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HomeMy WebLinkAboutPS 2020-0112; IONIS MONUMENT SIGN; Sign Permits/Programs (PS)('cityof Carlsbad REVIEW FOR ~,,.. ................... ... ~IUl'1 rc"IVII I P-11 Development Services I Planning Divh,ion 1635 Faraday Avenue I t7i::n\ ,::n'l_,1,::1 n www.~;j~b~d:a·.;~~ I jJ~ ✓ -io W ,_ o t-0 I PLANNING APPLICATION# v S 2,,o ·w ,-o ; I l. REC'D BY )('\..V ,,._,(.,l C l ~R DATE 11 I Y: / z_,J r, SIGN FEE ' fe k 't. ,ep_ SIGN PROGRAM FEE ________ _ RECEIPT NO. __________ _ NOTE: AN APPOINTMENT IS REQUIRED FOR SUBMITTAL. PLEASE CONTACT THE APPOINTMENT SPECIALIST AT (760) 602- 2723 TO SCHEDULE AN APPOINTMENT. *SAi/iE DAY APPOINTMENTS ARE NOT AVAILABLE* All plans submitted for sign permits/sign programs shall consist of a minimum of a site plan and sign elevations containing the following information: 1. North arrow and scale. 2. Location of existing buildings or structures, parking areas, and vehicular access points to the property. 3. Location of all existing and proposed signs for the property. 4. Distance to the property line(s) for all proposed freestanding sign(s). 5. Provide an elevation for all proposed sign(s) which specifies the following: A. Dimensions and area for all existing and proposed sign(s). 8. Materials the sign(s) will be constructed of. C. Source of Illumination. D. Proposed sign copy. APPLICANT MUST SUBMIT THREE (3) SETS OF SIGN/SITE PLANS, A COMPLETED APPLICATION FORM, AND THE APPLICATION FEE. Average processing time: 2 weeks Name of Project: ____ IO_N_IS_M_O_N_U_M_E_N_T_S_IG_N ___________ _ Address of Project: ___ 2_8_50_&_2_8_S_S_G_A_Z_E_L_L_E_C_O_U_R_T _________ _ A,,..,..,..,..,..,..r O,..r,..,..I 1\1.,-1-.,..r• 209-120-20-00 & 209-120-27-0Q "°'w'i:>Ci~~VI I DIVCill"IUIIIUCil•------------------------ Related Planning Case Number{S): SOP 2018-0012, MS 2018-0009, PIP 09-02 TYPE OF DEVELOPMENT: (a) Residential (d) (b) Commercial (e) Hotel/Motel Service Station Prof. Care (g) Theater (h) Gov't/Church/School (i) Public Park G) Produce Stand (k) Nursery © Office/Industrial (f) (I) P-U/OS Zone C'lt"'I\I o□nr-□ A II A A I\U"\/AO C'OC/"'IC'lf" 01 A"' f"OITC□I A '-'IUl"I I ,,vu1v,.1v1 f"l"IU/VI" '-'' L..VII IV I Lnl"I '-''"'I'-'"'" v ...... n 1 ,:;;.::, L..J ... , ... £vi l"IV L6I Specific Plan Number ____ _ VILLAGE REVIEW AREA (Jfyes, please complete information on page 3) Yes D SOUTH CARLSBAD COASTAL REViE'v·v AREA '{es □ ~•~"' nRnlNANr.i=-Yes !X! l\ln n ■ ·-'---' r.nA~TAI 7nl\ll=· Yes □No Ix] P-11 Page 1 of 4 No~ No[XI Rev. 02/28/18 EXISTING SIGNS: TYPE NUMBER SIGN AREA SIGN HEIGHT t"°"" -I -r-01~ Monument 1 TO BE DEMOLISHED LESS THAN 60 S.F. APPROX 5'-6" Wall Suspended/Projecting Directional Canopy Freestanding (Project Identity) PERMITS ISSUED FOR EXISTING SIGNS: Yes □ No □ Date -------- MAXIMUM NUMBER MAXIMUM PROPOSED MAXIMUM PROPOSED TYPE NUMBER PROPOSED SIGN SIGN AREA SIGN SIGN ALLOWED AREA HEIGHT HEIGHT Pole** Monument** 1 1 60 S.F. 59.57 S.F. 6'-0" 4'-0" Wall Suspended/Projecting Directional Cc:1nupy Freestanding** (Project Identity) Digital Display PROPOSED TEMPORARY SIGNS: ~ MAXIMUM NUMBER MAXIMUM PROPOSED MAXIMUM PROPOSED I.IIII.IDCD C!lnl.l C!lnl.l C!lnl.l I I I ._ ~ ......... , PROPOSED ""'""'' .. SIGN AREA ~ ........ '-91,._. •• AL!..~n AREA HEIGHT HEIGHT Construction** ------~ ~--~-•-** ---r---._ I VI ..,Ql'w Banner --r----_ Interim ---------Prior to approval, all proposed pole, monument, and freestanding signs must be reviewed for potential sight distance and visibility issues. Additional information must supplement this application showing how the proposed signage will not encroach into the public right-of- way or present a traffic hazard. Page 3 of 4 illustrates an example for what would be required ior such proposed signs. P-11 Page 2 of 4 Rev. 02/28/18 SITE PLAN REQUIREMENT FOR POLE, MONUMENT, AND FREESTANDING SIGN APPLICATIONS ThP fnllnwinn PY~mnlP ilh ,~tr~tP~ thP infnrm~tinn th~t i~ rpm 1irPrt fnr ~n nnlP mnm 1mPnt ~nrt --------------.::, --------,--------------------------------------------.-------------.----, ---------------1 ----- freestanding sign permit applications. Prior to approval, all such proposed signs must be reviewed for potential issues by the Transportation Department, which will not allow signs to be approved over the counter. Additional time will be required for on-site inspection. PIL 1 Sipt Dis~ce Requirement Show building/1 i I i I I I '-J Show setbacks from all cwbs ~---,. --- Show all property Jines PIL : I : / , I . . ·; cwb line j : -----------~--- ~ Si&lrt Visihility I Street Name(s) 21.41.080 Sign design standards (i) North Relationship to Streets: Signs shall be designed and located so as not to interfere with the unobstructed clear view of the public right-of-way and nearby traffic regulatory signs of any pedestrian, bicyclist or motor vehicle driver. Sight Distance: No sign or sign structure shall be placed or constructed so that it impairs the sight distance requirements at any public or private street intersection or driveway. EXISTING SIGN PROGRAMS OR SPECIFIC PLAN SIGN CRITERIA Total Building Square Footage: ____ 2_5_6_,_2_8_7 __ sq. ft. Total Building Street Frontage: 2,257.41 linear ft. Tota! Signage A!!owance: 60 s.f. sq. ft Existing Signage (sq. ft.): LESS THAN 60 S.F. sq. ft. (To be demolished) Remaining Sign Allowance at Present: 0 s.f. sq. ft. 59.57 s.f. sq. ft. Remaining Sign Allowance After Proposed Sign: _____ O_s_._f . __ sq. ft. VILLAGE REVIEW AREA ---------sq. ft. =----==-------sq. ft. P-11 Rev. 02/28/18 PROPERTY OWNER APPLICANT NAME PRINT OR TYPE NAME PRINT OR TYPE Wayne Sanders Jon Ohlson MAILING ADDRESS MAILING ADDRESS 2855 Gazelle Court 2550 Fifth Ave., Suite 115 CITY STATE ZIP TELEPHONE CITY STATE ZIP TELEPHONE Carlsbad, CA. 92010 760.931.9200 I CERTIFY THAT I AM THE LEGAL OWNER AND THAT ALL THE ABOVE INFORMATION IS TRUE AND CORRECT TO THE BEST OF MY KNOWLEDGE. DATE PLANNER CHECK LIST: 1. Field check by planner. 2. Within maximum length, area. San Diego, CA, 92103 619.820.4021 I CERTIFY THAT I AM THE REPRESENTATIVE OF THE LEGAL OWNER AND THAT ALL THE ABOVE INFORMATION IS TRUE AND CORRECT TO T E BEST OF MY KNOWLEDGE. 3. Style consistent with Sign Program and/or Specific Plan criteria, if applicable. 4. Location: ❖ In right-of-way ❖ In visibility triangle at comer 5. Pole and monument signs to be checked by Transportation Engineering, for visibility issues. 6. When approved rou. te ~opy t~ Data Entry . 1 \ APPROVED: Planner: ~ ..,Ji~ C,lwJf Date: -1 / I 'r ( VJ P-11 Page4 of 4 Rev. 02/28/18 .: lonis Pharmaceuticals, Inc MONUMENT SIGN PACKAGE 2850 & 2855 Gazelle Court Carlsbad, CA 92010 BUILDING OWNER / TENANT IONI S PHARMACEUTICALS, INC. 2850 & 2855 GAZELLE COURT CARLSBAD, CA 92010 TEL: 760.931 .9200 CONTACT: WAYNE SANDERS EMAIL: wsonders@ionisph.com ARCHITECT DGA 445 WEST ASH STREET SAN DIEGO, CA 92101 TEL: 619.685.3990 CON TACT: Jon Ohlson EMAI L: johlson@dgo-mv.com STRUCTURAL ENGINEERS KPFF ENGINEERS 3131 CAM INO DEL RIO N., SUITE 1080 SAN DIEGO, CA 92108 TEL: 619.521 .8500 CONTACT: Aaron Pebbly EMAI L: Aoron.Pebley@kpff.com ELECTR ICAL ENGINEERS TK1 sc 4 755 Eostgote Moll, Su ite 150 SAN DIEGO, CA TEL: 858.362.6826 CONTACT: Fronk Fritsch EMAi L: ffritsch@tk 1 sc.com SIGNAGE PROJECT DATA PROJECT INFORMATION PROJECT NAME: PROJECT ADDRESS: APN#: IONIS MONUM EN T SIGNAGE 2850 & 2855 GAZELLE COURT CARLSBAD, CA. 92010 209-1 20-20-00 209-120-27-00 NOTE : LOT 14 AND LOT 25 WERE CONSOLIDATED AS PART OF THE DEVELOPMENT PERM IT FOR LOT 25 LEGAL DESCRIPTION: PARCEL A: PARCEL 1 OF MINOR SUBDIVISION NO . 2018-0009 IONIS CARLSBAD CAMPUS, IN THE CITY OF CARLSBAD, COUNTY OF SAN DIEGO, STATE OF CALIFORNIA ACCORDING TO PARCEL MAO NO. 21705 FILED IN THE OFFICE OF THE COUNTY RECORDER OF SAN DIEGO COUNTY ON AUGUSY 1, 2019 AS DOCUMENT NO. 2019-7000285 OF OFFICIAL RECORDS. RELATED PLANNING CASE NUMBERS MINOR SITE DEVELOPMENT PERMIT: SDP 2018-0012 MINOR SUBDIVISION (MS): P.I.P. 09-02: MINOR SDP: PRELIMINARY REVIEW: HILLSIDE SOLAR PANELS: MS 2018-0009 ISIS PHAMACEUTICALS 1 6-09 IONIS FITNESS CENTER PRE 2018-0016 CD 2017 -0030 CHARLAINE ARCHITECTURAL S IGNAGE 13100 Kirkham Way, Suite 2 11 POWAY, CA 92064 TEL : 858.566.8868 CONTACT: Mott Ziskin EMAIL: MZiskin@chorlaine.com AREA.OF WORK PROJECT AREA 59.57 S.F. MONUMENT SIGN PROJECT DESCRIPTION THE SCOPE OF WORK INCLUDES: THE INSTALLATION OF A MONUM ENT SIGN, DEMOLITION OF AN EXISTING MONUM ENT SIGN AND IN STALLATION OF 3 FLAG POLES .. ELECTRICAL INSTALLATION TO SUPPORT NEW MONUMENT SIGN LIGHTING AND REMOVAL OF EXISTING MONUM ENT SIGN LIGHTING. GOVERNING CODES DES IGN AND CONSTRUCTION SHALL CONFORM TO ALL FEDERAL, STATE AND LOCAL BUILDING CODES AND ORDINANCES TO INCLUDE BUT NOT LIMITED TO THE MOST CURRENT VERSION OF THE FOLLOWING DOCUMENTS: 20 19 CALIFORN IA BUILDING CODE (PART 2 OF TITLE 24) 2019 CALIFORN IA PLUMBING COD E (PART 5 OF TITLE 24) 2019 CALIFORNIA MEC HANICAL CODE (PART 4 OF TITLE 24) 2019 CALIFORNIA ENERGY CODE (PART 6 OF TITLE 24) 2019 CALIFORNIA ELECTRICA L CODE (PART 3 OF TITLE 24) 2019 CALIFORNIA GREEN BUILDING STANDARDS (PART 11 OF TITLE 24) STATE OF CALIFORNIA TITLE 24 ACCESSIBILITY 2019 CALIFORN IA FIRE CODE (PART 9 OF TITLE 24) CALIFORNIA DIVISION OF OCCUPATIONAL SAFETY AND HEALTH CARLSBAD MUN ICIPAL CODE SHEET INDEX GENERAL G-000 COVER SHEET ARCHITECTURAL AS-100 ARCHITECTURAL SITE PLAN, MONUMENT SIGN FLOOR PLAN. ELEVATIONS, SECTIONS AND DETAILS STRUCTURAL SS-001 GENERAL STRUCTURAL NOTES SS-002 GENERAL STRUCTURAL NOTES SS-1 00 SIGNAGE ELEVATIONS AND DETAILS ELECTRICAL E-001 SYMBOLS LIST E-002 ELECTRICAL GENERAL NOTES E -1 00 ELECTRICAL SITE PLAN E-501 SINGLE LINE DIAGRAM E-502 LI GHT FIXTURE SCHEDULE E-503 LIGHTING CONTROLS AND SPECIFICATIONS E-504 LIGHTING CONTROLS AND SPECIFICATIONS E-601 EXTERIOR LIGHT DETAILS E-701 TITLE-24 E-702 TITLE-24 E-703 TITLE-24 E-704 ELECTRICAL SPEC IFICATIONS E-705 ELECTRICAL SPEC IFICATIONS E-706 ELECTRICAL SPEC IFICATIONS E-707 ELECTRICAL SPEC IFICATIONS SIGN.A.GE S-100 SIGNAGE E;:V lRJ zo -c, t) I DATE PlANNING i 7-r<)--ZO BUILDING I ; .• I CITY OF CARLSBAD APPROVED Dale ARCHITECT ~ 11111 DGA planning I architecture I interiors 550 Ellis Street. Mountain View, CA 94043 650-943-1660 20 I Filbert Street, 3rd Floor. San Francisco. CA 94133 41 5-477-2700 2550 Fifth Aven ue, Suite I I 5, San Diego. CA 92103 1720 8th Street,Sacramento,CA 95811 STAMP REVISIONS NO. DESCRIPTION PLAN CHECK SUBMITTAL PLAN RESUBMITTAL CLIENT LOGO 619-685-3990 916-441-6800 DATE 06.23.20 07.06.20 1 o NI s •M CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE PHARMACEUTICALS JONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 As indicated MONUMENT SIGN PACKAGE PROJECT INFORMATION G-001 DGA planning I architecture I interiors 2018 © -------- TH INSET STONE VENEER 3CM ALEXANDRIA FILLED/HONED STONE 2' -"I;;-~--~ CONCRETE WALL PER STRUCTURAL. COLOR -- SOLOMON GINGER 4 -x----- 4' • ::, ~/u -I "S; ~ I fE ' / FINISH GRADE , r---FINISH GRADE I ~-~~=~1=E=11 1=3 =1E~I •. 1~1811318113' 1 Ill 111= = = =11 1 Ill, II Il l I • 0 E l11-1 =Ill IW • •• 11-111 II Ill I : ' Elli_ "';illffiill)T'_ffi_l I -m-1 I =11-mill/¥1 ' 'I Ill Ill Ill I I Ill Il l Ill I' 111 _I I 111-11 ,_I 11_11 = 1 ,-.. ,,-,,,-,,,_. I I -x -x 4' 3' \ l '\ --I \ ' ' ' TH INSET STONE VENEER ~ 3CM ALEXANDRIA FILLED/HONED STONE CONCRETE WALL PER STRUCTURAL COLOR SOLOMON GINGER 4' ~ 2' :[1' 1 ' • ' • • • • • 0 • a • ~ ·. ~:S!._ _ __,-/ ~ LI 4 & ~..-,: --- NOTE: STONE TO FLUSH OUT I WITH CONCRETE WALL ~ / I f I CONCRETE WALL PER STRUCTURAL _j COLOR SOLOMON GINGER 1 TH INSET STONE VEN1ER 3CM ALEXANDRIA j /i FILLED/HONED STONE ~I [_ -x _ 11 ' 3' ., I /1 \ ' ' -~- ~ 4' 3' -- ,~ ' FINISH GRADE __/ TH INSET STONE VENEER 3CM ALEXANDRIA FILLED/HONED STONE I ®s~~~~~;D SIGN ELEVATION (SIDE) ®s~~~~~~;D SIGN ELEVATION (S IDE) 0 s~~;~~~;D SIGN ELEVATION (SIDE) ~ ~f -r -"t;;-----------------8 NOTE: ALL CONCRETE TO RECEIVE TOPCAST #3 FINISH TO MATCH CONCRETE AT CONFERENCE CENTER 30' 25' ( STONE AND GROUT TO MATCH CONFERENCE CENTER N □Tr=-: FLAG TD BE A MAXIMUM □ 24 S.F. EACH .--1-1-----COMMERCIAL GRADE F G POLES W/ INTERNAL HALYARD (3) \ \ \ CONCRETE WALL P : I STRUCTURAL. \ COLOR SOLOMON G NGER \ V SIGNAGE PER A \ 12 , 5 3 PLANS 1\ 8 !,, 1 1 t -++---------,-/ ---- 4' 2a50 IONIS -ca=s.=a'-ls ACHED ~+ FINISH GRADE I I <----L-" -"-.--~------"i.-----lf"-/-'I.L-L _ __J_.J__ ____ ___:_--'---~L...L!JI '---'-<-- TH INSET STONE VENEER I 15, _ g l 11 ~, ADDRESS NUMBERING 2 PER ATTACHED PLANS 3CM ALEXANDRIA FILLED/HONED STONE ,f-------------,r 9' 12 1 3" ~--c----~----++---------.r I0N1s· -~-,-~ 28 0 2 55 ~ 0 JI ~- 4' ' -x 3' -~- 3 j I INISHEi GR DE ®s~~;~~~;D SIGN ELEVATION (FRONT) { COMMERCIAL GRADE FLAG POLES W/ INTERNAL ~ HALYARD(3) 91 \ -~ 91 ~! *---~--=--=---------/~ / \l ✓ r ~ ~/r:;-----------=:::::::::::::::::~. -"x "'CJ 121-5311 -{) \ ~ 8 1 2'~6" ~ 12' -3" § j ~-~1,~1~ 1 ------1 -------{I-,_, r 1, L----:=~=r---i·r-----,i:·~----i-;-----,___J 2' -~ . \ ~ I 1--I \ L' 1 ----. 4 I -+-----,\ ~ -r---• THINS ET STONE VENEER / 1(-R 6 :JI \ ✓1 3CM ALEXANDRIA _ __/ \__ CONCRETE WALL PER STRUCTURAL. FILLED/HONED STONE L. R 6 4 I 1 5 / -4 II COLOR SOLOMON GINGER ~ ,f--------------------------~✓TI lS' -8~'' . ARCHITECT ~ 11111 DGA plann ing I architecture I interiors 550 Ellis Street, Mountain View, CA 94043 650-943-1660 20 I Filbert Street, 3rd Floor. San Francisco. CA 94133 415-477-2700 2550 Fifth Avenue, Suite 115, San Diego, CA 92103 6 19-685-3990 1720 8th Street. Sacramento. CA 9581 I 916-441-6800 STAMP -;_,...,_s <c,D ARCf.f;?: '-<:.; ..,_ j · f s <"o '-I .:,,." c:;, ,... ~ ~ * NO. 22219 * ~~~~t'...4-0 REV ISIONS NO. DESCRIPTION PLAN CHECK SUBMITTAL PLAN RESUBMITTAL CLIENT LOGO DATE 06.23.20 07.06.20 ~ION Is·· CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE PHARMACEUTICAL S IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 As indicated MONUMENT SIGN PACKAGE PLANS AND DETAILS AS-100 DGA planning I architecture I interiors 2018 © 0 N 0 N -;,, '--to "' ;: -c, 0 0 I en en / "' ;: 0 --c: 2 C: ., 0 ., " C: ~ ., ~ C: 0 0 "' C: 0 NOTE: BASE OF POLE SHALL NOT BE DIRECTLY EXPOSED TO SOIL FLASH COLLAR PER MANUF a:: w 0 z <( :::. w a:: N ~ @ v -' ., . ·, . . . ' .. ! U..C.7''1-l.----1 = i I -,11--n' n m m • -,,,_' FLAGPOLE PER ARCH SLOPE TOP OF FOOTING AWAY FROM POLE, MIN ½" PER 1 '-0" - 11 = I!~'' START W/ MIN 1½" EXTRA TURNS w ro 0 :::. w w ro z :::. w :::. z 0 :::. I ' v '° I :..-SAND FILL FOUNDATION SLEEVE END W/ MIN 1½" EXTRA TURNS "' BASE PLATE, SUPPORT PLATE, AND GROUNDING SPIKE PER MANUF 6 REINF PER ELEVATION 3" 30"0 FLAGPOLE FOOTING w/ (4) #5 VERT FLAGPOLE PER ARCH FOUNDATION SLEEVE PER MANUF (12" MAX) CLR PLACE AND PLUMB POLE AFTER CONCRETE HAS CURED MIN 24 HRS. FILL SLEEVE W / SAND AND TAMP PER MANUF FLAGPOLE FOOTING SECTION SCALE: 1 "=1 '-0" #4 @ 18" VERT, EA FACE ( 4) #4 HORIZ, EA FACE I 0 ';!i 4" PER ARCH 4• CLR CLR #4 @ 18" ' -li:-1. -I-'-',-I- i : I i 11 I I I ' 1 11 i , 111 , -, I 1=-1 1-1 I ,_ -1 I 1-1 ' •-1 ' 10~~=c?=L~~,~=4 .. ==~=.~~~~T~S=IG=-,N~A=G=E~S=E=C~T~l=O~N._ ____ _ PER ARCH 3" CLR r---4 -.-.. ~ I ' I I I :r: SIGNAGE WALL BEYOND ~ ! I w I o._ I I I I I I ·r I 3" CLR (3) #4 HORIZ, EA FACE #4 @ 18" VERT, EA FACE w ::;; 0 :::, ~ :::. (!) z -:;: :::. 0 ' ....J "' w CD 7 X <( :::. 'o I X 0 <( .., :::. I 'o 0 a:: I <( 0 a:: .., w Cl.. I 0 a:: <( a:: w Cl.. OVERALL SIGN ELEVATION SCALE: ¼"=1'-0" I ox a:: <( <( :;; a:: ' wO ii. M ---------~---- PER ARCH --1YP ..----'--1' / ,,--"-/ ' I I '\ \ --------+---' I I . . ---\-1----------\ ' I ~ .. ' I \ \ I I_ ' --'', / I -PER ~ ---~ ~ \ .......... p ---·-· ------------------zc,, -, I I ~ -' I 6" o, ~ ,-.,_ ' I I 0 ' ! ... ~r I PER ARCH -, '\ ' \ ' J -------- I _______________ FLAGPOLE PER ARCH I ---I MONUMENTAL SIGNAGE, SEE ARCH FOR DIMENSIONS AND FINISH MONUMENT SIGNAGE FOOTING '' , ✓-·-' '\ /z ~-i----\ I I / :::. \ _,,, ' \ >RCH 9 ' / N ......._ __ ,,,,,. ~ _,..... _____________ 1------7 r.of I I ' I 0 ,q I -__::; ' < I 0 I I N ! ' L_ --------· -----------------------~ f1o\ 114\ \J \_J PER ARCH 12" THICK CONC FOOTING w/ (4) #4 LONG & #4 @ 24" TRANS ARCHITECT ~-~11111 DGA planning I architecture I interiors 550 Ellis Street, Mountain View, CA 94043 201 Filbert Street, 3rd Floot; San Francisco, CA 94133 .................. 2550 Fifth Avenue, Suite I 15, San Die.go, CA 92103 I 720 8th Street Sacramento, CA 95811 KEY PLAN 3131 Camino De! Rio North, Suite 1080 San Diego, California 92108 (619) 521-8500 Fax (619) 521-8591 www.kpff.com kpff project# 1800111 REVISIONS NO. DESCRIPTION CLIENT LOGO I I 650-943-1660 415-477-2700 619-685-3990 916-441 -6800 ' DATE PHARMACEUTICALS CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 As indicated SIGNAGE ELEVATIONS AND DETAILS SS-100 DGA planning I architecture I interiors 2018 © ABBREVIATIONS 4S/DP ADA A.F.F. A.F.G. AWG AMP, A A.I.C. or AIC A.F.C. or AFC AF/AT AHJ AS/AF ATS AVG BJ BDF BR BLDG CBC CEC CIRC., CKT. CB CSFD C c.o. CONN CPT CLCB CLF CT (D) DAS DIA DISC DIST D.P.C.S. E.C. EMS EMT ENT EWC E.P.O. E-0-L EF 4" SQUARE BY 2-1 /8" DEEP BOX AMERICAN WITH DISABILITIES ACT ABOVE FINISH FLOOR ABOVE FINISH GRADE AMERICAN WIRE GAUGE AMPERE AMPERES INTERRUPTING CAPACITY (SYMMETRICAL) AVAILABLE FAULT CURRENT AMP FRAME, AMP TRIP AUTHORITY HAVING JURISDICTION AMP SWITCH, AMP FUSE AUTOMATIC TRANSFER SWITCH AVERAGE BONDING JUMPER BUILDING DISTRIBUTION FRAME BRANCH BUILDING CALIFORNIA BUILDING CODE CALIFORNIA ELECTRICAL CODE CIRCUIT CIRCUIT BREAKER COMBINATION SMOKE FIRE DAMPER CONDUIT CONDUIT ONLY, COMPLETE WITH PULLSTRING CONNECTED CONTROL POWER TRANSFORMER CURRENT LIMITING CIRCUIT BREAKER CURRENT LIMITING FUSE CURRENT TRANSFORMER EXISTING DEVICE TO BE DEMOLISHED DISTRIBUTED ANTENNA SYSTEM DIAMETER DISCONNECT DISTRIBUTION DIMMING PANEL CONTROL STATION ELECTRICAL CONTRACTOR ENERGY MANAGEMENT CONTROL SYSTEM ELECTRICAL METALLIC TUBING ELECTRICAL NON-METALLIC TUBING ELECTRIC WATER COOLER EMERGENCY POWER OFF END-OF-LINE CIRCUIT TERMINATOR EXHAUST FAN GFCI GFP GE or GEC HACR HOA HVAC H .• W .. D.,L. HID HP HPS IN. or '' 1/G IBC I.D.C.S. IDF JBOX K KCMIL KVA KW KWH LCL LF, L.F. LTG, LTS LPS MAX. MBJ MDF MOCP MCB MLO M.C. GROUND FAULT CIRCUIT INTERRUPTER GROUND FAULT PROTECTION GROUNDING ELECTRODE CONDUCTOR HEATING AIR CONDITIONING REFRIGERATION HAND-OFF-AUTO HEATING, VENTILATING AND AIR CONDITIONING HEIGHT. WIDTH, DEPTH, LENGTH HIGH INTENSITY DISCHARGE HORSEPOWER HIGH PRESSURE SODIUM INCHES ISOLATED GROUND INTERNATIONAL BUILDING CODE INTEGRATED DIMMING CONTROL PANEL INTERMEDIATE DISTRIBUTION FRAME JUNCTION BOX DEGREE KELVIN THOUSAND CIRCULAR MILS KILOVOLT AMPERES KILOWATT KILOWATT HOUR LONG CONTINUOUS LOAD LINEAR FEET LIGHTING LOW PRESSURE SODIUM MAXIMUM MAIN BONDING JUMPER MAIN DISTRIBUTION FRAME MAXIMUM OVERCURRENT PROTECTION MAIN CIRCUIT BREAKER MAIN LUGS ONLY MECHANICAL CONTRACTOR METER METER MAIN MERCURY VAPOR METAL HALIDE MINIMUM MINIMUM CIRCUIT AMPS MOTOR CONTROL CENTER THOUSAND CIRCULAR MILS MOTOR CIRCUIT PROTECTOR MANUFACTURER MOUNTED EGC or EG or E/G (E) EQUIPMENT GROUND (GREEN) EXISTING DEVICE TO REMAIN EXPLOSION PROOF M M/M MV MH MIN. MCA MCC MCM MCP MFR. MTD MW NATS NEC NEMA MICROWAVE NON AUTOMATIC DISCONNECT NATIONAL ELECTRICAL CODE NATIONAL ELECTRICAL MANUFACTURER'S ASSOCIATION NORMALLY CLOSED EP (ER) FT or ' FA or F.A. EXISTING DEVICE TO BE RELOCATED FEET FIRE ALARM NC FLA GRD FULL LOAD AMPS GROUND ANNOTATIONS ( A ) PANEL CALLOUT, "A" INDICATES PANELBOARD OR EQUIPMENT DESIGNATION. EE MECHANICAL EQUIPMENT CALLOUT, "AC" INDICATES UNIT TYPE AND "2" INDICATES UNIT NUMBER. REFER TO MECHANICAL DRAWINGS FOR EXACT LOCATION AND ELECTRICAL REQUIREMENTS. DETAIL CALLOUT, "3" INDICATES DETAIL NUMBER "E-1" INDICATES SHEET NUMBER. 0 PLAN NOTE REFERENCE, REFER TO NOTES ON SHEET, OR AS DIRECTED. &_ REVISION REFERENCE. ~ WYE CONFIGURATION 6 DELTA CONFIGURATION 1 GROUND REQUIRED SPECIFICATION DEVIATIONS THE FOLLOWING ITEM(S) ARE REQUIRED DEVIATIONS FROM THE DRAWINGS AND SPECIFICATIONS AND SHOULD BE INCLUDED AS PART OF THE BASE BID. THESE DEVIATIONS ARE AT THE DIRECTION OF THE OWNER: NONE ALLOWED SPECIFICATION DEVIATIONS THE FOLLOWING ITEM(S) ARE ALLOWED DEVIATIONS FROM THE DRAWINGS AND SPECIFICATIONS. THESE DEVIATIONS ARE AT THE DIRECTION OF THE OWNER: 1. USE OF SET SCREW CONDUIT FITTINGS IN LIEU OF COMPRESSION CONDUIT FITTINGS (DRY INTERIOR LOCATIONS ONLY). 2. USE OF MC CABLE IS ALLOWED. MC CABLE(S) SHALL BE PROVIDED AND INSTALLED PER ELECTRICAL SPECIFICATIONS REGARDING MC CABLE. 3. USE OF APPROPRIATELY-SIZED MUD RINGS AND PULL STRINGS TO ACCESSIBLE CEILINGS IN LIEU OF CONDUITS AND J-BOXES FOR PHONE AND DATA OUTLETS IS ALILOWED EXCEPT IN RATED WALLS AND INSULATED WALLS. ADDITIONALLY CONTRACTOR TO PROVIDE CONDUIT(S) AS REQUIRED TO CONNECT Tl ACCESSIBLE CEILING AREAS SEPARATED FROM MDFS, IDFS, AND TELEPHONE BACKBOARDS BY HARD LID CEILING AREAS. DEDUCTIVE/ADDITIVE ALTERNATE PRICING IN ADDITION TO ANY DEDUCTIVE OR ADDITIVE LINE ITEM PRICING CALLED FOR ON THE DRAWING OR IN THE SPECIFICATIONS, CONTRACTOR SHALL PROVIDE SEPARATE LINE ITEM DEDUCTIVE/ADDITIVE ALTERNATE PRICING FOR EACH OF THE FOLILOWING ITEM(S): NONE MISCELLANEOUS SYSTEM SYMBOLS fill f-@] HMI l-00 KE] INVERTER CONTROL PANEL -SEE INVERTER SPECIFICATIONS. INVERTER ANNUNCIATOR PANEL -SEE INVERTER SPECIFICATIONS. GENERATOR ANNUNCIATOR PANEL -SEE GENERATOR SYSTEM SPECIFICATIONS FOR MORE INFORMATION. INTEGRATED DIMMING CONTROL STATION (IDCS) PANEL -WALL MOUNTED. SEE IDCS SYSTEM SPECIFICATIONS FOR MORE INFORMATION. DIMMING PANEL CONTROL STATION (DPCS) PANEL -WALIL MOUNTED. SEE DPCS SYSTEM SPECIFICATIONS FOR MORE INFORMATION. LIGHTING CONTROL SYSTEM LOCAL SWITCH -WALL MOUNTED. SEE LIGHTING CONTROL SYSTEM SPECIFICATIONS FOR MORE INFORMATION. LIGHTING CONTROL SYSTEM OVERRIDE SWITCH -WALL MOUNTED. SEE LIGHTING CONTROL SYSTEM SPECIFICATIONS FOR MORE INFORMATION. LIGHTING CONTROL SYSTEM MASTER SWITCH -WALL MOUNTED. SEE LIGHTING CONTROL SYSTEM SPECIFICATIONS FOR MORE INFORMATION. IDCS/DPCS SYSTEM REMOTE STATION SWITCH -WALL MOUNTED. SEE IDCS SYSTEM AND/OR DPCS SYSTEM SPECIFICATIONS FOR MORE INFORMATION. IDCS/DPCS SYSTEM PARTITION STATION SWITCH -WALL MOUNTED. SEE IDCS SYSTEM AND/OR DPCS SYSTEM SPECIFICATIONS FOR MORE INFORMATION. NO NF NIC N.T.S. NL NO. or # OFCI %Z PH. or 0 PC P.C. p PVC POU PRIMARY PROVIDE PT PA (R) REC, RECEPT REF RGS RMS sec SCCR SGS SF□ SECONDARY SMACNA SQ. SSBJ SBJ TC TEL/DATA TV T.V.S.S. TYP U.G.P.S. U.O.N. NORMALLY OPENED NON-FUSED NOT IN CONTRACT NOT TO SCALE NIGHT LIGHT NUMBER OWNER FURNISHED, CONTRACTOR INSTALILED PERCENT IMPEDANCE PHASE PHOTOCELL PLUMBING CONTRACTOR POLE POLY VINYL CHLORIDE POWER DISTRIBUTION UNIT OVER 600 VOLTS FURNISH, INSTALL AND CONNECT POTENTIAL TRANSFORMER PUBLIC ADDRESS DENOTES RELOCATED DEVICE LOCATION. RECEPTACLE REFRIGERATOR RIGID GALVANIZED STEEL ROOT MEAN SQUARE SHORT CIRCUIT CURRENT SHORT CIRCUIT CURRENT RATING STRUCTURED CABLING SYSTEM SMOKE FIRE DAMPER 600 VOLTS AND LESS SHEET METAL AND AIR COND. CONTRACTOR'S NAT'L ASSOC. SQUARE SUPPLY SIDE BONDING JUMPER SYSTEM BONDING JUMPER TIMECLOCK TELEPHONE AND DATA TELEVISION TRANSIENT VOLTAGE SURGE SUPPRESSION TYPICAL POWER SYMBOLS CONTINUED ---jl I GROUND CONNECTION, SIZE AS INDICATED OR AS REQUIRED. ;o,b SINGLE POLE SWITCHES, WALL MOUNTED. SUBSCRIPTS AT SYMBOL INDICATE THE FOLILOWING: 2 -DOUBLE POLE LV -LOW VOLTAGE 3 -THREE WAY P -PILOT LIGHT 4 -FOUR WAY R -REMOTE CONTROL K -KEY OPERATED M -MOTOR STARTING RL -ROTARY LOCK KEY TYPE PB -PUSHBUTTON S -PROJECTION SCREEN a, b, c, ETC. -DESIGNATES QUANTITY OF SWITCHES AT EACH LOCATION. NOTE: ALL WALL SWITCHES CONTROLLING EMERGENCY CIRCUITS SHALL BE ENGRAVED WITH "EMERGENCY". @I EMERGENCY POWER OFF STATION, WALL MOUNTED PER EPO SYSTEM DETAIL. IPBI' OR(£] PULLBOX, SIZED PER N.E.C. OR AS NOTED. U.P.S. or UPS VAV UNDERGROUND PULL SECTION UNLESS OTHERWISE NOTED UNINTERRUPTABLE POWER SYSTEM VARIABLE AIR VOLUME V VA VD WP w XFMR VOLTS VOLT AMPERES VOLTAGE DROP WEATHERPROOF WIRE TRANSFORMER LIGHTING SYMBOLS SITE LIGHTING FIXTURE SYMBOLS DEPICTED WITH CAPITAL LETTER(S) ADJACENT TO RESPECTIVE SYMBOL(S) INDICATE(S) LIGHT FIXTURE MOUNTING BASE DETAIL(S). SEE LIGHTING FIXTURE SCHEDULE FOR FIXTURE SYMBOL INFORMATION. G LIGHTING FIXTURE CALL OUT, NUMBER(S) AND/OR UPPER CASE LETTER(S) (i.e. "1 ") INDICATES FIXTURE TYPE (REFER TO LIGHTING FIXTURE SCHEDULE). LOWER CASE LETTER (i.e. "a") ADJACENT TO FIXTURE TYPE INDICATES BALLAST OPTION (SEE GENERAL LIGHTING FIXTURE SCHEDULE NOTES). Q)..__.. INDICATES FINAL CONNECTION TO A LIGHTING FIXTURE, NUMBER OF CONDUCTORS AS REQUIRED. LIGHTING CONTROL SYMBOLS SEE THE DISTRIBUTED LIGHTING CONTROL (DLCS) SPECIFICATIONS AND SEQUENCE OF OPERATIONS (SOO) FOR MORE INFORMATION. LOW VOLTAGE WIRING INTERCONNECTING DLCS COMPONENTS AS REQUIRED. SEE DLCS SPECIFICATIONS FOR MORE INFORMATION. f-@ WALL MOUNTED DIMMER. SEE SINGE POLE SWITCH SYMBOL FOR RELATED SUBSCRIPTS. QUANTITY OF ADJACENT LOWER CASE LETTERS INDICATES QUANTITY OF DIMMERS REQUIRED. PROVIDE DIMMER TYPE TO MATCH INDICATED BALLAST TYPE AND CONTROL REQUIREMENTS. WALL MOUNTED STAND ALONE OCCUPANCY SENSOR. WALL MOUNTED SYSTEM-BASED OCCUPANCY SENSOR. 0}H,AV,DM,P 1-WAY DIRECTIONAL CEILING MOUNTED, SYSTEM-BASED OCCUPANCY SENSOR. y (0}~,AV,DM,P 2-WAY DIRECTIONAL CEILING MOUNTED, SYSTEM-BASED OCCUPANCY SENSOR. f©K.V y LOW VOLTAGE MOMENTARY SWITCHES, WALL MOUNTED, FOR MANUAL ON/OFF SWITCHING, DIMMING, AND OVERRIDE CONTROL OF LIGHTING. AUTOMATIC SWITCHING/STEP-DIMMING DAYLIGHTING CONTROLLER USED TO SWITCH OFF LIGHTS WHEN SUFFICIENT NATURAL LIGHT IS PRESENT. REFER TO THE DLCS SOO FOR TARGET ILLUMINATION VALUE. AUTOMATIC CONTINUOUS DIMMING DAYLIGHTING CONTROLLER USED TO DIM LIGHTS WHEN SUFFICIENT NATURAL LIGHT IS PRESENT. REFER TO THE DLCS SOO FOR TARGET ILLUMINATION VALUE. LIGHTING CONTROL SYMBOL SUPERSCRIPT & SUBSCRIPT KEY: 1. "y" INDICATES THAT SWITCH LEG "y" TO BE CONFIGURED PER THE SOD. ADJACENT LOWER CASE LETTERS INDICATES QUANTITY OF SWITCH LEGS TO BE CONTROLLED. EXACT CONTROL FUNCTION IS DETERMINED BY THE BALLAST /DRIVER/FIXTURE TYPE. 2. ADJACENT UPPER CASE LETTER(S) INDICATE THE FOLLOWING: AV INDICATES CONNECTION TO A/V CONTROL SYSTEM. DM INDICATES DUAL MODE CONTROL AT CORRIDORS, STAIRWELLS AND WAREHOUSE AISLEWAYS H INDICATES CONNECTION TO HVAC SYSTEM CONTROLS VIA CONTROLLED DRY-CONTACT CLOSURE. K INDICATES LOCKING SWITCH FOR THE SUBSEQUENT LOWER CASE LETTER. p INDICATES CONNECTION TO MOVEABLE PARTITION INTERFACE, SENSOR AND STATUS INDICATOR. V INDICATES VANDAL RESISTANT SWITCH. 3. ADJACENT LOWER CASE LETTER(S) INDICATE SWITCH LEG(S) CONTROLLED EXCEPT WHERE "OM" INDICATES DUAL MODE CONTROL SWITCH. 4. ADJACENT "+, ++ AND *" INDICATES PORTION OF SWITCHLEG CONTROLLED BY SENSOR WHERE "+" INDICATES PRIMARY SIDELIT DAYLIT ZONE, "++" INDICATES SECONDARY SIDELIT DAYLIT ZONE, AND "*" INDICATES SKYLIT DAYLIT ZONE. BRANCH CIRCUIT SYMBOLS rA-1,3,5 HOME RUN TO PANEL. LETTER DESIGNATES PANEL. NUMBERS INDICATE CIRCUITS. HASH MARKS INDICATE NUMBER OF CONDUCTORS -/ff,' IN CONDUIT RUN, #12 AWG MINIMUM UNLESS OTHERWISE NOTED. rA;;-,~~3&5 HOME RUN TO PANEL. LETTER DESIGNATES PANEL, NUMBERS INDICATE CIRCUITS WITH SEPARATE NEUTRALS. "&" INDICATES i1" ,1 SEPARATE NEUTRALS. r A-1+3+5 HOME RUN TO PANEL. LETTER DESIGNATES PANEL. NUMBERS INDICATE CIRCUITS. "+" INDICATES SEPARATE #10 NEUTRAL {tf ,'/J {ji THROUGHOUT BRANCH CIRCUIT. HASH MARK " J " INDICATES AN ISOLATED GROUND CONDUCTOR. ~ ,,.... ......_,, CONCEALED CONDUIT OR BRANCH CIRCUIT UNLESS OTHERWISE NOTED. 1/2" CONDUIT MINIMUM, (2) #12 AWG CONDUCTORS MINIMUM. CONDUIT OR BRANCH CIRCUIT CONCEALED BELOW GRADE, 3/4" CONDUIT MINIMUM WITH (2) 12 AWG CONDUCTORS MINIMUM AND A CODE SIZED EQUIPMENT GROUND. SURFACE-MOUNTED CONDUIT OR BRANCH CIRCUIT UNLESS OTHERWISE NOTED. 1/2" CONDUIT MINIMUM. (2) #12 AWG CONDUCTORS MINIMUM. TANDEM WIRING CONNECTION. CONDUIT STUB OUT, CAP, MARK AND RECORD ON AS-BUILT DRAWINGS CONDUIT CONTINUATION. FLEXIBLE CONNECTION AS REQUIRED. NUMBER OF CONDUCTORS AS REQUIRED. VERIFY CONNECTION REQUIREMENTS WITH MANUFACTURER PRIOR TO ROUGH-IN. CONDUIT/ BRANCH CIRCUIT/FEEDER CONTINUATION DOWN WALL TO FLOOR BELOW CONDUIT/ BRANCH CIRCUIT/FEEDER CONTINUATION UP WALL TO FLOOR ABOVE POWER SYMBOLS ALL RECEPTACLE OUTLETS SHOWN WITH A DIAGONAL SLASH SHALL BE CONTROLLED BY OCCUPANCY SENSOR OR LIGHTING CONTROL PANEL. SEE DISTRIBUTED LIGHTING CONTROLS FOR ADDITIONAL REQUIREMENTS. WHERE DOUBLE DUPLEX RECEPTACLE OUTLETS ARE INDICATED AS CONTROLLED, ONLY A SINGLE DUPLEX RECEPTACLE OUTLET (NON-IG, NON-GCFI TYPE) SHALL BE CONTROLLED. WITHIN ANY CONTROLLED DUPLEX RECEPTACLE OUTLET, ONLY ONE RECEPTACLE SHALL BE CONTROLLED. NOTE THAT FOR FLOOR BOXES OR POKE-THRU DEVICES, THE ASSOCIATED CONTROL RELAY MAY NEED TO BE LOCATED WITHIN THE ELECTl~ICAL ROOM WHERE THE CONTROLLED CIRCUIT ORIGINATES. OCCUPANCY SENSOR/LIGHTING CONTROL SYSTEM CONTROLLED RECEPTACLE RELAY. WHERE LETTER DESIGNATION "a" REPRESENTS OCCUPANCY SENSOR/LIGHTING CONTROL SYSTEM CONTROL ZONE. SEE THE DISTRIBUTED LIGHTING CONTROL SPECIFICATION FOR MORE INFORMATION. DUPLEX RECEPTACLE, WALL MOUNTED. DOUBLE DUPLEX RECEPTACLE, WALL MOUNTED. DUPLEX, GFCI RECEPTACLE, WALL MOUNTED. WP INDICATES WEATHERPROOF, A, B OR C INDICATES THE TYPE OF COVER. REFER TO THE GENERAL PRODUCT SPECIFICATIONS. DOUBLE DUPLEX, WALL MOUNTED. WITH (1) GFCI RECEPTACLE ANO (1) DUPLEX RECEPTACLE CONNECTED ON LOAD SIDE OF GFCI. WP INDICATES WEATHERPROOF, A, B OR C INDICATES THE TYPE OF COVER, REFER TO THE GENERAL PRODUCT SPECIFICATIONS. DUPLEX RECEPTACLE, ONE HALF SWITCHED, WALL MOUNTED. DUPLEX, ISOLATED GROUND RECEPTACLE, WALL MOUNTED. 1,3 ~,3a COMBINATION DOUBLE DUPLEX: ONE ISOLATED ~ 1( WALL MOUNTED. GROUND DUPLEX RECEPTACLE AND ONE DUPLEX RECEPTACLE, ,. ~ COMBINATION DOUBLE DUPLEX: TWO ISOLATED GROUND RECEPTACLES, WALL MOUNTED. t-6 SIMPLEX RECEPTACLE, WALL MOUNTED. ,@ SPECIAL RECEPTACLE, WALL MOUNTED. REFER TO PLAN NOTES. DUPLEX RECEPTACLE FLUSH IN CEILING -MOUNT FLUSH IN FLOOR WHEN INDICATED IN A FLOOR BOX SYMBOL. DOUBLE DUPLEX RECEPTACLE FLUSH IN CEILING -MOUNT FLUSH IN FLOOR WHEN INDICATED IN A FLOOR BOX SYMBOL. DUPLEX RECEPTACLE, ONE HALF SWITCHED, FLUSH IN CEILING -MOUNT FLUSH IN FLOOR WHEN INDICATED IN A FLOOR BOX SYMBOL. DUPLEX, ISOLATED GROUND RECEPTACLE, FLUSH IN CEILING -MOUNT FLUSH IN FLOOR WHEN INDICATED IN A FLOOR BOX SYMBOL. _aL,3a COMBINATION DOUBLE DUPLEX: ONE ISOLATED GROUND DUPLEX RECEPTACLE AND ONE DUPLEX RECEPTACLE, "'It MOUNTED FLUSH IN CEILING -MOUNT FLUSH IN FLOOR WHEN INDICATED IN FLOOR BOX SYMBOL. COMBINATION DOUBLE DUPLEX FLUSH IN CEILING: TWO ISOLATED GROUND RECEPTACLES -MOUNT FLUSH IN FLOOR WHEN INDICATED IN FLOOR BOX SYMBOL. SIMPLEX RECEPTACLE FLUSH IN CEILING -MOUNT FLUSH IN FLOOR WHEN INDICATED IN A FLOOR BOX SYMBOL. SPECIAL RECEPTACLE FLUSH IN CEILING -MOUNT FLUSH IN FLOOR WHEN INDICATED IN A FLOOR BOX SYMBOL. DUPLEX RECEPTACLE, WALL MOUNTED AT 6-INCHES ABOVE COUNTER OR SPLASH. DOUBLE DUPLEX RECEPTACLE, WALL MOUNTED AT 6-INCHES ABOVE COUNTER OR SPLASH. DUPLEX, GFCI RECEPTACLE, WALL MOUNTED AT 6-INCHES ABOVE COUNTER OR SPLASH. WP INDICATES WEATHERPROOF, A, B OR C INDICATES THE TYPE OF COVER, REFER TO THE GENERAL PRODUCT SPECIFICATIONS. DOUBLE DUPLEX, WALL MOUNTED, WITH (1) GFCI RECEPTACLE AND (1) DUPLEX RECEPTACLE CONNECTED ON LOAD SIDE OF GFCI. WP INDICATES WEATHERPROOF, A, B OR C INDICATES THE TYPE OF COVER, REFER TO THE GENERAL PRODUCT SPECIFICATIONS. DUPLEX RECEPTACLE, BOTTOM HALF SWITCHED, WALL MOUNTED AT 6-INCHES ABOVE COUNTER OR SPLASH. DUPLEX, ISOLATED GROUND RECEPTACLE, WALL MOUNTED AT 6-INCHES ABOVE COUNTER OR SPLASH. ....),,3 .,.j,3a COMBINATION DOUBLE DUPLEX: ONE ISOLATED GROUND DUPLEX RECEPTACLE AND ONE DUPLEX RECEPTACLE, -ti' -ti;! WALL MOUNTED AT 6-INCHES ABOVE COUNTER OR SPLASH. COMBINATION DOUBLE DUPLEX: TWO ISOLATED GROUND DUPLEX RECEPTACLES, WALL MOUNTED AT 6-INCHES ABOVE COUNTER OR SPLASH. SIMPLEX RECEPTACLE, WALL MOUNTED AT 6-INCHES ABOVE COUNTER OR SPLASH. SPECIAL RECEPTACLE, WALL MOUNTED AT 6-INCHES ABOVE COUNTER OR SPLASH. REFER TO PLAN NOTES. II\ WP-B WET LOCATION-LISTED (RAINTITE-IN-USE) RECEPTACLE -SEE ELECTRICAL SPECIFICATION FOR ADDITIONAL "ff INFORMATION. 11\WP-D DAMP LOCATION-LISTED (NOT-RAINTITE-IN-USE) RECEPTACLE -SEE ELECTRICAL SPECIFICATION FOR ADDITIONAL "ff INFORMATION. f-(1) Q) 1-Ql KD 0 .. iiiiiiiii IT] DUPLEX RECEPTACLES WITH TWO 5V, 3.6A USB CHARGING PORTS. PROVIDE COLOR AS REQUIRED IN 15A OR 20A CONFIGURATION AND/OR TAMPER RESISTANT AND/OR HOSPITAL GRADE AS REQUIRED BY PLANS AND THE WIRING DEVICES SECTION OF THE GENERAL ELECTRICAL SPECIFICATIONS. (PASS & SEYMOUR OR EQUAL BY HUBBELL OR LEVITON.) QUAD RECEPTACLES WITH TWO 5V, 3.6A USB CHARGING PORTS. PROVIDE COLOR AS REQUIRED IN 15A OR 20A CONFIGURATION AND/OR TAMPER RESISTANT AND/OR HOSPITAL GRADE AS REQUIRED BY PLANS AND THE WIRING DEVICES SECTION OF THE GENERAL ELECTRICAL SPECIFICATIONS. (PASS & SEYMOUR OR EQUAL BY HUBBELL OR LEVITON.) JUNCTION BOX, WALL MOUNTED AT +18-INCHES A.F.F. OR AS NOTED. 4S/DP MINIMUM OR AS REQUIRED BY N.E.C. OR CEC, WHERE ADOPTED. JUNCTION BOX, MOUNTED IN ACCESSIBLE CEILING FOR APPLICATION DENOTED ON PLAN. 4S/DP MINIMUM OR AS REQUIRED BY N.E.C. OR CEC, WHERE ADOPTED. JUNCTION BOX, WALL MOUNTED AT 6-INCHES ABOVE COUNTER OR SPLASH. 4S/DP MINIMUM OR AS REQUIRED BY N.E.C., OR CEC, WHERE ADOPTED. JUNCTION BOX, 4S MINIMUM OR AS REQUIRED BY N.E.C., OR CEC, WHERE ADOPTED. MOUNTED IN ACCESSIBLE CEILING SPACE PER PLAN FOR FLEXIBLE CONNECTION TO PRE-WIRED FURNITURE SYSTEM. MOUNT FLUSH IN FLOOR WHEN INDICATED IN A FLOOR BOX SYMBOL. WHEN SHOWN WITH A DIAGONAL SLASH, THE LAST GENERAL RECEPTACLE CIRCUIT ON THE HOME-RUN CALL OUT SHALL BE CONTROLLED BY THE OCCUPANCY SENSOR. COORDINATE CONTROLLED CIRCUIT CONNECTION REQUIREMENTS WITH FURNITURE SYSTEM MANUFACTURER PRIOR TO ROUGH-IN. SEE DISTRIBUTED LIGHTING CONTROLS FOR ADDITIONAL REQUIREMENTS. JUNCTION BOX, WALL MOUNTED AT + 18-INCHES A.F.F., 4S/DP MINIMUM OR AS REQUIRED BY N.E.C., OR CEC, WHERE ADOPTED, FOR FLEXIBLE CONNECTION TO PREWIRED FURNITURE SYSTEM. WHEN SHOWN WITH A DIAGONAL SLASH, THE LAST GENERAL RECEPTACLE CIRCUIT ON THE HOME-RUN CALLOUT SHALL BE CONTROLLED BY THE OCCUPANCY SENSOR. COORDINATE CONTROLLED CIRCUIT CONNECTION REQUIREMENTS WITH FURNITURE SYSTEM MANUFACTURER PRIOR TO ROUGH-IN. SEE DISTRIBUTED LIGHTING CONTROLS FOR ADDITIONAL REQUIREMENTS. SURFACE MOUNTED MULTI-OUTLET ASSEMBLY. REFER TO GENERAL PRODUCT SPECIFICATIONS. PROVIDE ALL COMPONENTS NECESSARY FOR A COMPLETE INSTALLATION. THERMOSTAT OUTLET BOX, PROVIDE 1 /2" C.0. TO RESPECTIVE MECHANICAL UNIT. EXHAUST FAN, OR MOTOR LOAD. REFER TO MECHANICAL, PLUMBING OR KITCHEN DRAWINGS FOR SPECIFIC LOAD REQUIREMENTS OR AS NOTED. FLUSH MOUNTED ELECTRICAL PANELBOARD OR LOAD CENTER. REFER TO PANEL SCHEDULE. SURFACE MOUNTED ELECTRICAL PANELBOARD OR LOAD CENTER. REFER TO PANEL SCHEDULE . DISTRIBUTION SWITCHBOARD. REFER TO SINGLE LINE DIAGRAM. TRANSFORMER, REFER TO SINGLE LINE DIAGRAM. FUSED DISCONNECT SWITCH, HP RATED, OR COMBINATION MOTOR STARTER/DISCONNECT SWITCH WITH FUSES PER EQUIPMENT MANUFACTURER AND WEATHERPROOF AS REQUIRED. PROVIDE FINAL CONNECTION TO UNIT EQUIPMENT. SEE MOTORIZED EQUIPMENT SCHEDULE FOR DISCONNECT AND STARTER SIZES. NON-FUSED DISCONNECT SWITCH, HP RATED AND WEATHERPROOF AS REQUIRED. PROVIDE FINAL CONNECTION TO UNIT EQUIPMENT. SEE MOTORIZED EQUIPMENT SCHEDULE FOR DISCONNECT SIZES. UTILITY COMPANY METER. PROVIDE "CT's" AND "PT's" AS REQUIRED, REFER TO SINGLE LINE DIAGRAM. CIRCUIT BREAKER: "A" REPRESENTS CIRCUIT BREAKER AMPERE RATING, "B" REPRESENTS NUMBER OF POLES AND "C" REPRESENTS MISCELILANEOUS BREAKER FEATURES. SHUNT= PROVIDE SHUNT TRIP MECHANISM GFP= GROUND FAULT PROTECTION CLCB= CURRENT LIMITING CIRCUIT BREAKER SS= PROVIDE SOLID STATE CIRCUIT BREAKER LO= PROVIDE PERMANENT LOCK-OPEN (OFF) HARDWARE LC= PROVIDE PERMANENT LOCK-CLOSED (ON) HARDWARE FUSIBLE SWITCH: "A" REPRESENTS SWITCH/FRAME AMPERE RATING, "B" REPRESENTS THE FUSE AMPERE RATING, "c" INDICATES NUMBER OF POLES AND "D" REPRESENTS MISCELLANEOUS FUSE/SWITCH FEATURES. SHUNT= PROVIDE SHUNT TRIP MECHANISM GFP= GROUND FAULT PROTECTION CLF= CURRENT LIMITING FUSE WALL MOUNTED DEVICE MOUNTING HEIGHT NOTE: ALL WALL-MOUNTED EQUIPMENT MOUNTING HEIGHTS SHALL BE VERIFIED PRIOR TO ROUGH-IN PER REQUIREMENTS OF THE DEVICE ALIGNMENT AND MOUNTING HEIGHT DETAILS AND SPECIFICATIONS. ARCHITECT ~-~11111 DGA planning I architecture I interiors 550 Ellis Street, Mountain View, CA 94043 650-943• I 660 20 I Filbert Street;. 3rd floor, San Francisco, CA 94133 415-477•2700 ---~ .................... . 2550 FifthAvenue,Suite 115.San Diego.CA 92\0J . ~l~:685-3990 1720 8th Street. Sacramento, CA 9581 I REVISIONS COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch tk1sc Job# 2018-0315 NO. DESCRIPTION CLIENT LOGO I I 91.6•441-6800 DATE PHARMACEUTICALS CLIENT IONIS PHARMACEUTICALS PROJECT MONUMENT SIGN ADDRESS 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 PROJECT NO. 18006 SCALE NONE TITLE SYMBOLS LIST E-001 DGA planning I architecture I interiors 2018 © SITE PLAN GENERAL NOTES: 1. CONTRACTOR SHALL EXERCISE EXTREME CAUTION IN EXCAVATING AND TRENCHING ON THIS SITE TO AVOID EXISTING DUCTS, PIPING OR CONDUITS, ETC., AND TO PREVENT HAZARDS TO PERSONNEL AND/OR DAMAGE TO EXISTING UNDERGROUND UTILITIES OR STRUCTURES WHETHER OR NOT SHOWN AND INSTALLED BY ANY OTHER CONTRACTS. THE ENGINEER IS NOT RESPONSIBLE FOR THE LOCATION OF UNDERGROUND UTILITIES OR STRUCTURES WHETHER OR NOT SHOWN OR DETAILED AND INSTALLED BY ANY OTHER CONTRACTS. THE CONTRACTOR SHALL IMMEDIATELY NOTIFY THE ENGINEER SHOULD SUCH UNIDENTIFIED CONDITIONS BE DISCOVERED. THESE DRAWINGS AND SPECIFICATIONS DO NOT INCLUDE THE NECESSARY ELEMENTS FOR CONSTRUCTION SAFETY. 2. CALL UNDERGROUND SERVICE ALERT (USA) AT 1 (800) 422-4133 OR APPLICABLE STATE AND LOCAL DIG SAFE OR UNDERGROUND ALERT HOTLINES PRIOR TO CONSTRUCTION START. 3. MINIMUM CONDUIT SIZE SHALL BE 3/4" -U.O.N. 4. MINIMUM CONDUCTOR SIZE SHALL BE #1 D AWG. -U.0.N. 5. ALL SITE BRANCH CIRCUITS SHALL INCLUDE AN EQUIPMENT GROUND CONDUCTOR THAT, AT MINIMUM, MATCHES THE SIZE OF THE ASSOCIATED BRANCH CIRCUIT CONDUCTOR. WHERE MULTIPLE BRANCH CIRCUITS ARE ROUTED/GROUPED TOGETHER, THE EQUIPMENT GROUNDING CONDUCTOR SHALL MATCH THE SIZE OF THE LARGEST BRANCH CIRCUIT CONDUCTOR IN THE GROUP. 6. ALL ELECTRICAL EQUIPMENT MOUNTED OUTDOORS SHALL BE WEATHERPROOF (NEMA #3R). 7. ALL CONDUIT ONLY SHALL BE PROVIDED WITH A NYLON PULL STRING. 8. SEE ARCHITECTURAL/LANDSCAPE ARCHITECTURAL PLANS FOR EXACT LOCATIONS OF FIXTURES, PULLBOXES, MANHOLES, OTHER ELECTRICAL DEVICES, ETC. COORDINATE ALL UNDERGROUND STRUCTURES AND CONDUIT ROUTING WITH LANDSCAPE ARCHITECT PRIOR TO ROUGH-IN TO ENSURE THAT SUCH ITEMS ARE NOT PLACED IN CRITICAL LANDSCAPE PLANTING/HARDSCAPE AREAS. 9. UNLESS SPECIFICALLY SHOWN AS (E), (R), (ER), (D). EXISTING OR NON-BOLD, ALL ELECTRICAL DEVICES SHOWN ARE NEW. 10. REFER TO ARCHITECTURAL PLANS FOR EXACT LOCATION AND ELEVATION OF ALL LIGHTING FIXTURES AND ALL DEVICES. ALL WALL-MOUNTED DEVICE HEIGHTS SHALL BE VERIFIED WITH THE ARCHITECT PRIOR TO ROUGH-IN. ARCHITECT ~-~11111 DGA planning I architecture j interiors 550 Ellis Sti-eet, Mountain View, CA 94043 650-943-1660 -----------•--•----•••••••••••••rn••••••••••••••••• 20 I Filbert Stc<,et. 3rd Floor, San Francisco, CA 94133 415-477-2700 2550 FifthAvenue,Suite IIS.SanQiego,CA92103 619-685-3990 1720 8th Street, Sacramento, CA 9581 I 916-441-6800 COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch tk1scJob#: 2018-0315 REVISIONS NO. DESCRIPTION CLIENT LOGO I I DATE I I PHARMACEUTICALS CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 NONE ELECTRICAL GENERAL NOTES E-002 DGA planning I architecture I interiors 2018 © ((E) HP1) NOTE: EXISTING ELECTRICAL PANEL "HP1" IS LOCATED IN "ELECT_ ROOM -M" DN THE FIRST FLOOR, ADJACENT TO THE GENERATOR YARD. ' \ 75 LIGHTING PLAN GENERAL NOTES= 1 . REFER TO SHEET E-002 FOR SITE AND LIGHTING GENERAL NOTES- PLAN NOTES: ~ INTERCEPT AND EXTEND LIGHTING FIXTURES_ EXISTING CIRCUIT "HP1 -5" TO FEED NEW SITE PROVIDE EXTERNAL PHOTOCELL AND AUTO TIME SWITCH CONTROL. LIGHT FIXTURE SHALL HAVE DIMMING AND ON/OFF CAPABILITIES, AS WELL AS COMPLY WITH CALIFORNIA TITLE 24 PART 6, SECTION 130_3_ PROVIDE EXTERNAL PHOTOCELL CONTROL. LANDSCAPE LIGHTING SHALL HAVE DIMMING AND ON/OFF CAPABILITIES, AS WELL AS COMPLY WITH CALIFORNIA TITLE 24 PART 6, SECTION 130_2_ B2 77 ;,.-••·· : .--:..----------~-----·· ,, L--~--. \----'----'--'-•, .. \ .. : J L.L •---+------+------j / tt) (_.~) t,..C) ~'> ('t) ARCHITECT ~-~11111 DGA planning I architecture I interiors 550 EHisStt-eer, Mountain View, CA 94043 -------------20 I Filbert Streelo, 3rd F!oor,.$an Francisco, CA 94133 2550Fifth.Avenue,St:ite_l I 5_.San Diego.CA 92103 __ I 720 8th Street;Sacramento, CA 9581 I REVISIONS COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader -Frank Fritsch Electrical Lead -Frank Fritsch tk1sc Job#: 2018-0315 NO. DESCRIPTION CLIENT LOGO I I I 650,943-1660 .................................. 415-477-2700 619-685-3990 916-441-6800 DATE PHAR.MACEUTiCALS CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 1" = 20'-0" ELECTRICAL SITE PLAN E-100 DGA planning I architecture J interiors 2018 © SITE LTG CNTRL LC?-SP ,-----~ I LJ I I I ,L7 I (E) I LC? I L,- / ' ~' \I 1 viu 7 ::I-HP:L(E) I ---I 75KVA L (Y'(n J 460V-208Y/120V I I r J__ I ' ' L -----J (~) I I H_ 1 MA!~ SWITCH BOARC (~; "MSA, " 3000A, LBQY /277V-30 -4W 65KAIC _/ FIRST FLOOR (1 · ~!~~~!L ELECTRICAL SINGLE LINE DIAGRAM 0 T E MOUNllNG NEM1\3R FEED TH.RU LOCATION EXlSTi NG-LOAD S\ISFMG LOAD SURFACF NO NO A G {E1 SITE F1'1TRV' LTG ········-~-·-··'·····'====="-----" EX.lSTiN.G-LOAD EXlSTlNG LOAD EK!STING LOAD EKJ.Sl]NG LOAD- E.KlSTIN.G. LOAD E~iS71NG LOAD EXlSTiNG. U)AD SPARE EXISTING LOAD EXl&T!NG LOAD SPARE .SPARE E.\!.STlNG LOAD EXJSTl'f>lG LOAD EXlSTlNG LOAD E..-'<l'STi.NG LOAD 0 VA L T -G PA!l!EL lE) HP1 DOUBLE LUG 20G% NEUTRAL 1/GBl'S NO NO NO C K: R fvl 0 I 'E I N -C S: C V p C 8 I< R I R C C 8 K R R C r2n.n 21 22 15/1 ' 2-0/1 23 i 24 iS.!1 2£i.i1 25 :. 2& 2◊!1 2D!i 2? ! ] 28: 20/1 Wtl 29 \ 3D 20i1 VOLTS PHASE VVlRE f-d R K E s C T C p I . i 120/208 ~ 4 1 ! 20/-1 3·1 "l2 2tY1 l ·s----1----1--'~--'---+--"-'--+----'-"" '-'-'"". ·' >--"--'-'--'l! ..... r j' 20/i . 3:3 :_=:4. 2D)1 ,ccc--+--+--+--+--icc2ccth'-'1 i+.:3CCS-+---+-=3tc-;' 2.ccD.>..:_'1_,___,___,__.J_.,__ j-20/1 37 f "36 Z0.!1 : 2011 3'9 r 4JJ 2011 B::c:c Q: 'VA PHASE. 8 LCL= 0 VA P-.HP.S E C C= LCL= M6JN BUS ALC.s-~ PHASE A LCL= PH.\SE A VV/LC-L:::: 0 V.A PH.ASE B '}V;LCL= 0 VA PHASE G V{/LCL:::: i'JD V.A. TOTAL V4~ t90 (E) "HP1" LOAD SUMMARY (AS-BUILT RECORD DRAWING -09.14.11) CIRCUIT HP 1-5 EXISTING LOAD = REMOVED LOAD = ADDED LOAD = NEW LOAD = PANEL HP1 EXISTING LOAD = REMOVED LOAD ADDED LOAD = TOTAL LOAD = TOTAL AMPERAGE @ 208Y /120V = 280 VA 64 VA 190 VA 406 VA 61,597 VA 64 VA 190 VA 61,723 VA 172 A TOTAL LCL= J .. <'\MPS;::: 1 TOTAL ~-/A.tVtLCLc:::. -1 S'IJ HiGH PHASE AMPS= 2 I 225A 225A 10.000 LOCATION EXlS-TlNG LO.AD EXISTING LOAD E..\lSTlllG L0,4.D SPAF{E EXISTING. LOAD EXIS-Tl-NG LO.AD EXlST!NG LOAD EXISTING LOAD EXISTING LO,~D E.X!S-TlNG-LO.AD SPARE EXISTING-LOAD EXISTJN{J LOAD SPARE SPARE T E s GENERAL SINGLE LINE DIAGRAM NOTES: 1. ALL ITEMS DEPICTED ON THE SINGLE UNE DRAWINGS SHALL BE ASSUMED AS EXISTING U.0.N. 2. ALL OVERCURRENT DEVICES IN AN INDIVIDUAL PIECE OF EQUIPMENT SHALL HAVE AN AIC RATING EQUAL TO THE OVERALL RATING OF THE EQUIPMENT-SERIES RATING OF DEVICES WITHIN A PIECE OF EQUIPMENT IS NOT ALLOWED. SEE SPECIFICATIONS FOR MORE INFORMATION. 3. ALL TERMINATIONS AND ENCLOSURES SHALL BE RATED FOR USE WITH 75 DEGREE CELSIUS CONDUCTORS. GENERAL PANEL SCHEDULE NOTES: 1. PROVIDE BREAKER INTERLOCK WITH ADJACENT BREAKER(S) FOR ANY MULTI-WIRE BRANCH CIRCUIT. BREAKER INTERLOCK GROUPING SHALL BE BY BRANCH CIRCUIT GROUP (i.e. MULTIPLE CIRCUITS SHARING A COMMON NEUTRAL (NEC, OR CEC WHERE ADOPTED, 210.4(8),) COMMON YOKE (NEC, OR CEC WHERE ADOPTED, 210.7(B),) OR FURNITURE SYSTEM NEC OR CEC WHERE ADOPTED, 605.5 AND 605.7). WHERE AN EXISTING PANEL IS BEING ALTERED OR MODIFIED IN ANY WAY, CONTRACTOR SHALL INCLUDE ALL COSTS IN BASE BID TO ADD BREAKER INTERLOCKS TO EXISTING MULTI-WIRE BRANCH CIRCUITS BASED ON CONTRACTOR'S INVESTIGATION OF EXISTING CONDITIONS. 2. UPON PROJECT COMPLETION, CONTRACTOR SHALL INSTALL TYPED AS-BUILT PANEL DIRECTORIES IN EACH PANEL WITHIN THE MFGR-PROVIDED DIRECTORY HOLDER. THE DIRECTORY SHALL CLEARLY IDENTIFY EACH CIRCUIT TO ITS CLEAR, EVIDENT, AND SPECIFIC PURPOSE OR USE. EACH CIRCUIT IDENTITY SHALL INCLUDE SUFFICIENT DETAIL TO ALLOW EACH CIRCUIT TO BE DISTINGUISHED FROM ALL OTHERS PER NEC. OR CEC WHERE ADOPTED, ART 408.1 AND 408.4. HANDWRITTEN DIRECTORIES ARE UNACCEPTABLE. COPIES OF AS-BUILT PANEL SCHEDULES SHALL BE PLACED IN PANEL DIRECTORIES. E.C. TO INCLUDE ALL COSTS REQUIRED FOR LARGER-THAN-STANDARD CUSTOM PANEL DIRECTORY HOLDERS TO ACCOMMODATE COPIES OF AS-BUILT PANEL SCHEDULES. SPECIFIC PANEL SCHEDULE NOTES: "A" PROVIDE LOCK-ON DEVICE. "B" PROVIDE PERMANENT LOCK-OFF DEVICE THAT SHALL REMAIN IN PLACE WITH OR WITHOUT THE LOCK INSTALLED, PER NEC, OR CEC WHERE ADOPTED, SECTION 110.25. "C" PROVIDE SHUNT TRIP DEVICE. "D" PROVIDE GFCI TYPE DEVICE. "E" PROVIDE A RED CIRCUIT BREAKER. "F" PROVIDE A NEW BREAKER TO MATCH THE EXISTING IN PANEL. "G" EXISTING BREAKER WITH NEW LOAD. "H" PROVIDE AFC! TYPE DEVICE COMPLYING WITH NEC, OR CEC WHERE ADOPTED, 210.12(A),(B),(C). AS-BUILT PANEL DIRECTORY NOTE: BRANCH CIRCUIT LOCATIONS NOTED WITH "EXISTING LOAD" OR "(E)" INDICATE EXISTING CIRCUIT(S). THE IDENTITIES OF TIHESE CIRCUITS ARE BASED ON EXISTING PANEL DIRECTORIES AND/OR LIMITED AS-BUILT INFORMATION. CONTRACTOR SHALL FIELD VERIFY EACH BRANCH CIRCUIT AND PROVIDE COMPLETE, TYPED AS-BUILT PANEL DIRECTORIES AS REQUIRED THAT DISTINGUISH EACH CIRCUIT PER NEC, OR CEC WHERE ADOPTED, ART 408.1 AND 408.4. COMPLETED DIRECTORIES SHALL BE SUBMITTED TO THE ELECTRICAL INSPECTOR PRIOR TO FINAL ELECTRICAL INSPECTION. INCLUDE ALL COSTS IN BID. --·--·---·~·--~ .. ·----------------------- ARCHITECT ~ ~11111 DGA planning I a1~chitecture j interiors 550 EllisSt,·eer, Mountain View, CA 94043 650s943-l 660 --··-···--··········-·········-·-······ ·························---'-'-'·············· ...... , ...... 201 Fi(bertStreet,3rd Floor,SanFrancisco,CA 94133 415-477-2700 ? 5? a.Fifth. ,o. venue,.s.t.iite .. 1.1.s, Sa~. [)i~z", C,0..?21.03 .. I 720 llth Street, Sacramento, CA 95811 COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch tk1scJob#: 2018-0315 REVISIONS NO. DESCRIPTION CLIENT LOGO CLIENT IONIS PHARMACEUTICALS PROJECT MONUMENT SIGN ADDRESS 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 PROJECT NO. 18006 SCALE NONE TITLE ... ., 619-685-3990 916-441-6800 DATE ELECTRICAL SINGLE LINE AND PANEL SCHEDULE E-501 DGA planning I architecture I interiors 2018 © LIGHTING FIXTURE SCHEDULE NOTES: A. GENERAL NOTES: 1. THE LIGHTING FIXTURES, LAMPS, BALLASTS, POWER SUPPLIES, DRIVERS AND TRANSFORMERS FOR THIS PROJECT HAVE BEEN SPECIFIED TO ENSURE THAT SPECIFIC AESTHETIC AND PERFORMANCE REQUIREMENTS WILL BE SATISFIED. THESE PRODUCTS HAVE BEEN CAREFULLY RESEARCHED AND EACH SPECIFIED ITEM HAS UNIQUE QUALITIES WHICH WERE DETERMINED TO BE ESSENTIAL IN SATISFYING THE OWNER'S, ARCHITECT'S, ENGINEER"S AND LIGHTING CONSULTANT'S DESIGN CRITERIA. 2. CONTRACTOR SHALL PROVIDE ALL MATERIALS AS DETAILED ON DRAWINGS AND/OR SCHEDULES, AND LABOR AS REQUIRED TO ACHIEVE A COMPLETE AND OPERATING LIGHTING SYSTEM. 3. CONTRACTOR SHALL NOTIFY THE ELECTRICAL ENGINEER AND/OR LIGHTING CONSULTANT OF ANY PROVISIONS OF THE SPECIFICATION THAT IS IN CONFLICT WITH LOCALLY ENFORCED CODES. 4. CONTRACTOR SHALL IMMEDIATELY NOTIFY THE ARCHITECT OF ANY REQUIRED MODIFICATIONS THAT ARE NOT SHOWN ON THE DRAWINGS. 5. ALL ELECTRICAL MATERIAL SHALL BE IN NEW & UNDAMAGED CONDITION WHEN INSTALLED. ALL EQUIPMENT SHALL BE LISTED BY A NATIONALLY RECOGNIZED TESTING LABORATORY. 6. ALL DIMENSIONS & MEASUREMENTS FOUND ON PLANS ARE APPROXIMATE. CONTRACTOR SHALL VALIDATE ALL DIMENSIONS PRIOR TO ORDERING MATERIAL TO INCLUDE MAKING FIELD MEASUREMENTS BASED ON ACTUAL SITE CONDITIONS TO DEVELOP COMPLETE ORDERS AND INSTALL SYSTEMS PER DRAWINGS AND SPECIFICATIONS. 7. REFER TO ARCHITECTURAL PLANS FOR EXACT LOCATION AND ELEVATION OF ALL LIGHTING FIXTURES AND ASSOCIATED DEVICES AND EQUIPMENT. 8. PRIOR TO AIMING/ADJUSTING ACTIVITIES, COMMISSIONING OR PUNCHWALK COMMENCEMENT, CONTRACTOR SHALL PROPERLY TEST AND VERIFY ALL CIRCUITRY AND CONTROL WIRING AND IMPLEMENT ALL CONTROLS PROGRAMMING. B. INSTALLATION: 1. LIGHTING DRAWINGS REPRESENT THE DESIGN INTENT OF THE EQUIPMENT, DEVICES, ETC. TO BE CONNECTED AND THE CIRCUITS TO WHICH THEY ARE TO BE CONNECTED. CONTRACTOR SHALL INSTALL ALL CONDUIT, J-BOXES AND ADDITIONAL HARDWARE AND DEVICES AS REQUIRED FOR A COMPLETE AND OPERATING SYSTEM. 2. ALL LIGHTING FIXTURES SHALL BE MOUNTED AND INDIVIDUALLY SUPPORTED IN ACCORDANCE WITH APPLICABLE CODES. FIXTURES SHALL BE FURNISHED AND INSTALLED WITH ALL REQUIRED MOUNTING DEVICES, HARDWARE AND ACCESSORIES. .3. CONTRACTOR TO VERIFY LIGHTING FIXTURE MOUNTING HARDWARE IS COMPATIBLE WITH APPROVED MOUNTING CONDITIONS. MOUNTING CONDITIONS MUST ALLOW FOR AIMING AND ADJUSTING OF LIGHTING FIXTURES ON SITE. 4. CONTRACTOR TO INCLUDE AIMING/ADJUSTING LABOR AFTER DARK AS REQUIRED FOR ANY ADJUSTABLE LIGHTING FIXTURE AND FOR EACH INDIVIDUAL LIGHTING FIXTURE HEAD OR LAMP HOLDER IN A MULTI-FIXTURE/MULTI-LAMP ASSEMBLY. LIGHTING FIXTURES TO BE AIMED/ADJUSTED PER THE DIRECTION OF OWNER, ARCHITECT AND/OR LIGHTING CONSULTANT. 5. CONTRACTOR TO SUPPLY ADEQUATE SUPPORT INCLUDING LADDERS, LIFTS OR OTHER EQUIPMENT REQUIRED TO ACCESS LIGHTING FIXTURES AT THE TIME OF FOCUS, INCLUDING EVENING OR NIGHT WORK AS MAY BE REQUIRED DUE TO SCHEDULE CONFLICT OR DAYLIGHT IMPACT. AIMING/ADJUSTING LABOR SHALL BE PREPARED FOR WORK WITH COMMON HAND TOOLS TO MAKE ADJUSTMENTS AND MINOR REPAIRS DURING AIMING. 6. ALL POLE MOUNTED FIXTURES, POST MOUNTED FIXTURES AND BOLLARDS SHALL BE PROVIDED WITH A STRUCTURAL FOOTING AS DETAILED ELSEWHERE IN THE DRAWINGS. FOOTING SIZE TO BE PROVIDED BY STRUCTURAL ENGINEER. REFERENCE FIXTURE SCHEDULE AND DETAILS FOR MORE INFORMATION. C. SUBMITTALS AND SUBSTITUTIONS: 1. CONTRACTOR TO SUBMIT FOR APPROVAL ON THE PRODUCTS THEY INTEND TO FURNISH WITHIN TEN (1 D) DAYS OF AWARD OF CONTRACT. FAILURE TO SUBMIT WITHIN DEADLINE CONSTITUTES A GUARANTEE THAT ONLY THE BASE SPECIFIED PRODUCTS WILL BE SUPPLIED AND THAT NO OTHER PRODUCTS, WHETHER LISTED AS ALTERNATES OR NOT, WILL BE CONSIDERED. 2. CONTRACTOR TO PROVIDE A SUBMITTAL/SHOP DRAWING SUBMITTAL FOR EACH LIGHTING FIXTURE TYPE INCLUDING ACCESSORIES, BALLAST(S), POWER SUPPLIES, DRIVER(S) TRANSFORMER(S), AND INTEGRAL EMERGENCY BATTERIES AND TEST SWITCHES. ANY LIGHTING FIXTURE SUBMITTAL PROVIDED WITHOUT SPECIFIC LIGHTING FIXTURE'S ACCESSORIES, BALLAST, POWER SUPPLY, DRIVER, TRANSFORMER OR BATTERY INFORMATION SHALL BE REJECTED AS INCOMPLETE. 3. SUBSTITUTIONS OF THE SPECIFIED PRODUCTS ARE STRICTLY PROHIBITED -UNLESS APPROVED AS STATED HEREIN. LIGHTING FIXTURE SUBSTITUTIONS SHALL BE FORMALLY PRESENTED TO THE ELECTRICAL ENGINEER AND/OR LIGHTING CONSULTANT, BY APPOINTMENT ONLY, AT LEAST TEN (10) WORKING DAYS PRIOR TO BID TIME. THE SUBMITTAL MATERIAL SHALL INCLUDE THE FOLLOWING ITEMS. a. A COMPLETE AND OPERATING SAMPLE, WIRED FOR 120V OPERATION, WITH LAMP, CORD AND PLUG. b. A COMPLETE PHOTOMETRIC REPORT, FOR THE PROPOSED SUBSTITUTE PRODUCT, USING THE SPEC_IFIED LAMP OR LED TYPE AND WATTAGE, INCLUDING TABULATED CANDLEPOWER VALUES, COEFFICIENT OF UTILIZATION, AND AN ISO-FOOT-CANDLE DIAGRAM. PRORATED DATA WILL NOT BE ACCEPTABLE. THE PHOTOMETRIC REPORT MUST BE DONE IN ACCORDANCE WITH PUBLISHED I.E.S. TESTING PROCEDURES AND CERTIFIED BY A REGISTERED ELECTRICAL ENGINEER. c. A CURRENT ORIGINAL CATALOG DATA SHEET WITH LIGHTING FIXTURE CATALOG NUMBERS. MODIFIED DATA SHEETS WILL NOT BE ACCEPTABLE. d. A SIGNED COPY OF THE "SUBSTITUTION COMPLIANCE FORM", LOCATED IN THE DIVISION 1 SPECIFICATION, STATING THAT IF THE PROPOSED SUBSTITUTION IS ACCEPTED, THE PROJECT SCHEDULE WILL NOT BE NEGATIVELY AFFECTED. IF THE COMPLETION OF THE PROJECT IS DELAYED BECAUSE OF THE APPROVED SUBSTITUTION, THE CONTRACTOR WILL BE RESPONSIBLE FOR PAYMENT OF ANY ESTABLISHED LIQUIDATED DAMAGES. e. FOR SPECIFIC INTERIOR FIXTURE SUBSTITUTIONS, WHEN DIRECTED BY THE ELECTRICAL ENGINEER AND/OR LIGHTING CONSULTANT, A POINT-BY-POINT SCALED COMPUTER PRINTOUT SHALL BE PROVIDED VERIFYING THE ILLUMINATION LEVELS FOR THE SPECIFIC INTERIOR AREA. IF THE SUBSTITUTED FIXTURE IS AN EMERGENCY FIXTURE, THE REPORT SHALL BE RUN IN BOTH NORMAL AND EMERGENCY MODES. THIS REPORT SHALL BE CONFIGURED WITH SPECIFIC CONSTRAINTS, AS DIRECTED BY THE ENGINEER OF RECORD. THE REPORT MUST SHOW THAT THE SUBSTITUTED FIXTURE PROVIDES PERFORMANCE EQUAL TO OR BETTER THAN THE LIGHTING LEVELS OF THE SPECIFIED PRODUCT. f. FOR ALL EXTERIOR FIXTURE SUBSTITUTIONS, A POINT-BY-POINT SCALED COMPUTER PRINTOUT SHALL BE PROVIDED VERIFYING THE ILLUMINATION LEVELS FOR THE ENTIRE SITE PLAN BASED ON USING THE PROPOSED ALTERNATIVE FIXTURES. THE REPORT MUST SHOW THAT THE SUBSTITUTED FIXTURE PROVIDES PERFORMANCE EQUAL TO, OR BETTER THAN THE LIGHTING LEVELS AND UNIFORMITY RATIOS (MAX:MIN AND AVG:MIN) OF THE SPECIFIED PRODUCT. THIS REPORT SHALL BE CONFIGURED WITH THE FOLLOWING CONSTRAINTS. i. THE SPACING INCREMENT OR POINTS ON THE VERIFICATION REPORT SHALL NOT EXCEED TEN (1 D) FEET IN EITHER DIRECTION. ii. THE PHOTOMETRIC CALCULATION SHALL BE BASED ON PROVIDING MAINTAINED FOOT-CANDLE LEVELS USING MEAN LAMP LUMENS AND A LIGHT LOSS FACTOR, AS DIRECTED BY THE ENGINEER OF RECORD. 111. THE PHOTOMETRIC CALCULATION SHALL SHOW ANY ADDITIONAL ENERGY AND/OR ENERGY COSTS, FOR A TEN YEAR PERIOD, AS COMPARED TO THE ORI GI NALLY SPECIFIED ITEM. THE TOTAL COSTS FOR THESE EXPENSES WILL BE DEDUCTED FROM THE CONTRACT COST. 4. DURING THE BIDDING PROCESS, THE CONTRACTOR SHALL REFER TO THE LIGHTING FIXTURE SCHEDULES ON THE ARCHITECTURAL PLANS (IF PROVIDED ON PROJECT), LIGHTING DESIGN PLANS/SPECIFICATIONS (IF PROVIDED ON PROJECT), AND THE ELECTRICAL PLANS. ANY DISCREPANCIES BETWEEN THEM INCLUDING, BUT NOT LIMITED TO, PART NUMBERS AND FIXTURE DESCRIPTIONS SHALL BE BROUGHT TO THE ATTENTION DF THE ARCHITECT, ELECTRICAL ENGINEER, AND LIGHTING DESIGNER WITH PRE-BID RFl(S). WHERE DISCREPANCIES ARE DISCOVERED WHEN THERE IS INSUFFICIENT TIME TO ISSUE PRE-BID RFl(S), THE BASE BID SHALL INCORPORATE THE MOST COSTLY VERSION OF THE DISCREPANCY AND SHALL BE MEMORIALIZED IN AN RFI OR AS A BID CLARIFICATION. PROVIDING A VOLUNTARY DEDUCTIVE ALTERNATE BID CLARIFYING FIXTURE SCHEDULE DISCREPANCIES IS ALSO AN ACCEPTABLE FORM OF DISCREPANCY DOCUMENTATION. 5. FIXTURE FINISHES: a. ALL FIXTURE FINISHES AND COLORS, UNLESS NOTED AS PREMIUM OR CUSTOM, SHALL BE SELECTED FROM THE MANUFACTURERS STANDARD COLOR OPTIONS AS LISTED ON THE FIXTURE SPECIFICATION SHEET. STANDARD FINISH SHALL BE SELECTED BY THE ARCHITECT, INTERIOR DESIGNER OR OWNER. THIS DIRECTION WILL BE PROVIDED IN THE SHOP DRAWING REVIEW PROCESS. b. ALL FIXTURES INDICATED WITH A PREMIUM OR CUSTOM COLOR SHAUL BE ASSIGNED A CUSTOM COLOR REFERENCE NUMBER (SUCH AS RAL#) OR PROVIDE FIVE (5) PAINT CHIPS FOR MANUFACTURER TO USE TO MATCH COLOR. PREMIUM OR CUSTOM FINISH SHALL BE SELECTED BY THE ARCHITECT, INTERIOR DESIGNER OR OWNER. THIS DIRECTION WILL BE PROVIDED IN THE SHOP DRAWING REVIEW PROCESS. 6. THE LIGHTING FIXTURE MODEL NUMBER MAY INDICATE A FIXTURE OPTION THAT THE CONTRACTOR MUST IDENTIFY PRIOR TO ORDERING/PROVIDING SUBMITTALS, INCLUDING, BUT NOT LIMITED TO: VOLTAGE, MOUNTING CONDITION/HARDWARE, FINISH, DIMMING REQUIREMENTS/BALLAST INFORMATION. GENERALLY, CONTRACTOR-SELECTED OPTIONS ARE DENOTED IN THE PART NUMBER WITH BRACKETS EX: [VOLTS?] a. CONTIRACTOR SHALL BE RESPONSIBLE FOR VERIFYING AND PROVIDING ALL HANGERS, CLIPS AND NECESSARY HARDWARE TO INSTALL THE FIXTURE IN THE ENVIRONMENT AS SHOWN ON THE ARCHITECTURAL PLANS. ALL FIXTURES SHALL BE PROVIDED WITH ALL REQUIRED STRUCTURAL SUPPORTS AS REQUIRED BY THE CURRENTLY ADOPTED CODES. b. VOLTAGES SHALL BE VERIFIED BY THE CONTRACTOR PRIOR TO ORDERING -SEE ELECTRICAL DRAWINGS FOR BRANCH CIRCUIT INFORMATION. IT IS POSSIBLE THAT FIXTURES WILL BE REQUIRED IN VARIOUS VOLTAGES. 7. "NO KNOWN EQUAL" LIGHTING FIXTURE PRICING/BIDDING NOTES: a. EACH FIXTURE IDENTIFIED AS "NO KNOWN EQUAL" ON THIS PROJECT SHALL BE BID IN A "LINE ITEM" FORMAT. A PER UNIT MATERIAL COST SHALL BE PROVIDED FOR EACH "NO KNOWN EQUAL" FIXTURE. THIS PRICE SHALL INCLUDE LAMPS AS WELL AS ALL OTHER REQUIRED MATERIALS REQUIRED FOR INSTALLATION. THE FIXTURE PRICE QUOTED WILL BE UTILIZED, PRIOR TO SHOP DRAWING APPROVAL, FOR "ADDING" AND/OR "DELETING" ANY QUANTITY OF THE FIXTURE. b. A UNIT COST SHALL BE SUBMITTED FOR EACH "NO KNOWN EQUAL" FIXTURE. SUBMIT THE PRICING AS PART OF THE BID FORM ON A SEPARATE 8 1/2" X 11" SHEET. c. FAILURE TO SUBMIT A LINE ITEM FOR EACH "NO KNOWN EQUAL" FIXTURE MAY RESULT IN THE REJECTION, REFUSAL, OR NON-ACCEPTANCE OF THE CONTRACTOR'S BID. 8. FIXTURES IDENTIFIED AS "NO KNOWN EQUAL -OWNER STANDARD" OR "CAMPUS STANDARD" ARE TO BE PROVIDED AS SPECIFIED, WITH SUBSTITUTIONS STRICTLY PROHIBITED. SEE ADDITIONAL NOTES FOR "ND KNOW EQUAL" BIDDING REQUIREMENTS. D. LIGHTING FIXTURE SPECIFICATIONS: 1. ALL EXTERIOR LIGHTING EQUIPMENT SHALL BE RATED FOR WET LOCATION AND THE IP RATING OF ALL EQUIPMENT, INCLUDING BALLAST, POWER SUPPLY AND TRANSFORMER ENCLOSURES SHALL CONFORM TO THE CONDITIONS IN WHICH THE LIGHTING FIXTURE IS MOUNTED. 2. ALL BALLASTS, POWER SUPPLIES, DRIVERS AND/OR TRANSFORMERS THAT ARE REMOTELY LOCATED SHALL BE INSTALLED AS NEAR TO THE LIGHTING FIXTURE(S) AS POSSIBLE, HIDDEN FROM PUBLIC VIEW IN AN ACCESSIBLE COMPARTMENT THAT IS WELL VENTILATED. CONTRACTOR TO COORDINATE LOCATION(S) WITH ARCHITECT PRIOR TO ROUGH-IN. 3. ALL TRANSFORMERS SHALL BE FUSED ON THE SECONDARY SIDE. 4. COLOR FILTERS SHALL BE GLASS OR DICHROIC UNLESS OTHERWISE INDICATED ON DRAWINGS. 5. CONTRACTOR TO PROVIDE 20% ADDITIONAL COLOR FILTERS FOR EACH COLOR AND SIZE. 6. CONTRACTOR TO VERIFY THAT ALL LIGHTING FIXTURES SPECIFIED WITH A COLOR FILTER ARE SUPPLIED WITH ANY AND ALL ATTACHMENT DEVICES FOR THE FILTER. E. DRIVERS / TRANSFORMERS: 1. [OPTION?] IN FIXTURE MODEL NUMBER INDICATE THAT THE FIXTURE DRIVER TYPE AND QUANTITY MUST BE VERIFIED BY THE CONTRACTOR USING FIXTURE CALLOUT INFORMATION AND FIXTURE SWITCHING CONFIGURATION INFORMATION. 2. CONTINUOUS DIMMING AND CONTROLLABLE LED: a. PROVIDE CONTROLLABLE LED DIMMING DRIVERS (INTEGRAL OR REMOTE) WITH POWER FACTOR GREATER THAN 0.85 AND MAXIMUM THO OF 20% AT FULL LOAD. b. PRIOR TO BID CONTRACTOR TO VERIFY DRIVER COMPATIBILITY WITH DIMMERS, DIMMING CONTROL SYSTEM(S) AND DISTRIBUTED LIGHTING CONTROL SYSTEM(S) WITH RESPECTIVE LIGHTING MANUFACTURER(S) AND LIGHTING/DIMMING CONTROL SYSTEM MANUFACTURERS. IF COMPATIBILITY DOCUMENTATION IS UNAVAILABLE FOR A GIVEN LED FIXTURE/LIGHTING CONTROL SYSTEM COMBINATION, CONTRACTOR SHALL INCLUDE COSTS IN THE BASE BID FOR RESPECTIVE LIGHTING MANUFACTURER AND LIGHTING CONTROLS MANUFACTURER TO TEST /WARRANT COMPATIBILITY OF SAID COMBINATIONS. c. CONTINUOUS LED DIMMING DRIVERS SHALL BE AT MINIMUM 4-WIRE 0-1 OV 10% DIMMING (HOT, NEUTRAL, DIM+, DIM-). LIGHTING SYMBOL TYPE MANUFACTURER & MODEL NO. EC□SENSE FOB 0-1S-HD-40-8-E2-[FINISH'/ J-H ts' L2 -CACC?J-C w' /GROUND STAKE: FOBO-LS-!S-STK-12 TARGETT! 'y KPLM-41-HE-SP-L2-40 w'5 CT RIM FINISH?J-[INSTALLA Tl□N SLEEVE7J-[ACCESS □RIES?J SEE GENERAL LIGHTING FIXTURE SCHEDULE NOTES FIXTURE SCHEDULE LAMP CCT VAJSYSTEM GENERAL DESCRIPTION NOTES WATTS IP66-RATED STAKE-MOUNTED LANDSCAPE ACCENT LIGHT FDR USE w'ITH HIGH OUTPUT 11.5w', 744-LUMEN LED AT 4000K. STANDARD EL V DIMMING. 2.5-INCH w'IDTH BY LED 4000 11.5111.5 8.13-INCH HEIGHT BY 6.97-INCH CONFIRM FINISH LENGTH. 30-DEGREE BY 60-DEGREE w'ITH ARCHITECT. ELLIPTICAL OPTIC. PROVIDE w'ITH HALF-SNOOT AND FIELD INTERCHANGEABLE LENSES, IK!O IMPACT RATED. FINISH TBD BY ARCHITECT. IP-68 RATED INGRADE ADJUSTABLE UPLIGHT FDR USE w'ITH 16w', 1001-LUMEN LED AT 4000K. CONFIRM FINISH AND LED 4000 16116 11-DEGREE SPOT OPTIC.6.34-INCH MOUNTING w'ITH DIAMETER BY 8-INCH HEIGHT. ARCHITECT. I PROVIDE 0-lOV DIMMING. IK!O IMPACT RATED. TRIM FINISH TED. FOR CRITICAL FIXTURE SPECIFICATION AND ORDERING INFORMATION. ARCHITECT ~-~11111 DGA planning I architecture I interiors 550 Ellis St,·eet, Mountain VieW, CA 94043 ·•······ 20 I Filbert Street, 3rd floor. San Francisco, CA 94133 2550 Fifth Avenue, Suite II5.San Diego, __ CA 92!03 I 720 8th Street, Sacramento, CA 9581 I COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch tk1sc Job#: 2018-0315 REVISIONS NO. DESCRIPTION CLIENT LOGO I I I I 650°943-1660 415-477'2700 619-685-3990 9f.6s44l-6800 DATE PHARMACEUTICALS CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 NONE LIGHTING FIXTURE SCHEDULE E-502 DGA planning I architecture I interiors 2018 © DISTRIBUTED LIGHTING CONTROLS SYSTEM SPECIFICATIONS: 1. SEE LIGHTING PLAN DRAWINGS FOR DISTRIBUTED LIGHTING CONTROL SYSTEM (DLCS) SPECIFICS, SPACE SPECIFIC CONFIGURATIONS/REQUIREMENTS, AS WELL AS FIXTURE BALLAST /DRIVER CONFIGURATIONS. 2. ALL PRODUCTS SHALL BE BACKED BY A FIVE YEAR MANUFACTURER'S WARRANTY. 3. ALL PRODUCTS LISTED IN THIS SPECIFICATION ARE BASED UPON PRODUCTS LISTED ON THIS SHEET. THE FEATURES AND CHARACTERISTICS OF THE PRODUCT LITERATURE AND SPECIFICATION SHEETS AVAILABLE ON THE VARIOUS MANUFACTURER'S WEB-SITES ARE INCLUDED IN THE REQUIREMENT OF THESE SPECIFICATIONS. ALL DLCS NETWORKED/NON-NETWORKED SYSTEM-BASED AND STANDALONE COMPONENTS SHALL BE PROVIDED BY A SINGLE MANUFACTURER. 4. DLCS COMPONENTS SHALL BE COMPLIANT WITH ALL APPLICABLE FEDERAL, STATE AND LOCAL ENERGY CODES. 5. ALL NETWORKED AND NON-NETWORKED SYSTEM-BASED DLCS SYSTEMS SHALL BE COMPLIANT WITH AND CERTIFIED TO THE FOLLOWING SECURITY STANDARDS SET FORTH IN THE LATEST PUBLISHED VERSION OF THE DESIGNLIGHTS CONSORTIUM'S "NETWORKED LIGHTING CONTROL SYSTEM TECHNICAL REQUIREMENTS" DOCUMENT (VERSION 4.0 OR LATEST PUBLISHED VERSION): -DLCS COMPONENTS: UL2900-1 UL STANDARD FOR SOFTWARE CYBER SECURITY FOR NETWORK-CONNECTABLE PRODUCTS. -DLCS DESIGN PROCESS: UL 2900-1 UL STANDARD FOR SOFTWARE CYBER SECURITY FOR NETWORK- CONNECTABLE PRODUCTS AND/OR ISO/IEC 27001 STANDARD FOR INFORMATION SECURITY MANAGEMENT SYSTEMS. -DLCS CLOUD SERVICES: ANY ASSOCIATED DLCS CLOUD SERVICES SHALL MEET THE REQUIREMENTS OF ISO/IEC 27017 (WITH 27001) STANDARD FOR CODE OF PRACTICE FOR INFORMATION SECURITY CONTROLS FOR CLOUD SERVICES. WHERE THE MANUFACTURER CANNOT DEMONSTRATE COMPLIANCE WITH THE ABOVE REQUIREMENTS, THE DLCS MANUFACTURER SHALL PROVIDE A COMPREHENSIVE PRODUCT-SPECIFIC IT SECURITY STATEMENT FOR REVIEW BY THE OWNER. THE DLCS SHALL NOT BE CONNECTED TO AN OWNER-FURNISHED NETWORK WITHOUT PRIOR WRITTEN PERMISSION BY THE OWNER, ADDITIONALLY, WHERE INSTALLED IN THE STATE OF CALIFORNIA, SYSTEM-BASED DLCS SYSTEMS SHALL BE COMPLIANT WITH CA STATE ASSEMBLY BILL NO. 375 CALIFORNIA PRIVACY ACT OF 2018 AND CA STATE SENATE BILL NO 327 INFORMATION PRIVACY FOR CONNECTED DEVICES. 6. WHERE THE DLCS SCHEDULE INDICATES A SPECIFIC "SYSTEM TOPOLOGY" OPTION, PROVIDE ONE OF THE FOLLOWING: "NETWORKED" -PROVIDE A SYSTEM-BASED DLCS THAT COMMUNICATES USING A MANUFACTURER-SPECIFIC DLCS NETWORK ALLOWING Bl-DIRECTIONAL FLOW OF INFORMATION BETWEEN DEVICES SUCH AS ROOM CONTROLLERS, SENSORS, RELAY PANELS AND NETWORK CONTROLLERS. PROVIDE A DLCS GUI AND RELATED SOFTWARE TO FACILITATE REMOTE DLCS DEVICE PARAMETERS CHANGES, REMOTE CONTROL ANY DLCS ELEMENT OR DEVICE, REMOTE SCHEDULE CHANGES/IMPLEMENTATIONS, AND REMOTE DLCS COMMISSIONING AND TROUBLESHOOTING. A NETWORKED SYSTEM TOPOLOGY SHALL BE CONFIGURED TO RESPOND TO LOCAL UTILITY DEMAND RESPONSE SIGNALS. "NON-NETWORKED" -PROVIDE A SYSTEM-BASED DLCS THAT COULD BE MADE TO COMMUNICATE USING A MANUFACTURER-SPECIFIC DLCS NETWORK, BUT FOR THIS PROJECT IS CONFIGURED WITHOUT ANY NETWORK CONNECTIVITY OR NETWORK COMPONENTS, EXCEPT FOR ANY NETWORK COMPONENTS REQUIRED FOR DUAL MODE CONTROL FOR CORRIDORS, WAREHOUSE AISLES ETC OR WHERE REQUIRED FOR BAS INTEGRATION REQUIRED IN THE DLCS SCHEDULE OR ELSEWHERE IN THE DRAWINGS AND SPECIFICATIONS. IN A "NON-NETWORKED" DLCS, DEMAND RESPONSE CAPABIUTY IS NOT REQUIRED. "STAND ALONE" -PROVIDE INDIVIDUAL WALL SENSORS/CONTROLS -OPERATING AT 120V OR 277V. GENERALLY, STANDALONE COMPONENT INSTALLATIONS ARE TO BE AVOIDED AND ARE LIMITED TO USE IN SMALL ROOMS WHERE ADVANCED CONTROLS, DIMMING CAPABILITY, DEMAND RESPONSE, DUAL MODE CONTROL AND/OR NETWORK CONNECTIVITY ARE NOT REQUIRED BY APPLICABLE ENERGY CODE AND WHERE ACCEPTABLE TO AN END-USER. 7. WHERE THE DLCS SCHEDULE INDICATES A SPECIFIC "COMMUNICATIONS TOPOLOGY" OPTION, PROVIDE ONE OF THE FOLLOWING: ''WIRED" -PROVIDE WIRING, AS REQUIRED, TO INTERCONNECT DLCS DEVICES. WIRING MAY BE A COMBINATION OF LOW AND LINE VOLTAGE CONDUCTORS BASED ON SPECIFIC MANUFACTILRER REQUIREMENTS. "WIRELESS" -PROVIDE WIRELESS CONNECTIVITY BETWEEN WALL CONTROLS, WALL, CEILING OR FIXTURE-INTEGRATED SENSORS, ROOM CONTROLLERS, WIRELESS ROUTER(S), AND WIRELESS NETWORK BRIDGES. CONTRACTOR SHALL PROVIDE WIRELESS ROUTERS, QTY AS REQUIRED, TO MAINTAIN ROBUST COMMUNICATIONS WITH ALL WIRELESS DEVICES. ROBUST MEANS THAT A CHANGE OF VALUE FROM OR TO ANY DLCS SYSTEM COMPONENT FROM OR TO AN APPLICABLE WIRELESS ROUTER/BRIDGE OCCURS IN LESS THAN 3 SECONDS. "HYBRID" -WHERE A SOLELY WIRELESS DLCS TOPOLOGY IS DEEMED INADEQUATE BASED ON OPERATIONAL OR AESTHETIC REASONS, A WIRELESS TOPOLOGY SHALL BE AUGMENTED WITH WIRED SYSTEM TO FORM A HYBRID COMMUNICATIONS TOPOLOGY. AREAS REQUIRING WIRED CONNECTIVITY SHALL BE OUTLINED ON THE LIGHTING PLANS AND UNLESS OTHERWISE INDICATED, ALL RESTROOMS SHALL BE PROVIDED WITH DUAL TECHNOLOGY OCCUPANCY SENSORS WHICH REQUIRE WIRED CONNECTIVITY AND WIRED POWER SUPPLY. A NETWORKED, SYSTEM-BASED DLCS INSTALLED WITH A HYBRID COMMUNICATIONS TOPOLOGY SHALL APPEAR IN THE USER GUI/SOFTWARE AS A SINGLE UNIFIED SYSTEM. SEPARATE GUI SOFTWARE INTERFACES FOR THE WIRED AND WIRELESS PORTIONS OF THE DLCS ARE UNACCEPTABLE. 8. WHERE THE DLCS SCHEDULE REQUIRES THE DLCS TO INTEGRATE WITH THE PROJECT'S BUILDING AUTOMATION SYSTEM (BAS) -SEE THE DLCS START-UP, BUILDING AUTOMATION SYSTEM (BAS) INTEGRATION, COMMISSIONING, & TRAINING PORTION OF THIS SPECIFICATION FOR ADDITIONAL REQUIREMENTS. 9. WHERE THE DLCS SCHEDULE INDICATES "WIRELESS" OR "HYBRID" COMMUNICATIONS TOPOLOGIES AND ALSO ALLOWS WIRELESS DLCS COMPONENT BATTERY USAGE, PROVIDE BATTERIES WITHIN THE WIRELESS DLCS COMPONENTS INDICATED IN LIEU OF LINE OR LOW VOLTAGE POWER SOURCES. 10. DLCS COMPONENTS SHALL BE BE PROVIDED AS FOLLOWS: a. PROVIDE CONTROL UNITS AND SYSTEM FUNCTIONALITY AS FOLLOWS: 1) CONTINUOUS DIMMING CONTROLS: SYSTEM-BASED WALL OR CEILING MOUNTED OCCUPANCY SENSORS (CONTINUOUS DIMMED -AUTO ON 50%/MANUAL ON 100%) SHALL BE PROVIDED WITH CONTROL UNITS TO PERFORM THE FIXTURE DIMMING REQUIREMENTS INDICATED BY THE BALLAST AND FIXTURE TYPE. SWITCH LEG INDICATED OUTSIDE THE PARENTHESIS TO BE CONFIGURED AS "AUTO ON 50%/MANUAL ON 100%" FOR CONTINUOUS DIMMED. SWITCH LEGS INSIDE PARENTHESIS INDICATES A MANUAL ACTION REQUIRED TO INCREASE LIGHTING LEVELS ABOVE 50%. CONTROL UNrTS WITH INTEGRAL TRANSFORMERS SHALL BE UTILIZED TO PROVIDE POWER TO OCCUPANCY SENSORS AND OTHER CONTROL DEVICES. CONTROL UNITS SHALL BE LOCATED WITHIN JUNCTION BOXES AND NOT EXPOSED IN THE CEILING SPACL CONTIROL UNIT SHALL BE 120/277 VOLT RATED WITH NO MINIMUM LOAD, COMPATIBLE WITH ALL THE SPECIFIED BALLASTS PROVIDED WITH A NEUTIRAL CONNECTION (NO LEAKAGE TO GROUND) AND NO LEAKAGE TO LOAD IN THE "OFF" MODE. ADDITIONAL RELAY ZONES MAY BE REQUIRED FOR THE ADDITION OF PRIMARY DAYLIT, SECONDARY DAYLIT, AND PRIMARY SKYLIT UTILIZING THE SAME CONTROL CHANNEL. (I.E. EVEN THOUGH A SINGLE LETTER "a" IS INDICATED AT THE PRIMARY SENSOR), ADDITIONAL RELAYS WOULD BE REQUIRED FOR THE "a+" (PRIMARY SIDELIT DAYLIT ZONE), "a++" (SECONDARY SIDELIT DAYUT ZONE), AND "a*" (SKYLIT DAYLIT ZONE). WHERE MORE THAN ONE CIRCUIT/THREE SWITCH LEGS/THREE RELAY ZONES ARE REQUIRED, PROVIDE ADDITIONAL FULL FEATURE CONTIROL UNITS AS REQUIRED. 2) LOW VOLTAGE WALL CONTROLS SHALL BE DECORA STYLE, LOW-VOLTAGE, MOMENTARY SWITCHES WITH COLOR TO MATCH OTHER WALL DEVICES/SWITCHES. LOWER CASE LETTERS INDICATE SWITCHING CONFIGURATION. PROVIDE SWITCHING OR DIMMING CONTROL DEVICES AS REQUIRED BY DRAWINGS. DIMMING -NUMBER OF SWITCHES AS REQUIRED -4 ZONES/YOKE MAX. EACH CONTROL ZONE TO HAVE A DEDICATED RAISE AND LOWER BUTTONS. FACTORY STANDARD COLOR BY ARCHITECT. EACH MULTI-ZONE DIMMING CONTROL STATION SHALL BE PROVIDED WITH MASTER ON AND MASTER OFF BUTTON IN ADDITION TO THE INDIVIDUAL CONTROL ZONE BUTTONS. WHERE INDICATED, PROVIDE VANDAL RESISTANT, HIGH ABUSE SWITCH CONNECTED TO THE DLCS INPUT/OUTPUT INTERFACE DEVICE FOR ON/ OFF AND DIMMING CONTROLS. SWITCHES LOCATED IN HIGH ABUSE AREAS (EXTERIOR AREAS OR AREAS SUBJECT TO WASH-DOWN ETC.) OR IDENTIFIED ON PLANS AS HIGH-ABUSE SWITCHES SHALL BE VANDAL RESISTANT, STAINLESS STEEL, TOUCH SENSITIVE AND AVAILABLE WITH UP TO TWO BUTTONS IN A SINGLE GANG. EACH HIGH ABUSE SWITCH SHALL BE ABLE TO BE PROGRAMMED FOR ON, OFF, TOGGLE OR MAINTAIN OPERATION. SWITCHES MUST BE CAPABLE OF HANDLING ELECTROSTATIC DISCHARGES OF AT LEAST 30,000 VOLTS (1 CMSPARK) WITHOUT ANY INTERRUPTION OR FAILURE IN OPERATION. WHERE INDICATED, PROVIDE A LOCKING SINGLE POLE SWITCH CONNECTED TO THE ROOM CONTROLLER VIA A INPUT/OUTPUT INTERFACE DEVICE FOR ON/OFF CONTROLS. DIRECT CONNECTION OF THE KEYED SWITCH ON THE LOAD SIDE OF THE CONTROLLER IS PROHIBITED. PROVIDE AT LEAST THREE (3) KEYS TO OWNER AT CONCLUSION OF PROJECT. ADJACENT SWITCH SHALL ONLY BRING LIGHTS FULL ON. KEYED SWITCH ALLOWS MANUAL OFF FUNCTIONALITY. DIMMER SWITCH ALLOWS AUTO-ON 50% OVERRIDE TO 100% ALL-ON AND SHALL NOT ALLOW LIGHTING LEVELS TO DECREASE IN ANY WAY. b. WHEN LIGHTING FIXTURES/CONTROLS ARE PROVIDED WITH LUTRON 3-WIRE DIMMING BALLASTS, AN INTERFACE DEVICE SHALL BE PROVIDED TO ALLOW 0-1 DV CONTROL OF LUTRON 3-WIRE DIMMING BALLASTS. MOUNT INTERFACE IN A NEMA1 ENCLOSURE IN ACCESSIBLE CEILING SPACE ADJACENT TO ITS ASSOCIATED CONTROL UNIT. c. WHEN LIGHTING FIXTURES/CONTROLS ARE LINE VOLTAGE DIMMED OR PROVIDED ELECTRONIC LOW-VOLTAGE, MAGNETIC LOW-VOLTAGE, NEON/COLD CATHODE, LUTRON "TU-WIRE" DIMMING BALLASTS, AN INTERFACE DEVICE SHALL BE PROVIDED TO ALLOW LINE VOLTAGE CONTROL. MOUNT INTERFACE IN A NEMA 1 ENCLOSURE IN ACCESSIBLE CEILING SPACE ADJACENT TO ITS ASSOCIATED CONTROL UNIT. d. WHEN AV SYSTEM INTERFACE IS INDICATED, PROVIDE TWO-WAY CAPABLE RS-232 COMMUNICATIONS INTERFACE TO ALLOW AV CONTROL SYSTEM TO CALL ADDRESSABLE LIGHTING/ROOM SCENES. COMMUNICATIONS INTERFACE SHALL PROVIDE FEEDBACK TO THE AV CONTROL SYSTEM FDR LIGHT LEVEL STATUS. e. WHEN MOVEABLE PARTITION INTERFACE IS INDICATED, PROVIDE ALL COMPONENTS, SENSORS, WIRING, POWER SUPPLIES AND PROGRAMMING NECESSARY TO MONITOR AND REPORT MOVEABLE PARTITION(S) OPEN/CLOSED STATUS. DLCS SYSTEM SHALL AUTOMATICALLY ADOPT SINGLE ROOM OR MULTI-ROOM CONTROL PROFILES AS REQUIRED BY PARTITION STATUS. f. WHEN NETWORKED LIGHTING CONTROL RELAY PANEL(S) ARE INDICATED, PROVIDE ALL COMPONENTS, WIRING, AND PROGRAMMING NECESSARY TO INTEGRATE RELAY PANELS WITHIN THE DLCS SYSTEM. 11. GENERAL SYSTEM REQUIREMENTS: a. ALL EQUIPMENT SHALL FEATURE A PRE-SET DEFAULT OPERATION. UPON INITIAL POWER UP, THE SYSTEM SHALL AUTOMATICALLY IDENTIFY THE DEVICES ON THE LOCAL NETWORK, THEN ENTERS THE PRE-SET CONFIGURATION TO ALLOW BASIC OPERATION OF ALL DEVICES. IN MOST APPLICATIONS THE RELATIONSHIP BETWEEN QUANTITY OF LOADS, SWITCHES AND OCCUPANCY SENSORS WILL NOT REQUIRE ANY ADJUSTMENTS -ALTHOUGH AN ADJUSTMENT TO THE AUTOMATIC SETTINGS SHALL BE INCLUDED IN THE BASE BID. b. ALL EQUIPMENT SHALL FEATURE A CONFIGURATION (CONFIG) BUTTON ON MOST DEVICES THAT ALLOWS EASY ACCESS TO THE INTEGRATED AUTO-CONFIGURATION TECHNOLOGY TO MODIFY SYSTEM OPERATION. FUNCTIONALITY OF THE CONFIG BUTTON SHALL BE STANDARDIZED THROUGHOUT THE PRODUCT LINE, AS IS THE OPERATION OF THE CONFIG LED INDICATORS. c. NETWORK DLCS SYSTEM CONTROL/CONFIGURATION SOFTWARE SHALL BE PRE-CONFIGURED TO THE MAXIMUM EXTENT POSSIBLE OFF-SITE AT THE DLCS FACTORY OR ENGINEERING FACILITY. THE CONTRACTOR SHALL DOCUMENT EVERY NETWORK COMPONENT'S LOCATION (ROOM AND FLOOR NUMBER) AND ITS' RESPECTIVE SERIAL NUMBER OR OTHER DEVICE IDENTIFIER ON A FULL SIZE FLOOR PLAN IN PDF FORMAT. HANDWRITTEN DOCUMENTATION IS UNACCEPTABLE. THE PREFERRED ACCEPTABLE METHOD OF NETWORK COMPONENT DOCUMENTATION IS COLLECTION OF FACTORY-PROVIDED, SELF-ADHESIVE, BAR-CODE IDENTIFIERS DESIGNED TO BE REMOVED FROM NETWORK COMPONENTS AS THEY ARE INSTALLED IN THE FIELD. BAR CODES IDENTIFIERS SHALL BE APPLIED TO A PAPER COPY OF A FLOOR PLAN WHICH SHALL BE PROVIDED TO THE FACTORY FOR USE IN OFF-SITE DLCS NETWORK PROGRAMMING AND CONFIGURATION. THE RESULTS OF EITHER METHOD SHALL BE SCANNED AND SUBMITTED AS A PART OF THE PROJECT CLOSEOUT DOCUMENTATION. d. NETWORK SYSTEMS SHALL BE INSTALLED BY VENDOR-CERTIFIED CONTRACTOR FIELD PERSONNEL TO PERFORM NETWORK INSTALLATIONS INCLUDING ACCURATE, REPEATABLE COMMUNICATIONS CABLING TERMINATIONS (BOTH LAN AND MS/TP TYPE). INCLUDE CERTIFICATES FOR EACH CERTIFIED INSTALLER TO BE UTILIZED ON THE PROJECT AS A PART OF THE PROJECT SUBMITTALS. A CERTIFIED FIELD INSTALLER SHALL BE ON-SITE SUPERVISING COMMUNICATIONS CABLING AND CABLING TERMINATIONS AT ALL TIMES WHEN THIS WORK IS OCCURRING ON THE PROJECT. e. ANY BATTERY-POWERED DLCS COMPONENTS SHALL BE PROVIDED WITH A 10 YEAR EXPECTED BATTERY LIFE. EACH COMPONENT SHALL BE PROVIDED WITH BOTH A LOCAL LOW BATTERY INDICATION ON EACH DEVICE AND A SOFTWARE-BASED LOW BATTERY ALARM. WHERE A WIRELESS DLCS SYSTEM COMPONENT IS AVAILABLE EITHER AS A BATTERY POWERED DEVICE OR A LINE/LOW VOLTAGE POWERED DEVICE, PROVIDE THE LINE/LOW VOLTAGE VERSION ALONG WITH ANY LINE OR LOW VOLTAGE WIRING, CONDUIT AND BACK BOXES TO LIMIT THE NUMBER OF BATTERIES WITHIN THE DLCS INSTALLATION TO A MINIMUM. 12. INSTALLATION OF CONTROL UNITS, OCCUPANCY /VACANCY SENSORS AND DAYLIGHTING CONTROLS: a. PROPER JUDGMENT MUST BE EXERCISED IN EXECUTING THE INSTALLATION SO AS TO ENSURE THE BEST POSSIBLE INSTALLATION IN THE AVAILABLE SPACE AND TO OVERCOME LOCAL DIFFICULTIES DUE TO SPACE LIMITATIONS OR INTERFERENCE OF BUILDING STRUCTURAL COMPONENTS. b. CONNECT ALL DEVICES AS REQUIRED. UNLESS PROHIBITED BY LOCAL CODE, CONNECTIONS SHALL BE MADE WIRELESSLY OR WITH PLENUM-RATED CABLING ROUTED NEATLY INTO AND ABOVE THE ACCESSIBLE CEILING. CABLES SHALL BE SUPPORTED WITH DEDICATED SUPPORT WIRES AND J-HOOKS. WHERE LOCAL CODE OR PROJECT SPECIFICATIONS REQUIRES LOW VOLTAGE CABLING TO BE ROUTED IN CONDUIT, INCLUDE ALL COSTS IN BASE BID TO PROVIDE APPROPRIATELY-SIZED SYSTEM OF CONDUITS AND JUNCTION BOXES TO ROUTE CONNECTION CABLING. J-BOXES/CONTROLLERS SHALL BE LOCATED ABOVE ACCESSIBLE CEILINGS AND NEVER IN HARD-LID CEILING AREAS. PRE-TERMINATED CABLING SHALL BE PROVIDED BY THE SYSTEM MANUFACTURER AND SHALL BE GREEN IN COLOR UNLESS IT IS ROUTED IN AN EXPOSED CEILING CONDITION WHERE IT SHALL BE BLACK, WHITE OR GRAY AS DIRECTED BY THE ARCHITECT. c. INSTALL LINE VOLTAGE CONDUCTORS, LOW VOLTAGE CONDUCTORS AND COMMUNICATIONS CABLING BETWEEN LIGHTING FIXTURES AND DLCS COMPONENTS PER THE DLCS MANUFACTURER'S RECOMMENDATIONS REGARDING CONDUCTOR ROUTING, CONDUCTOR SEPARATION AND CONDUCTOR TERMINATIONS. CONTRACTOR SHALL UTILIZE INSTALLATION MEANS AND METHODS THAT DO NOT COMPROMISE THE DLCS SYSTEM WARRANTY. d. WHERE CODE OR LOCAL AHJ REQUIREMENTS REQUIRE THE INSTALLATION OF ALL LOW-VOLTAGE CONDUCTORS TO BE INSTALLED IN CONDUIT -CONTRACTOR TO PROVIDE ALL REQUIRED MANUFACTURER SPECIFIC EQUIPMENT JUNCTION BOXES AND CONDUIT ADAPTERS AS REQUIRED. 13. DLCS START-UP, BUILDING AUTOMATION SYSTEM (BAS) INTEGRATION, COMMISSIONING, & TRAINING a. PRIOR TO NETWORK SYSTEM FACTORY START-UP, THE CONTRACTOR SHALL 1) TEST ALL COMMUNICATIONS CABLING FOR SHORTS, POLARITY REVERSALS AND BAD TERMINATIONS/CONNECTIONS AND MAKE NECESSARY REPAIRS AND 2) DEMONSTRATE FULL CONNECTIVITY TO ALL NETWORK AND LOCAL (IN-ROOM) DEVICES VIA MS/TP CAPTURE OR OTHER VENDOR SPECIFIC TESTING PROCESS. CONTRACTOR SHALL PROVIDE A TEST REPORT OUTLINING TEST COMPLETION AND ANY REPAIRS MADE AND CERTIFY THAT NETWORK DEVICE AND LOCAL DEVICE CONNECTIVITY HAS BEEN ACHIEVED PRIOR TO SCHEDULED FACTORY START-UP. BASED ON PAST PROJECT EXPERIENCE, FAILURE TO PERFORM ANY OF THE ABOVE STEPS HAS RESULTED IN BOTH VERY INEFFICIENT FACTORY START-UP AND PROJECT DELIVERY DELAY. ANY ADDITIONAL COSTS ARISING OUT OF A FAILURE TO COMPLETE THIS TES"TlNG SHALL BE BORNE SOLELY BY THE CONTRACTOR. b. NETWORK SYSTEMS SHALL BE INSPECTED, STARTED UP, CONFIGURED AND PROGRAMMED BY FACTORY START-UP TECHNICIANS TO MEET THE INTENDED INTEGRATION AND CONTROLS SCENARIOS AND FUNCTIONALITY DESIRED BY THE SYSTEM USER. EFFORT SHALL INCLUDE REQUESTING ANY END-USER SPECIFIC NETWORK ADDRESSING OR OTHER INSTRUCTIONS FOR THE DLCS TO RESIDE ON THE END-USER LAN. FOR PROJECTS WHERE THE END-USER DOES NOT WANT THE DLCS TO COMMUNICATE WITH THE END-USER LAN, CONTRACTOR SHALL PROVIDE AND CONFIGURE ALL DLCS NETWORK COMPONENTS AS REQUIRED FOR THE SYSTEM TO FUNCTION IN ISOLATION WITHOUT PERMANENT LAN OR INTERNET ACCESS. c. WHERE THE DLCS SCHEDULE INDICATES BAS INTEGRATION IS REQUIRED OR WHERE REQUIRED PER MECHANICAL & MECHANICAL CONTROLS DRAWINGS AND SPECIFICATIONS, THE CONTRACTOR'S DLCS FACTORY TECHNICIAN SHALL ASSIST THE BAS CONTRACTOR WITH DLCS POINT INTEGRATION. THE PRIMARY OBJECTIVE OF DLCS INTEGRATION WITH THE BAS IS TO ALLOW FOR OCCUPANCY-BASED HVAC SETBACK, TO ENABLE/CONTROL LIGHTING SCHEDULES AND TO INTEGRATE ZONE OR AREA OCCUPANCY LIGHTING STATUS INTO A BAS GRAPHICAL USER INTERFACE DISPLAY BASED ON ARCHITECTURAL FLOOR PLAN(S). SECONDARY OBJECTIVES INCLUDE; REMOTE TROUBLESHOOTING OF USER COMPLAINTS, INTEGRATION INTO FUTURE CONTINUOUS COMMISSIONING SYSTEMS ETC AND AS OUTLINED IN THE MECHANICAL CONTROLS DRAWINGS AND SPECIFICATIONS AND AS FOLLOWS: 1) THE PRIMARY PROTOCOL FOR INTEGRATION SHALL BE BACNET PER ANSI/ASHRAE 135-2016 -OR LATEST PUBLISHED STANDARD. 2) WHERE A DLCS NETWORK COMPONENT IS BTL (BACNET TESTING LAB)-LISTED, IT SHALL BE LABELED AS SUCH. WHERE A DLCS NETWORK COMPONENT IS FOUND TO CAUSE BACNET INTEGRATION ISSUES, THE DLCS MANUFACTURER SHALL BE RESPONSIBLE FOR ALL COSTS RELATED TO BOTH TROUBLESHOOTING THE ISSUE AND THE ULTIMATE RESOLUTION OF THE ISSUE TO INCLUDE COSTS ASSOCIATED WITH USE OF BACNET PROTOCOL ANALYZERS TO IDENTIFY THE PROBLEM UP TO AND INCLUDING LABOR, MATERIAL, EQUIPMENT, SOFTWARE CODING, FIRMWARE REVISIONS, AND RECOMMISSIONING ASSOCIATED WTTH REPAIR, REPLACEMENT AND/OR ADDITIONAL COMPONENTS NEEDED TO CORRECT THE INTEGRATION ISSUE. 3) THE DLCS NETWORK SHALIL BROADCAST ANY OCCUPANCY SENSOR STATUS VIA CHANGE OF VALUE TO THE BAS IN LESS THAN 5 SECONDS. POLLING BY THE DLCS AS A METHOD OF OBTAINING OCCUPANCY SENSOR VALUES IS UNACCEPTABLE DUE TO EXCESSIVE LATENCY AND RESULTANT SLOW SYSTEM RESPONSE TIME. 4) WHILE THE DLCS SHALL BE CAPABLE OF PROVIDING A MUCH LARGER VARIETY OF BACNET POINTS, THE FOLLOWING ARE REQUIRED FOR BASIC INTEGRATION AT A MINIMUM (SEE MECHANICAL DRAWINGS AND SPECIFICATIONS FOR SPECIFIC POINT INTEGRATION REQUIREMENTS): -INTERIOR DLCS POINTS --ROOM OCCUPANCY STATE: REPORTS OCCUPIED VS UNOCCUPIED. --INDIVIDUAL OCCUPANCY SENSOR STATE: REPORTS OCCUPIED VS UNOCCUPIED AREA(S). --LOAD/RELAY STATE: REPORTS LIGHT FIXTURE ON /OFF STATUS. --LOAD DIMMING LEVEL: REPORTS AUTOMATIC OR MANUAL DIMMING STATUS. --DAYLIGHT SENSOR INHIBITING: REPORTS DAY LIGHT SENSOR HOLDING LIGHTS AT A DIMMED LEVEL. --ROOM SCHEDULE STATE: REPORTS NORMAL VS AFTER HOURS SCHEDULE MOOE. -EXTERIOR DLCS POINTS --RELAY PANEL SCHEDULE STATE: REPORTS NORMAL VS AFTER HOURS SCHEDULE MODE. --INDIVIDUAL RELAY STATE: REPORTS LIGHT FIXTURE ZONE ON /OFF STATUS. 5) A PROJECT-SPECIFIC BACNET OBJECT NAMING PROTOCOL SHALL BE DEVELOPED AND PROVIDED BY THE MECHANICAL CONTROLS/BAS CONTRACTOR TO BE USED BY THE DLCS CONTRACTOR IN NAMING DLCS BACNET OBJECTS INTEGRATED INTO THE BAS. CONFIRM DLCS ADDRESSING/OBJECT NAMING SCHEME WITH MECHANICAL CONTROLS/BAS CONTRACTOR PRIOR TO IMPLEMENTING IN ORDER TO REDUCE INTEGRATION CONFLICTS. 6) ALL OF THE ABOVE POINTS, USING THE OBJECT NAMING SCHEME PROVIDED BY THE MECHANICAL CONTIROLS/BAS CONTIRACTOR, SHALL BE PROVIDED TO THE BAS CONTRACTOR IN AN ELECTRONIC TABLE FORMAT TO INCLUDE; BACNET OBJECT NAME, OBJECT SERIAL NUMBER, ROOM NAME AND NUMBER FOR EACH DEVICE ON THE PROJECT. FOR RELAY PANEL-BASED OBJECTS, PROVIDE ROOM NAMES OR EXTERIOR LIGHTING ZONE NAMES AS APPROPRIATE. PROVIDE BUILDING NUMBER FOR EACH DEVICE WHERE THE PROJECT CONSISTS OF MORE THAN ONE BUILDING. SEE MECHANICAL CONTROLS DRAWINGS AND SPECIFICATIONS FOR ADDITIONAL FORMATTING REQUIREMENTS. 7) IN ADDITION TO A POINTS LIST TABLE, PROVIDE A SHOP DRAWING DEPICTING; THE LOCATION OF EACH OCCUPANCY AND DAYLIGHT SENSOR AND EACH SENSOR OBJECT NAME. WHERE RELAY PANELS ARE PROVIDED, ALSO INDICATE EACH INTERIOR AND EXTERIOR RELAY PANEL ZONE CONTROL AREA. 8) INCLUDE SUFFICIENT MEETi"!G AND COORDINATION EFFORT WITH THE BAS AND MECHANICAL CONTRACTORS TO REVIEW THE ABOVE INFORMATION. WHERE OCCUPANCY SENSOR ZONES DO NOT CORRESPOND TO HVAC VARIABLE AIR VOLUME (VAV) ZONES, EC/DLCS VENDOR SHALL ASSIST THE BAS AND MECHANICAL CONTRACTORS IN RESOLVING THE CONFLICT THROUGH TROUBLESHOOTING DEVICE/OBJECT NAMING SCHEMES. d. UPON COMPLETION OF THE INSTALLATION, THE SYSTEM SHALL BE COMPLETELY COMMISSIONED BY THE MANUFACTURER'S FACTORY AUTHORIZED TECHNICIAN WHO WILL VERIFY ALL ADJUSTMENTS AND SENSOR PLACEMENT TO ENSURE A TROUBLE-FREE INSTALLATION. THIS COMMISSIONING EFFORT SHALL BE PERFORMED IN A MANNER THAT MEETS ALL APPLICABLE FEDERAL, STATE, LOCAL ENERGY CODES AND/OR LEED CERTIFICATION PROGRAMS. THE CONTRACTOR SHALL BE RESPONSIBLE FOR FILLING OUT ALL APPLICABLE PAPERWORK AND/OR FORMS. CONTRACTOR TO PROVIDE A COPY OF THE COMPLETED FORMS TO THE ENGINEER OF RECORD PRIOR TO THE PUNCH LIST SITE VISIT FOR REVIEW AND POSSIBLE RECOMMENDATION OF SETTING REVISIONS. CONTRACTOR SHALL INCLUDE ALL COST IN THE BASE BID AND PROVIDE THE FOLLOWING WORK FOR EVERY CONTIROL ZONE: -INITIAL SETTINGS AS INDICATED ON SOO/ZONE SCHEDULE. -COMMISSIONING OF EACH LIGHTING CONTROL DEVICE/ZONE PER NOTES BELOW. -A FOLLOW UP SETTING(S) ADJUSTMENT, AS DICTATED BY THE ELECTRICAL ENGINEER, BASED UPON A REVIEW OF THE RESULTS OF THE CONTRACTOR'S COMMISSIONING EFFORT AND FINAL PUNCH LIST. e. REGARDLESS OF THE LESSER REQUIREMENTS OF ANY AHJ COMMISSIONING FORMS, THE FOLLOWING MINIMUM COMMISSIONING ITEMS MUST BE COMPLETED FOR EACH DEVICE/LIGHTING CONTROL ZONE: -MEASURED LIGHTING POWER (KW) AT THE FULLY DIMMED CONDITION. -MEASURED LIGHTING POWER (KW) AT FULL LIGHT OUTPUT. -ONLY LIGHTING FIXTURES IN THE DAYLIGHTING ZONE ARE AFFECTED BY THE DAYLIGHTING CONTROLS. -DEMAND RESPONSE TESTING, RECORDING, PRE-TEST, "OCCUPIED" STEADY-STATE LIGHTING POWER (KW) & SIMULATED DEMAND RESPONSE LIGHTING POWER (KW) DEMONSTRATING AN OVERALL 10% ENERGY REDUCTION. -DIMMING SYSTEMS PROVIDE FLICKER FREE OPERATION. -ILLUMINATION LEVELS, LOCATIONS OF MEASUREMENTS, SPECIFIC DEVICE SETTINGS ARE DOCUMENTED ON AS-BUILTS. f. AS PART OF THE "RECORD DRAWINGS", INDICATE ON THE REFLECTED CEILING PLAN THE EXACT LOCATION (CEILING TILE OR ACCESS PANEL) OF ANY ABOVE CEILING DEVICE. g. WHEN THE PROJECT REQUIRES TWENTY-FIVE (25) OR MORE CEILING MOUNTED SENSORS, CONTRACTOR TO PROVIDE A REMOTE CONTROL PROGRAMMING/CONTROL DEVICE, AND HAND IT TO THE OWNER AT THE END OF THE PROJECT. h. THE CONTRACTOR TO INCLUDE ALL COSTS TO ENSURE THAT PROGRAMMING IS PERFORMED BY A FACTORY PERSON OR AUTHORIZED TECHNICIAN. FACTORY TECHNICIAN TO ALSO PROVIDE USER/OWNER TRAINING AT TURNOVER OF BUILDING WITH A SECOND TRAINING 60 TO 90 DAYS AFTER OCCUPANCY. TRAINING TO INCLUDE SYSTEM OVERVIEW, TRAINING ON SYSTEM SOFTWARE, PREVENTATIVE MAINTENANCE, SERVICE AND SUPPORT INFORMATION THAT IS DEEMED NECESSARY TO FAMILIARIZE THE OWNER'S PERSONNEL WITH THE OPERATION, USE, MAINTENANCE, ADJUSTMENT, AND PROBLEM SOLVING DIAGNOSIS OF THE OCCUPANCY SENSING DEVICES AND LIGHTING CONTROL SYSTEMS. ARCHITECT ~ ~11111 DGA planning I architecture I interiors 550 Ellis St1-eer, Mountain View. CA 94043 .... '"····-----~ 20 I Filbert Stre'='· 3rd Floor.San Francisco, CA 94133 ······•··· ......................... . 2550Fifth l>.venu", Sc:ite 115,§~n Qi,,~C>,C:I>. 921.~3._ 1720 8th Street. Sacramento, CA 9581 I COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch lk1sc Job#: 2018-0315 REVISIONS NO. DESCRIPTION CLIENT LOGO I I 650,943-1660 415.-477-2700 619-685-3990 91.6--441-6800 DATE PHARMACEUTICALS CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 NONE DISTRIBUTED LIGHTING CONTROL SPECIFICATIONS E-503 DGA planning I architecture I interiors 2018 © nLIGHT: WALL BOX SENSORS: STANDALONE SINGLE RELAY = #WSX-PDT STANDALONE DUAL RELAY = #WSX-PDT-2P SYSTEM-BASED DIMMING CONTROL = #nWSX-PDT-LV-DX ---------------------- CEILING SENSORS: ONE-WAY DIRECTIONAL = (WIRED) #NRM-PDT-9 W/MASKING AS REQUIRED (WIRELESS/LOW VOLTAGE) #RCMS-PDT-9-GZ W/ MASKING AS REQUIRED (WIRELESS/BATTERY) #RCMSB-7 /45/45A-G2 360 DEGREE COVERAGE = ~NRM-PDT-9 STANDARD RANGE (WIRED) NRM-PDT-1 O EXTENDED RANGE/CORRIDOR RCMS-PDT -9-G2 WIRELESS/LOW VOLTAGE) #RCMS-PDT-10 EXTENDED RANGE/ CORRIDOR EMBEDDED FlXTURE SENSOR !WIRELESS/LOW VOLTAGEl #RES7-PDT-G2 INDOOR WIRELESS/LOW VOLTAGE #RMSOD, RSDGR-127-G2 WIRELESS/LOW VOLTAGE RSBOR EXTERIOR WIRELESS/BATTERY) #RCMSB-7 /45/45A-G2 ---------------------- DAYLIGHT SENSORS: CLOSED LOOP SENSOR = (WIRED) #NES-ADCX OR #NRM-ADCX (ONLY IF REQUIRED BY CLG. TYPE) ONE-WAY DIRECTIONAL = (WIRELESS) #RCMS-G2 EMBEDDED FIXTURE SENSOR = (WIRELESS) #RES? --------------------- CONTROL UNITS: SWITCH / STEPPED DIMMING = CONTINUOUS DIMMING (0-1 OV) CONTINUOUS DIMMING (UNIVERSAL) = (WIRED) #NPP-16/#NSP-16 (WIRELESS) #RPP20-G2 NUMBER OF RELAYS AS REQUIRED. (WIRED) #NPP16-D (WIRELESS) #RPP20-D-G2 NUMBER OF RELAYS AS REQUIRED. (WIRED) #NSP5-PCD. NUMBER OF RELAYS AS REQUIRED. (WIRELESS) UTILIZE 0-1 OV PHASE DIMMING ADAPTER. AUXILIARY INPUT/ OUTPUT CONTROL = #NAR-40 RECEPTACLIE CONTROc = (WIRED) #NPP20 PL (WIRELESS) #RPP20-G2 AV SYSTEM SERIAL INTERFACE HVAC CONTROL MOVEABLE PARTITION INTERFACE & SENSOR = #nlO X (SCREENS / AV SYSTEM INTEGRATION) #NAR-40 #FRESCO TOUCH PANEL #NFCS-7TSN (PER SPACE), #NI0-1 S POWER PACK (SENSOR POWER), & #ENTERTAINMENT NETWORKS PARTITION SENSOR DUAL MODE CORRIDOR/STAIRWAY/AISLEWAY = CONTROL INPUT W/BOTTOM COVER (www.entertainmentworks.com). #NDTC ---------------------- WALL CONTROLS: DIMMING = !WIRED) #NPODM-DX SERIES WIRELESS) #RPODB-DX KEYED SWITCH = # OF DIMMERS AS REQUIRED -4 / YOKE MAX) #NIO INPUT INTERFACE W/LIEVITON #1221-2L-? KEYED SWITCH ---------------------NETWORK COMM COMPONENTS: GATEWAY = #NECY-120, NGWY2-GFX, 13.9"H x 10"W x 4.5"D ENCLOSURE TO BE PROVIDED BY CONTRACTOR BRIDGE #NBRG-8-KIT ------ NETWORK RELAY PANELS: ------------ ARP INTENCXX NLT XXFCR MVOLT, QTY AS REQUIRED, TO INCLUDE SPARE RELAYS SHOWN IN SCHEDULES. ----------------- EMERGENCY POWER INTERFACE: SWITCHING / STEP DIMMING = (WIRED) NPP 16-ER (WIRELESS) #RPP20-ER-G2 SWITCH / STEPPED DIMMING CONTINUOUS DIMMING CONTINUOUS DIMMING (0-1 OV) -------- LOAD INTERFACE DEVICE: LUTRON COMPONENTS REVERSE PHASE DIMMING COMPONENTS FORWARD PHASE DIMMING COMPONENTS 2 & 3 WIRE DIMMING COMPONENTS NUMBER OF RELAYS AS REQUIRED, NORMAL CIRCUIT REQUIRED. (WIRELESS) #RPP20-EM-G2. NUMBER OF RELAYS AS REQUIRED, NORMAL CIRCUIT NOT REQUIRED, GENERATOR AND DELAYED TRANSFER INVERTER ONLY. (WIRED) #NPP16-D-ER = (WIRELESS) #RPP20-D-ER-G2. NUMBER OF RELAYS AS REQUIRED, NORMAL CIRCUIT REQUIRED. (WIRELESS) #RPP20-D-EM-G2. NUMBER OF RELAYS AS REQUIRED, NORMAL CIRCUIT REQUIRED EXCEPT WHERE GENERATOR AND DELAYED TRANSFER INVERTER POWER IS USED. --------- LUTRON #BCl-0-10. = (WIRED) #NSP5-PCD-ELV120 DR LUTRDN #PHPM-PA-DV-WH (WIRELESS) #PCDM & RPP20DG2/ = (WIRED) #NSP5-PCD-MLV OR LUTRON #PHPM-PA-DV-WH (WIRELESS) LUTRON #BCl-0-10/LUTRON #PHPM-PA-DV-WH = (WIRED) #NSP5-PCD-2W/3W OR LUTRON #PHPM-PA-DV-WH WATTSTOPPER: WALL BOX SENSORS: STANDALONE SINGLE RELAY = #DW-100 STANDALONE 0-10V DIMMING WITH SINGLE RELAY = #PW-311 STANDALONE DUAL RELAY = #DW-200 SYSTEM-BASED DIMMING CONTROL = #LMDW-102 ---------- CEILING SENSORS: ONE-WAY DIRECTIONAL = 360 DEGREE COVERAGE= (WIRED) #LMDC-100 WITH MASKING AS REQUIRED (PIR-ONLY WIRELESS) #LMPC-600 SERIES WITH MASKING AS REQUIRED. (WIRED) #LMDC-100 (PIR-ONLY WIRELESS) #LMPC-600 SERIES --------------------- DAYLIGHT SENSORS: (WIRED) #LMLS-500 (1-3 ZONE) (WIRELESS) #LMDL-600 (1-3 ZONE) (WIRED) #LMLS-400 (1 ZONE ONLY) OPEN LOOP SENSOR= CLOSED LOOP SENSOR= REMOTE CONTROL = #LMCT-100 (HAND TO OWNER AT COMPLETION OF PROJECT.) ---------------------- CONTROL UNITS: SWITCHED (WIRED) #LMRC-1 O? (NUMBER OF RELAYS AS REQUIRED) (WIRELESS) #LMRC-6??MCC = #LMRC-21? (NUMBER OF RELAYS AS REQUIRED). = #LMRC-6??MCC (NUMBER OF RELAYS AS REQUIRED). #LMRC-22? (NUMBER OF RELAYS AS REQUIRED). CONTINUOUS DIMMING (0-1 OV, WIRED) CONTINUOUS DIMMING (0-1 DV, WIRELESS) CONTINUOUS DIMMING (UNIVERSAL, WIRED) RECEPTACLE CONTROL = #LMPL-101 OR LMPL-201 (WHERE MORE THAN 4 RECEPTACLE HVAC CONTROL= CONTROL UNIT SARE TIED TOGETHER) ~BZ-250 (WHEN USING WIRELESS CONTROL UNIT) flLMPL-6?? (WHEN AVAILABLE) (WIRED) #LMRL-100 (WIRELESS) #LMRC-6??MCC (WIRED) #LMDl-100 ADD WIRELESS BRIDGE FOR WIRELESS SYSTEM. AV SYSTEM SERIAL INTERFACE MOVEABLE PARTITION INTERFACE & SENSOR = PARTITION INTERFACE -#LMI0-102 PARTITION SWITCH/STATUS INDICATOR -#LMPS-104 POWER PACK -#BZ-50 (SENSOR POWER) PARTITION SENSOR -#ENTERTAINMENT NETWORKS SENSOR W/ BOTTOM COVER (www.entertainmentworks.com). DUAL MODE CORRIDOR/STAIRWAY/AISLEWAY = CONTROL INPUT ADD WIRELESS BRIDGE FOR WIRELESS SYSTEM. #LMZC-301, UNLESS OTHERWISE NOTED. -------------------- WALL CONTROLS: DIMMING = (WIRED) #LMSW-101/102/103/104/108 (# OF SWITCHES AS REQUIRED 4/YOKE MAX) (WIRELESS) #LMDM-601 (# OF SWITCHES AS REQUIRED 4/YOKE MAX) KEYED SWITCH = #LMI0-101 INPUT INTERFACE W/ LEVITON #1221-ZL-? KEYED SWITCH ---------------------- NETWORK COMM COMPONENTS: ZONE SEGMENT MANAGER = (WIRED OR WIRELESS) #LMSM-3E/#LMSM-6E W/#LMSM-ENC1 ENCLOSURE. NETWORK BRIDGE / ROUTER / SWITCH = (WIRED) #LMBC-300/#NB-ROUTER/#NB-SWITCH (WIRELESS) #LMBC-600/#LMBR-650/#NB-SWITCH NETWORK WIRING = (WIRED) #LM-MSTP. ------- NETWORK RELAY PANEL: LMCP8, 24, OR 48 ------- EMERGENCY POWER INTERFACE: SWITCHING / STEP DIMMING = #ELCU-200 BYPASS DEVICE. CONTINUOUS DIMMING = #ELCU-200 BYPASS DEVICE. -- -- ---------------------- LOAD INTERFACE DEVICE: LUTRON COMPONENTS = LUTRON #BCl-0-10. REVERSE/FORWARD PHASE DIMMING COMPONENTS = LUTRON #PHPM-PA-DV-WH. LUTRON CONTROLS (VIVE): WALL BOX SENSORS: STANDALONE SINGLE RELAY (DUAL TECH) = #MS-A 102-XX STANDALONE DUAL RELAY (DUAL TECH) = #MS-A202-XX SYSTEM-BASED DIMMING CONTROL= (0-10V) #MS-Z101-XX (FORWARD PHASE) #MSCL-OP153M-XX ---------------------- OCCUPANCY SENSORS: WALL MOUNT HALLWAY COVERAGE = #LRF2-0HLB-P-WH WALL MOUNT 180 DEGREE ONE-WAY DIRECTIONAL = #LRF2-0WLB-P-WH (1500 S.F. MAXIMUM) WALL MOUNT 90 DEGREE (CORNER) COVERAGE = #LRF2-0KLB-P-WH (1225 S.F. MAXIMUM) CEILING MOUNT 360 DEGREE COVERAGE = #LRF2-0CR2B-P-WH (600 S.F. MAXIMUM) ---------------------- DAYLIGHT SENSORS: OPEN LOOP SENSOR = #LRF2-DCRB-WH ----------- RF CONTROL UNITS: MAESTRO BA, 0-1DV ZONE CONTROLLER = #RMJS-8T-DV-B 5A, SWITCHING ZONE CONTROLLER = #RMJS-5R-DV-B 16A, SWITCHING ZONE CONTROLLER = #RMJS-16R-DV-8 20A, SWITCHING RECEPTACLE CONTROLLER = #RMJS-20R-DV-B 20A WIRELESS RECEPTACLE (SPLIT) = 20A WIRELESS RECEPTACLE (DUAL) = 0-1 OV FIXTURE CONTROLLER = ECOSYSTEM DIGITAL FIXTURE CONTROLLER = MAESTRO RF 6A SWITCH (120V) = MAESTRO RF 8A SWITCH (DUAL VOLTAGE) = RF DIMMER (CFL/LED/INC/HAL FORWARD PHASE = MAESTRO RF DIMMER (ELV REVERSE PHASE) = MAESTRO RF DIMMER (INC/MLV) = ACCESSORY DIMMER (MULTI-LOCATION, 3-WAY, 4-WAY) = #CAR2S-20-STR #CAR2S-20-DTR #FCJS-010 #FCJS-ECO #MRF2S-6ANS-XX #MRF2S-8S-DV-XX #MRF2S-6CL-XX #MRF2S-6ELV-XX #MRF2S-6ND-120-XX #MA-R-XX #RMJS-CC01 -24-B CONTACT CLOSURE OUTPUT DEVICE = --------------------- WALL CONTROLS: WIRELESS 4 BUTTON, ENGRAVABLE = #PJ2-4B (# OF DIMMERS AS REQUIRED -4 / YOKE MAX) WIRELESS BASIC ZONE/SCENE CONTROL = #PJ2-2BRL-(# OF DIMMERS AS REQUIRED) NON-ENGRAVABLE #PJ2-3BRL-(# OF DIMMERS AS REQUIRED) -------- NETWORK COMM COMPONENTS: VIVE WIRELESS HUB (WITH BACNET) = #CPN-IRV-5 (HJS-2-FM) ------NETWORK RELAY PANEL: NOT AVAILABLE ------ LOAD INTERFACE DEVICE: 0-10V TO 3-WIRE FLUORESCENT INTERFACE = #BCl-0-10 PHASE ADAPTIVE DIMMING INTERFACE (REVERSE/FORWARD PHASE) = LUTRON #PHPM-PA-DV-WH 3-WIRE FLUORESCENT TO PHASE ADAPTIVE INTERFACE = #PHPM-WBX-DV-WH ECOSYSTEM DIGITAL TO 0-10V INTERFACE = #TVI-LMF-2A -- -- -· -------- COOPER LIGHTING SOLUTIONS NETWORK LIGHTING CONTROL (WaveLinx Wired/Wireless): WALL BOX SENSORS: STANDALONE SINGLE RELAY = STANDALONE DUAL RELAY = STANDALONE SINGLE RELAY WITH 0-1 OVDC = SYSTEM-BASED WALLBOX = CEILING SENSORS: ONE-WAY DIRECTIONAL = 360 DEG COVERAGE= DAYLIGHT SENSORS: ; ONW-D-1001-MV-N SERIES ONW-D-1001-DMV-N SERIES OSW-D-010 SERIES NOT AVAILABLIE ! WIRED) #OAC-DT-501/ WIRED DIGITAL PIR)#FLT-MTS6-DALI (MASKING) PIR BATTERY WIRELESS) #CWPD-1500 (MASKING) PIR LINE-POWERED WIRELESS)#WTA WIRED) #OAC-DT-1000/0AC-DT-2000 WIRED DIGITAL PIR) #FLT-MTS6-DALI/FLT-MTS12-DALI PIR BATTERY WIRELESS) #CWPD-1500 PIR LINE POWERED WIRELESS) #WTA WIRELESS FIXTURE) ;SWPD1 [<12FT) SWPD2 7-15FT) SWPD3 15-40FT) OPEN LOOP SENSOR = !WIRED DIGITAL) #FLT-MTS6-DALl/#FLT-MTS12-DALI WIRELESS-BATTERY) #CWPD-1500 WIRELESS LINE-POWERED) #WTA WIRELESS FIXTURE) iSWPD1 [<12FT) CONTROL UNITS: SWITCH/CONTINUOUS DIMMING (0-1 OV) = CONTINUOUS DIMMING (UNIVERSAL) = AUXILIARY INPUT = OUTPUT CONTROL= RECEPTACLE CONTROL= HVAC CONTROL = AV SYSTEM INTERFACE MOVEABLE PARTITION INTERFACE & SENSOR DUAL MODE COORIDOR/STAIRWAY/AISLEWAY = CONTROL INPUT 1/0 DEVICE / CONTACT CLOSURE = WALL CONTROLS: DIMMING = SWPD2 7-15FT) SWPD3 15-40FT) WOLC-7P-1 DA (7PIN EXTERIOR) !DIGITAL) #FLT-DAC-DALI-DC1 OR FLT-DAC-DALI-DC2 ONE PER ZONE). WIRELESS) #WSP-MV-01O/#WSP-CA-010 ONE PER ZONE) ONE OF THE ABOVE PLUS #LDCM-PL/#PD216 (DIGITAL) #UIM (WIRELESS) #WSP-CA-010 (DIGITAL) #Rl-2-NA !DIGITAL) #FLT-HPRS-DALI WIRELESS) #WSP-MV-010 WIRELESS RECEPTACLE) #WR20 (WIRELESS/WIRED) #TRELLIX BACNET (OPTIONAL) #-R OPTION ON OCCUPANCY SENSOR. (DIGITAL) #Sl-2-NA (WIRELESS) #TRELLIX API (DIGITAL) #UIM/IRTR (WIRELESS) #NA PROGRAMMING THROUGH SYSTEM DEMAND RESPONSE. (DIGITAL) #EISS-BOX (WIRELESS) #TRELLIX SERVER BOTH ADR-2.0 (DIGITAL) #UIM !DIGITAL) #FDW-TSB-RL WIRELESS-BATTERY) #WB-RL SERIES WIRELESS LINE POWERED) #W-RL SERIES. ALL DEVICES ARE UP TO 5 ZONE/SCENE OR MIX WITH DIMMING SCENE PROGRAMMABLE TOUCHSCREEN KEYED SWITCH = (DIGITAL) #TSE-55 OR #TSC-80 (WIRELESS) #TSE-57 = (DIGITAL) #UIM (WIRELESS) #WSP-CA-010 ALL USE LEVITON #1221-2L-? KEYED SWITCH NETWORK COMM COMPONENTS: NETWORK ADAPTER = (DIGITAL) #EG2 #TRELLIX SERVER NETWORK RELAY PANEL: ILUMIN PLUS SERIES 12, 24, OR 48 EMERGENCY POWER INTERFACE: SWITCH / CONTINUOUS DIMMING (0-1 OV) = (DIGITAL) #FLT-DAC-DALI-DC1 OR #FLT-DAC-DALI-DC2 (WIRELESS) #WSP/CEPC-2-D LOAD INTERFACE DEVICE: FORWARD PHASE DIMMING = (DIGITAL) #FLT-SPDM-DALI (WIRELESS) #WSP /PD216 REVERSE PHASE DIMMING COMPONENTS = (ALL SYSTEMS) LDCM-PL NETWORK INTERFACE: STAND ALONE ROOM CONTROLLER: (DIGITAL) #EG2 (WIRELESS) #TRELLIX SERVER WHEN REQUIRED TO HAVE NON NETWORK CONTROL, USE ROOM CONTROLLER RC3D-PL OR RC3DE-PL AND ASSOCIATED SYSTEM COMPONENTS ARCHITECT ~ ~11111 DGA planning I architecture I interiors 550 Ellis St,·eet, Mountain Vlew, CA 94043 650s943-I 660 ~--··············----... -.............. . 20 I Filbert Street;. 3rd Floor, San Francisco, CA 94.133 415-477'2700 2550 FifthAvenue,Suite l I5.San Diego.CA 92!03 6!9-685-3990 1720 8th Street, Sacramento, CA 9581 I 9 I 6s44 l-6800 COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch tk1sc Job#: 2018-0315 REVISIONS NO. DESCRIPTION CLIENT LOGO CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE I !li PHARMACEUTICALS IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 NONE DISTRIBUTED LIGHTING CONTROL SPECIFICATIONS E-504 DATE DGA planning I architecture I interiors 2018 © ------·----------- 8 1--------- VERIFY FIXTURE DIMENSI □NS AGAINST ~----! 2 1------------ -------i 3 j--------- ~----l 4 j---, SPECIFICAT!□N 7· • •: I ------16 MIN, 12' DEPTH GRAVEL DRY 'w'ELL BELO\,' LUMINAIRE ~ SCHEDULED LUMINAIRE MOUNTS FLUSH IN CONCRETE MOW-STRIP. REFER TO FIXTURE SCHEDULE FOR ACTUAL FIXTURE DIMENSIONS, CONDUIT ENTRY OPTIONS, WATTAGE, FINISH, ACCESSORIES, ETC. CONC. MOW RING. MIN. 3" DIAMETER LARGER THAN FIXTURE, WITH 1/2" TOOLED EDGE. ENCASE FIXTURE HOUSING IN CONCRETE. OPEN TO GRAVEL DRAINAGE BELOW. TURF OR GROUND COVER PER LANDSCAPE SPECIFICATION. SOIL. USE SILICONE-FILLED WIRE NUTS OR FILL JUNCTION BOX WITH RE-ENTERABLE POTTING COMPOUND. MIN. 12" DEPTH X (2X FIXTURE DIAMETER) PEA GRAVEL BELOW FIXTURE ASSEMBLY FOR DRAINAGE. ADDITIONAL GRAVEL OR DRAINAGE MAY BE REQUIRED IN LOCATIONS WITH POOR SOIL DRAINAGE. CONDUIT INTO / THROUGH FlXTURE. CONTRACTOR TO CONFIRM BOTTOM OR SIDE ENTRY WITH FIXTURE SPECS. PROVIDE WATER TIGHT CONDUIT SEAL. BRANCH CIRCUIT CONDUIT PER SITE PLAN. LOCATE POWER CONDUIT MIN. 18" BELOW GRADE, OR PER NEC TABLE 300.5. FLAGPOLE ASSEMBLY AND FOOTING PER SPECS. FLAGPOLE INGRADE LIGHT MOUNTING DETAIL SCALE: N.T.S. -.. ------------~0 i APPX, i ~--2 FIXT. HEIGHT A.F.G, PER SPECIFICA TI□N VERIFY FIXTURE DIMENSI□NS AGAINST SPECIFICATI □N MIN, 12' DEPTH GRAVEL DRY \./ELL ~ SIGNAGE OR WALL. CONTRACTOR TO VERIFY EXACT LOCATION. SCHEDULED LUMINAIRE & POWER POST ASSY. MOUNT FIXT. ASSY. IN LANDSCAPE; COORDINATE EXACT LOCATION WITH LANDSCAPE ARCH. REFER TO FIXTURE SCHEDULE & MANUFACTURER INFORMATION FOR ACTUAL FIXTURE DIMENSIONS, CONDUIT ENTRY OPTIONS, WATTAGE, FINISH, ACCESSORIES, ETC. USE SILICONE-FILLED WIRE NUTS TO TERMINATE POWER INSIDE OF POST ENCLOSURE. TURF OR GROUND COVER PER LANDSCAPE SPECIFICATION. MIN. ¢9" X ±12" DEEP CONCRETE FOOTING. TOP OF FOOTING MIN. 3" BELOW GRADE. OPEN TO GRAVEL DRAINAGE BELOW. SOIL. MIN. 12" DEPTH X 10" DIAMETER PEA GRAVEL DRY WELL BELOW FIXTURE ASSEMBLY FOR DRAINAGE. ADDITIONAL GRAVEL OR DRAINAGE MAY BE REQUIRED IN LOCATIONS WITH POOR SOIL DRAINAGE. CONDUIT INTO / THROUGH FIXTURE. PROVIDE WATER TIGHT CONDUIT SEAL. BRANCH CIRCUIT CONDUIT PER SITE PLAN. LOCATE POWER CONDUIT MIN. 18" BELOW GRADE, OR PER NEC TABLE 300.5. APPX, --,r 2 SIGN LIGHT MOUNTING DETAIL CD --------------1 SCALE: N.T.S. -----------··--- ARCHITECT ~ ~11111 DGA planning I architecture I interiot--s 550 Ellis Street, MountainVieW; CA 94043 20 I Filbert Street, 3rd Floor, San Francisco, CA 94133 2!i50Fift~.i>.venue, Suite I 15,SanDiego, CA91l03··· 1720 8th Street, Sacramento. CA 9581 I REVISIONS COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch tk1sc Job#: 2018-0315 NO. DESCRIPTION CLIENT LOGO CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 NONE EXTERIOR DETAILS E-601 DGA planning I architecture I interiors 650-943-1660 415-477-2700 619-685-3990 9 I 6-441-6800 DATE 2018 © STATE OF CAUFORN!A ST/,ffE OF CALIFORNIA Outdoor lighting Outdoor Lighting NRCC-LTO-E CALIFORNIA ENERGY COMMISSION NRCC-LTO-E -CALIFORNIA ~NERGY COMMISSION CERTIFICATE OF COMPLIANCE NRCc-LTO•E CERTIFICATE Of COMPLIANCE NRCC¥lTO-E Project Name: lonis Pharmaceuticals Monument Sign Report Page: {Page 3 of 6) Project Nam€: lon1s Pharmaceufa,;a!s Monument Sign Report Page: (Page 1 af6) Project Addrass: 2850 & 2855 Gazelle Court Date Prepared: 6/11/2020 Project Address: 2850 & 2855 Gazelle Court Date Prepared: 6/11/2020 F. OUTDOOR LIGHTING FIXTURE SCHEDULE IA. GENERAL INFORMATION 01::· Project Location {city) Carlsbad ., ' , Total illuminated Hardscape Area [ft2) 0 .• ill Climate Zone 7 For new or altered lfghtfng systems demonstrating compfiance with §.1:.W, ( a/1 new !uminaires bejng installed and any existing Juminafres remaining or being moved within the spaces covered by the permit application are included in the Table befow. For ottered fighting systems using the Existing Power method per fi14.1.0/bi2L only new luminaires being installed and replacement luminoires being installed as part of the project scope are included {ie, existing iuminoires remaining or existing !uminaires being moved are not included) ,v4 Outdoor lighting Zone per Title 24 Part 1 ,;:10.114 or as designated by Authority Having Jurisdiction (AHJ}; Designed Wattage: □ LZ-0: Very Low -Undeveloped Park.land □ LZ-2: Moderate -Rural Areas I C ILZ-4: High -Must be reviewed by CA Energy CommissEon for Approval 0 lZ-1: low-Developed Parkland 0 LZ-3: Moderately High -Urban Areas. ; > '" ·,·, '' ,,, ., " ; ' ·•·9!t~~.RrAf-?t · -. ,._.. :§;.~9fit~i\~l:}; :-, Fi B, .PROJECT SCOPE •·: ' ' :: . ' ,·. ' ., ·,, ' ., ~.., :-__ ,' ''' ,.,. l9tn~(j<i(it~ut! G ,, '·g:L1tj·j,JNtj\ 4-'"" This table includes outdoor lighting systems that are within the scope of the permit application and are demonstrating compliance using the prescriptive path outiined in S.1-40.7 or §141.Ql4J2L for alterations . WS W5 • INGRADE LANDSCAPE I □ L' LED 1near 16 Mfr. Spec1 9 New □ 144 NA:< 6200 lumens C 0 My Project Consists of: Total Design Watts: 144 ' ' ls your alteration increasing the connected lighting load {Watts)? Yes No J.FOOTNOTES: Authority HavlngJvrisdictfr:m may ask for fominaire cut sheets to confirm wattage used.for compiiance per i1.2.QJ2£.(l 1 For linear !umlnaires~ wattage should be indicated c1s W/if instead of Watts/!uminaire. fatal nnear feet should be indicated in cofumn 05 instead of number of luminoires. Sum Tota! of luminair-es Being Add€d or Alternd Calculation Method 3 Sefe,t "New" for new /umirwlres in a r)ew outdoor Hghting project, or for added /umifiaires in an alteration. Select "Aftered"for replacement iumin.aires in an alteration. Select "£xfsting to Remain'' for existing fuminaires within the project scope that are: r.ot being altered and ore remaining. Seiect '1Existing Reinstr::!ied"for existing fum!naires which are biHng removed and reinstalied as part of the project scope, Please proceed to Table F. Outdoor Lighting Fixture Schedule to define the project's luminaires. I! Compfiance with mandatory cutoff requjremen;s is required for luminatre~ with initial lumen output;>:= 6,200 unless exempted by &.FJD,?[b/ 1 FOOTNOTES:% of Existing Luminaire5 Being Altered:= {Sum Total of Luminafre5 Being Added or Altered I Existing Lu min-a ires within the Scope of the Permit Application) x 100. G. CUTOFF REQUIREMENTS (BUG) This section does not apply to this project. Registratior, Number: Registration Date/Time: Registration Provider: Eriergv5oft Registration Number: Registratio~ Date/Time: Reglstration Provider: EnergySoft CA Building Energy Efficiency Standards r 2019 Nonresidenti?.! CompHan.:::e Report Vers.ion: 2019.0.001 Schema Vers.(on: rev 20190401 Repnrt Generated: 2020°06~11 12:05:03 CA Bui!di11g Energy Efficiency Standards-2019 Nonresidential Compliance Report Ve rs.ion: 2019.0.D01 S~h-ema Version: rev 2019G401 Repo:t Generated: 2020..06-11 12:06:03 STATE m CAUFORN!A STAT!: OF G\UFORN!A Outdoor Lighting Outdoor Lighting NRCC-lTO-E CALIFORNIA ENERGY COMMISSION NRCC-i.TO-E CALIFORNIA ENERGY COMMISSION CERTlFICATE OF COMPUANCE NRCC-LTO~E CERTIFICATE OF COMPLIANCE NRCC¥lTO~E Project Name: lonis Phcrrnaceuhca!s Monument Sign Report P-age: (Page 4 of 6) Project Name: !onis Pharmaceuticals Mon1.;rnent Sign Report P.age: (Page 2 of 6-) Project Address: 2350 & 2855 Gazelle Court Date Prepared: -6/11/2020 Project Address: 2850 & 2855 Gaze!!.e Court Date Prepared: 6/11/2020 H. OUTDOORLIGHTING CONTROLS C. COMPLIANCE RESULTS This table demonstrates compliance with controls require mm ts for a!f new or altered fuminaires jnstalfed as part of the permit application, For alteration projects, luminalres whfch ore Results in this table are automati.cally calcu/Dted from data input and calculations in Tables F through I, Note: if any ce:11 on this table says 11COMPUES with Exceptional Conditions" refer existing to remain {ie untouched) and Juminoires which are removed and reinstal!ed (wiring only) do not need to be included in this table even if they are within the spaces covered by to Table D. Exceptional Conditions for guidance or see applicable Table referenced beiow, the permit application. When an option having a * is selected, the notes section of this table must be completed. The fighting controls section of the Campffance Summary Table on the first page wJff show "DOES NOT COMPLY" if the notes are left blank. Mandatory Controls .·.: ,·,·.,, ,'' ~·······•,•·· '' •.·:·· ' •,·' . i vc ,.· .. '' :.·, : ". ·, ~ ~ '' ii ' ·,' ,·,,,, :',, : ./ ' ,, ,·:, i j}~~it¼~j Ui Ii~,' ~ .,· :,· :-" •':' . I > t·< :.,:,: ,:,• . ,·:·.•. ',, .. , ,', ' ,. :·•·• .·, '' '' :'t .'• " ,•' ' ,·, ,,',.' ,•' .. ,,· I ' . : ''' •,·•, Et fl .................. ·•· J ,,,, < '' ,,•: ,·'' ··: •···: ,·::,, ·• ''' ' ... ,•, ·u ,' ,··, ' '' ,· ,, '' ,· .. ·· Flag Po(e Landscape Lighting Photocontro! Yes Exempt"' C C _1:li1/-9!~~}:;i_~¥tf4:,~j~f,,p:::~i~q~,f~.-fA~:;{lf ::rtWNi#Cf ,1!#!?,_v(to/{1.~;~M~::i~.§.~~{-,1i;ifiiii1k~S<i~;:~fij[e,p¢f .. ,'': :: ·:·': •• .. ~•·· > ..... ,>•···~•·••·····,··•·•··· :.·: > ···•·' ,', fX,::H~r?W~Mi.419r:\#~lthc&:4qfetjfc_tq)j~'.f!~i.!l~.,t;#ff:i'ffXA7,nq&_;ijk,:~1.~jt\2[j} .. . . . . .. . . ' : . < ,,, \{'.' .. ''.· F!ag Pole landscape lighting EXCEPnON 2 to Section 130.2{c)3 -Londscope lighting under Sect!on 140, 7(a) tt·~ ~ !=+='-~·/,?',,'' ;_:,._:f'~~1:w~~k\ = ::_ ~~rdifap~,= A~.toweni±e/ : : '§1:40:'.-tkHS:.:- (sk~riiii1Jjj .. 0 + 0, EXCEPTIONAL CONDITIONS >f t<Wi!i/\1!~~:{~f!trnli.Mw~r•(Wiil_t•l§im\di;,\ *~'4:tfj:bj\il •, ..• , < '·'·' ·,, • ...• fa I,;:":':,.. \i :,: , ... e:.-' :-·=· ·:.:-,. /·::-:-::·-· . .:f. .:' :I _."::,':.: '·--'-___ ,-, -;;;, ?.: - + -.-.:. ,,\!.) ''' ·, ' ' .:i/ ' T~\i}ttn;L I •· '' ,,····.,····· ~~-ij_l'he' _ _ H"Y~,:::: __ ._ .. f•o:Wi:i'rfh·:-: {Seil TaB1.i ~i • •·· : [;: .><: .:/·':'-.'/l + ...... + :':':':"' OR [-'.':'.'.f.:_)'":"-: 0 > ,. ·i (,¢~Jttj,ri4?f_~Q·ce.J~e~:/ta~~.':¢,!:ftji?qjijjtS}' '• • , ,· ·.•i :·: CgptfplJ:i::<imi/li,!ff~<iJ½e!TaliJ~ f!ftj(p,i,t~ ils) ' 0 COMPLIES Not Applicable COMPLIES with Exceptional Conditions This table is auto-filled with uneditable comments because of selections made or data entered in tables throughout the form, I. LIGHTING POWER ALLOWANCE (per §14llo7 j This table includes areas using allowance cofcufations per §140.7. General Hardscape ' •·•·• > '·•· •·••··· •• ., < iE. ADD!TlONAl REMARKS , .• : ,f., u ,. Allowance is per Table .!40.7-A while "Use it or lose it" Afiowances are per 1abfe-/,_40,7-fl.. □ Genera! ri~i;!/~W§fi!is,,~"41l0Wiih&{:s/ile¢!~!1.ll1;it¥l'Plv1i~it~~t?l!Jr~i•PP1\f!\L This table Includes remarks made by the permit applicant to the Authority Having Jurisdiction, Indicate which al!owances are being used to expand sections for user input. Luminaires Kardscape □ Per □ Per Specific that qualify far one of the "Use it or Jose it" af!owances shall not qualify for another ''Use Allowance Application □ Sales Frontage C Ornamental Area it or lose it" allowance. Table i {below) TaMe J Table K Tabie l Table M Calculated GeMral Hards.cape lighting Power A!!owance per Table 140. 7-A {LZ 0, l &4) This section does not apply to this project, Calculated General Hardscape Lighting Power A!!owance per Tabie 140.7-A (lZ 2 & 3) This section does not apply to thls project. l. LIGf!TlNG ALLOWANCE: PER APPLICATION This section does not apply to this project. Registration Number: Registration Date/Time: Registration Provider: EnergvSoft Registration Number: Registration Date/Time: Registration Provider: Energy:Soft CA SuHding Energt E:fficiency Standsrds -2019 Nonn~s!dential Complisnce Report. VBrsion: 2019.0.001 Schema Version: rev 20190401 Report Generated: 2020-06-11 12:06:03 CA Building Energy Efficiency Standards¥ 2019 Nonresidential Comp!lance Report Version: 2019.0.00l Schema Version: rev 20190401 Report Generated: 20-20~06-11 12:06:03 TITLE 24 PROCEDURES FOR TESTING AND ADJUSTING CONTRACTOR SHALL BE RESPONSIBLE FOR ALL WORK ASSOCIATED WITH FINAL INSPECTION AND APPLICABLE ACCEPTANCE REQUIREMENT PROCEDURES, INCLUDE ALL COSTS IN THE BASE BID. THIS SHALL INCLUDE, BUT NOT BE LIMITED TO, CONSTRUCTION INSPECTION, MEASUREMENTS, MONITORING, FUNCTIONAL TESTING, CALIBRATING. ETC, CONTRACTOR SHALL ASSUME THE ROLE OF "FIELD TECHNICIAN" AND "RESPONSIBLE PERSON" AS DEFINED IN STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS NONRESIDENTIAL COMPLIANCE MANUAL SECTION 13-2,2, LIGHTING CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LTl-02-A DOCUMENTS, AUTOMATIC DAYLIGHT CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LTl-03-A DOCUMENTS, DEMAND RESPONSE LIGHTING CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LTl-04-A DOCUMENTS, INSTITUTIONAL TUNING PAF ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LTl-05-A DOCUMENTS, OUTDOOR LIGHTING CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LT0-02-A DOCUMENTS, ALL LIGHTING CONTROLS TESTING AND ADJUSTING DOCUMENTS NOTED ABOVE ARE AVAILABLE FROM THE CALIFORNIA ENERGY COMMISSION WEB SITE AT: https:/ /ww2.energy,ca ,gav /title24/201 9sta ndards/2019_camplionce_documents/Nonresidentiol_Documents/NRCA/ TITLE 24 GENERAL NOTE CONTRACTOR SHALL BE RESPONSIBLE FOR ALL WORK ASSOCIATED WITH FINAL INSPECTION AND APPLICABLE ACCEPTANCE REQUIREMENT PROCEDURES, INCLUDE ALL COSTS IN THE BASE BID, THIS SHALL INCLUDE, BUT NOT BE LIMITED TO, CONSTRUCTION INSPECTION, MEASUREMENTS, MONITORING. FUNCTIONAL TESTING, CALIBRATING, ETC. CONTRACTOR SHALL ASSUME THE ROLE OF "FIELD TECHNICIAN" AND "RESPONSIBLE PERSON" AS DEFINED IN STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS NONRESIDENTIAL COMPLIANCE MANUAL SECTION 13-2,2, SEE STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS SECTIONS 10-103(a)3A AND 10-103(a)3B AND SECTION 130,4 FOR MORE INFORMATION, SEE STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS NONRESIDENTIAL COMPLIANCE MANUAL CHAPTER 13 FOR MORE DETAILED REQUIREMENTS / INFORMATION, SEE STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS RESIDENTIAL COMPLIANCE MANUAL CHAPTER 2 FOR MORE DETAILED REQUIREMENTS / INFORMATION, PROVIDE COMPLETED INSTALLATION CERTIFICATE(S) AND CERTIFICATE(S) OF ACCEPTANCE AS REQUIRED TO THE SATISFACTION OF THE ENFORCEMENT AGENCY, ARCHITECT ~-~11111 DGA planning J architecture j interiors 550 Ellis Street, Mountain View. CA 94043 650,943-1.660 :-:-"C"Cc----~-··-,,,,, .. , .. , 20 I Filben: Stre€t, 3rd Floor, San Francisco, CA 94113 415-477-2700 2550 Fifth Avenue, Suite,! 15, Sanpiego.CA 92J03··· 619-685-3990 1720 8th Street, Sa.cramento. CA 9581 I 916-441-6800 COLLASORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch tk1sc Job#• 2018-0315 REVISIONS NO, DESCRIPTION CLIENT LOGO -~ Ii,,_ I -&F I DATE I ·;oi I I i.1 w PHARMACEUTICALS CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 NONE TITLE 24 FORMS E-701 DGA planning I architecture I interiors 2018 © ST!~TE OF CALIFORN!A Outdoor lighting NRCUTO~f. CALIFORNIA ENERGY COMMISSION CERTIFICATE OF COMPUANCE NRCC-LTO·E Project Name: !onis Pharmaceuticc!s Monument Sign Report Page: {Page 5 of 6) Project Address: 2850 & 2855 GazeHe Court Date Prepared: 6/11/2020 ii<. LIGHTING ALLOWANCE: SALES FRONTAGE This section does not apply to this project. !t. LIGHTING ALLOWANCE: ORNAMENTAL .. .. This section does not apply to this project. 1M. LIGHTING ALLOWANCE: PER SPECIFIC AREA Thls section does not apply to this project. N. EXISTING CONO!TtONS POWER ALLOWANCE (alterations only} This section does not apply to this project. 0. DECLARATION OF REQUIRED CERTIFICATES OF INSTALLATION Selections have been made based on information provided in this document. If any selection have been changed by permit applicant~ an explanation should be included in Table E Additional Remarks. These documents must be provided to t.11e building inspector during construction and can be found online at https;//www.energy,ca.gov/title24/2019standards/2019_comp!iance documents/Nonresidential Documents/NRCI/ ·•. .• .. •.· ••• . • .. ••.········· .· ·.·· ··• .... • . ~~iii~ • •• •••••••• ·• ·•. ·••· •••• . · .. •··· . ... •· ••••• •• .. · . ···•· ·•··· . · .. .. ••···· ' ···•·· < ·•··· •··•. •••• .•· . •• > .··. . ... it • ·> NRC!-lTO-01-E -Must be submitted for al! buildings □ □ • NRC!-LTO-02-E-Must be submitted for a lighting control system~ or for an Energy Managem€nt Control System {EMCS), to be □ □ recognized for compliance. P •. DECLARATION OF REQUIRED CERTIFICATES OF ACCEPTANCE Se!ections have been made based on information provided in this document. £f any selection have been changed by permit applicant, an explanation should be included in Table E. Additional Remarks. These documents must be provided to the building inspector during construction and must be completed through an Acceptance Test Technician Cert{fication Provider (ATTCP). For mare information visit: http://www.energy.ca.gov/title24/ottcp/providers.htmf ••·· · .. ..... ·•· .. ... · ~ .. .. . .. • Hit1~ • ... . •· ... · ....... ..... ... •• •• I .... ii · .. ·· · .. ·•.··.• ·. i • •· ·. .. ·. •··· i .• .. •··• . ··••·····•·• ... • NRCA-LT0-02-A -Must be submitted for aH outdoor lighting controls ex-cept for alterations where controls are added to<= 20 □ □ !urnin.aires. Registration Number: Registration Date/Time: Registration Provldet: EnergySoft CA BuHding Energy Efficiency Standards -2019 Nonrnsidentiai Comp!Jan-ce Report Version: 2019.0.001. Report Generated: 2020-06-11 12:06:03 Schema Version: rev 20190401 ST.f~TE OF CAUfORNlA Outdoor Lighting NRCC-LTO·E CAllFORN IA ENERGY COMMISSION CERTIFICATE OF COMPLIANCE NRCC-LTO-E Project Name: lonis ?harmaceutica!s Monument Sign Report Page: (Pago 60! 6) Project Address: 2850 & 2355 Gazelle Court Date Prepared: 6/11/2020 DOCUMENTATION AUTHOR'S DECLARATION STATEMENT ·~ _.,w• fj .# Docurnent.ati-ori Author Nom~; Dot.ument.atiori Author Sigflarure· !I,. .£ ,;,_~..., .... ~,...-~ Ray Swartz ' , --Compan'i; Signatt.re Date: ' ~, tklsc 2020-06-11 ' l Address: C[,V HERS Ci:!rtificatlon identiflceotion {if applicable}: 15231 laguna Canyon Road, Suite 100 E15610 'City/State/7.ip: Phone: Irvine CA 92618 {949) 751-5800 RESPONSIBLE PERSON'S DECLARATION STATEMENT ! certify the fo!bwing ul'\der pel'ldty of petji..;ry, ;_mcterthe laws of the State of ('.alifomia: 1. The information provided on this Certificate .of Compliance ls true and correct, 2. I am ei!gib:e urider Division 3 of the Sl..lsiriess a!ld Professions Code to accep;. responsibi!ltyfor the buiidi,1g design or syste,11 deslg,1 identified on this Cerlificate of Compliance (respof'sible designer) 3. The energy featr.ires and performarm; speciflcatiorrs, r,,ateriais, components, and manufact~n-ec! devices for the bt:iiding deslgn or .wstem desigri identrfied on this -Certificate of Compliance conform to the require-mer.ts cf Tit!e 24, Part 1 and Part 6 ()f the California Code of Reg,ilatioris. 4, The building d~sign features or sy.stem design fearnres identified en thi.5 Certificate of Compliance are con.stster:.t with the informadori pr-ov<ded or:; other app!la1b!e-compliance documents, worksheets. calculations, p!an$ and speC!ficatlons submitte:!d to the er;fo;cernent agencv far appro·1al with this bliilding permit ;ipplicafa<n. 5. l will ens«ceth.t, ,om pieced signed copy°'. chis Cei<l<ca.te ?' Con;pll,oce shaii be. made a,aiia.ble with che Scilding.pecmit(s) is,sed foe ti~<ileble t~ the enfoccemect egeccy foe ell eppiirable Irispect1m1s. ! unders.tam:! triat a ccmo!eted 5lgnoed copy or this Certificate of Compliance ,s required t-o be mc:ucled w:th the doccmentat1on . vioes to the ou1!01:1g ow:.er at occu;:w1cy. Responsible Designer Name; Responsit.!e Designer Signature: Raymond Swartz - Com~ariv: Date Signed: 1 ''"' tklsc 2020-06-11 l Addr-2;;,:: Ucer:cse: 15231 laguna Canyon Rd. E15610 City/State/Zip: ?hf.lne: Irvine CA 92618 {949) 751-5800 Registration Number: Regirtratlon Date/Time: Registration Provider: EnergySoft CA Building Energy Efficiency Standards -2019 Nonresidential Complia11ce Report version: 2019.0.001 Report Generate-d: 2020-06-11 12:06:03 Schema \ler:sion: rev 20190401 TITLE 24 PROCEDURES FOR TESTING AND ADJUSTING TITLE 24 GENERAL NOTE CONTRACTOR SHALL BE RESPONSIBLE FOR All WORK ASSOCIATED WITH FINAL INSPECTION AND APPLICABLE CONTRACTOR SHALL BE RESPONSIBLE FOR ALL WORK ASSOCIATED WITH FINAL INSPECTION AND APPLICABLE ACCEPTANCE REQUIREMENT PROCEDURES. INCLUDE All COSTS IN THE BASE BID. THIS SHAU. INCLUDE, BUT NOT ACCEPTANCE REQUIREMENT PROCEDURES. INCLUDE ALL COSTS IN THE BASE BID. THIS SHALL INCLUDE, BUT NOT BE LIMITED TO, CONSTRUCTION INSPECTION, MEASUREMENTS, MONITORING, FUNCTIONAL TESTING, CALIBRATING, ITC. BE LIMITED TO, CONSTRUCTION INSPECTION, MEASUREMENTS, MONITORING, FUNCTIONAL TESTING, CALIBRATING, ITC. CONTRACTOR SHALL ASSUME THE ROLE OF "FIELD TECHNICIAN" AND "RESPONSIBLE PERSON" AS DEFINED IN CONTRACTOR SHALL ASSUME THE ROLE OF "FIELD TECHNICIAN" AND "RESPONSIBLE PERSON" AS DEFINED IN STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS NONRESIDENTIAL COMPLIANCE MANUAL STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS NONRESIDENTIAL COMPLIANCE MANUAL SECTION 13.2-2. SECTION 13.2.2. LIGHTING CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TD NRCA-LTl-02-A SEE STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS SECTIONS 10-103(a)3A AND DOCUMENTS. 10-103(a)3B AND SECTION 130.4 FOR MORE INFORMATION. AUTOMATIC DAYLIGHT CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LTl-03-A SEE STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS NONRESIDENTIAL COMPLIANCE MANUAL DOCUMENTS. CHAPTER 13 FOR MORE DETAILED REQUIREMENTS I INFORMATION. DEMAND RESPONSE LIGHTING CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO SEE STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS RESIDENTIAL COMPLIANCE MANUAL NRCA-LTl-04-A DOCUMENTS. CHAPTER 2 FOR MORE DETAILED REQUIREMENTS I INFORMATION. INSTITUTIONAL TUNING PAF ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LTl-05-A PROVIDE COMPLETED INSTALLATION CERTIFICATE(S) AND CERTIFICATE(S) OF ACCEPTANCE AS REQUIRED TO THE DOCUMENTS. SATISFACTION OF THE ENFORCEMENT AGENCY. OUTDOOR LIGHTING CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LT0-02-A DOCUMENTS. ALL LIGHTING CONTROLS TESTING AND ADJUSTING DOCUMENTS NOTED ABOVE ARE AVAILABLE FROM THE CALIFORNIA ENERGY COMMISSION WEB SITE AT: https:/ /ww2.energy.ca.gov /title24/201 9s\andards/2019_compliance_docu ments/Nonresiden\ial_Documen\s/NRCA/ ARCHITECT ~-~11111 DGA planning I architecture I interiors 550 Ellis St1-eet. Mountain View, CA 94043 20 I Filbert Street. 3rd Floor, San Francisco. CA 94133 255OFifth Avenue. Suite 115,San Diego, C:A 92103 I 720 8th Street, Sacramento. CA 9581 I COLLABORATIVE 4755 Eas\gate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch lk1sc Job#: 2018-0315 REVISIONS NO. DESCRIPTION CLIENT LOGO CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 NONE TITLE 24 FORMS E-702 DGA planning I architecture I interiors 650-943-1660 415-477-2700 619-685-3990 91.6-441-6800 DATE 2018 © STAT£ OF CAUFORNIA ST./.\TE OF G\LIFORNIA Sign Ughti ng NRCC-HS-E CALIFORNIA ENERGY COMMISSION Sign Lighting NRCC-!.TS-E CALIFORNIA ENERGY COMMISSION CERTIFICATE OF COMPLIANCE NRCC-LTS·E CERTIFICATE OF COMPLIANCE NRCC·LTS•E Project Name: lonls Pharmaceutkals Monument Sign Report Page: {Page 3of4) This document is used to demonstrate compliance with requirements in §.i W.9, ,~.i J.D.12, 4L3C,O -S.130,3 $.1 . .:.?D.8 and $J4LO{b!2l\A for sign lighting scopes using the prescriptive path. Project Address: 2850 & 2855 Gazelle Court Date Prepared: 6/11/2020 Exit signs and traffic signs are not ff:quired to comply with prescriptive requirements per exceptions to §.i.-40.8 and do not need to compiete this compliance document. Project Name: 1onis Pharmoiceutica!s Monument Sign Report Page: {Page 1 of 4) Project Address~ 2850 & 2855 GazeHe Court L DECLARATION OF REQUIRED CERTIFICATES OF INSTAlLAT!ON D.ite Prepared; 6/11/2020 Selections have been made based on information provided jn this document. !f any sefection have been changed by permit applicant, an explanation should be included in Tobie E. Additional Remarks, These documents must be provided to the building inspector during construction ond can be found on fine at https://www.energy.ca.gov/tit!e24/2019standards/2019_comp1io.nce_doa1ments/Nonresidential_Documents/NRCi/ A, GENERAUNFORMAT!ON Carlsbad t DECLARATION OF REQUIRED CERTIFICATES OF ACCEPTANCE .. Fail" □ 7 B. PROJECTS(:OPE Thi5 table includes illuminated signs that are within the scope of the permjt application and are demonstrating compliance using the prescriptive path outlined in §140.8 or There are no Certificates of Acceptance app!icoble to sfgn !ightjng requirements. 2141.D{bU;'',,.1 for alterations. Exit signs and traffic 5igns ore not required to comply with prescriptive requirements per exceptions to §1-10.8 and do not need to complete this rnmpUance document. Registration Number: CA Bui!dir;g Energy Efficiency Standards• 2019 Nonre5fdenti.:1! compliance STATE OF CAUFORN!A Sign Lighting NRCC-lTS-l: CERTIFICATE OF COMPLIANCE Registration Date/Ttme: Report Version: 2019.0.00:i. Schema Version: rev 20190401 Registration Provlder: EnergySoft Report Generated: 2020-06-11 12:06:03 CALIFORNIA ENERGY COMMISSION NRCC¥LTS·E ....... · .. ·•·• · · L <U · .. •• ·.••. . · •.••····· ~ ..... . ·.· ... ~ .•.·•.•· .... ·'·•·· · .... .· ·•· o;,. •• ·~*tne:;qt:,i~ffi=J~&::-: ·--· ... ~ il. ... ·•··· . .. •.• .•·~ I .. LS s •.. · .... ~ /. ••••• ... · .· .. • •••• \onis Sign tonis Monument Sign New Outdoor Max A!!owed Lighting Power 1 FOOTNOTE: Sign alterations that increase the connected fighting load, replace and rewire more that 50% of the ballasts, or relocate the sign to a different JorntJon must comply with §L1Q.$.. See §1,.U .O(b.l;?fA for more detaiis. 2The ENERGY VERfFJED Label comp{iance method is only applicoble if the sign has a permanent,foctory-instafled, ENERGY VER!F/£0 lobe! certified by UL or comparable, confirming the sign complies with §__140,8. Note that using c:n ENERGY VERIFIED lobe! is an optional compliance path not a mandatory requirement. See the tooitips for this table for more details. ·c. COMPLIANCE RESULTS • • ·· .. •· Results in this tobie are automatically calculated from data input and calculations in Tables B through H. Note: If any cetl on this table says "COMPLIES with Exceptional Conditions" refer to Tabfe D. Exceptional Conditions for guidance or see applicable Table referenced befow. lonis Sign OR ·.• pohj:~Bl!i C:1mi,ri~ts.~ft~!i(ia'ffG/l!faide\ii;Js,} .0. EXCEPTIONAL CONDITIONS This table is auto-filled with uneditable comments bemuse of selections made or data entered jn tables throughout the form. Regi5tratio-n Number: CA Building Energy Efficiency Stoindards-2019 Nonresidential Co.rnpllance STATE OF CAUFORNlA Sign Lighting NRCC·lTS·E CERTIFICATE OF COMPLIANCE Registratior: Date/Time: Report Version: 2019.0.001 Schema Version: rev 20190401 Registration Provider: EnergySoft Report Generated: 2020-06¥11 12:06:03 CALIFORNIA ENERGY COMMISSION NRCC·LTS·E Project Name: lonis Pharmaceuticals ~v1omiment Slgn Report Page: {Page 4of 4) Project Name: !011is Pharmaceutka!s Monument Sign Report Page: {Page 2 of 4) Project Address: 285-0 & 2855 Gazelle Court Date Prepared: 6/11/2020 Project Address: 2850 & 2855 Gaze!le Ccurt Date Prepared: 6/11/2020 DOCUMENTATION AUTHOR'S DEClARATION STATEMENT Dornrnent&tion Author N;irne: Ray Swartz Company· tkls.c .1\dclfe~s: 15231 laguna Canyon Road, Suite 100 -City/State/Zip: Irvine CA 92618 RESPONSIBLE PERSON'S DECLARATION STATEMENT l certif\,' th€ foHowlr,g urid;;-r perialty of perjury, under the !~ws of the, State of Ca'iforn>a: 1 The information provided o:-i !his CE.rtificate of CompiL>nce Is true 3nd correct. ~ Documenta:tio:-i Author Sig,i2ture; ~'"-"%""---%"-~~ Sign.iture Date: ! -, I 2020-06·11 l CEA;' HERS Ceriif;cation lcientiih:;,tion (if appncabl-e): E15610 Phone; (949) 751-5800 -• ... E. ADDITJONAL REMARKS This table is includes remarks made by the permit applicant to the Authority Having Jurisdiction, F. MAXIMUM ALLOWED UGHTINGPOWER AND CONTROLS Thls table includes iffuminoted signs using the Maximum Allowed Ughting Power compliance method per ,;-140.B{af as indicated on Table 8 of this compiionce document, ft also demonstrates compliance with mandatory controls requirements from~ by indicating contro{ types for each sign. 2. I am eHgible ur.d-e; Divisfo:-i 3 cf the Buslno:ss a,id Prcfessio,,s Code to <1c:cept responsibf;ity for the build'rng ck:slgn er system desig11 ldentffi-ed on t!:!s Certifo:ate of Compliance {responsible designer) !onis Sign !onis Monument Sign NA 3. The energy f-eatc:res and perlcrmance specificatic.is, rnateri,als, c.omporients, and manufacturnd devices fer the bui(d1rig de~ign or S)'Stem design identified on thi5 Certificate of Compliance conform to th<2 requirements ofTitle 24. P;,.rt 1 -oncl P¥t 6 of the C:Mcrnia Code of Regulations. 4. The building design features or system desfgn features identified on this Certificati:: of Compliance ;;re c.on51stent with the information provided on other app!irnb:e compliar>ce documer,ts, work.sheets, -.:alculati-nns, pfains and specifications scJbmitted to the snforcerno::nt agency fur appmval with thb building permit appliv.ltion. 5 I will e,,;uce that, comple<ed ,igced coo, of chis Ceot,fioate ofCompHaece shell be made a,eHeble with the buHdicg pem;it(s) issuedfoctl~e to che ecfn,cemectagecc, foe ell eppi'ceble inspections. 1 utidestand that 2 comr,iNed signed copy ofthi~ Certificate ofComp:i3n:::e is required to be in::iuded with the documentation vicie5 to ::he brnlding owner at o;:cupancv. Responsible Dl"!signer Nanie: Responsible Oe51gner Signature; .,,,_,,~"" Raymond Swartz ~ "'NOTES: Controis with a * require o note rn the space below explaining how compliance is achieved, EX: Sign within tvnnel illuminated day and night: EXCEPTION to 130.3(a)2A. Company: tklsc A::ldres5: 15231 laguna Car.yon Rd. Oty/St2te/Ziµ: irvine CA 9261-8 Registrdtion Num'oer: CA Building Ene.rgy Efficiency Standards -2019 Nonre5jdentiai comp!iar,ce D~te Signatl'. ! ''"1 2020-06-11 1 \ 1 FOOTNOTE: Demand response controls are only required for on Electronic Message Center having a new connected lighting power load greater than 15 kW per §JJ,_Q,JJ..£.9] Ucense: E15610 G. UGHT SOURCES AND CONTROLS Phone: This section does not apply to this project. (949) 751-5800 H. ENERGY VERIFIED LABELED SIGNS AND CONTROLS This sectlon does not apply to this project. Registration Odte/Tirne: Registration Provider: EnergySoft Registration Number: RegEstration Date/Time: Registration Provider: EnergySoft Report version: 2019.0.00:i. Schema Version: rev 20190401 Report Generated: 2020-06•11 12:06:03 CA Building foergy Efficier1cy Standards~ 2019 Nonresidential Compliance Report Ver5ion: 2019.0.001 Schema Version: rev 20190401 Report Generated: 2020~06-11 12:06:03 TITLE 24 PROCEDURES FOR TESTING AND ADJUSTING CONTRACTOR SHALL BE RESPONSIBLE FOR ALL WORK ASSOCIATED WITH FINAL INSPECTION AND APPLICABLE ACCEPTANCE REQUIREMENT PROCEDURES. INCLUDE ALL COSTS IN THE BASE BID. THIS SHALL INCLUDE, BUT NOT BE LIMITED TO, CONSTRUCTION INSPECTION, MEASUREMENTS, MONITORING, FUNCTIONAL TESTING, CALIBRATING, ETC. CONTRACTOR SHALL ASSUME THE ROLE OF "FIELD TECHNICIAN" AND "RESPONSIBLE PERSON" AS DEFINED IN STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS NONRESIDENTIAL COMPLIANCE MANUAL SECTION 13.2.2. LIGHTING CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LTl-02-A DOCUMENTS_ AUTOMATIC DAYLIGHT CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LTl-03-A DOCUMENTS. DEMAND RESPONSE LIGHTING CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LTI-04-A DOCUMENTS. INSTITUTIONAL TUNING PAF ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LTl-05-A DOCUMENTS. OUTDOOR LIGHTING CONTROL ACCEPTANCE TESTING AND ADJUSTING PROCEDURES -REFER TO NRCA-LT0-02-A DOCUMENTS. ALL LIGHTING CONTROLS TESTING AND ADJUSTING DOCUMENTS NOTED ABOVE ARE AVAILABLE FROM THE CALIFORNIA ENERGY COMMISSION WEB SITE AT: https:/ /ww2.energy.ca.gov /title24/201 9s\ondords/2019_complionce_documents/Nonresidentiol_Documents/NRCA/ TITLE 24 GENERAL NOTE CONTRACTOR SHALL BE RESPONSIBLE FOR ALL WORK ASSOCIATED WITH FINAL INSPECTION AND APPLICABLE ACCEPTANCE REQUIREMENT PROCEDURES. INCLUDE ALL COSTS IN THE BASE BID. THIS SHALL INCLUDE, BUT NOT BE LIMITED TO, CONSTRUCTION INSPECTION, MEASUREMENTS, MONITORING. FUNCTIONAL TESTING, CALIBRATING, ETC. CONTRACTOR SHALL ASSUME THE ROLE OF "FIELD TECHNICIAN" AND "RESPONSIBLE PERSON" AS DEFINED IN STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS NONRESIDENTIAL COMPLIANCE MANUAL SECTION 13.2.2. SEE STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS SECTIONS 10-103(a)3A AND 10-103(a)3B AND SECTION 130.4 FOR MORE INFORMATION. SEE STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS NONRESIDENTIAL COMPLIANCE MANUAL CHAPTER 13 FOR MORE DETAILED REQUIREMENTS / INFORMATION. SEE STATE OF CALIFORNIA 2019 BUILDING ENERGY EFFICIENCY STANDARDS RESIDENTIAL COMPLIANCE MANUAL CHAPTER 2 FOR MORE DETAILED REQUIREMENTS / INFORMATION. PROVIDE COMPLETED INSTALLATION CERTIFICATE(S) AND CERTIFICATE(S) OF ACCEPTANCE AS REQUIRED TO THE SATISFACTION OF THE ENFORCEMENT AGENCY. ARCHITECT ~-~11111 DGA planning I architecture I interiors 550 Ellis Street, Mountain View. CA 94043 201 Filbert Street 3rd Floor, San Francisca, CA 94133 "2550 .. Fift~P<.v<e~uc,,Su.ite_,., .. 1.s,.san_Dieg?, .. C:P<._~2.1.03 .. I 720 8th Street, Sacramento, CA 95811 COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch tk1sc Job# 2018-0315 REVISIONS NO. DESCRIPTION CLIENT LOGO I I I I I 650-943-1660 415-477-2700 619-685-3990 916'441-6800 DATE PHARMACEUTICALS CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 NONE TITLE 24 FORMS E-703 DGA planning I architecture I interiors 2018 © SECTION 16010 PART 1 -GENERAL ELECTRICAL SPECIFICATIONS 1.1 WORK INCLUDED: A. This specification shall apply to all phases of work hereinafter specified, shown on drawings, or as required to provide a complete installation of electrical systems for this project. Work required under this specification is not limited to just the Electrical drawings. Refer to Architectural, Structural, Landscape, and Mechanical/Plumbing drawings as well as all other drawings applicable to this project, which designate the scope of work to be accomplished. The intent of the Drawings and Specifications is to provide a complete and operable electrical system that includes all documents that are a part of the Contract. 1. Work Included: Furnish labor, material, services and skilled supervision necessary for the construction, erection, installation, connections, testing. and adjustment of all circuits and electrical equipment specified herein, or shown or noted on Drawings, and its delivery to the Owner complete in all respects ready for use. 2. The electrical Work includes installation or connection of certain materials and equipment furnished by others. Verify installation details, installation and rough-in locations from the actual equipment or from the equipment shop drawings. B. Electrical Drawings: Electrical Drawings are diagrammatic, and are intended to convey the scope of work, indicating intended general arrangement of equipment. conduit and outlets. Follow Drawings in laying out Work and verify spaces for installation of materials and equipment based on actual dimensions of equipment furnished. 1.2 QUALllY ASSURANCE A. Design, manufacture, testing and method of installation of all apparatus and materials furnished under requirements of these specifications shall conform to latest publications or standard rules of the following: 1. Institute of Electrical and Electronic Engineers -IEEE 2. National Electrical Manufacturers' Association -NEMA 3. Underwriter's Laboratories, Inc. -UL 4. National Fire Protection Association -NFPA 5. Federal Specifications -Fed. Spec. 6. American Society for Testing and Materials ASTM 7. American National Standards Institute -ANSI 8. National Electrical Code -NEC 9. National Electrical Safety Code -NESC 1 O. Insulated Cable Engineers Association -ICEA 11. American Institute of Steel Construction -AISC 12. State and Municipal Codes In Force In The Specific Project Area 13. Occupational Safety and Health Administration (OSHA) 14. Electronics Industries Association/Telecommunications Industry Association (EIA/TIA) 15. California Electrical Code (where adopted) 16. Local Authority Having Jurisdiction (AHJ) Published Electrical Standards and Codes (as applicable). B. Perform Work in accordance with the National Electrical Code, applicable building ordinances, and other applicable codes, hereinafter referred to as the "Code." The Contractor shall comply with the Code including local amendments and interpretations without added cost to the Owner. Where Contract Documents exceed minimum requirements, the Contract Documents take precedence. Where code conflicts occur, the most stringent shall apply unless variance is approved. 1. Comply with all requirements for permits, licenses, fees and codes. The Contractor, at Contractor's expense, shall obtain all permits, licenses, fees, special service costs, inspections and arr.angements required for Work under this contract, unless otherwise specified. 2. Comply with requirements of the applicable utility companies serving this Project. Make all arrangements with utility companies for proper coordination of Work. 1.3 GENERAL REQUIREMENTS A. Guarantee: Furnish a written guarantee for a period of one-year from date of acceptance. B. Wherever a discrepancy in quantity or size of conduit, wire, equipment, devices, circuit breakers, etc., (all materials), arises on the Drawings and/or in the Specifications, the Contractor shall be responsible for providing and installing all material and services required by the strictest condition noted on Drawings and/or in Specifications to ensure complete and operable systems as required by the Owner and Engineer. C. All Core Cutting, Drilling, and Patching: 1. For the installation of work under this Section, the aforementioned shall be performed under this Section of the Specifications and the Concrete section of the Specifications. 2. No holes will be allowed in any structural members without the written approval of the Project's Structural Engineer. 3. For penetrations of concrete slabs or concrete footings, the work shall be as directed in the Concrete Section of Specifications. 4. The Contractor shall be responsible for patching and repairing surfaces where he is required to penetrate for work under this contract. 5. Penetrations shall be sealed to meet the rated integrity of the surface required to be patched and repaired. The patched surface shall be pointed or finished to match the existing surface. D. Verifying Drawings and Job Conditions: 1. The Contractor shall examine all Drawings and Specifications in a manner to be fully cognizant of all work required under this Section. 2. The Contractor shall visit the site and verify existing conditions. Where existing conditions differ from Drawings, adjustment(s) shall be mode and allowances included for all necessary equipment to complete all parts of the Drawings and Specifications. 1.4 WORK IN COOPERATION WITH OTHER TRADES A. Examine the Drawings and Specifications and determine the work to be performed by the electrical. mechanical and other trades. Provide the type and amount of electrical materials and equipment necessary to place this work in proper operation, completely wired, tested and ready for use. This shall include all conduit, wire, disconnects, relays, and other devices for the required operation sequence of all electrical, mechanical and other systems or equipment. 8. Provide a conduit-only system for !ow voltage wiring required for control of mechanical and plumbing equipment described in this or other parts of the Contract Documents. Install all control housings, conduits, and backboxes required for installing conduit to the controls. C. Install separate conduits between each heating, ventilating and air conditioning sensing device and its control panel and/or control motor. Before installing any conduit for heating, ventilating and air conditioning control wiring, verify the exact requirements from the control diagrams provided with the equipment manufacturer's shop drawings. 1.5 TESTING AND ADJUSTMENT A. Upon completion of all electrical work. the Contractor shall test all circuits, switches, light fixtures, lighting control and dimming systems including distributed systems, UPSs, generators, SPDs, lighting inverters, transfer switches, motors, circuit breakers, motor starter(s) and their auxiliary circuits and any other electrical items to ensure perfect operation of all electrical equipment. B. Equipment and parts in need of correction, and discovered during such testing, shal! be immediately repaired or replaced with all new equipment and that part of the system shall then be retested. All such replacement or repair shall be done at no additional cost to the Owner. C. All circuit(s) shall be tested for continuity and circuit integrity. Adjustments shall be mode for circuits not complying with testing criteria. D. All test reports, including copies of any required Energy Code Acceptance Forms (e.g. CA Title 24 Acceptance For Code Compliance Forms) should be submitted to the Engineer at completion of project. 1.6 IDENTIFICATION A Nameplates shall be provided for unit substations, switchgear, switchboards, distribution boards, distribution panels, panel boards, motor control centers, transformers, transfer switches, contactors, starters, disconnect switches, enclosed circuit breakers/switches, Inverters, UPSs, PDUs, RDCs, SPDs, lighting control panels, dimming panels, door releasing system panels, fire alarm/central monitoring terminal cabinets/power supplies/control panels, and all low voltage system terminal and control cabinets. 1. Nameplate inscriptions shall be identical to the equipment designations indicated in plans and specifications. Nameplates shall be engraved with the device designation/identification on the top line, source identification for the device on the 2nd line per NEC, or CEC where adopted, Art 408.4 and load designation for the device on the bottom line. Where load designation consists of a branch circuit, omit bottom line. Where device designation is not indicated on plans/specifications, Contractor shall submit a written clarification request to the Engineer. Example: Transformer 1TA Source Disconnecting Location: Switchboard MSA located in RM 110 Load: Ponels 1 LA & 1 LB 2. All circuit breakers/fuses in switchgear, switchboards, distribution boards, distribution panels, UPS output circuit breakers, PDU sub-feed circuit breakers and motor control centers shall have individual nameplates located immediately adjacent to the respective device. Nameplate inscription shall identify the downstream equipment or device served by the circuit breaker or fuse. B. Identification nameplates, unless otherwise noted (UON), shall be laminated/extruded modified acrylic that is 3/32" thick, UV-stabilized, matte finish, suitable for use in 180 deg F ambient, with beveled edges and engraved white letters 3/8" high, minimum, on 1-1/2" high block background (utility/normal and optional standby power systems) for single line of text. Where two lines of text ore required, provide min. 2' high nameplate. Where three lines of text ore required, provide min. 2.5" high nameplate. Provide white letters on red background for all NEC, or CEC where adopted, Article 517 essential power systems, Article 700 Emergency Systems, Article 701 Legally required standby systems and Article 708 COPS. C. Identification nameplates for new switchgear, switchboards, distribution boards, distribution panels, panelboards and motor control centers shall be attached with switchgear manufacturer-provided screws via switchgear manufacturer factory pre-drilled holes. A factory option to rivet identification nameplates to the equipment Is only acceptable if screw-fastened nameplates are not an available option from the switchgear manufacturer. Field drilling or other mechonical attachment methods that change/void the NEMA or NTRL roting of the enclosure are strictly forbidden. D. Identification nameplates for transformers, transfer switches, disconnect switches, enclosed circuit breakers/switches, inverters, UPSs, PDUs, RDCs, SPDs, lighting control panels, dimming panels, door-releasing system panels, terminal cabinets and all circuit breakers/fuses in switchgear, switchboards, distribution boards, distribution panels, UPS output circuit breakers, PDUs, POU sub-feed circuit breakers, and motor control centers shall be attached to the equipment by self-adhesive backing integral to the nameplates. When equipment is located outdoors, provide nameplates without self-adhesive backing and attach ta equipment using weather-rated, UV-resistant epoxy. In all cases, clean surfaces before applying identification nameplates parallel to equipment lines. E. Warning Placards, as required by General Single Line Diagram Notes for multiple power sources, or instruction placards, as required for all kirk-key interlock schemes, all UPS byfass procedures or as required elsewhere in the plans/specifications shall be engraved 1/2" high with white lettering on a red background using the same material specified for identification nameplates with a self-adhesive backing. Warning/instruction placards shall be attached to the face of .the equipment directly related to the placards. Provide a formal placard submittal for review by the Engineer prior to ordering any warning/instruction placards. In all cases, clean surfaces before applying warning/instruction placards parallel to equipment lines. F. Receptacles that ore port of a UL-listed under floor computer room whip assembly, ceiling and/or cable/ladder tray-mounted receptacles used in lab, manufacturing, commercial kitchen environments or that are serving telcom/data/AV racks and cabinets shall have identification nameplates located on the wiring device plate cover. Nameplates shall be self-adhesive, 3/32" thick Micarta with beveled edges, engraved 1/4" high white lettering on black background with serving power source, circuit identification and NEMA/!EC receptacle type. Use of two (2) separate nameplates per device plate cover is acceptable. Affix nameplates to be visible when plugs are occupying receptacles. G. See wiring device section of this specification for additional wiring device plate cover labeling requirements. H. See drawings for panel board schedule directory installation requirements. L See conduit installation section of this specification for conduit labeling requirements. 1.7 FINAL INSPECTION AND ACCEPTANCE A. After all requirements of the Specifications and/or the Drawings have been fully completed, representatives of the Owner will inspect the work. Contractor shall provide competent personnel to demonstrate the operation of any item or system to the full satisfaction of each representative. 8. Final acceptance of the work will be made by the Owner after receipt of approval and recommendation of acceptance from each representative. 1.8 RECORD DRAWINGS A. Drawings of Record: The Contractor shall provide and keep up-to-date, a complete record set of drawings. These shall be corrected daily and show every change from the original Drawings. This set of prints shall be kept on the job site and shall be used only as a record set. This shall not be construed as authorization for the Contractor to make changes in the layout without definite instruction in each case. Upon completion of the work, a set of reproducible Contract Drawings shall be obtained from the General Contractor and all changes as noted on the record set of prints shall be incorporated thereon with block ink in a neat, legible, understandable and professional manner. Refer to the Supplementary General Conditions for complete requirements. 1.9 APPROVALS, EQUALS, SUBSTITUTIONS, ALTERNATIVES, NO KNOWN EQUAL A Approvals: Where the words {or similar terms) "approved", "approval", "acceptable", and "acceptance" are used, it shall be understood that acceptance by the Owner, Architect and Engineer are required. B. Equal: Where the words (or similar terms) "equal", "approved equal", "equal to", "or equal by", "or equal" and "equivalent" are used, it shall be understood that these words ore followed by the expression "in the opinion of the Owner, Architect, and Engineer". For the purposes of specifying products, the above words shall indicate the same size, made of the same construction materials, manufactured with equivalent life expectancy, having the same aesthetic appearance/style (includes craftsmanship, physical attributes, color and finish), and the same periormance. C. Substitution: For the purposes of specifying products, "substitution" shall refer to the submittal of a product not explicitly approved by the construction documents/specifications. 1. Substitutions of specified equipment shall be submitted and received by the Engineer ten (10) days prior to the bid dote for review and written approval. Regulatory Agency approval for all substitutions will be the sole responsibility of the contractor. To receive consideration, requests for substitutions must be accompanied by documentary proof of its equality with the specified material. Documentary proof shall be in letter form and identify the specified values/materials alongside proposed equal values/materials. In addition, catalog brochures and samples, if requested, must be included in the submittal. ONLY PRE-BID APPROVED PRODUCTS, ISSUED VIA A FORMAL BID ADDENDUM TO ALL BIDDERS, WILL BE ALLOWED ON THE PROJECT. REGARDLESS OF THE APPROVAL ON ANY SUBSTITUTION, ALL BIDS SHALL BE BASED ON THE PRODUCTS EXACTLY AS SPECIFIED. PRICING FOR EACH APPROVED SUBSTITUTION SHALL BE INCLUDED IN THE BID SUBMITTAL AS A SEPARATE LINE ITEM. 2. In the event that written authorization is given for a substitution after award of contract, the Contractor shall submit to the Engineer quotations from suppliers/distributors of both the specified and proposed equal material for price comparison, as well as a verification of delivery dotes that conform to the project schedule. 3. In the event of cost reduction, the Owner will be credited with 100 percent of the reduction, arranged by change order. 4. The Contractor warrants that substitutions proposed for specified items will fully perform the functions required. D. Alternates/Alternatives: For the purposes of specifying products, "alternatives/alternates" may be established ta enable the Owner/Architect/Engineer to compare costs where alternative materials or methods might be used. An alternate price shall be submitted in addition to the base bid for consideration. If the alternate is deemed acceptable, written authorization will be issued. E. No Known Equal: For the purposes of specifying products, "No Known Equal" shall mean that the Owner/Architect/Engineer is not aware of an equivalent product. The Contractor will need to submit a "Substitution" item, per the requirements listed above, if a different product is proposed to be utilized. ··--·--·------ 1.10 SHOP DRAWINGS/SUBMITTALS A. Shop Drawings/Submittals, unless required otherwise by generol Eroject. specifications or instructions to bidders, shal! be submitted in electronic format (.PDF) to include a Letter of Transmittal (PDF). which shall give a list of the drawings submitted with dates and/or sytem{s) components contained within the submittal. Drawings and material cut sheets shall be complete in every respect and edited/marked to indicate specific items being provided. Printed/Hard copies are not acceptable. B. The shop drawings/submittals shall be marked with the name of the project, numbered consecutively, and bear the approval of the Contractor as evidence that the Contractor has checked the drawings. Any drawings submitted without this approval will be returned to the Contractor for resubmittal. C. If the shop drawings show variations from the requirements of the Contract because of standard shop practice or other reasons, the Contractor shall make specific mention of such variations in the Contractor's letter of transmittal. If the substitution is accepted, the Contractor shall be responsible for proper adjustment that may be caused by the substitution. Samples shall be submitted when requested. D. Only products listed as "Equal" within the contract documents, along with formally approved "Substitutions" will be reviewed. Products not conforming to these items will not be reviewed and will be returned to the Contractor for re-submittal. E. Review comments used in response to shop drawings/submittals are: 1. "No Exception Taken" 2. "Furnish as Corrected" 3. "Revise and Resubmit" 4. "Rejected" Product approved as submitted. Re-submittal not required, although the Contractor shall provide the submitted product with corrections as noted. Re-submittal required with corrections as noted. Re-submittal required based upon the originally specified product. F. Shop drawings shall be submitted on the following, but not limited to: 1. Ughting fixtures, lamps and ballasts. 2. Switchgear, switchboards, distribution boards, motor control centers, pane!boards, and bus ducts; complete with overcurrent device information. 3. Transformers. 4. Fire Alarm System/Central Monitoring System. 5. Wiring Devices. 6. Lighting control products/dimming system products. 7. Pull boxes and underground vaults. 6. Terminal cabinets. 9. Ughting inverters, UPSs, RDCs, PDUs, generators, transfer switches, SPD systems. 10. Cable tray, flexible cable tray and cable runway. 11. Power poles and floor boxes. 12. Arc flash, short-circuit, and coordination studies. 13. All other products called out on drawings that call for shop drawing submittal. 1.11 MAINTENANCE, SERVICING, INSTRUCTION MANUALS AND WIRING DIAGRAMS A. Prior to final acceptance of the job, the Electrical Contractor shall furnish to the Owner at least four (4) copies of operating and maintenance and servicing instructions, as well as four (4) complete wiring diagrams for the following items or equipment: 1. Lighting control systems/dimming systems. 2. Fire Alarm System. 3. Transformers. 4. Switchgear, switchboards, distribution boards, motor contra! centers, panel boards, and bus ducts; complete with overcurrent device information. 5. Lighting inverters, UPSs, PDUs, generators, transfer switches, SPD systems. B. All wiring diagrams shall specffically cover the system supplied. Typical drawings wil\ not be accepted. Four (4) copies shall be presented to the Owner. 1.12 INTERRUPTION OF SERVICES/SERVICE SHUTDOWN A. Any interruption of electrical services, electrical circuits, electrical feeders, signal systems, communication systems, fire alarm systems, etc., required to perform work shall meet the specific prior-approval requirements of the Owner. Such work shall be scheduled with the Owner to be periormed at the Owner's convenience. B. Interruptions/outages of any of the Owner's systems and services mentioned above shall be scheduled to occur during other than the Owner's normal business hours. Any overtime costs shall be borne by the Contractor. C. See drawings for any additional requirements regarding outages, interruption and any temporary seryices required. PART 2 -PRODUCTS 2.1 MATERIALS A. Materials and Equipment: All electrical materials and equipment, including custom-mode equipment, shall be new and shall be listed by Underwriter's Laboratories {UL) and bear their label or be listed and certified by a Notionally Recognized Testing Lab (NRTL) that is also recognized by the local Authority-Having-Jurisdiction (AHJ). B. Switchgear/Switchboards/Distribution Boards/Motor Control Centers: 1. See general single !ine diagram notes on drawings for more information. C. Panelboords -Branch Circuit: 1. See drawings for panel board schedules and specifications. D. Transformers: 1. See drawings for transformer schedules and specifications. E. Lighting Fixtures: 1. See drawings for lighting fixture and lamp schedules and additlonal specifications. Furnish, install, and connect a lighting fixture at each outlet where a lighting fixture type symbol (designated on plans) is shown as being installed. Each fixture shall be complete with all required accessories including sockets, glassware, boxes, spacers, mounting devices, fire roting enclosure and lamps. 2. Ballasts: See lighting fixture schedule notes. All noisy ballasts shall be replaced at no cost to the Owner. 3. Lamps: See lamp/fixture schedule and lamp/lighting fixture schedule notes. --------------------------- F. Wiring Devices: 1. Provide wiring devices indicated per plan. Devices shall be specification grade. Acceptable manufacturers are Leviton, Pass & Seymour and Hubbell. Provide all similar devices of same manufacturer, unless indicated otherwise. Al! device colors shall be selected from the full range of manufacturer standard color options as selected by the Architect. This direction will be provided in the shop drawing review process. a. Wiring Devices (Decaro) ~ 1 l Convenience Receptacle Dedicated Receptacle Convenience I.G. Receptacle 4) Dedicated IG Receptacle 5) Convenience G.F.C.I. Receptacle ~ 6l Dedicated G.F.C.I. Receptacle Convenience Hospital Grode Receptacle Dedicated Hospital Grade Receptacle 9) Convenience G.F.C.I. Hospital Grade Receptacle 1 O) Dedicated G.F.C.I. Hospital Grade Receptacle 11) Tamper Resistant Convenience Receptacle 12) Tamper Resistant Dedicated Receptacle 13)Tomper Resistant GFCI Receptacle 14)Tamper Res. Conv. G.F.C.I. Hospital Grade Receptacle 15)Tomper Res. Ded. G.F.C.I. Hospital Grade Receptacle 16) Weather/Tamper Resistant GFCI Receptacle 17) Convenience Simplex Receptacle 18) Dedicated Simplex Receptacle 19) Recessed Clock Receptacle 20) Single Pole Switch 21 l Double Pole Switch 22 Three Way Switch 23 Four Way Switch 24) Pilot Light Switch "On" 25) Pilot Light Switch "Off" 26l Projection Screen Switch 27 Law Voltage Momentary Switch 28 Keyed Switch 29) Door Jam Switch #16252-COLOR #16352-COLOR #16262-IG-COLOR #16362-IG-COLOR iGFNT1 -COLOR GFNT2-COLOR 16252-HG?-COLOR 16352-HG?-COLOR #GFNT1-HG? #GFNT2-HG? #TDR15-COLOR #TDR20-COLOR #GFTR2-COLOR #GFTR1 -HG COLOR #GFTR2-HG COLOR #GFWT2-COLOR #16251-COLOR #16351-COLOR #5361-CH-COLOR (Non-Decora) #5621-2-COLOR #5622-2-COLOR !5623-2-COLOR 5624-2-COLOR 5628-2-COLOR #5631-2-COLOR ~ 5657-2-COLOR 5657-2-COLOR 1221-2L-COLOR Non-Decora) #1865-COLOR b. Use of dedicated receptacles is required where plans depict a branch circuit supplying only o single simplex or duplex receptacle. Use of controlled receptacles is required where depicted on plans -See controlled receptacle specifications for additional information. 2. I.G. (isolated ground) receptacle bodies shall be of a basic color specified above with an orange triangle to symbolize isolated ground. 3. H.G. (hospital grade) receptacle bodies shall be of a basic color specified above with a green circle to symbolize hospital grade. 4. When shown circuited with an LG. conductor, all receptacles shall be of the I.G. type. As on example, a NEMA L6-30R denoted on the plans and shown circuited with on LG. conductor shall be an I.G. version of the receptacle. 5. Wiring devices located in wood finished areas shall generally be black unless otherwise indicated by the Architect. 6. Wiring devices located in mirrors shall generally be white with stainless steel cover plates unless otherwise indicated by the architect. 7. In addition to other device requirements listed elsewhere in this specification and NEC, or CEC where adopted, Articles 406.12 & 517.18, all 125V & 250V, 15A and 20A, non-locking receptacles shall be Tamper-Resistant when located in the following locations; a. In dwelling units per NEC, or CEC where adopted, Article 210.52 b. In guest rooms and guest suites of hotels and motels c. In child care or daycare facilities. d. In preschool and elementary educ□ti~"n facilities e. In business offices, corridors, waiting rooms and the like in clinics, medical and dental offices and outpatient facilities. f. In a subset of Assembly Areas outlined in NEC, or CEC where adopted, Article 518.2 including transportation waiting areas, gymnasiums, skating rinks, and auditoriums. g. In dormitories. h. In pediatric care areas per NEC, or CEC where adopted, Article 517.18 (C). 8. Wiring devices shal! be listed "hospital grade", and so identified, in the following locations: a. Patient bed locations within general care areas per NEC, or CEC where adopted, Article 517.18(6). b. Patient bed locations within critical care areas per NEC, or CEC where adopted, Article 517.19(6). c. In "other-than-hazardous" anesthetizing locations per NEC, or CEC where adopted, Article 517.61(C)(2). 9. Wiring device cover plates located on recessed boxes shall be commercial grade nylon. Plate color shall match wiring device color UON on plans. Cover plates utilized on surface mounted boxes shall be metal. Plastic cover plates ore unacceptable. 10. Except as otherwise noted, all wiring device plates on the project shall be labeled with panel and circuit number(s) utilizing a Brother P-Touch labeling system with 1/2" tape (yellow on black) or equal by Herman-Tellerman or Panduit. Locate label on the concealed side of the wiring device plate. Handwritten labels ore unacceptable. 11. The Contractor shall provide duplex receptacle outlets in the appropriate configurations necessary to comply with applicable energy code requirements for controlled receptacles and as shown on plans. All wiring devices indicated to be controlled receptacles shall be NEMA-approved, electrical code-compliant with factory markings on the face of the receptacle(s) with the word "Controlled" or utilize further markings and symbols ta indicate which receptacles on each outlet is/are controlled. Stickers, field-applied markings or other non-permanent markings are not acceptable. Where a GFCI receptacle outlet is required to be controlled, provide an adjacent controlled duplex receptacle outlet connected on the load side of the GFCI outlet. Generally, one receptacle in a duplex receptacle outlet is required to be controlled, It may be the lower receptacle or upper receptacle based on manufacturer offering. However, the controlled receptacle location within a controlled receptacle outlet shall remain consistent throughout the project. Where on existing duplex receptacle outlet is required to be controlled, provide a new wiring device with the appropriate control configuration necessary to comply with plans. A!I controlled receptacles shall be connected to a branch circuit controlled by on occupancy sensor-based or relay panel lighting control system. Acceptable manufacturers are Leviton, Pass and Seymour & Hubbell. 12. The following wiring device plates shall have custom engraving: a. Key operated switches, switches motors, heaters and ventilators. side of the plate indicating the with pilot lights, and switches for the control of Engraving shall be black and occur on the exposed motor, heater, or ventilator controlled. b. Receptacles on optional standby generator and/or UPS power shall have custom engraved plates with the words "Generator" or "UPS" in black letters. \n addition, where located in telecommunications closets, IDFs, server rooms, data centers, labs (wet, dry or electronic) indicating panel board and circuit number. c. For Health Core Facilities, provide custom engraved device cover plates, for all devices, indicating panel board and circuit number. Devices served by normal/utility power circuits shall have black lettering; devices served by essential electrical system power circuits shall have red lettering. d. All stainless steel and nylon device plates shall be engraved using a rotary engraving process except for black lettering on stainless steel device plates which may be accomplished via laser etching process. All lettering shall be 3/16" high. Provide a dimensioned submittal drawing detailing a typical device faceplate with engraving. ARCHITECT ~-~11111 DGA planning \ architecture \ interiors 550 Ellis Street, Mountain View, CA 94043 20 I Filbert Stceet .. 3rd Floor, San Francisco. CA 94133 ··········••-'"•" ............ - 2550 .Fi~h.Avenu<c,Suite.1 .. 1s .• sa.11 . .□ieg(),C"::. 92.103. I 720 8th Street, Sacramento, CA 95811 COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch tk1 sc Job #: 2018-0315 REVISIONS NO. DESCRIPTION CLIENT LOGO CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 NONE ELECTRICAL SPECIFICATIONS E-704 DGA planning I architecture I interiors 650-943-1660 415-477-2700 619-685-3990 916-441-6800 DATE 2018 © --------------------------------- G_ Weatherproof Outlet Covers/Assemblies: All Receptacles identified as weatherproof on the drawings shall be weather-resistant, tamper-resistant, GFCI type and equipped as follows: 1-Type WP-A: Recessed wall box with a hinged, lockable, cost aluminum, self-closing, gasket-equipped door that is wet location-listed raintight while "in use". Unit shall comply with NEC, or CEC where adopted, Article 406.9(A) and (B)_ LION on drawings, provide a minimum of 2 separate compartments suitable for installation of power receptacles, AV or communications outlets. Additionally, unless otherwise noted on drawings, provide the following: a. A 20A Weather-resistant, tamper-resistant, GFCI duplex receptacle in the first compartment. Provide branch circuiting per plans. b. A blank metal plate suitable for field installation of power, AV or communications devices in the second compartment c. Where indicated on plans as requiring data, AV, or other low voltage service outlet, provide min. 3/4" C.O. with pull string routed from the second compartment to nearest low voltage pull box. Where shown mounted in a building wall, any blank/unused compartment shall be equipped minimum 3/4" C.O. with pull string routed to the nearest accessible ceiling space, d. See wiring device section of this specification for additional wiring device plate cover labeling requirements. e. (1) key minimum per device (minimum of (2) per project) to the Owner's project manager upon completion of project. f. Custom color powder coat finish as selected by Architect -Include all costs in base bid for same. g. In locations with sufficient wall depth, provide 6" wide x 6" tall x 5-1/2" deep recessed wall box (C.W. Cole #TL310-WCS-K1 -CUSTOM COLOR), h. In locations utilizing shallow stud walls construction or other walls of insufficient depth, provide 10-3/4" wide x 7-3/8" \all x 3-7/8" deep recessed wall box (C.W. Cole #TL310-WCS-SH-K1-CUSTOM COLOR). i. See drawings for additional details. 2. Type/Subscript WP-8: Wet location-listed raintight while "in use" cast copper-free aluminum, extra-duty, lockable cover with baked aluminum lacquer finish and one-gang, weather-resistant, tamper-resistant GFCI receptacle. Hubbell WP26E series. Polycarbonate covers are unacceptable. Unit shall comply with NEC, or CEC where adopted, Article 406.9(A) and (B). Contractor shall powder coat cover assembly to a custom color where receptacle locations are deemed by the Architect to be in aesthetically sensitive or public spaces. Custom color as selected by Architect. 3. Type WP-C: (C.W. Cole #TL310-WCS-PED-ADA-K1 -CUSTOM COLOR or #TL310-WCS -PED-K1 -CUSTOM COLOR) pedestal device box with o hinged, lockable, cast aluminum, self-closing, gasket-equipped door that is wet location -listed raintight while "in use". Unit shall comply with NEC, or CEC where adopted, Article 406.9(A) and (B). UON on drawings, provide a minimum of 2 separate compartments suitable for installation power receptacles, AV or communications outlets. Additionally, unless otherwise noted on drawings, provide the following: a. A 20A weather-resistant, tamper-resistant, GFCI duplex receptacle in the first compartment. Provide branch circuiting per plans. b. A blank metal plate suitable for field installation of power, AV or communications devices in the second compartment. c, Where indicated on plans as requiring data, AV or other LV outlet, provide min. 3/4" C.O. with pull string routed from the second compartment to nearest low voltage pull box. d. See wiring device section of this specification for additional wiring device plate cover labeling requirements. e. 1 key minimum per device (minimum of 2 per project) to the Owner's project manager upon completion of project. f. Include oil costs in base bid for ADA version (22.5" tall) of pedestal box. Prior to ordering material, contractor shall coordinate with architect and/or AHJ to determine which pedestal box locations do not require ADA compliance and may be changed to the standard (11.5" toll) version of the pedestal box. g. Custom color powder coat finish as selected by Architect. Include all costs in base bid for same. h. See drawings for additional details. 4. Type/Subscript WP-D: Damp location-listed (not-raintight-in-use) cast copper-free, pad lockable, die-cast aluminum cover with baked aluminum lacquer finish and one gang GFCI receptacle. Hubbell/royco 502?/503? Series. Polycarbonate covers are unacceptable. Unit shall comply with NEC, or CEC where adopted, article 406.9(A) and (B). Custom color powder coat finish as selected by Architect. Include all costs in base bid for same. H. Motor Controllers/Starters: See drawings for motorized equipment schedules and specifications. I. Circuit Breakers. 1. Service entrance circuit breakers smaller than 400A frame shall be thermal-magnetic trip with inverse time current characteristics unless otherwise indicated below. Service entrance main circuit breakers and main circuit breakers, 400A frame and larger shall be 100% rated, solid-state type as outlined in this specification. All other service entrance circuit breakers, 400A frame and larger, shall be 100% rated, solid-state type as outlined in this specification. 2. All non-service entrance circuit breakers 225A and larger shall be thermal magnetic type and have continuously adjustable instantaneous pick-ups of approximately 5 to 10 times trip rating. Breakers shall have either tamper-resistant rating dials or easily changed trip rating plugs with trip ratings as indicated on the Drawings. Rating plugs shall be interlocked so they are not interchangeable between frames. Additionally, all non-service entrance circuit breakers, 600A frame and larger, located in 480V 3 phase, 3-wire or 277 /480V, 3 phase 4-wire switchgear, distribution boards, panel boards or busway plugs, shall be solid state, 100% roted. Breaker shall have built-in test points for testing long delay, short delay and instantaneous, and ground fault (where shown) functions of the breaker by means of a 120V operated test kit. Contractor shall utilize a test kit capable of testing all breakers 400A and above -ot the Engineer's request. 3. All non-service entrance circuit breakers less than 225A shall be molded plastic case, air circuit breakers conforming to UL 489. Provide breakers with thermal magnetic trip units, and a common trip bar for two-or three-pole breakers, connected internally to each pole so tripping of one pole will automatically trip all poles of each breaker. Provide breakers of trip-free and trip-indicating bolt-on type, with quick-make, quick-break contacts. Provide single two-or three-pole breaker interchangeability. Provide padlocking device for circuit breakers as shown on the Drawings. 4. Where a Current Limiting Circuit Breaker (CLCB) is indicated on drawings or as required elsewhere in this specification, provide a UL listed current limiting thermal magnetic circuit breaker(s) UON. An independently operating limiter section within a molded case is not allowed. Coordinate CLCB ratings as required to protect electrical system components on the load side of the CLCB to include, but no\ limited to, protecting automatic transfer switches, pane! boards and lighting control panels. 5. Where a solid state circuit breaker is indicated on drawings or as required elsewhere in this specification, provide a solid state circuit breaker with minimum five function complete with built-in current transformers. The five functions shall be independently adjustable and consist of Overload/Long Time Amp Rating, Long Time Delay, Short Time Delay, Short Circuit/Instantaneous Pick-up, but may also include Shunt Trip ond/or Ground Fault if so indicated on the Drawings. Rating plugs shall be interlocked so they are not interchangeable between frames. Breaker shall have built-in test points for testing long delay and instantaneous, and ground fault (where shown) functions of the breaker by means of a 120V operated test kit. Contractor shall utilize a test kit capable of testing all breakers 400A and above, at the Engineer's request. 6. Circuit breakers, 1200A Frame or larger, or circuit breakers with sensors or adjustable trip settings, 1200A or larger, shall be equipped with an Energy Reducing Maintenance Switch that complies with NEC, or CEC where adopted. 240.87 (B) (3) unless specified elsewhere with an alternate arc energy reduction method allowed by this same code section. 7. Ground Fault Interrupting Breokers: similar to above with ground fault Group 1. Provide with molded plastic case, air circuit breakers, circuit interrupt capability, conforming to UL Class A, 8. Arc Fault Interrupting Breakers: Provide with molded plastic case, air circuit breakers, similar to above with arc fault circuit interrupt capability, conforming to UL 1699. Provide on all dwelling-unit circuits supplying bedrooms, sleeping quarters, etc., as required to comply with NEC, or CEC where adopted, Article 210.12. 9. Tandem or half-sized circuit breakers are not permitted. 10. Series-Rated Breakers: UL listed series-rated combinations of breakers con be used to obtain panelboard-interrupting ratings shown on Drawings. If series-rated breakers are used, switchboards, distribution boards and panelboards shall be appropriately labeled to indicate the use of series rated breakers. Shop drawing submittal shall include chart of UL listed devices which coordinate to provide series rating. 11. Circuit breakers shall be standard interrupting construction. Panelboards shall accept standard circuit breakers up to 1 OOA. 12. Circuit breaker handle accessories shall provide provisions for locking handle in the on or off position. 13 .. Shunt trip equipped circuit breakers shall be provided on all elevator feeders. 14. Temperature compensating circuit breaker(s) shall be provided when located in outdoor enclosure(s) or when located in an enclosure subject to high ambient heat due to nearby industrial processes, etc. 15. Provide 75 degree Celsius-rated conductor lugs/lug kits as required on all circuit breakers to accept conductor quantities and sizes shown on drawings. 16. All circuit breaker terminations shall be suitable for use with 75 degree Celsius ampacity conductors. Listed, dual-rated pin terminals, straight or offset, are acceptable for use to in accommodating oversized or parallel conductor installations. 17. Circuit breakers serving Fire Alarm or Central Monitoring panels and power supplies shall be red in color and lockable in the "ON" position. J. Disconnect Switches: 1. Non-fusible or fusible, heavy-duty, externally operated horsepower-rated, 600V A.C: Provide NEMA 3R, lockable enclosures for al! switches located on roof tops, in wet or damp areas and in any area exposed to the elements. 2. Fusible switches shall be Class "R" when 600A or less, and Class ""L" when greater than 600A. 3. Amperage, horsepower, voltage, ond number of poles per drawings: All shall be clearly marked on the switch nameplate. 4. Provide the Owner's project manager with one (1) spare set of fuses and two (2) sets of fuse clips/fuses for every set of fuses on the project. K. Fuses: 1. Provide fuses at all locations shown on the Drawings and as required for supplemental protection: a. Fuses shall be manufactured by Bussmann, Shawmut or equal. b. All fuses shall be the product of a single manufacturer. 2. Main and Feeder Protection: a. Protective devices rated greater than 600A: Provide Bussman Hi-Cap fuses, Class L, current-limiting, having an interrupting rating of 200,000A RMS. b. Protective devices rated 600A or less: Provide Bussman Class R fuses, Class RK series current-limiting fuses, having an interrupting rating of 200,000A RMS. 3. Motor Protection: a. Where rating of protective device is greater than 600A: Provide Bussman Hi-Cop fuses, Closs L, current-limiting, having an interrupting roting of 200,000A RMS. b. Where rating of protective device is 600A or less: Provide Bussman Class RK series current-limiting fuses, having on interrupting rating of 200,000A RMS. c. Where fuses feeding motors are indicated, but not sized: It shall be the responsibility of the Contractor to coordinate the fuse size with the motor to provide proper motor running protection. d. When rejection type fuses are specified (Class RK series) the fuse holder of all switches (specified in other Sections) shall be suitable for the fuses provided. L. Cable Troy, Flexible Cable Tray and/or Coble Runway: 1. See drawings for Cable Tray, Flexible Cable Tray and/or Cable Runway specifications. M. Uninterruptible Power Systems (UPS): 1. See drawings for UPS schedules and specifications. N. Power Distribution Units (PDU): 1. See drawings for POU schedules and specifications. 0. Generator Systems: 1. See drawings for Generator schedules and specifications. P. Transfer Switches: 1. See drawings for Transfer Switch schedules and specifications. Q. Lighting Control/Dimming Systems: 1. See drawings for Lighting Control and/or Dimming Systems schedules and specifications. 2. Wall box dimmers shall be rocker-type as manufactured by Lutron (no known equal except as noted below). Dimmers and dimmer faceplates shall match the color of adjacent switches and faceplates. Dimmers and dimmer faceplates in woad finished areas shall generally be black unless otherwise indicated by the Architect. The Contractor shall obtain written approval of the Architect regarding final dimmer and dimmer faceplate color selection prior to ordering material. Multiple dimmers/switches shall be ganged together with a common cover plate. Provide dimmers as follows: a. Incandescent: b. Electronic Low Voltage: c. Magnetic Low Voltage: d. Fluorescent (3-Wire): e. Fluorescent (0-10V): f. Fluorescent (Lutron Tu-Wire): g. LED (0-10V): h. Screw Base CFL/LED: 1. Fan Control: Lu\ron DIVA DV-10P or DV-103P (3-way) (1000 Watt max.) Lutron DIVA DVELV-300P or DVELV-303P-(3-way) (300 Watt) Lutron DIVA DVLV-lOP or DVLV-103p (3-way) (800 Watt max.) Lutron DIVA DVF-103P (single/3way, 8A @ 120V) or DVF-103P-277 (single/3way, 6A @ 277V) Lutron DIVA DVTY with PP-???H Power Pack Lutron DIVA DVFTU-5A3P with Lutron H.P. module where required. Lutron DIVA DVTY with PP-???H Power Pack Lu\ron DIVA DVCL-153P Lu\ron DIVA DVFSQ-F ( 1.5A @ 120V max, 3 speed, single pole, 3-way) 3. Contractor shall verify if dimmer(s) requires derating when ganged. Contractor shall provide, and provide connections to, additional Lutron Power Modules, Lutron Power Packs, and/or Lutron Interface Modules where required to accommodate loads higher than dimmers standard or derated load-carrying capacity. Note -contractor may provide a Lutron recommended dimmer type (typically a #DVF-103P unit) to control the necessary power modules or interface devices. R. Fire Alarm System/Central Monitoring System: 1. See drawings for Fire Alarm System or Central Monitoring System specifications. S. Surge Protective Device (SPD): 1. See drawings for SPD specifications. T. Conduit: 1. Galvanized Rigid Conduit (GRC) shall be full weight \hreoded type steel. Steel conduit shall be protected by overall zinc coating to inside and outside surfaces, applied by the hot dip, metallizing, or sherardizing process. 2. Intermediate Metal Conduit (IMC) shall be hot-dipped galvanized in accordance with UL 1242, and meet Federal Specification WWC-581 (latest revision). 3. Electrical Metallic Tubing (EMT) shall be zinc-coated steel with baked enamel or plastic finish on inside surfaces except as noted below. EMT shall be dipped in a chromic acid bath to chemically form a corrosion-resistant protective coating of zinc chromate over galvanized surface. 4. Flexible metal conduit shall be constructed of aluminum or hot-dipped galvanized steel strips wound spirally with interlocking edges to provide greatest flexibility with maximum strength. Interior suriaces shall be smooth and offer minimum drag to pulling in conductors. Used only as directed in writing by the Engineer with the exception of 400 Hz feeders and 400 Hz branch circuits which shall be run in flexible aluminum conduit. ---------------------------------- 5. Liquid-tight conduit (Seol-Tite) shall be galvanized steel flexible conduit as above except with moisture and oil-proof jacket, pre-cut lengths and factory-installed fittings. For outdoor installations and motor connections only unless otherwise noted on drawings. 6. Factory assembled, or off-site assembled wiring systems (such os Metal Clad (MC) Cable, Type AC Cable, Type NM Cable, Type BX Cable, etc.) shall not be used unless otherwise indicated in the Allowed Specification Deviations Section or Deductive/Additive Alternate Pricing Section generally located on the symbols list drawing. 7. When approved for use in the Allowed Specification Deviations Section, generally located on the symbols list drawing, MC cables shall be allowed for lighting branch circuits (homeruns shall be EMT), receptacle branch circuits (homeruns shall be EMT) and poke-thru fed systems furniture homeruns. MC shall not be used where exposed, except for a maximum 6' length for final connections to light fixtures, or terminate in electrical panelboards or distribution boards. Equipment ground conductor shall be green. Isolated ground conductor shall be green with yellow stripe. Pro1ride 600V rated aluminum or lightweight steel interlocking armor Metal Clad (MC) cable with copper conductors, THHN (90 degree C) insulation, and integral equipment grounding conductor and isolated grounding conductor as required. Type AC cable listed for use in patient care areas for non-essential electrical system branch circuits per NEC, or CEC where adopted, Article 517.13 shall be required in such areas in lieu of MC cable. Type AC and MC cable shall not be used for essential electrical system branch circuits. MC cable shall be manufactured to Underwriters Laboratories Standard 1569. See Part 3 -Execution in this specification for additional installation requirements. 8. Nonmetallic Flexible Tubing (ENT) shall not be used unless otherwise indicated in the Allowed Specification Deviations Section or Deductive/Additive Alternate Pricing Section generally located on the symbols list drawing. Use of ENT, if allowed, is strictly !imited to use in CMU walls and parking structure decks or as directed in writing by the Engineer. See Execution section of this specification for additional installation requirements. 9. Non-Metallic Conduit: a. Polyvinyl chloride (PVC) rigid conduit, Schedule 40, Type II for underground installation only with solvent welded joints, conforming to UL requirements, listed for exposed and direct burial application. b. Conduit and fittings shall be produced by the same manufacturer. 10. Fire-rated MC Cable: a. 2-hour fire-rated, polymer insulated 600V MC cable listed ond conforming to UL 2196 and UL 1569 requirements for installation as an Electrical Circuit Protective System for use in complying with NEC, or CEC where adopted, Articles 695 and 700. Where adopted, cable sheath shall be suitable for use as a NEC or CEC equipment 9rounding conductor, and shall be listed far use in wet locations to 90 degrees C (Raychem or equal). b. Cable connectors shall be brass MC connectors. U. Fittings: 1. Condulet type fittings shall be smooth inside and out, taper threaded with integral insulating bushing and of the shapes, sizes and types required to facilitate installation or removal of wires and cables from the conduit and tubing system. These fittings shall be of metal, smooth inside and out, thoroughly galvanized, and sherardized cadmium plated. 2. Metallic condulet covers shall have the same finish as the fitting and shall be provided for the opening of each fitting where conductors do not pass through the cover. 3. Connector, coupling, locknut, bushings and caps used with rigid conduit shall be steel, threoded and thoroughly galvanized. Bushings shall be insulated. 4. UON all interior EMT fittings, connectors and couplings installed in concealed locations, areas not considered to be wet or damp locations by the AHJ, or areas not subject to physical damage, shall be steel, zinc or cadmium plated, threadless, compression, steel locking ring type with insulated throat. Where suitable for use, steel set screw fittings are allowed for trade sizes of 2" and smaller. Insulated throat is not required for fittings, connectors and couplings 1" and smaller. 5. All interior and exterior EMT fittings, connectors and couplings, 2" and smaller, installed in exposed or concealed locations that are considered by the AHJ to be wet or damp locations, shall be raintight-listed, steel, zinc or cadmium plated, threadless, compression, steel locking ring type with insulated throat. If raintight-listed, EMT fittings, connectors and couplings are unavailable for a given trade size or if conduit is installed in an area subject to damage -provide rigid metallic or intermediate metallic conduits, fittings, connectors and couplings as required. 6. Flexible steel conduit connectors shall be a malleable iron clamp or squeeze type or steel twist-in type with insulated throat. The finish shall be zinc or cadmium plating. 7. Conduit ~nions shall be "Erickson" couplings, or approved equal. The use of running threads 'will not be permitted. V. 600V Conductors -Wire and Cable: 1. All conductors shall be copper. Provide stranded conductor for #10 AWG and larger or when making flexible connections to vibrating machinery. Use compression "fork" type connectors or transition to solid conductors when connecting to switches, receptacles, etc. 2_ Type THHN/THWN-2 thermoplastic, 600V, UL approved, dry and wet locations roted at 90 degrees Celsius, for conductors of all sizes from #12 AWG up to and including 1000 kcmil. RHH/RHW insulation is allowed only to provide an Electrical Circuit Protective System to comply with NEC, or CEC where adopted, Articles 695 and 700. 3. Wire and cable shall be new, manufactured not more than six (6) months prior to installation, shall have size, type of insulation, voltage rating and manufacturer's name permanently marked on outer covering at regular intervals. 4. Wire and cable shall be factory color-coded by integral pigmentation with a separate color for each phase and neutral. Each system shall be color-coded and it shall be maintained throughout. 5. Systems Conductor Color Coding: a. Power 208/120V, 3PH, 4W: 1) Phase A = Block 2) Phase B = Red 3) Phase C Blue 4) Neutral = White or White with Phase Color Tracer 5) Switchlegs Purple (Switchlegs shall also be identified separately by numerical tags) 6) Travelers = Purple with Black stripe or Pink b. Power 480/277V, 3PH, 4W: 1) Phase A = Brown 2) Phase 8 3) Phase C 4) Neutral = Orange = Yellow = Grey or Grey with Phase Color Tracer 5) Swi\chlegs = Purple (Switchlegs shall also be identified separately by numerical togs). 6) Travelers = Purple with Black stripe or Pink. c. Ground Conductors: Green d. Isolated Ground Conductors: Green with continuous Yellow stripe e. Fire Alarm System: As recommended by the manufacturer 6. All color-coding for #12 through #6 AWG conductor shall be as identified above. Conductors #4 AWG and larger shall be identified by utilizing phase tape at each termination. 7. No conductors carrying 120V or more shall be smaller thon #12 AWG. 8. Aluminum conductors shall not be used. 9. Wire-pulling compounds used as lubricants in installing conductors in raceways shall only be "Polywater J". No oil, grease, graphite, or similar substances may be used. Pulling of #1/0 or larger conductors shall be done with an approved cable pull machine. Other methods; e.g. using vehicles or block and tackle to install conductors are not acceptable. W. Medium Voltage Conductors (greater than 600V): 1. See drawings for Medium Voltage Cable Schedule and Specifications. --------- X. Junction and Pullboxes: 1, For interior dry locations, boxes shall be NEMA 1 galvanized one-piece drawn steel, knockout type, with removable, machine screw secured covers. 2. For outside, damp or surface locations, boxes shall be NEMA 3R heavy cast aluminum or cast iron with removable, gasketed, non-ferrous machine screw secured covers. 3. For in-grade applications, junction and pull boxes shall be pre-cast concrete or molded fiberglass manufactured by Christy, Brooks-Jensen, or Utility Vault Co. Fiberglass boxes shall: a. Be used only in landscape planter areas that are not subject to damage from lawnmowers, tractors and other machinery. b. Not be used in lawn or turf areas. c. Not exceed 11" W x 17" L in size unless required to be larger to meet code requirements. 4, All boxes shall be sized for the number and sizes of conductors and conduits entering the box and equipped with plaster rings where required. 5. All boxes located in traffic areas shall be traffic rated. Y. Outlet Boxes: 1, For fixtures, boxes shall be galvanized, one-piece drawn steel. knockout type equipped with 3/8" fixture studs and plaster rings where required. 2. For convenience outlets, wall switches, or other devices, outlet boxes shall be galvanized one-piece drawn steel, knockout type 4" x 4" x 2-1/8" minimum size with plaster rings as required. 3. For locations where standard boxes are not suitable due to number and size of conduit to be terminated, special boxes shall be designed to fit space or meet other requirements and submitted for approval. 4. For exposure to weather, damp locations, or surface mounting, outlet boxes shall be heavy cast aluminum or cast iron with threaded hubs; covers shall be watertight with gaskets and non-ferrous screws. 5. Outlet boxes used for support of ceiling fans shall be galvanized, one-piece drawn steel, knockout type equipped with bracing bars and plaster rings where required and listed for ceiling fan support use. Such boxes shall be labeled and capable of supporting ceiling fan weights up to 70 pounds. 6. See drawings for floor box installation notes and specifications. Z. Plywood Backboards: Where indicated for telephone or communications system terminals or other equipment assemblies, provide backboards of size indicated. Use 3/4" thick x 8' tall (length per plans), Douglas Fir, void-free, kiln-dried, fire-rated plywood finished on one side and prime coat painted on all surfaces with finish coat of enamel paint, color by architect. Leave one (1) fire-rating stamp/sheet exposed for inspection. AA. Terminal Cabinets: 1. Terminal cabinets shall be fabricated of hot dipped galvanized code gauge sheet metal for flush or surface mounting, complete with barriered sections, a door for each vertically barriered section, and sizes as indicated on plan. Doors shall be hinged and lockable-Locks shall be keyed to match the branch circuit panelboords. Terminal cabinet trims shall match the branch circuit panels. 2. Provide each terminal cabinet with a full size mounting backplate. 3. Terminal cabinets shall be installed complete with full-length skirts of the same construction and finish as the terminal cabinet. 4. Where mounted outdoors, terminal cabinets shall be NEMA 3R, weatherproof complete with gaskets and required sealant to prevent moisture from entering the terminal cabinet. 5. All terminal cabinets and terminal cabinet barriered sections shall be labeled by the cabinet or cabinet section use (i.e. CATV, Security. etc.). Labels shall be Micarta type as specified elsewhere in these specifications. Unless otherwise noted, all termination blocks and cables shall be lobeled per ANSI/EIA 606 standard. BB. Painting: Terminal cabinets, panels, junction boxes, pull boxes, etc., and conduit installed in public view shall be painted with colors selected by the Architect to match the subject surface. Refer to painting section of the specifications for additional requirements. CC. Seismic Design, Certification, and Anchoring of Electrical Equipment: 1. Contractor shall include all costs in the base bid for labor, materials, al\ special inspections and structural engineering design necessary to meet the Seismic Design Requirements for Non-structural Components (Chapter 13, ACE SEI 7-05 Minimum Design loads for Buildings and Other Structures) as required by IBC, or CBC where adopted, Section 1708 and as related to the installation of all electrical equipment furnished under this contract. See Specific Project Site Seismic Criteria on architectural and/or structural plans which include Building Occupancy Category, Seismic Design Category, Design Spectral Response Acceleration (Sos), Height factor ratio (z/h) and Site Class. Non-structural Component Importance Factor (~) for a particular component shall be determined based on the following criteria: a. lp=1.0: Non-life safety, Non-structural Components in an Occupancy Category IV Facility not required for continued operations of the facility or in any other Occupancy Category Facility where component failure will not impair continued operation of the facility. b. lp=1.5: Designated Seismic Systems are those non-structural components in any Occupancy Category IV focili\y (except as noted above) or that are a part of any code-defined Critical, Life Safety, Emergency and Legally Required Standby Electrical System. Additionally, those non-structural components containing hazardous materials shall be classified as Designated Seismic Systems. While Designated Seismic Systems are generally identified on the plans, they may include items such as Generators, Automatic Transfer Switches, UPS units and all associated electrical distribution equipment and components necessary for the designated seismic system to form a complete and operable system. The Contractor shall ultimately be responsible for identifying Designated Seismic Systems. For any electrical component either identified on the plans or determined by the contractor to be a Designated Seismic System, all line and load side electrical distribution systems supporting that Designated Seismic System (including, but not limited to, feeders, pane! boards switchboards, transformers, all related component supports and attachments, etc.) shall be considered a part of the designated seismic system for the purposes of code-compliance and seismic certification. c. z/h -Height factor ratio: See plans for respective equipment locations. 2. Provide a delegated-design submittal for each of the following seismic-restraint systems to be used as required: a. Restraint Channel Bracings consisting of MFMA-4, shop-or field-fabricated bracing assembly made of slotted steel channels with accessories for attachment ta braced component at one end and to building structure at the other end, with other matching components, and with corrosion-resistant coating; rated in tension, compression, and torsion forces. b. Restraint Cables consisting of ASTM A 603 galvanized-steel cables. End connections made of steel assemblies with thimbles, brackets, swivel, and bolts designed for restraining cable service, with a minimum of two clamping bolts for cable engagement. c. Seismic-Restraint Accessories consisting of hanger rod/hanger rod stiffener assemblies, multifunctional steel connectors for attaching hangers to rigid channel bracings and/or restraint cables, bushings for floor and wall-mounted equipment, anchor bolts, and resilient isolation washers and bushings. d. Mechanical Anchor Bolts consisting of drilled-in and stud-wedge or female-wedge type in zinc-coated steel for interior applications and stainless steel for exterior applications. Select anchor bolts with strength required for anchor and as tested according to ASTM E 488. e. Adhesive Anchor Bolts consisting of drilled-in and capsule anchor system containing resin and accelerator, or injected polymer or hybrid mortar adhesive. Provide specific LEED-compatible, environmentally-friendly resins and adhesives on a!l LEED projects. Provide anchor bolts and hardware with zinc-coated steel for interior applications and stainless steel for exterior applications. Select anchor bolts with strength required for anchor and as tested according to ASTM E 488. 3. Submittal shall include design calculations and details for selecting seismic restraints complying with performance requirements, design criteria, and analysis data signed and sealed by the contractor's structural engineer responsible for their preparation. Calculations shall include, but not be limited to, static and dynamic loading caused by equipment weight, operation, and seismic and, if applicable, wind forces required to select seismic and, if applicable, wind restraints and for designing vibration isolation bases. Provide seismic and wind-restraint detailing to support system selection, arrangement of restraints, attachment locations, methods, and spacings with all components identified to include their strengths, directions and values of forces transmitted to the structure during seismic events and association with vibration isolation devices. Sizes of components shall be selected so strength will be adequate to carry present static and seismic loads to accommodate 25% spare future capacity within specified loading limits. ARCHITECT ~-~11111 DGA planning I architecture j interiors 550 Ellis Street, Mountain View. CA 94043 201 Filbert Street. 3rd Floor, San Francisco, CA 94133 2550 Fifth Avenue, Suite I 15. San CA 92103 1720 8th Street, Sacr,,menta. CA 958 I I COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.ccm Project Leader -Frank Fritsch Electrical Lead -Frank Fritsch tk1sc Job#: 2018-0315 REVISIONS NO. DESCRIPTION CLIENT LOGO I I I 650,943-1660 415-477-2700 619°685-3990 916-441-6800 DATE PHARMACEUTICALS CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE IONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 NONE ELECTRICAL SPECIFICATIONS E-705 DGA planning I architecture I interiors 2018 © 4. Any pre-approval and evaluation documentation shall have a California Office of Statewide Health Planning and Development (OSHPD) Special Seismic Certification Preapproval (OSP) demonstrating horizontal and vertical load testing and analysis showing maximum seismic-restraint ratings, by !CC-ES or another agency acceptable to authorities having jurisdiction. Ratings based on independent testing are preferred to ratings based on calculations. !f preopproved ratings are not available, submittals based on independent testing are preferred. Calculations (including combining shear and tensile loads) that support seismic-restraint designs must be signed and sealed by a qualified professional engineer. 5. Coordinate the location of embedded connection hardware with supported equipment attachment and mounting points and with requirements for concrete reinforcement and formwork specified elsewhere in the project specifications. 6. Install flexible connections in runs of raceways, cables, wireways, cable trays, and busways where they cross seismic joints, where adjacent sections or branches ore supported by different structural elements, and where connection is terminated to equipment that is anchored to a different structural element from the one supporting them as they approach equipment. Flexible connection limitations of the NEC, or CEC where adopted, shall apply. 7. Install seismic-restraint devices using methods approved by OSHPD or on agency acceptable to authorities having jurisdiction providing required submittals for component. 8. Multiple Raceways or Cables: Secure raceways and cables to trapeze member with clamps approved for application by OSHPD or an agency acceptable to authorities having jurisdiction. 9. The contractor shall engage a qualified testing agency to perform tests and inspections as listed in other Project Specifications, but as a minimum shall include at least four of each type and size of installed anchors and fasteners selected by Architect. Schedule tests with Owner. through Architect, before connecting anchorage device to restrained component (unless post connection testing has been approved), and with at least seven days' advance notice. Obtain Architect's approval before transmitting test loads to structure. Provide temporary load-spreading members as required. Test to 90 percent of rated proof load of device. Prepare and submit test and inspections reports. DD. Trenching and Backfilling: Contractor shall be responsible for trenching and backfilling. Refer to applicable trenching and backfilling specifications for complete requirements. PART 3 -EXECUTION 3.1 PREPARATION AND INSTALLATION A. Installation of Conduit and Outlet Boxes: 1. All conduit installed in the dry walls or ceilings of a building shall be steel tube (EMT). aluminum tube (EMT). or intermediate Metal Conduit (IMC). Flexible conduit shall not be used in lieu of EMT, IMC or rigid conduit except as noted herein. 2. Galvanized rigid conduit (GRC) or intermediate metal conduit (IMC) shall be used as follows: a. When noted on the drawings. b. When considered exposed to damage by the local AHJ. c. When installed in wet or damp locations and of a trade size where listed-raintight fittings, connectors, couplings, etc. are unavailable. d. When required by NEC or CEC Article 517.13 e. When installed in concrete and masonry. The use of ENT in CMU wa\!s and parking structures may be allowed only as directed in writing by the Engineer. Request for ENT substitution must be mode prior to bid and in accordance with pre-bid substitution request requirements of these specifications. 3. Intermediate metal conduit (IMC), is approved for use in all locations as approved for GRC or EMT and in accordance with NEC, or CEC where adopted, Article 342. 4. Flexible steel conduit shall only be permitted to be used at light fixture outlets and connections ta vibrating electrical equipment. All flexible steel conduit runs shall be less than 6'-0". Except when concealed in walls or other structural elements, oil outdoor installation shall be made using liquid-tight flex with approved fittings. Include a separate insulated green ground conductor sized per NEC in each conduit. Other uses of flexible conduit shall be allowed on!y as approved in writing by the Engineer. 5. Flexible liquid-tight conduit shall be installed in lieu of the flexible steel where required by NEC, or CEC where adopted, in damp and wet location, where exposed to weather, in refrigerated area (65 Deg. F or less), and/or between seismic joints. All rotating electrical equipment shall be supplied with flexible, liquid-tight conduit with appropriate slack and shall not exceed thirty-six (36) inches. Include a separate insulated green ground conductor sized per NEC in each conduit. Other uses of liquid-tight flexible conduit shall be allowed as approved in writing by the Engineer on a case by case basis. 6. Rigid metallic conduit installed underground or embedded in concrete shall be 1" trade size minimum and shall be wrapped with 20 mil polyvinyl chloride plastic tape. PVC conduit installed underground or imbedded in concrete shall be 3/4" minimum trade size. 7. Where required for providing an Electrical Circuit Protective System to comply with NEC, or CEC where adopted, Articles 695 and 700, utilize UL Listed 2-hour fire-rated, MC cable or UL Listed 2-hour fire-rated RHH/RHW conductors in conduit. 8. Conduit shall be run so as not to interfere with other piping, fixtures or equipment. 9. The ends of all conduits shall be cut square, carefully reamed out to full size and shall be shouldered in fitting. 10. No running threads will be permitted in locations exposed to the weather, in concrete or underground. Special union fittings shall be used in these locations. 11. Where conduit is underground, under slabs or grade, exposed to the weather, or in wet locations, make joints liquid tight and gas tight. 12. All metal conduit in masonry and concrete and where concealed under floor slabs shall have joints painted with thread compound prior to makeup. 13. PVC conduit shall not be run in walls except where approved by the Engineer prior to bid in limited instances that may include concrete or CMU walls used in site retaining, parking structures. or exterior equipment yard or enclosure walls, etc. 14. Where conductors enter a raceway or a raceway in a cabinet, pull box, junction box, or auxiliary gutter, the conductors shall be protected by a plastic bushing type fitting providing a smoothly rounded insulating surface. 15. Where conduit extends through roof to equipment on roof area, the Contractor shall provide flashing material compatible with the roofing system as required by the roofing specifications or as required by the Owner's roof warranty. This flashing shall be delivered to the roofing Contractor for installation. The actual location of all such roof penetrations and outlets shaH be verified by the Architect/Owner. Contractor to verify type of flashing prior to bid and include all costs. 16. All conduit shall be supported at intervals not less than 6' -0" and within 12" from any outlet and at each side of bends and elbows. Conduit supports shall be galvanized, heavy stamped, two-hole conduit clomp properly secured. 17. Where conduit racks are used, the rack sha!I consist of two piece conduit clamps attached to galvanized steel slotted channels, properly secured via threaded rods attached directly to the building structure. 18. Nail-in conduit supports, one-piece set screw type conduit clamps or perforated iron for supporting conduit shall not be used. 19. Seismic Conduit Support: a. All conduit shall be supported in such a manner that it is securely attached to the structure of the building. Attachment is to be capable of supporting the tributary weight of conduit and contents in any direction. Maximum spacing of support and braces are to be as follows: CONDUIT SIZE 1/2" to 3" 3-1/2" to 4" MAXIMUM SPACING 6'-0" B'-o" 20. AH conduit runs shall be installed parallel or perpendicular to walls, structural members, or intersection of vertical planes and ceilings. Field made bends and offset shall be avoided where possible. Crushed or deformed raceway shall not be installed. 21. Open knockouts in outlet boxes only where required for inserting conduit. 22. Locate wall outlet of the same type at same level in all rooms, except where otherwise noted. 23. Outlet boxes on metal studs shall be attached to metal hangers, tack welded or screwed to studs; On wood studs attachment shall be with wood screws, nails are not acceptable. 24. Recessed boxes shall not be mounted back-to-back in any wall; minimum offset shall be 24 inches. 25. Junction Boxes that do not contain any device(s) shall be located in storage rooms, electrical closets or above accessible ceilings, not in hard lid ceilings or other forms of inaccessible ceilings. Place boxes which must be exposed to public view in a location approved by the Owner's Project Manager. Provide covers or plates to match adjacent surfaces as approved by the Owner's Project Manager. 26. Surface mounted pul! boxes, terminal cabinets, junction boxes, panel boards etc., shall be attached to walls using appropriate screws, fasteners, backing plates, stud blocking, etc., as detailed on architectural and/or structural drawings. If architectural and/or structural drawings are not provided on the project, Contractor shall provide all necessary mounting hardware and backing support to comply with local building code requirements and any additional requirements imposed by the local Authority-Having-Jurisdiction. 27. Except where below grade, sleeves shall be installed where conduit passes through masonry or concrete walls and shall be 24 gauge galvanized steel no more than 1/2" greater in diameter than the outside diameter of the conduit. When located in non-rated structures, caulk conduit sleeve with stone wool. When located in fire rated structures, provide UL listed fire stopping system. See fire stopping section of this specification for additional requirements. 28. All boxes shall be covered with outlet box protector, Appleton SB-CK, or similar device/method to keep dirt/debris from entering box, conduit or panels. If dirt/debris does get in, it shall be removed prior to pulling wires. 29. All boxes installed outdoors shall be suitable for outdoor installations, gosketed, screw cover, and painted as directed by the Architect with weatherproof paint to match building. 30. All conduit entries to outdoor mounted panels. cabinets, boxes, etc., shall be made using Myers "SCRU-TITE" hubs Series ST. 31. Provide nylon or a 1/8-inch 0.0. polyethylene rope, rated at 250 pounds tensile strength, in all conduits more than 5 feet in length left empty for future use. Not less than 5 feet of rope shall be left at each end of the conduit. Tag all lines with a plastic tag at each end indicating the termination/stub location of the opposite end of the conduit. 32. All multiple conduit runs within suspended ceilings shal! be suspended from building structure by means of unistrut hangers/racks. Conduit shall not be allowed to lay on ceiling or be supported from ceiling suspension wires or other suspension system. Support conduit to structure above suspended ceilings 8" minimum above ceiling to allow removal of ceiling tile. Maintain two inch clearance above recessed light fixtures. 33. All exposed conduits and support hardware shall be painted to match the finish of the wall or ceiling to which it is supported. 34. Where conduits or wireways cross seismic joints, provide approved flexible conduit connection or approved expansion/deflection fitting to allow for displacement of conduit in all three oxes. Connection shall allow for movement in accordance with design of seismic joint. Non~flexible raceways crossing expansion joints or other areas of possible structural movement shall make provision for 3-woy movement at such points by means of expansion/deflection fittings. Fittings shall be installed in the center of their axes of movement and shall not be deflected to make part of a conduit bend, or compressed or extended to compensate for incorrect conduit length. Install flexible conduit connection(s) or approved expansion/deflection fitting(s) complete with ground jumpers. Where necessary, provide approved expansion joints to allow for thermal expansion and contraction of conduit(s). Install expansion joints complete with ground jumpers. 35. Seal all conduits where termination is subject to moisture or where conduit penetrates exterior wall, floor or roof, in refrigerated areas, classified (hazardous areas) and as indicated on the drawings. 36. Except as otherwise indicated on the drawings or elsewhere in these specifications, bends in feeder and branch circuit conduit 2 inches or larger shall have a radius or curvature of the inner edge, equal to not less than ten (10) times the internal diameter of the conduit. Except where sweeping vertically into a building where sweep radius equals ten (10) times conduit diameter, underground communications and building interconnect conduits 3 inches or larger shall have a minimum 12' -6" radius or curvature of the inner edge. For the serving utilities, radius bends shall be made per their respective specifications. 37. Tag all empty conduits at each accessible end with a permanent tag identifying the purpose of the conduit, footage end-to-end, and the location of the other end. In wet, corrosive outdoor or underground locations, use brass, bronze, or copper 16 gauge tags secured to conduit ends with #16 or larger galvanized wire. Inscribe on the togs, with steel punch dies, clear and complete identifying information. 38. The following additional requirements shall apply to underground conduits: a. Underground conduit shall be Schedule 40 PVC (polyvinyl chloride) unless otherwise indicated elsewhere in these specifications or as required per NEC, or CEC where adopted, Article 517.13. b. For all communications conduits 2" and larger. and feeders 100A or greater, provide with a minimum 3", (2,000 LB) concrete envelope, 2» minimum separation between conduits, installed at depth of not less than 24" below grade. (Provide concrete encasement and/or greater minimum conduit depth as required by the Utility Companies.) Conduit separation within a duct bank shall be maintained using plastic spacers located at 5'-0" intervals. Where power and communication conduits are run in a common trench. a 12" minimum separation shall be maintained between power and communication conduits or as required by Utility Companies. Where concrete encasement is not required by serving utlities for a utility-only duct bank, provide free draining sand bedding suitable to acheive 95% relative compaction based on ASTM D1557 using 6" lifts or directed by Utility Company Standards. c. In all coses, where any conduit(s) pass under o building slab or footing, the electrical contractor will provide a Bentonite clay or concrete barrier that conforms to the height and width of the trench excavation extending a minimum of 24" on either side of the foundation. ln all cases, where conduit(s) pass through a sleeve in a footing or other foundation element, the electrical contractor will provide a Bentonite clay or concrete barrier between the sleeve and the conduit(s) surrounding the conduit(s) for the entire depth of the sleeve. The barrier is required to prevent passage of moisture under or through the slab or footing via the trench or sleeve. d. Where underground conduit passes under a building slab, concrete encasement may not be required, except as required above, contact the Engineer for written direction prior to omitting any encasement. e. Underground conduits, which terminate inside building(s) below grade. such as in a basement level, or which slope so that water might flow into interior building spaces, shall be sealed at the point of penetration with a modular conduit seal (Link-Seal or equal by Rox Systems). Conduit/conduit sealing system penetrations of waterproofing membranes/systems on existing structures shall be completely restored as required to maintain membrane/system manufacturer and installer warrantee for the installation. All conduits shall be provided with o 4% slope away from buildings. All conduits shall be installed such that the water cannot accumulate in the conduit and such that water drains into the nearest manhole, pull box or vault and not into the facility. ln instances where grade changes or elevation differences prevent sloping of conduit □way from a building into the nearest manhole, pull box or vault or where accumulation of water in a manhole, pull box or vault may result in water traveling into the facility, conduits shall be sealed internally at each end of each conduit using conduit sealing bushing, sized as required for the conductors contained within the conduit (0-Z Gedney #CSBG 1 OOpsig withstand or equal). In all coses, install plugs or caps in spare (empty) conduits at both ends of each conduit (J□ckmoon or equal) preventing both water and gas from entering the facility via the conduits. f. Include a separate insulated green ground conductor sized per NEC, or CEC where adopted, in each underground electrical feeder/branch circuit. g. All underground conduits with circuits rated at 40A or greater and all underground communications conduits shall be provided with a metallic marker tape located 12" below the finished grade. h. Where underground conduits sweep into/through slobs, utilize PVC 90 degree sweeps that transition, via female PVC adapter ta GRC coupling mounted flush in slab. GRC couplings shall be 1/2 lap taped with 20 mil tape. If the distance of the conduit run between a sweep and the next connecting sweep, pullbox, vault or manhole exceeds 150 ft then the sweep shall be concrete encased. Exceptions: 1) 2) Communications conduits shown terminating at □ finished floor shall hove an additional 4" high GRC nipple equipped with a bushing, removable conduit plug, labeling tag and pull rope. Tie off pull rope ta conduit plug. Utility conduit sweeps shall be installed per the requirements of the respective utility company. i. All PVC conduit shall be glued for a water and gas tight installation. The Contractor shall use appropriate solvent on oil joints prior to gluing conduit and fittings together. j. All underground conduit work shall conform to the Federal, State and Local Safety Orders or Rules regarding excavations, trenches and related earthwork. Far projects in Ca!ifomi□, refer to the California Code of Regulations, Title 8, Construction Code Sections 1540 and 1541 for additional requirements. ----------- 39. Installation of Metal Clad (MC) Coble (when use is permitted in the Allowed Specification Deviations Section or Deductive/ Additive Alternate Pricing Section generally located on the symbols list drawing). a. Provide J-box above accessible ceiling prior to running MC cable within partitions or walls. J-box shall be permanently labeled with panel identification and circuit numbers contained within. b. Overhead MC cable runs shall generally follow building lines to provide a neat and workmanlike installation. c. Provide code-sized J-boxes to accommodate MC cable splicing in general. For systems furniture poke-through feeds utilizing MC cable, transition from MC cables to conduit and wire near the p□nelboard in the Tl accessible ceiling space on the floor below the panel board via code-sized gutter(s). Utilize UL listed, insulated barrier strips with recessed screw heads (Ideal #89-6?? series or equal) fastened within the gutter(s), terminate MC conductors on one side of the strip(s) and individual conductors in conduit from the panel board(s) on the other side of the strip(s). Label each terminal strip(s) with panel designation. Label each phase conductor with circuit number using wire markers (ideal or equal). Wire nuts are not an acceptable alternative to the terminal strips in these underfloor transition locations. Provide (1) spare 3/4" conduit from each gutter to its respective panelboard. d. MC cable shall not run directly into panelboords, distribution boards or electrical rooms. e. MC cabling shall be provided with its own code-approved ceiling support wires, coble hangers, individual spring steel support clips, steel trapeze hangers, threaded rods or dedicated #10 AWG drop wire. Cable supports shall be fastened to concrete slobs, beams, joists or other structural members of the building. In no case shall MC cable rest on ceilings, suspended ceilings or structures. Do not support MC cable using ceiling support wires. The use of nylon cable ties to support MC cable is not allowed. f. Use lock or spring nut MC cable fittings. g. Cable runs shall be continuous from wiring device to wiring device -no intermediate splicing J-boxes allowed. h. When terminating or splicing at a junction, outlet, or switch box, cut the cable with an armored coble rotary cutter such that 6" of free conductors remain for connections or splices. Use screw-in or spring lock connector and ensure a proper bonding by firmly tightening the connector to both the box and cable. Insert an anti-short bushing at cable ends to protect conductors from abrasion and use insulated connectors. i. MC Cable bend radius shall not be less than seven (7) times the external diameter B. of the cable. j. MC cables passing through fire-rated walls or floors shall be firestopped as required with a UL listed system, See firestopping requirements outlined elsewhere in this specification for additional requirements. k. Installation shall not exceed code requirements for total current carrying conductors in multiple MC cable runs bundled together into a single MC cable hanger or strap, unless support device is specifically listed for such purpose. Neutrals shall be counted as current carrying conductors. I. Maintain MC cable clearance of at least 6" from hot water and any other high temperature pipes. Maintain at least 12" clearance between MC cable(s) and telecommunication conduits and cables. MC cable shall cross telecommunication cables and conduits at right angles. m. MC cabling shall not be run through exposed ceilings, where open grid conditions exist, exposed on walls, or exposed to view. See Power Plan and Lighting Plan General Notes for additional requirements. n. Use of MC-AP, "MC All Purpose" or MC cabling where the interlocked armor sheath forms all or a portion of the equipment grounding conductor is expressly prohibited. 40. Installation of Electrical Nonmetallic Tubing (ENT) Cable (when use is permitted in the Allowed Specification Deviations Section or Deductive/Additive Alternate Pricing Section generally located on the symbols list drawing). a. When approved for use in the Allowed Specification Deviations Section or Deductive/Additive Alternate Pricing Section, generally located on the symbols list drawing, 1/2" and 3/4" trade size ENT shall be allowed for concealed lighting branch circuits, receptacle branch circuits and miscellaneous signal system circuits within concrete floors, walls and columns within parking structures. b. ENT conduit sholt meet the requirements of Underwriters Laboratories Standards 1479 and 1653, NEMA TC-13. and be UL-listed. c. All ENT conduit, ENT fittings, ENT boxes and ENT accessories shall be UL listed and manufactured by the same manufacturer so as to form a complete ENT system. ENT systems shall only be used if they are listed for use in fire resistance rated concrete floors and ceilings with resistance ratings as indicated elsewhere in the project plans. ENT System shall comply with NEC, or CEC where adopted, Article 362. d. All ENT fittings and ENT boxes shall be concrete-tight listed without the use of tape. Additionally, ENT fittings shall be constructed of high-impact PVC and able to resist ENT conduit pull, out forces of a minimum of 175 lbs. ENT fittings with fewer than 6 locking tabs for ENT connection shall utilize manufacturer-approved glue as additional protection from fitting/conduit separation. ENT conduit to rigid conduit transition fittings shall be equipped with set screw fittings on the rigid conduit side of the fitting. ENT to metal box fittings shall be equipped with a threaded end and lock washer. e. Where tubing enters a box, fitting or other enclosure provide a bushing or adapter to protect conductors from abrasion unless the box. fitting, or enclosure design provides equivalent protection. f. ENT junction boxes shall have brass screw inserts and shall be rated to support lighting fixtures weighing less than 50 lbs. g. Concrete tight metal boxes shall be used to support pendant hung fixtures or fixtures aver 50 lbs. h. ENT shall be provided in continuous lengths between junction boxes without use of in-line splices or connectors and shall be clearly marked/labeled at least every 10-feet. i. All ENT conduit containing electrical branch circuits shall contain a code-sized equipment ground conductor. j. ENT shall transition to EMT, IMC, RMC, or rigid PVC, as appropriate or as called out elsewhere in this specification, for all exposed conduits within/on/under a parking structure. k. ENT shall transition to appropriately sized PVC expansion joint(s) at oil structure expansion or seismic joints. I. ENT shall be securely fastened and supported every 2 -3 ft. and within 1 ft. of every junction box and fitting to prevent movement and sag. m. ENT shall be routed straight without sags, or excessive bending. Where bends are required, comply with Table 362.24 of the NEC for minimum radius of bends. Number of bends shall not exceed quantity allowed by code where used for power and lighting branch circuit and/or feeder conductors. Where utilized for communications system conductors (phones, data cabling, etc.) number of bends shall not exceed the equivalent of (2) 90 degree bends with conduit length no more than 1 DO feet without installation of a TIA 569-compliant pull box. n. Separation of ENT from fitting(s), excessive sags or deflections in ENT runs that prevent pulling of wire, and other ENT system product or system installation failures/errors, shall be corrected by saw cutting and patching as necessary at no additional cost to the Owner. Use of surface mounted conduits and junction boxes as o repair method is unacceptable. o. Empty ENT runs shall be provided with a nylon pull string. p. Coordinate installation of raceway with structural steel and other structural members. Do not cut, notch or otherwise alter structural members without obtaining approval in writing from the Structural Engineer of Record. q. No more than (2) 3/4" ENT conduits may cross each other within a horizontal concrete slab without obtaining approval in writing from the Structural Engineer of Record. Installation of 600V Conductors: 1. All electrical wire, including signal circuits, shall be installed in conduit. 2. All circuits and feeder wires for all systems shall be continuous from overcurrent protective device or switch ta terminal or farthest outlet. No joints shall be made except in pull, junction or outlet boxes, or in panel or switchboard gutters. a. Utilize pre-insulated "winged" spring type connectors, 3M Company "Performance Plus" #O/B or #R/Y or equal and as required for splices ond taps in conductors #6 AWG and smaller. When a spring connector is used in an underground environment or when subject to moisture, utilize a 3M Company Scotchcast 3507G epoxy resin connector sealing pack to seal the spring connector. THE USE OF PUSH-WIRE CONNECTORS (e.g. "WAGO" OR EQUIVALENT) IS STRICTLY PROHIBITED. b. Wires #4 AWG and larger AWG shall be joined together as follows: 1) When located in an underground environment or when subject to moisture, the splice shall be made with compression connector and sealed by a 3M, or equal, PST cold shrink connector insulator. 2) When located in an interior environment, the splice shall be made with on ILSCO or equal dual rated, insulated splicer-reducer connector or multi-tap connector listed for use with 75/90 degree Celsius rated conductors. c. Connections to busbar shall be made with dual-rated copper/aluminum one-piece compression lugs. Paralleled conductor connections shall be by mechanical lugs. 3. Thoroughly clean all conduit and wire-ways and see that all parts are perfectly dry before pulling any wires. 4. Install UL approved fixture wire from all lighting fixture lamp sockets into fixture outlet or junction box. 5. For 20A branch circuit wiring, increase #12 conductors to #10 for 120V circuits longer than 100 feet and for 277V circuits longer than 150 feet. 6. Conductor Support: Provide conductor supports as required by codes and recommended by cable manufacturer. Where required, provide cable supports in vertical conduits and provide lower end of conduit with a ventilator. C. Grounding/Banding: 1. Provide grounding and bonding for entire electric installation as shown on plans, as listed herein, and as required by applicable codes. Included, but not limited to, are items that require grounding/bonding: a. Conduit, raceways and cable trays. b. Neutral or identified conductors of interior wiring system. c. Panel boards, Distribution boards, Switchgear and Switchboards. d. Non-current carrying metal parts of fixed equipment. e. Telephone distribution equipment. f. Transformers, Inverters, UPS, POU. RDC, Transfer Switch and Generator Systems. g. Raised Flooring. h. Exposed metal in maintenance holes, hand holes. ,. Lightning Protection Systems and antennas. j. Metal piping installed in or attached to a building/structure. k. Metallically isolated structural steel. I. Metallically isolated underground metal water piping. m. Elevator hydraulic piston/lift case. 2. In multi-occupancy buildings, Contractor shall bond metal water piping systems installed in, under or attached to a building and/or structure serving individual occupancies where the piping system(s) are metallically isolated from each other. Per NEC, or CEC where adopted, ART. 250.104(A)(2) and (3). the bonding conductor shall be sized per Tobie 250.122 and connected to the switchboard/panelboard serving that suite/occupancy. 3. Use of Ground Rods: Furnish and install required number of 3/4" x 10' copper clad ground rods to meet specified resistance, all required grounding wires, conduit and damps. The size of the grounding conductors shall be not less than that set forth in the latest edition of the California Code of Regulations, Title 24, State of California and NEC (or CEC where adopted), unless otherwise indicated. Rods shall be installed such that at least 10 feet of length is in contact with the soil. Where rock bottom is encountered, the electrode shall be driven at an oblique angle not to exceed 45 degrees from vertical or shall be buried in a trench that is at least 30 inches deep. The upper end of the electrode shall be flush with or below ground level unless the above ground end and the grounding electrode conductor attachments ore protected against physical damage. Unless otherwise noted, connection to the grounding electrode conductor may be by compression type or exothermic process connector. Mechanical connectors shall not be used. 4. Grounding System Connection: □. Compression connectors shall be unplated copper, manufactured by Burndy, or approved equal, designed specifically for the intended connection. b. Exothermic weld-type connectors shall be 'Cadweld' manufactured by Erica Products, or approved equal, designed specifically for the intended connection. c. Mechanical connectors shall not be used. 5. Isolated Ground Receptacles shall have an insulated receptacle and the ponelboard isolated ground bus. wire shall not be grounded at any other point, and ground wires by a continuous yellow stripe. ground wire connected between the Unless otherwise noted, this ground shall be distinguished from other 6. Provide separate green equipment ground conductor in oil electrical raceways to effectively ground all fixtures, panels, controls, motors, disconnect switches, exterior lighting standards, and non current-carrying metallic enclosures. Use bonding jumpers, grounding bushings, lugs, busses, etc., for this purpose. Connect the equipment ground to the building system ground. Use the same size equipment ground conductors as phase conductors, up through #10 AWG. Use NEC (or CEC where adopted) Table 250.122 for conductor size with phase conductors #B and larger, if not shown on the Drawings. 7. Clean the contact surfaces of all ground connections prior to making connections. B. Ductwork: Provide a flexible ground strop, No. 6 AWG equivalent, at each flexible duct connection at each air handler, exhaust fan, and supply fan, and install to preclude vibration. 9. Motors: Connect the ground conductor to the conduit with an bushing, and to the metal frame with a bolted solderless lug. washers shall be bronze or cadmium plated steel. approved grounding Bolts, screws and 10. Building grounding system resistance to ground shall not exceed 25 ohms unless otherwise noted and should be confirmed by testing. D. Line Voltage and Low Voltage Power Supplies to all Mechanical Equipment Including Plumbing, Heating and Air Conditioning Units: 1. An electric power supply, including conduit, any necessary junction and/or outlet boxes and conductors and connection shall be furnished and installed by the Contractor for each item or mechanical equipment. 2. Power supplies to individual items of equipment shall be terminated in a suitable outlet or junction box adjacent to the respective item of equipment, or a junction box provided by the manufacturer or the equipment and directed by the Mechanical Contractor. Allow sufficient lengths of conductor at each location to permit connection to the individual equipment without breaking the wire run. 3. The location of all conduit terminations to the equipment is approximate. The exact location of these conduit terminations shall be located and installed as directed by the Mechanical or Plumbing Contractor. 4. Provide power supplies to all plumbing and mechanical equipment, including, but not limited to, equipment furnished and installed by Owner or Contractor, such as heating and air conditioning equipment, pumps, boilers, auto valves and water coolers, etc. The installation shall produce a complete and operable system. 5. Unless otherwise noted, the Contractor shall furnish and install all conduit, boxes, wires, etc., for line voltage wiring and low voltage wiring. 6. It is the Contractor's responsibility to verify with the drawings of other trades regarding the extent of his responsibility for mechanical equipment. The bid must include a sum sufficient to cover the cost of the installation. 7. The location of all power supply connection and/or terminations to the mechanical equipment is approximate. The exact locations of these terminations shall be verified with other trades during construction. -------- ARCHITECT ~-~11111 DGA planning I architecture I interiors 550 Ellis St,·eet, Mountain View. CA 94043 650-943-1660 20 I Filbert St;~~: 3rd Floor, San Francii~;;:c,i;:j:{j]3 415-477-2700 :..:_ __ ..:..:..:_:.:_ :25?0 Fi!ti:i,>.v':'n~e, S~it~ 115,S~~ [)i"l(<>, Cl\ 9210J... 6 I 9°685-3990 I 720 8th Street, Sacramento, CA 9581 I 916-441-6800 COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.com Project Leader-Frank Fritsch Electrical Lead -Frank Fritsch tk1sc Job#: 2018-0315 REVISIONS NO. DESCRIPTION CLIENT LOGO DATE PHARMACEUTICALS CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE I0NIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD. CA 92064 18006 NONE ELECTRICAL SPECIFICATIONS E-706 DGA planning I architecture I interiors 2018 © E. Prefabricated Equipment: Installation of all prefabricated items and equipment shall conform to the requirements of the manufacturer's specifications and installation instruction pamphlets. Where code requirements affect installation of materials and equipment, the more stringent requirements, code or manufacturer's instructions and/or specifications, shall govern the work. F. Firestopping: 1. The Contractor shall be responsible for furnishing all material, labor, equipment, and services in conjunction with the selection and installation of a complete, fully functioning, code compliant, UL-listed, fire stop assembly/system(s) as required by project conditions. 2. Each fire stop assembly/system shall have an "F" and/or "r" rating as required by each canditian requiring fire stapping. Each fire slap assembly/system shall have a current UL listing, as indicated in the latest edition of the UL Fire Resistance Directory. Contractor shall verify acceptability of all fire stopping methods and system selections with the authority havin9 jurisdiction prior to installation. The Contractor shall install each firestop assembly/system in accordance with the manufacturer's printed instructions 3. Each fire stop assembly/system shall be labeled with fire stop manufacturer-furnished label on each side of the fire stopping systems depicting UL number, etc. G. House Keeping Pads: 1. Provide a minimum 3" high housekeeping pad above finished floor/finished grade for all floor-mounted switchgear, switchboards, distribution boards, transformers, motor control centers, etc., flush with the face of the equipment. Located in mechanical central plant(s), other mechanical spaces, and located outdoors, pads shall be flush with the face of the equipment. Confirm pad dimensions with local inspector prior to forming pad to ensure any local code interpretations/conditions are met regarding housekeeping pads. 2. Unless otherwise noted above, provide a minimum 1-1/2" high housekeeping pad above finished floor/finished grade for all interior floor-mounted switchgear, distribution boards, transformers, motor control centers, transfer switches, etc., flush with the face of the equipment. All housekeeping pad heights are as measured from finished floor or grade. Confirm pad dimensions with local inspector prior to forming pad to ensure any local code interpretations/conditions are met regarding housekeeping pads. 3. Provide a 1-1/2" high housekeeping pad above finished floor/finished for service equipment. Prior to pad rough-in, Contractor shall verify serving utility company's maximum meter height requirements and, if necessary, adjust height of housekeeping pad to comply with those requirements. In indoor applications, the pad shall be flush with the face of the switchgear. In outdoor applications, the housekeeping pad shall extend a minimum of 4 feet from the front of switchgear's weatherproof enclosure. Confirm pad dimensions with local inspector prior to forming pad to ensure any local code interpretations/conditions are met regarding housekeeping pads. 4. All housekeeping pods located in, on, or attached to a building shall be seismically braced/cannected ta the building structure. END OF SECTION ARCHITECT ~-~11111 DGA planning I architecture j interiors 550 Ellis Street, Mountain View, CA 94043 650-943-1660 20 I filbert Street. 3rd Floor, San Francisco. CA 9413c:3--4-:-l:-:5:--_--,477_2700 ................................................................................... . ...................... ,. ?~S~ Fi!tf, ,>,venu<e, St1ite 115, Sa~ [)iei?,C:,'\ ??!~3 1720 8th Street,Sacramento, CA 95811 COLLABORATIVE 4755 Eastgate Mall, Suite 150 San Diego, California 92121 858.362.6800 www.tk1sc.cam Project Leader -Frank Fritsch Electrical Lead -Frank Fritsch tk1sc Job#: 2018-0315 REVISIONS NO. DESCRIPTION CLIENT LOGO I I I I I 6 I 9-685-3990 916-441-6800 DATE PHARMACEUTICALS CLIENT PROJECT ADDRESS PROJECT NO. SCALE TITLE JONIS PHARMACEUTICALS MONUMENT SIGN 2850 & 2855 Gazelle Court CARLSBAD, CA 92064 18006 NONE ELECTRICAL SPECIFICATIONS E-707 DGA planning I architecture I interiors 2018 © SIGN TYPE LG-MON: DIMENSIONAL LOGO SIGN FOR FLAG MONUMENT 20½" :rX u<C a:: :::'E <( a a::: 0 w l Q_;,. :r:x o<e (I'.'. :::;;: <( - (I'.'. <.O w l Q_n LOGO LETTERS DETAIL 5'-0" SPECIFICATIONS: LOGO : 2" DEEP FABRICATED ALUMINUM , FACES AND RETURNS FILL PRIMED AND PAINTED TO MATCH PMS 235C, DIGITAL PRINT CONTOUR CUT CONTROL TAC VINYL WITH SATIN CLEAR OVERLAMINATE ON THREE "N" PARTS IN STALL: STUD MOUNT FLUSH WITH SILICONE ENLARGED SIGN ELEVATION I I I I • 9" SCALE: 1 :4 1:16 SCALE ADDRESS NUMBER DETAIL SCALE: 1:4 SPECIFICATIONS: COPY: 1" DEEP FABRICATED STAINLESS STEEL, VERTICAL BRUSHED FACES, BRUSHED RETURNS INSTALL: STUD MOUNT FLUSH TO TILE WALL MOUNTING DETAIL STUD & SILICONE -----1" DEEP STUD & SILICONE ---1" DEEP N.T.S. SIDE VIEW S-100