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20006418 Permit Package�,c;:' +4F ^, %. nn ' ' ��'• ICY- � --�... FHIL L SER $TATE OE WMHfRUON G R #k 00 F- LL.-1- T> k- - 70 PS P Ux,-r%2.cL. ( wI"a) X-XP• "c e�pLL_ &"2 I N4 n"oW^ZL+E = \S7iG Pr i< OP w e-0 N %t o f 6 c-o r, ( LJ i N A) I g @ za los F �FV C-0.4 AltC�vAOtC (74G %>f.P� Z, LAC E/? .A L. --'Y W �2 5 o F- /s = 3Z- rc LV` @ 15&UA2 L.vA "'S $ + I S = Z i c.F• -M-r4L. S V� F� = FS PLIP 3. Ln �E/�Q 1. N --+� S CL../ D 7r t- -r`✓/a L. AL, L. S - �n I �- � �.' � I, = SL lF = z 51 PL-f 5 W_ I C Pv A L,L_P L.✓.O S L.@ -4 . 4? 3 —4-1 � W wi N taa w � w n Lit. l_ W Iz K M = cl t FZ C� r svi Ik, N sw - (o /ra P�f Vfl w I-EO pp-W Ci1NPSON HD, A �w 4wwati ~ 7, q t tom) dcµ ANo of LA. elLA4 VIF.c✓ am�av�,:l 3 CUT al $iNTE OE W�SHING1pN s- ms. S W INCO W w"o r&, Ni - l- a^=b V A C rp� g ' x 6' a* S`o P$+ Aok S a . Od k P s S, a r.L -- -%-coo P s F„ a = s, �! 1 -. t►Z, � psi <.as �K FZ C� r svi Ik, N sw - (o /ra P�f Vfl w I-EO pp-W Ci1NPSON HD, A �w 4wwati ~ 7, q t tom) dcµ ANo of LA. elLA4 VIF.c✓ t pl- KAt1gEN h 06 ywl`III ION ro/r -c" EA�-/C- /> CP 5"0 P s -( 12/22/90 04;05 FAX 2530520717 ORION SMVICES U„`. J1091Y b9149a94ut A, 51Ve5. FeCmIMry.VWUym 94W3SJ40 ■■AA ■■ Tdaphom SnNe(1f31 tiHIlt T.00w. ryTJ)951an'I Fe¢YeY<(ss3)m>J >14 Industrial Hygiene Services IS L oq [pop:, Residential Address 307 E. Yelm Yehn, Washington Prepared For Clem Heath PO Bo= 970 F. tonvMk, WwAingtoa Q02 12/22/99 16:04 TA /HR N0.4284 P.002 ■ 12/22/00 02:50 PAZ 2550524717 ORION SERVICES X02 Seedox LB Mal 1 1 MI 1.1 1.1 Govaaal On December 9, 1999 ORION F4vkona%=W Services, as an asbestos consultant to Mr. Clem Heath, performed an Asbestos Hazard Emeraeney Response Act ( AHERA) buuildina survey. The purpose of rent survey was to ascertain if asbestos mamiW materials existed within and around the residential structure located 307 & Yelm. Yehn. Washbgtoa This survey was perforreed by an accredited AHERA Building Inspector Kerda Roberts ( ARGUS 992004; Expiration Date May 04.2000). This asbestos inspection report represents data that describes the type, sod locations of asbestos- onntsbing materials (ACkt associated with budding contpoans at the subject Wawa This report may be used as a pro2 m- Disrobe tool for all construction, mandenanee, abatement. renovation jmd demolition activities scheduled in this aura All ACM identified in thin report nwA be handled in accordance with all applicable federal, state and local teguhitory requiremams. This inspection report may also be used in eenjunction with any existing Ma'i nenence Policy Mannal for Asbestos-COraninina tutateri to im me minimal exposure. All effected individuals should be trained to use this inspection report in conjunction with planned Operations and Maintenance (O&W activities or renovation, so that these activities are carried out properbr This will previ n potential expon" to airborne asbestos fibers or the creation of an emergency abatement or clean-up Operation. The combined goals of sampling and visual assessments were as fnllows: 1. Ideanry ACM associated with each structure and document the condition, friability, location, and quantity of each identified material; and 2. Coordinate sample data information and observations obtained from the site visit into a report firm, parts that will be incorporated into demolition plans or project apeClfiration, where appBnabk. 1- 2I, W"mAwdSaaaV&VP wa*aGt An initial site walk-through was conducted to &milia.: the 4epectur with the residential stroenae. Coordination was made with Mr. Clem Hcuth, building owner., for authorization to proceed on the MWhtres to be impacted. Suspect homogeneous materiElS were selected for bulk ss:Mliclt. The inspector would try to find damaged areas or materials for "OUOctioa while the selection of area(,) remained unbiased for sampling- Depending upon the location of the suspect material, specific samples were 12/22/99 15:49 TX /RX NO.4283 P.003 0 12122/AD 03:50 FAX 2539528917 ORION SERVICES @J 04 Sta9ar LO collected in aton- abrasive marina, with emphmis Placed m minkni ins the potential fiber release during collection procedures. Samples were collected and placed into separate, aealed, unadulterated plastic bag& Each sample was individually mrmhered and sample information was entered onto a field data sheet. When possible. sathples were collected from areas or materiels previously damaged Sample tools wen decontaminated with amended water after each Sample collection The samples were delivered to a Laboratory for analysis; each accompanied by a completed chamofcustody form and field data shtat& sample locations were recorded on plan drawings prepared for this purpose. Suspect Materials were divided into three categories: 1. Smfatutg Materials - ACM sprayed or troweled on surfaces (walls, railings, and smtcteral members) ter acoustical, decorative, themial ioauletion or fireproofing Purposes. Examples inchnde pl ester . popcom-teaimed cethrigs, skim coat textures, and shvctural fireproofing. 2. Thermal System Insulation - ]isolation used to inhibit meat trarafer or prevent condensation on Pipes, boilers, balm ducts, and various other oorngmorents of hot and cold wafer systems, and heatiog, vamitatioa, and air coming (HVAC) systems. Examples include Pipe lagging. Pipe wrap; block ben, and blaolcct i mlation; account and " muds "; and a variety of ot&a pwdueta aaeh as Mkets and rupee. 3_ MiscelJmeous ALe'alo - Materials not classified under Smfacmg Materials or Thermal System Insulation Examples include floor tile, ceiling tile, roofmg fah, concrete Pipe ('transite"), outdoor siding and fabrics, glazing Patty, wallboard and associated assembly tomponenK various mastics, etc. snob as floor tire, wallboard, ceiling tries, cod masties. Asbestos- eemaming materials were classified accordUWb, Friability ➢ Friable Potential for y migh Distarliance ➢ Moderate ➢ Low Disturbance Soaree ➢ Air ➢ Comm - ➢ Vibration - - ➢ Water Condition Aaaeesment > Friable and toe- triable Material in condition ➢ good Friable and mn- friable material showing signs of isolated areas of damage (less than 1 m.) 12/22/99 15:49 TX /RX NO.42e3 P.004 ■ 12/22/88 03:00 1" 2038525717 ORION SERVIUS @105, see" 1.0 • Friable and ran- friable materials with signs of isolated areas of damage (10 -25%) • Friable and non - friable Materiels with areas of moderate to sigo:6ceot damage and loss of integrity • Highly friable and severely damaged Ffiable materials are materials which car be crushed, pulverim4 or reduced to powder by laud pressure These materials were wetted with amended water prior to sampling to protect the inspector from potential exposure or accidental fiber release. At the inspector's discretion, personal protective equipment (PPF7 was used as an added precaution. Samples were collected using EPA guidelines for type of suspect materiel- Where, practical, sample locations wile selected using random sampling methods. Within each area, samples were located where minimal damage would occur to the facility structure or finislrea. Emphasis was placed on obtaining samples of each type while minimizing damage and disturbance of tbese materials. Each sample was collected by carefully removing small portions in a nonabrasive meaner. If possible, samples were collected from areas already damaged. A particular suspect material may be located in various separate places throughout the structure. The EPA does not require that these matersts be sampled in each lacatiom Suspecj materials of the same type, age, appearance, have the same date of installation, and are sampled in accordance with AIRERA requirements must provide statistically reliable data which can be extrapolated on all remaining non - aempled areas. AHERA protocol determines the number of samples of each material to be collected, depending on it category and amount of material present. The god of AIIERA is to ensure statistically reliable data and it accomplishes this by requiring or suggesting a mmmem number of samples to be collected, and in Rome cases, by using random sampling techniques to drums nno sampling locatums. Howeter, in every ease, ABERA relies on the judgment of the inspectors who arc experienced in ATMRA metbodology and the type of facilities being inspected. For this facility, the following protocol was used in determining the no of suspect samples to collect: 12/22/99 15:99 T% /RX N0.9203 P.005 M 12/22/9a 03:50 F- 2530528117 ORIoN sR vrcBs 006 Secdm 1.0 Thermal Syso m lasalation (TS b. Patcbfd area if less tbm 61romr or square feet t l Semple :F Noo- Friable Suspect Mat"b]m — in a Wanner sufficient to d termim ACM M EFA nar®au0arw eaafpnnE aeaena (a:arnaaaq L3Me06od ojAnagaa All samples were delivered to ORION Environmental Services, Inc., analytical laboratory m Federal Way, Washington, to be ana)y ed for the type and the ,meat of asbestos. These samples were analyzed using Polarized Light Micros,py (PLM) Stain Dispersion Technique in aecordmce with EPA Method 600/R- 931116. Additional treatment and tests may bove been used as required to defnle composition (e.g., ashing, c)mactions, chemical, etc.). The residential suuct= at the subject location, in _ &j; a m aeussible materials, was inspected for asbestos containing materials. Areas or materials that were fiu=essiblo Were noted accordingly. 12/22/99 75:49 TX /RX N0.4283 P.006 M 12/22/88 01:80 FAd 5818628717 ORION SERVICES �0! trWreWBIMIn semlas 2f yOfd [07707! l t _ • 7 711 , r 1 VA tit al cmtenal Asbestos is a generic name given to a nrmber of oeaaatly occurring hydrated mineral silicates that possess a unique crystalline structure, are separable in fibers, and ate non, combustible The different types of asbestos are separated into two minembgieal categories termed Scrpwtines and Amphiboles. The fibrous asbestos minerals in the amphibole group are Actiroiite, Amosite. Antbuphyllile, Crocidolite and TremoWe. Amosbe and Croeidolite are sometimes refcvcd to as brown and blue asbestos. The only Hbmus asbestos m the aorpeo � group is Chrymn7e. sometimes fekncd to 85 white asbestos. It comprises more than 90 percent of all the asbestos that has been used in commercial products in the United States. The various types of asbestos have been Incorporated into an estimated 3,000 commercial products The inherent physical characteristics such as resistance to beat and chemicals, abrasion resistance insulating capabilities and high tensile- strength along with low cost and availability, resulted in the widespread use of asbesos- staining matenafs Asbestos was commonly used on steam pipes and boilers of ships during the early 1900s. It was used widely in American ships and shipyards in the 1940s and was expanded to include sprayed-on insulation materials in the 1950- 7970s. Use of asbestos in the United States did not begin to decline until the 1973 -1979 bans by the Environmental Protection Agency (EPA) on aptay- applied and pre- molded friable building materials. Any materials or products that contain our percent or more of the mineral by weight are regulated as containing asbestos. FEW To obtain asbestos for wm,e,Oial use, asbestos ore is extracted from open, pit or underground mines. The orc is crushed and the ashesros fibers are separated from the rock layers by vibrating servers and airlifting process The fibers are bagged m bulk for incorporation into various products at manufacturing f icilitim or through on-sitc mcrmg. Asbestos-containing materials Out are batch -mixed on the construction site, such as structural fireproofing, usoa0y have a wider variation to percentage of asbestos content than those that ate incorporated into nu m,artured products, such as floor. tile. The type of material mad method of production have a bearing on the number of samples that mist be collected for a given suspect material in a building survey. The following is a representative list of materials likely to contain asbestos Asbestos Cement Insulatmg Panels Asbestos Waifboard Asbestos Insulating Panels Asbestos Chalkboards ht_sulatmn Thuamaxl. Sprayed-On Firolroofng 12/22/99 15:49 TX /RX 140.4283 P.007 ■ 12/22/00 05:80 FAZ 2SSD926717 oRroN smvress 208 Sadist Zo Gmaod fVAW_q ojdabeaoar Paints Roofing Textured Coatings Asphalt C.^•rat^a Asbestos Felt Rcmforad Asbestos Flashing Sheet Taping Compounds Asbestos Base Felt Asbestos Finishing Felt - Elevator Brake Sloes Flashing Paint Insulation. Ph=biDg Piping Insulation S Sheet Metal Work Pipe Gaskets Plastic Cement Equipment Innilation Membrane Watuxproofino and Dampmofing Laboratories Hoods Putty Oven Gaskets Gloves Fire Door Insulation Bench Tops Fire Dampers Cooling Tower, Be and Fill Insulation, HVAC Valve Packing and Rope Nuns Insulation Boiler Bloch Flooring Breaching Insulation Asphalt Tile Boiler Wearing Surface Vinyl Asbestos Tile Gaskets Vinyl sheet Fbo®g Duct -work Taping Backing Fie>able Fabrics Joints (vibration dampening) Mastic Flue, Seam Taping Plaster Ceiling Tile 23 EeodBfi Effecls The detrimental effect on the health of people e,"sed to asbestos fibers has heart wall doeumerted. Studies have been conducted on laboratory animals sod cell cultures to investigate the specific mechanism by which asbestos initiates or promotes disease. Similarly, studies of former abestog rcill workers end insulators have provided a wealth Of knowledge concerning the risk of disease among populations exposed to various 0011000hations of airborne asbestos fibers. Most controversy surrounding the health effects of asbestos is focused on low -level exposure to general building occupants. There is little disagexment about the detrimeoml effects of occupeOn.0 or tuol le vel s. exposures to asbestos fiber Like any ha—rdons material, asbestos must first trawl to the site where it can cause disease. The primary mute of exposure for asbestos is through the air. There have been reports of asbestos watts due to asbestos fibers becoming imbedded in the skin. 12/22/99 15:49 T% /R% N0.4283 P.008 0 12/22/99 01:50 FAX 2659526717 ORION SERVICES X09. Secam z0 GerdadHhAmy afAabesA= however. this appears to he a rare occurrence. There is also some coocesv that excessive eaposme to asbestos through ingestion. such as asbestos fibers m thinking water. IMF Lead to an increased rata of disease. Again, however, this has not been proven a significant mute of entry leading to disease. The greatest concern is exposure thmu h inhalation, Diseases in direct correlation fiom exposure to asbestos include Lung Cancer. Asbestosis: and Wsothslioma. 12/22/99 15:49 TX /RX NO.4283 P.009 m 12/22/88 03:50 FAr 2S39526717 ORION SRRVICRS 1@10 Sedlon 10 Gm&mf 11h"y SfAsbazius i I U3 IT 77 71 All inaccessible or concealed materiels (materials with the potential of being discovered during demolition) that were not identified at the time the survey was performed are to be presumed asbestos containing and treated accordingly, unless proven non-asbestos; containing by an accredited AHERA Bonding Inspector. All suspeet materials ware believed to have been accessed, noted, homogenized, and tested, at the time of this survey. This residential structure is wood framed on a cement slab foundation. Area size of this struetme was estimated at appmabmtely 1250 square fee of floor apace The interior fWA a consisted of vinyl sheeting, vinyl tile, wallboard, and nailed coiling tiks. The exlenor had wood siding with mlled roofing, piping for this unit was not insulated and appeared to be original- Date of construction for this stnrctam was the 1930& No repass or renovations WOOD known or identified at the time the survey was performed. The belling system is forced air - The lighting is ilrcaudescent and fluorescent. 12/22/99 15:49 TX /RX N0.4283 P.010 0 12/22/80 03:50 FAX 25]852871] ORION sHRVICRS ®11 Sermon 3. o hispeogm Swrrmmy of &%Wd Afwffidx 1 I�V111 11 I II , I Ex 1 1 This section discusses hopcotion findings for homogeneous suspect ashcstos- containing materiels sampled. In accordance with EPA guidelines for sampling. thi teen (13) umn homogeneous suspect ashestoscontainiag materials were identified and collected for analyses. Material identification and descriptions ofthese materials are as follows: Vinyl Tile (VTl) Brown Specked; 9"x9"Cut with Black Felt Backing and Associated Dark Mastic; Found on Wood in the Living Room. Vinyl Tile (VT2) Tan; 9"x9"Cut with Black Fek Backing; Found on Wood under VS l in the Kitchen and Mud Room Viral Tile (VT3) Mocha Specked; 9"x9 "Cut with Black Felt Backing;- Found miler VSl and on VT4 in the Bathroom. Vinyl Tile (VT4) Tap; 9"16"Cut with Black Fek Backing; Found under VSIand VT3 and on Ply -Wood in the Bathroom Vinyl Tile (VT5) Darter 9"x9"Crn with Black Felt Barking; Found on Plywood in the Main Bedroom Vinyl Sheeting (VSI) White and Rose with Gray Felt Backing; Found as the Top Layer Over Various Other Vinyl Floorings in the Kitchen, Bathroom Utility, and Mud Room Miser. I White leveling Compound; Found in the Kitchen. Misc. 2 Paper Moistum Barrier Found in Upstairs Closets. Wallboard (WBI) Wallboard with Associated Joint Compound; Found Throughout. Ceiling Tile (CTl) Ceiling Tile; 2'xl' Nag -up; Found in Living Room Ceiling Tile (CT2) Ceiling Tile; 1'x1' Tongue and Groover; Found in Main Bedroom 12/22/99 15:49 TX /R% N0.4283 P.011 M 12/22/89 03:50 FA 2530528717 ORION SERVICES 012 skcdm A* i/t1�dl SMMlllafy �5� .: `s Wvtdaw Petty (WPl) Gra Ba Color; nwk; Hard y st Roofing Materutl (RM1) Black RDUed Roofing with Associated Roofing Felt S Teat Mmkr wl Table From the thirteen (13) types of nonhumogcaous suspect materials, fount= (14) bulk samples (including layered samples) wane collected and analyzed for asbestos. During the survey, the inspector determined that no other suspect materials existed with or were associated with this structure. is 12/22/99 15:49 TX /RX NO.4283 P.012 0 12/22/80 03:80 FAX 2538628911 ORION SERVICES [J1J Sections dp FouW FbM e Upon completion of the field investigation, review of fiehi motes, and review of Laboratory dmq, no materials went found positive for containing aehedos. Con&wim 4111rmamdom This survey report was intended to describe the locations and conditions of ACM identified at 307 P Yehn in Yelat, Washington ORION Environmcmal represents that our setvioea are perforamed within floe limits prescribed by applicabti regulations and in a manner consisted with the levet of rue sad skill ordinarily exercised by other pni imimud rnnmrRant under similar c¢emmtances. No other represrnlstion is made to the client, expressed or implied and no vmrmrdy or guarantee is included or intended. 4(2AppEoul /eRegtddto w These asbestos surveys comply with applicable federal, state and local regulations. These regulations include: Puget Sound Air Pollution Control Agency (PSAPCA) Regulation III, Article 4; D 40 CM 763 — Toxic and Hazardous Substances Control: Asbestos; A Washington Administrative Code (WAC) 296.62.07721 This storey also setisfics regulatory criteria established by Washington's ne arrmient of labor and Industries aA1) for identifying asbestos - containing materials associated with the unit's windows for fimure renovation or deroolitiom A copy of this report may be submitted to the appeopriate regulatory agencies ae proof that surveys were perforned prior to dernolition. The remainder of tbew reports consists of and contains exhibits referencing the following information: Exhibit One — Iaboratory hard Copy Exhibit Two — Inspector's Accreditation 44� A21-41 ands Risherd BoMax Inspector ORION Envirommental 12/22/99 15:49 TX /RX N0.4283 P.013 m 12/22/99 03:80 FAX 2838528717 ONION SERVICES Q14 Orin Z Services, Environmental Inc. Saw a`w.ma. are• • rameaw 9aae s • ers.rwro•,waeWaMm sarnt.a7w tvaB wI&391�ax rwa► �eawl e.[ ss+ lnsuu• rer..l a�l faa7t7 •r.w.e.ps>fm7x/u.srowo�am®.a Polarized Light Microscopy Test Report EPA Method 600/R- 98/116 Client clam heath Daft December 21, 1999 PO Sox 970 PEW Page i of 3 Ealnwille, WA 98320 Date Received Deaemher 9, 1999 Project Number 991572 Project Name 307 E. Yehn Chest Orba Sample Asbestos Other N amber Namher Stereo Scow Erse Treatment Pergeat TYPE Fibers 307-001(') 9120941(') 9`xr Vinyl Tile Ash NO - Cellulose VT1 w/ Felt Backing Na Scpsrabls 307-001(6) 9120941(b) Mantic Chloroform No - Cellulose Vf 1 Assoc. w1307.001(a) 307-002(a) ') 9120942(a) J Ash NO - Cellokne w/ Backing Non - separable 307-002(6) 9120942(b) Mastic Chloroform ND - Cellulose VS1 Tan Assoc. w/ 307- 002(a) 307-003(x) 9120943(a) 9-W Vinyl TOu Ash NO - Calwim Vl'2 Tan Hanogencom 307-W3(b) 9120943(6) Felt king _ NO - Cellulm 3 Aa W 307-003(') 307 - 004(&) 9120944(a) Vinyl Tile Ash ND Cellulose V13 Specked Mocha Homogtmeous 307 - 004(6) 9120944(b) Felt Backing _ NO _ Cellulose vr3 Black Assoc. w/ 307.004(&) 307-005(x) 9120945(') VW Tilu Asti ND _ CeOukne VT4 Tan Hasnngut 12/22/99 15:49 TX /RX N0.4283 P.014 0 12/22/00 03:60 FA 2539520719 ORION SERVICES RJIS C'k'l Orion Environmental Services, Inc. 3 go A. Se,•••,a•,a A SWS• Fa Wq,w'zditg .90W3$749 WBEW2FS912S35 T* b* hrSaNel2Stl a 'NJlta•T•r•�,(tSt)SStd717•FwMne (}S3)n7 -f711 •uu.'IaRWN6'R7ry.1 Polarized Light Microscopy Test Report EPA Method 600/R- 98/116 Cliest Clem Reath Date December21, 1999 PO Box 970 Page Page 2 of 3 Earoavule, WA 98329 Date Received December 9, 1999 Project Number 991572 Pcojeet Name 307 E. Yclm Client Orlon Ash ND Nam N°mbeS Skreo Scope Fotam 307-005(6) 91209-45(6) Felt Hacking VT4 - ND Week - No - CeHulom Assts. w/307-005(a) 30744 9120946 Leveling Compound Misol - Cellulose Homogenous 307-007(,) 9-xr Vinyl Tile VT5 9120947(a) Duk Homogmeom 307-007(6) 9120947(b) Feh Barkme Vf5 Bloch Aswc- w/ 307-007(,) 307-009(n) 91209 -48(a) Joint Compound WBI Homogancom 307 -WO(b) 91209.68(b) Welthosrd WB1 Homogeneous 3074)09(,) 9120949(a) John Compound WB1 Homogeowuc 307 -009(h) 9120949(6) Wa0boud WBI Hoogenous 307 -010 91209-50 Paper Mobtme Butler Misc2 Homogeneous 307 -011 91209 -51 2'x1' Coiling Tile CTl Homogeneous 307 -012 91209 -52 1'x1'CeiliAg TOe CT2 Homopoano 307 -013 91209 -53 Window Glazing WGl Yomogenaous sample Asbestos Treafmrnt P, er Tvpe ND Other Fibcm Callulo,e - ND - CeOublse Ash ND - Cellulose - ND - Cellulose - ND - Cellulose - ND - Cellulose - ND - Cellulose - No - CeHulom - ND - Celhdom - ND - ceuulose - ND - Cellulose - ND - Ceuulase 12/22/99 15:99 TX /RX NO.9203 P.015 0 12122188 03:50 FA 2539528917 MION SHRVIC 5 ®SB Orin Z Environmental Services, Inc. "MI A. B. aWAN fttAar.e# ra.awo, WiwomSON347M VVNZW2WM2Sts Td,9Yw Bulb (M)6744an Taw V193)992d727. FW, COS) n'R4714 *�AUWCNf717408M Polarized Light Microscopy Test Report EPA Method 600/R- 98/116 Ctieet Clem Heath Daft December 21. 1999 PO Box 970 Page Page 3 of 3 Entony e. WA 98328 Date Received December 9, 1999 Project Number 991572 Prejea Name 307 E. Yelm Client Orion Number Number Stereo Scone RARE 307 -014(s) 9120944(a) RaoSpg Material RMI 3 -Tab Homhp- 307 -014(6) 91209S4(b) Rnotleg Matcri a RMl Roll Dorm H®ogerteom 307 -014(c) 91209 -54(c) Roofing Felt RMl Homogeneous SAmpk Asbestos Treatment A? I= Ash ND Ash ND Ash ND Otter F &m Finaglar Cdlulosr Cellulose Dap: Irberray QA/QC DWdiaac K Martin 04 Rl. (C) 0MI: Semple lk n numbered free frmtto hack Cammeea: For lay&cd aymidm, mch cerspauaa bn ban analyzed aepeatdy. Di Obdawirc PIM has bum Imawo m miar ametm in a small peromerge ofaaeples Hat caemm adxsEm. 7baa PlMrarda ameet he yamaateeR W9 rspert maY CWY be rvP"Ad sad la AM whh.ottm 2PPVW Of ORION Faywousmnl Services Ma Rm mered By Member AOAC, ACS, AIRA nnA Me a Lia$yENVawuau!('�rSraa(.bam6yr AMrr41fC� Laboratory Director 12/22/99 15:49 TX /RX N0.4263 P.016 E � ƒ\ j }) s3f to ig \ 22 2a ¥mac § 7 \ 2 $ | Q c C2 E k k % \ v p $d ~ « 4-j �S \ Qj W }} 0 ,w e49 ma NO.4283 wr ■ .,.,�....,,� a ,..,,..�,...,,,....�,..,�,.... �,..,ar ...,.... ., npi�.,.... Project Info 11,01.dAuddlesis 30-7 YE-L" &,V F_ E Date 3 5FP'r a9 Total Glazing Area Y E L- M WA � 5-9 For tkooing Department Use Nols: Below Or,de walla may be lnsluaed In the Applicant Name: MR . C_ LEM F-1 EATf4 Applicant Address: I(o05 fi0YL5 Tl!N SEAT'ct.,� $IZ Applicant Phone: ZO(o �j2�J(pZq Pro'ectDescription N" Building QAddlilon ❑ Alteraton ❑ Change of Use Prescriptive Cl Component performance D ENVSTD ❑ Systems Compliance Option (See Decision Flowchad(war) for qualllicatlons) Analysis Space Heat Type ,(] Electric Resistance All other (see over for definitions) Roofs Over Anlc Total Glazing Area Glazing Area Calculation Gough opening) Gross Exterior Nols: Below Or,de walla may be lnsluaed In the (vertical 6 overhd) divided by Wall Area times too equals %Bil ing Below Grade Walls Gres. Exterior Wall Anaif they are lnsulat*d to c� try ,C2 r j p�-0 x��0- •ZZ,q �I % the level proviso for opaque wall.. Blabs -on -Grade _ ❑Check here It using this option and It preen meet* all requirements for" Concretenva.om, Option. See Concrete /Masonry Option Decision Flowchart( aver) for quelllicallons. Enter requirement, for each qualitying assembly in the table below. Envelope Requirements (enter values as applicable) Fully hested/coo/ed apace Minimum InsulaNOn R- values Roofs Over Anlc R -30 All Other Roofs Opaque Walls P, ' 19 Below Grade Walls _ Floors Over Unconditioned Space Blabs -on -Grade _ Radlant Floors Maximum U- /acfas Opaque Doors 1,t = 0.60 Vertical Glazing N > O . !00 Overhead Glazing _ Maximum SHGC for SC) VBdlcal/OVerhead Glazing Semi- heetedspace' Minimum Insulation R- values Roofs Over Semi - Heated Spaces• _ -Refer to Section 1310 for quallllcatlons and requirements Notes: Opaque ConcrelelMasonry Wall Requirements Insulation on Interior- maximum U- factor is 0.13 Insulation on exterior or Integral - maximum 1.1-factor Is 0.25 It project quallfles for Concrete/Masonry Opton, list walls with HC 2 3.0 Stut"'F below (other walls must meet Opaque Wall requirements). Use descrrptions and values from Table 20,51, In the Code, Well Description U. factor (Including Insulation R -value 8 position) FILE COPY J, a ...__- ...._a.... NIbCNa prove WaeinlEllealppan Y1M ]:aI PM FORMS xLa Project Info project Address 30-7 1'E.LM A�/E E Date 3 SEP'T 9 Allowed x Area Locallon Fixture Description YE L M w A 919 59 -1 For euiltliny Department Use Pro esed 0oor1roem no.) Descdpllen Applicant MR GGEt✓t HEF1TH 1phone 323 •Co 299 c I Z. ProjeCtType P ■ New Q Addition Q Renmtion Q Lighting only Compliance Option �c s Prescriptive (3 Ughting Power AnoManu Q Systems Analyeis SeeOuallfcstWnCheddial( over). indicate Prescriptive aLPA spaces clearly onplans.) 3 - 3z 7R ft, S Remodeling Options, (check appropriate box) QNo Chang" are being made te the llghtmy Cl Lou than 00 %of the Ndures are nee, and Installed lighting wattage is net being Increased Certification of eWpFamNpallnv op.) Open Parking ❑ ludify Imt 0k pooled euales. for the oplim eheekad. slynslere,eomp.m. d.le Maximum^,, Location (0aorlropm no.) We' aaaaaa — -- Occupancy Description Allowed Watts per of " Area in of Allowed x Area Locallon Fixture Description Fixtures F'vture Pro esed 0oor1roem no.) Descdpllen per aror per if 3 xsf(01x 10 c I Z. 2 P r.$.,. r nm Inomot.. 0.2 WLLf Total Allowed Wan$ �c IIA..m ­w Tetra Allowed wafts for Interior) Yr0 oseu s.a uuar , e. o..a ....- .....r .._, Number of Wafts/ _Watts Locallon Fixture Description Fixtures F'vture Pro esed 0oor1roem no.) Descdpllen per aror per if 3 xsf(01x 10 c I Z. 2 P .....nrwt ml,watl Wena tar F_xle,to, 0.2 WLLf $ 8 Coventl Parkin 3 - 3z 7R ft, S 0.2 Wlsf p o Open Parking Outdoor Areas 0.2 Whf Bldg. toy facade) 0.25 W1af Bldg. (by parim) Wen. for Interior 7.8 WAI Total ProDOaed Watts Z O Maximum �atuwcu a. I- .••• - - - - -r Numberof Fbluree Watts/ Fixture Watts Proposed Allowed Wafts Araaln sf Allowed Wars Descdpllen per aror per if (of if for perimeter) xsf(01x 10 location .....nrwt ml,watl Wena tar F_xle,to, 0.2 WLLf Proposed Watts Coventl Parkin 0.2 Wlsf Open Parking Outdoor Areas 0.2 Whf Bldg. toy facade) 0.25 W1af Bldg. (by parim) 7.8 WAI Allawad Watts I _ xr..a__ __1 ..aM Tntat Allowed Wafts for Bxtetioti Location Fixurs Description Numberof Fbluree Watts/ Fixture Watts Proposed .....nrwt ml,watl Wena tar F_xle,to, Total Proposed Watts LTG -SUM ROOF PLAN K�uN O2 ELEC791CA-Loom PLAN 1/411 11. ofl t 1 �i b 1 r r 1 O3 FLOaR aa1- On REV. 4 dG"{' q°r Pia ,� I'i - N C r- ��`' 1/I1lZI ��!' TcXT P�Z�02 "O 3 i DD I �+!' -• �• I 1/ZI I MA r2.1 N e P W o 51 � N �ca�o► � � ,O.INTED aL.L SUR�AGES •n 5 E G u vZ F. -ro F l-A M& W/ 1/Z x 1/Z I, GONT. /_ goT' -� SI D Fs A►LL AZOL1Np , 4 -Z II t em4LV. PA- INTEC) 5-rL.-LJ5E 0 c 2L� r� =. . G R i N D� W�� D 5 S� oo-- �••.I X P. ,J'T. ASrZO U N D Po 5-r @ PAV E M E N i 1�-0 SQueR.E, 1 "00w., _ = -H. :B= ROo F I NG. iz- `TT I`NS UL . OW Z- L•�•YER�S= ;�- xg_il :.�E 1r�rrGw6 .�iL�SE . 1.�4_t'�R-- pSI�P_,�'To_TIZUSSCS. 1.1/4. SG1Z Z4. N a:� �a►c.E "YE -J;k PERP. To:TRuy,rS �•tl1 7/gl'dw:sGR. -tZ 11O'C v i I4-T.< 4 Fp_ss'r :. -2.4'1' IN �VERI FY RpL?F RISG H�_ - -••' � _PRIOR_ WALI._ASSBMR�LY goo ICI �� I li � � I _ Il II II F"H VIE1..1 @ END II I + I 10 I 1� me-s.. 4 o c-r a9 ZX() 0i/GIGE-T4 Lm POST �ETURNr S +DE P./S.ILS IL TO 'wIZ1GKETS ---#= rTFq, 4 1. p .,P RIM POND �C:2 P.T. FIB- _r✓C2_SP/�,GE1� PRE - DRILL �',_ N/�I�. lro d GRA►L.V. 70 Z 4 P.T. C12.0 55 -TIE-$. 2 X Co P.T. 1= Ir2k F5A N D 45 °' GHaMFE.P, EDG E, FIR RAILS e&-.-H SIOS ENDS , LAP SPLICE @ RIM (2� • LXG P.T. FIR f3RoG1GV7 . STR�DDI -E PbST. (4) - VZ" qp Mw6.THRu . --=ro X 6 P.'T- F I K POST SI M pSO N C B GG POST BASL . ?oP of r'avE M E NT : Z 000 PS I co N C. SAS E W/COM P. cC P,hvE,L Su RrZou N p PAa.IN't'Lp 3" X X /l lo" CA /N L\/- -� � y TE_L D�WNSPbI -JT .� WIDE P ENT STEP WELD To _Q '� . S . �, 3/,g l' c� LAG, To ST t� U C•"i• u IZ: SPA I N_r1- D Z GA, . C—A LV. M I- T4 L jS►Db►PTaR SECURED W /57. STL, D Rb. W 544D. �fZZAD� z_ X90 ELBOW RI1NID Rb►IN PIPE. -�' E. 1.5by ST E_ I-..l . — �J-- - -- � — 17R,d► I N �4�, E �Y�T� M � >�t� NDAT to N DRA I NAG+ � hl • S - C� N �.CT' N 8 X 8 7.7. 1= I ::7, ACS ;- SIMPSoN G388 (Z) - 3/4 I 1 cp W. 3. -7-H R U P'o S-r PRIME �, Pb► I NT L3 3L.D(:, °1NFE: INT`RLp`. 3Vo1kJELN ?bST �', BASS P L•ATc __ �_i4'' -45 °cHONIFER PI --INTH o --- ____ E.X P� N S I ON JOINT @ P�►V E M E N'T' • �-- SGZU�a_RE CONCRE'T PLINTH ZIIGovE�k La 3 'T-ToM - ' 10 l l EJCTENO F•aOTING, TD L.INDIS?LRBE -- �I • yII SueC, RA►DE .vERiFY.t..owA�Ll:. 5011.. BEARING, PfRESSUF,E - 1500 PSF MIN 5 POST 4 S E 3 /4 it z 1 -0 IF x, Q O' - DI'_ 3 2�"X� TRE1�TEp PLATE -� . Q 4AJ I DTH ECQUAL. To 5 i U DS - II V411 cp.X 10 �' ANG HOR P 0L�--5 4' -cot' I.I Qo FROM ENDS OR. ::;,PL-ICCS Cc 8 14 # 4 C• 12 J ' 4 "MIN . CO N G S L43 (z) • #4 O�/EfZ 4" COMP. GK/Sucl. �SE Q • �� a 1Z IZ ' � �� COMP_ GOU(�S� OrZ/�►NUI../>FZ � I LL -4 4 @ 24 0 4O'1Z 0AAll RS TYPE?, TYPE 2 ' 'TYPE 2 �/ • " 3 S" 60 RS � # 4 @ 1L 4 * 1Z #4 -4 4 @ Z4 # 4 c! Z4 - - i 44 c 12 (2) (3) - # 4 - 01-011 16 D E F L LINDATION DRAINAGE - A 5 G D E F /,•A �E5 C C D D TYPE 1 O' - DI'_ 3 lc 3 (1) - # 4 - (2) • 4 TYP It 1 4' -cot' 8 Cc 8 14 # 4 C• 12 4 �b 24 - (z) • #4 ' TYPE 1 8' -a" 6 1Z 1Z IZ I Z& # 4 @ 1Z -4 4 @ 24 0 4O'1Z (3)- # 4 TYPE?, TYPE 2 ' 'TYPE 2 a' -o 41'o" SI -e 11 10 K. 7 g 1.2 3%L (c 12 8 8 14 1 Z.; 2G # 4 @ 1L 4 * 1Z #4 -4 4 @ Z4 # 4 c! Z4 - - i 44 c 12 (2) (3) - # 4 - 01-011 16 8 4 10� 4 - (1)• #4 - (2)• #4 TYPE 3 TYPE 3 TYPE. 3 41.01, 8-011 1r. 12 8 12 6 12 10 14 12 Z6:, # 4 S 12 #4IT 12 44C Z4 #4 @ ZA• - #4 @ 12 (Z) • #4 (s) • #4 GENERAL NOTES, .. 1. ISL.LOW/S[3LE SOIL, PaE/.�21NG, PRESSURE 1ST PSF Z . /�L.LOIJ/�ESLE F_QUIVAL.EHT FLUID PRESSURE, = '_5o PG F• 3_ GoNCRETE {'G :2500 PSI 4 _ RE I N F02C I N G, 5 i EF.,L AS ?-1 <;� 1 S G (Ror7E 40 Fy = •40,000 PS j • F ?.-.A WAY _ _- t�Ul�!'C_ . moils L•I . 94 11N part to �715�L.JP- 44 = 1 StMpSaN HP 8 A X 1 Z mo. GoNC- :�- ---� X S1 L L _. I j I UPLIFT _ I Pw o F=L -0OrZ OR, zcc)F Z/1 ! D1h.PH C.,M (NAILING ScNEDU I_E� i ST1Z U "?•— E , -7_r- �J.O N - FEE &P P L IC-4,5-L. E.- I I(4 X_ 4 __ 50 U N DARY - - - � WALL• i'�PES Sw • S � 5LJ - � -� -- pL,J D /S,PP LI ED SCE AC ROS6 STU p,5 _ ALL -EaGES 5LOC4E0 J ' X4 P.T. PL/S►TE X 4 1-4ALL •TYPES 5w. SW . v ' , • S/$ " X 1 0 " A. 5o. -- 0 O NGiZETE FOU N D�TJoN �, - _ - -- K� LD - DO 1.,1 N Ll�CJS. i-10 N'rj SDGE INTEICIDIZ' LOL.T ' DIApHR,&aq M IAS.RK _PLJb N,(4ILINCw Nh.ILING SPACING, GONN. E5HE4P� 5 1�t - 1 •VZ" C- DX I V J LM eoI 11 o J@ 121' 46 I I 1� d@ III 310 P u F -5 w- Z V;&" .SOX 10 d @ 4" 10d @' 1Z'I. 3L" 1C,J @ 4" 44>0 PLF 5 W -3 VL'' cox 108 @ 21' 10ja 1Z" Z4" 16 770 PL..F 5 W - r,' 1�2 STR Z- god C all Io d C i2'' -8 16 d e Z,'I EACH SIDE STaGrEREp_ f ^44L_L_ _ NOT TD SC4 L 1Z,: . 4. 4,, 4 N E, 0 d r' ........ JIB G 97 T&&LAE 7= -8� DB L FLATS __ V4" DIZPP SID I NG i ./Z "G»Y PS_ UN- 1 :'SHE.ATHING 14/ 1.3/4'! 'L 1 -d N4.1 L*_ 6- 1.1.0_. C • - i 12,'-1q-.. F[ S ERdi C.ASS 5&'1" i _ I N:5 U L, - , -. -� , � =1 t II $ �- Co- D�.•L.SGIZ.�NO.D.:6a...r�� �I [�4LL. 55E _IBLY J/z so sw!- ► FL "i �, mew 7.Z.Z IN_ G.LILING, '.04 u1 X 3/411 COV E TR I M OvMR, Z. 'X 4112 " GC FR N I C G T R I M W/ ¢'I %A 1/Z i1 9455 L"' B 07•'V,,1 0 3' _ • of -7 811 7` F F. 1XGw B Z SIDES I IL -- � x -e _a ...._ILA! � IV 110 1% _ n- 3✓4 X 1 1/4" HDWD GAP OvF, "" 3✓4" X 3 /Z" HDWD HEAD TR i Imo' c10N7. PAST &L.L MULL-SONS 1ALn e4CK - M i-rE r, 4 G L.0 E It MOT & DOOFR G4S I NG 5 S I M I L.0 1/4 - - ��/``LL'���Z 11 -HDWD CASING, E5UTT LJOI NT @ H E,D TR I tvl 'l "THICK HDWD MULLION _GOVE(Z BUTT TO HEAD 4 SILL TRIMS . 5/4 NOMIN/SL HDWD SILL 1 /Z11 OVEH4NC� /Q.'I @ 5 T f� OIpL TK.1" . CONT. PAST LN►L.L- MULL IONS � ,JAM5$. (NOTCH OUT C Ml-IL-LIONS) . H D W D SToO L. T I M. ANDS /SLIG,t`) LJ /EDGES OF CASINO � - L.lC�O D 1%J OIL K loop low. �.....r.: .r......r....i::i�i: N10 w� � r _ - :SIDING, _:._OV%R.__15 -_:L6. �L.D4, P�►P� R M u L.L. ON S . z � E1�5:'I'0 : := �►tilC��a _= � /- ouTSrrDI✓ -.. Z (s \\ - �- P. RE � P_/s IN.T6 ©_ -tf Z �-== FL�►�S -N-1 N C.� ,; -- =WHO D_.i�1_I_N.D� iAa--- ,f�--- F_1�'•AM�._ ___ - -: _ �D D 0 SIDIN4 i __ Nol gown i X4 e-Pr MA R r plt�_ -,7010 - T .- .7IDli Cq r r�- �� U . a w /vuTSI t�6. 1 C3 TR.I MS . �►LDG � f "}�G� r1 I WAIM I r�] I. a. C_ L: j C C I C 6 'I G .. S I r �w Q. P i t � Orl Z �o 3✓4'I TH IGK:_ Sl✓100'TH C..E.DAF� _ M Ll L.L ION_ __COVE, FR% : OOD h11NC f."�W: ,a; FRAM *TNTLRfOR►.:�_1�JOtDP 3 = 1 • oil X4 e-Pr MA R r plt�_ -,7010 - T .- .7IDli Cq r r�- �� U . a w /vuTSI t�6. 1 C3 TR.I MS . �►LDG � f "}�G� r1 I WAIM I r�] I. a. C_ L: j C C I C 6 'I G .. S I r �w Q. P i r Ib ao I io � O• 3' -01 I CONSTRUCTION: SOLID FIR STILE & PAIL -- `---- ---•`� THICKNESS.: 1 3/4 FRAME: SOLID FIR FINE RATING: NONE DOOR FINISH: SWING 311DE: STAIN & VARNISH \ STRIKE SLIDE: PAINT EXT LATEX FRAME FINISH: SWING SIDE: STAIN & VARNISH ` STRIKE SIDE: PAINT EXT LATEX STRIKE SIDE: STAIN I ®� GLAZING: 1• INSUL SAFE- ' GLASS FRAME FINISH: 0 HARDWARE: LEVER HANDLE W/ KEYED L..CK WALL-MOUNTED & DOOR CLOSERS (2) INTERLOCKING WEATHERSTPIP \ FRAME - MOUNTED SILENCERS m L 3 PR BUTT HINGES IGKPLAT ALUM THRESHOLD WALL - MOUNTED DOOR STOPS (2) PLAS LAM ICKPLATES (4) - _ - MFR STANDARD TRACK S p � � �1 v h � n � � � �O � II � L "DOOR OPENING HARDWARE TO OK AMERICAN NATIONAL STANDARD - --- - v PUBLISHED BY THE COUNCIL 1/2' 1' - 0 ' r BUILDING OFFICIALS ". .r.Jr o G-r 99 3' -0' CONSTRUCTION: SOLID CORE W/ PREMIUM •BADE OAK FACE THICKNESS: 1 9/4 • FRAME: SOLID OAK FIRE RATING: 20 MIN (UL LABEL) DOOR FINISH: / SWING SIDE: STAIN & VARNISH STRIKE SIDE: STAIN & VARNISH FRAME FINISH: SWING SIDLE: STAIN & VARNISH STRIKE SIDE: STAIN & VARNISH GLAZING: MORE ;D \ HARDWARE: °D LEVER HANDLE W/ KEYED LOCK �p WALL - MOUNTED DOOR CLOSER - FRAME- MOURTID SILENCERS ALUMINUM DROP -SEAL THRESHOI.0 1 1/2 PR BUTT RINSES KICKPLATE WALL-MOUNTED DOOR STOP PLAS L�AM KICKPLATE 4 5 C W D 3 0 6 8 I N T "DOOR OPENING HARDWARE TO COMPLY WITH AMERICAN NATIONAL STANDARD A117.1 - 1992 PUBLISHED BY THE COUNCIL OF AMERICAN 1/2' 0 1' - 0 ' BUILDING OFFICIALS ". gr&v, 4 40 4:-r C, `l 1 OCR .: �►l.:C.�f�1. !� Z_� rm LA—s I tiIG i 514 X 4 15MOOTH r.V>AR,; TR I" x,!4'_'_45° C.N�►MP��.R .Tr�P _ . GONT. O�/CR. &WY 40 Je�G CNT 14 114 fu X Z V¢ GAs I N G a IN S I D E POOR, lAJ EATH E R-1%5 1.1 P n_7 F fR hmE 5. 1,7- CONSTRUCTION: SOLID COPE W/ FIR F Arr THICKNESS 1 3/4 ' 3' -0. CONSTRUCTION: SOLID CORE W/ FIR FACE FRAME: SOLID FIR T'1l ;KNF.SS 1 3/4 ' FIRE RATING: 45 MIN (UL LABEL) FRAME: 30LID Fln 1p DOOR FINISH: FIRE RATING: 1 -HI1 (UI_ LABEL) 2' -0' ' -6' SWING SIDE: STAIN & VARNISH DOOn f IM19H: STRIKE SIDE: STAIN & VARNISH SWING SIDE: PAINT EXT LATEX • FRAME FINISH: �' STRIKE SIDE: STAIN & VARNISH /I GLAZING SWING SIDE: STAIN & VARNISH FRAME FINISH: STRIKE SIDE: STAIN & VARNISH SWING SIDE: PAINT EXT LATEX o ® GLAZING: 1/4' WIRE GLASS IN METAL FRAME STRIKE SIDE: STAIN & VARNISH \ v HARDWARE: ® GLAZING: NONE a ip \ \ LEVER HANDLE W/ KEYED LOCK \ (O HARDWARE: WALL - MOUNTED DOOR CLOSER ' LEVER HANDLE W/ KEYED LOCK FRAME - MOUNTED SILENCERS �O WALL- MOUNTED DOOR CLOSER \ 1 1/2 PR BUTT HINGES \ 1a INTERLOCKING WCATHERSTR'IP WALL - MOUNTED DOOR STOP FRAME - MOUNTED SILENCERS ' PLAS LAM KICKPLATES (2) _ 1 1/2 PR BUTT HINGES KICKPLATE Do ALUM THRESHOLD "DOOR OPENING HARDWARE TO COMPLY WITH KI PAVEMENT - MOUNTED DOOR STOP AMERICAN NATIONAL STANDARD A117.1 - 1992 PLAS LAM KICKPLATE PUBLISHED BY THE COUNCIL OF AMERICAN SIC W D 3068 — 0 61 0 G L. BUILDING OFFICIALS ' . _ 0 _ „� SIC WD 3068 E X 7 "DOOR OPENING HARDWARE TO COMPLY WITH AMERICAN NATIONAL STANDARD A11 - 1/2' 1' - 0 PUBLISHED BY THE COUNCIL OF AMERICAN -om _01 s .0.1.11 (Z1EV. -4 a c T 9� - 1/2• 0 1' — 0 ' BUILDING OFFICIALS ". Ev, 4 OCT 9 `i CONSTRUCTION: LOUVERED HEMLOCK I — THICKNESS: 1 1/8 ' FRAME: SOLID FIR FIRE RATING: NONE DOOR FINISH: fl SWING SIDE: STAIN & VARNISH STRIKE SIDE: STAIN & VARNISH FRAME FINISH: SWING SIDE: STAIN & VARNISH STRIKE SIDE: STAIN & VARNISH ® GLAZING: NONE 0o _ HARDWARE: ' MFR STANDARD TRACK & FITTINGS cn ROUND FIR KNOBS jr I LVR 6068 BFLD SET i 112' = 1' — 0 ' 5.0.1. vlf X 'A y II CA IN4G 10K, -. 1NG OSQ4 0, C, ANC-14O2 TO sTRuc-ruQE aga,/S 7._- L..&Y_ErtS__r /8. N_ eww _ �7V R Z X 4- _ CA 7-'41' 0.G �1N� �, BRAG r✓ To_ vrpwc-r we s . �N O T I N GU N T12,/s. C'T Ph:RT_ 1Tlo-N __TRac IG z q - f Sl.lSPENOED CEILINGr _ . LvM . PL awre - cmu&RO __.. � _ � 1�"1'I'T iaN� Pd►N E L 1 Op F=�. I 31, z 1 O : S•Z,Z I io 4' -0' M' Ii% w� Ire •u �w am Iti i w�i►� iii CONSTRUCTION: LOUVERED HEMLOCK e4 LVR 4068 BFLD �, T 112' = 1 ' - 0 ' co JZ i . HAD oN LY .. -..I I 3.1.2. %N�N�: W E:b'7H �1SEAL iS�LUNj. THt���HOLD - '' L a r M r~ u r i CC kk 41 THICKNESS: 1 1/8 ' FRAME: SOLID FIR FIRE RATING' NONE DOOR FINISH: SWING SIDE: STAIN & VARNISH STRIKE SIDE: STAIN & VARNISH FRAME FINISH: SWING SIDE: STALL & VARNISH STRIKE SIDE: STAIN & VARNISH GLAZING: NONE HARDWARE: - _ - MFR STANDARD TRACK & FITTINGS ROUND FIR KNOB e4 LVR 4068 BFLD �, T 112' = 1 ' - 0 ' co JZ i . HAD oN LY .. -..I I 3.1.2. %N�N�: W E:b'7H �1SEAL iS�LUNj. THt���HOLD - '' L a r M r~ u r i CC kk 41 I I -- -- - -- - - -- - :i_ii4 I-1 O s E 15 1 ¢ _� 44 W%&& LW, t" r p & M 3 1iW *"V%f �.C�1�L.u/m. - -� r�-G� V l P�Lf� r3/�LI� � ELI I'il.�►P i J i -- P_!!5;_lis ©o- rSUC+4 McNL1 gi 1� 1!0 5•. F, 15.7 7p _ i r i N� 521 I i/ r A 46k., 4114+ 1 �- $N G YELtrl AVC.f -4 U rz IQ i • - -_1el1 A. , *-r, a s-r - GENERAL NOTES PROJECT NAME AND ADDRESS: MAMA DOT'S PIZZA 307 YELM AVENUE EAST YELM WA 98597 OWNER: MR. CLEM HEATH 1605 BOYLSTON AVENUE SEATTLE WA 98122 206 - 323 -6299 ARCHITECT: KALLSEN STROUSE ISHIHARA 310 FIRST SOUTH - ROOM 332 SEATTLE, WASHINGTON 98104 CONTACT: PHILIP KALLSEN TEL 206 - 624 -5454 FAX 206 - 343 -5023 LEGAL DESCRIPTION: PARCEL "B" OF BOUNDARY LINE ADJUSTMENT MAP NO. BLA -8021 RECORDED MAY 26, 1989 UNDER AUDITOR'S FILE NO. 8905260034 IN THURSTON COUNTY, WASHINGTON. THE ABOVE DESCRIPTION PER FIRST AMERICAN TITLE INSURANCE COMPANY'S REPORT NO. 70514 -1 DATED DEC 22, 1998 AT 8:00 A.M. ASSESSOR'S ACCOUNT NUMBER: PROJECT SUMMARY: THE WORK CONSISTS OF CONSTRUCTION OF A NEW FOOD SERVICE ESTABLISHMENT, WITH 1960 S.F. OF FLOOR AREA, PLUS PAD - MOUNTED COOLER AND COVERED PORCH, WITH ASSOCIATED SITE DEVELOPMENT CONSISTING OF PAVED PARKING AREA, LANDSCAPING, AND FREE- STANDING SIGNAGE. BUILDING CODE SUMMARY ( UBC/1997): OCCUPANCY CLASSIFICATION: B TYPE OF CONSTRUCTION: 5 -N ZONING CODE SUMMARY: PROPOSAL IS A PERMITTED USE WITHIN ZONE "CBD ". BUILDING SETBACKS: REQ'D PROPOSED FRONT (NORTH) 8' -0" 8' -0" REAR (SOUTH) 8' -0" 78' -0" SIDE (EAST) 8' -0" 8' -0" SIDE (WEST) 8' -0" 16' -0" OFF - STREET PARKING 10 10 DESIGN LOAD CRITERIA: FLOOR LIVE LOAD (COMMERCIAL OCCUPANCY) 50 PSF FLOOR DESIGN LL + DL 65 PSF ROOF LIVE LOAD (SNOW) 25 PSF ROOF DESIGN LL + DL 40 PSF ALLOWABLE SOIL BEARING PRESSURE: 1500 PSI UNTESTED BASIC WIND SPEED = 80 MPH EXPOSURE "D" P= (1.45) (0.8) (16.4) 1.0) = 19.02 PSF (USE 20 PSF) SEISMIC: ZONE 3 INDEX TO DRAWINGS I VIVINI 1 Y MAP PLOT PLAN LANDSCAPE PLAN i 2 MAIN FLOOR PLAN ELECTRICAL PLAN ROOF PLAN 3 BUILDING ELEVATIONS i 4 BUILDING SECTIONS ROOF FRAMING PLAN FOUNDATION PLAN 5 SITEWORK DETAILS 6 FOUNDATION & FRAMING DETAILS 7 ROOFING DETAILS 8 ROOFING & CLADDING DETAILS 9 PARTITION & WINDOW DETAILS 10 DOOR DETAILS 11 TOILET ROOM DETAILS 12 OUTLINE SPECIFICATION 01000 - 06201 13 OUTLINE SPECIFICATION 06405 - 16400 S -1 SITE SURVEY S -2 PROPOSED GRADING & T.E.S.C. S -3 STORM DRAIN PLAN & PROFILE L raw ' y I y 3 C a M a a 1. Y m ..r