,51C1 0.1Atl DC OUTFUT · MOLATED121* ADJUST= FC»Un ANO u.0 25? -1 /MI /9////#/fl S #1 7*V Mo,fs C,11•.1 r,1 -0 1 ) 511# 01 My 1 · CO re,"0004 0 1 *00£10 ,0 . .m'f--rall 001{}mU ••,#4 1 0010-0 Ic,00,1 Raji)®0{11@ @@tRI@ib=gOg@lo @@(MI@(*IMB @QfNjU@IM! (L{*© 417®@(7 (ki<(*Ax#Al#lge 0@ @tmi3 illD@) b®@*le mm@@*1 @(Al@(t®7 @0111@(Ru =®9 11@ @@59@[7 ®0097 ®k'@09 Q.[*(0) dh#. Patent Pending breakthreugh design effers: Affer€lability 0 Engineered Safet,y O Mi#Alnk.9 12NET.!0 0 [19@*7® *GR*90§O *Q®x@Km@(7 (%*0@#ijit@@@ 0 (M-=-79® 0 -IM*ji#jil®(@0@Qi)(Ma@ 9@Qlm (IME,Eigie L:dil'echnolo diS Ilmilkt*7 6*) (EQ!*11AilitIB (31322¤17 gilIE[0111*3 (lit, (lkID €11%10 QNI(Illilk]19 (1EI7 (iI!*F 993 516IB Ct- « Ii-g t. 60£7933<9000 i](RD *0(*(iII 22 -)20-0 vt,otox FL#rno tbbcion UL-13200 22=t.ma ve,20,1/3 1 01_J Uooct,i/3 or i. I *108 59£00 Gae Gm/3/0/3 69ez*im {pse m]®@]03% f-(R#?11§911* (B!]1@@(1*10¤@im@®71&122 (itegiEE<talUiDGIADiasiabSl ut" - p- .-- 43- . 03184181%17(1#m602£m ·---w. 1- tate k---1.39,4 til«452.42:141--(Sy.stewiliagamdrivepto Go feet of 5!It[Ka}9*nariteigg.s 20%(22@i*[iiBif24/*Il'.'/$04» onIone power suppTy.MED®12[}IMPEEifa®*F *Si]EMBilte VL-B200 (Blue) lllllllllllllllllllllll *ME®041901 White VL (;200 (G AN '4*.w VL-*200 0Mt;er *c...10 The only powered1=r-1 part on board is the LED chip itself Normally passive shunt will bypass LED chip should it • fail, keeping string lit. £ 1 @m=Imm 51¤@XlijQI2 Current control powered, narrow bin, industry leading premium LED chips ensure maximum brightness. Built in reflector projects light toward the sign face - where it provides maximum impact. LED chip viewing angle is 120 degrees which is increased by the fellector. VenBrite LEDs exhibit no loss of brightness from voltage drop because of one-of-a-kind series-wired design. /&!INS¥*7@210!Ii@ Unlike Class 2 voltage driven systems, our Amp Clamp design provides constant current with variable voltage, dependanton load. Fewer power dissipating components on each module reduces the power needed to run the system, increasing efficiency. Our patent-pending current control power supply design is simply the most emcient way to power any LED chip. Dramatically lower output current than typical Class 2 systems (e.g. 120mA versus 5 Amps). mian/*YiTILIIN EiiD[I!Ii00 @UNR!:ININ With only one powered component per module, (the LED itself), there is less heat build up and fewer parts with potential to fail. Bom from Ventex Technology, Inc., an established manufacturer of quality and reliable electronic power supplies for signage for more than 15 years. Advanced yet simple design makes VenBrite "Simply Reliable". Shunt diode across LED chip ensures no 'Christmas Tree Light" effect. LEDs in the string will continue to be lit. (D e *. 0.. - I. 1/.$*I t 1%CO Series Wired: one wire in and one wire out 9, 'enteR ¥L- W200 U 6. 11 1 venarite- R/Venten 10 Venarite LED DRIVER Mge Ujechnoiogy, Inc. Vcoa:VLP100-120 E324241 POWERING YOUR IMAGE'* JAC INPUT - 120V O.SA 50/60Hz ACAUT/ON! & E *l NIGH POWER F ACT* O.95 1101 |DC OUTPUT -ISOLATED Tum o#powlf bitor• Ify;cll,19 * 0 0* 1 SElF ADJUSTING FOR UME AND LOAD Ovorlog; 8 Stion Clrtult hotected Co-F,mp,ofest,d .I. 6329920 Salt*DID for {»I w 01*p toc-*4. 43KR ROHS Co<last -„..... Retrom don comin= To "I= HE,de *bl' 30 .. 0. 120mAdc .0 Constant Current Output 0 Born of Ventex Engineering innovation, with more than 100 years combined electronic power supply design experience, resulting in a space saving, energy efficient, patent pending power supply. POWER 1 SUPPLY Accessories for UL applications include VenBrite wire connectors and Ventex Low Voltage LED Wire. Available from your local VenBrite distributor. WIRE SUPPORT CLAMP RETURN WIRE MUD[@1!Dif @§13[RmiI@Em One current€ontrol circuit.in tfie,unique, constant cul»it CEO· Driver'versus, repetitike currentt control *cuits, tri avery module *13®f»s' tRe complexity, improves reliability, and'reduces heaton the'LED modioie. Fewer part* means.reduced maoi,faEGHhg cotit 69*0 (usinG-East availableipaft* 'Afftp dianjji" powet.suMijk design increases dtivihO .disihce* - tewer poweit supplies to buy. *EE®Re'*BIL!lir,6 0 POWER SUPPLY [i9ED[[illi) 20[Rl RoHS Compliant UL Recognized CSA C22.2 No. 207-M89 compliant Ground Fault Protected (GFI) Overload, short circuit, and input surge protected Line and Load lregulated Reverse polarity protected Classified UL Listed for retrofit sign conversion Fewer power dissipating components on each module reduces heat build up - the enemy of LED longevity and brightness. Less heat build up means lower junction temperature and longer LED life expectancy, with less lumen depreciation. LED operating current well under LED chip specified maximum current which increases LED life. e(*iml!!IM] - ImIM]%133 [il@iEmH# System 100 (1/2 watt) p(nver supplies will drive a maximum of 60 feet of white and 75 feet of red LEC)•. System 200 ( 1 watt) power supplies will dAve a maximum of 35 feet of LEDs. * Value Added Engineering STEP 1 VenBrite LED Estimator Quiddy generates a Bill of Materials from our website enabling fast quote tumamund. Can be completed by sign shop estimator, dist,ibutor sales person, or Ventex engineering in five minutes or less. Requires password entry and basic sign information fike height, width, can depth, LED color, etc VenBrite LED Estimator for VenBrite LED Systems Ventex with LOGO- sign has 7 characters Character LOGO V E N T E X Font Style Non Senf Non Serif Non Serif Non Serif Non Serif Non Serif Non Serif Total length of VL·W100 LEDCan Height 36 18 15 15 18 15 15 Inches module string required is 52.5 Can Width 6 6 6 6 6 6 6 Inches Use VLP-100-120 driver. one Can Depth 5 5 5 5 5 5 5 Inches required. Strokes 2 2 2 2 2 2 2 Wire nuts VA-AND 1 16 required.Number of LEDs 32 13 10 13 13 10 14 VA-W09 approximately 15 feetLED Color White White White White White White White required. LED Length 16 6.5 5 6.5 6.5 5 7 Feet VorEK V-18- LED Cuslomar STEP 2 VenBrite LED Production LayoutAl:*tarc• Lly- Ohdunor a., Once the auote is won- Ventex can oreoare a detailed oroduction lavout. -, /*- ...."I'll-.'./.4...lh, 40,0. r....... . I ./ 4.LED'•*•1•9*.'ll....a....oil KEY OCF,N,liONS 15' U¢> $1-1;ANM* /. VenBrite LED Systems Specifications LED Driver Specifications:VLP100-120 VLP100-277 Input Vac, Nominal (50/60Hz)120VAC (+/- 10%)277VAC (+610%) Input Current @ Max Load 0.5Arms 025Arms Power Factor 0.95 0.92 Input Surge Protection:Varistor Type Input Conduit Connection 1/2 Conduit Thread Input Loads 18 AWG 18in. (.46M)- UL 1015 Output Voltage 0400Vdc (+/- 200Vdc max to Gnd) Output Current 12OmA (Factory Set) Output Leads ZNPA2 - low voltage LED wire VA-W09 LED Module Specifications Factory spacing between modules 6 inch centers Maximum Modules per Driver:VL-W100 (white) = 120 modules (60') VL-CW100 (cool white) = 120 modules (603 VL-R100 (red) = 150 modules (75') Minimum Modules per Driver:1 LED Module Call colors) Driver Size L x W x H (cm)4.85" x 2.0" x 1.45" (12.4 x 5.0 x 3.7) Driver Weight 12.5 oz (3508) Operating Temperature -30 C to 122 F (-34 C to 50 C) VLP200-120 VLP200-277 120VAC (+/- 10%)277VAC (+/-10%) 0.65A rms 0.30A rms 0.95 0.92 Varistor Type 1/2 Conduit Thread 18 AWG 180. (.46M) - UL 1015 O-250Vdc (+/- 125Vdc max to Gnd) 250mA (Factory Set) ZNPA2 - low voltage LED wire VA-W09 6 inch centers All colors = 70 modutes (35') 1 LED Module (all colors) 4.85" x 2.0" x 1.45" (12.4 x 5.0 x 3.7) 12,5 oz (3508) -30 C to 122 F (-34 C to 50 C) Accessory:VenBrite Low Voltage LED Wire P/N: VA-W09 (18 AWG, 600V. WHT. VW-1) Accessory: Wire Nut PN: VA-WN01 Built-In Safety Protections:GFI, Open and Short Circuit, Overload, Reverse Polarity Agency Approvals & Compliance:n.RoHS 42=b C'HUS Comphant Four year limited warranty on LED driver and modules, please see http:#Www.ventextech.com/pd#venbrite_warranty. pdf for complete warranty information. Forfurther Venerite LED Systems information, please visit http:Avww.ventextech.commled. v Ventex™POWERING YOUR IMAGE™Tochno#og,$ Inc. Tel: 800-510-5400 · Fax: 561.840.8401 1440 West Indiantown Road • Suite 350 • Jupiter. Florida 33458 www.ventextech.com · info@ventextech.com Form: 201 v 0709 V 4. ..Unh...1-1 & Lightlng Technologies SIGHISOLUTIONS|SIGNAI ESB432-14 APPLICATION and PERFORMANCE SPECIFICATION Electronic ballast for 4, 3,2 and 1 T12HO lamps up to 8ft long or any combination thereof from 4-32 ft Electronic ballast for 4, 3,2 and 1 T8HO lamps up to 6ft long or any combination thereof from 4-24 ft. Electronic ballast for use with T12HO/T8HO lamps or any combination of lamps in circuit as long as total length per circuit does not exceed 7ft for T12HO/5R for T8HO. · Line Voltage: 120 - 277 vac, +10%, 50/60Hz · Parallel Lamp Operation *60 Hz data · Instant Start · Active Power Factor Correction Max Input Nominal Lamp Lamp Footage Volts POWer Une Current Power Hannonk Crest Type #Min Max (Watts)(Amp)Factor Total Factor T12HO 4,3,2,1 4 32 120 280 2.34 >.90 <10%<1.7 T12HO 4,3,2,1 4 32 277 274 0.99 >.90 <10%<1.7 T8HO 4,3,2,1 4 24 120 257 2.14 >.90 <10%<1.7 TBHO 4,3,2,1 4 24 277 250 0.90 >.90 <10%<1.7 Application and Pertormance Specitication Intormation Subject to Change without Notitication. Power factor >.85 for 4-bft applicatlons, I HD <20% for 4-12ft apptications Performance: · Meets ANSI Standard C82.11-1993 · Meets FCC Part 18 (Class A) for EMI and RFI Non-Consumer Limits Safety. No PCB's · cULus Listed (Class P, Type HL, Type 2 Outdoor) · CSA Listed Application:Physical Parameters: · Minimum Starting Temperature:-20° F, -29° C ·Length:14.31" · Maximum Case Temperature:176° F, 80° C ·Width:3.24" · Sound Rated: A · Height:2,67" · Weight:7.4 lbs · Carton Quantity:1 piece • Lead length.Black, White 24" a 1") Red, Blue 120" (+ 1") Warranty: Universal Lighting Technologies warrants to the purchaser that each electronic ballast will be free from defects in materialor workmanship for a period of 4 years from date of manufacture when properly installed and under normal conditions of use. Call 1 -800-BALLASTx800 for technical assistance. Manufactured in North America r| LAMP _ LAMP ,J LA,2 »4 LiA!2 2.1BALLAST -mit- 1 P LAMP ..21 BALLAST .Pi..........- 1 I LAMP #-4 C.UP 1 CAMP CAW 1 2&&„ BALEAST ·mEL.....51!LI | 1 .21 BAUAST 1 aii BALLAST Fli * 1 For 34amp, 2-lamp and 1-lamp application individually cap red and blue leads0 LW p /1-1 L....4 --Id-1+··tf-EGirh....... fi-----i** - -- mET€3, b Multiple Lamp Application 1-800-BALLAST www.unvlt.com August 2011 Lighing Technologies Islityal ™ ESB848-46 APPLICATION and PERFORMANCE SPECIFICATION Electronic ballast for (6/5/4) T12HO lamps up to 8ft long or any combination thereof from 8-48 R. Electronic ballast for (6/5/4) TBHO lamps up to 6ft long or any combination thereof from 16-36 n. Electronic ballast for use with T12HC)/T8HO lamps or any combination of lamps in circuit as long as total length per circuit does not exceed 7ft for T12HO/511 for TBHO. Notto be used with less than 4 cim ults. · Parallel Lamp Operation ·AcUve Power Factor Correction ·60 Hz data Max Input Nominal Lamp Lamp Footage CrestVottsPowerLine Current Power THD Type Min Max (Watts)(Amps)Fac tor Factor T12HO 6,5,4 8 48 120 420 3.50 >:99 <10%<1.7 T12HO 6,5,4 8 48 277 415 1.50 >97 <10%<1.7 T8HO 6,5,4 16 36 120 380 3.17 >.99 <10%<1.7 T8HO 6,5,4 16 36 277 380 1.37 >.96 <10%<1.7 Application and Performance Specincetion information Sublect to Change without No:incation. Performance: · Meets ANSI standard C82.11-1993 · Meets FCC Part 18 (Class A) for EMI and RFI non-consumer limits Safety: · No PCS's ' cut.us Listed (Class P, Type HL, Type 2 Outdoor) · CSA Listed Application:Physical Parameters: · Minimum Starting Temperature: -20° F. -29° C ·Length:16.68" · Maximum Case Temperature:1766 F, 80° C ·Width:3.24" , Sound Rated: A - Height:2.67" · Weight:9.7 lbs · Carton Quantity-1 piece · Lead length:White, Black 24" (* 11 Red, Blue 120" (* 11 Warranty: Universal Lighting Technologies warrants to the purchaser that each electronic ballast will be ffee from defects in material or workmanship for a period of 4 years from date of manufacture when properly installed and under normal conditions of use. Call 1-800-BALLAST*800 for technical assistance. Manufactured in North America LAMP }-{MAMP K f j--3 TRIP d UhAP 11- omp 4 LAMP -1- W¢. 1-,r- all 1 1-CAMP h ./. SAUAST -912_ 61.,e E BALLAST 1 1 EAMP 4 tAI'.01 Il 1)42 ..12EL ...hEEL- BAUAST Blu* /,1* ...· LAr.IP -1 tw.IP - 4 LA,Ap 4 1-f LAMP Q_| riZEE*···t[IEDHEEDL 41 rEEDI ZEDI- ij CAMP M Multiple Lamp ApplicationBALLAST.mi.- B. 04.+ 1 For 5-lamp and 4-lamp applications, individually cap blue leads 1-800-BALLAST www.unvlt.com August 2011 Certificate of Compliance (Sign Lighting)(Page lof 4)SLTG-le Project Name:Date: CREVIER BMW 3-11-2013 Project Address: 1500 AUTO MALL DRIVE SANTA ANA CA 92705 Location of Sign 29 Outdoor Signs ¤Indoor Signs Phase of Sign Construction ¤New Signs O Sign Alterations Type of Lighting Control O New Lighting Controls ¤Replaced Lighting Controls ¤Not Installing Lighting Controls This Certificate of Compliance includes the following components (check all that apply) O Mandatory Measures (Lighting Controls) ¤Maximum Allowed Lighting Power 8 Specific Lighting Sources 1. Certificate of Compliance Declaration Statement (this may be aC10, C45 or other eligible person) S I certify under penalty of perjury, under the laws of the State of California, the information provided on this form is true and correct. E I am eligible under Division 3 of the California Business and Professions Code to accept responsibility for the lighting design. M This Certificate of Compliance identifies the lighting features and performance specifications required for compliance with Title 24, Parts 1 and 6 of the California Code of Regulations. 29 The design features represented on this Certificate of Compliance are consistent wil in provided to document this design on the other applicable compliance forms, worksheets, calculations, plar ions submitted to the enforcement agency for approval with this building permit application. -4 / Name:Signature Richard A. Rice / Company: Siqn Contractors Inc 626-335-2887 Phone Address: 400 W. foothill #130 7409851 1 License number (may be contractor's lic #) City/State/Zip: DateGlendora CA 91741 3-11-2013 2. Installation CertifiCate (to be signed by responsible person after installation) Permit number Checked by/Date (Enforcement Agency Use )(Enforcement Agency Use ) Installation Declaration statement a I certify under penalty ofperjury, under the laws of the State of California, the information provided on this form is true and correct. E I am eligible under Division 3 of the Business and Professions Code to accept responsibility for construction, or an authorized representative of the person responsible for construction. M I certify that the installed features, materials, components, or manufactured devices identified on this certificate conforms to all applicable codes and regulations, and the installation is consistent with the plans and specifications approved by the enforcement agency. S I certify that the requirements detailed on this Certificate of Compliance have been met. e[ 1 will ensure that a completed, signed copy of this Installation Certificate shall be posted, or made available with the building permit(s) issued for the building, and made available to the enforcement agency for all applicable inspections. I understand that a signed copy of this Installation Certificate is required to be included with the documentation the builder provides to the building owner at occupancy. - Company Name: Sign Contractors Inc Responsible Person's Name: Richard A. Rice t h 1,9ignature:Responsi P tt C License number (may be contractor's lic it)Date Signed:ion yj¢h Company: 740985 3-11-2013 Ed' f 2008 Nonresidential Compliance Forms October 2010 r Certificate of Compliance (Sign Lighting) Project Name:CREVIER BMW (Page 2 of 4) Date: SLTG-1C 3-11-2013 3. Mandatory Sign Lighting Controls NOTES: 1. The same responsible person may install both the sign lighting power and the sign lighting controls, or a different responsible person may install the sign lighting controls than the responsible person installing the sign lighting power. 2. The Mandatory Measures (sign lighting controls) arerequired for compliance with the sign lighting Standards. If the person responsible for installing the sign lighting power is not also responsible for the sign lighting controls, then the owner of the sign, general contractor, or architect shall be responsible to have the sign lighting controls installed. 3. If more than one person has responsibility for compliance, each responsible person shall prepare and sign a Certificate of Compliance and an Installation Certifcate applicable to the portion of construction for which they are responsible; alternatively, the person with chief responsibility for construction shall prepare and sign the Certificate of Compliance Declaration Statement.for the entire construction. 3a. Statements of Responsibility: Any person signing the Certificate of Compliance Declaration Statement on page 1 of 4 on this SLTG-1 C shall complete Part 3a. Check Yes or No for all of the following statements: 1 I have responsibility for installing the sign lighting controls 0 Yes, complete parts 3a and 3b ofthis form 01 No, complete part 3a of this form 2 There are no existing sign lighting controls and I will be installing compliant sign lighting controls O Yes ¤No There are no existing sign lighting controls and someone else will be responsible to install compliant sign lighting controls3 0 Yes 0 No There are existing sign lighting controls that do not comply with the applicable provision of §119 and §133 and I will be 4 installing compliant sign lighting controls 0 Yes 0 No There are existing sign lighting controls that do not comply with the applicable provision of § 119 and §133 and someone else 5 will be responsible to install compliant sign lighting controls O Yes 030 3b. Mandatory Sign Lighting Controls If the person signing the Certificate of Compliance Declaration Statement on page 1 of 4 of this SLTG-lC is responsible for complying with the sign lighting control requirements, that person shall answer all of the following questions: If there are construction documents, indicate where on the building plans the mandatory measures (sign lighting control) note block can be located: 1 §133(a)1. All indoor sign lighting is controlled with an automatic time switch control that complies with the YN NA applicable requirements of §119.m¤0 §133(a)1 and 2. All outdoor sign lighting is controlled with an automatic time switch control plus a photo Y N NA control, or an outdoor astronomical time switch, that comply with the applicable requirements of §119.80 0 2 Exception to §133(a)2. Outdoor signs in tunnels or large covered areas that require illumination during Y NA daylight hours.0 0 §133(103. All outdoor signs are controlled with a dimmer that provides the ability to automatically reduce Y N NA sign power by a minimum of 65 percent during nighttime hours.MOO Exception 1 to §133(a)3. Signs illuminated for less than one hour per day during daylight hours. 3 Exception 2 to §133(a)3. Outdoor signs in tunnels or large covered areas that require illumination during daylight hours. Exception 3 to §133(a)3. Only metal halide, high pressure sodium, cold cathode, or neon lamps used for illuminating signs or parts of signs. §133(a)4. An Electronic Message Center (EMC) having a new connected lighting power load greater than 15 kW has a control installed capable of reducing the lighting power by a minimum of 30 percent when 4 receiving a demand response signal that is sent out by the local utility. Exception to §133(a)4. EMC required by a health or life safety statue, ordinance, or regulation, including but not limited to exit signs and traffic signs. Field Inspector Notes: Y NA El m Y NA 0 0 Y NA 0 61 Y N N/A El 0 5 Y NA 0 0 2008 Nonresidential Compliance Forms October 2010 Certificate of Compliance (Sign Lighting) Project Name:CREVIER BMW (Page 3 of 4) Date: SLTG-le 3-11-2013 4. Maximum Allowed Lighting Power Method of Compliance Certificate of Compliance and Field Inspection Energy Checklist Complete this part if there are signs using the maximum allowed lighting power method of compliance. (Complete part 5 of this Certificate of Compliance if there are signs using the Specific lighting sources method of compliance) A B CDEFGHIJ a Allowed Watts Design Complies? E Watts Y/N > E EE t.0 .= 1 0 A. E 23 O -9 i el 72 122 = CO E E Es.2 2 X * E W 0 204-· ON r.9 3 - 01 2 1111 7 ZE € 0 11 Field Inspector Check that Sign Complies Description 4 0 0 0 0 0 0 0 0 0 0 0 0 A Symbol or code used on the plans (when plans are required) and other documents. B A narrative description of the sign, or location of sign on the building; and the location of sign on construction documents. OPTIONAL - Check this box only if this sign has a permanent, pre-printed, factory-installed, ENERGY VERIFIED label, confirming that the sign complies with the Section 148 of the California 2008 Title 24, Part 6 Standards, using the Maximum Allowed Lighting Power method of compliance. The only labels that will be recognized for this purpose are ENERGY VERIFIED Certification Marks authorized £ by Underwriters Laboratories (UL) or other Product Certification Body accredited to ISO/IEC Guide 65 by the American National Standards Institute in accordance with ISO/IEC 17011. Surveillance by the Accredited Certification Body shall be an ongoing annual inspection program carried out by a Type A Inspection body in accordance with ISO/IEC 17020. For signs with such an ENERGY VERIFIED label, columns 'D' through 'I' are not required to be filled out. Note: Using an ENERGY VERIFIED label is an optional method to validate compliance. An ENERGY VERIFIED label is not needed for compliance. D The sign area in square feet. E List "I" if the sign is internally illuminated. List "E"ifthe sign is externally illuminated. F Allowed watts per square foot. Enter 12 i f the sign is listed as "I" in column E. Enter 2.3 if sign is listed as "E" in column E. G Multiply the square footage in column D times the allowed Lighting Power Density (LPD = watts) in column F. H Show the total installed watts in the sign, as determined according to the applicable provisions of §130(d or e). I Enter Y if the number in column H is less than or equal to the number in column G. Otherwise, the sign does not comply. J This page doubles as a field inspection checklist. Field Inspector Notes: 2008 Nonresidential Compliance Forms October 2010 Certificate of Compliance (Sign Lighting)(Page 4 of 4)SLTG-1C Project Name:CREVIER BMW 3-11-2013Date: 5. Specific Lighting Source Method of Compliance Certificate of Compliance and Field Inspection Energy Checklist Complete this part if there are signs using the Specific lighting source method of compliance. (Complete part 4 of this Certificate o f Compliance if there are signs using the maximum allowed lighting power method of compliance) A B C D E OPTIONAL ENERGY Specific light source used for Symbol VERIFIED compliance or Description label Shall include only lighting Code (see instructions technologies listed below below)List all that apply4 Field Inspector Check that Sign Complies 4 A&8 0 0 Wall sign CNM-4 "SERVICE"D-10 & D-7 C] 0 0 0 0 0 0 0 A Symbol or code used on the plans (when plans are required) and other documents. B A narrative description of the sign, or location of sign on the building; and the location of sign on construction documents C OPTIONAL - Check this box only if this sign has a permanent, pre-printed, factory-installed ENERGY VERIFIED label, confirming that this sign complies with the Section 148 of the California 2008 Title 24, Part 6 Standards, using the Specific Lighting Source Method of Compliance. The only labels that will be recognized for this purpose are ENERGY VERIFIED Certification Marks authorized by Underwriters Laboratories (UL) or other Product Certification Body accredited to ISO/IEC Guide 65 by the American National Standards Institute in accordance with ISO/IEC 17011. Surveillance by the Accredited Certification Body shall be an ongoing annual inspection program carried out by a Type A Inspection body in accordance with ISO/IEC 17020. For signs with such an ENERGY VERIFIED label, column 'D' is not required to be filled out. Note: Using an ENERGY VERIFIED label is an optional method to validate compliance. An ENERGY VERIFIED label is not needed for compliance. Specific Light Source Compliance Method. The sign(s) identified above use only the following lighting technologies: List all applicable numbers (1 through 10) that apply in column D above for each row. 1 High pressure sodium lamps 2 Pulse start or ceramic metal halide lamps served by a ballast with 288% efficiency Pulse start metal halide lamps that are 5 320 watts, are not 250 watt or 175 watt lamps, and are served by a ballast3 with 2 80% efficiency 4 Neon or cold cathode lamps with transformer or power supply efficiency 2 75% with rated output current < 50 mA 5 Neon or cold cathode lamps with transformer or power supply efficiency 2 68% with rated output current 2 50 mA D 6 Fluorescent lamps with a minimum color rendering index (CRI) of 80 (Note: when using electronic ballasts for compliance, lamps with a CRI < 80 may be used) 7 Light emitting diodes (LEDs) with a power supply with 2 80% efficiency Single voltage LED external power supplies designed to convert 120 volt AC input into lower voltage DC or AC 8 output, having a nameplate output power less than or equal to 250 watts, and certified to the Energy Commission as complying with the applicable requirements of the Appliance Efficiency Regulations (Title 20) 9 Compact fluorescent lamps that do not contain a medium screw base sockets (E24/E26) 10 Electronic ballasts with a fundamental output frequency 2 20 kHz E This page doubles as a field inspection checklist. Field Inspector Notes: 2008 Nonresidential Compliance Forms October 2010 Certificate of Compliance (Sign Lighting) Project Name: CREVIER BMW Project Address: 1500 AUTO MALL DRIVE SANTA ANA CA 92705 (Pagel of 4)SLTG-le Date:3-11-2013 Uocation of Sign 99 Outdoor Signs ¤Indoor Signs Phase of Sign Construction ¤New Signs ¤Sign Alterations Type of Lighting Control ¤New Lighting Controls O Replaced Lighting Controls O Not Installing Lighting Controls This Certificate of Compliance includes the following components (check all that apply) ¤ Mandatory Measures (Lighting Controls) ¤Maximum Allowed Lighting Power G Specific Lighting Sources 1. Certificate of Compliance Declaration Statement (this may be a cio, C45 or other eligible person) 3 I certify under penalty ofperjury, under the laws of the State of California, the information provided on this form is true and correct. a I am eligible under Division 3 of the California Business and Professions Code to accept responsibility for the lighting design. M This Certificate of Compliance identifies the lighting features and performance specifications required for compliance with Title 24, Parts 1 and 6 of the California Code of Regulations. 29 The design features represented on this Certificate of Compliance are consistent wi*'the information provided to document this design on the other applicable compliance forms, works Wfans and specifications submitted to the enforcement agency for approval with this building permit a Name:Signature Richard A. Rice Company:f I Phone Sign Contractors Inc 626-335-2887 Address: / / License number (may be contractor's lic #) 400 W. foothill #130 740985 City/State/Zip:Date Glendora CA 91741 3-11-2013 ;heets, calculations, 4¥ l r. 2. Installation Certificate (to be signed by responsible person after installation) Permit number Checked by/Date (Enforcement Agency Use )(Enforcement Agency Use ) Installation Declaration statement E I certify under penalty of perjury, under the laws of the State of California, the information provided on this form is true and correct. E I am eligible under Division 3 of the Business and Professions Code to accept responsibility for construction, or an authorized representative of the person responsible for construction. M I certify that the installed features, materials, components, or manufactured devices identified on this certificate conforms to all applicable codes and regulations, and the installation is consistent with the plans and specifications approved by the enforcement agency. S I certify that the requirements detailed on this Certificate of Compliance have been met. S I will ensure that a completed, signed copy of this Installation Certificate shall be posted, or made available with the building permit(s) issued for the building, and made available to the enforcement agency for all applicable inspections. I understand that a signed copy o f this Installation Certificate is required to be included with the documentation the builder provides to the building owner at occupancy. Company Name: Sign Contractors Inc Responsible Person's Name:Responsible p¢61*knature: Richard A. Rice .-F 'r. License number (may be contractor's lic #)Date Signed:posin W,#h Company 740985 3-11-2013 2008 Nonresidential Compliance Forms October 2010 Certificate of Compliance (Sign Lighting) Project Name:CREVIER BMW (Page 2 of 4) Date: SLTG-1C 3-11-2013 3. Mandatory Sign Lighting Controls NOTES: 1. The same responsible person may install both the sign lighting power and the sign lighting controls, or a different responsible person may install the sign lighting controls than the responsible person installing the sign lighting power. 2. The Mandatory Measures (sign lighting controls) are required for compliance with the sign lighting Standards. If the person responsible for installing the sign lighting power is not also responsible for the sign lighting controls, then the owner of the sign, general contractor, or architect shall be responsible to have the sign lighting controls installed. 3. If more than one person has responsibility for compliance, each responsible person shall prepare and sign a Certijicate of Compliance and an Installation Certifcate applicable to the portion of construction for which they are responsible; alternatively, the person with chief responsibility for construction shall prepare and sign the Certificate of Compliance Declaration Statement,for the entire construction. 32. Statements of Responsibility: Any person signing the Certificate of Compliance Declaration Statement on page 1 of 4 on this SLTG-1C shall complete Part 3a. Check Yes or No for all of the following statements: 1 I have responsibility for installing the sign lighting controls ¤ Yes, complete parts 3a and 3b ofthis form 09 No, complete part 3a of this form 2 There are no existing sign lighting controls and I will be installing compliant sign lighting controls ¤ Yes O No 3 There are no existing sign lighting controls and someone else will be responsible to install compliant sign lighting controls 8 Yes ¤No There are existing sign lighting controls that do not comply with the applicable provision of § 119 and § 133 and I will be 4 installing compliant sign lighting controls O Yes M No There are existing sign lighting controls that do not comply with the applicable provision of § 119 and §133 and someone else 5 will be responsible to install compliant sign lighting controls [] Yes [3No 3b. Mandatory Sign Lighting Controls If the person signing the Certificate of Compliance Declaration Statement on page 1 of 4 of this SLTG-l C is responsible for complying with the sign lighting control requirements, that person shall answer all ofthe following questions: I f there are construction documents, indicate where on the building plans the mandatory measures (sign lighting control) note block can be located: 1 §133(a)1. All indoor sign lighting is controlled with an automatic time switch control that complies with the Y N NA applicable requirements of §119.®0 0 §133(a)1 and 2. All outdoor sign lighting is controlled with an automatic time switch control plus a photo Y N NA 2 control, or an outdoor astronomical time switch, that comply with the applicable requirements of §119.BO 0 Exception to §133(a)2. Outdoor signs in tunnels or large covered areas that require illumination during Y NA daylight hours.0 0 §133(a)3. All outdoor signs are controlled with a dimmer that provides the ability to automatically reduce YN NA sign power by a minimum of 65 percent during nighttime hours.29 0 0 Exception 1 to §133(a)3. Signs illuminated for less than one hour per day during daylight hours. 3 Exception 2 to §133(a)3. Outdoor signs in tunnels or large covered areas that require illumination during daylight hours. Exception 3 to §133(a)3. Only metal halide, high pressure sodium, cold cathode, or neon lamps used for illuminating signs or parts of signs. §133(a)4. An Electronic Message Center (EMC) having a new connected lighting power load greater than 15 kW has a control installed capable of reducing the lighting power by a minimum of 30 percent when 4 receiving a demand response signal that is sent out by the local utility. Exception to §133(a)4. EMC required by a he,lth or life safety statue, ordinance, or regulation, including but not limited to exit signs and traffic signs. Field Inspector Notes: Y NA 0 0 Y NA 0 0 Y NA 0 8 YN N/A El 0 81 2008 Nonresidential Compliance Forms October 2010 Certificate of Compliance (Sign Lighting) Project Name:CREVIER BMW (Page 3 of 4) Date: SLTG-le 3-11-2013 4. Maximum Allowed Lighting Power Method of Compliance Certificate of Compliance and Field Inspection Energy Checklist Complete this part if there are signs using the maximum allowed lighting power method of compliance, (Complete part 5 > of this Certificate of Compliance if there are signs using the Specific lighting sources method of compliance) A B CDEFGHIJ Allowed Watts Design Complies? 0 Watts Y/N W 0 b 4 >53 4. O >· f . 0R M £ le .¤ c r:p€ 2 M V I 3 Unc 0 44% 0 4 5e 2 i 2=2 -2 :G E t % g r E Field 2%5 3 i; 7 11 · U = . bo CIO4.5 <0= Inspector A i 2 & 4 2 2, CU 2 a 00 E Check that - 0 Sign2 0 0 Complies Description El O El 0 El - 0 0 El 0.- 0 0 A Symbol or code used on the plans (when plans are required) and other documents. B A narrative description of the sign, or location of sign on the building; and the location of sign on construction documents. OPTIONAL - Check this box only if this sign has a permanent, pre-printed, factory-installed, ENERGY VERIFIED label, confirming that the sign complies with the Section 148 of the California 2008 Title 24, Part 6 Standards, using the Maximum Allowed Lighting Power method of compliance. The only labels that will be recognized for this purpose are ENERGY VERIFIED Certification Marks authorized £ by Underwriters Laboratories (UL) or other Product Certification Body accredited to 1SO/IEC Guide 65 by the American National Standards Institute in accordance with ISO/IEC 17011. Surveillance by the Accredited Certification Body shall be an ongoing annual inspection program carried out by a Type A Inspection body in accordance with ISO/IEC 17020. For signs with such an ENERGY VERIFIED label, columns 'D' through 'I' are not required to be filled out. Note: Using an ENERGY VERIFIED label is an optional method to validate compliance. An ENERGY VERIFIED label is not needed for compliance. D The sign area in square feet. E List "1"if the sign is internally illuminated. List "E" i f the sign is externally illuminated. F Allowed watts per square foot. Enter 12 if the sign is listed as "I" in column E. Enter 2.3 if sign is listed as "E" in column E. G Multiply the square footage in column D times the allowed Lighting Power Density (LPD = watts) in column F. H Show the total installed watts in the sign, as determined according to the applicable provisions of §130(d or e). I Enter Y if the number in column H is less than or equal to the number in column G. Otherwise, the sign does not comply. J This page doubles as a field inspection checklist. Field Inspector Notes: 2008 Nonresidential Compliance Forms October 2010 ¥ Certificate of Compliance (Sign Lighting)(Page 4 of 4)SLTG-le Project Name:CREVIER BMW 3-11-2013Date: 5. Specific Lighting Source Method of Compliance Certificate of Compliance and Field Inspection Energy Checklist Complete this part if there are signs using the Specific lighting source method of compliance. (Complete part 4 of this Certificate of Compliance if there are signs using the maximum allowed lighting power method of compliance) A B C D E OPTIONAL ENERGY Specific light source used for Symbol VERIFIED compliance or Description label Shall include only lighting Code (see instructions technologies listed below below)List all that apply 4 Field Inspector Check that Sign Complies A&8 0 0 Wall sign CNM-4 "SERVICE"D-10 & D-7 0 0 0 0 0 El 0 El A Symbol or code used on the plans (when plans are required) and other documents. B A narrative description of the sign, or location of sign on the building; and the location of sign on construction documents C OPTIONAL - Check this box only if this sign has a permanent, pre-printed, factory-installed ENERGY VERIFIED label, confirming that this sign complies with the Section 148 of the California 2008 Title 24, Part 6 Standards, using the Specific Lighting Source Method of Compliance. The only labels that will be recognized for this purpose are ENERGY VERIFIED Certification Marks authorized by Underwriters Laboratories (UL) or other Product Certification Body accredited to ISO/IEC Guide 65 by the American National Standards Institute in accordance with ISO/IEC 17011. Surveillance by the Accredited Certification Body shall be an ongoing annual inspection program carried out by a Type A Inspection body in accordance with ISO/IEC 17020. For signs with such an ENERGY VERIFIED label, column 'D' is not required to be filled out. Note: Using an ENERGY VERIFIED label is an optional method to validate compliance. An ENERGY VERIFIED label is not needed for compliance. Specific Light Source Compliance Method. The sign(s) identified above use only the following lighting technologies: List all applicable numbers (1 through 10) that apply in column D above for each row. 1 High pressure sodium lamps 2 Pulse start or ceramic metal halide lamps served by a ballast with 288% efficiency 3 Pulse start metal halide lamps that are S 320 watts, are not 250 watt or 175 watt lamps, and are served by a ballast with 2 80% efficiency 4 Neon or cold cathode lamps with transformer or power supply efficiency 2 75% with rated output current < 50 mA 3 Neon or cold cathode lamps with transformer or power supply efficiency 2 68% with rated output current 2 50 mA D Fluorescent lamps with a minimum color rendering index (CRI) of 806 (Note: when using electronic ballasts for compliance, lamps with a CRI < 80 may be used) 7 Light emitting diodes (LEDs) with a power supply with 2 80% efficiency Single voltage LED external power supplies designed to convert 120 volt AC input into lower voltage DC or AC 8 output, having a nameplate output power less than or equal to 250 watts, and certified to the Energy Commission as complying with the applicable requirements of the Appliance Efficiency Regulations (Title 20) 9 Compact fiuorescent lamps that do not contain a medium screw base sockets (E24/E26) 10 Electronic ballasts with a fundamental output frequency 2 20 kHz E This page doubles as a field inspection checklist. Field Inspector Notes: 2008 Nonresidential Compliance Forms October 2010 Certificate of Compliance (Sign Lighting)(Page lof 4)SLTG-le Project Name:Date: CREVIER BMW 3-11-2013 Project Address: 1500 AUTO MALL DRIVE SANTA ANA CA 92705 Location of Sign 931 Outdoor Signs ¤Indoor Signs Phase of Sign Construction O New Signs ¤Sign Alterations Type of Lighting Control ¤New Lighting Controls ¤Replaced Lighting Controls ¤Not Installing Lighting Controls This Certificate of Compliance includes the following components (check all that apply) O Mandatory Measures (Lighting Controls) ¤Maximum Allowed Lighting Power B Specific Lighting Sources 1. Certificate of Compliance Declaration Statement (this may be a C10, C45 or other eligible person) 6 I certify under penalty of perjury, under the laws of the State of California, the information provided on this form is true and correct. a I am eligible under Division 3 of the California Business and Professions Code to accept responsibility for the lighting design. M This Certificate of Compliance identifies the lighting features and performance specifications required for compliance with Title 24, Parts 1 and 6 of the California Code of Regulations. 29 The design features represented on this Certificate of Compliance are consistent with the information provided to document this design on the other applicable compliance forms, worksheets, calculations, plans and specifications submitted to the enforcement agency for approval with this building permit 9*kefige>,/7 /0, Name:Signature Richard A. Rice Company: Siqn Contractors Inc 626-335-2887(*C .. Address:License number (may be contractor's lic #) 400 W. foothill #130 740985 City/State/Zip: li„,„ DateGlendora CA 91741 3-11-2013 2. Installation Certificate (to be signed by responsible person after installation) Permit number Checked by/Date (Enforcement Agency Use )(Enforcement Agency Use ) Installation Declaration statement a I certify under penalty ofperjury, under the laws of the State of California, the information provided on this form is true and correct. E I am eligible under Division 3 of the Business and Professions Code to accept responsibility for construction, or an authorized representative of the person responsible for construction. F I certify that the installed features, materials, components, or manufactured devices identified on this certificate conforms to all applicable codes and regulations, and the installation is consistent with the plans and specifications approved by the enforcement agency. S I certify that the requirements detailed on this Certificate of Compliance have been met. S I will ensure that a completed, signed copy of this Installation Certificate shall be posted, or made available with the building permit(s) issued for the building, and made available to the enforcement agency for all applicable inspections. 1 understand that a signed copy of this Installation Certificate is required to be included with the documentation the builder provides to the building owner at occupancy. Company Name: Sign Contractors Inc Responsible Person's Name: Richard A. Rice n License number (may be contractor's lic #)Date Signed: 740985 3-11-2013 Responsible,PENRignature: 1 #0 Posil;dfcompany:0EQ/ 2008 Nonresidential Compliance Forms · October 2010 Certificate of Compliance (Sign Lighting) Project Name:CREVIER BMW (Page 2 of 4) Date: SLTG-1C 3-11-2013 3. Mandatory Sign Lighting Controls NOTES: 1. The same responsible person may install both the sign lighting power and the sign lighting controls, or a di#erent responsible person may install the sign lighting controls than the responsible person installing the sign lighting power. 2. The Mandatory Measures (sign lighting controls) are required forcompliancewith the sign lighting Standards. If the person responsible for installing the sign lighting power is not also responsible for the sign lighting controls, then the owner of the sign, general contractor, or architect shall be responsible to have the sign lighting controls installed. 3. If more than one person has responsibility for compliance, each responsible person shall prepare and sign a Certificate of Compliance and an Installation Certificate applicable to the portion of construction for which they are responsible; alternatively, the person with chief responsibility for construction shall prepare and sign the Certificate of Compliance Declaration Statement for the entire construction. 3a. Statements of Responsibility: Any person signing the Certificate of Compliance Declaration Statement on page 1 of 4 on this SLTG-1C shall complete Part 3a. Check Yes or No for all of the following statements: 1 I have responsibility for installing the sign lighting controls ¤ Yes, complete parts 3a and 3b of this form )9 No, complete part 38 of this form 2 There are no existing sign lighting controls and I will be installing compliant sign lighting controls O Yes O No 3 There are no existing sign lighting controls and someone else will be responsible to install compliant sign lighting controls 0 Yes ¤No There are existing sign lighting controls that do not comply with the applicable provision of §119 and §133 and I will be 4 installing compliant sign lighting controls [] Yes 0 No There are existing sign lighting controls that do not comply with the applicable provision of §119 and §133 and someone else 5 will be responsible to install compliant sign lighting controls ¤ Yes GNo 3b. Mandatory Sign Lighting Controls If the person signing the Certificate of Compliance Declaration Statement on page 1 of 4 of this SLTG-lC is responsible for complying with the sign lighting control requirements, that person shall answer all of the following questions: If there are construction documents, indicate where on the building plans the mandatory measures (sign lighting control) note block can be located: 1 §133001. All indoor sign lighting is controlled with an automatic time switch control that complies with the YN NA applicable requirements of §119.moo §133(a)1 and 2. All outdoor sign lighting is controlled with an automatic time switch control plus a photo YN NA control, or an outdoor astronomical time switch, that comply with the applicable requirements of §119.80 0 2 Exception to §133602. Outdoor signs in tunnels or large covered areas that require illumination during Y NA daylight hours.0 0 §133(a)3. All outdoor signs are controlled with a dimmer that provides the ability to automatically reduce YN NA sign power by a minimum of 65 percent during nighttime hours.29 0 0 Exception 1 to §133(a)3. Signs illuminated for less than one hour per day during daylight hours. 3 Exception 2 to §133(a)3. Outdoor signs in tunnels or large covered areas that require illumination during daylight hours. Exception 3 to §133(a)3. Only metal halide, high pressure sodium, cold cathode, or neon lamps used for illuminating signs or parts of signs. §133(a)4. An Electronic Message Center (EMC) having a new connected lighting power load greater than 15 kW has a control installed capable of reducing the lighting power bi a minimum of 30 percent when 4 receiving a demand response signal that is sent out by the local utility. Exception to §133(a)4. EMC required by a health or life safety statue, ordinance, or regulation, including but not limited to exit signs and traffic signs. Field Inspector Notes: Y NA 0 0 Y NA 0 0 Y NA 0 5 Y N N/A El 0 5 Y NA 0 0 2008 Nonresidential Compliance Forms ' October 2010 1 Certificate of Compliance (Sign Lighting) Project Name:CREVIER BMW (Page 3 of 4) Date: SLTG-le 3-11-2013 4. Maximum Allowed Lighting Power Method of Compliance Certificate of Compliance and Field Inspection Energy Checklist Complete this part if there are signs using the maximum allowed lighting power method of compliance. (Complete part 5 of this Certificate of Compliance if there are signs using the Specific lighting sources method of compliance) A B CDEFGHIJ ¤ Allowed Watts Design Complies? E Watts Y/N Ul 0 b 4 >-5 0 0 V 3 OV 8 4 ,I%9 6 9 2 Field4 '-. A W 4%2 g X2 0 A= c -52 9 E 4.1 =a.-2 a E .99 5 E - Inspector z d C 0 Check that s ° sign82 2 0 Complies Description El 0 0 0 0 0 0 0 El 0 El O A Symbol or code used on the plans (when plans are required) and other documents. B A narrative description of the sign, or location of sign on the building; and the location of sign on construction documents. OPTIONAL - Check this box only if this sign has a permanent, pre-printed, factory-installed, ENERGY VERIFIED label, confirming that the sign complies with the Section 148 of the California 2008 Title 24, Part 6 Standards, using the Maximum Allowed Lighting Power method of compliance. The only labels that will be recognized for this purpose are ENERGY VERIFIED Certification Marks authorized C by Underwriters Laboratories (UL) or other Product Certification Body accredited to ISO/IEC Guide 65 by the American National Standards Institute in accordance with ISO/IEC 17011. Surveillance by the Accredited Certification Body shall be an ongoing annual inspection program carried out by a Type A Inspection body in accordance with ISO/IEC 17020. For signs with such an ENERGY VERIFIED label, columns 'D' through 'I' are not required to be filled out. Note: Using an ENERGY VERIFIED label is an optional method to validate compliance. An ENERGY VERIFIED label is not needed for compliance. D The sign area in square feet. E List "I"if the sign is internally illuminated. List "E"ifthe sign is externally illuminated. F Allowed watts per square foot. Enter 12 if the sign is listed as "I" in column E. Enter 2.3 if sign is listed as "E" in column E. G Multiply the square footage in column D times the allowed Lighting Power Density (LPD = watts) in column F. H Show the total installed watts in the sign, as determined according to the applicable provisions of §130(d or e). I Enter Y i f the number in column H is less than or equal to the number in column G. Otherwise, the sign does not comply. J This page doubles as a field inspection checklist. Field Inspector Notes: 2008 Nonresidential Compliance Forms October 2010 Certificate of Compliance (Sign Lighting)(Page 4 of 4)SLTG-1C Project Name:CREVIER BMW 3-11-2013 Date: 5. Snecific Lighting Source Method of Compliance Certificate of Compliance and Field Inspection Energy Checklist Complete this part if there are signs using the Specific lighting source method of compliance. (Complete part 4 of this Certificate of Compliance if there are signs using the maximum allowed lighting power method of compliance) A B C D E OPTIONAL ENERGY Specific light source used for Symbol VERIFIED compliance or Description label Shall include only lighting Code (see instructions technologies listed below below)List all that apply 4 Field Inspector Check that Sign Complies 4 AIB 0 0 Wall sign CNM-4 "SERVICE"D-10 & D-7 0 0 El 0 0 0 0 0 A Symbol or code used on the plans (when plans are required) and other documents. B A narrative description of the sign, or location of sign on the building; and the location of sign on construction documents C OPTIONAL - Check this box only i f this sign has a permanent, pre-printed, factory-installed ENERGY VERIFIED label, confirming that this sign complies with the Section 148 of the California 2008 Title 24, Part 6 Standards, using the Specific Lighting Source Method of Compliance. The only labels that will be recognized for this purpose are ENERGY VERIFIED Certification Marks authorized by Underwriters Laboratories (UL) or other Product Certification Body accredited to ISO/IEC Guide 65 by the American National Standards Institute in accordance with ISO/IEC 17011. Surveillance by the Accredited Certification Body shall be an ongoing annual inspection program carried out by a Type A Inspection body in accordance with ISO/IEC 17020. For signs with such an ENERGY VERIFIED label, column 'D' is not required to be filled out. Note: Using an ENERGY VERIFIED label is an optional method to validate compliance. An ENERGY VERIFIED label is not needed for compliance. Specific Light Source Compliance Method. The sign(s) identified above use only the following lighting technologies: List all applicable numbers (1 through 10) that apply in column D above for each row. 1 High pressure sodium lamps 2 Pulse start or ceramic metal halide lamps served by a ballast with 288% efficiency Pulse start metal halide lamps that are S 320 watts, are not 250 watt or 175 watt lamps, and are served by a ballast3 with 2 80% efficiency 4 Neon or cold cathode lamps with transformer or power supply efficiency 2 75% with rated output current < 50 mA 5 Neon or cold cathode lamps with transformer or power supply efficiency 2 68% with rated output current 2 50 mA D 6 Fluorescent lamps with a minimum color rendering index (CRI) of 80 (Note: when using electronic ballasts for compliance, lamps with a CRI < 80 may be used) 7 Light emitting diodes (LEDs) with a power supply with 2 80% efficiency Single voltage LED external power supplies designed to convert 120 volt AC input into lower voltage DC or AC 8 output, having a nameplate output power less than or equal to 250 watts, and certified to the Energy Commission as complying with the applicable requirements of the Appliance Efficiency Regulations (Title 20) 9 Compact fluorescent lamps that do not contain a medium screw base sockets (E24/E26) 10 Electronic ballasts with a fundamental output frequency 2 20 kHz E This page doubles as a field inspection checklist. Field Inspector Notes: 2008 Nonresidential Compliance Forms October 2010 -1 October 1, 2013 SIGN COMPONENTS MANUAL (SAM)150 4. Power Supply is intended for use in indoor Dry and Damp location only, 5. In the end product, power supply spacing to other heat producing components shall be minimum 2 inches spacing to sidewalls, and minimum 2 inches spacing to top of housing. Adjacent power supplies shall be spaced at least 1 in. end to end and 4 in. in any other direction. If required spacings are not provided, a temperature test is required. 6. The input and output leads were not subjected to the strain relief test. 7. The primary (Black-White) and the output (Red-Black) connection wires of the power supply are R/C (AVL\/2), (AVLV8)/CN, 18 AWG, 90°C. The suitability of the leads shall be determined in the end-use application. 8. The metal case must be grounded in the end use. LED Class 2 Modules, designated as Cat. Nos. LSA-25W, LSA-25WH, LSA-25R and LSA-25VWV. 1. These products are only suitable for connection to a Class 2 power source rated 12 Volt DC or less. 2. When these units are connected to a Class 2 circuit, they are not to draw a total wattage of greater than the secondary or output rating of the Class 2 supply. 3. These products are suitable for use in dry, damp and wet locations with supply sources rated at 12 Volts DC or less. 4. These products are not required to be enclosed or protected from the weather in the end product. 5. These products may be secured in place in the end product by any means available. LED Power Supply with Class 2 output, models L12V60UNV-Q, and D12V60UNV-Q. 1. The drivers shall be installed in compliance with the applicable requirements of the end-product standard for, mounting, spacing, casualty and segregation. 2. The maximum available output parameters were within the maximum allowable limits for Class 2, inherently limited as specified in the UL 1310, Standard for Class 2 Power Units for wet location and also in accordance with the Canadian Safety Standard CSA C22.2 No. 223. 3. The drivers were tested for a maximum manufacturers recommended Tc location, should not exceed 69°C, in ambient of 40°C. If adjacent LED power supplies are spaced closer than 1 in. end to end or 4 in. side to side a temperature test shall be conducted in the end use product. 4. The drivers are suitable for use in "DRY", "DAMP", and "WET" locations. 5. In the end product, power supply spacing to other heat producing components shall be minimum 2 inches spacing to sidewalls, and minimum 2 inches spacing to top of enclosure. Adjacent power supplies shall be spaced at least 1 in. end to end and 4 in. in any other direction. 6. The input and output leads were not subjected to the strain relief test. However, the drivers are potted and the need to perform the Strain Relief and/or Pushback Relief Tests on the lead wires should be determined in the end-use application. 7. The primary (Black/White/GREEN) and the output (Red-Black) connection wires of the power supply are R/C (AVLV2/AVLV8), 18 AWG, 90°C. The suitability of the leads shall be determined in the end-use application. 8. The leakage current test was performed in accordance with the UI1310 standard while the driver was connected to a 120 V and also while connected to a 240 V source of supply and the maximum measured leakage current was 0.25 mA. Therefore, a maximum of two LED Drivers can be used for portable signs. 9. The Output Cable is Listed, Power-Limited Circuit Cable (QPTZ), type PLTC, marked "sunlight resistant" or "sun res", "WET" or 'WET LOCATION", 3 conductor, -40°C. 10.The minimum thickness of the aluminum of the housing of the drivers is 0.91 mm. This is in compliance with the minimum required thickness that is specified in Table 6.1 of UL8750 standard for nonferrous sheet metal. Power Supply with Class 2 output, models L24V1 OOUNV-Q, and D24V1 OOUNV-Q. 1. The drivers shall be installed in compliance with the applicable requirements of the end-product standard for, mounting, spacing, casualty and segregation. 2. The maximum available output parameters were within the maximum allowable limits for Class 2, inherently limited as specified in the UL 1310, Standard for Class 2 Power Units for wet location and also in accordance with the Canadian Safety Standard CSA C22.2 No. 223. 3. The drivers were tested for a maximum manufacturer's recommended Tc location, should not exceed 67°C, in ambient of 40°C. If adjacent LED power supplies are spaced closer than 1 in. end to end or 4 in. side to side a temperature test shall be conducted in the end use product. 4. The drivers are suitable for use in "DRY", "DAMP", and 'WET" locations. 5. In the end product, spacings between transformers, ballast, nea power supplies, and LED power supplies shall be at least 25.4 mm (1 in.) from end to end and 101.6 mm (4 in.) from side to side. Minimum 25.4 (1 in.) spacing between thermoplastic, wood, fiber or other combustible material and enclosed LED power supply when only one LED power supply is provided: and minimum 12.7 mm (0.50 in.) between thermoplastic, wood, fiber, or other combustible material and unenclosed LED power supply. 6. The input and output leads were not subjected to the strain relief test. However, the drivers are potted and the need to perform the Strain Relief and/or Pushback Relief Tests on the lead wires should be determined in the end-use application. 7. The primary (Black/White/GREEN) and the output (Red-Black) connection wires of the power supply are R/C (AVLV2/AVLV8), 18 AWG, 90°C. The suitability of the leads shall be determined in the end-use application. 8. The leakage current test was performed in accordance with the Ull310 standard while the driver was connected to a 120 V and also while connected to a 240 V source of supply and the maximum measured leakage current was 0.50 mA. Therefore, a maximum of one LED Driver can be used for portable signs. 9. The Output Cable is Listed, Power-Limited Circuit Cable (QPTZ), type PLTC, marked "sunlight resistant" or "sun res", 'WET" or 'WET LOCATION", 3 conductor, -40 °C. 10. The minimum thickness of the aluminum of the housing of the drivers is 0.91 mm. This is in compliance with the minimum required thickness that is specified in Table 6.1 of UL8750 standard for nonferrous sheet metal. 11. The "IP67" has not been evaluated by UL and should be considered in the end-use application. VENTEX TECHNOLOGY INC E319052 1201 JUPITER PARK DR JUPITER, FL 33458 LED Lighting System, VenBrite, Consisting of Models VL-R100, VL-CW100, VL-V\/100, VL-x100, VL-*100N, VL-*100SC, VL-x200 Single LED Modules and Models VLP100-120, VLP100-277, VLP200-120, VLP200-277 LED Drivers. Provided with Low-Voltage LED Wire Cat. Nos. VA-V\/09, VA-W02, VA-WOO and Wire Connector Part No VA-WN01, where x represents the color of the LEDs 0/V, CW, WW, R, B, G, A, RO or any alphanumeric character). 1. The VL-x100 and VL-n100NS LED modules have been 151 SIGN COMPONENTS MANUAL (SAM)October 1, 2013 evaluated for use with Ventex VLP100-120 and Ventex VLP100-277 power supplies. Suitability with any other power supply shall be determined. 2. The VL-x200 LED modules have been evaluated for use with Ventex VLP200-120 and Ventex VLP200-277 power supplies. Suitability with any other power supply shall be determined. 3. The LED lighting system is suitable for use in dry and damp locations. Consideration shall be given in the end product to the Exclusion of Water Test. 4. These products may be installed in a sign body that is not enclosure rated. Wiring outside the sign body shall be in conduit or equivalent wireway. Wiring provided between the power supplies and the LED modules within the sign body shall be FUC (ZNPA2), Low-Voltage LED Wire, Manufactured by Ventex Technology Inc, Cat No VA-W09, VA-W02, and VA-V\/00, Rated 600V and 105°C. All wire splices within the sign body shall be made using Listed wire connectors, Ventex Part No VA-WN01 (Manufactured by Ideal Industries Inc, Cat No 61), rated min 600V. 5. When wiring connections are not made with Ventex Part No VA-WN01 (Manufactured by Ideal Industries Inc, Cat No 61) wire connectors, all splices shall be provided within an electrical enclosure and shall be provided with strain relief. 6. The LED driver input connection methods shall comply with the wiring requirements in UL48. 7. When provided, the power supply shall be suitably grounded through the grounding conductor and bonded through the metal mounting tabs. 8. The power supply is intended for hard wiring only. 9. Components have been evaluated for a maximum temperature/density, per the following table: Density of Max Temp of Min Rating of Accessory Type Model(s)Accessory (#/inA3) component(OC) plastic mount (°C) LED Module VL-x100, VL-x200 1/6 82.6 80 Power Supply All 1/31 70.3 80 LED Module VL-)(100SC, VL-xlOON 1/4 51 48 LED Module VL-nlOONS 1/4 55 60 Note: The suitability of any condition that would result in a more severe wattage density shall be determined in the product. 9a. Models VL-x100 have been evaluated for a maximum amount of LEDs, per the following table: x - LED Color Quantity of LEDs W - White 120 CW - Cool White 120 WW - Warm White 120 R - Red 180 B - Blue 120 G - Green 120 A - Amber (Yellow)120 RO - Red Orange 150 Any Alphanumeric Character 120 LEDs W, CW, and R shall have a maximum power dissipation of 1.33W and LEDs B, G, and A shall have a maximum power dissipation of 0.7W. 9b. Models VI--x100SC, VL-xl OON have been evaluated for a maximum amount of LEDs, per the following table: x - LED Color Quantity of LEDs W - White 120 CW - Cool White 120 VWV - Warm Whit 120 R - Red 150 B - Blue 120 G - Green 120 A - Amber (Yellow)120 RO - Red Orange 150 Any Alphanumeric Character 120 10. Moc eis VL-x200 have been evaluated for a maximum amount of LEDs, per the following table: ix-LED Color Quantity of LEDs MV - White 70 .CW - Cool White 70 'VWV - Warm White 70 R - Red 100 B - Blue 70 G - Green 70 A - Amber (Yellow) 70 RO - Red Orange 100 Any Alphanumeric Character 70 October 1, 2013 SIGN COMPONENTS MANUAL (SAM)152 10a. Models VL-nlOONS have been evaluated for a maximum amount of LEDs, per the following table: n - LED Color Quantity of LED Modules Quantity of LEDs W - White 105 210 ICW - Cool White 105 210 VWV - Warm Whit 105 210 R - Red 135 270 B - Blue 105 210 G - Green 105 210 A - Amber (Yellow)105 210 RO - Red Orange 135 270 Any Alphanumeric Character 105 210 11. LED Strings are intended to be series connected only. No parallel connections or interconnections of power supply circuits shall be made. 12. The adhesive is suitable for securement to the following materials: Aluminum, Galvanized Steel, Stainless Steel, Enameled Steel, Nickel Coated ABS, Glass (with or without Silane Coating), PVC, Glass/Epoxy, PBT, Polycarbonate, Acrylic/Polyurethane Paint, Polyester Paint or Ceramic. For other materials where suitability of securement has not been determined, the adhesive shall be submitted for evaluation or the LED module shall be secured by an additional suitable mechanical means. 13. LED model numbers may be followed with another suffix added to the end of the model number name. The suffix format will be "-letter". This suffix represents improved versions of LEDs whereby they exhibit a greater Efficacy (lumenstwatt) than the original LED. There would be no increase in heat dissipated or more energy used. The maximum forward voltages and current through the LED would remain the same or be less than as stated in this report. For Example: Model VL-MOO may be provided with a suffix such as VL-W100-b. Where the "-b" represents a brighter LED (126 Im/W compared to 100 Im/W) for the same power dissipated) LED drivers other than Class 2, Models VLP 100[)-U, VPL200D-U. 1. These LED Drivers comply with other than Class 2 output requirements. 2. These products are provided with the following electrical ratings: Input Output Model No.Vac Hz A Vdc A VLP100D-U 100-277 50/60 0.5 400 0.125 VPL200D-U 100-277 50/60 .60 250 .250 3. In the end product, power supply spacing to other heat producing components shall be at least 25.4 mm (1 in.) from end to end, and 101.6 mm (4 in.) from side to side. 4. These products shall be enclosed in the end product. 5. These products are suitable for factory wiring only. 6. These products have been tested in an oven at max. 40°C ambient. 7. These products are intended for use in dry or damp locations only. 8. The suitability of input/output leads and the wiring shall be determined in the end product use. 9. These products are constant current type that require the proper number of LED modules and controllers that do not exceed the maximum output voltage. 10. These LED drivers are intended to be operated on a maximum 20 A branch circuit. 11. These LED drivers are intended for use in fixed equipment only. VERSEIDAG-INDUTEX GMBH INDUSTRISTRASSE 56 POSTFACH 2906 04150 KREFELD, GERMANY E219382 Flexible sign face material, designated "Seemee IV'. 1. Suitable for outdoor use. 2. Not suitable for use as an electrical enclosure. 3. Base color white. 4. Minimum thickness 0.015 in. (0.38 mm), minimum thickness 0.021 in. (0.53 mm) when secured with Recognized Component ABC Sign Products tensioning systems. 5. Any dimension greater than 6 feet needs braces to prevent billowing. 6. Suitable for use with all Recognized Component Securement and Tensioning systems. 7. Securement and tensioning systems shall reliably secure the face to the sign and pull the face taut in all directions. VINTECH INDUSTRIES E318117 611 INDUSTRIAL PARK DR IMLAY CITY, MI 48444 Aluminum Reinforced Thermoplastic Sign Trim Cap, Type Channel Trim. 1. Acceptable for use in wet locations. 2. Water exclusion must be determined in the end product. 3. Minimum 5 cm (2 in.) spacing from heat producing components required. 4. The specified solvents are continuously applied to edge of acrylic or polycarbonate sign face. Additional specified adhesives may be applied for the final bond. Sign Face Generic Material Solvent Final Bond Adhesive Sign Trim Generic Material \MAMARilflA19 [!J - €*a [*01280™30 g.omsfaiNfietil Gl:e mi *immB@E@41Ii*§*ip *1*21**aggmi *to. R.Oie Im nurnco 1 96 14, 1 16 I -· - c 4--n e.«,+- , 1, F 1 offang"td E=ed E-*.) N c 'litn 3«. IC w /1 1, *. - bel4.0 1 7 th U • & r. ry®neros®-r.•-14-0-Il- ente,1 1,LED DRIVER g:, @ ..00" VLP100-120 /324241 OWE*010 YOUR WAGE- AC 1-Uy - 1 20V O.SA 60:SOMY lhCAunON/A 0=RN--I DC OUTPUT - IDOLATED U.U AIA:ST- FO@l 192 *HO taAD 044"'*. 1 mmut 0- Ih,Ty' A-0 4-houtt,0 SN 1 4.,1 1.1.H,291!98.- t C3 te,/'8°QA o i elli@33731 _-4. 0 -- 1. 3¢ D 8 ' - *nt·4 COUM!40 --GAt.:310'6 -mq 9*09(0* @@fo@**00@41, @@IR®*090 @QW[7@008 (l,®113 *09*0' 9*@09oi)@0*010 0% §®00F 809@ b®®00 Olo@,00 @oil@(f®%2 ®0®@m]Q BR#¥ 9* [*@22*0 ®099 ®V®(IiI ILI© ©090@ P®U@(MU R*09(*9® i*(F@glji*e® *1@@0®[FO @m@(P@ o Alamed)®000*1 0 ®®*#D@@(F@d @**1*(¥O M®®me@*IM Thleute, *"99(018@081 421 (En®Ogy ®@9981*B 0 ®6*@e@(7 ®fO#M*D@@® 0 1¥k*ta)098(goi) ©®901?i)® 0 ©@@0 &IMIMJ®(D fr- - - '39¥1 *01 - *' " -° 4 £ 9@)®(n lIMME* IMay 0 - TU V '» -/**2.1,#ilt,iRES-' a 01/£301/7 010(Sli/icilliltjl/EME:13117 011)121|133 (1117 ([hi) 12im QIX11Eikjig OE[7 *AAM 1%8 I,Z]*3 W 0 a D System 100 System 200 L (1/2 watt per module) For use in cans 6 inches deep or less (lwatt per module) For maximum brightness or cans deeper than 6 inches 75 feet of RED VenBrite LEDs or on one power supply. -\O=641.QQd,-Jbile)-NE'*:¥4¥ifiwr#4779 46.1 21(* 4 :09)\46fAE[Q)K¢:Xii|*!*; €fSE[**IED]r , 74 -w =:ED==sm The only powered part on board is the LED chip itself Normally passive shunt will bypass LED chip should it -I) ng fail, keeping string lit. gm=nim {mumlimii@ Current control powered, narrow bin, Industry leading premium LED chips ensure maximum brightness Built in refiector projects light toward the sign face - where it provides maximum impact LED chip viewing angle is 120 degrees which is increased by me renector VenBnte LEDs exhibit no loss of brightness from voltage drop because of one-of-a-kind series-wired design. Unlike Class 2 voltage driven systems, our Amp Clamp design provides constant current with variable voltage, dependant on load. Fewer power dissipating components' on each module reduces the power needed to run the system, increasing efficiency. Our patent-pending current Control power supply design is simply the most emcient way to power any LED chip. Dramatically lower output current than typical Class 2 systems (e.g. 120mA versus 5 Amps). Withonly ondbowered componeoi 'per "18«le' (th¢ *D its€f),i there *les# heatibuild up and; feet rts- wittl(06*ntial to fa© Bom from Yentek, Technot®yh Ir!£.'An establi@ied niahufactuieri of.quality and.reliable electidnid power supplies fofisignage loh more than,15-yeaks. Advanced) iyet? simple design, · makds VenBrite timply Reliable: Shunt, 4!kdy *ross. LED <chip; esor«€03 '<Christmas, 1%*i Light>9!fecth LLEDs,in.the.striNg; will cdntinue'to be lit. 40 j 1 . ..111111.1,111.1.1 Series Wired: one wire in and one wire out -9 - --r=47,4:=r.··--.,==47.=W-J=EUm'097 ..'.2'lim" h."011•*ati )-/4*2.........Wewil{BOOD€Gf fi990)0*Dir LED DRIVER ,19 U.Ttennototy. cne.96,&92&1*ile,e I,ainx-,01. 1.0021:VLP100-120 02=41 *,3"--*vown••491- AC INPUT- 42OV &58 50,80«z AscounaImpo-FACTOm&0- DC OUTIUT - ISOLATED 'tur#*80*erks:5¢0 *#. 8 mancift,st Plotected 1 1 02•29 $•1*.1.- C„ Ie.04 locle=S,N: f .... - .. . 0 .. . I. 120mAdc 0 .1 Constant Current Output l Born of Ventex Engineering innovation, with more than 100 years combined electronic power supply design experience, resulting in a space saving, energy efficient. patent pending power supply. 0 O 21 1, POWE R SUPPLY Accessories for UL applications include VenBrite wire connectors and Ventex Low Voltage LED Wire. Available from your local VenBrite distributor. WIRE SUPPORT CLAMP RETURN WIRE 6 POWI R SUPPLY MmiinnEflm? W-UU-,--&/ W @RKe-MISE t · <56780,Tariti:arol.amirt·in thd)(Uniquettchnstant burrenf -Mi #634-- quifLED)Driv*r'verst,*irepetilb@ ®*@.coniMINdircuitdi_ afi d9679; (rhod uT® 1232es- tilk0%*MY, intisTEE'*mi'.05/bativ/VAand reduces heat'ch'th60 LED. mpdul#j ¢*ii#¢10& means·re-808@8 nlf#g**iihg (dati) fiiveltuairtibiaf*ailable:lia¢b 1*®*itj®}0*444*Ely d,84!22 iloged#6§ driving,distanc* e flewer, p28 -r .401*»43 - (*9211!INg.EN #WEN RoHS Compliant UL Recognized CSA C22.2 No. 207-M89 compliant Ground Fault Protected CGA) Overload, short circuit, and input surge protected Line and Load regulated Reverse polarity protected Classified UL Usted for retrofit sign conversion Fewer power dissipating components on each module reduces heat build up - the enemy of LED longevity and bnghtness. Less heat build up means lower junction temperature and longer LED life expectancy. with less lumen depreciation. LED operating curtent well under LED chip specified maximum current which increases LED life. [MEm]NIZI QUINIM @1@iZEINN System 100 (1/2 watt) power supples wrll drive a maxmnum of 60 feet of wh,te and 75 feet of red LEDs System 200 (1 watt) power supphes -11 dnve a maxmum of 35 feet of LEDs t ... C 6 - Value Added Engineering STEP 1 VenBrite LED Estimator QUddy generates a Ba of Materials from our website enabiro fast quote Unaround. Can be oontleted by sign shop esOmator, distibutor sajesperson, or Wntex eng,eering in five n*lutes or less. Requires password ent,y and basic sign infonnation @te height width, 01 de», LED color, etc. VenBrite LED Estimator for VenBrite LED Systems Ventex with LOGO - sign has 7 characters Character LOGO VENTEX Font Style Non Serif Non Serif Non Serif Non Serif Non Serif Non Serif Non Serif Can Height 36 18 15 15 18 15 15 Inches Can Width 6 6 6 6 6 6 6 Inches Can Depth 5 5 5 5 5 5 5 Inches Strokes 2 2 2 2 2 2 2 Number of LEDs 32 13 10 13 13 10 14 LED Color White White White White Whrte White White LED Length 16 6.5 5 6.5 6.5 5 7 Feet Totol lenglh of VL·W100 LED module suing required is 52.5 Use VLP-100-120 driver. one required. Wire nuts VAAN01 16 required VA-W09 approximately 15 feet required. --1.....0..r STEP 2 VenBrite LED Production Layoutr• m M m m A M,/ 0 - 0 - c,70nce the quote is won. Ventex can prepare a detailed production layc ....#I J 15- 1 -1 0 e ED--e 0 ......1 L. 6..4. VenBrite LED Systems Specifications LED Driver Specifications:VLP100-120 VLP100-277 VLP200-120 VLP200-277 Input Vac, Nominal (50/60Hz)120VAC (+/- 10%)277VAC (+/-10%)120VAC (+/- 10%)277VAC (•/-10%) Input Current @ Max Load 0.5Arms 0.25Arms 0.65A rms 0.30A rrns Power Factor 0.95 0.92 0.95 0.92 Input Surge Protection:Varistor Type Varistor Type Input Conduit Connection 1/2 Conduit Thread .1/2 Conduit Thread Input Leads 18 AWG 18in. (.46M) - UL 1015 18 AWG 180. (.46M) - UL 1015 Output Voltage 0-400Vdc (+/- 200Vdc max to Gnd)0-250Vdc (+/- 125Vdc max to Gnd) Output Current 12OmA (Factory Set)250mA (Factory Set) Output Leads ZNPA2 - low voltage LED wire VA-W09 ZNPA2 - low voltage LED wire VA-W09 LED Module Specifications Factory spacing between modules 6 inch centers 6 inch centers Maximum Modules per Driver:VL-W100 (white) = 120 modules (60')All colors = 70 modules (35') VL-CW100 (cool white) = 120 modules (60') VL-R100 (red) = 150 modutes (75') Minimum Modules per Driver:1 LED Module (atl colors)1 LED Module (all colors) Driver Size L x W x H (cm)4.85- x 2.0- x 1.45" (12.4 x 5.0 x 3.7)4.85" x 2,0" x 1.45" (12.4 x 5.0 x 3.7) Driver Weight 12.5 oz (350g)12.5 oz (3508) Operating Temperature .30 C to 122 F (-34 C to 50 C)-30 C to 122 F (-34 C to 50 C) Accessory:VenBrite Low Voltage LED Wire P/N: VA-W09 (18 AWG, 60OV. WHT, VW-1) Accessory: Wire Nut PN' VA-WN01 Built-In Safety Protections:GFI, Open and Short Circuit. Overload, Reverse Polarity Agency Approvals & Compliance:CRUS RoHS Corrpl.,int Four year limited warranty on LED driver and modules. please see http:&,ww.ventextech.com/pdf/venbrite_warranty. pdf for complete warranty information. For further Ver,Brite LED Systems information, please visit http:/Nmw.ventextech.com#ned. rv Ventex™POWERING YOUR IMAG£ Tel: 800-510-5400 · Fax: 561.840.8401 1440 West Indiantown Road · Suite 350 · Jupiter. Florida 33458 www. ventextech.com · info@ventextech.com Form: 201 v 0709 C .13 & Lighting Technologies SIGNA|St... SOLO"ON.1 ESB432-14 APPLICATION and PERFORMANCE SPECIFICATION Electronic ballast for 4,3,2 and 1 T12HO lamps up to 8ft long or any combination thereof from 4-32 ft. Electronic ballast for 4,3,2 and 1 T8HO lamps up to 6ft long or any combination thereof from 4-24 ft. Electronic ballast for use with T12HO/T8HO lamps or any combination of lamps in circuit as long as total length per circuit does not exceed 7ft for T12HO/bft for TBHO. · Line Voltage: 120 - 277 vac, £10%, 50/60Hz · Parallel Lamp Operation '60 Hz data · Instant Start · Active Power Factor Correction Lamp Max Input Nominallamp Footage Volts Power Line Current Power Harmonk Crest Type #Min Nia],(Wans)Fmp)Factor Total Factor n2HO 4,3,2,1 4 32 120 280 2.34 >.90 <10%<1.7 T12HO 4,3,2,1 4 32 277 274 0.99 >.90 <10%<1.7 T8HO 4,3,2,1 4 24 120 25/2,14 >90 <10%<1.7 T8HO 4,3,2,1 4 24 277 250 0.90 >.90 <10%<1.7 App!,calton and Pertormance Speclticallon Intormatoon Sublect to Change wthout Not#ication Power factor >.85 for 4-5ft appkations, 1 HU <2096 for 4-12ft applicatons Performance: · Meets ANSI Standard C82.11-1993 · Meets FCC Part 18 (Class A) for EMI and RFI Non-Consumer Limits Safety. · No PCB's . CULUS Listed (Class P, Type HL, Type 2 Outdoor) · CSA Listed Application: · Minimum Starting Temperature: · Maximum Case Temperature: · Sound Rated: -20° F, -29° C 176° F, 80° C A Physical Parameters: · Length:14.31' • Width:3.24" · Height:2.67" · Weight:7.4 lbs · Carton Quantity 1 piece · Lead length.Black, White 24" (+ 1") Red, Blue 120" (+ 1") Warranty: Universal Lighting Technologies warrants lo the purchaser that each electronic ballast will be free from defects in materiator workmanship for a period of 4 years from date of manufacture when properly inslalled and under normal conditions of use. Call 1-800-BALLAST*800 for technical assistance. Manufactured in North America tAMP k ri UMP 4 UMP 'AMp -11 01 :All'4 - ri 4 L BALLAST -2' | -2£ BALLAST 1_ 1 a BALLAST 11 1 H rl ---.j I i ..25!L BALLAST 1 BALLAST For 34amp, 2-lamp and 1-lamp application P ....:L|individually cap red and blue leads L-i 5--7327.3}-tf-0=Vll_ /£32*1=t:IED:- 4 il tz- Multiple Lamp Application 1-800-BALLAST www.unvlt.com August 2011 m. U..Vers-'SIGNA]VU LIghtlng Te,chnologw lilli :OLUI,I• ESB848-46 APPLICATION and PERFORMANCE SPECIFICATION Electronic ballast for (6/5/4 )Tl 2HO lamps up to 8ft long or any combination thereof from 8-48 R. Electronic ballast for (6/5/4) T8HO lamps up to 6rt long or any combination thereof from 16-36 1 Electronic ballast for use with T12HO/T8HO lamps or any combination of lamps in circuit as long as total length per circuit does not exceed 7ft for T12HO/511 tor TSHO. Not to be used with less than 4 circuits. · Parallel Lamp Operation ·Active Power Factor Correction ·60 Hz date Max Input NominalLampLamp Footage VORS Power Une Current Powe,THD Crest Type 9 Min Max (watts)(Arlm)Factor Factor n 2HO 6,5.4 8 48 120 420 3.50 >,99 <10%<1.7 T12HO 6,5,4 8 48 277 415 1.50 >.97 <10%<1.7 1'8HO 6,5.4 16 36 120 380 3.17 >.99 <10%<1,7 T8HO 6,5.4 16 36 277 380 1.37 >.96 <10%<1.7 Applloction and Pectormance Specllkaoon Inforrnarion Sublect to Change without Notincetion. Performance: · Meets ANSI standard C82.11-1993 , Meets FCC Part 18 (Ctass A) for EMI and RFI non-consumer limits Application: · Minimum Starting Temperature: -20° F. -29' C · Maximum Case Temperature:176° F, 80° C · Sound Rated: A Satety: · No PC 6's · cULus Listed (Class P, Type HL, Type 2 Outdoor) CSA Listed Physical Parameters: · Length:16.68" · Width:3.24" · Height:2.67" · Weight:9.7 lbs · Carton Quantity:1 piece · Lead length.White, Black 24- (* 1") Red, Blue 120" (* 17 Warranty: Universal Lighting Technologies warrants to the purchaser that each electronic ballast will be free from defects in material or won(manship for a period of 4 years from date of manufacture when properly installed and under normal conditions of use. Call 1 -800-BALLAST*800 for technical assistance. Manufactured in North America -- LAMP }- Mwm -1,LAN. h LUAP K -1 LAM' 1- 4 /-1- 11 t,Mp 4 BALLAST BALLAST 1 1 -4 ..P J AMP »-BALLAST * ./•411 t- r 4 _ H- Ul LAfm ELI 1 Lur h iC]E*-!CE]HEE3L-- ICEDI ICED!- --4 13 LAI;P 11 1/.-- BAUAST 11-_-.---Multiple Lamp Application 8. 1 For 5-lamp and 44amp applications, individually cap blue leads 1-800-BALLAST www.unvit.com August 2011 4 7> - Page 1 of 2 AILLAWAy ENGINEERING PROJECT:CREViER BMW - 1500 AUTO MALL DR., SANTA ANA, CA PROJECT #:4560 CLIENT:UNITED SIGN SYSTEMS 10815 RANCHO BERNARDO RD., SUITE 260, SAN DIEGO, CA 92127 PROJECTMANAGER@SULLAWAYENG.COM PHONE: 1-858-312-5150 FAX: 1-858-777-3534 DATE:12/06/20013 ENGINEER: FN PAGES: Ar 3 3* 46·10 aM• KM y.ri z.O.ly·100 13'6 3/4·i! 341·11207 ,1 *411/7 21 11 11 It 11 11 11 It )11 /1. 54' 2 1 2 IO BMWM 11 1 "6" '1 6 11 n 11 M trevier SM* P 0 ELEVATION .1 3/16 47.8 W 15-17 1 15-101'r 1 M n + M ¥ '61 .46 .4.9 1.9 . ¥.1- 1 ir-1-15.1,3,j•.·Tp!i ARairrECT PLAN VIEW ACCE PTED P r- (E) CANOPY / STRUCTURElill'llil?i,l!:I,.SEPAR \TE PER. G ELECTRIC. L, PLUFJ 1 1/1 nis set of p ins and si - WALL (4.-I 1 (E) SQ. HSS011%615rji and it is SUPPORTSBAQ@D: n same w AT 30-6" MAN. 9-Santa Ana.BRACKET 0 8"*8"44" PLATE W/ (4) THRU BOLTS MATCH PLATE DETAILS (E) SQ. HSS 4"x4"x/" TUBE SUPPORT 3/16 V MATCH PLATE DETAIL - PLAN VIEW 3'-11 -1 Ate accepta ice of this 3 held to p irmit nor b provisions of ANY City Accepted By - Date Issued - PROFES EXP. 6/30/2014 \'b SIDE ELEVATION GENERAL NOTES 1, DESIGN CODE:49-2010 liEs 2, DESIGN LOADS: ASCE 7-05 «3. WIND VELOCITY 85 MPH EXPOSURE C 4. TUBE STEEL ASTM A500 GR. B 46 KSI A5. PLATE STEEL ASTM A36,36 KSI 6. ALUMINUM EXTRUSION 6061-T6 7. PROVIDE PROTECTION AGAINST DISSIMILAR METALS 8. BOLT STEEL ASTM A307 %,049-2420/4 \4 11,11 Page 2 of 2 AE N G, I N.E.E R !-NO PROJECT: Crevier BMW - Santa Ana, CA PROJ. NO.: 4560 CLIENT: United Sign Systems building code; CBC 2010 10815 Rancho Bernardo RD., SD, CA 92127 projectmanager@sullawayeng,com Phone: 858-312-5150 Fax: 858-777-3534 DATE:12/6/2013 ENGINEER:FN units; pounds, feet unless noted otherwise Applied Wind Loads; from ASCE 7-05 Pnet=X Kzt 1 Pne=(ASCE 6.4.2.2) X= 1.35 (ASCE Fig. 6-2) Itt= 1.0 (unless unusual landscape)I= 1 for structural category Il V= 85 mph Exposure= c Area=121 ff max. height=27.7 max Pnet30=11.1 psf Pnet 14.99 min Pneoo= -13.5 psf PneF -18.23 For inside attachments use 10 psf min.Pnet= 10 1 . Loads DL=3200 lbs 1.2DL = 3840 lbs WL = /2202 ' lbs *1 1.6WL = 3523 lbs r :IRAL ST OR CON Check Weld Strength For Plate Attachment To Exisitin 4" SQ. Tube Support 1|TS ARE Rn = 1.2DUnsupports =0.38 kip nsuppon = 10 SINS- & M ecifica*ions*Rn= 1.392DL=33.4 kip OK D= 3 unlawful to L=8 in ithout writte Check 4"x4"xl/8" Tube Supports ¢=0.9 4 = 46 ksi Mwi =PL =125 kip-in total P = 3523 lbs 12.5 kip-in per support L = 35.50 in plan and sp, 3 an approve Ordinance or Z = 2.56 in ¢ Mn= 44Z= 3 106 kip-in OK Check 1/2" S.S. Thru Bolt For Match Plate Connection Y OF SANTA Tmax = Mvi/Sboltnbolt = 1.04 kip Sbolt =6 in TU = 6.78 Rip OK nbolt = 2 in - Vmax = 1.2DL/nbolt =1.92 kip 44¥ VU =3.6 kip OK Check Combined: (Tmax/Tu) + (VmaxNu) =0.15 5 1.0 OK Check 8"x8"xl/4" Steel Match Plate 0= 0.9 4 =36 ksi arm =2 in Mplate = Tm=Carin) =2.08 kip-in Zreq'd = Mplate(*fy) =0.0611,3 treq'd = 1(4Zreq'd/b) =0.25 in i n 4 if 63 0 . Minimun dimension- from soffitt to steel E€EIVE1% FEB 24 2014 City of Santa Ana Janopy somt rid ' ,j.. -* . ji F ,#r , 1 2 00 J F Vertical steel supports ,:* L' 0 , 3 0 0 90 1 (4" square tube-shown)912:tal 3 N 61 3with 8"*:89atth plate by Others- -- -b> 4 Wall brackets / f · 6 6 2 v N Middle support brackets ,a /1- AZ-. 4 -- . c. 4-1 23 9 1 CE=I ,1 a FI C 4..01 ., 0 -9 .. 1 CNM4 ModOle i En E LL! 2 ---'Detail u CL: 4 Scale: 1/2" = 1'-0" @ 11 x17U £ , 95 O 60I ez 09 05 UJ 5 ' 0/0- i.uCy A w y 5 '' t. 5 8 0 Z 1.-E 6 2 R af. 1,4 FCe 0 - 0.-E * 21 W 6 2 26%5 23 ,: A avj -3 O g<l.!1 3 LU '1 En 264'-10" if> 1 - U- j 1 3,2,0-TURAL A _ -_ _ __--re-2-*R-6,0+23'-8" 111 -4 -----6---1-4 -4--4-111-tell SE,/28 1 1 - -- - 1 1 4.627»M +10'-6" T.O.' P FOR .111 1 1 1 1HA NICAL 'FLA1 S -RECTOP-566#i*ke#t 00»|ob - 444 5 .01. r.19 · b.-UL. +0'-0. 11--FINISHFUOb-R# 60 rr."1--1,- $-* 1-------' - -ifi- 0.- CE Do U 0Z R lo 9 0 N 90 1 I Cund 09 93 2 ,< c.·t· i : 71 o o o ternposed LM4/ CNM4 22 C. C 0 ./ +27'-8"LM4-If/M/i/ CNM4 ' ----fb-PARA@--f-* Proposed - Northwest Elevation Scale: 1" = 20'-0" @ 11 x17 ifications SHALL NOT jf the violation of any ., Iate Law. 298'-10" i C '\NA LM4-B 4CNM4 / T.O. PARAPET ' -1 + 23'-8" h - T.O. EKRI-60¥ Crevier BMW I --L_E_0-'I*ll-JAMB.4 - -7 +0 01,11:11.......................1 - - -·: ·· -- .. - ".. -- = .:. . FINISH FLO Proposed - Southwest Elevation Scale: 1" = 20'-0" @ 11 x17 0 CLIENT:Crevier BMW LOCATION:Santa Ana, CA DATE:10.31.13 DRAWING #BMW-Crevier-E-Opt 1 DRAWN BY:CB THIS DESIGN IS SUBMITTED AS PART OF OUR PROPOSAL #4 STORE #AND IS TO REMAIN OUR #3 X PROPERTY EXCLUSIVELY #2 UNTIL ACCEPTED AND #1 SHEETSIZE APPROVED BY PURCHASE. 11 x 17 REV # Revisions per RL Revised sign locations Revised with LM+B & CNM4 Revised with LM4-i DESCRIPTION THIS SIGN IS INTENDED TO BE 02-12-14 CT INSTALLED IN ACCORDANCE WITH< THE REQUIREMENTS OF ARTICLE 02-10-14 TN C &-US 600 OF THE NATIONAL ELECTRICAL CODE AND / OR OTHER 02-03-14 TN APPLICABLE LOCAL CODES. THIS11-19-13 TN c(ibus INCLUDES PROPER GROUNDING ANDBONDINGOFTHE SIGN.DATE BY CUSTOMER APPROVAL: SIGNATURE DATE: APPROVAL RECEIVED BY UNITED .DATE: IMPORTANT: PERMANENTACCESS TO THE BACK SIDE OF. THE WALL IS REQUIRED FOR INSTALLATION, AND WIRING OF THE SIGN. IF IT IS NOT AVAILABLE IT MUST BE PROVIDED BY THE CUSTOMER BEFORE INSTALLATION. ttl:ttt United Sign Systems 206 Tower Drive Oldsmar, Florida 34677 unitedsignsystems.com 888-704-1516 ' A Division of United Advantage Sign Companies, Inc. . 4 3NOI110 SNOLU 0 CNM4 SQFT. 3'-11 1/2" x 46'-10 3/4" I :I = 185.63 SQFT. C C C 0 . 9 Disconnect - Switch Location 5'-4" !.I U LM4-B tt 5'-4" 11 1 BMW M LM+M 1.1 TT- t_1 e 2'-10" 0 3'-111/2" i Split Point 47'-8 3/4" 46'-10 3M" 30'-1 3/4" 13'-10"13'-53M" 1 N i I 11 11 11 C.03 ru J 1 5'-4" , 3'-111/2" ,33 Approx. Weight = 3200 Lbs 11 U 11 73/4" M2 T-0 6 ° n LM4-i |CNM4|Split 31 1/2" lettering Point U 6" Face view of wall bracket LM4-B, LM4-M, LM4-i and CNM4 Overhead Elevation Scale 1 /4" = 1 '-0" @ 11 x 17 47'-83/4" C 20'-0"13'-10"13'-103/4" C 0 0 g", 3'-3 5/8" Typ. J [| End view at Wall Bracket Wall Bracket: Scale 1" = 1'-0" 44 * + + + in tn 4 ntntngng *n 1 n 1 111 111 Ir,11- - 1 -Tr T -LL · ---INLL P' UL '1' J.-1 LILIL.-----ill „.11 lilli 1.· ..11 111111111.r···-1. lilli. 1 lili 1 -11 1 n '1· 1 T· i -ri iIi·"r- ·· iII 11 - .1 r 18" 15" 33 1/4" Typ 180 18" 36" typ, ' 1 Plan View Scale: 1/4" = 1'-0" @ 11 x17 Specifications: Sign modules are fabricated from .090 aluminum faces painted G2. Internally illuminated routed faces. Lettering is clear acrylic push-through with 20 gauge Polished Stainless Steel on first surface. Logo modules are identical to pylon modules, mounted with stainless steel hardware. 1911 Electrical Requirements n , 120 volt circuit required dedicated to CD L canopy son sign only. Power to sign to be installed Minimun dimension- and supplied by others.Vertical steel supportsfrom soffitt to steel (4" square tube shown) Material Description Ml 200mm pole - bearing structure. Length as required (2" past outside cantilevers, typ.) M2 Cantilever supports at each end of facade module (36" i) w/ 1/2" S.S. mounting hardware M3 LED insert strip on front of bearing structure (typ) M4 Blank insert strip on building side of bearing structure (typ) M5 End Cap (typ) M6 Wall Brackets: Spaced no further than 3'-6" as required for overall length. Minimum three required per bearing structure. M7 Middle Support Brackets: on modules longer than 10 feet. Brackets add stability to sign structure. Spaced 6'-0" on center (CNM1-3) and 3'-0" on center for a CNM4 Qtv:Description 3: ESB432-14 @ 2.34 amps 2: ESB848-46 @ 3.41 amps 2: LED Transformer @ 0.5 amps = 14.84 Total amps LAMPS: 20: HO 60 FL Lamps 6: HO 84 FL Lamps 1-d with 8" x 8" match plate by Others Wall brackets Middle support brackets CNM4 Module Graphic Colors Gl BMW Fl Charcoal Detail G2 BMW White - Scale: 1/2" = 1'-0" @ 11 x17 G3 Clear Anodized Aluminum CLIENT:Crevier BMW LOCATION:Santa Ana, CA DATE:10.31.13 DRAWING #BMW-Crevier-CNM4-1 DRAWN BY:CB THIS DESIGN IS SUBMITTED AS PART OF OUR PROPOSAL STORE #AND IS TO REMAIN OUR X PROPERTY EXCLUSIVELY #2 UNTIL ACCEPTED AND #1 SHEET SIZE APPROVED BY PURCHASE. 11 x 17 REV # THIS SIGN IS INTENDED TO BEc®us INSTALLED IN ACCORDANCE WITH THE REQUIREMENTS OF ARTICLE 600 OF THE NATIONAL ELECTRICAL CODE AND / OR OTHER 02-03-14 TN APPLICABLE LOCAL CODES. THIS 11-19-13 TN CGI')us INCLUDES PROPER GROUNDING ANDBONDINGOFTHESIGN.DATE BY CUSTOMER APPROVAL: SIGNATURE DATE: APPROVAL RECEIVED BY UNITED DATE: IMPORTANT: PERMANENT ACCESS TO THE 8ACK SIDE OF THE WALL IS REQUIRED FOR INSTALLATION AND WIRING OF THE SIGN. IF IT IS NOT AVAILABLE IT MUST BE PROVIDED BY THE CUSTOMER BEFORE INSTALLATION. #@j Revised to 1 only Revised with LM4-i DESCRIPTION 206 1bwer Drive Oldsmar, Florida 34677 unitedsignsystems.com 888-704-1516 A Division of United Advantage Sign Companies, Inc. / United Sign Systems C C C Disconnect- Switch Location 36'-6 3/4" 35'-8 3M" 30'-1 3/4" i 13'-10"13'-53M" 9 111 11 r L .1 51.Lt 111 1 1 11 11 LU 11 . 0 CNM4 SQFT. 3'-11 1/2" x 35'-8 3/4" = 141.43 SQFT 5'-4" t 2'-10" 0 3'-111/2" 1 1 Approx. Weight = 2475 Lbs M 0 3'-111/2" 6 73/4" 6 11 U 6" LM4-B Split |CNM41 Split 31 1/2" lettering Point Point LM4-B and CNM4 Overhead Elevation Scale 1/4" = 1'-0" @ 11 x 17 Face view of wall bracket 36'-6 3/4" C WL liu.[@il 8'-10"13'-10"13'-103M" CO O 0 9" 3'-21/4" Typ.C + End view at Wall Bracket Wall Bracket: Scale 1" = 1'-0" -4 JYL . n n J n Jn tn 416 tin t n1,-'--1---9----------------I---'I.'ll---------*I------I------------#----------------------------------*-------------Il-I----I---------------------i..-------------I.I--------I--1------------1-1 1--,-·_11_Ill N]Ll -_1_1111-LLL_Ll_LLLU--LLL_ -- r_L_ Lit _-LLLLL11 -ILLUU.1111,-1--JULUL11-,1. 1- - Ll. _- _1LU LIL.1 1 -1.,L.1 -1.Jlr ·.1 1-_ · . .LI -· _-LL 11L-rll -r _ 11_' JU__-_11T -" -L A L ,.I ' i 18" 15" 33 114" Typ 18" 18" ' 36" typ. Iii-1Plan View Scale: 1/4" = 1'-0" @ 11 x17 SDecifications: Sign modules are fabricated from .090 aluminum faces painted G2. Internally illuminated routed faces. Lettering is clear acrylic push-through with 20 gauge Polished Stainless Steel on first surface. Logo modules are identical to pylon modules, mounted with stainless steel hardware. 1 jElectrical Requirements n 120 volt circuit required dedicated to ZO 1- Canopy soffit sign only. Power to sign to be installed Minimun dimension- and supplied by others. Vertical steel supportsfrom soffitt to steel (4" square tube shown) Material Description Ml 200mm pole - bearing structure. Length as required (2" past outside cantilevers, typ.) M2 Cantilever supports at each end of facade module (36" i) wl 1/2" S.S. mounting hardware M3 LED insert strip on front of bearing structure (typ) M4 Blank insert strip on building side of bearing structure (typ) M5 End Cap (typ) M6 Wall Brackets: Spaced no further than 3'-6" as required for overall length. Minimum three required per bearing structure. M7 Middle Support Brackets: on modules longer than 10 feet. Brackets add stability to sign structure. Spaced 6'-0" on center (CNM1-3) and 3'-0" on center for a CNM4 Graphic Colors Gl BMW Fl Charcoal G2 BMW White G3 Clear Anodized Aluminum Qtv: Description 1: ESB432-14 @ 2.34 amps 2: ESB848-46 @ 3.41 amps 2: LED Transformer @ 0.5 amps = 9.66 Total amps LAMPS: 12: HO 60 FL Lamps 6: HO 84 FL Lamps 11'U with 8" x 8" match plate by Others Wall brackets = Middle support bracketsS3 CNM4 Module Detail - Scale: 1/2" = 1'-0" @ 11 x17 CLIENT:Crevier BMW LOCATION:Santa Ana, CA DATE:01.20.14 DRAWING #BMW-Crevier-CNM4-1 B DRAWN BY:CB/TN THIS DESIGN IS SUBMITTED AS PART OF OUR PROPOSAL STORE #AND IS TO REMAIN OUR X PROPERTY EXCLUSIVELY UNTIL ACCEPTED AND #1 SHEET SIZE APPROVEDBYPURCHASE. 11 x 17 REV # bw,4 THIS SIGN IS INTENDED TO BE ceus THE REQUIREMENTS OF ARTICLE ® INSTALLED IN ACCORDANCE WITH 600OFTHENATIONALELECTRICAL CODE AND / OR OTHER APPLICABLE LOCAL CODES. THIS Revised to 1 only 02-03-14 TN INCLUDES PROPER GROUNDINGcus ANDBONDINGOFTHESIGN. DESCRIPTION DATE BY CUSTOMER APPROVAL: SIGNATURE DATE: APPROVAL RECEIVED BY UNITED DATE: IMPORTANT: PERMANENTACCESS TO THE BACK SIDE OF THE WALL IS REQUIRED FOR INSTALLATION. AND WIRING OF THE SIGN. IF IT IS NOT AVAILABLE IT MUST BE PROVIDED BY THE CUSTOMER BEFORE INSTALLATION. L *tutt F United4[Sign Systems 206 Tower Drive Oldsmar, Florida 34677 unitedsignsystems.com 888-704-1516 A Division of United Advantage Sign Companies. Inc. .. 1 5.2 4. Sign is to be cleaned -3 · 1 · 49-. 32· 4 - ·2 x ... ·· 'C-'.121· 21·:.11 C.. -Er fij .0/3-: 1;:'-,1.-7 4 CO .and re-lamped during .-if- 5. i#-- ...,a. - .,. n. , face replacement 1 0 Existing Custom Pl Proposed RefaceC 0 C 0 3'-8"3'-8" Scale: 3/4"=1'-0" @ 11 x17 Scale: 3/4"=1'-0" @ 11 x17 CLIENT:Crevier BMW LOCATION:Santa Anna, CA DATE:10.31.13 DRAWING #BMW-Crevier-Pl Reface DRAWN BY:CB THIS DESIGN IS SUBMITTED AS PART OF OUR PROPOSAL STORE #AND IS TO REMAIN OUR X PROPERTY EXCLUSIVELY #2 UNTIL ACCEPTED AND #1 SHEET SIZE APPROVEDBYPURCHASE. 11 x 17 REV # THIS SIGN IS INTENDED TO BE tNSTALLED IN ACCORDANCE WITH THE REQUIREMENTS OF ARnCLE C JS 600 OF THE NATIONAL. ELECTRICAL. CODE AND / OR OTHER12.9.13 CB APPUCABLE LOCAL- CODES. THIS 11.06.13 CB c(#bus INCLUDES PROPER GROUNDING ANDBONDINGOFTHESIGN DATE BY @® Revised dims per Survey Changed DNP DESCRIPTION CUSTOMER APPROVAL: SIGNATURE DATE: APPROVAL RECEIVED BY UNITED DATE: IMPORTANT: PERMANENTACCESS TO THE BACK SIDE OF THE WALL IS REQUIRED FOR INSTALLATION AND WIRING OF THE SIGN IF IT IS NOT AVAILABLE IT MUST BE PROVIDED BY THE CUSTOMER BEFORE INSTALLATION. F UnitedSign Systems 206 1bwer Drive Oldsmar, Florida 34677 unitedsignsystems.com 888-704-1516 A Division of United Advantage Sign Companies, Inc. S 28" 28" 9 0 New CUSTO U blank faces both sides Crevier New CUSTOM faces Creview BMPAf with stainless steel copy both sides 1500 1500 Automall Dr.Automail Dz U UN:tl: 88 p. IIi%+ 6 0 A,¢9 y H.4 .. C 451 1 88 -61\ 1 Be -.brpr*de/1 27 f l·l 103 % - 9 ezm@=®al &'aea***11 L C Ul_-11 0 0 11 .1 0 0 0 0 ..0 00. 0 n L.13 - ,0 -B 111 1\\ @ -21] alJ '. 1 - - - ZE O %31 CAF:ill 0 111 1111111111111111111'111 1.:i,BE 0111 8 0 111" c!* , | M al___-/' 0 71 - 101 6\ n J n !01 A .1 Site Plan no' 1 Scale: 1/128"=1'-0" @ 11 x17 EDINGER AVENUE CLIENT:Crevier BMW LOCATION:Santa Ana, CA DATE:01.02.14 DRAWING #BMW-Crevier-S DRAWN BY: CB APPROVED BY: THIS DESIGN IS SUBMITTED · AS PART OF OUR PROPOSAL STORE#AND IS TO REMAIN OUR #3 X PROPERTY EXCLUSIVELY #2 UNTIL ACCEPTED AND #1 SHEET SIZE APPROVEDBYPURCHASE. 11 x 17 REV # Revised sign locations Revised sign locations Revised per MC. comments DESCRIPTION THIS SIGN IS INTENDED TO BE INSTALLED IN ACCORDANCE WITH THE REQUIREMENTS OF ARTICLE 02-12-14 CT C JS 600 OF THE NATIONAL ELECTRICAL CODE AND / OR OTHER02-10-14 TN APPLICABLE LOCAL CODES. THIS 02-03-14 TN C(iibUS INCLUDES PROPER GROUNDING ANDBONDINGOFTHESIGN.DATE BY CUSTOMERAPPROVAL: SIGNATURE DATE: APPROVAL RECEIVED BY UNITED DATE: IMPORTANT: PERMANENT ACCESS TO THE BACK SIDE OF. THE WALL IS REQUIRED FOR INSTALLATION AND WIRING OF THE SIGN. 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