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EXIST.
<br />OFFICEE
<br />AREA.= 214 6F
<br />O.L,F.= 100
<br />OCC. LOAD.= 3
<br />EXIST.
<br />OFFICE
<br />AREA,= 164 BF
<br />0 L-F.= 100 --'
<br />LOAD,= 2
<br />F.XIBT.
<br />OFFICE
<br />AfREA.= 165 6F
<br />O.L.F.= 100
<br />OCC. LOAD.= 2
<br />EXIST.
<br />OFFICE
<br />AFRF-A,z 249 5F
<br />O.L.F.= loo —
<br />OCC, LOAD.= 3
<br />EXIST.
<br />T.
<br />AREA-= 27 6F
<br />0,LF.= 300
<br />OCC, LOAD.= I
<br />5
<br />MEETIi,�G ROOM
<br />AREA.= (o3& 5F
<br />O-L-F,= 100
<br />OCC. LOAD-= 7
<br />BTAIR
<br />6F I
<br />bt--FFC
<br />'ICE
<br />STAIR .
<br />.1I RY
<br />L.1
<br />A , LCOVE
<br />OFFICE
<br />OFFICE
<br />5_FAIfi,;'
<br />OFFICE
<br />AREA.= 142 5F
<br />O.L.F.= 100
<br />ARF-A.= 1715F
<br />01-F.= 100
<br />ARF_,lk= I&I 5F
<br />O.L.F.= 100
<br />AREA.= 155 5F
<br />0.1 F,= 100
<br />AREA,.= 304 5F
<br />AREA.= 142 5-F
<br />AIRE-:A.= 125 &F
<br />AREA,= 271 5F
<br />O.L.F.= 100
<br />ARF-A.= 235 5F
<br />O.L.F.= 100
<br />AI;P,,EA,z 120 6F
<br />O.L�F.= 100
<br />AREA-= 94 5F
<br />O,L.11:�= 100
<br />AF�F=A.= 1&.4 5F
<br />O.L.F.= 100
<br />OCC. LOAD.= 2
<br />OCC. LOAD.= 2
<br />OCC. LOAD.= 2
<br />OCC. LOAID.= 2
<br />O.L.F.= 20
<br />OCC, LOAF-),= I(o
<br />O.L.F.= 100
<br />OCC, LOAD-= 2
<br />O�L.F.= 20
<br />OCC_ L OAD.= 7 OCC. LOAD.= 3
<br />OC(_-_ LOA
<br />OCC. LOAD,= 2
<br />OCC. LOAD.= I
<br />OCC. LOAD.= 2
<br />UFFEIR F1_00fR FLAN
<br />1/1&lf ;= 11-011 NOF,)TH X PLAN Nl0FTIl
<br />FE X S o"T.
<br />RECEPT.
<br />AREA-- 32(o 5F
<br />0,L.F.= 100
<br />OCC, LOAD,= 4
<br />F-XiST.
<br />RAMP
<br />AREA.= 56 5F
<br />O.L.F.= 15
<br />OCC, LOAD.= 4
<br />"e-, I � i �
<br />PL-ATFORM
<br />ARIEA.= 292 5F
<br />O.L.F.= 15
<br />OCC_ LOAZ:).= 20
<br />EXIST.
<br />ALCOVE
<br />AREA.= 207 5F
<br />n I P = Inn
<br />OFFICE
<br />AfRF-A.= ]7 5F
<br />O.L.F.= 100
<br />AREA,= 75 5F
<br />n I p = �"nln
<br />^II.
<br />HAL-1�
<br />AREA.= 120 5F
<br />O-L-F.= 100
<br />OCC_ LOAD,= 2
<br />EXIST,
<br />OFFICE
<br />AREA,= 239 6F
<br />n I p = 100
<br />NJM5F-P- OF
<br />OCCUPANTS AND
<br />PATH OF EXITING
<br />MEANS OF EGRESS 51ZINIGt
<br />(OCCUPANTS) X (0-2 FOR 5 1
<br />AND o.15 FOR DOORS AND
<br />HALLWAYS) z REQUIRED EXIT WIDTH
<br />IN INCHES. ALL EXITS ARE 36" OR
<br />72" WIDE- AND ALL STAIRWAYS ARE
<br />BETWEEN 41'' AND o5l' IN WIDTH,
<br />THEREFORE 240 EXITING OCCUPANTS
<br />CAN HAVE AN EXIT (DOOR OR
<br />HALLWAY) WITH A MINIMUM WIDTH OF
<br />DOUBLE (400 OCCUPANTS) FOR
<br />AN EXIT WIDTH OF 72`
<br />(240 OCCUPANTS) X (OJE5) = 36"
<br />ALL EXITS OF 36" WIDTH, HAVE
<br />FEWER THAN 240 OCCUPANTS
<br />EXITING THROUGH THEM ANIF,) ALL
<br />EXISTS OF 72" WIDTH HAVE FEWER
<br />THAN 400 OCCUPANTS EXITING
<br />THROUr_:H Ti.LiEm 50 ALL EXITS AIRE
<br />ADEQUATELY SIZED.
<br />THE NARROWEST STAIR (41" WIDTH)
<br />CAN ACCOMMODATE 205
<br />OCCUPANTS. (.2)(205 OCCUPANTS)=
<br />41" MINIMUM STAIR WIDTH. ALL STAIRS
<br />HAVE FF_WF_F_ THAN 205 OCCUPANTS
<br />EXITING; FROM THEM SO ALL
<br />STAIRWAYS ARE ADEOUATFELY
<br />SIZED,
<br />LEGEND
<br />NUMSEF,l OF
<br />OCCUPANTS AND
<br />PATH OF EXITING
<br />MEANS OF EGRESS SIZING;
<br />(OCCUFANT,5) X (02 FOR STAIRS
<br />AND 0.15 FOR DOORS AND
<br />PALLWAYS) = REQUIRED EXIT WIDTH
<br />IN INCHES. ALL EXITS ARE 36" OR
<br />72" WIDE AND ALL STAIRWAYS ARE
<br />SETWEEN 41" AND 65" IN WIDTH.
<br />THEREFORE 240 EXITING OCCUPANTS
<br />CAN HAVE AN EXIT (DOOR OR
<br />HALLWAY) WITH A MINIMUM WIDTH OF
<br />3ro", DOUBLE (4a0 OCCUPANTS) FOR
<br />AN EXIT WIDTH OF 72".
<br />(240 OCCUPANTS) X (0,15) = 36"
<br />ALL EXITS OF 3&" WIDTH HAVE
<br />FEWER THAN 240 OCCUPANTS
<br />EXITING THROUGH THEM AND ALL
<br />EXISTS OF 72'' WIDTH HAvE FEWER
<br />THAN 400 OCCUPANTS EXITING
<br />THROUGH THEM 50 ALL EXITS ARE
<br />ADEQUATELY SIZED.
<br />THE NARROWEST STAIR (41" WIDTH)
<br />CAN ACCOMMODATE 205
<br />OCCUPANTS. (.2)(205 OCCUFANT5)=
<br />41" MINIMUM STAIR, WIDTH. ALL STAIRS
<br />1.41AVE FEWER THAN 205 OCCUPANTS
<br />EXITING, FROM THF-M 50 ALL
<br />STAIRWAYS ARE ADEQUA-ELY
<br />SIZED.
<br />EXIST. EXIST' EXIST. EXIST. / I I EXIST. EXIST. F_XST.--- F-LEVATOR EXIST. EX15T. E�XI5 1'. t___xl�b 1_� EXIST. t�iXlll:� I.
<br />EXIST, EXIST. FST® EX15T. EXIST.
<br />STAIR, KITCHIEN SNACK F-L.ECT. STORm OFFICE F_I_ECT. STAIR F-L-EV- MACHIINE OFFICE OFFICE OFFICE MEETING TOILET STAIR FOYER TOILET TOILET
<br />Room AREA,= 143 5F AREA�= 367 6F AfREA.=,41 5F ARL=, 49 5F
<br />AREA.= 143 5F AREA.= 255 5F ROOM ARF_A_= 117 6F AREA.='��l 6F AREA.= 107 5F AfREA.= &�, 5F AREA.= 143 5F AREA.= 6�1 5F AIREA.= 102 5F AREA.= 1(o9 6F AREA.= 15(o,5F AREA.= 15(o 6F AREA.= 75 &F
<br />O.L.F.= 100 O.L.F.= 200 AIRF-A.= 179 5F O.Lf= 300 O.L.F.= 300 O.L.F.= 100 O.L.F,= 300 O.L.F_= 100 O.L.F.= 300 O,L.F.= 100 O.L.F.= 100 O.L.F.= 100 O.L.F.= 100 AREA,= 307 5F O.L.F.= 300 O.L.F.= 100 O.L.R= 100 O.L.F.= 300 O,L`F.= 300
<br />OCC_ LOAD.= 2 OCC_ LOAD.= 2 0,1_.F.= 200 OCC. LOAD.= I OCC, LOAD,= I OCC_ LOAD,= 2 OCC. LOAD.= I OCC_ LOAD.= 2 OCC, LOAD.= I OCC. LOAD,= 2 0,`CC_ LOAD.= 2 OCC, LOAD.= 2 OCC, LOAD,= 2 O.L.R= 20 Ocicl. LOAD.= I CCC, LOAD-= 2 OCC. LOAD.= 4 Or-C. LOAD.= I OCC LOAD.=
<br />OCC. LOAD.= I OCC. LOAD.= 20
<br />MAN F1_00fR CODE FLAN
<br />I/INORTH PLAN NO TRH
<br />& 1
<br />V rt
<br />i 9�524 A -7t6th AveW
<br />WA 98036)
<br />7 7 0 w w ov p 111
<br />1-r F -
<br />'\ N N T ROVEi'v"�B' _' '-OR A , � WR - I fq. � I
<br />m
<br />, F IS A N TALC` r- N C -E
<br />11,525 ldU' R-f ROAD
<br />No, / D a te Revis`,)n By
<br />5481 REGISTERED
<br />ARCHITECT
<br />STEPHEN A. HAMMER
<br />STATE OF WASHINGTON
<br />Dc
<br />SH
<br />1913
<br />1913CD-AC,2.1Z)WG
<br />FrTe
<br />CODE FLANS
<br />1 'e
<br />5','i e at 1, IS- le, r
<br />
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