GOOD SHEPHERD LUTHERAN CHURCH 2016 ADDITION / REMODEL HENNING MINNESOTA

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O. 0 O T PROJT: ood hepard Lutheran hurch 0 ouglas ve enning, M UILI RIPTIO: The project consists of removal of an existing sanctuary and basement and replacing it with a single story, slab on grade new, sanctuary addition. The new addition will include a sanctuary space, church offices, youth ministry and accessible toilet rooms. Total area for the new addition and existing building is,. UILI O: 0 Minnesota uilding ode 0 International ire ode 0 Minnesota ccessibility ode 0 Minnesota onservation ode 0 ational lectric ode ccessibility uidelines O/I OUPY ROUP: (M hapter ) Occupancy (Office area and lassrooms are less than 0% of the building area and these areas are accessory) OUPY PRTIO: (M Table 0.) Occupancies are non-separated per 0... Most restrictive occupancy is used to determine allowable area and height. OTRUTIO TYP: (M hapter ) V ombustible onstruction LLOL R: (M hapter ) uilding - ase allowable area =,000 uilding area =,0 Perimeter = '-0 rontage = '- eighted average open public way width: 0'-0 x 0'-0 =,00 '-0 x 0'-0 = 0 '-0 x '-0 = '-0 x 0'-0 = 0 '-0 x 0'-0 = 00 '-0 x 0'-0 =,00 Total frontage: 0'-0 Total area =, rontage alculation: =, / 0'-0 =. rea increase= 00(.-.)./0 rea increase=. llowable area calculation: -,000 +,000(.) -,0 llowable area. >,0 Proposed area uilding - ase allowable area =,000 uilding area =, Perimeter = '- rontage = '- rea increase= 00(.0-.) rea increase=. llowable area calculation: -,000 +,000(.) -,00 llowable area. >, Proposed area LLOL IT: (M hapter ) ase allowable height: ase allowable stories: 0'-0 feet story Proposed height: 0'-0 (verage height allowed) > '- (eight proposed) story existing and proposed XITI: (M hapter 0) Occupant load arthex 0 = / = arthex 0 = / = torage 0 = 0 / 00 = (ccessory) dmin office 0 = / 00 = (ccessory) opy 0 = 0 / 00 = (ccessory) Pastor office 0 = 0 / 00 = (ccessory) torage 0 = / 00 = (ccessory) Youth Ministry = / 0 = Music torage = / 00 = (ccessory) Mechanical = 0 / 00 = (ccessory) orridor = / = ound = 0 / 00 = (ccessory) acristy = / 00 = (ccessory) anctuary lter area = / = anctuary = xist. lassroom = / 0 = xist. lassroom 0 = / 0 = xist. lassroom = / 0 = xist. lassroom = / 0 = xist. torage = / 00 = (ccessory) xist. ellowship hall =,0 / = (ccessory) xist. Library = / 0 = xist. Kitchen = / 00 = xist. Mech. = 0 / 00 = (ccessory) xist. torage 0 = 0 / 00 = (ccessory) Total Occupant Load = 0 Total Occupant Load /O accessory = - istance to exits: (M 0.): o travel distance to a required exist exceeds 00'-0 - ommon Path of egress travel: o travel distance to a point where exits are available exceeds '-0 in all spaces. - eparation between exits: or Rooms requiring more than one exit, the exit separation distance is more than ½ the diagonal of the area served. o '-0 / ½ diagonal distance = '- Req. < '- provided. - xit Light locations: new exit signs will be located at the orth, ast and est of the arthex, the north exit from the anctuary and the main anctuary exits. IR PROTTIO: (M hapter, M hapter ) - hour fire wall is required and provided between building and uilding. (Table 0.) hour fire shutter is required and provided in arthex 0. hutter is activated by moke detectors. - orizontal ontinuity: / type 'x' gyp bd. is attached to the roof sheathing for a distance of '-0 on both sides of the fire wall. - Vertical ontinuity: xterior grade gyp sheathing is attached to the exterior wall construction for a distance of '-0 on both sides of the fire wall. - hour ire partition is required and provided at wall between anctuary and corridor. ire light glass is required and provided for opening protection. - orridor opening calculation: (M...) (etween orridor and anctuary ) orridor wall area: anctuary doors: 0 anctuary indows: Total opening area: 0 Provided allowed > 0 Provided - ire rea: The Occupant load for corridor and arthex 0 are accessory to anctuary. hen worship is in session the occupants in orridor and arthex 0 are not in those spaces they are located in anctuary. hen worship is out the occupants are not in the sanctuary but they are in orridor and arthex 0. - ire alarm panel is required and provided per M moke detection: moke detectors are provided where required. - (M..) ireblocking is required and provided at walls and at wall/attic connections for a minimum horizontal distance of 0'-0. - (M..) raftstopping is required and provided per,000 of roof area. ITRIOR VIROMT: (M hapter ) - lame spread classification at exit ways and corridors: 0-; moke developed 0-0. (xit ccess, orridors) lame spread classification at rooms and spaces: -00; moke developed 0-0. (Rooms and enclosed spaces) ITTIO: (M hapter ) ode requirements.. = /0 Men, / omen Lav. = /00 rinking fountain: /000 service sink Occupant load : Men = / omen Required ixtures Men omen.. =.. = Lav. = Lav. = service sink rinking ountain Provided ixtures Men omen.. =.. Urinal =.. = Lav. = Lav. = accessible family toilet room is provided with lav. and children's toilet. service sink (xisting in mechanical ) rinking ountain (xisting drinking fountain in arthex 0) PIL OIRTIO: - anctuary occupant load is required to be posted. Occupant load =. - ttic access panels are provided for access to new sanctuary attic. IILITY: (M ccessibility ode) - ll new door hardware is lever operated. - ew toilet rooms are accessible. - Main entrance grade is accessible and will be equipped with power door operators. - ew interior signs are located at required heights and permanent rooms are identified with raille and pictograms where required. 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9 YMOL PLT IL XTRIOR II UL MTRIL II RTIT: LMRK; URT I '-" RI VT '-" '-" '-" RI VT '-" RI VT IT MIT OLTI ngineering rchitecture urveying nvironmental PRII MTL I IRTO OLOR: MR RO PRII PRORT MTL OIT IRTO OLOR: MR RO MT OR II OLOR: VJO I MT OR II OLOR: TIMR RK J K L M LUMIUM TORROT TO TRIM VIYL IO XTRIOR IULTIO II YTM (I) PRT ORT ILL TU TL TRLLI OLLO MTL OOR RM OLOR: LIT ROZ : OKIL TR OLOR: VJO I OLOR: T RYVIT: LL RM V0 OLOR: RY OLOR: MR RO OLOR: TO MT VJO I II X OOR TO RMI. PROVI IO TITI T ULL LIT OOR. OLOR: T... X OOR TO RMI X IO TO RMI I RY RTIY TT TI PL, PIITIO, OR RPORT PRPR Y M OR UR MY IRT UPRVIIO TT I M ULY LI RITT UR T L O T TT O MIOT. R OL T: 0/0/0 LI. O. 0 T LVTIO L: /" = '-0" RV# RVIIO RIPTIO Y T '-" RI VT '-" 0'-0" '-" RI VT '-" '-" IL VRIY JU, 0 O.J.. /..Q..J /± RI VT T: L: R Y: K Y: JO UMR: T.O. L '- T.O. L '-0" T.O. L '-" OIT L '-" T.O. L 0'- /" T.O. OOR RM L 0'- TM O L 0'- /" TM O L 0'-" I L L 00'-0" L K / x / I RVL (TYPIL) J L J J L J J T.O. L 0'- /" J TM O OIT L 0'-0 / I L L 00'-0" OO PR LUTR UR 0 ITIO & RMOL OO PR LUTR UR I, MIOT XTRIOR LVTIO OUT LVTIO L: /" = '-0" J:\00-lexandria rchitecture\000-ood hepherd\ ood hepherd\\rch\--oopr.dwg Plotted by:reg ohl /0/0 :: M 0 IT MIT OLTI T O..

10 YMOL XTRIOR II UL MTRIL II '-" '-" '-" '-" '-" RI VT RI VT RI VT IT MIT OLTI ngineering rchitecture urveying nvironmental PLT IL RTIT: LMRK; URT I PRII MTL I IRTO OLOR: MR RO J K L M PRII PRORT MTL OIT MT OR II MT OR II LUMIUM TORROT TO TRIM VIYL IO XTRIOR IULTIO II YTM (I) PRT ORT ILL TU TL TRLLI OLLO MTL OOR RM IRTO OLOR: MR RO OLOR: VJO I OLOR: TIMR RK OLOR: LIT ROZ : OKIL TR OLOR: VJO I OLOR: T RYVIT: LL RM V0 OLOR: RY OLOR: MR RO OLOR: TO MT VJO I II K / x / I RVL (TYPIL) K K TM O OIT L '-" I L L 00'-0" I RY RTIY TT TI PL, PIITIO, OR RPORT PRPR Y M OR UR MY IRT UPRVIIO TT I M ULY LI RITT UR T L O T TT O MIOT. R OL T: 0/0/0 LI. O. 0 T LVTIO L: /" = '-0" T RV# RVIIO RIPTIO Y '-" IL VRIY '-" '-" 0'-0" '-" '-" JU, 0 O.J../..Q..J RI VT RI VT T: L: R Y: K Y: JO UMR: OIT L 0'-0 / I L L 00'-0" X IO TO RMI J J J L K / x / I RVL (TYPIL) T.O. L '- OIT L '-" T.O. L 0'- /" T.O. OOR RM L 0'- TM O L 0'- /" TM O L 0'-" I L L 00'-0" OO PR LUTR UR 0 ITIO & RMOL OO PR LUTR UR I, MIOT XTRIOR LVTIO ORT LVTIO L: /" = '-0" J:\00-lexandria rchitecture\000-ood hepherd\ ood hepherd\\rch\--oopr.dwg Plotted by:reg ohl /0/0 :: M 0 IT MIT OLTI T O..

11 '-" '-" '-" '-" '-" '-" '-" '-" '-" '-" IT MIT OLTI ngineering rchitecture urveying nvironmental ROO TRU - TRUTURL ROO TRU - TRUTURL RIKT (YO) MIL MUI TOR. YOUT MIITRY R- TT IUL T ILI OM' TOILT 0 OIT YO RTX 0 OT RK 0/. X OT RK TO RMI PTOR' OI 0 T ILI. TO LL L '- /" R L 0'- /" I L /TO L 00'-0". '- '- '-" OU ROOM LOOR LVL LL OPI TURY R- TT IUL /. OR ITIOL IORMTIO. O OX OV K. IM TRU R. L '- /" TO LL L 0'- /" I L /TO L 00'-0" I RY RTIY TT TI PL, PIITIO, OR RPORT PRPR Y M OR UR MY IRT UPRVIIO TT I M ULY LI RITT UR T L O T TT O MIOT. R OL T: 0/0/0 LI. O. 0 UILI TIO L: /" = '-0" UILI TIO L: /" = '-0" RV# RVIIO RIPTIO Y. '-" ROO TRU - TRUTURL '-" 0'-0" TRUT OR LL OTIO ROO '-" /" UR I O ROO TI ' MI ' MI '-" '-0" '-" IL VRIY x LOOK " O.. L TRU / LL TI MT II T: L: R Y: K Y: JO UMR: TURY LTR R O. LTR LOOR TRUTUR R- TT IUL '-" " T JU, 0 O.J...J PLM ILL " TURY. PLM ILL OX M (TYP O ) / TYP YP ILI (TYP) '-" ILL LL VITY / TT IUL R- TT IUL ORRIOR T ILI YOUT MIITRY. UT & MO X ROO OVR LROOM ROO TRUTUR LLOIP LL OO PR LUTR UR 0 ITIO & RMOL OO PR LUTR UR I, MIOT UILI TIO UILI TIO L: /" = '-0" J:\00-lexandria rchitecture\000-ood hepherd\ ood hepherd\\rch\--oopr.dwg Plotted by:reg ohl /0/0 :: M 0 IT MIT OLTI T O..

12 P MT RIP P MT I " O.. P MT OIT PL '-0" PLT IL I & TR IL /" PLY ROO TI TRU, TRUT IT MIT OLTI ngineering rchitecture urveying nvironmental R- TT IUL.. LVL R, TRUT TRU R L '- /" I L L 00'-0" '- /" '-0 /" R.O. TOP O T L '-" O, TRUT RII IUL O T, TRUT TRU R L '- /" I L L 00'-0" TOP O T L '-" '- /" '- / R.O. O, TRUT RII IUL O T, TRUT.... '- '- /" '- /" R.O. 0 / '- /" R.O. 0 / '-0 /" R.O. R L '- LVL R, TRUT LVL R, TRUT LTR I L L 0'- TOP O L 00'-0" O, TRUT RII IUL O T, TRUT TOP O T L '-". 0. IM IM IM IM IM /" YP / VPOR RTRR I RY RTIY TT TI PL, PIITIO, OR RPORT PRPR Y M OR UR MY IRT UPRVIIO TT I M ULY LI RITT UR T L O T TT O MIOT. RV# RVIIO RIPTIO Y T JU, 0 T: OO PR LUTR UR 0 ITIO & RMOL O L: T.J.. R Y: OO PR LUTR UR.J.. K Y: I, MIOT R OL T: 0/0/0 LI. O JO UMR: LL TIO LL TIO L: /" = '-0" LL TIO L: /" = '-0" LL TIO L: /" = '-0" J:\00-lexandria rchitecture\000-ood hepherd\ ood hepherd\\rch\--oopr.dwg Plotted by:reg ohl /0/0 :: M 0 IT MIT OLTI T O..

13 P-LM P-LM P-LM '- RR. (Y OR) '-0" " " ILLR '-0" '-" 0. '-" '-0" '- / IL VRIY '- / '-0". '- / '-" '-" '-0" '-0" '-0" R OO (Y OR) R (Y OR) '-" '-0" " '-0" '-0" P-LM PL 0 P-LM UPPORT RKT '-0". IM. ITRIOR LVTIO L: /" = '-0" '-0" P-LM KPL OUTRTOP P-LM KPL OUTRTOP '-0". '-0 /" VIYL MI-LO PIT - II UL ITRIOR LVTIO L: /" = '-0" '-" '-0" MUI TOR LROOM IT MIT OLTI ngineering rchitecture urveying nvironmental ITRIOR LVTIO - YOUT MIITRY L: /" = '-0" '-0" " '-" '-" '-0" " 0. '-" '-" P-LM P-LM P-LM P-LM ITRIOR LVTIO - RITY L: /" = '-0" P-LM ORI L (MOL UMR LIT R ORIK) TOILT PPR IPR Y OR R R - ORIZOTL (-0 TI II) R R - " ORIZOTL (-0 TI II) R R - " VRTIL (-0 TI II) RI TRP & OT TR PIP IULTIO ROU ITT PV OR VIYL OOT '-" X '-0" MIRROR PPR TOL IPR, UR MOUT, (Y OR). Y I TTIO OT:. UILI RQUIRMT T. OR MOUTI IT.. TOILT PPR IPR, PPR TOL IPR Y OR' VOR.. ORK U-OTRTOR TO PROVI OP RI TO RITT OR RVI O LL ORK. PROVI ORK LVTIO ORK TIO. PLTI LMIT L P-LM : ILORT; -0 URI TUT P-LM : ILORT; -0 TY LY P-LM : ILORT; -0 OXI '-0" '-0" '-" VIYL MI-LO PIT - II UL ITRIOR LVTIO L: /" = '-0" 0" VIYL YOUT TOILT '-" ITRIOR LVTIO L: /" = '-0" '-" '-0" MI-LO PIT - II UL P-LM KPL OUTRTOP '-" MI. LR 0. '-" MI. LR. YOUT MIITRY '-" MI. LR RPT VIYL LOORI LR LOOR PL L: /" = '-0" Ø'-0".. R OM' TOILT 0 '-0" MI. LR RTX 0 '-" UIX MILY TOILT 0 '-0" MI. LR Ø'-0" 0. '-" MI. LR LROOM... YOUT TOILT '-" MI. LR 0 '-" MI. LR PROVI OU TTUTI TT IULTIO T TIR PRIMTR O TOILT ROOM I RY RTIY TT TI PL, PIITIO, OR RPORT PRPR Y M OR UR MY IRT UPRVIIO TT I M ULY LI RITT UR T L O T TT O MIOT. RV# RVIIO RIPTIO Y T R OL T: 0/0/0 LI. O. 0 P-LM P-LM P-LM LOT RO '-" IL VRIY '-" '-0" " OT: PROVI M LOK T LL RITY ORK. ITRIOR LVTIO - RITY L: /" = '-0" ILIO LT /" PLYOO x LOKI "x /x/" L RM LL I IK RQUIR) LV. M. IV MOUT MIRROR (IL MUR) '-0" PLTI LMIT OUTR TOP & " K PL x P-LM (ROT) " " '-" IULT TRP & OT TR LI P-LM UPPORT RKT T UIX MILY TOILT ROOM OO IM (TYP) /" M K ILIO LT TOP & I x OO LOKI (TYPIL) /" M K x OO LOKI PLTI LMIT OUTR TOP & K PL ULL XTIO LI '-0" OL / L LIP MLMI IT ITRIOR & LVI L ULL OVRLY PLTI LMIT IT OOR / I I PULL " " PULL RR ULL OVRLY PLTI LMIT IT OOR / I I PULL OL / L LIP /" LV " / MLMI IT ITRIOR & LVI P. LM. '-" '-" '-0" '-0" OO IM (TYP) /" M K ILIO LT TOP & I " P. LM. K PL (RI TO LL) P. LM. LR x OO LOKI (TYP) UTO & LT II LOOR UL PLTI LMIT OUTR TOP O /" M '-0" OL / L LIP MLMI IT ITRIOR & LVI L ULL OVRLY PLTI LMIT IT OOR / I I PULL " " " IULT TRP & OT TR LI '-" '-" '-0" '-0" T: OO PR LUTR UR 0 ITIO & RMOL JU, 0 OO PR LUTR UR L: O R Y:.J.. I, MIOT K Y:.J JO UMR: LR PL ITRIOR LVTIO L: " = '-0" 0 ITRIOR LVTIO L: " = '-0" ITRIOR LVTIO L: " = '-0" T O.. J:\00-lexandria rchitecture\000-ood hepherd\ ood hepherd\\rch\-p-oopr.dwg Plotted by:reg ohl /0/0 :: M 0 IT MIT OLTI

14 OIT LIT ( LTRIL) TR /" YP. X OO TU /" X " OO TOP X OO LR TR TIL IO. (IL VRIY IM.) OTIUOU YP.. I LIT IXTUR / IU L PIT ITRIOR IT RIL RKT L TO RIL '-0" / Ø PIP RIL ILL RI LL L MOOT. TORY PRIM IL PIT. '-0" '-0" LL RLI OTROL JOIT LUMIUM TORROT OTROL JOIT LL RLI RIL YO ( /.) IT MIT OLTI ngineering rchitecture urveying nvironmental LIT OX TIL T TURY L: / = '-0" TR I: T PIT OLOR MOOY LU: T PIT TR I: T PIT OLOR PIT ITRIOR IT LIT IXTUR / IU L OTIUOU YP.. I TIL IO. (IL VRIY IM.) TR X OO LR /" X " OO TOP X OO TU /" YP. TR TIL T RMP L: /" = '-0". / / / II ILI TIL IO (IL VRIY IMIO) T ROK LL ITRIOR LVTIO - TURY L: /" = '-0" OTROL JOIT I RY RTIY TT TI PL, PIITIO, OR RPORT PRPR Y M OR UR MY IRT UPRVIIO TT I M ULY LI RITT UR T L O T TT O MIOT. R OL T: 0/0/0 LI. O LIT OX JM ILL TIL T TURY. L: / = '-0" P-LM L (ILORT -0 URI TUT) MTL L RKT ( QUL P) MTL OT RO MTL L RKT ITRIOR LVTIO T OT RK I RTX 0 L: /" = '-0" '-0". '-" VIYL II LOOR LIT OX LVTIO T ORRIOR L: /" = '-0" TR /" YP. X OO TU /" X " OO TOP X OO LR TR TIL IO. (IL VRIY IM.) J K '-" '- / '-" /" " '- /" '-. " '- /". '-" ITRIOR LVTIO - TURY L: /" = '-0" " '- O OX '-" '-" '- / OTT O OIT L. = - TOP O OPI L. = 0- OTT O OPI L. = 0-.. L. = 00-0 RV# RVIIO RIPTIO Y T JU, 0 O.J...J '- / / '-" 0" '-0" IOR ORIO OO VR OOR P-LM (ILORT -0 URI TUT) /" PLYOO L RKT X LOKI OTIUOU YP.. I LIT IXTUR / IU L PIT ITRIOR IT LIT OX TIL T ORRIOR L: / = '-0" PIT ITRIOR IT LIT IXTUR / IU L OTIUOU YP.. I TIL IO. (IL VRIY IM.) /" X " OO TOP X OO TU X OO TU VIYL /" YP. LIT OX ILL TIL T ORRIOR L: / = '-0" OU ROOM OPI P-LM ILL RI LOOR YO '-0". ITRIOR LVTIO - TURY L: /" = '-0" TOP O OPI L. = 0- OTT O OPI L. = 0-.. L. = 00-0 T: L: R Y: K Y: OO PR LUTR UR 0 ITIO & RMOL OO PR LUTR UR I, MIOT JO UMR: ITRIOR LVTIO OUTRTOP TIO T OU L: " = '-0" T O.. J:\00-lexandria rchitecture\000-ood hepherd\ ood hepherd\\rch\-iv-oopr.dwg Plotted by:reg ohl /0/0 :: M 0 IT MIT OLTI

15 R= TT IULTIO (TPL I PL) OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR x OO " O.. / R= TT IULTIO '-0" L '-0" IULTIO TRU P PLT IL ( P) () LYR O # LT I & TR IL /" PLYOO ROO TI PRIR OO TRU ( TRUTURL) PRII MTL RIP PRII MTL I x UI OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR UL / XPIO MTRIL ORT L O R ( TRUTURL OR TIK & RIORI) " TO VR XP MTL LT & MORTR / RII IULTIO IR IILTRTIO RRIR (OVRLP PM TRU-LL LI) / O XTRIOR LL TI x OO " O.. / R= TT IULTIO OTIUOU PM TRU-LL LI LR, PRORM O.. / ILL LR " MIIMUM T II R & P LL LOTIO) ROUT VRYTI OLI LO P IT MIT OLTI ngineering rchitecture urveying nvironmental R= TT IULTIO OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR x OO " O.. / R= TT IULTIO PRLLL OR TRU L: / = '-0" '-0" L VT, PRII MTL OIT PL PRII MTL "" TRIM MT OR II / " XPOUR (TYPIL) / RII IULTIO IR IILTRTIO RRIR / O XTRIOR LL TI '-0" VT, PRII MTL OIT PL PRII MTL "" TRIM MT OR II / " XPOUR (TYPIL) / RII IULTIO IULTIO TRU P PLT IL ( P) () LYR O # LT I & TR IL /" PLYOO ROO TI PRIR OO TRU ( TRUTURL) PRII MTL RIP PRII MTL I x UI RIOR 0 MIL POLY VPOR RRIR " OMPT RULR ILL RII OUTIO IULTIO (TYPIL) O TO VR L: / = '-0" OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR UL / XPIO MTRIL ORT L O R ( TRUTURL OR TIK & RIORI) RIOR 0 MIL POLY VPOR RRIR " OMPT RULR ILL " " " " / RII IULTIO PRY PPLI TRPROOI LP OTO O TI OV OVRLP / TRI-LL LI & IR IILTRTIO RRIR T I PL OUTIO LL / RII IULTIO IR IILTRTIO RRIR (OVRLP PM TRU-LL LI) / O XTRIOR LL TI x OO " O.. / R= TT IULTIO MT OR II / " XPOUR (TYPIL) MT OR II TRTR TRIP ILL LR MIIMUM " LR ROM OTTOM O MT OR II TO R PRY PPLI TRPROOI T I PL OUTIO LL I RY RTIY TT TI PL, PIITIO, OR RPORT PRPR Y M OR UR MY IRT UPRVIIO TT I M ULY LI RITT UR T L O T TT O MIOT. RV# RVIIO RIPTIO Y T R OL T: 0/0/0 LI. O. 0 TR TRU L: / = '-0" IR IILTRTIO RRIR / O XTRIOR LL TI RII OUTIO IULTIO (TYPIL) O MT OR II L: / = '-0" JU, 0 O.J...J R= TT IULTIO (TPL I PL) OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR x OO " O.. / R= TT IULTIO " " " PRII MTL LI OVR / O XTRIOR LL TI x OO LOKI MT OR II / " XPOUR (TYPIL) / RII IULTIO IR IILTRTIO RRIR / O XTRIOR LL TI PLT IL ( P) () LYR O # LT I & TR IL /" PLYOO ROO TI PRII MTL RIP PRIR OO TRU ( TRUTURL) x UI OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR UL /" TRT PLYOO ORT L O R ( TRUTURL OR TIK & RIORI) RIOR 0 MIL POLY VPOR RRIR " OMPT RULR ILL RII OUTIO IULTIO (TYPIL) " IM) / RII IULTIO IR IILTRTIO RRIR (OVRLP PM TRU-LL LI) / O XTRIOR LL TI x OO TU " O.. / R= (MI) TT IULTIO (ILL TU VITY / TT IULTIO) x OO LOKI MT OR II TRTR TRIP ILL LR MIIMUM " LR ROM OTTOM O I YTM TO R PRY PPLI TRPROOI T I PL OUTIO LL T: L: R Y: K Y: OO PR LUTR UR 0 ITIO & RMOL OO PR LUTR UR I, MIOT JO UMR: RITTURL TIL IT L: / = '-0" O I II YTM L: / = '-0" J:\00-lexandria rchitecture\000-ood hepherd\ ood hepherd\\rch\-t-oopr.dwg Plotted by:reg ohl /0/0 :: M 0 IT MIT OLTI T O..

16 x OO " O.. / R= TT IULTIO OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR ORR /" YP OR RTUR /" "L" I LT LL I LUMIUM TOP TO MT TORROT MT OR II / " XPOUR (TYPIL) / RII IULTIO IR IILTRTIO RRIR / O XTRIOR LL TI R ( TRUTURL) ILL LL VOI / IULTIO LT "x" MT OR TRIM x OO UK PRII MTL RIP LT TIR PRIMTR O RM RP IR IILTRTIO RRIR TO L OPI IO PII R TOP TIL IO PLTI LMIT ILL (LO) LT LL I /" "L" I /" YP OR RTUR ORR /" YP OR OTIUOU MIL POLY VPOR RRIR (TP M) x OO " O.. / R= TT IULTIO T ORT ILL (LO) IO PII RP IR IILTRTIO RRIR TO L OPI LT TIR PRIMTR O RM x OO UK / O XTRIOR LL TI IR IILTRTIO RRIR / RII IULTIO XP MTL LT & MORTR TO VR x OO " O.. / R= TT IULTIO OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR ORR /" YP OR RTUR /"x/ OO TOP I O TIL LOTIO /" "L" I MT OR II / " XPOUR (TYPIL) / RII IULTIO IR IILTRTIO RRIR / O XTRIOR LL TI R ( TRUTURL) ILL LL VOI / IULTIO LT "x" MT OR TRIM x OO UK PRII MTL RIP LT TIR PRIMTR O RM RP IR IILTRTIO RRIR TO L OPI IO PII x OO " O.. / R= (MI) TT IULTIO OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR ORR /" YP OR RTUR /" "L" I LT LL I / I YTM IR IILTRTIO RRIR / O XTRIOR LL TI R ( TRUTURL) ILL LL VOI / IULTIO ITRL RIP I I YTM LT TIR PRIMTR O RM RP IR IILTRTIO RRIR TO L OPI IO PII IT MIT OLTI ngineering rchitecture urveying nvironmental TORROT TRY L: / = '-0" IO TO VR L: / = '-0" LT LL I MT OR II L: / = '-0" TIL R OUR I L: / = '-0" x OO " O.. / R= TT IULTIO OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR ORR /" YP OR RTUR /" "L" I LT LL I MT OR II / " XPOUR (TYPIL) / RII IULTIO IR IILTRTIO RRIR / O XTRIOR LL TI LT "x" MT OR TRIM x OO UK LT TIR PRIMTR O RM RP IR IILTRTIO RRIR TO L OPI LUMIUM TORROT TRY YTM TORROT TRY MT OR II L: / = '-0" LT LL I /" "L" I /" YP OR RTUR ORR /" YP OR OTIUOU MIL POLY VPOR RRIR (TP M) LUMIUM TROL T I TRPROO MTI (LO) LUMIUM TORROT TRY YTM RP IR IILTRTIO RRIR TO L OPI LT TIR PRIMTR O RM x OO UK "x" MT OR TRIM LT LI O TO VR (LO) T ORT ILL (LO) TORROT TRY MT OR II L: / = '-0" LT LL I /" "L" I /" YP OR RTUR ORR /" YP OR OTIUOU MIL POLY VPOR RRIR (TP M) LUMIUM TROL T I TRPROO MTI (LO) LUMIUM TORROT TRY YTM RP IR IILTRTIO RRIR TO L OPI LT TIR PRIMTR O RM x OO UK "x" MT OR TRIM LT TO VR T I MORTR O MTL LT LI O T ORT ILL (OV) x0 OO " O.. / R= (MI) TT IULTIO /" YP OR OTIUOU MIL POLY VPOR RRIR (TP M) ORR /" YP OR RTUR /" 'L' I LT LL I 0 PLTI LMIT ILL (LO) LT LL I /" 'L' I /" YP OR RTUR ORR OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR x0 OO " O.. / R= (MI) TT IULTIO LUMIUM I L: / = '-0" LT LL I PLTI LMIT ILL OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR x0 OO " O.. / R= (MI) TT IULTIO LUMIUM IO I L: / = '-0" / I YTM IR IILTRTIO RRIR / O XTRIOR LL TI R ( TRUTURL) ILL LL VOI / IULTIO RP IR IILTRTIO RRIR TO L OPI ITRL RIP I I YTM LT TIR PRIMTR O RM OO LOKI/IM IO PII PRII MTL LI / M XTI O OVR LOP I ILL IO PII OO LOKI/IM LT TIR PRIMTR O RM RP I II T LL XPO RP IR IILTRTIO RRIR TO L OPI / O XTRIOR LL TI IR IILTRTIO RRIR / I YTM IO PII OO LOKI/IM LT TIR PRIMTR O RM PRII MTL LI / M XTI O OVR LOP I ILL RP IR IILTRTIO RRIR TO L OPI / O XTRIOR LL TI IR IILTRTIO RRIR / I YTM x OO " O.. / R= TT IULTIO OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR ORR /" YP OR RTUR /"x/ OO TOP I O TIL LOTIO /" "L" I LT LL I TIL R OUR PLTI LMIT ILL (LO) TIL R OUR LT LL I /"x/ OO TOP I O TIL LOTIO PLTI LMIT ILL OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR x OO " O.. / R= TT IULTIO TIL R OUR LT LL I /"x/ OO TOP I O TIL LOTIO PLTI LMIT ILL OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR x OO " O.. / R= TT IULTIO " " MT OR II / " XPOUR (TYPIL) / RII IULTIO IR IILTRTIO RRIR / O XTRIOR LL TI R ( TRUTURL) ILL LL VOI / IULTIO LT "x" MT OR TRIM x OO UK IO MT OR II L: / = '-0" LT TIR PRIMTR O RM RP IR IILTRTIO RRIR TO L OPI IO PII T ORT ILL (LO) IO PII RP IR IILTRTIO RRIR TO L OPI LT TIR PRIMTR O RM x OO UK "x" MT OR TRIM LT IO MT OR II L: / = '-0" / O XTRIOR LL TI IR IILTRTIO RRIR / RII IULTIO MT OR II / " XPOUR (TYPIL) IO PII RP IR IILTRTIO RRIR TO L OPI / LT TIR PRIMTR O RM T ORT ILL / x OO UK / O XTRIOR LL TI IR IILTRTIO RRIR / RII IULTIO XP MTL LT & MORTR TO VR x OO " O.. / R= (MI) TT IULTIO OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR ORR /" YP OR RTUR /" "L" I LT LL I PLTI LMIT ILL (LO) IO I L: / = '-0" PLTI LMIT ILL (LO) LT LL I /" "L" I XT /" YP OR ITO IO OPI OTIUOU MIL POLY VPOR RRIR (TP M) IO I L: / = '-0" IO PII LT LL I PLTI LMIT ILL OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR x OO " O.. / R= (MI) TT IULTIO / / / I YTM LT TIR PRIMTR O RM RP IR IILTRTIO RRIR TO L OPI IO PII T ORT ILL (LO) T ORT ILL (LO) IO PII RP IR IILTRTIO RRIR TO L OPI LT TIR PRIMTR O RM / I YTM IR IILTRTIO RRIR / O XTRIOR LL TI x OO " O.. / R= (MI) TT IULTIO RP IR IILTRTIO RRIR TO L OPI / KR RO & LT T ORT ILL " LT x OO UK / O XTRIOR LL TI IR IILTRTIO RRIR / I YTM I RY RTIY TT TI PL, PIITIO, OR RPORT PRPR Y M OR UR MY IRT UPRVIIO TT I M ULY LI RITT UR T L O T TT O MIOT. RV# RVIIO RIPTIO Y T JU, 0 T: OO PR LUTR UR 0 ITIO & RMOL O L:..Q. R Y: OO PR LUTR UR.J.. K Y: I, MIOT R OL T: 0/0/0 LI. O JO UMR: RITTURL TIL TORROT TRY MT TO VR L: / = '-0" LUMIUM IO I L: / = '-0" IO TO VR L: / = '-0" J:\00-lexandria rchitecture\000-ood hepherd\ ood hepherd\\rch\-t-oopr.dwg IO I L: / = '-0" Plotted by:reg ohl /0/0 ::00 M 0 IT MIT OLTI T O..

17 R PRIR ROO TRU ( TRUTURL) OO LOKI RQUIR ROLL-UP IR OOR ( P) IT MIT OLTI ngineering rchitecture urveying nvironmental OT U M ( TRUTURL) R ( TRUTURL) x OO LOKI /" "J" ROLL-UP IR OOR RK PL 0 X 0 TTI PL OTIUOU /" YP. OR ILI PL OR LL TYP R ( TRUTURL) /" TYP "X" YP. OR ( LYR R RT LL) OLLO MTL RM LZI UL PL OR LL TYP R ( TRUTURL) /" TYP "X" YP. OR ( LYR R RT LL) OLLO MTL RM OOR UL x OO " O.. / R= TT IULTIO OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR ORR /" YP OR RTUR /" "L" I LT LL I MT OR II / " XPOUR (TYPIL) / RII IULTIO IR IILTRTIO RRIR / O XTRIOR LL TI R ( TRUTURL) ILL LL VOI / IULTIO LT "x" MT OR TRIM x OO UK PRII MTL RIP LT TIR PRIMTR O RM RP IR IILTRTIO RRIR TO L OPI OOR UL I RY RTIY TT TI PL, PIITIO, OR RPORT PRPR Y M OR UR MY IRT UPRVIIO TT I M ULY LI RITT UR T L O T TT O MIOT. R OL T: 0/0/0 LI. O. 0 ROLL-UP IR OOR L: / = '-0" R / x TU " O.. /" YP OR /x /x/" L L R /x /x/" L UI xx/" L UI x OO LOKI x OO LOKI ORR /" "J" ORR ROLL-UP IR OOR ( P) OLLO MTL IO L: / = '-0" PL OR LL TYP /" TYP "X" YP. OR ( LYR R RT LL) OUL TU OLLO MTL RM JM OR LZI UL OLLO MTL OOR L: / = '-0" PL OR LL TYP /" TYP "X" YP. OR ( LYR R RT LL) OUL TU OLLO MTL RM JM OR OOR UL OLLO MTL RM OLLO MT OR II L: / = '-0" x OO " O.. / R= TT IULTIO OTIUOU MIL POLY VPOR RRIR (TP M) /" YP OR ORR /" YP OR RTUR /" "L" I LT LL I OLLO MTL RM LUMIUM TROL T I TRPROO MTI MT OR II / " XPOUR (TYPIL) / RII IULTIO IR IILTRTIO RRIR / O XTRIOR LL TI LT "x" MT OR TRIM x OO UK LT TIR PRIMTR O RM RP IR IILTRTIO RRIR TO L OPI JM OR OOR UL RV# RVIIO RIPTIO Y T JU, 0 T: O L:.J.. R Y:.J.. K Y: JO UMR: 0 R ROLL-UP IR OOR JM L: / = '-0" ROLL-UP IR OOR ( P) ORR /" "J" / /x /x/" L UI xx/" L UI x OO LOKI L R /x /x/" L OLLO MTL IO JM L: / = '-0" LZI UL OLLO MTL RM /" TYP "X" YP. OR ( LYR R RT LL) PL OR LL TYP OLLO MTL OOR JM L: / = '-0" OLLO MTL MT OR II L: / = '-0" OO PR LUTR UR 0 ITIO & RMOL OO PR LUTR UR I, MIOT RITTURL TIL ROLL-UP IR OOR JM L: / = '-0" OLLO MTL IO ILL L: / = '-0" J:\00-lexandria rchitecture\000-ood hepherd\ ood hepherd\\rch\-t-oopr.dwg Plotted by:reg ohl /0/0 :: M 0 IT MIT OLTI T O..

18 IL VRIY TIL IRT '- /" '-0" '- '-0" '-" '-" '-0" '-" '-0" '- TORY II VIYL IO T OOR OPI '-" IL VRIY TIL IRT OLLO MTL RM.. " IULT LZI '-0" " " '-0" '-0" '-" '-0" PRII LUMIUM LIT ROZ " '-0" '-" '- /" TMP LZI. '-0" '-" '-" " ROT IULT LZI LTR R LOOR LI TORY II VIYL IO T OLLO MTL RM " " IUL LZI " IULT LZI " '-0" " '-0". '-" '-" '-" '-" IL VRIY TIL IRT '-" " '-" '-" '-0" '-0" '-" PRII LUMIUM LIT ROZ '-0 / /" IUL LZI TORY II VIYL IO T '-" 0" " " '-0". " IULT LZI " IULT LZI '-" '-" IL VRIY TIL IRT '-" '- '-0" '-" '-0" '-" TI L IO (IL VRIY) " IULT LZI PRII LUMIUM LIT ROZ.. '-" '-" '-" '-" '-0" '-" PRII LUMIUM LIT ROZ '-" 0" '-" '- '-" " IULT LZI " IULT LZI OLLO MTL ITRIOR TORY PRIM IL PIT " IULT LZI '-0" '-" '-0" '-" '- '-" '-" '-" '-0" '-" PRII LUMIUM LIT ROZ /" IRLIT LZI '- '- '-" " IULT LZI " IULT LZI II LOOR LI '-0" '-" OLLO MTL ITRIOR TORY PRIM IL PIT '-0" '-" 0" PRII LUMIUM LIT ROZ. II LOOR LI " IULT LZI II LOOR LI II LOOR LI OOR RR ROUP T XTRIOR LUMIUM LL I, TROL, P, LOR, OVR TOP, TRTRIPPI, RR Y LUM OOR UPPLIR. (U..O.) UTT I X RP RIM PI XIT VI IT KY OI TROL LOR /O TOP T TRTRIPPI OTTOM P RIP T ITRIOR RT UTT I RIM PI XIT VI IT LT RTRTIO TROL LOR /O TOP T MOK L T OILI OOR - RT LL UI, PRI, RLY OR UTOMTI LOUR VI MOK TTOR, OTR RR Y OOR UPPLIR T ITRIOR UTT I LROOM LOKT IT LVR LL TOP T ILR T ITRIOR RT UTT I LROOM LOKT IT LVR LOR T MOK L LL TOP T ITRIOR UTT I PRIVY LOKT IT LVR LOR T ILR LL TOP T XTRIOR UTT I X RP RIM PI VI /LT RTRTIO /O XTRIOR TRIM LOR /O TOP T TRTRIPPI TROL OTTOM P RIP T XTRIOR LUMIUM LL I, TROL, P, LOR, OVR TOP, TRTRIPPI, RR Y LUM OOR UPPLIR. (U..O.) UTT I X RP RIM PI VI IT KY OI POR OOR OPRTOR /PU PLT OLLR T TRTRIPPI TROL RIP OTTOM P T ITRIOR RT UTT I LROOM LOKT IT LVR LOR /O TOP T MOK L T 0 ITRIOR RT UTT I P T IT LVR LOR /O TOP T MOK L T ITRIOR RT PIR UTT I OL VRTIL RO PI XIT VI / OUTI LVR TRIM, LT RTRTIO, P UTIO UT PROO TRIK LOR /O TOP PLIT RU TRL T MOK L O. M 0 VTIUL 0 RTX 0 RTX 0 TOR 0 MI. OI 0 OPY 0 PTOR OI 0 TOR 0 VTIUL 0 OM TOILT 0 UIX/MILY TOILT YOUT MIITRY MUI TOR MIL ORRIOR OU RITY TURY LTR TURY LOOR ROOM II UL RVITIO: O = ORT PT = RPT RL OT: RPT: PT = KRU; OMITOR, ROTO RMI TIL: T = LTIL: OPI UL RVITIO: L = LUMIUM = Y OOR UPPLIR T YP ROOM II UL ORT LL T LL OUT LL T LL MT'L II MT'L II MT'L II MT'L II = RMI TIL = XPO TL TRUT = YPUM OR P P = PIT (LL) = PRII PIT: P = RI ILLIM; 0, TURL OI P = RI ILLIM;, TRI P = RI ILLIM;, MOOY LU MT'L ILI II IT V V - - YP P - - YP P YP P 0'-0" - PT V - - YP P YP P YP P YP P '-0" - PT V - - YP P YP P YP P YP P '-0" - O. V YP P YP P YP P YP P YP P '-0" - PT V YP P YP P YP P YP P YP P '-0" PT V YP P YP P YP P - - YP P '-0" PT V YP P YP P YP P YP P YP P '-0" M = OILI OOR = OLLO MTL OOR UL O = L ORT V = VIYL V = VIYL LOORI = OO VIYL : V = JOOIT; PRO. VRIY JM PT IT TUL IL OITIO,.. PROVI TY LZI RQUIR Y O.. PROVI ITLL TRITIO TR O OOR.. LL OLLO MTL OOR RM TO MT JT LL OLOR.. OO OOR VR TO : OK TI TO MT.. PROVI: " IUL. TY R T XTRIOR OOR LIT; /" IRLIT PLU L T VIIO LIT I RT OOR; /" TY L I OTR VIIO LIT. RMRK VIYL LOORI: V = TKOLOR; MOUTIP; 0 P V = TKOLOR; MOUTIP; 0 TRIL Room oor dwe OOR RM ire JM o. Room ame o. roup ize Type Mat inish Type Mat inish Rating Remarks 0 VTIUL 0-0x-0 L P L P /. / VTIUL 0-0x-0 L P L P /. / VTIUL 0-0x-0 P M PT /. /. 0 MI. ULL LIT 0 VTIUL 0-0x-0 P M PT /. /. 0 MI. ULL LIT 0 RTX 0-0x-0 T P M PT /. 0,/. 0 MI TOR 0-0x-0 P M PT /. / MI. OI 0-0x-0 P M PT /. /. 0 MI. X VIIO LIT 0 PTOR OI 0-0x-0 P M PT /. / TOR 0-0x-0 P M PT /. / VTIUL 0-0x-0 L P L P /. / VTIUL 0-0x-0 L P L P /. / OM TOILT 0-0x-0 P M PT /. / UIX/MILY TOILT 0-0x-0 P M PT /. / YOUT MIITRY -0x-0 P M PT /. /. 0 MI. X VIIO LIT MUI TOR -0x-0 P M PT /. /. 0 MI. -- MIL -0x-0 P M PT /. / ORRIOR -0x-0 M PT M PT /. / OU -0x-0 P M PT /. /. 0 MI. -- RITY -0x-0 M PT M PT /. / TURY 0-0x-0 P M PT /. /. 0 MI -- TURY () -0x-0 P M PT /. /. 0 MI ULL LIT TURY 0-0x-0 P M PT /. /. 0 MI -- RL OT: Room o. 0 Room ame MI. OI RL OT: indow o. 0 0 PTOR OI 0 0 PTOR OI 0 TURY LTR TURY LTR TURY LTR TURY LTR TURY LTR TURY TURY TURY TURY TURY TURY TURY TURY TURY J TURY K O. V YP P YP P YP P YP P YP P '-0" V V YP P YP P YP P - - YP P '-0" V V YP P YP P YP P YP P YP P '-0" V V YP P YP P YP P YP P YP P '-0" V V YP P YP P YP P YP P YP P '-0" O. V YP P YP P YP P YP P YP P '-0" O. 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