Loading...
Plans (379) E IC 20 : - 00551 r T RECEIVED AUG I62018Ce Z o � PPROJECT DESCRIPTION CITY OFTiGARD (0 o0 BUILDING DIVISION .= O cV o) TENANT IMPROVEMENT FOR NEW B AMBULATORY MEDICAL CLINIC. DEMOLITION OF NON-LOAD BEARING WALLS AND EXISTING 0 RESTROOMS. NEW INTERIOR PARTITION WALLS, ELECTRICAL, PLUMBING AND ADA RR. < - LU 0 OFFICE COPY O w W W w w y w w Om w w w 4 mw PROJECT TEAM DRAWING INDEX CI. u w w www ww w w Immo n o BUILDING 6958 SW VARNS STREET T-0 COVER / SITE PLAN Q4/ w 4, w 4, w w w w ADDRESS: TIGARD, OR 97223Q W 4, w w 4, CONTRACTOR: EMMETT PHAIR CONSTRUCTION T-O.1 EGRESS PLAN 1111.11111 M imm UJ pi_T ~w Jr w 4, w w w CONTACT: CHAD BRIX W J, 4' w J, 4' EMAIL: chadOemmettphair.com T-1 DEMO PLAN 111, t w w w w w NE, y PHONE: (503) 432-7332 {/ I 'rFAX: (503) 399-0009 T-2 FRAMING PLAN - CONVENTIONAL WALLS r w w w 4,, w u, w w CCB#: 57427 WA#PHAIRDC948PE Z M N- w .1, w w w w w w w w w w w w DESIGNER: EMMETT PHAIR CONSTRUCTION T-3 DIMENSION PLAN w 1, w MW CO CONTACT: TARA CANTRELL T--4 PROPOSED PLAN O CO w w w EMAIL: tara@emmettphair.com (� w w w PHONE: (541) 521-7661 w w FAX: (503) 399-0009 T-5 REFLECTED CEILING PLAN LLJ u O w OWNER CONTACT: SPENCER BRANNAN CO w / T-6 FINISH PLAN TENANT: EMAIL: spencer.brannan@ciccenters.com w w w 1' DIRTT CONTACT: JENNIFER STEVENS T-7 ELEVATIONS PROJECT EMAIL: jstevens®cisinphx.cam w w © w w \-37 MANAGER: PHONE: (480) 688-9884 L1 • w 4, w CO w w w (C) w 4, w w 4, 30 (c) DEFERRED SUBMITTALS w w w w w w w 4, W W w 29 c) w w wwwwwwwww w '�Il1������ ' C©( )AAC/SCEEPAS w(C) 4 - MECHANICAL (MECH. COMCHECK FORM TO BE w w •/, w 4, 4.. L _ w w w 2 ,, SUBMITTED WITH DEFERRED SUBMITTAL) fr _ - _ w ., l , Ni' (C) � RVKAINNG- www - ELECTRICAL w w w w w *A .�- 27 � (4, w +I, � w w - PLUMBING w 4, 'v 4, ' 4. w 4, 4' w w w w J, w J -�� l � GilMW. 1 SITE PLAN KEYNOTES w w w w w w w 4, tet, 4, w 1, irr w w I ' MIN. oNEW 96 MIN. VAN ACCESSIBLE ADA PARKING w y y w w , 1 16. AVlir, / STALL WITH SIGNAGE w w w w O2 NEW 96" CLR. MIN. ADA ACCESS AISLE w w v w w w w w w w w w v v ` il 4, w w w v, 4, w w w 4' w w 4,• w w w tIllipl, w w w w w w w J, w 4, w ,w w w . �, 4, w W y w . / 4, � AREA OF WORK O3 PROVIDE NEW STRIPING FOR UPPER AND LOWER Williiii PARKING LOT.: w .i, w w 4, w w /� �� CO /Pill, ' 4.-.1111.1 ` w .y y .Y 4, w w ` W \ ��.( wfy � u v v ,v � w w w w w 7001111111111IIIII -y 4, w w iw w w w w wi/` \;1111, 4, w w v .v w w 4, 4 ) l CO w 4, 44 w w w w w 4/ 4hy w w w w _ 4, w ` w w w w w 4' w 411110r& 4, OA 4, 4, 4, w c\ w 4Y, v �� \ . V+ w i v �'_ w O co\ - •y e N w w ��00:02,' 4All ),' w .\ y � w w w r �_- 4.-440719w \ W 4, w 4, w w w w w w w w * y wJ, w ww I CITY of� REVIEWED POR COMPLIANCE jx3 ApprovedV] C^ <1' Q ZZp I ❑Q J, _11 '�w w I\fr "Mir . � ww 1 : w��1�, w w w w ` �� �� w w w ArA w Permit L C / 7/, OV, 1 21- .1, w w w w w 7 Address: � -- F-- � w w w w w w i.� 4` G �• 4, 6 w v w s;te�hd ___ , Date: ww re74. Zf:t/r 0i_ W w W wY w w w I= 0 ri) � `, w 1, w w w 4 w w � �i % w w w w 4 w 3 w w � � 2 w�,w w w w w w l ( ` ) e �� � w w y w v w w � ,mow 1 `' (,) w w J U 41011 Z� � w w , , ► • W w w v, w w w; w w 4, c0 ew 11 IIIIII co , .;*.z... ,,, miolliik � � I1 �� vr r w Lo / r � � w ww Ww w 22 ��11iw w w v, •r� �� 21w ,,��1' . 1 (C) w DESCRIPTION :OPADATE ja , / �/� \(c) . NOT THIS PAGE 7113118 ,_ , NM 0 val.. w REVISION 7/27/18 MINIV. Q VIM 9 w y w MEW ,,,„L--- -- �- .. 0 8 w w 10 .Y W 17: w w € w w w w w L L 4, ` w w 4. 4, w • y w s5 w w u w w w u 11 w w 4, W w w w w 4, vJ, J, � , � w ww J .� S, w ;e � ��►w w w w w w 44* w w iW w - � w w w w , ��: w w c� w w w w�� r � 20 19 18 11111w �l• w „ w . w w w w w rrA011irl\ .4, ., .v w15 14 13 12w � 4, ©rikil w �I ` w w 1�si, T' .4. w w u, w w 1 4� 4, 1, rf4I w w J, w w w 4- w BID SET w1w w w .!, w w 4, 4 w W W w w - - - 444 +i, * . 4, 1 w W w w w w w w w w w w DATE: DWN: RS 6/26/2018 CHK: TC 1 SITE PLAN PROJ. #: SHEET: SCALE: T-0_p T- 0 SCALE: 1/16" = '-O" 1116"= 1'-0" COVER SHEET EGRESS PLAN LEGEND BUILDING SUMMARY z CO PLUMBING FIXTURE CALCULATIONS Ce ri CD co PATH OF EGRESS ILLUMINATION. MEANS OF EGRESS ILLUMINATION SHALL SPACE OCCUPANCY TYPE AREA (SF) TOTAL OCCUPANTS O (.11 NOT BE LESS THAN 1 FOOT-CANDLE (11 LUX) AT THE FLOOR LEVEL. OCCUPANCY/AREA OCC. CALC. OCC. LOAD WATER CLOSETS LAVATORIES I� 0 THE POWER SUPPLY FOR THE MEANS OF EGRESS ILLUMINATION SHALL AMBULATORY CLINIC B {1:100} 2,153 SF 22 a �,,,., Lo 0 �.// NORMALLY BE PROVIDED BY THE PREMISES ELECTRICAL SUPPLY. IN THE MALE FEMALE RATIO MALE FEMALE RATIO'MALE/FEMALE ct 1_ EVENT OFA POWER FAILURE, THE EMERGENCY POWER SYSTEM SHALL / O _ PROVIDE POWER FOR A DURATION OF NOT LESS THAN 90 MINUTES AND SHALL CONSIST OF STORAGE BATTERIES, UNIT EQUIPMENT, OR AN 6/2,153 SF 1/100 22 11 11 1/25 1 1/40 1 — I. I ON-SITE GENERATOR. CODE ANALYSISa CL u it CO I- WHEELCHAIR SPACE / WHEELCHAIR CLEAR AREA CODE 2014 ORE. STRUCTURAL SPECIALTY CODE O 0 L _ 1 l REQUIRED TOTALS PROVIDED (, (] /� JURISDICTION CITY OF TIGARD • Q l Ct 5'-0" DIAMETER WHEELCHAIR TURN AROUND AREA WATER CLOSETS LAVATORIES WATER CLOSETS LAVATORIES - CONSTRUCTION TYPE VB IX _ iim NEW TENANT PARTITION WALL MALE/ MALE/ MALE/ MALE/ PREVIOUS OCCUPANCY TYPE B-OFFICE � Y� � CV . 2 2 FEMALE 1 FEMALE 1 FEMALE FEMALE � .;�; V) I- N EXISTING WALL -, NEW OCCUPANCY TYPE B-AMBULATORY CARE FACILITY EXIT SIGN (NOT REQUIRED PER 1011.1 r ," ~ ® PREVIOUS TENANT SQUARE FOOTAGE 2,153 SF Z LU CO NEW TENANT SQUARE FOOTAGE 2,153 SF 51! 0 • U CC OCCUPANCY/BLDG. SEPARATION NO SEPARATED OCCUPANCIES* .. V > O REQUIRED SEPARATION [TABLE 508.4] B NOT REQUIRED BUILDING AREA BY FLOOR 3-STORIES - BASEMENT LEVEL: B OCCUPANCY 2,153 SF - GROUND FLOOR: B OCCUPANCY 4,995 SF - SECOND FLOOR: B OCCUPANCY 1,126 SF - TOTAL EXISTING BUILDING AREA 8,302 SF aD EXITING REQUIRED PROPOSED PROVIDED EXITS 1 EXIT 1 EXIT (SEE PLAN) TRAVEL DISTANCE [TABLE 1016.2] 200' MAX 86'-8" * NO MORE THAN 3 CARE RECIPIENTS WILL EVER BE RENDERED INCAPABLE OF SELF PRESERVATION. SEPARATION FROM ADJACENT SPACES, CORRIDORS OR TENANTS WITH o: D [ao :o: A FIRE PARTITION WILL NOT BE REQUIRED. [422.2] ❑ C ( r C � fI Ii I I i Le 1 I + T 1 1 ❑NIT❑R M❑NIT❑R j EXAM 1 106 - OFFICE � -TI 1 r •••-••• 108 WAITING ROOM r -I- -I- -1 / II EXAM 2 1 100 /'' I I // II 107 RECEPTION r — - o / II r -I o . o JJ L ° - -I 101 - _ �;_L - J le. � _ -_ � _ J � = r-- - -1 -I 1 0 N �,' �y � �- HALL 2 n7 11 I' . ' \\ 104 UP U) ❑ i I L 1 4/Z1-14351_\it� ',I w z oIII \ L , STAFF li Rr1 + /� p I Il \ < \ ,i , < .ccc ❑ IIII II c� U J x x ✓'� ._ .�__- a tr ,-7 0 _I __l._. _..1_ 0 � �./ NURSE 0 H j - J J I �__ 110 STORAGE ii -c2 / 109 O (1 ANGIO 171 0 116 K----__ , ' I I rCLOSET i r _ Z[Y HALL 1 L -L103 - -- d I-0 11 j r 102 EXST (j 0 E.P. - O cn 0 1 < r� oII868 " MAX tAvEL DISTANCE - - - - 1 fil Oa CLEANII I DESCRIPTION DATE ----Li1--F= -=r=-1-1-1--F= -=r=-1-1NOT THIS PAGE 115 I II -� fi1 I I 1 1 I NOT THIS PAGE 7127118 Iy� / g\\\\1 E I I I I - Ol IU �</if `41_ _ I I I I El 1 II \\, �b yk RR, , r . I MI ❑NIT❑R 1 ❑NIT❑R ❑NIT❑R 1 RECOVERY 1 1 1 RECOVERY 2 RECOVERY 3 I 1 ,4 I I 113 I I 112 I 111 II � , II I . BID SET DATE: DWN: RS EGRESS PLAN6,26,2018 CHK: TC 1 PROJ. #f: SHEET: K...(-19 -SCALE: T-0 . 1 T - 0. SCALE: 114" = 1 '-0" CODE VARIES SUMMARY L�,AH.‘,...,___) l %.._-,J u ...,,) \,_./11 ',////^\\ GENERAL NOTES - 1• ALL ELECTRICAL/LOW VOLTAGE COVER PLATES, COLOR TO BE WHITE. ALL CO W I I I i I I1 ELEC. / DATA RECEPTACLES SHOWN ON PLAN ARE NEW UNLESS NOTED z 4. Q I b • I I 2 OTHERWISE. REPLACE EXISTING COVER PLATES TO REMAIN WITH WHITE TO CO CO � ; I �i I I f I MATCH NEW. R7 =_2 II fInoon 0 1(3� I 1 I I f I 2. PROVIDE A PREMISE-ISOLATION REDUCED PRESSURE BACKFLOW ASSEMBLY — L° o I'-M❑NIT❑R RSI R-4. A M❑NIT❑R^ I (RPBA) ON THE DOMESTIC WATER SERVICE. DOMESTIC SERVICE M 1 R-7 I I ' 2 R-4 PREMISE-ISOLATION BACKFLOW PROTECTION MUST BE LOCATED ON PRIVATE Co I EXAM 1 tit) ® ® PROPERTY PRIOR TO ANY EXPOSED PIPING AND UNPROTECTED BRANCHES OF LC) Q © -2 106 R3 R-4 R-4 R- OFFICE THE PLUMBING SYSTEM. _ I I --1111 I1 a. WAITING ROOM r —1— O I I /� II I I EXAM 2 A ,� III 108 3. ALL ELECTRICAL IN TREATMENT AREAS TO BE REDUNDANT GROUND MEDICAL V It J I Q A / II I I 107 { ® k�' GRADE. m 100 I allh® I n lI I I = -iI = 0 0 1�]—___�JJ WW — I�, —J —_ _i -L _ U I . c§ I II NI�- -^A,‘; =,\ '� HALL2 ® FLOOR PLAN SYMBOLS ,� R-4 - UP .x LL n L I ® .� 104 Q I I rr � I 1 +,�r_aDS�I, ,� \y OFFICE ROOM NAME I - = 1 im, q STAFFh1F 100 ROOM NUMBER R-7 I I II \ R-7 3b � `� � ki i/'f ®I II \ I 2 KEYNOTE N ❑ III 1 I 1 �`, fI W ,- �� 1 _ L_ �� e 0 ELEVATION SYMBOL Z 2 Ln �=— — _ ® � NURSE 2-(14,16) 2 It I j ___- — — J i 110 STORAGE DUPLEX RECEPTACLE " W V F 217-2—— — — 1090 ;" 4-PLEX RECEPTACLE 0 j 0 R-2 " I CLOSET li� I 0 DUPLEX RECEPTACLE WITH TWO USB OUTLETS LAJ V LI .1 — 103 -- ,_ _1 d DATA / PHONE OUTLET-- CAT 6 WIRING -- SEE DIRTT NOTE D2 0 HALL 1 S-2 102 EXST ® DIRTT PROVIDED RECEPTACLE- SEE DIRTT NOTE D1 E.P. 0 o I (S-3 I� L7 ® o ° ABBREVIATIONS II I i (2) QTY. OF DATA DROPS CLEAIN II I — _12_ T1 II +36 HEIGHT OF RECEPTACLE 115 '--u I�, r-- 1 rill ^II I [� DED DEDICATED 20 AMP CIRCUIT Ill --"� �`` 11 I DIRTT NOTES pr ,- -( '\ I I- R-3 4�� ` �!3 R-1 ❑ R-1 D1. D1RTT POWER- ELECTRICAL IN DIRTT WALLS ARRIVE PRE-INSTALLED AND Ei I \\ F�be4 RR, ® �R-1 PREWIRED. PLUG AND PLAY MODULAR SYSTEM BACK TO ZONE BOXES ABOVE R-3 I I A /r— S+I❑NIT❑R I ❑NIT❑R ,J"I❑NIT❑R CEILING (PROVIDED BY CIS/DIRTT, INSTALLED BY ELECTRICAL I ® A I 0 RECOVERY 1 I I RECOVERY 2 RECOVERY 3 SUBCONTRACTOR- WHIP BY CIS/DIRTT, INSTALLED BY ELECTRICAL a �� SUBCONTRACTOR.) LIGHT SWITCH BOXES INCLUDED IN DIRTT WALLS AND I ®� - _ I 113 ®f. 1 112 (4,A 111 ARRIVES TO SITE PREINSTALLED IN FRAME. WIRING AND CONTROL DEVICE BY R-1 `� OTHERS. 1 PROPOSED PLAN DIRTT D2• DIRTT DATA- DATA BOXES INCLUDED IN DIRTT WALLS WITH Y4" CONDUIT TO BE WIRED BY OTHERS PRIOR TO DIRTT WALL TILES BEING INSTALLED. C9 D3. ALL CASEWORK PROVIDED BY DIRTT. T- 4 SCALE: 1/4" = 1-0" D4. DIRTT TO PROVIDE COORDINATION OF PLUMBING LOCATIONS WITHIN DIRTT WALLS. i �� l�J L .---,) i I MN _ l I L FLOOR PLAN KEYNOTES RECEPTION #101: TILES FOR FEATURE WALL TO BE INSTALLED A A 1DIRECTLY ON TOP OF DIRTT WALL PANELS. NO SUBSTRATE NEEDED. O R-6 SEE ELEVATION 9/T-7 FOR LAYOUT AND FINISH LEGEND ON T-6 C3 FOR TILE DETAILS. R-7 x .72 o PLAN REVIEW KEYNOTES u_ N _TVR-7 R-6 H reN 1. ALL PATIENT CARE RECEPTACLES AND FIXED EQUIPMENT SHALL BE GROUNDED BY ANZ CK O (3* INSULATED COPPER CONDUCTOR. IN ADDITION, THE CIRCUITS SERVING PATIENT CARE W z DEVICES AND FIXED EQUIPMENT SHALL BE INSTALLED WITH A REDUN-DANT EQUIPMENT tY GROUNDING RETURN PATH PER NEC SECTIONS 517.13(A) & 517.17(B). UP JR 6 2. THE NEW ELECTRICAL LOADS WILL BE REPLACING EXISTING LOADS AND WILL NOT ADD TO 0 I N C\61 0 THE OVERALL ELECTRICAL LOAD ON THE BUILDING. D w 12 Z w 0 I- U F 0 z ® 2-{14,16) D tY Ct j R-3 R-9 4111 (Z U ANGIO "' 0 LO tO 116 - 0 U EXST, - DED E,P, — DESCRIPTION DATE r e R-5 ADDENDUM 1 , 7/13/18 ' Q REVISION 7/27/18 I> l J R-3 R-3 ACCESSORY SCHEDULE 0 0 ... . - _ ,R-3 # ITEM DESCRIPTION INSTALL HEIGHT BID SET R A -3 GRAB BARS - 18", 36" AND 42" ADA HT - SEE 0 a ELEVATIONS DATE: DWN: RS ' 6/26/2018 CHK: TC 0 , LARSEN'S ARCHITECTURAL SERIES FIRE EXTINGUISHER ADA HEIGHT PROJ.#: SHEET: N CABINET, SURFACE MOUNTED, STEEL WITH FULL CLEAR PROPOSED PLAN CONVENTIONAL ACRYLIC PANEL AND BLACK LETTERING. CABINET TO HOUSE 5Ib SIZE FIRE EXTINGUISHER. SCALE: O-4 114" = 1'-0" T - 4 SCALE: 1/4" = 1 -0" Cr) *ACCESSORIES TO BE CONTRACTOR PROVIDED AND INSTALLED ON TO DIRTT WALLS UNLESS PROP. PLAN NOTED OTHERWISE. FIELD figure Lateral Force Bracing(figures 2and 3) Hanger(Suspension)Wires(figures 55and 5bj figure5a GLOSSARY FOR THIS DOCUMENT(regional terminology may vary) Z O W Lateral force Bracing •Ceilings constructed of lath and plaster or gypsum board,screw or nail at- •Hanger and perimeter wires must be plumb within 1 In 6 u11esa(figure 5a) - f1 Application recommendations for work at the wall or ceiling L.L bathed to suspended members that supporta ceiling on one level extending counter sloping wires are provided(figure Sb),so�eei ASTUI c OE section z 1 s rr^^ Y ... from wall to wall shall be exempt from the lateral force bracingrequirements. CROSS TEES LATERAL FORCE BRACING PERIMETER WIRES (3./ M I •Hanger wires shall be 12 gage and spaced 4 feet on center or 10 gage W 'a..,";' I Suspension Systems for Acoustical Lay-in Ceilings �� <., e," Source_CISCA z°r- spaced 5 feet on center-Sae.,.iSTTA c sac The cross member that interlock with The bracing method used to prevent Hanger wires placed within eight inches •• (' i y also known as cross ceilingor restrict lateral move- of the surrounding wails.i •Lateral force bracing is the use of vertical struts(compression posts)andthe main beams, o uplift riding w0- RCP GENERAL NOTES O N V J I - Seismic Design Categories D, E & F `\ •Any connection device at the supporting construction shall be capable of car- 9 splay wires(see figure 2). lying not less than 100 pounds. runners or cross T-bars. meat during a seismic event.Lateral ` --- --- �'�12 g •For ceilingareas exceeding1,000 square feet,horizontal restraint of the cell- force bracing consists of vertical struts PLENUM � s N •Powder-driven shot-in anchors(PAFs)ere an approved method of attachment DIFFUSER The space above a suspended ceiling. C.) b i io Ehe structural system feral force bracing) be provided. and splay wires. l P 9 „",,, .ear. ng Y (la 9 for hanger wires. . r,... e,.ln :. �� A circular or rectangular metal rill Ace - =ecl •Terminal ends of each main beam and tee must be supported w ,in8 "� g SLACK WIRE 1. MECHANICAL SYSTEM TO BE BIDDER DESIGNED. LOCATIONS OF HVAC GRILLES NOT TO — in 0 •Lateral force Bracin shall be 12 feet on center rnaximumJ and begin no used for the passage of air from a MAIN BEAM g ( inches ofea^hwallwithaperimeterwire(seeflgure4a5b). ducted system. TfLeprimarysuspensionmemt,ars�p_ A 12 gage wire that is not tight or taut. INTERFERE WITH LIGHT FIXTURES SPEAKERS OR CEILING MOUNTED EQUIPMENT. CO W /`_ farther than 6 Feet from wails.�....,.�:ciscA selsra;c,ones 3-a , Co This document has been revised c,oss toe Mein Learn -Wires shall not attach to or bead around interfering material or equipment.A I;yr,.r,;;;,•coul,mrciop,r,g purled by hanger wires,also known as •Seismic splay wires am to be four 12 gage wires attached to the main beam. trapeze or equivalent device shall be used where obstructions preclude direct ESSENTIAL SERVICE BUILDINGS SPREADER or SPACER BAR CONTRACTOR TO PROVIDE HVAC BALANCING POST OCCUPANCY. based on current BuildingCode Wires are arrayed 90°from each other and at anangle not exceeding45°from the main runner,carrying tee,carrying suspension.Trapeze suspensions shall be a minimum of back-to-back PA Anybuildings designed to be used A bar with notches to prevent the sus- T theplane of the ceiling. 9 9 runner or mains. 2 standards.In ail buildings,other than figure 3 -t cold-rolled channels for spans exceeding 48 inches. clsr.A zones -- it • ' by public agencies as a fire station, pension system from separating,also Maximum Recommended Lengths for •Seismic splay wires shall be attachedIathegridandtotheshvefureinSuch 4, ��` calledastabilizerbar, 2. CEILING GRID LAYOUT TO BE CENTERED WITHIN ROOM UNLESS SHOWN OTHERWISE. CL structures classified as essential Vertical Struts a manner that they can support a design load of not less than 200 pounds or Electrical fixtures r,, ,� police station,emergency operations htmetalMOLDING/CLOSURE ANGLE g the actual design load,with a safety factor of 2,whichever is greater(figure •Light fixtures weighing less than 10 pounds shall have one 12 gage hanger \, center,State Patrol office,sheriff's A light gauge metal angle or than- SPLAY WIRES g t ) • wire connected from the fixture to the structure above.This wire maybe sack. `;, office,or emergency communication nel fastened to the perimeter wall or r y It facilities,suspended ceilings installed EMT CONDUIT 66). r.. � Wires installed at an angle rather than _.. source:ciaCA sesm,c,-,-,- dispatch center. partition to in accordancewhhrhe prescriptive •"Powder-drivenshot-in-anchors"(PAF's),when used for seismic application perpendicular to the grid. 3. LIGHT FIXTURES TO BE CENTERED INSIDE THE CEILING TILE UNLESS NOTED ��. CO p P �— ss Ye EMT conduit up to 5'10"• as part of the prescriptive path in Seismic Design Categories D,E and F,shall •Light fixtures weighing more than 10 pounds and less than 56 lbs.shall have support the perimeter ends of an ac- x "" �� . two 12 gage wires attached at opposingcorners of the light fixture to the GRID coustical ceiling grid. VERTICAL STRUTS U provisions of the 401 document are 4.4.---1...,.......---- - — �I� �6"EMT conduit up to 7'$' have an ICC-ES approval for seismic applications and shall require"special g The main beams and cross tees of the OTHERWISE.WI SE. � inspection"irrespective of the type of occupancy category the structure is in. structure above.These wires may be slack. - s-< The rigid vertical member used in O + `� suspension system. PERIMETER CLIPS v deemed to comply with the current—' _ 1'EMT conduit up to 9'9• PAF anchors for kicker wires(splayed wires installed for purposes other than •Light Fixtures weighing more than 56 lbs.shall be supported directly from the lateral force bracing of the suspension - - r seismic restraint are exempt from this requirement.so.�rce state o!o EIL•d. structure above.These wires must be taut. .=s a-< 2"'`' Proprietary angle bracket attached di- / ) HANGER WIRE system.Also known as compression 4. REFER TO ROOM FINISH SCHEDULE ON SHEET T-6 FOR CEILING PAINT COLOR. 0 building code interpretation. `►' - METAL STUDS redly to the wall moldinglclosure angle cue,a'= •Pendant mounted fixtures shall be directly supported from the structure above van ca!hanger wire anacnment 10 or 12 gage soft annealed wire usedposts,seismic pods,seismic struts. C/1 Splay wires are to be within 2 inches of the connection of the vertical strut to usinga 9 gage wire or an approvedwhich allows for 3;'movement in the I Single 1W metal stud(20 gauge) up l012'0" P Y 9 9 alternate support without using the ceiling s a.���� — as primary support for the grid system. Common materials are electrical con- This documentprovides the IBC 20D9 �` suspended ceiling. suspension system for direct support. clscn se,nrn,c Sones 3-4 _ event of seismic activity and interlocks - g Y P� Also called suspension duit(EMT),metalstudsorproprietary 5. THERMOSTATS TO BE LOCATED IN CONVENTIONAL WALLS. Back-to-bback 1 h'metal stud up to 15'0' S=uclval coNae;e Pe properly with ends of grid system. �� •Rigid bracing may be used in lieu of splay wires. ....ace scoicr •Tandem fixtures may utilize common wires. products. referencedtiostandards for the (20 gauge) L g clip •Ceilings with plenums less than 12 inches to structure are not required to Mechanical Services installation of suspension systems Single 2V metal stud(20 gauge) up to 13'6• have lateral force bracing. III -' I •Terminals or services weighing 20 lbs.but not mom than 56 lbs.must have twoT u�r,m •Vertical struts must be positively attached to the suspension systems and the _-- r for acoustical lay-in ceilings. General Recommendations Back-to-back 2'h'metal stud up to 15'4' 12 gage wires connecting them to the ceiling system hangers or the structure structure above.source.CiSCA3.; above.These wires may be slack...-:...ice:clscA s, vetticar I,;x.t3v„,.,. •Referenced sources per hierarchy:2009 IBC{Internat;onat Building Code), (25 gauge) Y Incorporation of this document will •The post fi may be EMT conduit metal studs or a proprietary compres- REFLECTED CEILING PLAN KEYNOTES in American Society of Testing Materials(ASTM C 635,ASTM C 636,ASTM •Terminals or services weighing more than 56 lbs.must be independently I%-- Source.Poi-Semi auakti»g Depar!mnu sloe post(see figure 3). A. a more uniform standard E 580/E 580M),American Society of Civil Engineers{ASCE 7-05)and Cell- supported directly from the structure above.These wires must be taut. figure go t I provideNeta:PgnumareasgreaterManlS'0'wiRrequire•^9i+r�^^4 - ' ings and Interior Systems Construction Association(CISCA). ovivolaaono. Wall Moldings(figures 4a and 4b} `"' - ` - 1 ! I 71- for installation and inspection.This •Partitions that are tied to the ceilingand all Splayed seismic bracing en,•attachment r r r V partitions greater than 6 feet in •Wall moldings(perimeter closure angles)are required to have a horizontal Seismic Separation Joints fngwe 71 i 1032-ANE 65th Si The NWCB has been serving the constriction 1� height shall be laterally braced to the structure. Bracing shallbeindepen- figure flange2incheswide.Oneendoftheceilinggrdshallbeattachedtothewall •For ceilingareas2,500 �'�' Ar RECOVERY #1-#3: CUBICLE CURTAIN ON CEILING MOUNTED TRACK. CONTRACTOR TO 1'^` document is designed to accomplishexceeding square feet,a seismic separation joint or ful! Seattle,WA 98175 industry for aver forty years.It is recognized i J dent of the ceiling splay bracing system. esser:uontg5z' Attached Wall Molding Requirements molding,the other end shall have a'kinch dearancefrom the wall and heeto height wall partAionthat breaks the ceiling shall bepmvidedunless analyses NWCB phone 206 924.4243 asatechnicoverfcori ,educationaltwd and 1 PROVIDE SUBMITTAL FOR TRACK AND CURTAIN PRIOR TO ORDERING. SEE UPM-1 ON slide.Source.A'+' .- , Sin�t�nalrele ( ) tY Y �`t� the intent of the International •For further information on bracing of non-load bearing partitions refer to - are performed of the ceilings bracing system,closure angles and penetrations .�,{� NWCB technical document#200-501. •Where substantiatingdocumentation has beenprovided to the local'urisdic- toprovide sufficient clearance. Sia atrav n'mix.r bog. Fax(206)524-4136 spokesperson for the wall and ceiling industry.11 FINISH LEGEND T-6 FOR CURTAIN SPECIFICATION. Building Code(IBC)with regard / -m r �,: / 1 12 55115 n tllmWa No n.Lueuu•cw c•wrwu W M (HD). i' tion,perimeter clips may be used to satisfy the requirements for the 2-inch •The fa ui and location of the seismic separation int shall beper the design- Toll Free(eco)524-4215 provides services to architects and the con- - CCI •All main beams are to be HeavyDutysou ce:rsce 7-05 sec-n.13.5.6.2.2 a Yojo lung__ closure angle.i • to the requirements for seismic • The grid shall be attached at two adjacenter of record and noted on the plans.If a seismic separation joint is required hY ' infoOnwcb.org struction community on all matters relating to • O 0 All cross tees shall be capable of carrying the design load without exceed- , g sadied suramw biasing Fee 0 I g walls(pop rivets or approved meth- the designer,the designer may use the generic joint detailed in this document www.nweb.org the diversified wall and ceiling Ing deflection equal to 1/360 of its span. NOT USED /1\ +� design category D,E and F for 0" ., ++ •ori).Soffits extending to a point at least level with the bottom plane of the grid or a proprietary joint.The amount of free movement(gap design)shall be a industry. /s\ including grid, J Y are minimum of°A inch.' - - : - As the industry's development and coordina- 1 _ • These recommendations are intended and independently supported and laterally braced to the structure above __ suspended ceilings and related items. for • suspended ceilings 'a deemed to ba equivalent to walls. Slane of Oregon.F.. •In lieu of seism c se ton the ceilingbe divided into areas less figure z tion organization,the NWCB saw the need fo panel or tile,light fixtures and air •0• P joints, ^ NWCB-Oregon --...---- establish Unless supported by engineering, a, than 2500 square feet by the use of partitions or soffits as follows:partitions shall establish a document to provide clarification and O terminals weighing no more the 4 lbs. Spreader Bars{!fgure dbi Phone:(503)295-0333 9 gextend a minimum of 6 inches above the level of the plane of the grid and shall the suspension system shall be per square foot.Source.ASCE 5.55 sector, figure 4b •Spreader(spacer)bars shall be used to prevent the ends of the main beams be independently braced to the structure above.Soffits shall extend to a print at Fax:(503)295 233 the intent of"E"RP(National Earthquake"az- STAFF R 105 & ADA RR 114: HARD LID CEILING, COORDINATE LOCATION WITH D I R TT ., and cross lees at perimeter walls from spreading open during a seismic event. aids Reduction Program)an agency of FEMA O Unattached Wall Molding Requirements least level with the bottom plane of the grid and shall be independently supported 9 ) g Y WALLS BELOW. EPDXY PAINT FINISH P-1. installed per these requirements. I.,,n"m a•5 Perimeter wires shall not be in lieu of spreader bars.- _,..e-G:sCA So sn,'c zaks and laterallytraced to the structure above.- :'raga:rt:a•:.e;-. B.C.Wall and CeilingAssociation m ps.'n • All wire ties are to be three tight tams _ (Federal Emergency Management Agency).It Manufacturers'recommendations y around itself within three inches.Twelve / • / •Other than partitions and soffits,seismic joints maynot be used as part of a Phone:(604)575-0511 is meant to serve as a set ofrecommendations •Spreader bars are not required at perimeters where runners are attached f gage Hanger wire spaced 4 foot on ten- / fire rated ceiling assembly unless substantiating documentation is provided. Fax:(604)597-7208any specific construction should be followed where applicable. L ter(figure 1) directly to closure angles. and is riot intended for ' •Wire tying is an acceptable alternative to spreader bars. - -• project. • Changes in ceiling planes will require 0 \/I • • Sprinklers Alberta Wall and Ceiling Association Spreader bars are not requited if a 90 degree intersectingcross or main is positive bracing. , I!`I P Phone:(403)250-7045 press or implied war- REFLECTED CEILING PLAN SYMBOLS SThe NWCB makes no ex 15gUre t within 8 inches of the perimeter wall. For ceilings without rigid bracing,sprinkler head penetrations shall have a 2 inch srwrce:ASCE 7-os u3.5r22I oversize ring.sleeve a adapter through the ceiling file to allow free movement of at r Fax:(403)291-9515 rarity or guarantee. •- 4 •Where substantiating documentation has been provided to the local jurisdiction, y,. 4.W.et b least 1;rich in all horizontal directions.Flexible head design that can accommodate •••"..e �v perimeter clips may be used to satisfy the requirements for spreader bars.• Scar:e:Su, . ...codes Dry;sro. 1 indl free movement shalt be permitted as an alternate.a;,,rce ASCE r-0s 13.3 62.2 e — MOUNT NORTHWEST WALL 6 CEILING BUREAU SUSPENSION SYSTEMS FOR ACOUSTICAL LAY-IN CEILINGS ALASKA • IDAHO • OREGON • WASHINGTON • ALBERTA • BRITISH COLUMBIA •• SASKATCHEWAN SYMBOL SPECIFICATION NORTHWEST WALL&CEILING BUREAU•SUSPENSION SYSTEMS FOR ACOUSTICAL LAY IN GE/LINOS NORTHWEST WALL 6 CEILING BUREAU•SUSPENSION SYSTEMS FOR ACOUSTICAL LAY-IN CE!LINOS HEIGHT $ STD SWITCH - SEE NOTE D1/T-4 FOR A USTICAL LAY IN CE1LINGS SWITCH W/ OCCUPANCY SENSOR AND TIMER - SEE NOTE 2SUSPENSION SYSTEMCO STD D1/T-4 $pili STD SWITCH W/DIMMER - SEE NOTE D1/T-4 T - 5 SCALE: 1/4" = 11-Ott N/A EXHAUST FAN (BIDDER DESIGNED - FAN SPECIFICATION TO 0BE QUIET WHEN RUNNING) XN/A SUPPLY/RETURN GRILL- BIDDER DESIGNED, INCORPORATE DIRTT FLOOR PLAN 1/T-4 a _ 00 _ 1� VARIES INEW GYP. BD. CEILING W/ METAL STUD FRAMING. n I COORDINATE LOCATION WIH DIRTT WALLS BELOW. I I " J I SUSPENDED CEILING GRID AND TILE: SEE FINISH LEGEND ON VARIES T-7. HEIGHTS VARY, SEE PLAN. I I-1 I I I ... AOON/A 5" LED RECESSED DOWNLIGHT. HALO ML56, 1200 SERIES, B 4,000K, 90 CRI. -- {- LL AEO N/A 5" LED RECESSED DOWNLIGHT HALO ML56, 1200 SERIES,ON I EMERGENCY BATTERY BACK-UP. 4,000K, 90 CRI. *AE ,, _ - - D P ,--OAE `�l , A B B rr/ B N/A 2'X4' COOPER, LED ENCOUNTER FIXTURE. 4,000K, 90 CRI X . 1 • 1 1 It \VA AO 0 NOT USED I �I AI' • IIM • -- • IM *ELECTRICIAN TO PROVIDE SUBMITTALS OF NEW LIGHT FIXTURES FOR APPROVAL PRIOR TO ii I �� �l ORDERING Et ' ' 0 Q c7 w r-s• 0 N Ao0 A CP' ` AF.F - UP LL ti CO ❑ EC ,, X11) • 1 Z z o 0) . . . . . . . . C �'E ©'� W ... 0 DIM DIM in 0In EIS I— I ) . . EQ - - . EQ — 0 o r . 0\AO i 0 I I- LLI Ate, cZ C O I— ANolo ,,p E _ 8'—O _ O w116 L� eF.F.A '4" 15'-4" ci B B / / r U z D CL cto DIM-(f). IEDI I L,, > 1' U ., � IlIM{J} -A.FF // X X eOV,, > OOP' ''- ii i A 7'--103" 7'-7 " I �" 7r-6" 1 5" 7�-6 1 B B �1 / r / r r 7( r -> ` y, I \ DESCRIPTION DATE wSS {f} B D B �/ {f} B �� ADDENDUM 1 7/13/18 DIM >I `=)r 7 �, - REVISION 7/27/18 :••- '-',, • 41, › B . EQ /` . . EQ . rff. . a I . . ❑0 T— I . I . 0. . IB ,/-'- Ic A ( 0-0 B -- - - Co B B , o �• � 7-s' >' I ' o A.F.F. - _ . • > 0• •W- - . . . - a \ N I .. 5'-/-7 1" " 23 64 4 8 -6 4 / / / / BID SET DATE: DWN: RS 6/26/2018 CHK: TC 410 1(1=.) PROD. #: SHEET: O-5 REFLECTED CEILING PLAN SCALE: 114 = 1 -0 VV SCALE: 114" = 11-0" R.C.P. (EXISTING) (EXISTING) (EXISTING) GENERAL NOTES U mpacity: 200A Phase: 3 Mounting: Surface Enclosure: Type 1 _ Buss Ampacdy: 200A Phase: 3 Mounting: Surface Enclosure: Type 1 Buss Ampacity: 80A Phase: 1 Mounting: Surface Enclosure: Type 14( 4 ,_, Panel 'I Voltage: 120/240VBuss AWire: 4 AIC Rating: 10k Mains: MB Panel 2 Voltage: 120/240V Wire: 4 AIC Rating: 10k Mains: MB Panel R Voltage: 120/240V Wire: 3 AIC Rating: 10k Mains: MLO A. THE ENTIRE ELECTRICAL SERVICE AND DISTRIBUTION rn UTILITY TRANSFORMER UTILITY TRANSFORMER FED FROM PANEL 1 EQUIPMENT IS ALL EXISTING-TO-REMAIN. NEW LOADS WILL N REPLACED EXISTING LOADS WITHOUT ADDING TO THE OVERALL U • n1 00 - Ckt Load C.B. C.B. Load Ckt Ckt Load C.B. C.B. Load Ckt Ckt Load C.B. C.B. Load Ckt LOAD OF THE BUILDING OR MAIN SERVICE. * SP n] 1•--1 No. Description/Location (VA) Typ A/Pole Note Ph. Note A/Pole Typ (VA) Description 1 Location No. No, Description I Location (VA) Typ A/Pole Note Ph. Note A/Pole Typ (VA) Description 1 Location No. No. Description 1 Location (VA) Typ; A/Pole Note Ph. Note A/Pole Typ (VA) Description/Location No. 1 UPSTAIRS-N OFFICE LIGHTING 20/1 A 4 20/1 L 1,376_ BASEMENT LIGHTING 2 1 A 2 1 RECOVERY 1-3,RR RECEPT. 1,260 R 20/2 A 2012 R 1,080 EXAM 1,RR,CLOSET RECEPT. 2 B. ALL PATIENT CARE RECEPTACLES AND FIXED EQUIPMENT SHALL [� Q m 3 SPARE 20/1 B 20/1 BASEMENT-FURNACE RM RECEPT. 4 3 A/C 1 5013 B 30/3 A/C 2 4 3 CLEAN RM,ANGIO RM RECEPT. 1,260 R B R 1,620 EXAM 2,OFFICE 108 RECEPT. 4 U > Ql U BE GROUNDED BY AN INSULATED COPPER CONDUCTOR. IN 5 MAIN FLOOR-NE OFFICE RECEPT. 20/1 C 20/1 UPSTAIRS-NE RECEPT. 6 5 C 6 5 ANDIO RM RECEPT.(DED) 180 R A R 540 OFFICE 108,UNDER STAIRS RECEPT, 6 �T� _ o U 20/2 20/2 - ADDITION,THE CIRCUITS SERVING PATIENT CARE DEVICES AND Fii 7 UPSTAIRS-W PENDANT&STAIR LIGHTS 20/1 A 20/1 SPARE 8 7 A1C 3 40/2 A 8 7 WAITING,RECEPTION RECEPT. 1,080 R B SPARE 8 FIXED EQUIPMENT SHALL BE INSTALLED WITH A REDUN-DANT40 00 9 UPSTAIRS E PENDANT&STAIR LIGHTS 20/1 B 20/1 BAEMENT-FURNACE"B" 10 9 B 30/3 A/C 4 10 9 RECIRULATION PUMP 100 LM 2011 A 20/2 SPARE 10 EQUIPMENT GROUNDING RETURN PATH PER NEC SECTIONS I� CO p 11 BASEMENT-FURNACE"D" 20/1 C 20/1 BASEMENT-PANEL RECEPT. 12 11 BLANK _ C _ _ 12 11 BLANK B SPARE 12 517.13(A)&517.17(B). w �- 0 13 BASEMENT-FURNACE"A"&"E" 20/1 A 20/1 UPSTAIRS-RECEPT.&LIGHTS 14 13 A C- 3,840 14 13 BLANK A BLANK 14 i B 1 20/1 FRONT ENTRY CAN LIGHTS 16a 15 MAIN FLOOR-COOKTOP 40/2 B 4 40/2 C 3,840 BASEMENT-MECH RM WATER HEATER 16 15 BLANK B BLANK 16 t.D -� N 15 BASEMENT-FURNACE"F" 2011 - C. THE ELECTRICAL SERVICE IS 1201240V 3-PHASE DELTA.THE HIGH 1.D cn B 1 20/1 POLE LIGHTS 16b 17a MAIN FLOOR-DATA CLOSET 20/1 1 C 18 17 SPARE 20/1 A BLANK 18 LEG IS THE C PHASE. Lf] = re-) 17 KITCHEN RECEPT. 20/1 C 20/1 UPSTAIRS-W OFFICE RECEPT. 18 17b MAIN FLOOR-W HALL RECEPT. 20/1 1 C 19 SPARE 15/1 B BLANK 20 H = i 70/2 PANEL A(EXTERIOR) - - ,^rI 19 PANEL R 3,160 S 80/2 A 20/1 ENTRY LIGHTING 20 19a BASEMENT-OFFICE RECEPT. 2011 1 A 20- Total Connected Load:Ph.A 3,160 VA 26 Amps Panel Connected Load: 7.12 KVA 29.7 Amps 0 21 3,960 S _ B 20/1 MAIN FLOOR-ENTRY RECEPT. 22 19b MAIN FLOOR-UTILITY ROOM RECEPT. 20/1 1 A _ Total Connected Load:Ph.B 3,960 VA 33 Amps Lf'} 23 MAIN FLOOR-SW CENTER OFFICE 20/1 C 20/1 MAIN FLOOR-BACK RECEPTION AREA 24 21 BLANK B BLANK 22 Total Demand Load: 7.15 KVA 29.8 Amps -440( w -• 25 MAIN FLOOR-NE LIGHTING 2011 A 20/1 UPSTAIRS-SW WALL RECEPT. 26 23a MAIN FLOOR-DATA CLOSET C 20/1 1 MAIN FLOOR-NW OFFICE RECEPT. 24a Notes: 27 MAIN FLOOR-NW&KITCHEN LIGHTING 20/1 B 20/1 _MAIN FLOOR-W HALL&UTILITY RM REC. 26 23b BASEMENT-RR,OFFICE,KITCHEN REC. C 20/1 1 SPARE 24b 1. EXISTING PANEL R IS DEDICATED TO THE CLINIC SPACE;REUSE CIRCUITS FOR THE NEW CLINIC REMODEL. 29 KITCHEN RECEPT. 2011 C 20/1 MAIN FLOOR-CENTER W OFFICE RECEPT 30 25 A 20/1 1 MAIN FLOOR-N OFFICE RECEPT. 26a 2. PROVIDE HOSPITAL GRADE WIRING FOR CIRCUITS WITHIN PATIENT-CARE AREAS. T - 31 MAIN FLOOR-E HALL RECEPT. 20/1 A 2011 SPARE 32, ^A1C 5 30/3 A 20/1 1 BASEMENT-MAIN RECEPT. 26b LIGHTING[L] 0 0 F+•1 33 MAIN FLOOR-N HALL LIGHTING 20/1 B 20/1 MAIN FLOOR-SEWER PUMP 34 27 B 20/2 MAIN FLOOR DATA CLOSET A/C 28 RECEPTACLES[R] 7020 7020 35 MAIN FLOOR-N CENTER OFFICE RECEPT 20/1 C 1 2011 MAIN FLOOR-ENTRY FLUOR.LIGHTS 36a 29 C 30 HEATING(H] 0 0 Total Amps= 29.67 C 1 20/1 MAIN FLOOR-COPIER 36b Total Connected Load:Ph.A 3,840 VA 32 Amps Panel Connected Load: 7.68 KVA 18.5 Amps MOTORS[M) _100 125 Total Demand Amps = 29.77 37a MAIN FLOOR-S CENTER OFFICE 2011 1 A 1 20/1 DISHWASHER 38a Total Connected Load:Ph.B 3,840 VA 32 Amps KITCHEN[K] 0 0 37b SPARE 20/1 1 A 1 20/1 DISPOSAL 38b Total Connected Load:Ph.C - VA 0 Amps Total Demand Load: 9.60 KVA 23.1 Amps CONTINUOUS[C] 0 0 39a MAIN FLOOR-E CENTER OFFICE 20/1 1 B 1 20/1 MAIN FLOOR-SW OFFICE RECEPT. 40a Notes NON-CONTINUOUS IN] 0 0 39b BASEMENT-OFFICES 20/1 1 B 1 20/1 BASEMENT-FURNACE"C" 40b 1. TWINNED BREAKER. TOTAL 7120 7145 Total Connected Load:Ph.A 4,536 VA 38 Amps Panel Connected Load: 8.50 KVA 20.5 Amps 2. PANEL IS A 3-PHASE DELTA. Total Connected Load:Ph.B 3,960 VA 33 Amps 3, SHADED CIRCUITS/BREAKER ARE EXISTING TO REMAIN. Total Connected Load:Ph.C VA 0 Amps Total Demand Load: 8.84 KVA 21.3 Amps 4. EXISTING CIRCUIT BREAKER.DISCONNECT OLD WATER HEATER AND REUSE CIRCUIT FOR NEW WATER HEATER. Notes: _LIGHTING[L] D 0 1. TWINNED BREAKER. RECEPTACLES[R] 0 0 2. PANEL IS A 3-PHASE DELTA. HEATING[H] 0 0 Total Amps= 18.50 3. SHADED CIRCUITS/BREAKER ARE EXISTING TO REMAIN. 4. EXISTING CIRCUIT BREAKER PREVIOUSLY USED FOR OLD,DEMOED LIGHTING.REUSE CIRCUIT FOR NEW LIGHT CLINIC LIGHTING. MOTORS[M] 0 0 Total Demand Amps = 23.12 KITCHEN[K] 0 0 LIGHTING(L] 1376 _ 1720 Sub-Fed Amps = 17.15 CONTINUOUS[C] 7680 9600 RECEPTACLES[R] 0 0 Sub-Fed Demand Amps = 17.15 NON-CONTINUOUS[N] 0 0 HEATING[H] 0 0 Panel 1 Amps= 3.31 TOTAL 7680 9600 MOTORS[M] 0 0 Panel i Demand Amps = 4,14 KITCHEN[K] 0 0 CONTINUOUS[C] 0 0 Total Amps= 20.46 NON-CONTINUOUS[N] 0 0 Total Demand Amps = 21.29 SUB-FED 7120 7120 TOTAL 8496 8840 LOAD SUMMARY DESCRIPTION LOAD(KVA) EST.DEMAND(KVA) PANEL 1 1.4 1.7 PANEL 2 7.7 9.6 PANEL R 7.1 7.1 TOTAL LOAD KVA 16.2 18.5 AMPS: AT 120/240V,3-PHASE,4-WIRE 39.0 44.5 *Note: KVA values denote changes to the existing system, not additions. The overall building load will not increase. EXTERIOR ' INTERIOR 110-HI � - I EXIST. EXIST. EXIST. EXIST. PANEL I PANEL PANEL PANEL "A" „R" "1" "2" 70A 80A 200A 200A 10KAIC 10KAIC 10KAIC 10KAIC MLO I MLO MCB MCB EXISTING UT I LTY TRANSFORMER EXISTING TAP BOX r _..., 0 7 J i- 1 \ EXISTING 120/240V 3-PHASE DELTA ONE-LINE DIAGRAM 0 Erj,) NO SCALE U (0 N u) N ❑ � CD WI > a 2 O u) -o 0 00 EXISTING GROUNDING DETAIL DATE: 8.15.2018 NEUTRAL BUS REVISIONS GROUND BUS O BOND TO - o #3/0 CU TYP. GAS LINE c� MAIN BONDING JUMPER 4t AN4141,4411.4. UFER GROUND COLD SHEET NO. GROUND ROD WATER LINE E5 ONE-LINE & SCHEDULES 4( 41/4'..) %_, m N U 00 411( r: .41 92 NI r-i < N m U ›. rnv W cu °cL) -41011( 1— al 0 06 Plans reference a e/section: ❑ Dressing,fitting and locker rooms. m O P g W al L ❑ 4. Interior lighting controls.At least one local shutoff lighting control has been provided for every 2,000 square feet of lit floor area and Plans reference page/section: V) , COMcheck Software Version 4.0.8.2 • each area enclosed by walls or floor-to-ceiling partitions.The required controls are located within the area served by the controls or are CDD Li") N a remote switch that identifies the lights served and indicates their status. Li 12.Additional controls.An occupant sensor control device that automatically turns lighting off within 30 minutes of all occupants leaving a _ m • Exception(s): space or a locally activated switch that automatically turns lighting off within 30 minutes of being activated is installed in all storage and • E r- = i Interior Lighting Compliance supply rooms up to 1000 square feet. m ❑ Lighting systems serving areas designated as security or emergency areas that must be continuously lighted. p Li Lighting in public areas such as concourses,stairways or corridors that are elements of the means of egress with switches that Plans reference page/section: rif Certificate are accessible only to authorized personnel. 4rik W ❑ 13.Occupant override.Automatic lighting shutoff operating on a time-of-day scheduled basis incorporates an override switching device IJ ❑ Lighting for warehouses,parking garages or spaces using less than 0.5 watts per square foot. that: 1)is readily accessible,2)is located so that a person using the device can see the lights or the area controlled by that switch,or I--1 Section 1: Project Information Li Lighting for contiguous,single-tenant retail spaces. so that the area being lit is annunciated,3)is manually operated,4)allows the lighting to remain on for no more than 2 hours when an 4-4 override is initiated,and 5)controls an area not exceeding 2,000 square feet. Plans reference page/section: Exception(s): Energy Code: 2014 Oregon Energy Efficiency Specialty Code Project Title: ❑ 5. Sleeping unit controls.Master switch at entry to hateVmotel guest room. Li In malls and arcades,auditoriums,single-tenant retail spaces,industrial facilities and arenas,where captive-key override is Project Type: New Construction utilized,override time is permitted to exceed 2 hours. Plans reference page/section: ❑ In mails and arcades,auditoriums,single-tenant retail spaces,industrial facilities and arenas,the area controlled shall not exceed Construction Site: Owner/Agent: Designer/Contractor: ❑ 6. Egress lighting. Egress illumination is controlled by a combination of listed emergency relay and occupancy sensors to shut off during 20,000 square feet. periods that the building space served by the means of egress is unoccupied. Exception(s): Plans reference page/section: Section 2: Interior Lighting and Power Calculation ❑ Building exits as defined in Section 1002 of the Oregon Structural Specialty Code. ❑ 14.Holiday scheduling.Automatic lighting shutoff operating on a time-of-day scheduled basis has an automatic holiday scheduling feature Plans reference page/section: that turns off all loads for at least 24 hours,then resumes the normally scheduled operation. A B C D Exception(s): Floor Area Allowed Allowed Watts Li 7. Additional controls.Each area that is required to have a manual control shall have additional controls that meet the requirements of Watts 1 ft2 Sections 505.2.2.1 and 505.2.2.2. ❑ Retail stores and associated malls,restaurants,grocery stores,places of religious worship,theaters and exterior lighting zones. Health Clinic(Health Care-Clinic) 1999 0.89 1779 ❑ Single zone electronic time control devices and self-contained wall box preset lighting controls. Total Allowed Watts= 1779 Plans reference page/section: ❑ 8. Light reduction controls.Each space required to have a manual control also allows for reducing the connected lighting load by at least Plans reference page/section: Section 3: Interior Lighting Fixture Schedule 50 percent by either 1)controlling(dimming or multi-level switching)all luminaires;or 2)dual switching of alternate rows of luminaires, 9 9 15.Exterior lighting controls.Lighting not designated for dusk-to-dawn operation shall be controlled by either a combination of a alternate luminaires,or alternate lamps;or 3)switching the middle lamp luminaires independently of other lamps;or 4)switching each ❑ luminaire or each lamp. photosensor and a time switch,or an astronomical time switch.Lighting designated for dusk-to-dawn operation shall be controlled by A B C D E an astronomical time switch or photosensor. Fixture ID:Description/Lamp I Wattage Per Lamp I Ballast Lamps/ #of Fixture (C X D) Exception(s): Fixture Fixtures Watt. ❑ Only one luminaire in space. Plans reference page/section: Health Clinic(Health Care Clinic 1999 sq.ft.) ❑ An occupant sensing device controls the area. LI 16.Tandem wiring.The following luminaires located within the same area shall be tandem wired: 1.Fluorescent luminaires equipped with LED 1:Other: 1 31 17 527 ❑ The area is a corridor,storeroom,restroom,public lobby or sleeping unit. one,three or odd-numbered lamp configurations,that are recess-mounted within 10 feet center-to-center of each other.2.Fluorescent LED 2:Other: 1 17 33.9 576.3 ❑ Electrical and mechanical room. luminaires equipped with one,three or any odd-numbered lamp configuration,that are pendant-or surface-mounted within 1 foot edge- Total Proposed Watts= 1103 to-edge of each other. p ❑ Areas that use less than 0.6 Watts/sq.ft. Exception(s): Section 4: Requirements Checklist Plans reference page/section: Li Where electronic high-frequency ballasts are used. ❑ 9. Buildings larger than 2,000 square feet are equipped with an automatic control device to shut off lighting in those areas.This automatic ❑ Luminaires on emergency circuits. in the following requirements,blank checkboxes identify requirements that the applicant has not acknowledged as being met. Checkmarks control device shall function on either: 1)a scheduled basis,using time-of-day,with an independent program schedule that controls the identifyrequirements that the applicant acknowledges are met or excepted from compliance. 'Plans reference page/section'identifies where in interior lighting in areas that do not exceed 10,000 square feet and are not more than one floor;or 2)an occupant sensor that shall turn ❑ Luminaires with no available pair in the same area. q pA g p A p g 9 9� q p the plans/specs the requirement can be verified as being satisfied. lighting off within 30 minutes of an occupant leaving a space;or 3)a signal from another control or alarm system that indicates the area Plans reference page/section: is unoccupied. Lighting Wattage: Exception(s): ❑ 17.Medical task lighting or art/history display lighting claimed to be exempt from compliance has a control device independent of the control ❑ 1. Total proposed watts must be less than or equal to total allowed watts. ❑ Sleeping units,patient care areas;and spaces where automatic shutoff would endanger safety or security. of the nonexempt lighting. Allowed Wattage: 1779 Proposed Wattage: 1103 Complies:YES Plans reference page/section: Plans reference page/section: Mandatory Requirements: ❑ 10.Occupancy sensors in rooms that include daylight zones are required to have Manual ON activation. Li18.Each dwelling unit in a building is metered separately. ❑ 2. Exit signs. Internally illuminated exit signs shall not exceed 5 watts per side. Plans reference page/section: Plans reference page/section: Plans reference page/section: ❑ 11.An occupant sensor control device is installed that automatically turns lighting off within 30 minutes of all occupants leaving a space. Exception(s): Interior Lighting PASSES:Design 38%better than code. 3. Daylight zone control.All daylight zones are provided with individual controls that control the lights independent of general area lighting Li 3. Classrooms and lecture halls. in the non-daylight zone.In all individual daylight zones larger than 350 sq.ft.,automatic daylight controls is provided.Automatic daylight sensing controls reduce the light output of the controlled luminaires at least 50 percent,and provide an automatic OFF control, ❑ Conference,meeting and training rooms. Section 5: Compliance Statement while maintaining a uniform level of illumination.Contiguous daylight zones adjacent to vertical fenestration may be controlled by a ❑ Employee lunch and break rooms. single controlling device provided that they do not include zones facing more than two adjacent cardinal orientations(i.e.,north,east, ❑ Rooms used for document copying and printing. Compliance Statement: The proposed lighting design represented in this document is consistent with the building plans,specifications and south,west).Daylight zones under skylights shall be controlled separately from daylight zones adjacent to vertical fenestration. other calculations submitted with this permit application.The proposed lighting system has been designed to meet the 2014 Oregon Energy Exception(s): ❑ Office spaces up to 300 square feet. Efficiency Specialty Code requirements in COMcheck Version 4.0.8.2 and to comply with the mandatory requirements in the Requirements Retail spaces adjacent to vertical glazing(retail spaces under overhead glazingare not exempt). ❑ Restrooms. Checklist. Li P 1 P P}� ❑ Display,exhibition and specialty lighting ERIC KNUDSON -ELECTRICAL ESTIMATOR 1.� 8.15.2018 ❑ HID lamps 150 watts or less. Name-Title Signature Date ❑ Spaces required to have occupancy sensors. Project Title: Report date: 08/15/18 Project Title: Report date: 08/15/18 Project Title: Report date: 08/15/18 Data filename: CaUserslEric\Desktop\ClC Medical Clinic.cck Page 1 of 3 Data filename: C:IUsers1Eric\Desktop\ClC Medical Clinic.cck Page 2 of 3 Data filename: C:UserslEriclDesktop\CIC Medical Clinic.cck Page 3 of 3 LIGHTING FIXTURE SCHEDULE U ID DESCRIPTION MFR MODEL WATTS Z HOUSING: H550ICAT J A 5" LED CAN LIGHT HALO LED MODULE: ML5612940 17W r , TRIM: 592SC V 5" LED CAN LIGHT HOUSING: H550ICAT AE W/EMERGENCY BACKUP HALO LED MODULE: ML5612940 17W TRIM: 592SC < t/)i--' co B LED 2x4 TROFFER METALUX 24EN-LD2-45-UNV-L940-A3/8-4/18GDIM-CDI-U 33.9W U N X EXIT SURE-LITES APX7R CI CD C) W > a A-INV INVERTER FOR EMERGENCY BACKUP IOTA IIS-125-SM NA CO OF THE TYPE AE FIXTURES. ' ` CO Ca IX) C� U S � DATE: 8.15.2018 REVISIONS SHEET NO. E6 ENERGY COMPLIANCE