OF NEBRASKA 501 BUILDING RENOVATION CONSTRUCTION DOCUMENTS REVIEW SET

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1 E O NERK 0 UILING RENOVION I, EHEN H. URGE, M HE OORINING ROEIONL OR HE NERK E 0 UILING RENOVION, RINHO UIL OU N RUURL EIIENY RENOVION ROE. RIN HO UILOU & RUURL EIIENY RENOVION 0 OUH H REE LINOLN, NERK 0 ONRUION OUMEN REVIEW E.GENERL. 0.0 OVER HEE 0.. YMOL N REVIION..0.0 H. H. 0. RUURL NOE.RHIEURL. OE LN EMOLIION LN, LOWER LEVEL-RE EMOLIION LN, LOWER LEVEL -RE LOWER LEVEL HING LN, LOWER LEVEL - RE & REK OU O LN, LOWER LEVEL - RE & 0. ROOM INIH HEULE, GENERL NOE, WLL YE & EIL LOOR LN, LOWER LEVEL -RE LOOR LN, LOWER LEVEL -RE.RUURL. INEX O RWING /0/0.LUMING. UNERGROUN LUMING EMOLIION LN - RE UNERGROUN LUMING EMOLIION LN - RE LUMING EMOLIION LN, LOWER LEVEL RE LUMING EMOLIION LN, LOWER LEVEL RE IRE ROEION. IRE ROEION EMOLIION, LOWER LEVEL - RE IRE ROEION EMOLIION, LOWER LEVEL - RE IRE ROEION, LOWER LEVEL - RE IRE ROEION, LOWER LEVEL - RE.ELERIL. E0.0 ELERIL YMOL N REVIION E.0 E.0 E. E.0 E.0 E.0 E.0 E.0 E.0 ELERIL EMOLIION LN, LOWER LEVEL - RE ELERIL EMOLIION LN, LOWER LEVEL - RE ELERIL EMOLIION LN, IR LOOR LIGHING LN, LOWER LEVEL - RE LIGHING LN, LOWER LEVEL - RE OWER LN, LOWER LEVEL - RE OWER LN, LOWER LEVEL - RE EIL YEM LN, LOWER LEVEL - RE EIL YEM LN, LOWER LEVEL - RE E. EMO ONE-LINE IGRM E. NEW ONE-LINE IGRM E. ELERIL EIL E. ELERIL HEULE :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :: M rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE OVER HEE O NERK 0 UILING RENOVION E /0/ 0 RINHO RELEE EILING LN, LOWER LEVEL -RE RELEE EILING LN, LOWER LEVEL -RE. OOR N RME HEULE. EWORK, LRGE LE LN & INERIOR ELEVION.MEHNIL. M0.0 MEHNIL YMOL N REVIION M.0 M.0 M.0 M.0 M.0 M.0 M.0 M.0 HV EMOLIION LN, LOWER LEVEL - RE HV EMOLIION LN, LOWER LEVEL - RE HV IING EMOLIION LN, LOWER LEVEL - RE HV IING EMOLIION LN, LOWER LEVEL - RE HV LN, LOWER LEVEL - RE HV LN, LOWER LEVEL - RE HV IING LN, LOWER LEVEL - RE HV IING LN, LOWER LEVEL - RE M. MEHNIL EIL M. MEHNIL HEULE UIL OU & RUURL EIIENY RENOVION OUNION LN, EMEN LEVEL - RE OUNION LN, EMEN LEVEL - RE RMING LN, IR LEVEL - RE RMING LN, EON LEVEL - RE UNERGROUN LUMING LN, LOWER LEVEL RE UNERGROUN LUMING LN, LOWER LEVEL RE LUMING LN, LOWER LEVEL RE LUMING LN, LOWER LEVEL RE. RUURL EIL

2 IE YMOL % LOE OWN K K E xx xx xx xx x x x x M W G H M L UGE/UG OH HO L ROERY LINE LO LINE EEMEN LINE UILING LINE, EXIING UILING LINE, NEW W/ OOR OENING N RUURL OO RMRY ONOUR, EXIING RIMRY ONOUR, NEW EONRY ONOUR, EXIING EONRY ONOUR, NEW LOE, VEMEN RINGE IH OR WLE REE ENERLINE UR, HIKENE EGE UR, EXIING UR, NEW VING ONRION OIN VING KEYE ONRUION OIN VING IE ONRUION OIN VING EXNION OIN ENE, EURIY ENE, RE WIRE ENE, HIN LINK ENE, WOO EE LIMI O LIMI ORM RIN URIN URIN, REORE NIRY EWER ORE MIN WER IRE G HIGH REURE EM MEIUM REURE EM LOW REURE EM UNERGROUN ELE/ELEHONE OVERHE OWER LWN RINKLER HO LINE LWN RINKLER LERL OR O IV H Q X" X' RE INLE UR INLE MNHOLE OERVION RIER HE WLL LRE EN LEN OU HRU LOK VLVE O INIOR VLVE REUER MGNEIUM NOE IELERI OULING HOI E ION IRE HYRN OWER OLE LIGH OLE ELEHONE MNHOLE ELEHONE OX RINKLER HE, 0 RINKLER HE, 0 RINKLER HE, 0 RINKLER HE, 0 QUIK OULING REE, EXIING EIUOU REE, EXIING ONIER HE REE ORNMENL REE EIUOU REE HRU LIE HRU REVIION / IR ONIIONING(ER) M MERE OMREE IR RE LRM NEL V UOMI IR VEN NHOR OL RYLONIRILE-UIENE-YRENE OUIL EILING LERNING URREN IR OOLE ONENER U IR OOLE ONENING UNI M LUMINUM OMOIE MERIL OUI E OOR RE RIN N IION OR IIONL ULE EN MIN MINIRION IR ILER OVE INIH LOOR H UHORIY HVING URIIION HU IR HNLING UNI I RE INLE L LERNE LUM LUMINUM M MIEN NH NHOR E NEL OUIL NEL EILING ROX ROXIME R I REIING RH RHIEURL EO H HL UO UOMI V I VEN V IR VEN V VERGE W I WE WG MERIN WIRE GUGE W OUIL WLL NEL to K O K O OILER LOW O LNING OK MU URNIHE ONREE MONRY UNI OR K R MER E EWEEN KLOW REVENOR R ELOW LOOR OILER EE V UERLY VLVE H REK HORE OWER KR REKER L UILING LINE LG UILING LK LOK LKG LOKING LKH ULKHE M EM M ENH MRK O OOM O U O OOM O OOING O OOM RG RIGING RG ERING RK RKE M EMEN H U U RIIH HERML UNI UH RIIH HERML UNI ER HOUR UR UIL U ROOING V LL VLVE ONENER WER ONUI OMUION IR INE N NILEVER IY ING HLKOR ONENE RIN V LOE IRUI ELEVIION E OVER ELEVION EM EMEN EN ENRIUGL ER ERMI UI EE H UI EE ER HOUR M UI EE ER MINUE G ORNER GUR H HNNEL I IRON I UR INLE I IN LE I IRON IE IR IRULING ONROL OIN ONROL OIN OVE K IRUI K K IRUI REKER L ENERLINE L IRUI LINE LG EILING LO LOE LR LER M EILING MOUNE M ORRUGE MEL IE MU ONREE MONRY UNI O LEN OU O ONUI ONLY O RON IOXIE OL OLUMN OM OMMON OM OMINION OMM OMMUNIION OM OMOIE OM OMREOR UNI OMR OMREILE ON ONREE ON ONERENE ONIG ONIGURION ONN ONNE ONN ONNEION ON ONRUION ON ONINUOU ONR ONROR OR ONR ONV ONVEOR ORR ORRIOR ONENER UM OVER LE YLE ER EON RE R ONENER WER REURN R ORROION REIN OUNERINK OMINION EWER ONENER WER ULY K OUNERUNK MU LIUM ILIE MONRY UNI OMINION NIE ONRUION OIN WK EWORK OOLING OWER ERMI ILE URREN RNORMER R ENER U OER U ONENING UNI U UI U OMINION UNI UH INE UNI HEER W OL WER V ONOM VENOR WR HILLE WER REURN W HILLE WER ULY Y UI YR YL YLINER RIN EH RY UL EIEL EORME R NHOR L OULE IRE URREN U OLLEOR UMMY ONROL OIN d ENNY ( NIL 0) IRE IGIL ONROL E EIONIZE WER EG EGREE ER ERE(ION)(E) E ERMEN E EENION RINKING OUNIN R IEEL UEL REURN IEEL UEL ULY V IEEL UEL VEN G OOR GRILLE H U HEER I IILLE WER I UILE IRON I IMEER IG IGONL I IUER IM IMENION I W IONNE WIH I IONNE IH IHRGE IR IRIUION L E LO M MER MOOR MR MER N OWN N OWNOU NOZZLE O OR " IO G MROOING IERENIL REURE WIH R OOR R RIN OWNOU IILLE WER RY NIE L EIL R U HRU ROO W IHWHER WG RWING WL OWEL WR RWER X OULE EXR RONG E E E EH E EXHU IR E ENERING IR EMERURE E EXNION OL E ELERIL ONROR EH ELERI U HEER EE EH EN EER ENERGY EIIENY RIO EEW EMERGENY EYEWH EEW EMERGENY EYEWH/HOWER E EH E E EXHU N E EIIENY EH ELERIL HEER EI EXERIOR INULION N INIH YEM E EXNION OIN EL ELEVION EL ELOMERI ELE ELERI(L) ELEV ELEVOR EMER EMERGENY EM EIME MXIMUM EMN EM ELERIL MELLI UING EMV EMERGENY MIXING VLVE ENL ENLOURE ENR ENRNE EOM EN O MIN RI E ELERO-NEUMI E EXLOION ROO EO EMERGENY OWER O ER EOXY REIN LOORING EQ EQUL EQUI EQUIMEN ER EXHU REGIER E EMERGENY HOWER E EXR RONG E EXERNL I REURE E EIME E EXNION NK EW EH WY EW ELERI WER OOLER EWH ELERI WER HEER EW ENERING WER EMERURE EX EXVE EXH EXHU EXI EXIING EX EXNION EX EXOE EXL EXLOION EX EXERIOR HRENHEI IRELINE URNE IRE LRM REH IR RIE MU O U N R E E E H H IG IN IX L LH LEX LUOR LG LM M M ME O O O O O OM OR O O OV OW M R R R G U V W G G G GL GLV G G GO GMU G GEN GEN G GI GR GHR GH GI GL GL GMU GN GOV GH GM GR GR GR GR GR GRG GR G GV GW GW GY H H E H H H H HR H H H HR HW HWR HEV HI HM HO HORIZ H H H HR H H HR HR H H HR H HG HR HWR HW HUM HV HV HW HW HWR HW HX HZ E RIK OO NLE LUE ONREE MONRY UNI LOOR LEN OU N OIL UNI IRE MER LOOR RIN IRE ERMEN ONNEION OUNION EEER IRE EXINGUIHER IRE EXINGUIHER INE INIH LOOR INIH LOOR ELEVION IRE HYRN IRE HOE INE IGURE INIH IXURE LOOR LHING LEXILE LUOREEN LOORING ULL LENGH MIRROR ORY MUUL IRE MIN LOW MEURING EQUIMEN E O INIH OENING E O ONREE E O INIH UEL OIL ILL E O MONRY UEL OIL REURN E O U UEL OIL ULY UEL OIL VEN E O WLL IREROOING IRE UM IHRGE EE ER MINUE IRE REIIVE RME IERGL REINORE NEL LOOR INK LOW WIH IRE/MOKE MER OLING HOWER E EE (OO) IN UE LOW RNMIER OOING UURE IRE VLVE INE RI WLL OVERING GRILLE NURL G GUGE GLLON GLVNIZE GR R GENERL ONROR GRE LEN OU GLZE ONREE MONRY UNI GRGE IOL GENERL GENEROR GRO LOOR RE GROUN UL INERRUER GL IER REINORE ONREE GLYOL-WER HEING REURN GLYOL-WER HEING ULY GLVNIZE IRON GLUE LMINE GL GL MONRY UNI GROUN GOVERNMEN GLLON ER HOUR GLLON ER MINUE GUR RIL GRE GRILLE GLVNIZE RIGI ONUI GL REINORE ONREE GL REINORE GYUM LER GLVNIZE RIGI EEL GOLINE GE VLVE GREE WE GYUM WLL OR GYUM HEIGH HOOK ONE EN HOE I HNI HOLLOW ORE HNI ENH HO / HILLE WER REURN HO / HILLE WER ULY HN RYER OR HIR RYER HROR HEER HRWOO HRWRE HOE EN VLVE HIGH INENIY IHRGE HOLLOW MEL HN O UOMI HORIZONL HE UM HIGH REURE HOREOWER HIGH REURE EM REURN HIGH REURE OIUM HIGH REURE EM ULY HNRIL HOUR HEU HOLLOW RUURL EION HIGH RENGH HEIGH HEING HEER HIGH EM HO WER REURN HIGH EM HO WER ULY HUMIIIER HEING VENILING UNI HEING VENILING N IR ONIIONING OMEI HO WER OMEI HO WER REIRULING LOW EM HO WER REURN LOW EM HO WER ULY HE EXHNGER HERZ IQ IW I I I IE IE I IG IH I I IM IN IN INUL IN I IW N K K K KH KHE KH KI KO K KV KV KVR KW KWH L L L L LM L LV L LR L LG L LG LIN LINO LKR LL LLH LLV LO LONG LOX LG LR L LR L L L L LG LV LV LW LW M M M M MG MIN MN M ML MU MV MX M M M MH MUH M M M M MM M MO MEH MEM ME MEZZ MR MRG MG MH MH MH MIN MI ML MLG MLO MLWK MO MG MR M MR MR/ M M MG ML MWR MW MUL MV MV MW N N NO N/ INOOR IR QULIY IN ORNE WIH INERNIONL UILING OE INEROM INIE IMEER INVER ELEVION ILLUMINING ENGINEERING OIEY INIE E IOLE GROUN INKE HOO IOLION OIN IN OI E INERMEIE MEL ONUI INH INLUE (ING) INULION INERIOR IRON IE INIRE WE NIOR UNION OX UNION OI OIN ILLER OR OIN KEYE ONRUION OIN KEENE' EMEN LER KNOKOWN KIHEN HOO KIHEN HOO EXHU N KIHEN HOO ULY N KIHEN KNOKOU KIHEN INK KILOVOL KILOVOL MERE KILOVOL MERE REIVE KILOW KILOW HOUR NGLE LVORY LORORY OMREE IR LORORY LMINE() LEVING IR EMERURE LVORY OUN LUMER OUN LOING LINER OO (EE) LENGH (LONG) LINER LINOLEUM LOKER LIVE LO LONG LEG HORIZONL LONG LEG VERIL LOION LONGIUINL LIQUI OXYGEN LIQUEIE EROLEUM G LOW REURE EM REURN LOW REURE EM ULY LIVING ROOM LWN RINKLER LIE EY OE LIGH LINE RNER U LIGHING LOUVER LORORY VUUM LONG WY LEVING WER EMERURE HOUN MIXE IR MEIL OMREE IR MHINE MGNEI MINENNE MNUL MONRY MERIL MKEU IR UNI MNUL IR VEN MXIMUM MHINE OL MO IN MRKER OR HOUN U ER HOUR HOUN U ER HOUR MEHNIL ONROR MEIINE INE MINIMUM IRUI M MIN IRUI REKER HOUN IRULR MILL MNUL VOLUME MER MEIUM ENIY OVERLY MEHNIL MEMRNE MEL MEZZNINE MNUURER MNUURING MOOR GENEROR MNHOLE MEL HLIE MO HOLER MINIMUM MIELLNEOU MOORIZE LOUVER MOLING MIN LUG ONLY MILLWORK MONRY OENING MEIUM REURE G MEIUM REURE EM REURN MEIUM REURE EM ULY MIRROR MIRROR WIH HEL MGNEI RER MOUNE MOUNING MEL MEIUM EM HO WER REURN MEIUM EM HO WER ULY MULLION MERURY VOR MEIL VUUM MRKER WLL NIROGEN NIROU OXIE NO LILE N NOIE RIERI N NORMLLY LOE N NURE LL NE NIONL ELERI OE NEM NIONL ELERIL MNUURER N. NEU NEURL NI NO IN ONR NO NORMLLY OEN NO NUMER NO NIROU OXIE NOM NOMINL N NEURL ENOR N NO O LE O&M OERION N MINENNE O to O OU O OU O OVERLL O OUIE IR O OURE O ON ENER O OUIE IMEER O OVERLOW RIN O OUIE E OVL OVERLOW O OWNER URNIHE ONROR INLLE O OIE OOI OWNER URNIHE OWNER INLLE OH OVERHE OWER OH OVERHE ELEHONE OG OENING O OOIE O OVERLOW ORM RIN O&Y OUIE REW N YOKE O OEN O EILING E OVH OVERHE OX OXYGEN IN OLE / REURE/EMERURE E OR UM ULI RE N NI OL R RLLEL RILE OR ULL OX UH UON UH UON ION RE UME ONENE ER U IENER OUN ER UI OO ORELIN ERMI ILE REURE RO UM IHRGE I LUMING & RINGE INIUE EN ENHOUE ER ERORE ER ERENIULR OWER OR G REURE GGE H HE I OIN O INEREION I REURE INIOR I ORLE INRUMEN ONNEION IV O INIOR VLVE L LE() L LE LM;L LI LMINE L LER LG LUMING LYW LYWOO NEU NEUMI NL NEL O OIN O ONNEION OR ORELIN M R ER MILLION R IR RE RERIE RO ROEION RV REURE REUING VLVE IE UOR ROEION REEN OUN ER QURE OO I OUN ER QURE INH V REURE EY VLVE LER R OIN OENIL RNORMER ER OWEL IENER /R OMINION OWEL IENER/REELE N RIION V OLYVINYL HLORIE VI OIN O VERIL INEREION V OIN O VERIL NGENY WL OUN OWER LEVEL WR OWER Q QURRY ILE QR RN QURER ROUN R RIER R REURN IR R RIOR R or R RIU R RUER E R REMOVE ONROL R RELEE EILING LN R REINORE ONREE IE RU REIROING HILLER OIN R ROO RIN R RERIGERN IHRGE RE REELE RE REERENE REL RELEE RER RERIGERN RER RERIGEROR REG REGIER REIN REINOREMEN REM REMOVLE REQ() REQUIRE() REIL REILIEN RE REINING (WLL) REV REVIION R REURN N R RUER LOOR RM REEE LOOR M RH RELIVE HUMIIY RH RELIE HOO RH REHE OIL RH ROE HOOK RHG RERIGERN HO G RI& ROUGH IN N ONNE RI RIE IN OI E RL RERIGERN LIQUI RM ROOM RN ROUN RO ROUGH OENING RM REVOLUION ER MINUE RZ REUE REURE KLOW REVENER R RERIGERN UION RW REILIEN WLL OVERING RWL RIN WER LEER ENOR INK NIRY EWER O IH OUH RINKLER LINE HOK ORER ULY IR N NIRY WE EURIY OLI ORE HOWER URIN EIL OING E OVER IENER H HOWER URIN HOOK HE HEULE R HOWER URIN RO RUURL LY ILE U ULE W O OL WER O IENER MOKE MER MOKE EEOR ORM RIN E EM EXHU VEN E EONRY E EION EY ERERY EN ENILE QURE OO ULY N MU LI-E ONREE MONRY UNI U RUURL ING UNI GL INGLE H HOWER HEH HEHING HM EURIY HOLLOW MEL H HEE HW O HO WER IM IMILR L HOR LEG LN ELN M HEE MEL M RINKLER MIN N NIRY NKIN IOL NV NIRY NKIN VENOR I REURE (HO) N IE I REURE E EIIION K RINKLER L OUN REURE LEVEL L EIL L LK LH LOK Q QURE INLE EEL ORM HELER RE ERVIE INK OLI URE IR ORM EWER G' GGERE OUN RNMIION L INE ONREE NR E INGLE ERE EN GR RINGER L EEL OR ORGE R RUURL - RUURE U UION UL ULOOR UR URE U UENE V HEE VINYL V OLENOI VLVE W HOR WY W WIH W WIH OR W EM WORKING OREURE YM YMMERIL EMERE HERMO & O & OOM & G ONGUE & GROOVE RE RNER IR E N LNE N NGEN ERMINL OX OWEL R K OR EMERURE ONROL IME LOK RNER U RENH RIN H OL YNMI HE EL ELEHONE EM EMERE - EMORRY EM EMERURE ERR ERRZZO EX EXURE GL OGGLE H HREHOL H OWEL HOOK HK HIK(NE) MR IL MIRROR UNI MV HERMOI MIXING VLVE O O O EM O O O ONREE O O O OOING OIL OILE O O O VING O O O EEL OW O O WLL V R RIMER R RI RN RNVERE R RE EMERURE ENOR OL I REURE EMERURE RNMIER ERRZZO ILE OILE IUE IENER V ELEVIION W K WLL Y YIL U URINL U UNI OOLER UG UNERGROUN UGE UG UH UL UNEX UNIN UNO UR UR U UIL UV V VEN V VOL V VUUM V VLVE V VUUM VV VRILE IR VOLUME V VOR RRIER V VINYL E V VEN ELOW LOOR V VENE OVE E V VIRIIE LY IE V VINYL OMOIION ILE V VOLUME MER - MNUL VEL VELOIY VEN VENILION VEN VENILOR VER VERIL VE VEIULE V VINYL LOOR V VRILE REQUENY RIVE VM VOLMEER VOL VOLUME V VENEER LER V VUUM UM VM VRILE EE MOOR ONROLLER V VINYL ILE VR VEN HROUGH ROO VW W VINYL WLLOVERING WER ERVIE W WIE; WIH W WE (LUG) W W W WE W WIE LNGE W/ WIH W/O WIHOU W WE UL W WLL OVERING W WER OLUMN W WER LOE W WER OOLE ONENER WL WER LOE/LVORY OMINION WO WLL LEN OU W WOO WW WINOW W WH OUNIN WH WLL HYRN WM WER LOW MEURING EVIE WH WER HEER WHM W HOUR MEER WI WROUGH IRON WLR WER LOO REURN WL WER LOO ULY WMG WER MOOR GONG WN WINO W WEHERROO W WHIRLOOL H W WERROO WG WERROOING WR WER REIN WR WE REELE WRH WREHOUE W WE N IE W WEIGH WW WRM WHIE WW WELE WIRE RI XMR RNORMER XMR RNMIER Y YR YH YR HYRN Z IMENE ZV ZONE ONROL VLVE ZV ZONE VLVE OX & i.e. H I # NUMER HE OLLOWING REVIION RE UE WIH GLZING: G IG G IG LG G IG G G IG G IG WG UNERGROUN ELERIL UNERGROUN ELEHONE UNI HEER UNERWRIER LORORIE UNEXVE UNINIHE UNLE NOE OHERWIE URINL UNERGROUN REIENIL IRIUION UILIY HEL UILIY UNI VENILOR LER LO GL LER INULING GL LER EMERE LO GL LER EMERE INULING GL LMINE GL ERN GL ERN INULING GL NREL GL INE LO GL INE INULING GL INE EMERE LO GL INE EMERE INULING GL OLIHE WIRE GL GENERL YMOL IM ROOM NME IM IM IM East XX/.X ERIION IM EIL NUMER RO REERENE HEE ON WHIH RWN IMILR OR YIL REERENE WLL EION IMILR OR YIL REERENE EIL REERENE UILING EION UILING ELEVION INERIOR ELEVION EWORK ELEVION LEGEN/KEY NOE OLUMN LINE ROOM NUMER OOR NUMER WINOW NUMER WLL YE REVIION NUMER ERH GRVEL/LL N ONREE RE ONREE EEL GYM LOOR WOO (ONINUOU LOKING) WOO (NON-ONINUO LOKING) WOO (RIM/INIH) GL ONE HINGLE ONREE MONRY UNI RIK VENEER MEL U EEL (LRGE LE) LYWOO (LRGE LE) GYUM WLL OR (LRGE LE) INULION RIGI INULION ROEION OR RE (LRGE LE) OUIL ILE (LRGE LE) ILE (LRGE LE) 0. YMOL N REVIION :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :: M rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE O NERK 0 UILING RENOVION E /0/ UIL OU & RUURL EIIENY RENOVION 0 RINHO

3 :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :0:0 M 0 0 U VX VX EURE ORGE 0 EURE RIN 00 EIE EGRE ILE 0 00' MXIMUM RVEL INE R OLOR OY 0 EXIING RIN HO,0 sf OIE 0 RE-RE/IGIL GRHI 0 HE. 0 HLL 00 ILE 00 HLL 00 ONERENE 0 OIE 0 OIE 0 OIE 0 OEN OIE 00 0 OIE 00 OIE 00 OE LN -LOWER LEVEL LN, RE & LE: /" = '-0".. OMMON H O RVEL = '. OMMON H O RVEL ='.. R ELE/ 00 REEION 00 0 ORRIOR 00 MEHNIL 00 0 R ORGE 00 0 RVEL INE '. R R ORGE REOR ORGE 00 - MHLINE - RE MHLINE - RE V VX N 0 R ORGE 0 MHLINE - RE MHLINE - RE MEN' 0 WOMEN' 0 VX V V ELEV EXIING ELEV EQUI HLL VX REK ROOM UURE U 0 EXIING U ROOM OEN O H OVE ORRIOR 0 UURE 0 0 ELERIL V 0 ORRIOR 0 V 0 0 EXIING MEH EXIING MEH V -VX 0 EXIING ELE 0 EXIING EXIING ELE EXIING ELE EXIING ELE UNNEL O E IOL -HOUR MOKE RRIER WLL (-) I. -Hour fire-resistive vertical (floor to floor or floor to roof deck) and/or horizontal (wall or floor).. ontinuity: moke barriers shall form an effective membrane continuous from outside wall to outside wall and from the top of the foundation or floor/ceiling assembly below to the underside of the floor or roof sheathing, deck or slab above, including continuity through concealed spaces, such as those found above suspended ceilings, and interstitial structural and mechanical spaces. he supporting construction shall be protected to afford the required fire-resistance rating of the wall or floor supported in buildings of other than ype II, III or V construction. Exception:. moke-barrier walls are not required in interstitial spaces where such spaces are designed and constructed with ceilings that provide resistance to the passage of fire and smoke equivalent to that provided by the smoke-barrier walls.. moke barriers used for elevator lobbies in accordance with ection 0.. for underground buildings, 00.. for fire service access elevator or 00.. for occupant evacuation elevators are not required to extend from outside wall to outside wall.. moke barriers used for areas of refuge for accessible means of egress in accordance with ection 00.. are not required to extend from outside wall to outside wall.. Openings in a smoke barrier shall be protected in accordance with I ection. Exceptions:. In Group I- and ambulatory care facilities, where doors are installed across corridors, a pair of opposite-swinging doors without a center mullion shall be installed having vision panels with fire-protection-rated glazing materials in fire-protection-rated frames, the area of which shall not exceed that tested. he doors shall be close fitting within operational tolerances, and shall not have undercuts in excess of / inch, louvers or grilles. he doors shall have head and jamb stops, astragals or rabbets at meeting edges and shall be automatic-closing by smoke detection in accordance with ection... Where permitted by the door manufacturer s listing, positive-latching devices are not required.. In Group I- and ambulatory care facilities, horizontal sliding doors installed in accordance with ection and protected in accordance with ection.. oors shall have a /-Hour fire resistance rating in accordance with I able., be tested in accordance with N or UL 0 without the hose stream test, and be self- or automatic closing.. er I ection..., fire door assemblies shall also meet the requirements for a smoke and draft control door assembly tested in accordance with UL. Louvers shall be prohibited. Installation of smoke doors shall be in accordance with N 0.. Glazing in oor ssemblies per I ection...: In a 0-minute fire door assembly, the glazing material in the door itself shall have a minimum fire-protection-rated glazing of 0 minutes and shall be exempt from the hose stream test. Glazing material in any other part of the door assembly, including transom lights and sidelights, shall be tested in accordance with N or UL, including the hose stream test, in accordance with ection... ire door frames with / hour transom lights and sidelights shall be permitted in accordance with able. and I ection.... moke activated doors per I ection... utomatic closing doors installed in the following locations shall be automatic-closing by the actuation of smoke detectors installed in accordance with ection 0. or by loss of power to the smoke detector or hold-open device. oors that are automatic-closing by smoke detection shall not have more than a 0 second delay before the door starts to close after the smoke detector is actuated: i. oors installed across a corridor. ii. oors that protect openings in exits or corridors required to be of fire resistance rated construction. iii. oors installed in smoke barriers in accordance with I ection 0.. iv. oors installed in the smoke barrier walls for compartmentation of underground buildings in accordance with ection 0... v. oors installed in the elevator lobby smoke barrier walls of underground buildings in accordance with ection 0... Exceptions per I ection..: a. orridor door assemblies in occupancies of Group I- shall be in accordance with ection 0.., shall not have a required fire protection rating and shall not be required to be equipped with self-closing or automatic-closing devises, but shall provide an effective barrier to limit the transfer of smoke and shall be equipped with positive latching. b. Horizontal sliding doors in smoke barriers that comply with ections 0. and 0.. in occupancies in Group I-.. ire protection rated glazing used in fire doors shall comply with the size limitations of N 0 in accordance with I ection.... afety Glazing: er I ection..., fire protection rated glazing installed in fire doors in areas subject to human impact in hazardous locations shall comply with I hapter.. ire window assemblies shall have a /-Hour assembly rating per I able... afety glazing. ire-protection-rated glazing installed in fire window assemblies in areas subject to human impact in hazardous locations shall comply with hapter.. er I ection... Glazing in fire window assemblies shall be fire protection rated glazing installed in accordance with and complying with the size limitations set forth in N 0.. he total area of glazing in fire protection rated window assemblies shall not exceed percent of the area of a common wall with any room per I ection... E. enetrations of smoke barriers shall comply with I ection.. hrough penetrations shall be protected with an approved penetration firestop system installed as tested in accordance with M E or UL with a minimum positive pressure differential of 0.0 inch of water and shall have an rating of not less than the required fire resistance rating of the wall penetrated.. ampers at duct penetrations shall be mounted and sealed in wall with factory fabricated sleeves and perimeter mounting angles.. eal top of wall to floor or roof deck with a fire-resistant joint system tested in accordance with the requirements of either M E or UL 0 as specified. er I ection., fire resistant joint systems in smoke barriers, and joints at the intersection of a horizontal smoke barrier and an exterior curtainwall, shall be tested in accordance with the requirements of UL 0 for air leakage. he L rating of the joint system shall not exceed cfm per linear foot (0.00 m/s m) of joint at 0.0 inch (. a) of water for both the ambient temperature and elevated temperature tests. G. listed smoke damper designed to resist the passage of smoke shall be provided at each point a duct or air transfer opening penetrates a smoke barrier. moke dampers and smoke damper actuation methods shall comply with ection... Exception I ection..:. moke dampers are not required where the openings in ducts are limited to a single smoke compartment and the ducts are constructed of steel. Zero RE ORRIOR RIION (0-) (I with N 0 moke artition requirements). Zero rated vertical fire partition (floor to floor or floor to roof deck) as permitted by I able 0. for occupancies as indicated and buildings equipped throughout with an automatic sprinkler system. Zero-Rated orridor partitions shall extend from the top of the foundation or floor/ceiling assembly below to the under-side of the floor or roof sheathing, slab or deck above and shall be securely attached thereto. Exceptions to ire artition ontinuity per I ection 0.:. Where the room-side fire-resistance-rated membrane of the corridor is carried through to the underside of the floor or roof sheathing, deck or slab of a fire-resistance-rated floor or roof above, the ceiling of the corridor shall be permitted to be protected by the use of ceiling materials as required for a -hour fire-resistance-rated floor or roof system.. Where the corridor ceiling is constructed as required for the corridor walls, the walls shall be permitted to terminate at the upper membrane of such ceiling assembly.. orridor width I ection 0.. he minimum corridor width of corridors specified in able 0. shall be as determined in ection 00.. able 0.:. orty-four inches minimum width required for any facilities not listed in able 0... wenty-four inches access to and utilization of electrical, mechanical or plumbing systems or equipment.. hirty-six inches With a required occupant capacity of less than 0.. eventy-two inches In Group E with a corridor having a required capacity of 00 or more.. he required width of corridors shall be unobstructed. Exception: Encroachments complying with ection 00. as follows:. oors, when fully opened, shall not reduce the required width by more than inches. oors in any position shall not reduce the required width by more than one-half. Exceptions: a. urface-mounted latch release hardware shall be exempt from inclusion in the -inch maximum ( mm) encroachment where: i. he hardware is mounted to the side of the door facing away from the adjacent wall where the door is in the open position; and ii. he hardware is mounted not less than inches ( mm) nor more than inches ( mm) above the finished floor.. Other projections. Handrail projections shall be in accordance with the provisions of ection 0.. Other nonstructural projections such as trim and similar decorative features shall be permitted to project into the required width a maximum of -/ inches ( mm) on each side.. rotruding objects. rotruding objects shall comply with the applicable requirements of ection oor and window openings in a zero-rated corridor partitions are not required to have a fire resistance rating. E. oors and window assemblies may have unlimited size glass panels complying with safety glazing requirements of I ection 0.. enetrations of zero-rated corridor partitions shall limit the transfer of smoke.. eal all pipe, sleeves, and conduit penetrations and around all ducts with non-combustible sealants continuously applied so as to resist the passage of smoke.. ampers at duct penetrations shall be mounted and sealed in wall with factory fabricated sleeves and perimeter mounting angles.. eal top of wall to floor or roof deck with an approved fire resistant joint system or non-combustible sealants continuously applied so as to resist the passage of smoke from one side of the wall to the other. G. uct penetrations are not required to be protected with smoke dampers. H. ir transfer openings of zero-rated corridor partitions and ducts with openings serving both the corridor and an adjacent space shall be protected with smoke dampers complying with I ection.. he smoke damper actuating device shall comply with I ection... I. ir movement in corridors, I ection 0.. orridors shall not serve as supply, return, exhaust, relief or ventilation air ducts. Exceptions:. Use of a corridor as a source of makeup air for exhaust systems in rooms that open directly onto such corridors, including toilet rooms, bathrooms, dressing rooms, smoking lounges and janitor closets, shall be permitted, provided that each such corridor is directly supplied with outdoor air at a rate greater than the rate of makeup (exhaust) air taken from the corridor.. Where located within a dwelling unit, the use of corridors for conveying return air shall not be prohibited.. Where located within tenant spaces of,000 square feet or less in area, utilization of corridors for conveying return air is permitted.. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room.. orridor ceiling, I ection 0... Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions:. he corridor is not required to be of fire-resistance-rated construction;. he corridor is separated from the plenum by fire-resistance-rated construction;. he air-handling system serving the corridor is shut down upon activation of the air-handling unit smoke detectors required by the International Mechanical ode;. he air-handling system serving the corridor is shut down upon detection of sprinkler waterflow where the building is equipped throughout with an automatic sprinkler system; or. he space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. K. Zero-rated corridor partitions shall also meet the requirements of N 0, Life afety ode (L) smoke partitions () as follows: In accordance with N 0 L.. Exception No., new educational occupancies corridor walls are not required to be rated in buildings protected throughout by an approved supervised automatic sprinkler system, provided such walls form smoke partitions in accordance with L.... oors shall not include louvers.. oors shall be self-closing or automatic-closing in accordance with L... a. NE tate ire Marshal Interpretation Number 0-0: When the building is protected throughout by an approved, supervised automatic fire sprinkler system and smoke detection tied to the building fire alarm system in all egress corridors, corridor door assemblies from classrooms are not required to be rated and not required to be automatic-closing or self-closing but must be latchable. orridor door assemblies from rooms other than normally occupied lassrooms are not required to be rated but must be automatic-closing or self-closing and latchable. b. utomatic closing doors shall have smoke detector activated () magnetic hold open devices per L... ll automatic closing doors shall be activated by actuation of any fire alarm device or sprinkler system, where required, and power failure. c. er L..., corridor smoke partitions with air transfer openings and ducts with openings serving both the corridor and an adjacent space shall be provided with approved smoke dampers designed to limit the transfer of smoke. moke dampers in air transfer openings shall close upon detection of smoke by approved detectors installed in accordance with N, National ire larm ode. ) er Life afety ode Handbook, if ductwork runs to a smoke partition, pierces the partition, and continues its run on the other side of the partition, no transfer opening exists, and therefore, no smoke damper is required. IRE RRIERs YMOL LEGEN #### ### OUNY LO - EORY UE RE (OUNY LO I NO INLUE IN LO EYON HI ROOM) - OMINE OUN LO GIVEN OOR OR IR - OL EXI IY O OOR OR IR (HE IY O OOR RE EERMINE OLLOW: LER OENING WIH IN INHE IVIE Y 0. HE IY O IR RE EERMINE OLLOW: WIH IN INHE IVIE Y 0.) - OMINE OUN LO GIVEN EXI OOR. (UM O HEE EQUL OL OUN LO) - OL EXI IY O OOR (HE IY O OOR RE EERMINE OLLOW: LER OENING WIH IN INHE IVIE Y 0.) WLL ERION LEGEN WLL HOURLY IRE RING 0 = 0 HOUR = HOUR = HOUR = MOKE RIION UILING OE UMMRY NME O ROE: 0 UILING RENOVION WLL IRE RING YE = ORRIOR = IRE RRIER V = VERIL H VX = VERIL EXI LOION: 0. H REE LINOLN, NE 0 ROOE UE: UINE, ENER, OIE OE ENOREMEN URIIION: LNER OUNY RHIE: LILE UILING OE: LR GROU OHN. MI, NERK RHIE ERIIE NO. - LINOLN MLL - UIE 0 LINOLN, NE 0 (0) - INERNIONL UILING OE - 0 EIION N 0 LIE EY OE EIION URRENLY OE Y HE NERK E IRE MRHL LILE N MHLE URRENLY LIE Y HE NERK E IRE MRHL NI NR. OR ELEVOR N E O NERK ELEVOR INEOR REQUIREMEN INERNIONL MEHNIL OE - 00 EIION INERNIONL LUMING OE - 00 EIION INERNIONL UEL G OE - 00 EIION NIONL ELERIL OE (N 0) - 0 EIION INERNIONL ENERGY ONERVION OE - 00 EIION / HRE UILING RE, ONRUION YE N OUNY YE REQUIREMEN ONRUION YE: Reclassified per I as II- OUNY YE:, - LEVEL QURE OOGE:,00 -,000 LLOWE ER I LE 0 WIH RINKLER RE INREE (00%) UILING HEIGH: EE - EE LLOWE ER I LE 0 # O ORIE: ORIE - LLOWE ER I LE 0 WIH HEIGH INREE ER 0. ORRIOR: ORRIOR NO RE ER LE 0. IRE ROEION YEM IRE LRM & MOKE EEION YEM UOMI RINKLER YEM ORLE IRE EXINGUIHER EMERGENY LIGHING N EXI IGNGE LUMING IXURE UMMRY LUMING IXURE REQUIREMEN (I LE 0.): MLE W: ER OR IR 0 - ER 0 REMINER LV: ER 0 OR HE IR 0 - ER 0 OR REMINER EMLE W: ER OR IR 0 - ER 0 OR REMINER LV: ER 0 OR IR 0 - ER 0 OR REMINER OL UILING LEVEL OUN = 0 OL OUN GIN ULI IXURE OUN = 0 (IV Y = ER EX) ULI MEN' W IXURE REQUIRE - ROVIE ULI MEN' W IXURE REQUIRE - ROVIE ULI MEN' LV REQUIRE - ROVIE ULI WOMEN' W IXURE REQUIRE - ROVIE ULI WOMEN' LV REQUIRE - ROVIE -Hour (-) I. -Hour, fire-resistive vertical (floor to floor or roof deck) and/or horizontal (floor) construction. ire barriers shall extend from the top of the floor/ceiling assembly below to the underside of the floor or roof sheathing, slab or deck above and shall be securely attached thereto. uch fire barriers shall be continuous through concealed spaces, such as the space above a suspended ceiling. he supporting construction for fire barrier walls shall be protected to afford the required fire-resistance rating of the fire barrier supported, except for -hour fire-resistance-rated incidental accessory occupancies separations as required by able 0 in buildings of ype II, III and V construction is not required to be fire-resistant rated unless required by other sections of the I. Hollow vertical spaces within a fire barrier shall be fireblocked in accordance with ection. at every floor level.. Openings in a fire barrier wall shall be protected in accordance with ection. Openings shall be limited to a maximum aggregate width of percent of the length of the wall, and the maximum area of any single opening shall not exceed square feet. Exceptions:. Openings shall not be limited to square feet where adjoining floor areas are equipped throughout with an automatic sprinkler system.. Openings shall not be limited to square feet or an aggregate width of percent of the length of the wall where the opening protective is a fire door serving enclosures for exit access stairways, exit access ramps, interior exit stairways and interior exit ramps.. Openings shall not be limited to square feet or an aggregate width of percent of the length of the wall where the opening protective assembly has been tested in accordance with M E or UL and has a minimum fire-resistance rating not less than the fire-resistance rating of the wall.. ire window assemblies permitted in atrium separation walls shall not be limited to a maximum aggregate width of percent of the length of the wall.. oors shall have a fire protection rating per I able. and be self- or automatic closing per ection.... ingle fire doors and both leaves of pairs of side-hinged swinging fire doors shall be provided with an active latch bolt that will secure the door when it is closed per I ection.... moke-activated doors. utomatic-closing doors installed in the following locations shall be automatic-closing by the actuation of smoke detectors installed in accordance with ection 0. or by loss of power to the smoke detector or hold-open device. oors that are automatic-closing by smoke detection shall not have more than a 0-second delay before the door starts to close after the smoke detector is actuated: i. oors installed across a corridor. ii. oors that protect exits or corridors required to be of fire resistance rated construction. iii. oors that protect openings in walls that are capable of resisting the passage of smoke in accordance with ection Hour ire arrier doors shall have a / Hour assembly rating.. -Hour ire arrier doors shall have a -/ Hour assembly rating.. -Hour and -Hour ire arrier doors shall have a Hour assembly rating.. ire window assemblies are not permitted in -Hour or greater assembly rating fire barriers in accordance with able.. / hour fire window assemblies are permitted in -Hour fire barriers separating incidental use areas indicated in able 0 and mixed occupancy separations required by able 0... Exception per ection.: ire-resistance-rated glazing tested as part of a fire-resistance-rated wall assembly in accordance with M E or UL and labeled in accordance with I ection 0... er I ection.., fire-protection-rated glazing used in interior fire window assemblies located in fire partitions and fire barriers shall be limited to use in assemblies with a maximum fire-resistance rating of hour. i. Where / hour fire protection window assemblies permitted, fire-protection-rated glazing requiring -minute opening protection in accordance with able. shall be limited to fire partitions designed in accordance with ection 0 and fire barriers utilized in the applications set forth in ections 0.. (incidental accessory occupancies) and 0.. (separated occupancies) where the fire-resistance rating does not exceed hour. ii. he total area of glazing in fire protection rated windows assemblies shall not exceed percent of the area of a common wall with any room per I ection.... er I ection.., glazing in fire window assemblies shall be fire-protection-rated glazing installed in accordance with and complying with the size limitations set forth in N 0. E. oors may have glass panels complying with the following:. / Hour assembly rating doors/sidelite/transom may have up to the maximum size tested fire protection rated glazing impact tested in accordance with R 0.. er I ection..., -/ Hour assembly rating doors may have up to 00 square-inch fire protection rated glazing impact tested in accordance with R 0. ire protection rated sidelites and transom panels are not permitted in -/ Hour doors except where fire resistance rated glazing tested to M E is provided.. oor vision panels and sidelite and transom panels are not permitted in Hour assembly rating doors except where fire resistance rated glazing tested to M E is provided.. enetrations of fire barrier shall comply with I ection.. eal all pipe and conduit penetrations and around all ducts without dampers with an approved firestop system installed as tested in accordance with M E or UL as specified.. ampers at duct penetrations shall be mounted and sealed in wall with factory fabricated sleeves and perimeter mounting angles.. eal top of wall to floor or roof deck with a fire-resistant joint system tested in accordance with the requirements of either M E or UL 0 as specified. G. oints made in or between fire barriers, and joints made at the intersection of fire barriers with underside of a fire-resistance rated floor or roof sheathing, slab, or deck above, and the exterior vertical wall intersection shall comply with I ection.. Voids at intersections, I ection 0.. he voids created at the intersection of a fire barrier and a non-fire-resistance-rated roof assembly shall be filled. n approved material or system shall be used to fill the void, shall be securely installed in or on the intersection for its entire length so as not to dislodge, loosen or otherwise impair its ability to accommodate expected building movements and to retard the passage of fire and hot gases. H. ucts and air transfer openings of fire barriers shall be protected with approved fire dampers complying with the following: -/ hour rated for - Hour and -Hour ire arriers, hour rated for -Hour and -Hour ire arriers. he fire damper actuating device shall comply with I ection... Exception: ire dampers are not required at penetrations of fire barriers where any of the following apply:. enetrations are tested in accordance with M E or UL as part of the fire-resistance-rated assembly.. ucts are used as part of an approved smoke control system in accordance with ection 0 and where the use of a fire damper would interfere with the operation of a smoke control system.. uch walls are penetrated by ducted HV systems, have a required fire-resistance rating of hour or less, are in areas of other than Group H and are in buildings equipped throughout with an automatic sprinkler system in accordance with ection 0... or 0... or the purposes of this exception, a ducted HV system shall be a duct system for conveying supply, return or exhaust air as part of the structure s HV system. uch a duct system shall be constructed of sheet steel not less than gage thickness and shall be continuous from the air-handling appliance or equipment to the air outlet and inlet terminals. I. ire arrier/moke eparations at orridors: ir transfer openings of fire barrier walls that form orridors and that have ducts with openings serving both the orridor and an adjacent space shall be protected with fire dampers as indicated above in aragraph H and protected with smoke dampers or combination fire/smoke dampers. he damper actuating device shall comply with I ection.... OE LN O NERK 0 UILING RENOVION E /0/ UIL OU & RUURL EIIENY RENOVION rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE 0 RINHO

4 EMOLIION GENERL NOE E G U ' - " ' - " ' - 0" ' - " H MHLINE - RE MHLINE - RE RE /HE EMOLIION N NEW ONRUION MU E OMLEE RIOR O RING ON RE /HE.. EMOLIION GENERL NOE LY O LL EMOLIION HEE.. OORINE EMOLIION N HING EOR WIH RHIE N OWNER' REREENIVE. EVERY EOR HLL E ME O MINIMIZE IRUION O OWNER' OERION N O ROVIE UILING UER' EY. EXEIVE NOIE OR VIRION HLL E RE-ROVE N OORINE WIH OWNER' REREENIVE. EE EIIION EION 000 "ROEURE N GUIELINE OR WORKING IN N IVE ENER".. OORINE IRUION O UILIY ERVIE WIH OWNER N EIIE.. ONRU EMORRY ONRUION RIION WIHIN EXIING UILING WHIH OER ONE-HOUR ENLOURE O IOLE EMOLIION N ONRUION WORK ROM GENERL ULI N EEME NEERY Y OWNER N OE OIIL HVING URIIION. OORINE LOION WIH OWNER N MININ MEN O EGRE HROUGHOU HE WORK. E. MININ EURE N WEHER-IGH ENLOURE.. VERIY EXIING ONIION, IMENION, N ELEVION N NOIY RHIE O IRENIE. G. REMOVE EXIING WLL, OOR, MILLWORK, LUMING IXURE, EILING, OI, MRKEROR, E. IN HEIR ENIREY N REQUIRE O EXEUE EMOLIION N ONRUION WORK ERIE ON HE RWING N IOE O-IE. H. HE OWNER HLL REERVE HE RIGH O LVGE NY MERIL. I. ROVIE ROEION OR EXIING UILING MERIL N EQUIMEN ROM MGE UE O EMOLIION OR ONRUION- RELE INIEN ERORME UNER HI ONR.. REIR OR RELE IEM MGE REUL O EMOLIION OR ONRUION O MH EXIING INIH N /OR ONIION. K. EXIING MERIL HLL NO E REUE UNLE NOE OHERWIE OR UHORIZE Y RHIE. L. VERIY N MININ LOION O EXIING OWER, OMMUNIION N LE O REVEN INERRUION O ERVIE. M. H LOOR, WLL N EILING ENERION REULING ROM REMOVL OR REROUING O NEW OR EXIING IING, UWORK, ONUI, E. REQUIRE O MININ IRE ERION. MH INIH O NEW OR EXIING EN URE. N. IONNEE MEHNIL IING LINE WIHIN WLL OR LOOR. H N INIH REQUIRE O MH NEW OR EXIING EN URE. O. EE MEHNIL N ELERIL RWING N NOE OR URHER EQUENING N OE O WORK.. VOI IURING O OIL WIHIN ZONE O INLUENE ROUN EXING OOING N LOOR L IREE Y GEOEHNIL ENGINEER. Q. WHERE MU WLL RE INIE O E REMOVE; RERE EN WLL O REEIVE NEW H/INIH Y REMOVING MU IN OOH-IN ERN OH IE O EMOLIION OR ONROR O OOH IN NEW MU HE. R. WHERE LER/U WLL RE INIE O E REMOVE; RERE EN WLL O REEIVE NEW H/INIH Y WUING EN LER INIH MINIMUM O INHE EYON EMOLIION. EMOLIION KEY NOE REMOVE U WLL IN I ENIREY REMOVE OOR N OIE HRWRE N RME REMOVE ORION O U WLL INIE IN RERION OR NEW OOR OENING REMOVE EILING N GRI IN I ENIREY. REMOVE ULKHE N OIE EILING N GRI IN I ENIREY. REMOVE R REER N OIE MGNEI LOK N REURN O OWNER IN GOO WORKING ORER. WU ONREE L. EE LUMING. REMOVE HIGH ENIY ILING INE N IOE O-IE EMOLIION LN, LOWER LEVEL-RE O NERK 0 UILING RENOVION UIL OU & RUURL EIIENY RENOVION HHE RE O REMIN OERIONL UNIL NEW EURE RIN ROOM 00 I ULLY OERIONL. HI E MU REMIN HYILLY EURE URING LL EMOLIION N ONRUION. UE O ENIIVE NURE O RIN EQUIMEN, HE EMOLIION N NEW ONRUION O EXN MEHNIL ROOM 00 MU E ELE O ROM HE OERIONL RE O HE E E /0/ :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :0:0 M 0 EMOLIION LN, LOWER LEVEL -RE LE: /" = '-0" MHLINE - RE MHLINE - RE KEY LN rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE 0 RINHO

5 EMOLIION KEY NOE REMOVE U WLL IN I ENIREY REMOVE OOR N OIE HRWRE N RME REMOVE OILE RIION IN HEIR ENIREY REMOVE REROOM VNIY N OIE LUMING REMOVE ELERI WER OOLER N REURN O OWNER REMOVE MU WLL IN I ENIREY REMOVE OOR, OIE HRWRE N RME WIH IELIGH REMOVE EILING N OIE GRI IN I ENIREY ' - /" H I K L M MHLINE - RE MHLINE - RE ' - 0" ' - /" 0 ' - " ' - " ' - " ' - " /. U REMOVE V LOORING MERIL IN I ENIREY. REMOVE HEIVE N LEN URE REY OR INLLION O NEW LOORING MERIL - EE ROOM INIH HEULE OR LOORING YE 0 REMOVE EWORK IN I ENIREY INLUING OIE IING REMOVE INK IN I ENIREY INLUING OIE IING REMOVE GW EILING N RMING IN I ENIREY REMOVE R REER N OIE MGNEI LOK N REURN O OWNER IN GOO WORKING ONIION. W U ONREE L O EXEN HOWN - UE WE W O MINIMIZE U - EE RUURL. LOE EXIING ONUI RIOR O EMOLIION N ROE ROM MGE. REMOVE HM WINOW RME IN I ENIREY EMOLIION LN, LOWER LEVEL -RE O NERK 0 UILING RENOVION UIL OU & RUURL EIIENY RENOVION EXIING U EXIINGN U ROOM MU E ELE (INLUING HU' ERVING HI ROOM) N ROEE ROM U URING LL EMOLIION N ONRUION E /0/ :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :0:0 M MHLINE - RE MHLINE - RE EMOLIION LN, LOWER LEVEL -RE LE: /" = '-0" KEY LN rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE 0 RINHO

6 HING NOE & KEY RE / HE - HI RE NEE O E OMLEE EORE EEMER, 0 N RIOR O EMOLIION O RE. RE / HE - HI RE WORK O OMMENE EEMER, 0 N E OMLEE Y UNE 0. U ELE/ 00 R ORGE 00 0 MHLINE - RE MHLINE - RE N 0 MEN' 0 WOMEN' 0 R ORGE 0 ORRIOR 0 G G G G HLL 0 R RE. REK ROOM 0 UURE U 0 G UURE 0 HE No. OE O WORK WORK O OMMENE EEMER, 0 N E OMLEE UNE, 0 ELERIL 0 ORRIOR 0 U LOWER LEVEL HING LN, LOWER LEVEL - RE & O NERK 0 UILING RENOVION UIL OU & RUURL EIIENY RENOVION HE No OE O WORK WORK O OMMENE UNE, 0 N E OMLEE EEMER, 0 ORRIOR 00 EURE ORGE 0 OIE 0 HE. 0 HLL 00 ILE 00 OIE 0 OIE 0 OIE 00 REEION 00 R ORGE 00 0 REOR ORGE 00 H E /0/ EURE RIN 00 HLL 00 0 OEN OIE 00 NEW EURE RIN ROOM O E OMLEE N ULLY OERIONL RIOR O EMO'ING I URREN LOION OLOR OY 0 RE-RE/IGIL GRHI 0 MEHNIL 00 0 :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :0:0 M HING LN, LOWER LEVEL - RE & LE: " = 0'-0" ONERENE 0 OIE 0 OIE 00 MHLINE - RE MHLINE - RE KEY LN rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE 0 RINHO

7 U EURE ORGE 0 EURE RIN 00 EXIING RIN HO OIE 0 HE. 0 HLL 00 ILE 00 HLL 00 0 OIE 0 OIE 0 OIE 00 OEN OIE 00 ELE/ 00 REEION 00 ORRIOR 00 R ORGE 00 0 R ORGE 00 0 REOR ORGE 00 MHLINE - RE MHLINE - RE N 0 R ORGE 0 MEN' 0 WOMEN' 0 ORRIOR 0 G G R G G HLL 0 RE. REK ROOM 0 UURE U 0 G UURE 0 ELERIL 0 ORRIOR 0 REK OU O LEGEN: NOE: REK OU O OIE WIH HE LUM UM E I. EE EIIION EION 00 ROOL ORM. U LUM UM E I : REK OU No. : ROVIE HE O OR HE WORK OIE WIH REK ROOM 0. LUM UM E I : REK OU No. : ROVIE HE O OR HE WORK OIE WIH HE RUURL EIIENY IN RE, EXLUING REK ROOM/0, WOMEN' REROOM/0, MEN' REROOM/0, N NIOR ROOM/0. LUM UM E I : REK OU No. : ROVIE HE O OR HE WORK OIE WIH HE UGRE IN REROOM 0, 0, N NIOR 0 LUM UM E I : REK OU No. : ROVIE HE O OR HE WORK OIE WIH HE HV IN RE. REK OU O LN, LOWER LEVEL - RE & O NERK 0 UILING RENOVION UIL OU & RUURL EIIENY RENOVION OLOR OY 0 RE-RE/IGIL GRHI 0 MEHNIL 00 0 ONERENE 0 OIE 0 OIE 00 MHLINE - RE MHLINE - RE H E /0/ O REK OU LN, LOWER LEVEL - RE & LE: /" = '-0" :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :0:0 M KEY LN rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE 0 RINHO

8 _ROOM INIH HEULE_ ROOM WLL NUMER NME LOOR INIH E INIH MERIL E OUH WE eiling inish OMMEN 0. WLL YE LE: /" = '-0" EMOUNLE WLL NEL OWNER ROVIE/OWNER INLLE /" /" MEL U /" GYUM WLL OR GUGE EEL MEH OUN INULION. /" MEL U /" GYUM WLL OR NON RE WLL O EK ONNEION 0. LE: /" = '-0" " E MEL EK /" MEL U " () LYER /" GYUM WLL OR OH IE OUN EEL OI EE RUURL RIE O IRREGULRIIE O EK ELN ENERION GW, EE WLL YE OR HIKNE N NUMER O LYER MEL U, EE WLL YE OR IZE N GUGE MEL EK EEL OI EE RUURL IRE-RE ELN ENERION GW, EE WLL YE OR HIKNE N NUMER O LYER MEL U, EE WLL YE OR IZE N GUGE /" /" /" " RO " " MIN " ' - " GW WLL " 0 /" RO ' - " /" MEL U /" GYUM WLL OR OUN /" GYUM WLL OR OUN INULION /" " OL ORME MEL U OOM O MEL EK OR LOOR G REEIVER HNNEL ON W/ /" MIN LEG NO ONNEION EWEEN HNNEL N RK /" I x /" REW LOOR, NO x '-" O MX ILIZE U O W/ ON HNNEL N RIGE LI EH U GW /" IN LG - EE ROOM INIH HEULE HEULE OR HEIGH NON-RE U LI ONNEION 0. /" LE: /" = '-0" /" " RO 0 /" RO MU WLL GW/MEL U WLL - EE LN OR WLL YE O MININ -HOUR RING EHIN E' N " MU WLL, EIHER ROVIE " OLI LOK OR N " U MU W/ " O N LL VOI GROUE OLI NOE: VERIY ROUGH OENING IMENION WIH INE MR - O O '- " " MEL U /" GYUM WLL OR GUGE EEL MEH OUN INULION G ONINUOU WLL GUR /" ROOM INIH HEULE GENERL NOE. ROOM INIH HEULE GENERL NOE LY O LLROOM INIH HEULE HEE.. EE EIIION OR INING O IEM NO NOE IN HE ROOM INIH HEULE.. EXOE ONREE LOOR L NO HEULE O REEIVE INIH HLL REEIVE URING N ELING OMOUN UNLE OHERWIE NOE.. LL GYUM WLLOR ULKHE HLL E INE - UNLE OHERWIE NOE. E. EILING HEIGH, NOE ON HE RELEE EILING, LN RE MEURE ROM HE INIH LOOR O HE ROOM.. ONROR HLL URNIH N INLL WLL E ROUN EWORK N MILLWORK. G. WHERE LOOR INIH HNGE ROM ONE ROOM O NOHER, E OIN O HE MERIL HE ENER O HE OMMUNIING OOR. H. EE RELEE EILING LN OR EILING YE N HEIGH. EXIING OLUMN 00 ORRIOR ER-/LV- -/R- GW/MU RW- RW-/VW- RW- RW- -,, W,W, W 00 R ORGE ER- - GW/MU RW-/- RW-/- RW-/- RW-/- - W, W 00 ELE/ EL ON R- GW/MU R ORGE ER- - GW/MU RW-/- RW-/- RW-/- RW-/- - W, W 00 HLL EL ON R- GW H- H- H-/VW- H- - W 00 REEION R- GW REOR ORGE R- GW/MU OEN OIE R- GW OIE R- GW HLL R- GW ILE R- GW MEHNIL EL ON R- GW/MU OIE R- GW/MU OIE R- GW/MU ONERENE R- GW/MU OIE R- GW OIE R- GW RE-RE/IGIL GRHI EL ON R- GW/MU H- H- H-/VW- H-/VW- - W 0 HE. EL ON R- GW OIE R- GW OLOR OY EL ON R- GW/MU EURE RIN EL ON R- GW/MU H- H- H- H- - 0 EURE ORGE EL ON R- GW/MU ORRIOR ER- - EXI RW-/- RW-/- RW-/- RW-/- - W, W 0 R ORGE ER- - EXI/GW RW-/- RW-/- RW-/- RW-/- - W, W 0 HLL ER- - EXI H- H- H- H- - W 0 WOMEN' - - GW -/- -/- -/- -/- -,,W 0 MEN' - - GW -/- -/- -/- -/- -,, W 0 N EL ON R- GW REK ROOM LV-/ R- GW /- -,,,W 0 UURE U EL ON R- GW/EXI ELERIL EL ON R- GW/EXI UURE 0 ORRIOR ER- - GW H- H- H- H- - W ROOM INIH HEULE EII NOE (these notes are referenced in the comments column of the room finish schedules) LOOR NOE:. REER O LOOR LN HEE OR EII LOOR INIH LOION.. RE ROVIE Y OWNER.. REER O LOOR LN HEE OR LOOR INIH ILE IREION.. HIN-E ERMI ILE LOOR. WLL NOE: W. REER O LOOR LN HEE OR EII WLL INIH LOION. W. REILIEN WLL OVERING WINO O '-" OVE INIH LOOR. W. REER O ERIE HEE OR WLL ILE ELEVION. W. INEGRL ER OVE E. INERIOR INIH REVIION REV. 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M N INIE MRKEROR N KOR ON LOOR LN. LENGH REEE HE EIGNION (EXMLE M). OR RE INHE LL. EE WLL ELEVION OR EIIION OR MOUNING HEIGH. R. NO UE.. EXEN URRING HNNEL N GYUM OR U MINIMUM INHE OVE INIHE EILING ON MU WLL.. IRE-RE ENLOURE ROUN EEL OLUMN HLL E ONINUOU ROM LOOR O UNERIE O LOOR OR ROO EK OVE OR EH LEVEL. U. RIE GYUM OR O WLL N RIION O IRREGULRIIE O EK OVE. EL IGHLY ROUN ENERION. 0. ROOM INIH HEULE, GENERL NOE, WLL YE & EIL O NERK 0 UILING RENOVION E /0/ UIL OU & RUURL EIIENY RENOVION GW IREMOKE O 0. LE: /" = '-0" E EIL 0. NO LE LN EIL 0. LE: /" = '-0" :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :: M " " GW ULKHE 0. LE: /" = '-0" /" x 0G MEL U " O.. /" x 0G " O.. /" GW U INIH EILING HEULE INIH EILING HEULE GW ULKHE 0. LE: /" = '-0" " " /" x 0G MEL U " O.. /" x 0G " O.. U INIH EILING HEULE /" GW rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE 0 RINHO

9 R R R ' - /" ' - /" U ' - 0" EURE ORGE 0 0 EURE RIN 00 0 R. 0 OLOR OY 0. G 00 G ORRIOR R ORGE 00 G RE-RE/IGIL GRHI 0 HLL 00 ' - /" 00 VW- ON WLL GUR ULL HG. R G 00 0' - 0" ' - 0" ' - /" ' - 0" ' - 0" ' - 0 /" G ' - 0 /" ' - 0 /" OIE 0 0 ILE 00 HLL OIE 0 0 OEN OIE 00 OIE 00 G 00. REEION 00. ' - 0" MEHNIL REOR ORGE 00 ONERENE 0 OIE 00 ' - /" 0' - 0" ' - /" ILE ILE VW- ULL HG '-0" HG RIION 00 OIE 0 ' - 0" ' - 0" ' - 0" ' - " ' - " 0' - 0" ' - /" 0' - 0" ' - /" E E E REIR N H GW WLL REY OR INIH MERIL 00 OIE 0 E MHLINE - RE MHLINE - RE MHLINE - RE MHLINE - RE ELE/ 00 R ORGE HE. 0 ' - " LV IR. LV ER ' - 0" ' - /" ' - " G ' - " 0. EXIING RINHO ' - 0 /" " ON HOUEKEEING " MU REIR GW WLL ER EMOLIION O HIGH ENIY ORGE UNI IR H OEN O OVE E 0' - " ' - /" rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE ' - /" ' - " ' - /" " L UE " L UE KEY LN :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :: M 0 RINHO E /0/ LOOR LN, LOWER LEVEL -RE O NERK 0 UILING RENOVION UIL OU & RUURL EIIENY RENOVION LOWER LEVEL LN -RE LE: /" = '-0" URNIURE Y OWNER

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11 RELEE EILING LN NOE: E G ' - " ' - " ' - " EX R 0. ' - " ' - " EX R ' - " H MHLINE - RE MHLINE - RE EX R. RELEE EILING LN GENERL NOE LY O LL RELEE EILING LN HEE.. LL EILING GRI/NEL HLL E ENERE IN EH ROOM UNLE NOE OHERWIE.. EILING HEIGH RE NOE ON HE RELEE EILING LN UNLE NOE OHERWIE.. LL ELERIL IXURE, EKER, MOKE N HERML EEOR, MEHNIL GRILLE, RINKLER HE, E.. HLL E ENERE EWEEN EILING GRI UNLE NOE OHERWIE. RINKLER HE HLL E WIHIN " RIU ENERE EWEEN EILING GRI. E. IN OUIL EILING NEL WIH ORE IN HE ENER, ENER EVIE REERENE IN NOE, IN ONE HL O HE ILE. O NO LOE ON HE ORE. OR WIH MULILE ORE ERN, OORINE LOION WIH RHIE.. ROVIE UENION YEM ROUN ELERIL IXURE, MEHNIL GRILLE, IUER, E. OUIL NEL EILING. G. LL IMENION ON RELEE EILING LN RE UL N RE O HE OLLOWING UNLE NOE OHERWIE:. E O INIHE WLL. E O INIHE ULKHE. ENERLINE O OLUMN. ENERLINE O EE H. IN RE WIH EXOE RUURE EILING, OORINE EX LOION O MEHNIL GRILLE, IUER, UWORK, N ELERIL IXURE WIH EH REEIVE UONROR. I. LL WLL EXEN O UNERIE O EK EXE HOE HOWN HE IN WHIH GYUM OR OR MONRY EXEN MIN. " OVE INIHE EILING. LL MEL U EXEN O UNERIE O RUURE. RELEE EILING LN, LOWER LEVEL -RE O NERK 0 UILING RENOVION UIL OU & RUURL EIIENY RENOVION 0. ' - " ' - " ' - " ' - " ' - " E /0/ EX R :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :: M 0 RELEE EILING LN, LOWER LEVEL -RE LE: /" = '-0" MHLINE - RE MHLINE - RE KEY LN rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE 0 RINHO

12 O ER ER O ' O - " ER O ER EX R O ER ER O O H I K L M O O O O O O O O O GW O ' - " ' - " GW ' - " ' - " ' - " ' - " GW ' - " EX R EX R ' - " ER MHLINE - RE MHLINE - RE MHLINE - RE MHLINE - RE rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE E /0/ OORINE EILING GRI LYOU WIH OWNER RIOR O INLLION GW ' - " GW ' - " KEY LN :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :: M 0 RINHO.0 RELEE EILING LN, LOWER LEVEL -RE O NERK 0 UILING RENOVION UIL OU & RUURL EIIENY RENOVION RIOR O INLLING NEW EILING, RE /ORRE WER LEK OMING ROM OVE RELEE EILING LN, LOWER LEVEL -RE LE: /" = '-0"

13 WLL WHERE OUR ELN - OH IE GYUM OR ON MEL U RMING " HOLLOW MEL RME MEL U WLL - EE LN OR WLL YE WLL WHERE OUR ELN OH IE, Y GYUM OR MEL U HEER - EE EIL HI HEE NUMER OOR NEL _OOR N RME HEULE -- NO. O NEL WIH HEIGH HIKNE MERIL GLZING YE EH MERIL YE IRE RING HRWRE E HE RME EIL M LE M RIGH ILL OMMEN oor ecurity ILE WHERE OUR WLL WHERE OUR M. LE: /" = '-0" /" /" + + H MEL U O EEL NGLE WIH () #0 EL-ING REW " X " X G. X " LONG EEL NGLE WIH OWER UE ENER ( IN) EH RE. (MIN.) -/" X 0 G. RE '-0" O.. ROVIE #0 EH RE MEL U-EE HEER HEULE OR IZE # 0 EL-ING REW " O.. EH IE - O N OOM OENING WIH 0 O '-0" '-" O 0'-0" 0'-" O '-0" -" O 0'-0" OOR M NHOR MEL U WLL - EE LN OR WLL YE ELN OH IE, Y OULE EGRE HOLLOW MEL RME - EE OOR N RME HE. ILL RME WIH MINERL WOOL INULION OOR - EE OOR N RME HE. OULE EGRE OOR. LE: /" = '-0" HEER HEULE HEER IZE - -/" x 0 G. - " x 0 G. - 0" x 0 G. - " x G. OI OR EM - EE RUURL RWING EE RUURL EIL OR RE N NON-RE ONNEION O RUURE GYUM OR NO HOWN OR LRIY (MIN.) 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MONRY LINEL N EEL LINEL RE INIE ON RUURL RWING. E. GL YE OR RME RE INIE ON RME ELEVION.. RME MNUURER HLL OORINE LOION O ONELE ONUI N -OXE REQUIRE OR EURIY YEM HRWRE RIOR O MNUURING O HOLLOW MEL RME N OORINE WIH EURIY HRWRE N EVIE. G. EE EIIION 000 HRWRE OR HRWRE E NOE IN OOR HEULE. No OOR N RME HEULE O NERK 0 UILING RENOVION UIL OU & RUURL EIIENY RENOVION NOE:. HEER HLL E UNUNHE N O HE IZE N GUGE LIE.. ROVIE RE O RUURE OR OENING OVER '-0". HEER HLL E ILLE WIH OUN EENING INULION MERIL.. EE RUURL RWING OR HEER ONRUION EXERIOR U WLL. ELN GLZING _WINOW HEULE_ RME EIL NUMER YE MERIL EH IRE RING HE M LE M RIGH ILL OMMEN 00 EEL /" MOKE /. /. /. /. MOKE EEOR IVE - EE EION E /0/ YIL RIION HEER. LE: " = '-0" M. 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14 MILLWORK GENERL NOE :\Revit\0-0-00_R_0_entral_sburgess.rvt //0 :0:0 M /" ' - 0" ' - " ' - 0" RER (NI) ' - " ' - 0" ' - " ' - " ' - " ' - " ' - 0" ' - " ' - " ' - 0" ' - " LV IR LV /. X E NEL ' - 0" LV IR Large cale lan-reak Room. LE: /" = '-0" G- N REK ROOM 0 OILE EORIE HEULE REV. ERIION MOUNING HEIGH G- GR R (IE WLL) '-0" O ENER LINE G- GR R (K WLL) '-0" O ENER LINE G- GR R (VERIL) '-" O OOM MR MIRROR '-" O OOM ER OWEL IENER '-" O O ( OMLIN) O IENER N NIRY NKIN IOL '-" O O ( OMLIN) OILE IUE IENER '-" O O ( OMLIN) U UILIY HEL '-0" O ENER LINE WR WE REELE (REEE) '-" O O ( OMLIN) LV U N N N N G-. G- G-. ' - 0 /" x E NEL N 0 0 G- LRGE LE LOOR LN. LE: /" = '-0" ' - 0" ' - 0" ' - 0 /" 0' - /" ' - /". G-.. MEN' 0 WR /. WR MR 0 0 MR.. G G G.. WOMEN' 0 ' - /" ' - /". ' - " LER ONINUOU WLL GUR ONINUOU WLL GUR RINKING OUNIN UURE 0 ELERIL 0 /. LRGE LE LOOR LN. LE: /" = '-0" ' - " 00 ORRIOR 0 " " " ' - " /" OUNERO LIING WINOW 00. LE: /" = '-0" " " LIING GL WINOW G INLE EEL OUNER O RIU RON EGE O OUNER - EE LN.O. OUNER '-" x L NGLE -LYER O /" LYWOO /" RILEOR U-O N INE OOM. LM ON EXOE URE. V EGE N ON RON EGE /" ULE RILEOR HEL. ROVIE V EGE N RON N K. LM LL URE /" RILEOR K E K /" N ULLY HOUE INO INE IE, O N OOM - LM LL EXOE URE /" RILEOR INE EN. L LL EXOE URE. V EGE N ON RON EGE. /" HIK HNG RIL ERE /" EX GRE LYWOO U-E - LER YE ONRUION. /" " " " MX " MX " MIN " ' - 0 /" EE ELEVION EE ELEVION UNO IN EWORK ELEVION VRIE OUNERO KLH. LE: /" = '-0" LE: " = '-0" ' - " MIN " ' - " " MIN OUNER LV EIL- OLI URE /" ' - 0" ' - " " ' - " ' - " " MM V /" X /" INE RIE KLH, IE LH N IE LH RON EGE IE LH IE WLL LI LMINE RILEOR ORE Y LNING KER HEE Y E O E INE ' - 0" Y. E INE W/ UER. LE: /" = '-0" " " MIRROR EE LN OR WLL YE UE- EE LUMING EEL NGLE UNERMOUN INK- EE LUMING /" OLI URE OUNER OVER /" MRINE GRE LYW URE (Y) RKK OUNER UOR RKE, LUH MOUN INLLION RKK ME O ORER EHV-VNIY UOR WIH LM REMOVLE E NEL, H O URRING RI, WHERE OUR WLL ILE HE.(O UNERIE O OUNERO) LOKING REQUIRE ULE HEL OUNERO N KLH, EE ELEVION OR INIH MERIL RWER WHERE OUR, EE ELEVION ULE HEL REILIEN E ' - " ' - 0" " ILLER NL ' - 0" ' - " ' - " " ILLER NL. MILLWORK GENERL NOE LY O LL MILLWORK HEE.. ELEVION ENOE MILLWORK RE EIIE UNER IVIION 0.. E N LL ORGE INE: INHE EE, UNLE NOE OHERWIE.. WLL INE: INHE EE, UNLE NOE OHERWIE. E. ROVIE ULE HELVING IN MILLWORK, UNLE NOE OHERWIE.. WHERE ELERIL EVIE RE LOE IN MILLWORK, MILLWORK ONROR HLL ROVIE INIHE OENING. OORINE LOION N QUNIY WIH ELERIL ONROR. G. ROVIE OIN ELN ERIMEER OIN WHERE OUNERO, K N IE LHE, MILLWORK U WLL. H. IEL VERIY IMENION O INE LOION IN UILING RIOR O RIION. I. ROVIE INIHE EN LL EXOE EN O MILLWORK.. LL EXOE URE IN OEN HELVING HLL E LI LMINE OVERE. K. YIL LI LMINE OUNERO EIL, EE /. ' - 0" ' - " ' - 0" ' - 0" ' - 0" - ' - " ' - " ' - " ' - 0" ' - " ' - 0" ' - 0" ' - 0" 0 /" ' - 0" " ' - 0" " ' - " ' - " ' - " ' - 0" " VRIE EE LOOR LN REROOM WLL ILE ELEV... ' - " EWORK ELEVION.. LE: /" = '-0" LE: /" = '-0" EWORK ELEVION LE: /" = '-0". MIRROR MIROWVE ' - 0" Y WLL GUR ELEVION. LE: /" = '-0" ' - 0" EWORK ELEVION. LE: /" = '-0" LIE. ' - " O - - INE: L- OUNERO: /" ORIN OVER /" MRINE GRE LYWOO - L- INE: L- OUNERO: - ' - " INE RON L- IN - WLL GUR VINYL WLL OVERING REILIEN E LOOR LINE. EWORK, LRGE LE LN & INERIOR ELEVION O NERK 0 UILING RENOVION E /0/ UIL OU & RUURL EIIENY RENOVION rchitecture Engineering lanning Interiors, LR Group inc., a Nebraska corporation, LL RIGH REERVE 0 RINHO

15 0 R U U R L N O E OE: 0 INERNIONL UILING OE (0 I) GENERL NOE:. HE RWING REREEN HE INIHE RUURE, NO HE MEHO O ONRUION. HE ONROR HLL ROVIE LL MEURE NEERY O ROE HE RUURE URING ONRUION INLUING, U NO LIMIE O, RING, HORING OR ONRUION LO N EQUIMEN, E. HE RHIE-ENGINEER I NO REONILE OR HE ONROR' MEN N MEHO, EQUENE O ONRUION, OR HE EY ROGRM. OERVION VII O HE IE Y HE RHIE-ENGINEER WILL NO INVOLVE REVIEW O HEE IEM.. ONROR I O ELIH N VERIY OENING N INER OR IEM O E INLLE Y OHER RE RIOR O UMIL O HO RWING N ONRUION.. ONRUION MERIL N EQUIMEN LE ON RME ONRUION HLL E UH H HE LO OE NO EXEE HE EIGN LIVE LO O HE ONRUION. ROVIE HORING O ONRUION WHERE NEERY OR LO.. EIL H RE NOE "Y." ON EIL ILE RE O E LIE O HE ROE ONRUION GENERL ONRUION MEHO UNLE NOE OHERWIE. HEE EIL RE NO U LL LOION HEY OUR N MY NO E U LL. WHERE NO EII EIL RE HOWN ONRUION HLL ONORM O IMILR ONIION ELE WHERE ON HE ROE.. O NO LE RWING. HEE NOE HLL ULEMEN HE ROE EIIION, WHIH HLL E REERRE O OR IIONL REQUIREMEN.. WHERE IRENIE OUR EWEEN GENERL NOE, LN, EIL, N EIIION, HE MO RINGEN REQUIREMEN HLL GOVERN, UNLE VERIIE OHERWIE Y HE RHIE N ENGINEER.. HEE OUMEN HLL NO E ONRUE N-LONE OUMEN. ONROR HLL OORINE WIH LL OHER ONULN WORK.. EE RHIEURL RWING OR MIELLNEOU EEL NO HOWN ON HE RUURL RWING. HI INLUE U I NO LIMIE O, EEL ROO RIN, EME LE N EEL OIE WIH RHIEURL EIL. 0. EE RHIEURL RWING OR OMLEE RUURL IMENION.. ONRUION OUMEN HLL NO E REROUE OR UE O HO RWING UMIL OR NY OHER ROE WIHOU WRIEN ONEN Y LR GROU.. I HE RUURL ENGINEER' EL N IGNURE I NO IXE O HEE RWING, HEE RWING RE INENE OR RELIMINRY UROE ONLY N HLL NO E UE OR ONRUION. EXIING ONIION:. ONROR I O IEL VERIY EXIING ONIION RIOR O IING. LL WORK N MERIL NEERY O INLL NEW WORK IN EXIING UILING HLL E INLUE.. IRENIE: ONROR HLL NOIY RHIE/ENGINEER IMMEIELY I EXIING ONIION O NO MH, OR EEM IN ONLI WIH, INORMION HOWN ON RWING.. EVERY EOR HLL E ME O MINIMIZE IRUION O OWNER' OERION N O ROVIE RON, ILIY N WORKER EY.. EXEIVE NOIE N VIRION HLL E RE-ROVE N OORINE WIH HE OWNER' REREENIVE.. ROVIE ROEION OR LL EXIING UILING MERIL N EQUIMEN O REMIN ROM MGE UE O EMOLIION OR ONRUION OERION ERORME UNER HI ONR.. HE EQUENE O ONRUION HLL E HE REONIILIY O HE ONROR N HE HLL E REONILE OR ROVIING LL EMORRY GUY, RING, N OHER UOR NEE O ELY REI LL LO O WHIH HE RUURE MY E UEE, INLUING LO EREION EQUIMEN N EREION OERION, N WIN OR EIMI ORE OMRLE IN INENIY OR WHIH EH RUURE EIGNE.. LL EREION N ONRUION ROEURE HLL MEE HE REQUIREMEN O LL LILE OE N ORINNE.. LL RMING ONNEION O EXIING RUURE HLL E IEL VERIIE RIOR O HO RWING ROUION N RIION.. LL URNIURE N EQUIMEN HLL E REMOVE ROM HE LOOR RUURE O E REROIE EORE HE NEW EEL I INLLE. 0. K EXIING EM U REQUIRE O LLOW OR INLLION O NEW EEL ON EXIING EM. HE RUURL INEGRIY O HE UUILING HLL NO E OMROMIE URING HI ROE. EMOLIION:. EMOLIION O EXIING RUURE O E REMOVE HLL E ERORME Y HE ONROR UING MEN NEERY O REVEN MGE O HE EXIING RUURE O REMIN. MGE O HE EXIING RUURE O REMIN HLL E REIRE HE ONROR' EXENE UING MEHO REVIEWE Y HE RUURL ENGINEER. I EXIING ONIION IER ROM HOE HOWN IN HE ONR OUMEN ON HE RHIE RIOR O REOEEING WIH WORK. EIGN E LO: EXIING ROO: ( ONRUION) EXIING LOOR: ( ONRUION) EIGN LIVE LO: ROO: NOW LO IN OR WIH INERNIONL UILING OE EION 0, INLUING RI LO. f = e x t l x g e =.0 t =.0 l =. g = 0 f = RIING NOW LO - RI LO HLL E OMINE WIH OHER LO NOE IN ORNE WIH UILING OE RERIE OMINION LOOR: HE UILING W ORIGINLLY EIGNE OLLOWING HE UNIIE UILING OE: NOW = 0 ( ONRUION) LOOR LIVE LO = 00 ( ONRUION) OK = 0 ( ONRUION) NEW EIGN LO OLLOWING GOVERNING OE I 00: 0 (OIE) 0 (ORRIOR OVE IR LOOR) 00 (ORRIOR / IR / EXI WY) (ORGE ROOM) 0 ( ENER) 0 (OK) INLUE RIION LO OR LOOR WIH LIVE LO LE HN 0. WIN LO: I WIN EE (-EON GU), V = 0 MH EXOURE "" IMORNE OR, Iw =.00 (RIK EGORY III ER LE 0.) INERNL REURE OEIIEN, Gpi = +/-0. (ENLOE UILING) EIMI LO: EIMI EIGN I IN OR WIH I, OUNY EGORY ER LE 0. I EGORY III, =.0 = 0.0 I =. IE L = R =.0; Ωo =. d =. 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HE MINIMUM -Y OMREIVE RENGH O HE ONREE MONRY UNI HLL E,00 I ON HE NE RE, ROVIING RUURL EIGN OMREIVE RENGH O,00 I ER HE INERNIONL UILING OE, LE MORR HLL E YE '' OR ONREE MONRY UNI N YE 'N' OR LY MONRY VENEER IN ORNE WIH HE INERNIONL UILING OE, LE 0.(), MORR ROORION, UING EMEN LIME OR MORR EMEN MIXE (MONRY EMEN I NO ELE).. MINIMUM -Y OMREIVE RENGH O GROU HLL E HE GREER O,000 I OR HE OMREIVE RENGH O HE MONRY UNI. IR ENRINMEN N OHER IIVE RE NO ELE IN GROU MIX. GROU HLL HVE LUM O O INHE.. GROU HLL E MEHNILLY ONOLIE IN MNNER O ILL HE GROU E N REONOLIE IN OR WIH HE INERNIONL UILING OE.. ROVIE GROU N MONRY UNI EING RIOR O N URING ONRUION IN OR WIH HE INERNIONL UILING OE.. EING LORORY, IN OR WIH I REQUIREMEN, HLL INE REINOREMEN LEMEN, GROU E N GROUING OERION. MORR INL ROEION INO HE GROU E HLL NO EXEE / INH.. REER O YIL EIL OR MONRY EIL N REQUIREMEN NO HOWN IN EION OR LN. RUURL EEL:. RIOR HLL E N "ROVE RIOR" IN ORNE WIH I EION 0., REGIERE N ROVE Y HE LOL UILING ERMEN. 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HE UMIL HEULE ROVIE Y HE ONROR I NEERY O ROVIE REONLE IME O RORIELY OR HE HEULE UMIL. HE UMIL ENGINEER' REVIEW HEULE I UE RILY O HE UMIL HEULE ROVIE Y HE ONROR.. REVIEW O HO RWING OE NO RELIEVE HE ONROR ROM ONORMNE WIH HE INEN O HE RWING. REVIEW OE NO IMLY OR E H HE RIOR H ORRELY INERREE HE ONRUION OUMEN.. ONROR HLL UMI LULION WIH HE HO RWING EIGNE EERRE UMIL, IGNE N ELE Y HE ENGINEER, LIENE IN HE E WHIH HE ROE I LOE, REONILE OR HEIR RERION WHEN REQUIRE IN HE EIIION (EE LO 'EERRE UMIL').. OIE O HE ONR OUMEN HLL NO E UMIE HO RWING. ONR RWING HOW ONLY GENERL EIGN INEN. INL HO RWING EION HLL ROVIE IZE, LYOU, EX IMENION, ELEVION, GRE O MERIL, E., EII O EH LOION.. HO RWING HLL E REVIEWE N ME Y HE GENERL ONROR OR ONRUION MNGER RIOR O UMIING O LR GROU. REQUE OR INORMION OR IEM UH OVERLL UILING GEOMERY, ELEVION, E. UMIE HROUGH HO RWING HLL E EERMINE Y HE ONROR. I GEOMERY NNO E EERMINE ROM HE RWING, HE ONROR HLL UMI N RI N OORINE HE REONE WIH LL EE RE RIOR O RIION. EERRE UMIL:. 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17 H M N O Q L M N O Q HXX/ ' - " ENER O ' - " ' - 0" ' - 0" ' - 0" ' - 0" ON WLL ' - 0" ' - " ' - 0" ' - 0" ' - 0" ' - " ' - 0" RE. ' - 0" RE OOING REINOREMEN ' - 0" Y O ' - 0" EXIING U.N.O EXIING OOING. ' - " QURE (IEL VERIY) EXIING OOING. ' - " QURE (IEL VERIY) EXIING OOING. ' - " QURE (IEL VERIY) Mx0 ' - /" 0 /" Mx0. Y ' - 0" O ' - 0" EXIING Mx0 Mx0 EXIING OOING. 0' - " QURE (IEL VERIY) O ' - 0" EXIING O = '-0" Y (VERIY) EXIING OOING. 0' - " QURE (IEL VERIY. Y EXIING OOING. ' - 0" QURE (IEL VERIY). H xx/ O Y. Y.. Mx0 Mx0 0" UURE MEHNIL O ' - 0" ' - 0" EXIING ' - " ROUN ' - " ROUN O ' - 0" EXIING Mx0 ' - " ROUN EXIING OOING. 0' - " QURE (IEL VERIY) EXIING OOING. ' - " QURE (IEL VERIY) EXIING OOING. 0' - " QURE (IEL VERIY)..0 OUNION LN, EMEN LEVEL - RE /0/ E O NERK 0 UILING RENOVION UIL OU & RUURL EIIENY RENOVION 0 :\Revit\ _entral_glarsen.rvt //0 :: M OUNION LN, EMEN LEVEL- RE.0 LE: /" = '-0" KEY LN rchitecture Engineering lanning Interiors 0, LR Group inc., a Nebraska corporation, LL RIGH REERVE RINHO

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