The URL can be used to link to this page

20160115 Permit Pkg 02032016City of Yelm Community Development Department Building Division Phone: (360) 458 -8407 Fax: (360) 458 -3144 Applicant: Name: YELM COMMUNITY SCHOOLS Address: P.O. BOX 476 YELM WA 98597 Property Information: Site Address: 909 MILL RD SE Permit No.: 20160115 Issue Date: 2/03/2016 (Work must be completed within 180 days) Phone: 360- 458 -1900 Owner: YELM COMMUNITY SCHOOLS Assessor Parcel No.: 21725140100 Subdivision: Contractor Information: Name: YELM COMMUNITY SCHOOLS P Address: P.O. BOX 476 YELM WA 98597 Contractor License No.: pires: 0 /00 /00 Project Information: Project: BUILDING Description of Work: ADD DOUBLE CLASSROOM PORTABLE BLDG Sq. Ft. per floor: First Heat Type (Electric, Gas, Other): Second Third Garage Basement Lot: Fees: Item Contractor Fees BUILDING YELM COMMUNITY SCHOOLS $ 150.00 TOTAL FEES: $ 150.00 Applicant's Affidavit: I certify that I have read and examined the information contained within the application and know the same to be true and correct. I also certify that the proposed structure is in conformity with all applicable City of Yelm regulations including those governing zoning and land subdivision, and in addition, all covenants, easements and re tractions of cord. If applying as a contractor, I further certify that I am currently registered in tjJAate of 1l9sington. n., +e i i -7 Firm OFFICIAL USE ONLY # Sets of Prints: Final Inspection: Date: By: Citj of ?elm (36 ) 458 -3244 REC4: 00221290 210312016 OPER: CO TERM: 001 10:46 AM REF #: 3198 PAID BY: IRAN: 33.0000 BUILDING PERMITS 20160115 YELM COMMUNITYI CHOCLS 909 MILL RD SE BLDG 150.0E CR IRAN: 33.0000 BUILDING PERMITS 20160112 YELM COMMUNITYISCHOCLS 16525 100TH WAY SE BLDG 150.0(CR IRAN: 33.0000 BUILDING PERMITS 20160114 YELM COMMUNITYISCHOCLS 1315 YELM AVE W BLDG 150.0(CR TENDERED: 450.00 APPLIED: (HECK 450,00 - CHANGE: - 0.00 v w(5 CITY OF YELM COMMERCIAL BUILDING PERMIT APPLICATION FORM Project Address: 909 Mill Rd SE Parcel #: 21725140100 Zoning; Lei Current Use: N Proposed Use: Educational New Construction ❑ Re -Model / Re -Roof / Tenant Improvement Plumbing ❑ Mechanical i Fire Prevent/Suppress /Alarm ❑ Other Project Description /Scope of Work: Add double classroom portable building Project Value: $150,000.00 Building Area (sq. ft) Parking Garage 1St Floor 1792 2nd Floor 3rd Floor, Building Height 14'6" Are there any environmentally sensitive areas located on the parcel? No If yes, a completed environmental checklist must accompany permit application. BUILDING OWNER/TENANT NAME: Yelm community schools ADDRESS Pa Box 476 EMAIL CITY Yelm STATE WA ZIP 98597 TELEPHONE 360- 458 -1900 ARCHITECT /ENGINEER Ken Rasmussen LICENSE # WA 21543 ADDRESS EMAIL CITY STATE ZIP TELEPHONE 1- 800 - 682 -1422 GENERAL CONTRACTOR Modern Building Systems TELEPHONE 1- 800- 682 -1422 ADDRESS 9493 Porter Rd EMAIL CITY Aumsville STATE OR ZIP 97325 FAX 503 - 749 -4950 CONTRACTOR'S LICENSE # MODERBS272KC EXP DATE 12i1CITY LICENSE # PLUMBING CONTRACTOR TELEPHONE ADDRESS EMAIL CITY STATE ZIP FAX CONTRACTOR'S LICENSE # EXP DATE CITY LICENSE # MECHANICAL CONTRACTOR TELEPHONE ADDRESS EMAIL CITY STATE ZIP FAX CONTRACTOR'S LICENSE # EXP DATE CITY LICENSE # Copy of City Mitigation documentation (TFC). I hereby certify that the above information is correct and that the construction on, and the occupancy and the use of the above described property will be in accordance with the laws, rules and regulations of the State of Washington and the City of Yelm, j ., 1 1-12 -2c1b NA-0 Pa4lt�� Applicant's Signature Date Owner/ Contractor/ Owner's Agent/ Contractor's Agent/ Tenant (Please circle one.) All permits are non - transferable and will expire if work authorized by � "dof EV withi n 180 days of issuance, or if work is suspended or abandoned fo per180 days �. 1 14 ?G16 BY: -------------- - - - - -- (360) 458 -3835 105 Yelm Ave W (360) 458 -3144 FAX Yelm, WA 98597 www.ci.yelm.wa.us F 4aw ,Thurston Geodata Center - Parcel Search Data for Parcel No. 21725140100 Zoom Map to Parcel Google Earth (need to have Google Earth installed on you system) Google Maps Virtual Earth Please make sure to READ our DATA DISCLAIMER prior to utilizing our website for research View Assessor's Data for Parcel Owner(s): SCHOOL DISTRICT #2 Address: PO BOX 476 City: YELM State: WA, 98597 Page 1 of 3 Parcel No.: Site Address: Site City: Site Zip: 21725140100 909 MILL RD SE YELM 98597 Section: S25171 E Abbreviated Legal: 25 -17 -1 E PT NE4 NKA TR B BLA -8144 2407/527 Usecode: 68 Tax Code Area: 170 Taxable: Yes Annual Tax: View Property Taxes for Parcel Property Type: XMP Total Acres: 29.99 Land Value: View Assessor's Data for Parcel Building Value: View Assessor's Data for Parcel Total Value: View Assessor's Data for Parcel Current Use: N Exemptions: None Wetlands: Palustrine, Emergent, Excavated Floodzone: OUT Thurston Geodata Center - Parcel Search Medic Response District: Residential Outdoor Burning: Planning Region: Census Tract: Radio or Cell Tower: Airport Zone: Contamination: Medic 2 Residential Outdoor Burning is banned within the city limits and urban growth areas. 2 012412 No No Unknown Page 3 of 3 Thurston Geodata Center - Parcel Search Flood of 1999: Winter Flooding of 1996: High Groundwater Flood Hazards: Zoning: Commissioner District: Historic Site: Permitting Jurisdiction: Jurisdiction of Influence: Stormwater Rate: No Shooting Zone: Animal Control: Weed Containment Zone: Landslide Hazard Review Area - Slope A: Landslide Hazard Review Area - Slope B: Landslide Hazard Review Area - Slope C, D, E: Ground Water Sensitive Areas: DNR Natural Heritage Data: Mazama Pocket Gopher Indicator Soils: Marine Riparian Review Area - 300': Stream Riparian Review Area - 300': Wetland Review Area - 300': In 100 ft buffer of Shoreline Management Areas: FEMA Panel No.: Wellhead Protection Area: Area of Groundwater Concern: Elevated Nitrates: Soil Type: Hydric Soil: Watershed: Water Service Area: School Attendance District: Elementary School: Middle School: High School: School Taxing District: Fire Response District: Unconsolidated Fire Response District Fire Taxing District: Page 2 of 3 Unknown Unknown HGW Hazard - 300' Review Area ID, Sandra Romero - District 2 No YELM Same as Permitting Jurisdiction No No Contact Animal Control (360 -458- 3244). No Yes - Check with Permit Assistance Center Yes - Check with Permit Assistance Center Not mapped by GeoData No Unknown Yes - Check with Permit Assistance Center Unknown Unknown Yes - Check with Permit Assistance Center No 0365 Yes No No Spanaway gravelly sandy loam, 0 to 3% slopes; Everett very gravelly sandy loam, 0 to 3% slopes; Nisqually loamy fine sand, 3 to 15 % slopes; Spanaway gravelly sandy loam, 3 to 15% slopes; Alderwood gravelly sandy loam, 30 to 50% slopes Unknown YELM, CITY OF YELM SOUTHWORTH MILL POND AND YELM YELM View Assessor's Data for Parcel S.E. Thurston Fire Author Yelm View Assessor's Data for Parcel http: / /www.geodata.org /website /cadastral /resultsparcel.asp ?parcel= 21725140100 1/8/2016 C =GRANu 0) p O �Nax e� p4 N r � # (n W w a M p i 0 li R- V o N F- p L ® 4 x O x J N J l� '^ vJ N x a LU LJ.I Q x x , Zz g c m o a 0 J w o x ag Wm 5 cr td Z° mLP w rn ,_,j N Q < o= o Z N i y lid O o LL Q) w 0 c r LLI x a kkk� E z E tip o r Z N g c o w Z g] W J co c . cli p I-M a 0 0 Lo r U w w FQ QQ ® ° 133' w �J p O `fV J yW yy, �.�- °poiHE e{ i0 �r O w � I x 0 � o N V r O O 1° � N .lL 9 Ad -.9 .LL-19 .LL-.9 z a .OL-.EL U) w .8 dZ 0 m w � m J m J Lu o w a � in in O Z J QOZ�0 0 o W 0 g LL< °o 1: a:w(n zm R •0 ESE �0 N ri.... iHJ13H 9NI1133 ..0 -.8 m O O N g U LL' W_ d' �m j Lu in¢� O Q (Y fn Z J tr00 -0 0LL 0 m L�°Uo ainLL zm N.... c� I J NC N m r V m Z/ -X l-£ -/+.8/9 9 - A4l = iHO13H ONIddIHS W O C-1 m M !Y L6 J Q J w V J m m w �z @ U Z LL O Q z O M g � �o = :) � N a nu~izz ri.... iHJ13H 9NI1133 ..0 -.8 m O O N g U LL' W_ d' �m j Lu in¢� O Q (Y fn Z J tr00 -0 0LL 0 m L�°Uo ainLL zm N.... c� I J NC N m r V m Z/ -X l-£ -/+.8/9 9 - A4l = iHO13H ONIddIHS - ° O " M L6 w V J 0 LLO (SIN ' ro o N LL F � I I - 2 ❑ O (n � W Q U > 3 LLJ m U W W m m � I (D Q Z x ❑ _ in N Y _j m N w w w 0 x 0 0 M U) w a 0 Q ' Aga Z .� x +'4 R 0 L) � o 0 a0— orci � "a � II E o 'ao oWE I- I- Z owa��wgg a' Q Z w O W Zw� a0 w z Z~ Mil u.w_ N N�N!w� Z 0 U �ar��m�0� m a =?x Zmw�LO x U) 1 0, w J c9 .a ,< uj 0Q-LL Z Q¢=0in� Z_OOa �MowwQ Lo EE Ow-�� otf =LoEE Jz¢p = z> xginQ�� mwz I-¢wILW¢ wn WLLUas =g w w?w� COHmaW_ 00 Qa � � ?irH o om wl".0 Wgoo�O� U2� -LL O F-�tn I-HLL W. ¢w 2LL rnw0 ZwNwYO HO�Uw Pz Lou N�a¢O oW�LLOx Lu pwa0� mQ�z�r ;r ,--U Jai Q 03 °a0z0 =1 N�UL mw WW KOZwmm M -_lysp W�OZJa ¢0Qa 3WV2id x=JaQg o dSNb'2�l v,zorra m�z�� ❑w m w v °wW¢p of00EQLU QUJwaYaZ a W FW3m W x LL W W W Q I U w al-WO2 Has (n�J� p N J C r! W LO / 9 .Z y f^ swi L N NIW.9-,L N N w w w vJ p a / +.9-Z a U g J U U O ° � W IN A-3 U) ~ x x X z�0 F a x x �w0 w J N c0 x Lr ^ J J 4 a °a ru~ia ? z x F- C7 vao x ww � W Z z x rn rn , O 0 x C7 ~ Oz0 a a '0 x N2 ~ Z O wwm w F _ N v U a H w 2' l.L mow¢ v v a �w �g O cn W J C:) LL OW w Q Z U C/) U) J U) co o Z � O Z D m W a -- a O 1 w� ¢� ti a Jz Z v Q O x = K^ Z m N Q w _._... W f+J W U J > Y 0 p.o �3 : F x c7F v� z N Z N N pia mU <N FQ xp o p na v0 z N¢ rna aci �� w >w rnv x� o xxm �� o a� ao LL > LL > e 0 N N U W Q w X H N Z f V O 0 a F W _ w 000M 031VMuNn w U 3 O 4 z o 303J0301'NIW.9 p� mU a 0c xZ `n a ¢ M¢ �O Z #W A x° OU -W A 000M 031V3a1N(1 t�; 3 do A009 01'NIW .9 iii `? a N C7 3° CD 0 w w o z I'-' o = w zo.g� ?� w °o �Q� a LL >� wz F 0 C N6pw m m 0z X05® w Iz O_ CO U' w O w Z W 0 F d J F ° z ¢w'� Z mOOQwW j } Qp °ms 2>> O o6ZwZU2 ¢ FZ rc �mooi p a0w 7 XWW U O�FFFQ D Q WO �� r o za3aax w r= j p$ <? �_ F ¢ n oa� U z o woo M w=a�>Z u~i o oo �E °pig °< �QW o w -0 Wa�� ZN Z �Z 0�;0 W -Z z = p x�a n� ¢ a0 VHKWN ;wr Fao °o mUZVx�xa az Uv .�03 �W w O JZ ZWx p �w c7 QawOZN Z<n O —w m Op a = ° H � W W Fa� Fa-Z uai �? N Q 0 —g FF N (n Z J oaa p }U 68F-zZ w w Z- 3 }z zU� °v 'w( F-¢¢wUW C ww o o< ()�z a wCO�w o?UZO� 2 0w z �» w cl Z�Z }F--p W woO Jw ♦- �m Q W W U Q Z a p Z} p J �' 2 LL w F Z O w Of Q LL p OOa ozwrn ° OFOa pw o >¢ F00 WF- W (wnfwd ww a ZD— o Wj��QZ Z Ha �g wuo i m as aw E pUi� °o �a�iz� o j �g OF ¢>> W p�w �c�+� �2S 3 WO?�N �ww z J w 0 Wmm ypw O02�00> 0 (07a 00 W�U O `� Z w Z F p ¢❑ W w 2� 0 w Q d ¢� w z pp 0 0 wOJQ 08 Oa0 Ua �mz�cO7Ww p 3K Fqa ¢WF Z Qua 0� QW p WQ oQQLLmw!L 0 Ow �2 ZFo O 2 W J (� O W> Q m O W= O w J m W ¢ W F Z Qz? v�o n o az o� ~0J°a�w m nz o'o go0- ��R' pLLLL �— ZWQ.� =¢ O JW FK z z Omz� p00 00 >z_ s¢ �m�=O�H F �z na Oaf? O Q ��om 000 LLLL > !n am ¢U7�C)0 W J �p UQ QlnU d w l J z F J Y Z O Z Q U Z W Z p 0 K Z Fr'WQ CD wO0QF —W z FD Za ZFD U D 7 w' w'' ,g J z z MZ U) O OWpp 0 WW��HLLa a >0 0Up W &5 2 p pZZ w'a Z �'tW Z Q WF LL �¢¢O �i c'iFUWw xOf v M0 <oa r0U j w m N mil LO }[ N w w m w O = N H 3 'NIW ..9-3 IL 'NIW x.9-3 Q J J zQ' J w v U w` w x O d N G O U) x x O vi N Wa N U # x i� U) _J W LL w 0 00 F O v ° O O W tY w w Z pgwm J w can 0 p m ww _ 1 o H :5 g v Q r II Q w m ¢� ~o w U c' Z N Y o z W T II o cn w 'v ¢ 00 F- : ° FL Z X Q� —j O Oo ao_ ww_ Q w co = U x ~tn �Z as '� w O o J Lll X N 2 N O (7 d Q 0 `r~ UUQ cDrr °w D d �W _O S O m ti °gin ■`,� w.p � R i A � �4 ° OPT ° wwi��o � O LL o woziF O x U Go I x x x m W N a m N X F Q x v a U co O Z Z O O O O Z o Z o we -17 J d N N Qa �x Q� ~ w Ux 2 J �_ V O d O w w x N O 0 �a w 01 15 O V Q �W "O p ul Z a x x Z a U w 0 ° w w O W F # O n N cn U d o m O 4 V O rnz¢ C RW > w LO D CN r N W it `/� Q F- V % p W m w O = H j U � J 0 O CL a � a J D �J Z mz � W >Q a0 of o g w � Q j L W QW a 2�� 3 W 0 IL Q U J J J LL U' t n O f L Z 0 a W a' o o o g w ro ,g W F� W �^ W' vY o zUQ r O p m LU CO �a°i C)00 a I 2 a Q z o V) p x _ �� z OD U Z N Y c0» � � m W 11 O N M Y W V U- m O M Sa co W m w O 0 U ao N x a EE O N ,3 8 af�E ashy o$ i +.9- ,z�esg 830 °$ z 'oizgo€ wa yOD = O �i� m U f- Go O co Q�Q p x Q OOa "! m X� J Z H X W m LL U) a F Q W r z o iO 0 F- U O H � Q z T Oil zzv S2 a wv W M p W .9-J 3.. p M a U O J LL J N a o O m �0 Q� co U JZ J a' ~N Z [V O N w j j; a W C) ~ � x V � Z Z Q % LL Z pm aU a QN Xp W W 0 U J O O ON')Q 0 mO Z rnv w xa O ~ w m NN U a x 0 w DOOM 031V3uiNn p =10 3003 Ol 'NIW .9 Ww For Postal Delivery Applicant: Fill out completely Department of Labor and Industries od FB anu rer s o. Factory Assembled Structures ❑ actuCC CH I I Modern Building Systems, Inc. M -93 PO Box 44430 C CST Plans to returned t °: ress Olympia WA 98504 -4430 WA)Only 9493 Porter Road ❑ WA Rev /OR Courtesy CRY/state/7117 For Non - Postal Delivery (e g., FedX, UPNI / 11� ; ., (� , Courtesy Aumsvil /e, OR 97325 Department of Labor and Industries [3 I r State Factory Assembled Structures State 1D r> ci oci FOR DEPARTMENT USE ONLY 7273 Linderson Way SW tY Tumwater WA 98501 www.wa.gov/lni/FAS/ (case sensitive) �J PLAN APPROVAL REQUEST FACTORY BUILT STRUCTURES & COMMERCIAL COACHES ee .,*g : t e .. onn�E.ry7.j pp.. a p o. ateappr°v sp ralm Gale:._ Contact person's printed name: Date: Fee - closed: Don Wafl 1 311012016 $250.96 Signature: Phone No.: FAX No.: 503 - 749 -4949 503 - 749 -4950 New plan (Master design) (I Yr design) Renewal AP No. Addendum X AT No. Nat— Montifv nrirm —d— it— nn ninnct 12F851300136- See Initial MVU nlmg No tee requrrea appropriate Resubmittal App1ID WA for fees Plans reviewed by L &I listed professional _ Code cycles (month/year): IBC/IMC/UPC: 7 113 VIAQ: - / - NEC: 7 / 14 WSEC: 7 / 13 UFC: 7 / 13 Size of building: No. of Occupancy Width: 27'-8rr Length: 64' -0" Area (Sq Ft): 1770 Modules 2 group: E Type construction: Sub yr: SEC yr: Seismic Zone: V9 Classroom 2012 2014 1.50/0 Roof live load PSF: Wind load MPH -EXP: (PSF for CC) Floor load PSF: 30 140 /9 - 50 Plot plan submitted? ❑ Yes ■ No If "No ", provide distance from farthest projection to nearest building/property line: Front: 10, Rear: 10' Left side: 10, Right side: 10' Type heat: ❑Central ❑Hydronics ❑Baseboard ❑Fan powered .Other: SPVIHP forced air room beater Type of fuel: ■Electric ❑Natural gas ❑Propane ❑Oil ❑Other Insualtion Floor 30 Walls 21 Roof(Flat) Roof(Vault) 42 Heating zone: ■ aC ■ 5B values: WSEC compliance chapter: Energy calculations: Electrical service: ■ ❑ ❑ ❑ Attached E On rtle - APN 12F951300136 Amps 200A 120/240V Component Systems Prescriptive N/A p Heat Pump E Yes ❑ No kVA 45.7 Phase .1 []3 Performance Analysis Air conditioning E Yes ❑ No N/A Attached Anached0esign On I &I Review Professional Review file Structural calculations or test proposals ❑ N ❑ ❑ AP# Truss or rafter drawing(s) ❑ ❑ ❑ AN Truss plan if over 3 different trusses ❑ ❑ ❑ AP# S %Ar' Girder truss or ridge beam drawing ❑ ❑ ❑ AP# HVAC drawing ❑ 0 ❑ [J AP# 12F85130YII �V11/{yg� ��dB N Cross section and elevation ❑ 0 ❑ L3 AP# Foundation plan ❑ ❑ ❑ ■ AP# 12F851300 n a Electrical load demand calculation ❑ E ❑ ❑ AP #6/ / Panel box schedule/Electrical load talc's ❑ ❑ ❑ AN /e„ Chassis drawing (CC units only) E E3 ❑ AN f. CO Plumbing systems: 0 E] ❑ ❑ AP# CnON Operating pressure - to - No of fixtures 0 Total developed length - RETURN PLANS ❑ Regular mail VIA: ❑ Other F623 -006 -000 (PDF) plan approval request 11 -00 ■ Overnight @ customer's expense . Carrier Acet # Fedex Standard 164341453 U- �57014 I " fo ©UaiF ,Envelope Zones • gni 9 Wachinntnn State FnPmv Code ComDliance Forms for Commercial Buildings including R2 & R3 over 3 stories and all R1 Revised Oct 2013 Project Info Project Address KCDA 28x64 DMP Classroom (Addendum #12) Date 3/10/2016 For Building Department Use Compliance forms do not require a password to use. Instructional and Applicant Name: Modern Building systems, Inc. calculating cells are write - protected. Applicant Address: 9493 Porter Road Aumsville, OR 97325 Applicant Phone: 503- 749 -4949 Project Description E] New Building ❑ Addition ❑ Alteration ❑ Change of Occupancy /Conditioning Compliance Path 0 prescriptive 0 Component Performance 0 Total Building Performance Selection required to enable forms. Occupancy Group 0• Commercial 0 Group R - R2 & R3 over 3 stories and all R1 Selection required to enable forms. Vertical Fenestration and Total Vertical Gross Exterior Skylight Area Calculation Fenestration Above Grade % Vertical (rough opening) divided by Wall Area times 100 equals Fenestration If complying via the Prescriptive path, enter values for vertical fenestration, 96.0 — 1552.0 X 100 = 6.2% s ii hts, gross walls and roof on this E Gross Exterior V -SUM worksheet. If complying via the Component Performance path, enter these values in the ENV -UA worksheet. Total Skylight divided by Roof Area times 100 equals % Skylight These values auto-fill from ENV -UA and are write- protected on ENV -SUM. 0 . 0 - 1770.0 X 100 = 0.0% Vertical VERTICAL FENESTRATION AREA COMPLIES Fenestration Area Fenestration Area Compliance Skylight Area SKYLIGHT AREA COMPLIES Vertical Fenestration 0 50% or more of the floor area is within a daylight zone per C402.3.1.1 Alternates 0 High Performance Fenestration U- factors and SHGC per C402.3.1.3 Compliance Method ❑ Skylight area 3% or greater, VT -0.40 or greater Single Story Spaces ❑ Skylight effective aperture 1 % or greater, provide calculation Requiring Skylights ❑ Space eligible for exception Requires a minimum of 50% of floor area to be within a skylight daylight zone for specific space types. Refer to C402:3.2 for requirements. ❑ Project has semi - heated spaces as defined per C402.1.4 SiAiEOFI A111"VGTON ❑ r Applying wall exception to semi-heated spaces ASIAN, r 'Prop, 1. Semi - heated spaces may comply under Prescriptive or Component Performance comjilfeheocrION8 Semi- Heated Spaces path. 2. Semi - heated spaces shall be documented separately from other conditioned sp �lqr provide ''°°�r��T separate compliance forms for each conditioned space type. z l l 3. Envelope elements separating semi - heated from other conditioned spaces shall comply withzu (? exterior thermal envelope requirements. 8 J 0 tlysp F ❑ Walk -in Cooler ❑ Walk -in Freezer ` ECTfON F-1 Refrigerated Warehouse Cooler ❑ Refrigerated Warehouse Freezer' ' Refrigerated Spaces Refrigerated spaces shall comply under the Prescriptive Path only. Compliance documentation for these areas may be combined with non - refrigerated areas in the ENV - PRESCRIPTIVE form. Refer to C402.5 and C402.6 for requirements. Project includes more than one occupancy type and /or level of space conditioning. Multiple Mixed Occupancy and/or compliance forms may be required. Select all that apply to scope of project: Space Conditioning ❑ Commercial ❑ R2 & R3 over 3 stories and all R1 ❑ Refrigerated Space ❑ Fully Conditioned ❑ Semi - Heated ❑ Low Energy* ❑ R2 & R3 - 3 stories or less *Low energy areas are exempt from all thermal envelope provisions and compliance forms for these areas are not required. Refer to C101.5.2 for exemption. PROVEpoUS TMrs A%omponent Performance • • Zones • 2012 Washington State Enerqv Code Compliance Forms for Commercial Buildinqs includinq R2 & R3 over 3 stories and all R1 Revised Oct 2013 "rojectAddress &CDA 28x64 DMP Classroom (Addendum #12) Date 03/10/2016 Occupancy Group Q Commercial 0 Group R For Building Department Use Change in occupancy or space conditioning Q Note - Proposed UA may exceed Target UA by 10% per C101.4.4 and C101.4.5 Fenestration Area as % gross above -grade wall area 6.2% Max. Target: 30.0% Skylight Area as % gross roof area 0.0% Max. Target: 5.0% Vertical Fenestration Alternates: None Selected on ENV -SUM Notes: 1: If vertical fenestration or skylight area exceeds maximum allowed per C402.3.1, then Target Area Adjustment of all applicable envelope elements will be calculated by the compliance form. Refer to Target Area Adjustments worksheet for this calculation. 2: U- factors shall come from Appendix A, Chapter C303, or calculated per approved method as specified in C402.1.2. Building Component Proposed UA Target UA Provide source of U- factor, page /plan # of assembly detail & ID U- factor x Area (A) = UA (U x A U- factor x Area (A) = UA (U x A) Y R= ID: 0.034 cD R= ID: Above Deck insulation U -0.034 0 R= ID: N R= ID° 0.031 Metal Building U -0.031 m R= ID: CO R= ID: R= 42 ID: Sht. A3.1, Claculated U- Factor, See Attached 0.026 1770 46.0 0.021 1770 37.2 L R= ID: Single raft, attic, other U -0.021 O R= ID: I R= ID: o.oss R= ID: SteeUmetal frame U -0.055 R= ID: o R= ID: 0.052 Metal Building U-0-052 Q m R= ID: N R= ID: 3 R= 21 ID: Sht. A3.1, Claculated U- Factor, See Attached 0.055 1372 75.5 0.054 I 1372 1 74.1 Wood Frame, other U -0.054 (D o R= ID: o 3: R= ID: R= ID: 0.104 N m R= ID: Mass Wall U -0.104 R= ID: M R= ID: 0.104 m o 3�. R= ID: Assumed to be Mass Wall U -0.104 to m R= ID: 0 R= ID: R= ID: 0.031 Mass Floor m R= ID: o 2 R= ID: g1Haa LL 0 I R= 30 ID: Sht. A3.0, T.A105.1(1) Default (Joists, 0.029 1770 51.3 0.029 17 51.3 Joist/Framing� 'CT m R= ID: 0 Perimeter) 4'0 LL R= ID: F- factor x Perimeter = UA(U x A) F- factor x Pe (U x A) R= ID: 0.540 ipN °' -° m = R= ID: Slab -On -Grade U -0.54 z) R= ID: a R= ID: 0.550 Heated Slab -On -Grade U -0.55 cn W R= ID: = R= ID: 'Proposed non - residential CMU walls meeting Table C402.1.2 Area UA Area UA Footnote D requirements can use the target U -value of 0.104 rather Page 1 than Appendix A values. Show footnote requirements in plans. Subtotal F 4912 173 4912 163 Component Performance Compliance (UA) UA COMPLIES Component • • • Zones • ?n12 Washinaton State Enerov Code Compliance Forms for Commercial Buildinqs including R2 & R3 over: Revised Oct 2016 ?rojectAddress RCDA 28x64 DMP Classroom (Addendum #12) Date 03/10/2016 Fenestration Area as % gross above -grade wall area 6.2% Max. Target: 30.0% For Building Department Use Skylight Area as % gross roof area Max. Target: 5.0% Notes: 1: If vertical fenestration or skylight area exceeds maximum allowed per C402.3.1, then Target Area Adjustment of all applicable envelope elements will be calculated by the compliance form. 60 Refer to Target Area Adjustments worksheet for this calculation. 4912 2: Provide NFRC rated U- factor or default U- factor from Appendix A for the fenestration assembly 4912 thermal performance (combination of frame and glazing). Total 3: Fenestration that separates conditioned space from a non - conditioned or semi - conditioned 220 Building Component Proposed UA Target UA Provide source of U- factor, page /plan # of assembly detail & ID U- factor x Area (A) = UA (U x A U- factor x Area (A) = UA (U x A) o U= 0.22 ID: Door 1, Sht. A3.2, NFRC Certified 0.220 21 4.6 0.37 84 31.1 Opaque Swing Doors U -0.37 0 U= 0.22 ID: Door 2, Sht. A3.2, NFRC Certified 0.220 21 4.6 CM U= 0.22 ID: Door 3, Sht. A3.2, NFRC Certifies 0.220 21 4.6 3 U) U= 0.22 ID: Door 4, Sht. A32, NFRC Certified 0.220 21 4.6 CL w U= ID: 0.37 Opaque rollup & sliding U -0.37 - 0 U= ID: U= ID: U= 0.3 ID: Window A, Sht. A32, NFRC Certified 0.30 96 28.8 0.30 96 28.8 Non -Metal Frame U -0.30 U= ID: o U= ID: Z U= ID: U= ID: 0.38 g w U= ID: Metal Frame, Fixed U-0.38 `° m U= ID: N N U= ID: a� U_ U= ID: 0.40 a U= ID: Metal Frame, Operable U -0:40 cc U= ID: U= ID: v U= ID: 0.60 Metal Entrance Door 0-0:60 m U= ID: aa) U= ID: U= ID: a a, U= ID: 0.50 o, a U= ID: All types U -0.50 Y ~ U= ID: U) Q U= ID: To comply: 1) Proposed Total UA shall not exceed Target Total UA. 2) Proposed Total Area shall equal Target Total Area. Component Performance Compliance Area UA Area UA Page 2 Subtotal 180 47 180 60 Page 1 Subtotal 4912 173 4912 163 Total 5092 220 lgT�5092 222 (UA) tJ`A';Am LIES /�� ,IF� 1480,9A 44f �AppR ; ", DUS)�74E s�, 2016 ANA e'tz o Y-0 coO� F�T�oN At If vertical fenestration area exceeds maximum allowed per Section C402.3.1, then Target Area Adjustment of all applicable envelope elements is ,required. This worksheet automatically calculates these adjustments and updates target areas in the ENV -UA and ENV -SHGC worksheets. Information shown in this worksheet is for reference only and is write-protected. Submit this Target Area Adjustment form with ENV -UA and ENV -SHGC forms. VF = Vertical fenestration NW = Net above qrade wall (excludes fenestration and doors.) DR = Opaque doors Gross Exterior Above -Grade Wall Area= VF + NW + DR AG = Above -grade Proposed Areas Vertical Fenestration -> VF= 96. 0 Multiplier applied to all Total Vertical Excess Vertical Fenestration Fenestration 9 6. 0 ��- �� Opaque -> NW= 1372.0 DR= 84.0 Gross Exterior Max Vert. Fen. % Maximum Target AG Wall Area (0402.3.1) Vert Fen. Area 1552.0 X 30.0$ _ 100 = 465.6 calculate Target Above- I otal Vertical Delta Vertical Excess Vertical Fenestration Maximum Target Fenestration 0 Fenestration 96.0 - 465.6 = -3696 Fj greater = Vertical Fenestration Proposed Area Target VF Mult. Target Area Non -metal frame 96.0 X 1.00 = 96.0 Metal frame, fixed X Metal frame, operable X = Metal frame, entrance door X = Above -grade Wall Proposed Area Target Net Wall Mult. Target Area Steel Frame X = Metal Building - WoodIOtherframe 1372.0 X 1.00 = 1372.0 Mass X Target areas in shaded boxes are applied to target areas on ENV -UA _ Sum of target above-grade Sum of Proposed 1468.0 Sum of Target 01468.0 wall and vertical fenestration areas are calculated to equal the SHGC x A Adjustments sum ofproposed Non -North Vertical Fenestration Proposed Area Target VF Mult. Target Area PF <0.2 96.0 X 1.00 = 96.0 0.25 PF <0.5 X PF ? 0.5 X = SHGC target areas in shaded boxes are applied North Vertical Fenestration to target areas on ENV- PF < 0.2 X = `ortp SHGC 0.2:5 PF < 0.5 X AymF�E0pT 0c . PF?0.5 X - 5 48O. .qa -369.6 Multiplier applied to all Total Vertical Excess Vertical Fenestration Fenestration 9 6. 0 ��- �� Target Vertical Fenestration 9 6. 0 �� Total Vertical Fenestration _ 96-o Target VF Multiplier = 1. 0 0 Proposed Vertical Fenestration Areas to calculate Target Vertical Fenestration Area Net AG Wall Area Excess Fenestration 1372.0 + Target Net Wall Area = 1372.0 Net Wall - 1372.0 Target Net Wall Mult. = 1.00 Multiplier applied to all Proposed Opaque Above - Grade Wall Areas to UA Adjustments calculate Target Above- Vertical Fenestration Proposed Area Target VF Mult. Target Area Non -metal frame 96.0 X 1.00 = 96.0 Metal frame, fixed X Metal frame, operable X = Metal frame, entrance door X = Above -grade Wall Proposed Area Target Net Wall Mult. Target Area Steel Frame X = Metal Building - WoodIOtherframe 1372.0 X 1.00 = 1372.0 Mass X Target areas in shaded boxes are applied to target areas on ENV -UA _ Sum of target above-grade Sum of Proposed 1468.0 Sum of Target 01468.0 wall and vertical fenestration areas are calculated to equal the SHGC x A Adjustments sum ofproposed Non -North Vertical Fenestration Proposed Area Target VF Mult. Target Area PF <0.2 96.0 X 1.00 = 96.0 0.25 PF <0.5 X PF ? 0.5 X = SHGC target areas in shaded boxes are applied North Vertical Fenestration to target areas on ENV- PF < 0.2 X = `ortp SHGC 0.2:5 PF < 0.5 X AymF�E0pT 0c . PF?0.5 X - 5 48O. .qa iSkylight Target Adjustment Calculations if skylight area exceeds maximum allowed per Section 0402.3.1, then Target Area Adjustment of all applicable envelope elements is required. This I worksheet automatically calculates these adjustments and updates target areas in the ENV -UA and ENV -SHGC worksheets. Information shown in this SKY = Skylight NR - Net roof excludes s li ht Gross Exterior Roof Area = SKY + NR Proposed Areas Skylight (Horizontal Fenestration) -> SKY= Opaque Roof -> NR= 1770.0 Gross Exterior Max Skylight % Maximum Skylight Roof Area (0402.3.1) Fenestration Area Multiplier applied to all Proposed Opaque Roof 1770.0 X 5.09. — 100 — 88.5 Total Skylight Area Maximum Target Delta Skylight Area 0 Excess _ 88.5 = -88.5 II greater = -88.5 Total Skylight Area Excess Skylight kl, Target Skylight Area Total Skylight Area I I _ Net Roof Area Excess Skylight Target Net Roof Area Net Roof 1770.0 + = 1770.0 — 1770.0 UA and SHGC x A Adjustments Target SL Multiplier Multiplier applied to all Proposed Skylight to Trget to calculate Target SkylightArea Skylight Proposed Area Target SL Mult. rTarget Area All X F� — Roof Proposed Area Target Net Wall Mult. Target Area Target areas in shaded _ boxes are applied to target Insulation Above Deck X areas on ENV -UA Metal Building X Attic /All Others 1770.0 X 1.00 = 1770.0 Sum of target roof and skylight areas are Sum of Proposed 1770.0 Sum of Target 1770.0 calculated to equal the sum of proposed SlATEp58 LA/VGr0,V Bpr EViEW OF SECTl NAP RD �ODUStRi�s AiypF �© ftp, 770N Target Net Roof Mult. Multiplier applied to all Proposed Opaque Roof Areas to calculate Target Target SL Multiplier Multiplier applied to all Proposed Skylight to Trget to calculate Target SkylightArea Skylight Proposed Area Target SL Mult. rTarget Area All X F� — Roof Proposed Area Target Net Wall Mult. Target Area Target areas in shaded _ boxes are applied to target Insulation Above Deck X areas on ENV -UA Metal Building X Attic /All Others 1770.0 X 1.00 = 1770.0 Sum of target roof and skylight areas are Sum of Proposed 1770.0 Sum of Target 1770.0 calculated to equal the sum of proposed SlATEp58 LA/VGr0,V Bpr EViEW OF SECTl NAP RD �ODUStRi�s AiypF �© ftp, 770N Calculation Zones • 9,19 Wachinnfnn data F—, Fnrms fnr CnmmPrcial Ruildinas includina R2 & R3 over 3 stories and all R1 Revised Oct 2013 Project Address &CDA 26x64 DMP Classroom (Addendum pie) Date 03/10/2016 Fenestration Area as %gross above -grade wall area 6.2% Max. Target: 30% For Building Department Use Skylight Area as % gross roof area Max. Target: 5% Vertical Fenestration Alternates: None Selected on ENV -SUM Notes: 1 - Proposed vertical fenestration and skylight areas entered in ENV -SHGC must match proposed fenestration areas in ENV -UA. 29 2 - If Target Area Adjustment is required per ENV -UA, then target areas will be automatically 0.40 adjusted in ENV -SHGC. Refer to Target Area Adjustments worksheet for this calculation. 0.25PF <0. 3 - Provide NFRC rated SHGC or default from Table C303.1.3(3) for fenestration assembly SHGC. "0t 4 - Fenestration that separates conditioned space from a non - conditioned or semi - conditioned 0 space shall be included in this worksheet. Skylights Proposed SHGC Target SHGC Provide source of SHGC, page /plan # of assembly detail & ID SHGC x Area (A) = SHGC x I SHGC x Area (A) = SHGC x A ID: 0 0 0.35 SHGC 0.35 ID: 0 1 ID: ID: 0 ID: applied to the proposed design, Target ID: 0 ID: SHGC will sum fenestration area by PF category_ ID: 0 Totals Totals ID: 0 All Non -North Vertical Fenestration+ Proposed SHGC Target SHGC ++ Provide source of SHGC, page /plan # of assembly PF SHGC' x Area (A) = SHGC x A detail & ID PF SHGC x Area (A) = SHGC x A Category ID: Window A, Sht. A3.2, NFRC Certified o 0.30 96 29 PF<0.2 0.40 96 38.4 0.25PF <0. 0_4s "0t ID: 0 PF 2:0.5 0 »64 ECT /0- ID: 0 0 ++ if projection factor (PF) credits are ID: 0 1 ID: 0 applied to the proposed design, Target ID: 0 SHGC will sum fenestration area by PF category_ ID: 0 ID: 0 ID: 0 ID: 0 + if projection factor credit is applied, then vertical Totals 9 6 . 0 2 8 . e Totals 9 6 . 0 38.4 fenestration must be entered in the correct table according to orientation. If credit is not applied then all vertical fenestration can be entered in either table. Note: Fenestration that separates conditioned space from a non - conditioned or semi - conditioned space shall be listed here with a proposed SHGC equal to the target value. North Vertical Fenestration+ Proposed SHGC Target SHGC ++ Provide source of SHGC, page /plan # of assembly PF SHGC' x Area (A) = SHGC x A detail & ID PF SHGC x Area (A) = SHGC x A Category ID: ID: o 0 PF <0.2 0.25PF <0. 0.44 'L.aP ��`� . "0t ID: 0 PF 2:0.5 0 -45 ECT /0- ++ If projection factor (PF) its are applied ID: 0 ID: ID: ID: 0 0 1 0 1 to the proposed design, THGq will sum fenestration area by PF category. 4 Air) North Total IN /'6�TIr)N Area JSHGCxAJ Area JSHGcxAJ To comply, the Proposed total SHGC x A for all fenestration (vertical Grand I Grand & skylights) shall not exceed the Target total SHGC x A. Total 96.0 28.8 Total 96.0 38.4 N FQOUSTRIFS Component Performance Compliance (SHGC) SHGC COMPLIES STATE OF WASHINGTON D FASPLANREVIEWSE0F LA30RAD INDUSTRIES i MAR AND 1 Ec I TO CODE NSpECTION Building Permit Plans Checklist, •• 2012 Washington State Energy Code Compliance Forms for Commercial Buildings including R2 & R3 over 3 stories and all R1 Project Address sCDA 28x64 DHP Classroom (Addendum #12) Date 3/10/2016 The following information is necessary to check a building permit application for compliance with the building envelope requirements in the Washington State Energy Code�App.b Commercial Provisions. ty Code Location in Building ) Section Co mponent Compliance information required in permit documents Documents Department Notes SCOPE na C101.5.2 Low energy spaces Low energy spaces identified on plans na C101.5.2.1 Semi - heated spaces Semi - heated spaces identified on plans C402.1.4 C402.5 Cooler and freezer Walk -in and refrigerated warehouse cooler and freezer spaces identified on na C402.6 spaces plans na C101.4.6 Mixed occupancy Spaces with different occupancy requirements identified on plans Change of Existing F, S and Uoccupancy building spaces undergoing a change of na C101.4.4 occupancy /space occupancy or space conditioning that require compliance are identified on C101.4.5 conditioning plans ENVELOPE PROVISIONS yes C303.1 Insulation Indicate identification mark shall be applied to all insulation materials Ao z identification . C303.1.3 Fenestration product Fenestration products shall be labeled with rated 1-1-factor, SHGC, VT, and yes C402.4.3 rating leakage rating A3.2 Indicate installation methods, thicknesses, densities and clearances to achieve C303.1.1 General insulation the intended R -value of all insulation materials; yes C402.2 installation Where two or more layers of rigid insulation will be used, indicate that edge joints between layers are staggered A3.1 & S3.0 Indicate R- value(s) of cavity /continuous insulation on roof sections; Indicate framing materials on roof sections; Indicate method of framing for ceilings below vented attics and vaulted ceilings yes C402.2,1 Roof assembly per Al 02.2 (std, adv); insulation Provide area - weighted calculations for sloped insulation installed entirely above deck; Indicate R- values for thermal spacers and each insulation layer, and liner system (LS) method for metal building roofs A3.1 a S3.0 Skylight curb Indicate curb insulation R -value on roof section if not included in skylight NFRC na C4022.1 insulation rating - Indicate R- value(s) of cavity /continuous insulation on wall sections; Indicate framing materials on wall sections; Indicate method of framing for wood const per A103.2 (std, int, adv); C402.2.3 below grade yes C4022.4 wall insulation wall in Indicate mass of masonry walls; C303.2.1 Indicate loose -fill core insulation material, percentage of cores filled, and frequency of grouted cores and bond beams for masonry walls; Indicate method of protection of exposed exterior basement/crawlspace wall insulation A3.1 a 93.0 Walk -in /refrigerated Indicate insulation R- values of ceilings, walls, doors, floors on sections; na C402.5 warehouse cooler Indicate method of minimizing door infiltration; C402.6 and freezer insulation Indicate type(s) of transparent doors and windows - Indicate rated U- factor (swinging) orR -value (roll -up /sliding) on wall sections - y es C402.2.7 Opaque doors applies to doors with less than 50% glazed area A3.2 Indicate R- value(s) of cavitylcontinuous insulation on floor sections; Floor over outdoor or yes C402.2.5 unconditioned space Indicate framing material on floor sections; insulation Indicate mass of masonry floors A3.1 S3.0 Indicate R -value of continuous insulation on wall section or foundation detail; S Arr pF C402.2.6 Slab -on -grade floor Indicate insulation extends down vertically and /or horizontally the required �ASHING70N na C3012.1 insulation distance from top of slab; PAS P(,AN REVf ll, o "LA AN Indicate method of protection of exposed exterior slab edge insulation SECT/pNApp C IN Indicate R -value of continuous insulation on wall section or foundation detail; M C402.2.6 Radiantly heated sla Indicate insulation extends down vertically from top of slab and then horizontally t f t 1 na C303.2.1 on -grade floor under the entire slab; f insulation 'SUB Indicate method of protection of exposed exterior slab edge insulation JC Indicate insulation R behind radiant U- bend /headers and bottom aj Lt: PECj7QN C4022.6 Radiant heating -value panels, na system insulation surface of radiantly heated floors (other than radiantly heated slab-on-grade) USTRIES Building Permit Plans Checklist, •• 2012 Washington State Energy Code Compliance Forms for Commercial Buildings including R2 & R3 over 3 stories and all R1 Project Address RCDA 28x64 D14P Classroom (Addendum #12) Date 3/10/2016 Applicability Code Location in Building (yes,no,na) Section Component Compliance information required in permit documents Documents Department Notes Vertical fenestration Provide calculation for total vertical fenestration area as percentage of gross yes C402.3.1 maximum area above grade wall area FMv_suM na 0402.3.1.2 Skylight maximum Provide calculation for total skylight area as percentage of gross roof area area Indicate U- factors, SHGC and VT values in fenestration schedules; C402.3.3 U- factors, SHGC and An area - weighted U -value may be used for all fenestration elements that qualify yes C402.3.1.3 VT for all fenestration within the same fenestration category per Table 0402.3; C303.1.3 assemblies Indicate if values are NFRC or default. If default then specify frame type, glazing layers, gap width, low-e coatings, gas -fill. A3.2 Increased max. Provide calculations showing that percentage of overall conditioned floor area C402.3.1.1 vertical fenestration in the daylight zone is equal to or greater than 50 %; na Chap.2 area with daylighting Indicate method of daylighting control in lighting equipment schedules; Definition controls Indicate VT of vertical fenestration is at least 1.1 times the rated SHGC Increased max. Indicate high performance LI- factors and SHGC values in fenestration na C402.3.1.2 vertical fenestration rschedules; area with high- An area - weighted U -value may be used for all fenestration elements that qualify performance glazing within the same fenestration category per this section 0402.3.3 Permanent shading Provide projection factor calculations (Equation C4-2) and associated SHGC na 0402.3.3.1 devices multipliers for north and non -north orientations Provide calculations for percentage of conditioned floor area located within a skylight daylight zone; Provide calculations for percentage of skylight area to daylight zone under na C40P.8,2 Single story spaces skylights, OR; requiring skylights Provide calculations for percentage of overall skylight effective aperture (Equation C4-1); Indicate haze factor of skylight glazing material or diffuser AIR LEAKAGE Indicate location of continuous air barrier on plans and sections; 0402.4.1.1 Air barrier yes 0402.4.2 construction and Provide details for all joints, transitions in materials, penetrations in air barrier sealing and note method of sealing (caulked, gasketed, or other approved method) A0.2 Indicate locations of all stairway and shaft vents; Provide leakage rating of motorized dampers in mechanical equipment na C402.4.5.1 Stairway and shaft schedules; vents Indicate method of emergency operation - activation of fire alarm or interruption of power Indicate locations of all outside air intakes, exhausts and relief outlets, including Outdoor air intakes, those integral to mechanical equipment; yes C402.4.5.2 exhausts and relief Provide in mechanical equipment schedules leakage rating of dampers, identify Mo. 1 a Bard openings whether motorized or gravity, and note any exceptions taken specs Recessed lighting in Indicate IC rating of fixtures in lighting equipment schedules; na C402.4.8 building envelope Indicate method of sealing between light fixture housing and wall or ceiling na C402.4.6 Loading dock seals Indicate weather seal at cargo and loading dock doors Indicate locations and dimensions of vestibules; na C402.4.7 Vestibules For unconditioned vestibules, indicate which envelope assembly (interior or exterior) complies with the requirements for a conditioned space Indicate air barrier test method in accordance with ASTM E779 or approved equivalent; C402.4 - Air barrier building Include the following requirements in project documents: (1) air barrier test yes 1.2.3 test report shall be submitted to jurisdiction once test is completed; (2) if test results exceed 0.4 cfmtft2 at 0.3 in. wg then visually inspect air barrier and seal noted sources of leakage; (3) submit a follow -up report to jurisdiction noting corrective measures taken Sj 2 If "no" is selected for any question, provide explanation: Fq "" "" "t�'L CF EC71CNAppRCVEC TRI S MAR zore AND 1EL() )NSpCODE ECTION End of Building Permit Plans Checklist Wall U -Value (LAP- Gyp.Standard Framing) At Fra ing Members (19% Layers A B C D E F `o `o X c Layer Description Detail R -Value Exterior Surface Moving Air 1S MPH x ...'. 0.170 A Siding 5/16" Cement -Fiber Panel 0.060 B Ext. Sheathing 5/8" Gyp. Bd. 0.560 C Studs 2 x 6 DF at 16" O.C. 5.830 D E Int. Sheathing 5/8" Gyp. Bd. 0.560 F Int. Finish 1/2" Tackboard 1.320 Interior Surface Still Air 0.680 Total R- Values 9.180 U -Value (1 /11- Value) 0.109 At Insulation 77% Layers A B C D E F `o o X Layer Description Detail R -Value Exterior Surface Moving Air 1S MPH " 0.170 A Siding 5/16" Cement -Fiber Panel 0.060 B Ext. Sheathing 5/8" Gyp. Bd. 0.560 C D Insulation R -21 Fiberglass Batts 21.000 E Int. Sheathing 5/8" Gyp. Bd. 0.560 F Int. Finish 1/2" Tackboard 1.320 Interior Surface Still Air 0.680 Total R- Values 24.350 U- Value(1 /R- Value) 0.041 At Headers 4% Layers A B C D E F `o o v v w c Layer Description Detail R -Value Exterior Surface Moving Air 15 MPH «"' `' ,� drr'�w,' e mw u 0.170 A Siding 5/16" Cement -Fiber Panel 0.060 B Ext. Sheathing 5/8" Gyp. Bd. 0.560 C Headers 4x DF (Vertical) 3.710 D Insulation R -12 Rigid Foam (2 ") 12.000 E Int. Sheahting 5/8" Gyp. Bd, 0.560 F Int. Finish 1/2" Tackboard 132Q A E Interior Surface Still Air , 0.680 Total R- Values 19.060 U -Value (1 /R- Value) OA52 'F WASHINGTON DEPT OF I,ABORAND INDUStRI� FAS PLAN REVIENf SECTION APPROVED MAN 2 1 2016 U -Value at Framing 0.109 x 0.19 = ! A��(TroCO `iDE FIELD I,,SpecDIE U -Value at Insulation 0.041 x 0.77 = 0.032 U -Value at Headers 0.052 x 0.04 = 0.002 Total Wall U -Value 0.055 Wall U -Value (T -11- Gyp.- Standard Framing) At Fra ing Members (19% Layers A B C D €, F `o `o X c Layer Description Detail R -Value Exterior Surface Moving Air 15 MPH 0.170 A Siding T -11- Duratemp 1.155 B Ext. Sheathing 5/8" Gyp. Bd. 0.560 C Studs 2 x 6 DF at 16" O.C. 5.830 D E Int. Sheathing 5/8" Gyp. Bd. 0.560 F Int. Finish 1/2" Tackboard 1.320 Interior Surface Still Air 0.680 Total R- Values 10.275 U -Value (1 /11- Value) 0.097 At Insulation 77% Layers A B C D. E F `o `o w Layer Description Detail R -Value Exterior Surface Moving Air 15 MPH 0.170 A Siding T- 11- Duratemp 1.155 B Ext. Sheathing 5/8" Gyp. Bd. 0.560 C D Insulation R -21 Fiberglass Batts 21.000 E Int. Sheathing 5/8" Gyp. Bd. 0.560 F Int. Finish 1/2" Tackboard 1.320 Interior Surface Still Air 'x, k 0.680 Total R- Values 25.445 U- Value (1 /R- Value) 0.039 At Headers 4% La y ers A B C D f F `o `o X c Layer Description Detail R -Value Exterior Surface Movin g Air 15 MPHr 4 } 0.170 A Siding T- 11- Duratemp 1.155 B Ext. Sheathing 5/8" Gyp. Bd. 0.560 C Headers 4x DF (Vertical) 3.710 D Insulation R -12 Rigid Foam (2 ") 12.000 E Int. Sheahting 5/8" Gyp. Bd. 0.560 F Int. Finish 1/2" Tackboard 1.322x0 Interior Surface Still Air : y flog � Y H,�+ .< 0.6'�dre Total R- Values 20.155 U -Value (1 /R- Value) 0.050 U -Value at Framing 0.097 x U -Value at Insulation 0.039 x U -Value at Headers 0.050 x Total Wall U -Value 0.19 = 0.77 = 0.04 = VVASHINGrONDEpT `AS PLAN REVEt, S OFLASOR AND IND S ECitONAPp JROVED NA R 0018 t Zulu SU13JEC ANp �l.��yFO CODS SPECT1pN n nn 1) 0.050 Interior • • Summary LTG-Sum 2012 Washington State Energy Code Compliance Forms for Commercial Buildings including R2 & R3 over 3 stories and all R1 Revised Jan 2014 ,Project Info Project Address KCDA 28x6411 DMP Classroom (Addendum #12) Date 3/10/2016 Compliance For Building Department Use forms do not require a password to Applicant Name: Modern Building Systems, Inc. Instructional and calculating cells Applicant Address: P.O. Box 110 Aumsville, OR 97325 Applicant Phone: 503 - 749 -4949 are write- Project Description New Building ❑ Addition ❑ Alteration ❑ Plans Included Lighting Compliance Path Lighting Power Density Calculations Q Total Building Performance (If Total Building Performance then only LGT -CHK is required.) Lighting Power Allowance Q Building Area Method Q• Space-6y -Space Method Method Selection required to enable LPA forms Interior Lighting System Lay -in ceiling LED fixtures controlled by occupancy sensors, daylight sensors and /or Description wall switches. Briefly describe lighting system type and features. Additions and Change of Space Use (C101.4.3 & C101.4.4) ❑ Addition area or Change of Space Use area complies with all applicable provisions as stand alone project ❑ Addition area is combined with existing building lighting systems to demonstrate compliance with all applicable provisions per C101.4.3 Provide Building Area Method (LTG - INT -BLD) or Space -By -Space Method (LTG -INT- SPACE) Compliance Form. Document maximum allowed and proposed (including existing ff applicable) lighting wattage of Addition or Change of Use space. Provide applicable lighting controls per C405.2 and commissioning of lighting controls per C405.13. Alterations, Renovations and Repairs (C101.4.3.1) ❑ 60% or more of luminaires in space replaced Provide Building Area Method (LTG - INT -BLD) or Space -By -Space Method (LTG - INT - SPACE) Compliance Form. Document maximum allowed wattage within the lighting retrofit space in Maximum Allowed Wattage table and proposed (including existing) lighting wattage in Proposed Wattage table. Retrofit and non - retrofit spaces shall be documented separately using multiple forms. ❑ Less than 60% of luminaires in space replaced Provide a separate Space -By -Space Method (LTG -INT- SPACE) Compliance Form for this retrofit area. Document existing total wattage within the lighting retrofit space in cell provided in the Maximum Allowed Wattage table. Document proposed (including existing) lighting wattage in the Proposed Wattage table. ❑ Lamp and /or ballast replacement within existing luminaires only — existing total interior building wattage not increased ❑ New wiring installed to serve added fixtures and /or fixtures relocated to new circuit Provide applicable manual lighting controls (C405.2.1), occupancy sensors (C405.2.2.2), daylight zone c$�Alfff(VQ4(?FeoEpyecifrc IAgOR AN application controls (C405.2.3), and commissioning of lighting controls per C405.13 FAS PLAN REVtEVy SEOT` ❑ New or moved lighting panel i Provide all applicable lighting controls as noted for New wring, automatic time switch controls (C405.2.2.1), and co iokn4'F6V1 Jhg controls per C405.13. ❑ Space is reconfigured - luminaires unchanged or moved only TO CODE APO Provide all applicable lighting controls as noted for New Wiring and commissioning of lighting controls per C405. A D FIELD INSpECTION ❑ No changes are being made to the interior lighting and space use not changed. INDUSTRIES ED 2012 Washington State Energy Code Compliance Forms for Commercial Buildings including R2 & R3 over 3 stories and all R1 Revised Jan 2014 Project Address KCDA 28x84 II DMP Classroom (Addendum #12) Date 3/10/2016 Lighting Alterations, Renovations & Building Additions For Building Department Use 0 Less than 60% 0 60% or more 0 Stand alone 0 Addition Classroom A Notes: 8 a. Lighting fixtures in a building addition may comply as a stand alone project, or they may be 704 combined with the overall existing bldg lighting to demonstrate compliance. Refer to C101.4.3. 3 -Tube T8 32W Fluorescent Lay -in with Elect Ballast b. For retrofits and building additions, provide Space Types and gross interior areas in the 88 Maximum Allowed Lighting table. If a builidng addition will comply as combined with the overall existing builidng, include all applicable existing Space Types and gross interior areas. c. Document new fixtures and all existing to remain fixtures in the Proposed Lighting table. d. If less than 60% of existing fixtures will be replaced, provide total existing lighting wattage (prior to retrofit) in the space provided in the Maximum Allowed Lighting table. Maximum Allowed Lighting Wattage Location (plan #, owe Gross Interior Watts Allowed room #) Space Type* Watts per ft2 Area in ftz (watts/tf x area) Classroom Classroomllectureltraining 1.24 855 1060 Classroom B Classroomllecturettraining 1.24 855 1060 °° .... uf'r..< ` Select Table C405.5.2(2) category from drop down menu. ** For atriums, indicate height. Allowed wattage for first 40 feet is 0.03 W /ft. ht., above 40 feet is 0.02 W/ft. ht. Proposed Lighting Wattage Area Allowed Watts Total 1710 2120 Location (plan #, room #) Fixture Description— Number of Fixtures Watts/ Fixture Watts Proposed Classroom A 3 -Tube T8 32W Fluorescent Lay -in with Elect Ballast 8 88 704 Classroom B 3 -Tube T8 32W Fluorescent Lay -in with Elect Ballast 8 88 704 °° Total Proposed Watts may not exceed Total Allowed Watts for Interior Lighting Total Proposed Watt 1408 * ** include existing to remain lighting fixtures and exempt lighting equipment per notes below. Notes: proposed lighting STATE OF WASHINGT N DE T OF LABOR AND INDUSTRIES 1. include ALL ro osed li htin fixtures. FAS PLAN,gF 2. For proposed Fixture Description, indicate fixture type, lamp type (e.g. T -8), number of lamps in the fixture, and ballast type (if inc u O. NOAPPROVED track lighting, list the length of the track (in feet) in addition to the fixture, lamp, and ballast information. 3. For proposed Watts✓Fixture, use manufacturer's listed maximum input wattage of the fixture (not simply the lamp wattage) ar�lt�jter�crjterjp as specified in Section C405.5.1. For line voltage track lighting, list the greater of actual /uminaire wattage or length of track muj�ip /r byytt:�lljj or as applicable, the wattage of current limiting devices of the transformer. For low voltage track lighting list the transformer rated wattage. 4. For fighting equipment eligible for exemption per C405.5.1, note exception number and leave Watts/Fixture blank. SUBJECT T 5. Document existing to remain fixtures in Proposed Lighting table in the same manner as new fixtures. Identify as existing Ad�1Q MR-M 6. If #NA appears in Retail Display cells, information on LTG- INT- DiSPLAYis incomplete.ON Interior Lighting Power Allowance COMPLIES Exterior • • Summary LTG-EXT 2012 Washington State Energy Code Compliance Forms for Commercial Buildings including R2 & R3 over 3 stories and all R1 Revised Jan 2014 Project Info Project Address: KCDA 28x6411 DMP Classroom (Addendum #12 Date 3/10/2016 Watts/ For Building Department Use Tradable Surface Applicant Name: Modern Building Systems, Inc. ApplicantAddr: P.O. Box 110 Aumsville, OR 97325 Applicant Phone: 503- 749 -4949 Project Description Q New Building ❑ Addition ❑ Alteration ❑ Plans Included Lighting Zone As specified by jurisdiction. Zone selection required to enable LTG -E> T form ❑ Zone 1 O Zone 2 Q Zone 3 O Zone 4 Compliance Option Lighting Power Density Calculations ❑ Total Building Performance Building Grounds Applies to luminaires > 100 Watts ❑ Efficacy> 60 Iumens/W ❑ Controlled by motion sensor ❑ Exemption (list) Exterior Lighting Alterations ❑ No changes are being made to the existing exterior lighting ❑ New wiring installed to serve added fixtures and /or fixtures relocated to new circuit Provide applicable exterior lighting controls per C405.2.4 and commissioning per Tradable Maximum Allowed Lighting Wattage Base Site Allowance: 750 Tradable Surfaces Surface Description Allowed a s per ff or per If Area (W), perimeter (If) or # of items Allowed Wafts x ff (or x If) main Entry Door Door #1 30W /LF door width 3 90 other Entry Door Door #2 20W /LF door width 3 60 Other Entry Door Door #3 20W /LF door width 3 60 Other Entry Door Door #4 20W /LF door width 3 60 Total Allowed Tradable Watts: 270 Tradable Proposed Lighting Wattage (Use mfgr listed maximum input wattage for luminaire.) Total proposed tradable watts may not exceed the sum of total allowed tradable Total Proposed Tradable Watts:(— 126 watts plus the base site allowance. Any base site allowance not needed to make I� tradable watts comply can be applied to individual non - tradable categories. Non - Tradable Maximum Allowed Lighting Wattage Base Site Allowance Remaining: 750 Number of Watts/ Watts Tradable Surface Fixture Description Fixtures Fixture Proposed Main Entry Door 42W Compact Fouresent Wall Pack w/ 1 42 42 Photocell NAR 42W Compact Fouresent Wall Pack w/ Other Entry Door 1 42 42 Photocell Other Entry Door 42W Compact Fouresent Wall Pack w/ 1 42 42 Photocell Total proposed tradable watts may not exceed the sum of total allowed tradable Total Proposed Tradable Watts:(— 126 watts plus the base site allowance. Any base site allowance not needed to make I� tradable watts comply can be applied to individual non - tradable categories. Non - Tradable Maximum Allowed Lighting Wattage Base Site Allowance Remaining: 750 Non - Tradable Surfaces Surface Description Allowed Watts per fe or per If ArnV erimeter (If) or # ',f Al ; ^, Allowed Watts ,,P or x If) i APPgr),Ica NAR Non - Tradable Proposed Lighting Wattage Non - Tradable Surface Fixture Description Number of Fixtures W FIEL p Fixture NSP omits NJ00spd Non- tradable proposed watts may not exceed allowed watts for any individual surface unless the total excess watts for all non - tradable surfaces are less than the remaining site allowance. Total excess Non - Tradable watts: Site Allowance Balance: a 750 USTRIf:S Lighting, Motor, and Transformer Permit Documents Checklist LTG-CHK, 2012 Washington State Energy Code Compliance Forms for Commercial Buildings including R2 & R3 over 3 stories and all R1 Revised Jan 2014 Project Address KCDA 28x64 It DM Classroom (Addendum #12) Date 3/10/2016 The following information is necessary to check a permit application for compliance with the lighting, motor, and transformer requirements in the Washington State Energy Code, Commercial Provisions. Applicability Location in Building Department (yes,no,na) Code Section Component Compliance information required in permit documents Documents Notes LIGHTING CONTROLS (Section C405.2) Indicate on plans the manual control type & locations served; E0.1 & E1.0 0405.2.1.1 Manual interior Indicate of plans the 50% lighting load reduction method Exception 2 Yes C405.2.1.2 lighting controls provided or identify exception taken Indicate lighting system automatic shut -off capability - identify E0.1 & E1.0 lighting zone areas served on plans; Automatic tim e Indicate locations of override switches on plans and the areas -- - Yea 0405.2.2.1 switch controls and override switching served, include area sq. ft.; N/A Indicate locations where automatic shutoff is provided by other E1.0 methods (occupancy sensor, daylight controls, etc) Yes C405.2.2.2 Occupancy sensors ,indicate on plans the locations served by occupancy sensors E1.0 Daylight zones - Indicate vertical fenestration primary and secondary daylight E1.0 Yes C405.2.2.3 Vertical fenestration zone areas on plans, include sq. ft.; and skyiights Indicate skylight daylight zone areas on plans, include sq. ft. N/A Indicate on plans the locations served by daylight zone controls; E0.1 & E1.0 Yea 0405.2.2.3.2 Daylight zone Indicate in plans the lighting load reduction (dimming) method - controls stepped or continuous dimming E0.1 & E1.0 Speck application Indicate on plans the locations served by specific application NA 04052.3 lighting controls - lighting controls General Indicate lighting control method for display and accent lighting, and display case lighting; C405.2.3 - Display and accent NA Items 1 &2 fighting Indicate these fixtures are controlled Independent y from both general area lighting and other lighting applications within the same space C405.2.3 - Hotel /motel guest Provide a lighting control device at each guest room entry for all NA Item 3 permanently installed fixtures in guest room; rooms -- - - - --- ------ __- _- - - - - -- - -- - -- -- -._. -- Indicated whether lighting control is manual or automatic --- -- -- - - - - -- —_ 0405.2.3 - Supplemental task Provide automatic shut -off vacancy controls for supplemental NA Item 4 lighting task lighting, including under -shelf or under - cabinet lighting Identity eligible non - visual applications and method of lighting control; 04052 .3 - Lighting for non- -- Indicate these fixtures are controlled independently from both NA Item 5 visual applications general area lighting and other lighting applications within the same space Indicate lighting control method for lighting equipment for sale Lighting equipment or demonstration; NA C405.2.3 - Item 6 for sale or Indicate these fixtures are controlled independently from both demonstration general area lighting and other lighting applications within the same space If egress lighting power density is greater than 0.05W 1ft2, C405.2.3 - Means of egress indicate method of automatic shut -off during unoccupied NA Item 7 lighting periods; — -- Identify on plans the egress fixtures that function as both normal - and emergency means of egress illumination C405.10 Cooler and freezer Provide vacancy device or timer to turn off fixtures within 15 STATfiOFW NA 0405.11 lighting minutes of unoccupancy for cooler and freezer lighting fixtures SNINGT DN DEPT, with lamp efficacy less than 40 lumens per watt FAS PLAN 1, OF Exterior lighting Indicate on exterior lighting plans the automatic lighting control cTIONAp Yes 0405.2.4 controls method and locations served E0.1 & E1.0 Exterior building Provide motion sensor controls for building grounds fixtures NA C405.6.1 grounds lighting rated at greater than 100 watts with lamp efficacy less than 60 controls lumens, or identify exception taken Identify applicable commissioning documentation requirements Section 0408 for A0.2 in Base P IaA N C1, Tp FIELD GOOF tN$p per or eligibility exception; Provide written procedures for functional testing of all automatic A0.2 in Base Plan Yes C408.3 Lighting system functional testing controls and describe the expected system response; Identify in construction documents the party responsible for functional testing of automatic lighting controls A0.2 in Base P Ian INTERIOR LIGHTING POWER & EFFICACY Sections C405.5, C405.10, C405.11 4ND INDUS iOVED TRIES Lighting, Motor, and Transformer Permit Documents Checklist LTG-CHK 2012 Washington State Energy Code Compliance Forms for Commercial Buildings including R2 & R3 over 3 stories and all Rt Revised Jan 2014 Project Address KCDA 28x64 II DM P Classroom (Addendum #12) Date 3/10/2016 The following information is necessary to check a permit application for compliance with the lighting, motor, and transformer requirements in the Washington State Energy Code, Commercial Provisions. Applicability Location in Building Department (yes,no,na) Code Section Component Compliance information required in permit documents Documents Notes Provide fixture schedule with fixture types, lamps, ballasts, and LTG -INT -SPACE rated watts per fixture; C405.5.1 Identify spaces eligible for lighting power exemption on plans 0405.5.1.1 Total connected and in compliance fortes; NIA Yea 0405.5.1.2 Identify lighting equipment eligible for exemption in fixture — C405.5.1.3 interior lighting power 0405.5.1.4 schedule and in compliance forms; NIA - -- - - -- ----- - - - - -- Indicate that exempt lighting equipment is in addition to general area lighting and is controlled independently NIA NA C405.4 Exit signs Provide exit sign types and rated watts per fixture in fixture N/A schedule (maximum 5 watts per fixture) 0405.10 Cooler and freezer For lighting in walk -in coolers and freezers, and refrigerated NA C405.11 lighting warehouse coolers and freezers, provide rated lamp efficacy (in - lumens per watt) in fixture schedule Lighting Power Calculation - Indicate compliance path taken Complete required compliance forms - proposed wattage per NA 0405.5.2 Building Area Method building area does not exceed maximum allowed wattage per - building area. Identify locations of building areas on plans Complete required compliance forms - total proposed wattage Yes 0405.52 Space -By -Space does not exceed maximum allowed wattage. Identify locations Attached Method of space types on plans, including retail display areas as applicable EXTERIOR LIGHTING POWER & EFFICACY Section C405.6 Provide fixture schedule with fixture types, lamps, ballasts, and rated watts per fixture; LTG -EXT Total connected identify exterior applications eligible for lighting power NIA Yes C405.6.2 exterior lighting exemption on plans and in compliance forms; power Indicate that exempt exterior lighting is controlled independently N/A from non - exempt exterior lighting Yes Table Exterior lighting zone Indicate building exterior lighting zone as defined by the AHJ LTG -EXT C405.6.2(1) Exterior building For building grounds fixtures rated at greater than 100 w alts, NA C405.6.1 grounds lighting provide rated lamp efficacy (in lumens per watt) in fixture schedule Exterior lighting Complete required compliance form - proposed wattage for Yes C405.6.2 power calculations exterior lighting plus base site allowed does not exceed Attached maximum allowed MOTORS & TRANSFORMERS (Sections C405.8, C405.9) NA 0405.8 Electric Motors For motors not part of an HVAC system, provide electric motor schedule on electrical plans with hp, rpm, and rated efficiency NA 0405.9 Transformers Provide distribution transformer schedule on electrical plans with transformer size and efficiency If "no" is selected for an, SrgrfOpWAS10G70N FAS PLAN REVIEWS' A80RAVD MAR AND /,Q NSP�6TON zmgmERN 9493 Porter Road SE • PO Box 110 AUMSVILLE, OREGON 97325 503 - 749 -4949 • Fax 503 - 749 -4950 JOB SHEET NO 4,' , OF v CALCULATED BY G �- DATE -C1 - CHECKED BY DATE _ � ERN JOB # 2016 -10 -2 KCDA Yelm SHEET NO LFA -� 2, OF LFA -43 c� BUILDING SYSTEMS CALCULATED BY MCL DATE 3/9/2016 PO Box 110.9493 Porter Rd . Aurnsville, OR 97325 CHECKED BY DATE 800.682.1422 Modern BuIIding5ystems.com SCALE SHEAR DIAPHRAGM DESIGN BUILDING INFORMATION: TRANSVERSE LOADING LONGITUDINAL LOADING TRANSVERSE BUILDING LENGTH (L) = 64.00' BUILDING WIDTH (B) = 27.67' SHEAR WALL PLATE HEIGHT = 8.00' ROOF OVERHANG = 1.00' SEISMIC = 5194 # SEISMIC = 5194 # (SEISMIC CONTROLS) SEISMIC ROOF = 5194 # 81 plf T 64.00 ' T Vrf = ROOF / 2 WALLS = 2597 # 2597 # Lrf = 29.67 ' v rf = 88 plf <150 plf (SEISMIC) OK USE MIN 7/16" SHTG w/ 15 GA STAPLES AT 6" EDGE & 12" FIELD (UNBLOCKED) (ESR -1539, TABLE 6) UPGRADE TO 4" & 8 ". AT ROOF SHEAR WALL PIER LENGTHS 15.07 ' 10.00' Lwall = 25.07' 0.00 ' 0.00 ' 0.00' 0.00' vwall = 104 plf -0_plf (SEISMIC) OK USE MIN 19 /3-2!!-SHTG w/ 8d (. 13- ) °AT'6" EDGE & 12" 9; T LE 8) FIELD (BLOCKED) E r Vfir = 2597 # SrATEOfWgSHINr,TONpEpT pASp( gMRfV /EyySECTiQNAPcaN�'NOUSTRIES vflr = 94 plf <185 pif (SEISMIC) - OK USE MIN 19/32" SHTG w/ 8d (.113) AT 6 "r � � 1211 FIELD (UNBLOCKED) (ESR -1539, TABLE 6) UPGRADE A 23/32" SHTG AT 6" & 8 ". AT FLOOR AN�fi'JECT OCOI) MPERN �__ BUILDING SYSTEMS PO Box 110. 9493 Porter Rd . Aumsville, OR 97325 800.682.1422 ModernBuildingSystems.com JOB # 2016 -10 -2 KCDA Yelm SHEET NO LFA,Z 3 OF LFA,d ) CALCULATED BY MCL DATE 3/9/2016 CHECKED BY DATE SCALE SHEAR DIAPHRAGM DESIGN (CON'T) LONGITUDINAL (SEISMIC CONTROLS) SEISMIC ROOF = 5194 # 187 plf T 27.67 ' T Vrf = ROOF / 2 WALLS = 2597 # 2597 # Lrf = 66.00' v rf = 39 plf <110 plf (CASE 3) (SEISMIC) OK USE MIN 7/16" SHTG w/ 15 GA STAPLES AT 6" EDGE & 12" FIELD (UNBLOCKED) (ESR -1539, TABLE 6) UPGRADE TO 4" & 8 ". AT ROOF SHEAR WALL PIER LENGTHS 8.00 ' 5.50' Lwall = 27.00 ' 5.50 ' 8.00 ' 0.00 ' 0.00' v wall = 96 Of Vfir = 2597 # Lflr = 64.00' vflr = 41 plf <2-1_Q- If (SEISMIC) OK USE MIN 19/32'- -SHT w/ 8d (.113) AT 6" EDGE & 12" FIELD (BLOCKED) (ESR -1539; T^ABLE.8) <14U plt (CASE 3) (SEISMIC:) - UK USE MIN 19/32" SHTG w/ 8d (.113) AT 6" EDGE & 12" FIELD (UNBLOCKED) (ESR -1539, T",tg,F UPGRADE TO 23/32" SHTG AT 6" & 8 ". AT FLOOR FASPt4NREhgF"'ECTIONApo t' 'D/A ANq f.,, I,SP�C0 )USTRIES ■K2 / t I n U z 202?(\ � j \[z [..... LWA � ■EE aE)13 H ON1 113 3. -■ -- � - §- \ -- u . o i % ul \r ) 2�§ou (LL S)r � \ \/\ E § cn � %® » » \\ LLI $ §E �\ kz0:3 ®§[2( �� aE)13 H ON1 113 3. -■ -- � - §- \ -- u . o i % ul \r ) 2�§ou (LL S)r � \ \/\ fn %® » 3 C e / �§ �/ � ` ƒ§ a u U) m § U) / \ � w # m Z m F- w § ) C) U) :5 ° ( z \ C'4 Y S � � § � B § § C § | / ; ! ¥ § z� Rig I §„ h§ B® . ^' §n § ■Ng § m # w § ! ) § ? 7 < Il (§2M 2w \§ || w §§K Coto g § /§7A . U)�(L �Lu B\22 X2§7 /$ q oo z2�p sa22 2�� /Rg /A� 2)�/ k\)0§ g -1p}\k 0 0 = n <Ru �Lz§dF- Gm «ow mk -z A § \dkk )(2§q2 I I a�t§¥ e• Fri 1 p r '/+ .8 - .z. 'SAC``' °�a Huh• � N o NIW .9-d N a -III / +.9 -X 0 m o = cn NIW.9.L f2 x v (:::::: zf0 f- m x X m x �N 1 I I: .. ooh Cl) �, %��, �:: c� o cn mzO a 2 �o `_ Z O n. w m 00 r ......:::...:::. _ a O dd F x x v a g I I. °� 3 LL mu7¢ v v a �ug N^LL ....... O cn ►1::. :1.........= Z U N D °z s w :....._L__..i. U5 in zp r O ....... ¢ 4 O s _. Q. �O ¢N x U a Ja ( Z a ¢ X O x UJ N Z_ �_ N f�V __.....I....... W M Q V to .tf 3 F Ci F- X ._._ y:.. Z N Y N .- "0:: N off, a� a aN ? xo Igl" O W Na YO 2 N¢ Na N� aU F-N C', �i 00 N N U a s X' F- N Zoo N O -i w ¢¢ �/, U OOOM 031H3M1Nf1 ? .0 3 N O _ � °� JO 3003O1'NIW.9 O� mV a O`F xa w a ¢ x0 �m NN U LL7 OOOM 031b'3N1Nn JO 3003 01'NIW .9 N LU 00 m w Q�J w o wW z� dz d�O x g z ° wcq2 O u ° m �o m�a z U) Q > >- �o � U) o .6 ow , a CZD LL� w Qw . `"W z 000 F li�a W Z OLLd =Oaw v mUZUOa az v� UU� ��w $ o Z zu�x ao� 5w viwv m C7 ¢WOzN zU) O _uai m z,a Z u fw.. �Z-)PR 0o x oaa 2 }z o,�68P m 0 wu�i z� o U� Wg� zo� ¢o F w LL zdOWyZd >' N4V�� OWaOZ��ILLC'm111 ~ m �- o ZQW Z J a C5 -n ~ �� a' �gaLL Ada �OZZZQ0f/40f4/�� m ONOO OW W>2 O�O W H W LL LL LL LL N D a O r W H N o Z? Z m ma. .aa Dc=i �� S2 �v�iz Q¢�a W °oQ �'� °�i �8 dm `7i Za pj o¢ �� Jmm Z iz �Z F NUD Off¢ W a¢ �Z OOJ LL �0 -j �p O� °o a o� WCO7www ° 3U a� w� Z LL�¢ J J w LL O W 30 Co �O LL n wo a o3 � Q mac, q�:t'O.W x 9�v ° 3-2 NIW.9-A D ON x x 00 IL 0 D x x X'� co P-: a. (j) U) (9 z 8 O LL- w Z -j W 0 C., ii C) LN.O. a. =3 x W Lil RE 2 UW Cl) rz CL E ao co 2 U? LO cli U) o i—f�u) 2 0 o U) 0 u)) LU O < :� 0 U) 0 LL LU of 3: uj w 0 :5 :3 W ff Z 0 a 0 co I < ,T CL I:::ITI ^I Z D Y . 0 C,4 ta 0 0 LL E LU aS [U- IL x w LL go x 0 'o 0000 x x ,T CL I:::ITI ^I . 0 .. . ....... E x cn of C14 y2 O� wa a U- U) Nw mLL W t6 w p x � N -i +.s - ,z 7 W Q a z• O3 all W d 1- M v J Y � Jzz M O Q N 0 mQ n OJ V) 2N(~p z K ° N 4) rpta L � LU U o4� N h UJ Wcc� (A X a0 w K — W W N w Z xW.....i...- W 9 Q H m x 0 V J Y � Jzz M O Q N 0 mQ n OJ V) 2N(~p z K CC W �u O U Q z4 o� Oil w� � M N a IMS9 g R HI, fill all 2 0 O in :..:::.,. /l^^ VJ � LU U UJ Wcc� (A X a0 w K — (n N w Z xW.....i...- W 9 Q rw m x 0 V .............. Z N i. 0 II W� O U— ........... ~ M F Q z to W U) a _....._ I 77S I 3° ........... 3Z co cd CL o o o to as w I- CC W �u O U Q z4 o� Oil w� � M N a IMS9 g R HI, fill all 2 0 O in /l^^ VJ � LU Wcc� (n Z ° W 9 Q U) x 0 V 34 e Z N i. 0 II W� O U— ~ M F Q W U) a CC W �u O U Q z4 o� Oil w� � M N a IMS9 g R HI, fill all 9TATg Off, o 1888 a STATE OF WASHINGTON - Department of Labor and Industries FACTORY ASSEMBLED STRUCTURES P.O. Box 44430, Olympia, Washington 985044430 Web Site www.lni.wa.gov /tradeslicensing /factory assembled structures/ 21- Mar -16 To- City of Yelm 105 Yelm Avenue W Yelm, WA 98597 Gary Carlson Re: Modular Building Site location: 1315 Yelm Ave Yelm, WA 98597 This letter is to inform your department of a modular building being shipped to the address above. Enclosed is a copy of the Department of Labor and Industries, Factory Assembled Structures Section approved plans for your use. Attached is a list of items that will require review, inspection and approval by City of Yelm. MODERN BLDG SYSTEMS is the manufacturer, they may be contacted at 503 -749 -4949. The Department of Labor and Industries, Factory Assembled Structures Section has informed the manufacturer that permits, review and inspection of on site construction, conditions and completion of the building will be required by the City of Yelm. If you have any questions or concerns please feel free to contact me. Craig Sedlacek Plans Examiner WA State Dept of Labor & Industries (360) 902 -5218 Sedc235 @lni.wa.gov By a R'4004 0 Department of Labor and Industries Factory Assembled Structures .... PO Box 44430 NOTIFICATION TO LOCAL ENFORCEMENT AGENCY Olympia WA 98504 -4430 r Date www.wa.gov/lni/FAS/ 311012016 M 93 (case sensitive) The Factory-Built unit identified below requires completion work at the site g as specified. Modern Building Systems, Inc. Owner's name ,vffgr's serial no. Dept. serial no. Yelm School District 2016 -10 -2 1315YelmAVE VB I E YRM OR 97455 Thurston 503- 749 -4949 Installation site is in: City 71 County STRUCTURAL: ELECTRICAL: 1) 5/8" Dia. Threaded Rods with nuts and washers - 2' -0" from ends and 6' -0" O.C. at marriage line floor rims. Detail 4/S4.3 on 1) Connect to site power and completion of marriage line cross- overs. 2) (6) 5/8" Dia. Threaded Rods with nuts and washers - F -0" from ends and center column and equally spaced at roof beams. FINISH: 1) Normal module close -up at interior walls and floor. 2) Completion of ceiling installation. Detail 31A5.0 on Base Plan 3) Completion of exterior wall finish at marriage lines. I 4) Installtion of roof ridge vent. Detail 3/S4.3 on Base Plan I PLUMBING: 1) Verify plumbing fixtures required by 2012 UPC and not provided in this building are available in an adjacent building. 2) Review, inspection and approval of fire alarm system. inspector's name (pnnt/type) rnone: (s am to o pm) Imanutactwor,, name (prtntitype) Modern Building. yas ems, Inc. n 3/10/2016 For Dept. Recd File By White - Olympia office Use ONLY i Green - Electrical section Canary - Inspector F623 -013 -000 (PDF) notification to local enforcement agency 11 -00 Pink - Building department Goldenrod - Customer Department of Labor and Industries .....:.... [ : Factory Assembled Structures PO Box 44430 NOTIFICATION TO LOCAL ENFORCEMENT AGENCY Olympia WA 98504 -4430 F Date www.wa.govMi/FAS/ 311012016 M 93 (case sensitive) The Factory -Built unit identified below requires completion work at the site Mfg as specified. Modern Building Systems, Inc. Owner's name Mfg's serial no. Dept. serial no. Yelm School District 2016 -10 -3 1315 Yelm A VE YELM OR 97455 Thurston 503 - 749 -4949 Installation site is in: City F—I County STRUCTURAL: 1) 5/8" Dia. Threaded Rods with nuts and washers - 2' -0" from ( 1) Connect to site power and completion of marriage line cross - ends and 6' -0" O.C. at marriage line floor rims. Detail 4/S4.3 on overs. 2) (6) 5B" Dia. Threaded Rods with nuts and washers - 1' -0" from ends and center column and equally spaced at roof beams. 1 2) Review, inspection and approval of fire alarm system. FINISH: 1) Normal module close -up at interior walls and floor. 2) Completion of ceiling installation. Detail 3/A5.0 on Base Plan 3) Completion of exterior wall finish at marriage lines. 4) Installtion of roof ridge vent. Detail 3/S4.3 on Base Plan I PLUMBING: 1) Verify plumbing fixtures required by 2012 UPC and not provided in this building are available in an adiacent building. inspectors name (prmtitype) rnone: (6 am to 3 pm) Imanutacurers name (pnnvrype) Modern Building Sys#e,Rs, Inc. 3/10/2016 For Dept. Recd File By White - Olympia office Use ONLY Green - Electrical section Canary - Inspector F623 -013 -000 (PDF) notficalion to local enforcement agency 11 -00 Pink - Building department Goldenrod - Customer ZE %I �p o CITY OF YELM COMMERCIAL BUILDING PERMIT APPLICATION FORM Project Address: 1315 Yelm Ave W Parcel #: Zoning; La 21724210500 Current Use: N Proposed Use: Educational New Construction ❑ Re -Model / Re -Roof / Tenant Improvement Plumbing ❑ Mechanical ❑ Fire Prevent/Suppress /Alarm ❑ Other Project Description /Scope of Work: Add double classroom modular building 143 Project Value: $150.000.00 Building Area (sq. ft) Parking Garage 1s' Floor 1792 2nd Floor, Building Height 14'6" Are there any environmentally sensitive areas located on the parcel? _ completed environmental checklist must accompany permit application. MECHANICAL CONTRACTOR TELEPHONE ADDRESS EMAIL CITY STATE ZIP FAX CONTRACTOR'S LICENSE # EXP DATE CITY LICENSE # Copy of City Mitigation documentation (TFC). 3rd Floor If yes, a I hereby certify that the above information is correct and that the construction on, and the occupancy and the use of the above described property will be in accordance with the laws, rules and regulations of the State of Washington and the City of /Yelm. v App icant's Signature Owner / Contractor / Owner's Agent / Contractor's Agent / Tenant Date (Please circle one.) All permits are non - transferable and will expire if work authorized by such permit is not begun within 180 days of issuance, or if work is suspended or abandoned for a period of 180 days 458 -3835 105 Yelm Ave W 3 Or45841644FAX- - - - - -- Yelm, WA 98597 www.ci.yelm.wa.us IZV86 VM' ----i 'OOf eMS halls 419Z'8 101 'O'l'l d —Dow UOSXO[G Nd]AOOZ)W • NOS DID bM 'wla)l '/,4unoD uo{sjnul 'Z•oN slooyoS Al!unwwoD wio)\ S319VIdOd IOOHDS HOW Mlk gg FE iL y Sidi �� r Ndld Ills o O trg� m 0 a � Q �o N s 0 T/ IF Q o O —t 0 C W w ~ U N N Hsor As 6MP'00'lV 64- SIOZ \lw,,no - 9 \aal9ol,od IoayaS 46!H wlall 64- SIOZ \ :X cand wd S0 :£ - 9lOZ '80 �W Ta17o1 d p o - z p m Z w o z O p2 i w F O 0 Q O p a N�w g z 0 0 ia� wa 0 H w bM 'wla)l '/,4unoD uo{sjnul 'Z•oN slooyoS Al!unwwoD wio)\ S319VIdOd IOOHDS HOW Mlk gg FE iL y Sidi �� r Ndld Ills o O trg� m 0 a � Q �o N s 0 T/ IF Q o O —t 0 C W w ~ U N N Hsor As 6MP'00'lV 64- SIOZ \lw,,no - 9 \aal9ol,od IoayaS 46!H wlall 64- SIOZ \ :X cand wd S0 :£ - 9lOZ '80 �W Ta17o1 d r �9/ 0 E H1 1, � -11 c� c) �t; r Li z� a s }�0Um V W Ooz LL z a0c,J 4 sa ~[i'U Za¢ Z 0 Z¢ O z O I LU°-� C) o° 0 o J l� I W E OU w<¢ Cl) g i 2 ( w w N CO ~is oN 0 , cl) u I m i2gc�i0 —w,W �0¢ 0' z-i L I 0 C) Z ❑ M LU CKo =0) ~z zw� ¢0 ~0 L LL ¢ ¢F-0 0 ~w� c I O cnvU¢= =-10 -� wZ Wm U �LL ?gomo oo w oo �U O❑cn >F0 z- 0�� —LL IZ �Z�: O >w ww -W= LL 0 0 -0 L j �O w07o❑ O �� M ❑ w �N y p �cj t <0 ww W wow ww - � zi- >mzc . 0¢ � w� 0_J0�`?c.`_IUZZZUZZ��L >O w �-j ❑coo ❑�¢o¢z¢¢❑❑❑❑ =� w¢ ❑w❑❑ =❑ =¢ = =❑O ❑❑ - I w ¢ ¢¢0U¢UaUU<2¢¢ go �Q N vi scot_ ®oi°�Nr� CL d: z U «5 ra m m 1 V O ❑ O r Y O ci Z Q � f f- O Qa OQ CU W� o r A, W Q z C7' (> U) U) vi O C-4 CIL o ice„ 0 cn w� CU' C3 LO Q I ui r �9/ 0 E H1 1, � -11 c� c) �t; r Li z� a s }�0Um V W Ooz LL z a0c,J 4 sa ~[i'U Za¢ Z 0 Z¢ O z O I LU°-� C) o° 0 o J l� I W E OU w<¢ Cl) g i 2 ( w w N CO ~is oN 0 , cl) u I m i2gc�i0 —w,W �0¢ 0' z-i L I 0 C) Z ❑ M LU CKo =0) ~z zw� ¢0 ~0 L LL ¢ ¢F-0 0 ~w� c I O cnvU¢= =-10 -� wZ Wm U �LL ?gomo oo w oo �U O❑cn >F0 z- 0�� —LL IZ �Z�: O >w ww -W= LL 0 0 -0 L j �O w07o❑ O �� M ❑ w �N y p �cj t <0 ww W wow ww - � zi- >mzc . 0¢ � w� 0_J0�`?c.`_IUZZZUZZ��L >O w �-j ❑coo ❑�¢o¢z¢¢❑❑❑❑ =� w¢ ❑w❑❑ =❑ =¢ = =❑O ❑❑ - I w ¢ ¢¢0U¢UaUU<2¢¢ go �Q N vi scot_ ®oi°�Nr� CL d: z U «5 ra m m _N O ❑ O r Y O ci Z Q � f f- ❑ it W A, W V! vi 0 Q I U I ° W U Y Y Y Y Y Y Y Y Y Y Y Y YI Y Y Y Y Y Y Y Q Y Y Y Y Y Y Y Y Y Y N CA I > I ry i a) > U I X w ❑ z ❑ I o w w cn w = Cl) s I-- 0 I Q w f— J z g I- z I ❑ Z Q Q Z z z z z J J C o❑ w CD O O z O I❑ g cn � ❑ ¢ w w � J Q ❑ l U O W W C� off _I _� cn -�--w ❑Z W U wW s CO s > w I f- n- Z�=z❑❑ U wgz _j CL Q °� _U ry w0 =Z °�°Z��_zowWw —�I ❑J IZmw000 zgwzzz QQaWWZ2 g_,u� w � �- o- O �- Z s U CO lw ., Q W Q Q Q U U 0 Z o Q 0 W 0 ry U W d _O s ❑ ( 0 -JI J ❑ Z - ❑ ❑ ❑ (� _I (A (n _ _I ci� Z Z a Cn > z W O 0 w 0 w �-i- w -o O cn w¢ si-- w¢ i --i-�0 Q z 0 o z »�f-- z z Q _J Q¢ i--f -W c� U~ W U wQa< c� U U 0wz_j U CD WOXX_,z0Q Z WI,w0 -1DOOOW Ww_. _jCD_j >> W LL W W LL LL w❑ G❑ LL LL m LL , LL LL ❑ ❑❑ W W i W s s s z I = 0 r N O r N O r O r N M O O r 0 0 0 0 r N M "t Ln r 0 0 0 O O O O O r r r N N M M co, M �t lnl r N M d d d �t �t O r N M 0 --" N < LQ QQQ QQ<CQQQ<CQQQcnu�cncncncncncncnW Www�� r �9/ 0 E H1 1, � -11 c� c) �t; r Li z� a s }�0Um V W Ooz LL z a0c,J 4 sa ~[i'U Za¢ Z 0 Z¢ O z O I LU°-� C) o° 0 o J l� I W E OU w<¢ Cl) g i 2 ( w w N CO ~is oN 0 , cl) u I m i2gc�i0 —w,W �0¢ 0' z-i L I 0 C) Z ❑ M LU CKo =0) ~z zw� ¢0 ~0 L LL ¢ ¢F-0 0 ~w� c I O cnvU¢= =-10 -� wZ Wm U �LL ?gomo oo w oo �U O❑cn >F0 z- 0�� —LL IZ �Z�: O >w ww -W= LL 0 0 -0 L j �O w07o❑ O �� M ❑ w �N y p �cj t <0 ww W wow ww - � zi- >mzc . 0¢ � w� 0_J0�`?c.`_IUZZZUZZ��L >O w �-j ❑coo ❑�¢o¢z¢¢❑❑❑❑ =� w¢ ❑w❑❑ =❑ =¢ = =❑O ❑❑ - I w ¢ ¢¢0U¢UaUU<2¢¢ go �Q N vi scot_ ®oi°�Nr� CL d: z U «5 ra m m I---' ui W Cl) Q. LLI O U w w m w Q z 0 w U U) w 0 R u ON r o Zry g U) WUW Fes❑ Z ❑ W 00❑ U) wd r) cb 0 xU N Y O x IL 2 uj m o } w t7 z 0 Om i w w 0 0 E �n 8 E U Ila. z E vo v1 ••�BN Big z�a m z z w° _ w �'xoLU w 00 =moo dop w0 0 z �a�gma5 � 7u 0 � j c) FO �owz °p�z �ZOZw E U?�QQF �aa000�� Ow��000� zwz�wa LUazWiz_�µz� U C?a�0w w=wwyuwi� 0 mmo _N O ❑ O r Y O ci w � N f- ❑ it W 0 V! vi 0 I---' ui W Cl) Q. LLI O U w w m w Q z 0 w U U) w 0 R u ON r o Zry g U) WUW Fes❑ Z ❑ W 00❑ U) wd r) cb 0 xU N Y O x IL 2 uj m o } w t7 z 0 Om i w w 0 0 E �n 8 E U Ila. z E vo v1 ••�BN Big z�a m z z w° _ w �'xoLU w 00 =moo dop w0 0 z �a�gma5 � 7u 0 � j c) FO �owz °p�z �ZOZw E U?�QQF �aa000�� Ow��000� zwz�wa LUazWiz_�µz� U C?a�0w w=wwyuwi� 0 mmo i Of U L11 LLI O z J L LI rW V LL UJ Z w 0�_U) I- 0m Wn `ZC Q�Ocr�Q zF- °- Q W � O W m nL<LL2r-) Ud0�� =Qz _jQ I-� =a-d Oo <¢U d J Q = dmQ�O = O O {_ LLJ h2� LU U 2 EO<oU) LL LL �UJOw0 � z�_0 W W d J - 2 = f J Q I- I- U) d W LL 0 O 0 Z z0 w m �w_o U) w I_ w W U J p d m m zd O W >_ T zdz �d� w WOE ~~_ �w wQU Q- <� QQ' W' Odw Z ~ = m QCA W Z ~ 0 �7f� U- �U Ji— Q�wm z X 00 J{—cm Um do O <-r d� _U N M W a o c� z O cu U Li- w O U) M � o CD w a w ~ w o C? .- Y 11 z z z g_z� = m n d w o��- w � °p -0 E � cn �o -_� O ,-� I U r� E O Z O Z Z �IY o�til m �n = '> = '> w LL idles LL od�T � Q > w co �� Ncj � U) U) "T O LMJ I°n 3 m cn 0 LU z UJ d d 0 X Z O U Z U 0 w J ui C) U a_ U Z Z m �w Q d a- �q- ry > U 0 d � J z O ry 0 � d0 � O w Z z U w Q 0 U U U O�w Q O O O U O LL O Q J w Q d d Z� N z z 0 Z O ° U U) d U E_ F OU M2 Z -I � o Q O U U L Uj LLJ J W J W �_ J O G� Z U 0 0 Q d w > U m d o- d LL cn _i U � U z O d m U w w w D 0 w 2 m LL UJ Z w 0�_U) I- 0m Wn `ZC Q�Ocr�Q zF- °- Q W � O W m nL<LL2r-) Ud0�� =Qz _jQ I-� =a-d Oo <¢U d J Q = dmQ�O = O O {_ LLJ h2� LU U 2 EO<oU) LL LL �UJOw0 � z�_0 W W d J - 2 = f J Q I- I- U) d W CL' 0 Q W � w co 0 D0 CD d� LU 0 � J d0 d LL W W 0.. � Zct) ry Z w 0.0 z u- 0 L— > � w0 0� U) CL Hd u U O N � I ? - Lo L � Q d dd�U w :D a- NNNNd' •- r r � r O O O O O N N N N N J J d d UO U oz0°CD � U 5 5 w w J z I m2dWW z � a C d O Q m a J 0 C U C) W F-" N p W � W O � �Z �Q � a �a oLL w U) Cn C) w U) = o O O O C7 W W d d U U Z U U Z co d W U U O °o Lli ccn O 0 mUL Q r� N 1 Q ❑ e (Y) w N H A W W 0 = 0 O N g°� eU) o WU� Q E— w O (D0❑O z c� 2 J Q x❑ Y W N z rW V LLI w O o U) a_ Na ,E is O Ir q Cn z �N�e o <� Z EZ c^ 135 in m Z daN D n�0 J ? 0 m Z z °5Z o o my S 0 =� dU Qu Z uj (� U'w5 O ��0 � W Zm I- " i W � W ? � I h��OWWO ZO�R�?� WH WZ If �W o�O Z 000t- � Q WO O _ Z x � _ w ��C7o-{ -OWF WYfn W(n W2 W=W = }fn �I - OI- (n :)O 11 w Q n z O U (A W C) i LL 0 O 0 Z z0 w m �w_o U) w I_ w W U J p d -JLLL d LO m zd O W >_ T zdz �d� w WOE ~~_ �w wQU Q- <� QQ' W' Odw Z ~ = m QCA W Z ~ 0 �7f� U- �U Ji— Q�wm z O W0U 00 J{—cm Um do O <-r d� _U N M CL' 0 Q W � w co 0 D0 CD d� LU 0 � J d0 d LL W W 0.. � Zct) ry Z w 0.0 z u- 0 L— > � w0 0� U) CL Hd u U O N � I ? - Lo L � Q d dd�U w :D a- NNNNd' •- r r � r O O O O O N N N N N J J d d UO U oz0°CD � U 5 5 w w J z I m2dWW z � a C d O Q m a J 0 C U C) W F-" N p W � W O � �Z �Q � a �a oLL w U) Cn C) w U) = o O O O C7 W W d d U U Z U U Z co d W U U O °o Lli ccn O 0 mUL Q r� N 1 Q ❑ e (Y) w N H A W W 0 = 0 O N g°� eU) o WU� Q E— w O (D0❑O z c� 2 J Q x❑ Y W N z rW V LLI w O o U) a_ Na ,E is O Ir q Cn z �N�e o <� Z EZ c^ 135 in m Z daN D n�0 J ? 0 m Z z °5Z o o my S 0 =� dU Qu Z uj (� U'w5 O ��0 � W Zm I- " i W � W ? � I h��OWWO ZO�R�?� WH WZ If �W o�O Z 000t- � Q WO O _ Z x � _ w ��C7o-{ -OWF WYfn W(n W2 W=W = }fn �I - OI- (n :)O 11 w Q n z O U (A W C) i mUL Q r� N 1 Q ❑ e (Y) w N H A W W 0 = 0 O N g°� eU) o WU� Q E— w O (D0❑O z c� 2 J Q x❑ Y W N z rW V LLI w O o U) a_ Na ,E is O Ir q Cn z �N�e o <� Z EZ c^ 135 in m Z daN D n�0 J ? 0 m Z z °5Z o o my S 0 =� dU Qu Z uj (� U'w5 O ��0 � W Zm I- " i W � W ? � I h��OWWO ZO�R�?� WH WZ If �W o�O Z 000t- � Q WO O _ Z x � _ w ��C7o-{ -OWF WYfn W(n W2 W=W = }fn �I - OI- (n :)O 11 w Q n z O U (A W C) i r� N 1 Q ❑ e (Y) w N H A W W 0 = 0 O N g°� eU) o WU� Q E— w O (D0❑O z c� 2 J Q x❑ Y W N z rW V LLI w O o U) a_ Na ,E is O Ir q Cn z �N�e o <� Z EZ c^ 135 in m Z daN D n�0 J ? 0 m Z z °5Z o o my S 0 =� dU Qu Z uj (� U'w5 O ��0 � W Zm I- " i W � W ? � I h��OWWO ZO�R�?� WH WZ If �W o�O Z 000t- � Q WO O _ Z x � _ w ��C7o-{ -OWF WYfn W(n W2 W=W = }fn �I - OI- (n :)O 11 w Q n z O U (A W C) i O N g°� eU) o WU� Q E— w O (D0❑O z c� 2 J Q x❑ Y W N z rW V LLI w O o U) a_ Na ,E is O Ir q Cn z �N�e o <� Z EZ c^ 135 in m Z daN D n�0 J ? 0 m Z z °5Z o o my S 0 =� dU Qu Z uj (� U'w5 O ��0 � W Zm I- " i W � W ? � I h��OWWO ZO�R�?� WH WZ If �W o�O Z 000t- � Q WO O _ Z x � _ w ��C7o-{ -OWF WYfn W(n W2 W=W = }fn �I - OI- (n :)O 11 w Q n z O U (A W C) i W M C \ r O 00 O L----� 0 LO LL O 0� Lo O p i. M 1 0 CV i O U) x O O LLJ 0 o0� D� 4� x0 ap W X N I- CL aZ Z O Q W J W Nz I..L. LL M z O W J W Z W 2 ry N O (n z 0� Z CyN� O_ °-gz �-- W U LIJ �r 4 , v� N %^ Q W =W 0 Q ca d O va, I� d o �l N � 0 VJ J C3 C-i p� -Y `O U ry NY M '° X W W a N z W W N Q J U Q (1) CL Q ui E m E mE Q uj gl'g �CO Z 5:E - O Z � �aEi O bra Q � in z A W T- c m Z 2 r w ooYg VJ o m � d ,\M / a wo z ��pw W c � m O O_ a- U O �O�Wng M Qdo o . w a w N: h ol'zmw �Zw o wozZQ Z � U3 0 0a OW Ou?cnwmwt� ��O�U)no 77 7- m O z O W J W Z W 2 ry W Q 0 Z O 1- a U W 0 W x O (n z 0� Z �U� O_ °-gz �-- W U LIJ QgQ W =W 0W 0 ry U�2 ��Q O U ry NY W X W U ui W W O _ ct U (1) CL Q E m E mE uj gl'g �CO Z 5:E - Z � �aEi O bra �— � in z A W T- c m Z 2 r w ooYg o m � d ,\M / a wo z ��pw ama W�OWO yJ�m00 m O O_ a- U O �O�Wng M Qdo o . w a w N: ol'zmw �Zw o wozZQ Z � U3 0 0a OW Ou?cnwmwt� ��O�U)no 77 7- m W Q 0 Z O 1- a U W 0 W x 2 � ^ t� 11. t� \ 000 w O O ^O 1 L O �I M 1 L O (V d Z O W J w IL Of w Y LL O w U g Z U) O Of RU z d `8C t- U Z �p O 1 d cn O ¢ F- �; o Z {- m no r -- U � I I I I I I O I _1 I t— M i � I i I I I I Q m L() i• C. c� 1 (� N 1 0 r N z w ^pN � O � y N F Q 1 N 0 m ¢ C r Z J O ��".Y Y o (.0 � w oW Q m w Q ❑ � NQ za = J N d W 4 �i O O 4 r- N U) O Of RU z d `8C t- U Z �p O 1 d cn O ¢ F- �; o Z {- m no r -- U � I I I I I I O I _1 I t— M i � I i I I I I Q m L() i• C. c� 1 (� N 1 0 Z O LLJ J W Q �1 Z W 11 F U w M J UL) 1� d' N Ov- C� Z�2i Z � _ O 0-gZ - Wow �° to W w J Zip ui 00 fl� w�� O °`0° xU ry 00Y W X W U) CD W � w O C) 0� ❑ cn a d E �C/) rE Lij v . < N Z o a E � N m _2 dfQy aN O nA J = Z 2 c m �5z W 0XOW O mV0 aUQ W (� Z� Z N�OOmO ��ml -O o=zrf wOWz�l - z �z w Of �¢a0Z00a� zw O W?Z�Z�W ujOzOmz U) n Of E O wwW R. W d ❑ r W Ix r N w y N F Q 1 N 0 U 4� r Y - -_CV M (.0 w Q N w Q ❑ W O Z O LLJ J W Q �1 Z W 11 F U w M J UL) 1� d' N Ov- C� Z�2i Z � _ O 0-gZ - Wow �° to W w J Zip ui 00 fl� w�� O °`0° xU ry 00Y W X W U) CD W � w O C) 0� ❑ cn a d E �C/) rE Lij v . < N Z o a E � N m _2 dfQy aN O nA J = Z 2 c m �5z W 0XOW O mV0 aUQ W (� Z� Z N�OOmO ��ml -O o=zrf wOWz�l - z �z w Of �¢a0Z00a� zw O W?Z�Z�W ujOzOmz U) n Of E O wwW R. W d ❑ r W Ix a �SEN Q iD m Z O LL o a r r n MM w W N LU W : 1 ( z J N a N W W 0 LL O W W o w tR z 3 U) W W W x � O M x w x Z Z U) ry r Y O p m cx iO O Z O f d W W Q w W Z �CO� X O CO rQ O r ❑W W U LL m (3 ° �– r) ry co Q W LU z0❑ 000 r -I °° O w LU r —1 Z ° ° ❑ I I o I I = 00 I I w I I Cn z of I I D 0 — z0 2O m W o I I Z ❑0 > I I cn ° o �w g N I N I W N L1— U J ❑ I I W Q U W w N W z x N H W Om � O J ml- O O °O �� 10 ui I w< rl-, W O D Q_ co Z ¢ I I z �_ o z ? z U W Q a. N ``` m w ° m❑ I I U❑ w� J W a- [- Z 00cn 2 U I I �� 12I C� Q r v - �- 0_0 W cn U cn W cn � w o f I ° w E Z Wiz QQ I I �� 0o U� o� zo O w`° o> - o wa I UI M$ ° � I- O 00 O - Z O W I- W - n J -- ;T `_ cn > m O ,� m J v�— �Q �-� �� W� F— 0m �� N� N I M I o I WI W o �� I I Q ¢g w� cnU �U mo U zcn W� "W Q =� �'� no ice J UJJ >� Z J U O W w W� J{- D _W =Q m W' l awl J� m I LLI Cn ❑J� m I I �'� °� �� _� 60 w Q¢ cn� cnw u)r �`�' w� I °i z¢g? LL �x I ! O = 0z zW w� ❑ - u)� Z o- �-J w� I NWI y al =0D zw I ( Z 0 r-� � ° = x U x O cvn� ¢ x I ��I �cnl III m I I �I �m Z � p "w0 - w ❑u �m 0 >_ �¢ (nJ °� C�<C N M zQ C� _ ~ ° M _ x =� I I O w� U �-c� U _ NJ ry Z ❑ _� XN �w Q° z� 0 I NCI °�I zll� I I I m " m w o J� I I 0 zw JM �r �� IL 0 wc� I–U ? �� ~U z �' F= W 6XOz °Q �- -i z 0- Q� U� °� �-� O � Uz m� Q I U)w) gQl �II� I W I I o _°"° =wm wLO — m� �U Q� Q� =m W� -- ❑� w O 0 o =c ? ? I I U U D ? co r Q Q `J' m I m I z l oit° 1 I � I a�o LJ LJ LJLJ L I ZQ? ow =w�lw.Lz, M �F F-pWaWo zoaHzw, a. Io6 Hg�zoLL� OLLO r, -1 �J�O Z¢ _ 00 o000 ° ❑ J ° z O Q 0 0 u) 0 i z D z �0oa ow W I LL I d z ° m w w7:> :3 Q o� U) w r IL �I > I D > >Q w _ >I ° I ❑ ° od w x d of (1-1 I LU zz W w c/) m OI 0 I 0 �~ z i- d W u� z o co Q ❑ Z u� _ �Z U)D ~ LO w w^ g O �I I C/) Q� 0 �- �M 0 ,�I I g� 0 m0 =� U Q � > w z� °° zN w ry U WI Z I ``z UJ z �J �J �z ° �–Q N �� m > -i I– (�Q (DQ O �° Q LL Qm J �W LO °I I Qo W~ rye Zb m� Q m Z =o ° co C� �I ° I N� = 0 wJ CO m CO °Q U zM p ._I z I NE-- CL w° ,i�z w g2U) Q Q C� _ m W ifl �rcn r N U wl 2 I -r X ❑/] �� wN U W N = w .– W g J- w c�� z �WLL 0 m�W ��- 0 O n- Q r a' N U- J I I = d N L=LI W X° �S IY U U) _ Z Nam N xm d W Q ml wal ,W m ��o gym° �m z Z ~ T- M � CV x OM � 00 m J Z - z o6 � O I- 0 N ° _ _ � � � I- lL N ❑ lL oo Q F- 0 U _ o W Ncncn oo `--' O O = NI Q�I wo `n wz °w°0m �0� C/) (n U z Q > �dQ xW o w �I z°wl °Z Z o� °°w� x �Wo ��QQ r- o U - 0 N cn W F= 2 >- _ > Q > 0 N °° C) Q H O = w °UCH ow w 0 w w �I �QI °w °i °0pw o gwz =0Q p m W wQQ E- ->> 60 ❑ I— �- z om wm m 0- u) wJm ❑_� wco U LL H m m O z— m W 6- �5 m m Z Z cn 0 I I L 4= IE Im O:tt I0 i I I U a. I� I I U ❑ W CO I Ia) OD An Q4 f� I CO X «0 x ��o c •O N IM N N N N I= W J 02Z> Lli Q :D 00 0 LO I M LL_ L IL LL IL X = 00 00 00 00 U ` x x x x Y O Q N N N N O i o=R T RJR N N �I J d ? M 0 co 0 O QI Im Im ry ocoM Z �I °' O I W V a LL �zl �gl to r g0 oz — — N — C'- CD I 0 CD d l W _° 2 I(1) I n °QI O I r d d d d o z z I° In l I U- m 00 00 00 00 I O N W < J �> I wool W TJ I < =�NI WI JI O 0 Im- E w 000 �ZD ❑ Uj Z I c LL ^ LL LL LL LL U U) l t ro NZowo- IL In ndml � m O oI Q r) IE = = == m I" Iu, C o I❑ N m I r J r J r J r ILL�� m W W W mrrrr �of J Of J cr� J ry, J -I U U U U Ia) I z z Z z J l o m •c Un 0000 Un Un Un 3 (n Z 2 J Z J Z W' ICA N C Y M co co co I L r T T T T rn 00 00 00 00 i F , 2 CD C0 (D CD 0 0 0 0 I S co Cl) co Cl) Y M T N M �t I� tD IN I I I I I I I I I I I I I I I I I I i I I I I I I I.- _ — — r LU Y d U- 0 W U) D W r Q O 0 _ W r ILD � Q W W Q W U Z_ w W O f- r 0 z Lu U) U O U W W z W OJT O CIO LL TWO Z �0W0� WW�zO Xm z W J W N d J 2 o W _ICf)_IU) 0ozoo ❑Y QX�QOO JwujW dJn'JJ WUd�dd rp T N O M V Z I I I I I c 4= IE W O:tt I0 i I I U a. I I I U ❑ W CO OD An Q4 f� I CO X «0 x ��o c •O N N D CD 0 0 I IE I� W J 02Z> Lli Q :D 00 0 LO I w cV W r X X ') V Wx U) Un w ¢� U CD I� JI J�H CwC� Y ❑ ( Q co co UI O i o=R T T �I J d ? M 0 co 0 O QI rC) v ocoM Z �I Q O CL V LL �zl �gl r g0 oz — — N — �Z CD I 0 CD d l W W0 I n °QI O I Qol i o z z In l I U- >> O 10X1 I O N W < J �> I wool W TJ I < =�NI AS O 0 Im- E w 000 �ZD El- mJQ cn zI 0v�tl ��❑ �oQW d 0- Z rve LU = I0 NZowo- IL In ndml W mad. U�0.= INr I I I I I I I I I I I I m O ❑ z O W X W J J d J w (n ❑ z d Y J d (/j U W O� z :i5 p. N 4= O r- W O:tt a. a U ❑ W CO OD An f� N CD O ��o c o G D CD 0 0 W J 02Z> Lli Q :D r� V 0 LO N .� w cV W U^ ❑ ') V O U) Un w ¢� U CD W d Z � Ms �v W CwC� Y J J � ? m Z z °sZ W ouow � SmYO O i o=R =a Q n D C U) d >� ❑ > ❑ W Z_ O ❑W >5?: I- W W Wz 0 � IL � w ❑ W Z J W r �0_W LU O w nUnnrrr ULL�20- W cnUnCnrr� W �� ❑❑ `) _ _ r0, WZ -7 2 Z W W W W ILr22 �zULULol� cl� J >. z �r Z � O °2Eoo ❑0 r ~ oo�U == Q JJQ0� W O O Z Y J W cc m = = Z J = ❑ W J � Q 0�dr co Z >- .6 —c :g < ZYOp no 0 -j C� -❑❑ J ❑ W U J OdmdWd UULLLLLL2 0cnC7Wa- m UUu..LLLL= Q W N �Oz �ZQ> Lli ZWN0a� >zI - dd X001 - ❑w .�mUr0WJ ddmco UU LL W JLLd > ❑� ddmmUU :N W W Un N � rn M CY) _ W Qd F- 3 0 N 4= O r- O:tt a. U ❑ CO ry CD W D CD 0 0 W J 02Z> Lli Q :D r� V 0 LO N .� TW 7- U^ ') V O U) Un w LLJ co W d Z � Ms �v W o� m a i- US�e w0 J J � ? m Z z °sZ W ouow � SmYO O i o=R r) rC) v Q O V LL r — — N — co I n I I O I Q D °° > O C'�W&O QJO[- O N W < J �> I W TJ I < J W Un Im- E w 000 El- mJQ cn O Of ��❑ �oQW d 0- Z rve LU = fL O NZowo- W mad. U�0.= U) d >� ❑ > ❑ W Z_ O ❑W >5?: I- W W Wz 0 � IL � w ❑ W Z J W r �0_W LU O w nUnnrrr ULL�20- W cnUnCnrr� W �� ❑❑ `) _ _ r0, WZ -7 2 Z W W W W ILr22 �zULULol� cl� J >. z �r Z � O °2Eoo ❑0 r ~ oo�U == Q JJQ0� W O O Z Y J W cc m = = Z J = ❑ W J � Q 0�dr co Z >- .6 —c :g < ZYOp no 0 -j C� -❑❑ J ❑ W U J OdmdWd UULLLLLL2 0cnC7Wa- m UUu..LLLL= Q W N �Oz �ZQ> Lli ZWN0a� >zI - dd X001 - ❑w .�mUr0WJ ddmco UU LL W JLLd > ❑� ddmmUU :N W W Un N � rn M CY) _ W Qd F- 3 0 m W d 0 Z 0 lL m U U) W W w0 Z � zoma5 Nw5 �o �Wm °s, Q ZH-- w=pw °p��Z ��ou'awF w °Za0�0Za� 2h OO❑ZOdp2 �w��cai00l- °�zw wQ LuOZomz'Z toc?a�ow =) U) nTw nw�x o O U):n0�: N O r- O:tt Z r U ❑ CO WULLJ CO W '" Z ❑ CD 0 0 W J 02Z> Lli Q :D p(C) xU 0 �o Y N .� TW 7- U^ ') V U) Un w LLJ co W d Z � Ms �v W o� m a i- US�e w0 Z o <E� J � ? m Z z °sZ W ouow � SmYO O i o=R au uQ m W d 0 Z 0 lL m U U) W W w0 Z � zoma5 Nw5 �o �Wm °s, Q ZH-- w=pw °p��Z ��ou'awF w °Za0�0Za� 2h OO❑ZOdp2 �w��cai00l- °�zw wQ LuOZomz'Z toc?a�ow =) U) nTw nw�x o O U):n0�: N N r — — — — — — — — - N ,` Z i3 N N.� w z Q co O II I J o p can ry�u (� ` , O) I _ co I "' W w (D w LL. Li 4 m - °° d OU I U'" LL U) --�Z z w o �M OJ Jco U U- U- `c w r-Ir r U�ui�`' o = II- co co co _1 0 (D LU I r t— N r < m co 0 v J Z m U 00 OED ui u I -� w�w� �p Q C�QQT Igo I Q 000U- O z� I o �w °o f- Q m (n I ?� I az?0 Q Qo U JJw n OO�Z O I =C I zaQW cn °�-' J z°� ry o� I O ohs: U cncnw� ¢ oo I n mwza- O g�w°�o � z wc�o I I � z W I I r) W E�� ----- - - - --� Z �-' < E� N !r Q W m LU a. _ o Z w W p w 0 'S C� a o > Z �— E >� .- WN 2 -E �tYp M r = LU � Z � J � o ZZo W zLn WC'i Z r Z Zu- Z ¢ _� p ° cm �. w `�` w m o¢ Z = z H w w m 0 m�8 sj �U (n rW' Z w� m rG W a Q o °x ° °o w =mYW U LU J Z 'L o@ c� a a cZ W w o`uZ } C O cc, m Q j Z �w�op0 �WO7 -W� vl=W O?�VO �a0WZzOOW UZ�Oawa0 °�zwzoo �_ �3 z °WOZ °iz�w ��?inw,nw W = W = } N D'f- 01 -cn00� (V U) Z_ N Lli J < J d U O I I c� W 2 w J J tii Z O_ O Z n tY U co w 0 tY W � Z_ Z � Z O O � � W W Y C.J � w z Z _ o � W_ � d a (V -0`0 � CV o0 CV _0\0 � �_ � 00 y -o`O V` N o0 �v�yy J r r LAC. r c- �_ r r +_ r 00 LL �d'N Jd'N d'N wNN W Nr Nr ACV � � �(V N �r W �' N � Z �W W �WW Ww WW QWW QW W wW �WW O OWW wW (nW WW WW O wNN wNN NN NN WNN WNN NN wNN O �NN NN j N_N NN U) U) 0 � (� U) U) U) -I U) U1 UJ C/) U) N a J J � J J J J J J w J J W J J J J a J J � J J J J a J J J J J LL F"JJ JJ JJ JJ JJ JJ JJ I-JJ JJ JJ UTI JJ _j __j W wad °J¢d as Qd 2¢a �aQ da w¢a � oda ¢d xa da ¢a � O c) c) JUU UU �UU �UU c) c) UU >UU O ODU UU NU UU UU ® � � O_ O w w W o o r o o W° XJ � I- � � O = =U == Tz___ __ =zO == Ur W =_oc? roc? ooc? ooc? �o� hoc? oc? =oc? z �o� o0 0o nU o� IT0 —w p —w w w w cY —w w o —w w w w w = O'S= 'S= 2�_ _ = Off= J�= ws= a,- M: _ z p00 �00 X00 =100 p00 000 p00 p00 �00 0. 0 pOO DOO X00 � w � W w 0 0 w Q � f- d � � J Q a U Q � � Y w � w w d O O W m � � W W 0 W p � p � D � U O � N Q CD D � U Z W J M Z 0 Q O Z r Q xw ° � Q? W W J D °�° M 0 O � a NoZ UQ O z o� �Z w O Of- mW a�w Z pC� W �U` W ¢ a, U Zv OJ � r O � m J 0° Z � z ZZ ��W� � U z °U �o O �o� =o � WW u�waw.o � Wm� Qm U) (.0 �_�W O mQO zQ ��' h--I -- rl'NQdWLL1w r O o� ' oa W p Wes° oo oo��gg o0o w° W� O X oo W its U) o0 z D � U x x � � m U U Z 0 NN oo O O cn0 ��N � Z N r ¢¢ W W W w aooQQ o o � p N ` o�� W J wwQw¢� � r r N Z O z wOQ dd ¢ d w O Of- mW a�w wwu5z_z_Ow w mz�w��a �m M N N N M N�� 00 N N M� N N N� r Y JJ I-W r d � ZZ ��W� � �U) O °� oo�� O � � WW u�waw.o � �J O U) (.0 �_�W O I-�W W O ��' h--I -- rl'NQdWLL1w r O w p �� W p P oo oo��gg o0o w° Z O O O (!):D � m O a � i- ►- I- C� C� W Z O co v)OZ �f`U I- F- ZI- I -OF"�� U)U)� cncn�Z�U W OOwvJ U �p� ooUmmow00 �QQO � Xm otS W l.l_ t�- I�- W U_ °W � Y in co U)Z m �lY�mNN � �o � �IOOI� lldM �002� Z o`o -o`o N ` N W J M N � r r N Z mW W O � �m QU r Y O� r d W �U) � .�ZQ �J OZ /n r O w p ¢ W p �� W D Z O O J W (� J W �- (j ll,J �- W U_ � W U � W U_ W - - otS W l.l_ p ti. - W U_ °W � Y in co � o0 00 � �o � �t o0 m � O � O Z tl J �O w � � Z Zu?� %- w =OtY g o c� z O w WQQI Z O Z J r ¢ m BUD U Cat- �O OMB O0U zM O� Jam{- U_NU) J� U_M �� U)r O� W'ti r- N M d- I.c7 N �? z o z-- LU ED LU U) Lij Z) Lij D co Uzz r - - - -� zLL Cl) 0 Q LL I I I oT L _ Zr gU) ° (/) °- U ° Z W c.) o O wry ° W �— ¢�< 0 iHS19H JNI100 ..0 -.9 U Z Q Q z-' LLB � (-DO 0 -U) °� uO � U� � 0 D U °Xo 0r n�?m U r- Eo Y r) N I J_ m � U) i— w w I = ° o Cl? Q M IT E 8 U) zF O l- I o � U Lli V ul z o 1 ? o J - Z z °5= 00 w ox0W D \ ° = m U pOp W 0 O i d=@ r W zda °w� `nw�o�o D owzr �~ (n w wowz��z w Z lZ ul 0O p O U 2�otaoo°y O g 0 r- m Qw8�688Oj LL Q pUm,Zw O p z z �°c!)c wuj � LLI N I — m Omcnwu~sx- c- Lu LL, >- (n ai cn w Q � o I U 'dSNV�Ji z -.ti 8/L L-.8 lie -.Z 0 d U -/+ 9L/6 8 -.9 = 1HE)GH JNIddIHS w 0 w m• r- - -- --------- - - - --� I 00� 0° w ¢Q Z� I Op � z OW W �a cn °z° `N o° 0� °w LLJ w"?I— �w 0 �z °❑z O oZO ,-_ 0- LL m mW U_ w zZ ov z 0Z °LL m 0 0_ qF- 9 J_ z m v � °° W W U NLL¢ C' LL IQ I Iw I � I° Off I¢ 11 LU IU_ °wa- Io -r CD I ()� i �> Z Y �Qa Z0 QW p �s'xs I CC, > a J¢ J Q Q 00 Z mQW Q w� p Q °o CL Nb 0 LL L °N z i °z �U° N ZtLL N SO HO N I I I i -- - - - - - - - - - - - - - -J N_ Cli - -- - - - - - - - - - - - - - - I LO i W I N 0 0 LL o m z = I D) j z J 0 ° ° LL Z g m N in p _J 0 z 0 W Q Q w IQ z i0 x U W N N Z IW N ¢ m .- .- I N I� I I> IJ IQ I Iw I I° I la: z m I� IC- ° °W a �cn C7 W N� NW U� ¢U Z ?I I0° _° zU 0 <I Zw vW U cow U° ~ z 2� �w Np �u�l O) g cI i �¢ �w �N w '° g� °°= Z W (mow _j �Q LL oa z� ¢n 0 pg} �' ° o z W N ° (n _ m° ow Q ° x QN 2o -° Q' N Z 2 U W F- N W it � N 0 'w co N W L¢L > L----------- - - - --1 0 I I 0 I I 2 z LL [Y 0 w w f- Z (D z Q_ W U) w w O 0 z 0 W Z W o� a a 'p oQ f a o N ow N �N W� � � Q z Z Q a� O W i N O O J LL m O M we 0b wW� =W2cn I-20¢ p¢LLzU) m oOZ fL 0 �Q mo Uccn p�0 >> co ZoQ0 LO Zo Q l- z O z ° ° w O O J LL m WE M O O F a v a d 3. o , Or N Z CD W N Z 4 N J OL W Cl) 0 O Z (n 2 ile U) z 0 0 N LL ZLL LO CO Z LL ¢ >_ 2 > N Z D O -' F- Z 0 z z IL :Do z� LL - z a:O LU oo Q � � WO �LL �°w �W g Of (D �° LLOLJ LL mo _j 0 LL Z: m O C(- J F- w W _Q IY Q O J W O r J W 0.' O O LL J J w_ ❑ o a n N N 0 CO J LLJ M w w 2 U) /'� CD ) T_ a) �--- W F- ♦ ♦♦ w w O N Z� °-gZ wU0 (Y Z ° W 00° LU o xU N Y 0 IL W W. } ° Z CC) r m W Q 0 z 0 U W 0 w ry co ° m m w 0 ° E � I Ori u Z -ME �:, N <H � •z 0 z a� 0 g r°� J Pl. �? c R ix 8, �z w 01 O 9OR C) aU Qu ZZ aaLU (D QZEim¢5 w -o -0o �w m rL xwxwowwz��z N~rOwaw0 O°o �d .i8w6oO� Z, Zw Z �wQ WoZwP?X Win od� °w �inw�nwtF 0 U) a- Ss�N Uo� W Z T z O� Z Z O ¢ o p �O :I� a F 4 CL inWU oa - o w''�- �.��o Q Co 0 co (n ? W W CD, N V (Y) LU s yj z � m a a H p z� W N U) W WQ 2'^^ LL � VJ 0 W r^ vJ Q � W Cl W Z 0 O n M �z �> WUD ry p 0_� t p pw wOLU J 2 J o ~ J �- Q� �0 Qo �r Zo0 Z) � w� ZZm g oo �O �? 0 0 Q �" —WUr LL LL �m UJ m f— Z —1 O U) D LL O W :t Q o� =Q 0c) mz Q I- p cfl Unm �Q> H = o �¢ �wu' x U (n U) J LL d U UL � J N CY) CA W � :J Q —� N Y D 00 'y -i- (n<6 xl- 000 Wx= Q U) ui N CB ? > LL N Q Lc)- U 0r CD W 0 fL U) Li 00 w O p elf w c) cn n Q Z� � s 0 � U) W ,o I— W �ZO' W (A W m >- U � F, O CO 2 � E 2 rp ®9 ER > o �N- m O 0 Z OxOOQ Y mU L6 w g g o= CD dopy o_ oWZ ry CL p W Y oZS �wjp00 W N �v Z I OW Z!~�~ z U0 N Oz z z °WZ��z z z m F- - (o Q J = N U zo�g�?W,F (r O u` � J W E�' (n U w�doIoof 2- ~ U� W = I Un W o ow�CC 600� W z � ? > co I z °UZaZ�cnQ O m O O I Z °ozpW?z co cr- U Y (D � LL U) O Z w � Q .° Wgw�= O g 0 p �.o � I J 0 O g 0 W 0�vr5b 0 Z U) Z N ~ W W c� o w i I Qo o I W Z o W o o �/E L = D I— Z z C) o z (� O p = ao 0 `^I rK ? I Q E - a- w W W = W cD E Q W LL o I C Q =n O 06 z m w �� o I w z Q �� W0 Co � z Z) LL Do z C I o z �° �W ) o w = N co O U > Q Un_j = co � 4� o— o I z o m J a mo LL� � LLJ LL l U� `�' NW c� ° w oQ m E_ Z I Un Un Oo zr Jm o U � O "� Q x W CD O g x x o I p Z< 0 Un m N > NLL N L — — — — — — — — — — — — — � W L C L c C W] ,u � M O z Q = I L I M I - I r O I L 1 V rn M O *k W Q j w ¢� J 00 o- ' �o 00 O ti = O I I W J U J U J i Q m ill ia N Z W Z as �O Q Y O Co o� o� �Q Z �a s a C) r y II N ri W SJ Q w > Qz J I � C l) L 1 0 0 0 N Q 0 r— — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — F Q I I I I I I I � w I � I z I � J O IOf w ui I I z I I U I I I N - J p J W W= QM V, how 0w ww a w� oCj' cq ' NO LZU ��~ CA~ c 00 `—N �~ 0 �� 2�oo cn to - cnJp. Xv - g Z�" Q0 U) LLJ W�� ZV0 x�0 �0 �ulnY N °x'0 wU c w Wow owe x `e) xm�`D xa `"?�_ mo ¢z0 0 C7U� CLOQQW� �I -QQQW= XQQQW� Xm~� 11 �� XQQQW�CD Jm CL<L.L J S O U fn z m M CL m M m M F- Q W N W M m - LL O (n ;k O cl I CL. NCl� I � I �— — — — — — — — — — — — — — — — — — — --- — — — — — — — — — — —� rn 00 I I I � I I I o i z I I � I � I I � I I � I Q I W Q� o l U 0 0 3> �°oi z o� � , - QY UJp mJ �w Q 0Q iDw LLZ ;LZ WO UJ �w 0C Owl (nz �� Uw U-0 O r N 0 n N r- z Q = M r o L 1 V rn M (0 00 *k W Q j Uw0 U 00 o- ' �o mho °LL Z -p C)�w M Ww L w XMD -t Drs ,8/ 0 -.6 N r X c Q New J LL w -Cti o a tp m < �= g z bo N +1 r mod° N? I N F Q I I I I I I I � w I � I z I � J O IOf w ui I I z I I U I I I N - J p J W W= QM V, how 0w ww a w� oCj' cq ' NO LZU ��~ CA~ c 00 `—N �~ 0 �� 2�oo cn to - cnJp. Xv - g Z�" Q0 U) LLJ W�� ZV0 x�0 �0 �ulnY N °x'0 wU c w Wow owe x `e) xm�`D xa `"?�_ mo ¢z0 0 C7U� CLOQQW� �I -QQQW= XQQQW� Xm~� 11 �� XQQQW�CD Jm CL<L.L J S O U fn z m M CL m M m M F- Q W N W M m - LL O (n ;k O cl I CL. NCl� I � I �— — — — — — — — — — — — — — — — — — — --- — — — — — — — — — — —� rn 00 I I I � I I I o i z I I � I � I I � I I � I Q I W Q� o l U 0 0 3> �°oi z o� � , - QY UJp mJ �w Q 0Q iDw LLZ ;LZ WO UJ �w 0C Owl (nz �� Uw U-0 O r N 0 n N r- v, 3 0 ON Z Clf o a-� z WUJ Cho Q w ZO0 wd < Cl) X J oo CN LU U) Lli 2 w cn IL Q uj Z ER U' �aELi z OCO 2 ay z wz_�333�3 W ox0� 0 m Y S O 2 a� uvp OWO > ��ALu �Cum °p° gWz�� Wowz�d�0 a LIJ 0mum O UJoO?W �W�µ�Q Z�m?�z W`�w2w.° K 0 � . 0 0 m W Q C) z 0 CL CC U W 0 w w M r U Y L 1 V rn M (0 00 *k W Q 0 v, 3 0 ON Z Clf o a-� z WUJ Cho Q w ZO0 wd < Cl) X J oo CN LU U) Lli 2 w cn IL Q uj Z ER U' �aELi z OCO 2 ay z wz_�333�3 W ox0� 0 m Y S O 2 a� uvp OWO > ��ALu �Cum °p° gWz�� Wowz�d�0 a LIJ 0mum O UJoO?W �W�µ�Q Z�m?�z W`�w2w.° K 0 � . 0 0 m W Q C) z 0 CL CC U W 0 w w N C\j QD U �- r N Cv ul III O� Y C") CD 3 }I z � 00 W4 N w LL y�� O O U) W 0 C U I- Q z Qw Lo Z ck� W U) h- F' N Q 0 N z U ° 0 Z 0 U) mQ ZZOZ cD 0O LL1 z0 -5': U I.._ O❑D Zm U Z _Z h W z U Q o N J° I- ❑U=wD Q Z Z 0 Q O U -j _j Uj m �S Z�� 0oW C) C/) >m °m�� O gU� =�Z >-W ��u�QU o ry o °LL0 WW CD� -QZz zN g W Z Woo ° =o r)� oZ= Uo �W Q Q iii ~� ww D'Qu� =�� o W Wpm LL Of m2 mow❑ (D J z0w o J C� O O w Q w� ' Q U °`Do U xU w w O I"- N Y > ❑= o >� Z U Qz °U OW Z °w J d ° W U ° CV) =0 w 0 wE IWO GoN QzOJ cn Q U) w° l-- w 06 Q �E Dg(n ❑ p =�_w< F (q I-� N�0 QZ W O 0 W W W Od❑ W ch ��U(n �� W ci m0 = ❑ rG m= ❑ J > LO m> z O F— 0 Z �' d. Q J J JQ I- ❑Z W N w� W W z� Zu1m 8 U W U) zOcnm J U m Q 2 w� w Y �v c=nw cnv� mz Oo0J UU� USN w o W C) w� �ww JW �OOu od`T ��v U) "asp" J _j Q(�� QQ ❑�z =U WU J ? ��vo LIj U U -_ _z = N -i- O w 0i-W W U Q ui �� 0 mQ h� 2m0 ww wWCnLL' zdd�� Q'�� Q a Y 0 0 �oE� Z J W W W J z Z o U❑ ° Z� Z° w O w wow a o W ° W - J Un �`�� > W W � ON �m �0- U QNJ Z �au' Q =❑ �� WI - I-- O W( �o-0Um ��-❑ �F-° W ppZ_ z m g z W I- UQZ� cA0 0❑w�cn zw zWW❑ W ( C/) U �-Q OQ co z 0W W�Q�c o Zz> Zz> w = °5Z DC7 ��- �(nQW zU c) CY' Qz0 QZO Z w '.'w ❑Z wc/) C) b- ❑> >Q�❑N g0� �0� 0 m� U zm I-co ❑� >� �� of EEUd �0M =o O� x J Qw ❑W w =WQ WLw w D w aUu w Uf- wa-- u. 0- co U) cn?f -L W ❑m a- ❑m W cD z w c� cli �r Sri co ti a z on m a 5 NW5 O WoLIirL" �F HKwF zo� jz'w0000� n J °0Z -Z� "�Q z 0z00�zz Lo w I �° 6°� � O W z W:0� z z cl� W Q o w D o Z J+ !- io C° v L 0 J W I W W�^ �- w Co 0'J z o 0 J O I o Wv) �Q Q z �-W >Q Q C Q Z f- W Q 0 N p =g�cwn m z z wwo� _= o v W z z�= s- J J�W'r U U U m W z U Z w O Q O }W�Ww x wi-- W W Q -wQ ~[L � re >- � z z o= co U P w u g Q g��NNNN = r,, z � Wn�Ln x w U LL F` Q o W Z� _U� O w U-UJ W O U 0 Q ❑ W U I ,- I Q c) 000 JW =U J z X ❑ � w O w t 0 U- H I r -� ° U Z > W owC °° z W z �oz z Q o- z w o w � I~ -�- 'tom -wcn �� n w `L < ° u u u Q Z z O O 00 Z J Q U LLWN W J � v 0� = o o ��oo ��w ¢ v w z w ( z J7 = I I 0 Q O O 2 I— W it � U IL � � � � 00 >4Ho01 LU I I �— — — — — — — — — — — — — — — — — — — — — — — — — — — J > w m =o n "oN G �f r co mZ � °w 3 �' o Q c� ° �' °� r— a. �z ° rts .�� ¢W� 0 0 r- d ti Q d wW N ° t-_ �,� NISI w� e Y IT �— MI 4 m u 00 *k Q r — - d 1 Q Q Cl) n C/) 1 dNWD ° N W— QO r 0 OD Z Q a o W N� Z M < d L(� O N r� it I' I I w l z�� o I I I I wgw 11 I z o o co I a co Cl) I I C -1 v �� d �' �� I zoo I l d l I! I L d J ry I— x co Y . i Q M J o U N d> W w Lo U) \ w O 0 , a Q i I r d Q Q M Q Q E - m� - r ►�� ? a�Eo W(O I I I d d d d ............. U w T- N z i 2' E U _ .. b N ,,. w M M213 m '%'1A ° mYp ci d ' Woz -M I �► II I W3. MO°~ o =zrrs� f o W°Wz ,2- u)��°w ac.)0 0 I I �OZgmm -ZN O m¢0 —HR I N °coo. — nw..w W�uj m I �I Ii I I I I! d I J ► J d W W ai d ' w 0 I— Z Z wW. V I dw° NI d qp,. rn d cb d r-- I > O I�� ¢ I Q Ism °O f- J I (may N d I� °oF- - I Ol- d IW z I �� jLq U =w ( Z O Lwu Sd J af U c( pp U w o W X i I I' 1 I I I I I I pi WZ I�oJ LIJ (<W O I `-'w00 v IWU�° I IQ w a I ro i .................... _._._._..._..........._ ............. _....._...__..... ...... _ ... ... _. /.__.................... ..__...,_\..... ...... ............. ......... _..._._.I ........................ I .......... _ ... ............ _.// �.......... ........_.._. .............. _... LU U I � I ... ............................. - :::..................._ .._ I ... ...................._.......... ...................... _.............................. ...... ... _. ._.......................... ... .... ... _.__ .................. _- .. - ............... _ .... _._.._...__......_ ............_ -- ..........................� _ ....... I ............ ---- ...... ) Or- o rr oN 2 w Z h WULU Q a � •D o o OW :w Zip o Q Q O :�,► 0 O N %;r r� V Q _Z Y N Z wi a I:mD _ .._......., .... _.........: a.... .. ... a N W Z LLJ p c=n _ _ ..... .. �._:.:.Y ...._.. .._._..... U ., . _,..ae..�.., E8 Z X a O _ = o 5 ^MK m ............_........_._.._......__._..._.._.................._ ..................._._. ............................._. o° mL) a d= - a 9o�0 . ..............._.._..... __..... -3 ..... ........ w °SZWZ�W< WOZwizwwr C/3 t DcoFn °w XHUH,0% o.. �QUF_ I a ._. ......................... J LL Z _ .__._........... ........................... _......................... _............. ......_.....................__. _. < Q Q UO I ZOU Q I ,,\ M Q - - - - - - '- M Q 0 O w a- T I I .. _ .....- �..`._.._.._...__.._._ �' - -- _._ . I— !— WCAQ ZQ co L W I o U i- w L- U[r�O I ............... _....._..._...._.... _...__.._....._................ �. ..... .................................................. .\ . \ ........... 0 Z :D I _.__.........,_\ .......... ..._. \ _....1... _............. ............... _.. _.........._._..... .... __ ._......_......._ ... __._...... og � Q JUILW I Q _ ___...... __ .... .............................._ _..__......_........_ w _ z Q U) I I mO w -I _..._........._...... -- - . ,I i J_ Uv0OF- — - - I owcn00ol � Z w !— .............._..-...... - ........ _. ................................ _..._ .......... ... - I W0 LU w_ I _ ...... _ . .......... _................... _ _...-.., A- .......- ....- ..._....__m_....'� ......... _- .........I 1 ui �(/) WI M J ¢ i li M Q J O Q �Om! -Z _..._.._...... ....l._._.. `......... Z LU Co � I '� \� z — Jw0l ZZQ.';Ecn O I \_.\ n O � _�� -�I co O ............... _........... `� I A cn � cy X _ ........ .. ........................... _.. ............................. _, .... _.._._. ..... _... .... _ ...... ............... _ ........ ......... ..!I .................. _. ............ _ ... _�........ ... _._.................... .......! U Z Q w c/) LL Od� < (D U) ! ` z _.__ ........ ....... .... __ . ....... _....__..,. ......... _..._.' ........... ............................._. ....... ............._....._........... Z U^ Zu) - - U - z w i M - - - M Qw _j = ; I... .... ..... ..... ..... ............ ..__... -....._...._... - - - - - O i i d Q Q Q i I I' 1 I I I I I I pi WZ I�oJ LIJ (<W O I `-'w00 v IWU�° I IQ w a I ro i .................... _._._._..._..........._ ............. _....._...__..... ...... _ ... ... _. /.__.................... ..__...,_\..... ...... ............. ......... _..._._.I ........................ I .......... _ ... ............ _.// �.......... ........_.._. .............. _... LU U I � I ... ............................. - :::..................._ .._ I ... ...................._.......... ...................... _.............................. ...... ... _. ._.......................... ... .... ... _.__ .................. _- .. - ............... _ .... _._.._...__......_ ............_ -- ..........................� _ ....... I ............ ---- ...... Or- o U Nip, N .x "z Q Y N U O 0 e•4�r� U e`Z 4 Y C Z g^ 1..1. _Z V J U) cfl O �-- M N W t] CA ° q W Q 0 Z O U U) W W ry Or- o °-gZ WULU Q z :w Zip O �? o w� r� V Q _Z Y N (D J U) in W O LLJ p c=n ate. Q gu U cn acv- E8 Z X a O O YY�a •- m z d� 5 ^MK m z W OO"W M o° mL) a d= a 9o�0 -3 g=zf -F. W°wzd� Z °SZWZ�W< WOZwizwwr C/3 t DcoFn °w XHUH,0% q W Q 0 Z O U U) W W ry W SEN 1j N v41 r- K d O m z 0 a . �-1), a. ;� � o Q z ❑ O ` o U p �`�S w� U CD C Ile �y� ��lj 4� d c, J t� T a co k Q T-Z - r-I 4� w w LL1 O vJ a C/) 3 ° r— — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — - U I I J Uo B I z�� Q �U❑ B I ego 0 ❑ I I J zoo I I W � I i Q ° °o I I n x U I i U NY I I I J W U) I i U) I I = � o m d E s Cl) I I W ° ^�v Z F E n o� Cm Z d�a} n N ° aUU L E _ � � o m I Z z�sz B w oxoW O mOQ Owe ¢Uou I I fD °�z >- a I 5, '0 ��m °p= °WZ� wC2 W° �= F~ 11 1 °O W 11. W O Z ° ? �a� }o}°zaao UZOf -a J 'fS �oz,� w Ww( ° Of I I I I I I I I W I I o I i B I I I L— — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — J 0 z 0 U m w d d m m N � o 0 o E Q ,D co I c0 I c`�a I m i Q O U U U U J U U U U � rn W c N r`� Z m c d d d d aQ. ° O i-- +�+ O I p I p I p I N Z o � � M � M a N O_ N_ � fp 00 cOcyy ccN�� VNN' W LE Qdddddddd¢<C¢ o U Z o d w w �' E0 N I N I N I N I � J� Q d Z � O d d O O O O Q p � 00 M 0 0 0 O O 00 O N O m CO M (D M :.: M d. > O O V �_ O O 0 0 0 0 O � O N Q cD M 0 —) � j j > >. LL a 0 o W >� In O O (D (D O Q Q J Q d o J LL � d N � Q U O O J = Z W� N� m� M�� Ql M Q Q Z �� dddddddddd�� ,J OJ Q. UZ Z d d W > > > > d Q o o o �° Z c ddddddd �- N N U � u°� � � °r° O �+=' oa00000 J W O O M � m d m d d m m � Cl) � E o o E E E O � p o o� o 0 0 0 0 0 0 � ,� � d � d � m � c��a c��a � J � � U � Z � � �� w d o Z o Q o ;�o�� Y � �� d0 Wd� Z W�� -� m o� � a w � U U w ,� LL. W F- s w � � H w � c � = U > m U c~i� z J d � W� O� W J w W Z J J m � Q � (Zj W 0 � � � I- y Q Z H �- m � J fA � 0 � x_x W � _ � � � OU OI- OI-