The URL can be used to link to this page

APPROVED FIR BLD RESUB3 BLD2023-0174+Architectural_Plan+5.14.2024_2.25.35_PM+4256540Al �X1TTIOI? P�P,5PFCVVF5, VICINITY MP A2 6�NFPAU N01T,5, 5CHFP1F5, ENERGY N01T5 A� MAIN FLOOD PLAN, UPP�P, FUOOP PLAN A4 FOUNPA110N PLAN, P�TAIU5 A5 �X1�I?I0I? �L�VA110N5 A6 �XTUIOP, �VAWN5 Al MAIN FUOOF FOOF FFAMING PLAN, UPPFF FUOOF FOOF FFAMING PLAN, b�f&5 AB CF055 5FCfION VIFW A9 MAIN F�00F UAtFAU PF5I6N PLAN, UPPW FUOOF UAVAU P�5IGN AIO UPP�P, F�00F FFAMING PLAN All M�CHANICAU N01�5 APPROVED PLANS MUST BE ON JOB SITE APPROVED BY CITY OF EDMONDS BUILDING DIVISION May 28 2024 VICINITY MAP OBTAIN ELECTRICAL PERMIT FROM STATE LABOR & INDUSTRIES ---------------------------------------------- Interconnected Smoke Alarms Are A Requirement Of This Permit In Accordance With R314.2.2 --------------------------------------------- A SEPARATE PLUMBING PERMIT IS REQUIRED. PLEASE OBTAIN A PLUMBING PERMIT FROM THE CITY OF EDMONDS LOT LINE STAKES MUST BE IN PLACE AT TIME OF FOUNDATION INSPECTION ALL WORK SUBJECT TO FIELD INSPECTION FOR CODE COMPLIANCE 4 Fv0Nf PFp1'5PFCT`IVE 1 L P,,,FAP,, PF P-,,5PFCf IVF 1pl._ --G*ftn n N N � - N � � N � w 117 L� o co �s � N � z w O v 0 �o v �o z o� �JRESU OMay 15 202 (� CITY OF EDMONDS � 1/IEVELOPMENT SERVI S DEPARTMENT ,/^z VA2 �4WM DOT W co LLM 4 0 GFNFP\& N0T�5 1, ALL fJl IN5TALLATION PFp MANUF, 190UC31LF J55, UNnFp INTF IOP\ X\ACFb WALL5, PpOVInF 501LIb BLOCKING UNbFp INf.13P\ACFb WALL5 THAT APF nFP, TO FLp, J55, 2, A55UMFn 5011L PFAING PI?F55UFF @ I500 P51', 3, 120 NOT SCALE 1?f?AWIN65, VW\ITTFN PIM, TAKE PpFCF12FNCF 4, CONTPACfOP\ TO VFPIFY ALL PIMFN5101\15 ANn 51TF CONIATION5 Pp10f; TO CON5T, 5, ALL 6LA55 WITHIN 18'' OF FLI?, n001?5 01? 61.A55 IN n001?5 TO PF 5AFFTY 6LA55 6, 5TAI1?5TOHAVFAMAX 73/41"'P\15FANnAMIN, 1011 TP\FAn AN A 5'-0 11 MIN. WIbfH 1, ALL F6F; 55 WINbOW5 TO HAVE A MIN, OPENING OF 5,l 5Q,FT, ( WITH MIN. 20'' CLFAF WIbTH ANb HFIGHT 8, WINPOW 51LL TO r3F MAX 4411 OFF OF FLOOP\ 9, FXTFFIOP, WALL5 TO PF 211 X 611 @ 1611 O,C, INf 211 X 411 @ 1611 O,C, 10. ALL PATHI;OOM UTILITY ANn KITCHFN5 TO HAVE FXHAU5T FAN5 MIN, 55 Alp CHANGF5 PFp HOUR' 11. ATTIC VFNf, TO PF CONf, pInGF VFNf ANn 5CPFFNF19 6A31LF VFNT5 Approved 12. ALL HFAPFp5 PFI? bFTAIL DFM Cl iris Tuft 13, ALL CONCI;FTF FXPO5F19 TO WFATHFI? TO P3 -5000 P51, South County Fire Date: 05/16/2024 bpAFTFp5 LIABILITY tFMINATF5 UPON 155UANCF OF A r3UILbIN6 PFPMlf, If 15 THE OWNFF5 ANn BUIL2Fp5 f?F5PON51BILITY TO CONFIRM ALL PIMFN51ON5 ANb 59 CON12ITION5 POOP, TO CON5T, A5 WALL A5 COMPLIANCF IN FULL WITH ALL 60V�f?1\1I1\16 COPF PFQUIp MFNT5, PALPIN6 PF516NFn TO COMPLY WITH 2O16 II?C, PULPING P�QUIr�MFNT5 1, TOTAL PUILbING 510, FT,: 5Q, Ff. 2, TOTAL 6APA6F 5Q, FT,: 632 5Q, FT, 5, fOTAL COVFPFP POACH 5Q, FT,: 58 5Q, Ff. IN51ATION PFQUIPFMFNf5; ROOF; I?-49 FX1'Fp10f? WALL5: F-21 MIN. FL001?5: I?-38 05-16-2024 RESUB 3 PLAN REVIEW NOTES: APPROVED WITH CONDITIONS: 1. A SEPARATE PERMIT SUBMITTAL FOR A RESIDENTIAL SPRINKLER SYSTEM IS REQUIRED. A RECOMMENDED FLOW -THROUGH DESIGN WILL MEET SPECIFICATIONS AND REDUCE EQUIPMENT AND CONTINUAING MAINTENANCE REQUIRMENTS. PROVIDE A MINIMUM COMBINATION WATER SERVICE OF ONE INCH (1 ") METER AND ONE AND ONE HALF (1 1/2") SERVICE LINE OR SHOW THAT THE DOMESTIC AND FIRE PROTECTIONS NEEDS CAN BE MET WITH A SMALLER SERVICE. 2.4 INCH ADDRESS CHARACTERS WITH 1/2 INCH STROKE TO BE INSTALLED ON THE HOUSE VISIBLE FROM THE STREET IN CONTRASTING COLOR TO THE BACKGROUND. ADDITIONAL ADDRESS SIGNS MY BE REQUIRED IF NOT VISIBLE FROM THE STREET. DFM BURT POOP 5CHFPUI, NUM13FP 12F5CPIp110N Q1"Y POOP 51ZF 1201 POUP�F HIN02-PANFL 2 1 5068 �/ P IN 1202 12OU13LF HIN02-PANFL 1 2 5068 L/ P IN P03 I 1 18080 PO4 HIN02-6�A55 PAN�� 1 1 2628 � IN 1205 HIND)-PAN�� - 1 2468 � IN P06 HIN02-PANF� 2 1 2668 P IN 1201 HIN02-PAM 1 1 2668 � IN P08 HIN02-PANFL 1 1 2868 P IN P09 HIN02-PAM 2 2 2468 � IN 1210 HIND)-PAN�� - 2 2468 P IN Pi HIN02-PANFL 2 2 2668 L IN 1212 HIN02-PAM 5 2 2668 P IN P13 MIN2 UNIT 1 1 6080 P14 5HP�P-PAM I 12 6068 P IN 1215 502FP\-PANFL 2 2 7068 P IN P16 FXT. HINCTP- 182 5A5H I I 3068 P FX 1217 W. HIN6�P-6LA55 PAM 2 1 f�068 P FX 1219 1 W. HINM2-PAM I I 3068 P �X CA�IN�1' SCN�PU�� M NUMPFP POOP WIM PFPTI HFICK 12F5CPIPTION COI I 1511 2411 3611 PA5F CAPINFT CO2 1 2411 2411 �611 PA5F CAPINFT COS 1 3211 2211 7011 UTLIfY CA31NFT 1 C04 1 3211 2411 3611 13A5F CAPINFT C05 I 3311 2411 3611 PA5F CAPINFT C06 1 15611 1211 1611 MA CAPINFT 2 col 1 3611 1211 5211 MA CAPMT C08 1 3611 2111 �611 PA5� CA13MT 2 C09 1 3611 2411 3611 13A5F CAPINFT CIO 1 3611 2611 3311 WAL� CAPINFT C11 1 15911 1211 5211 MA CAPINFT 2 C12 1 4011 1211 �611 PA5F CAPINFT 5 C13 1 4511 1211 1011 UTLITY CAPMT 5 C14 1 4611 1611 3611 13A5F CAPINFT 1 C16 1 4811 1211 5211 WAL� CAPINFT C11 1 5411 2411 3611 PA5F CAPINFT C18 I 5811 1211 9011 MA CAPINFT 1 C19 1 5811 2611 1611 PA5� CAPMT 2 C20 2 1811 2111 3611 13A5F CAPINFT C21 2 2911 2111 9011 UTLITY CAPMT 2 C22 2 15011 1211 3611 WALL CAPINFT 4 C2� 2 3011 2111 �611 PA5F CAPINFT 2 C24 2 -5011 2411 !�611 PA5� CAPMT 2 C25 2 13011 2411 361'1 WA�� CAPINFT C26 2 3611 241'1 361' 13A5F CAPINFT WINPOW 5CHFP1F NUOR QTY POOP FRF55 TMPFPFP U-PACTOP TOP W01 1 1 1.51ZF 0,28 2050PX 6011 W02 1 0.28 8050T5 8011 WOE 1 2 Y�5 0,28 20405C 8011 W04 1 2 0,28 4040PX 8011 W05 1 2 YE5 0,28 5040�5 8011 W06 1 2 Y�5 0,28 8040f5 6011 W01 2 2 0.28 8040f5 8011 W08 1 2 Y�5 0,28 805OT5 8011 W09 1 1 t 5 0,28 2050PX 8011 WIO 2 2 M 1 0,28 1604OL5. 8011 Window, Skylight and Door Schedule Project information pAMAN CU5fOM 1050 WALNUT ST EDMONDS, WA 98020 Ref. U-factor Exempt Swinging Door (24 sq. ft. max.) Exempt Glazed Fenestration (15 sq. ft. max.) Vertical Fenestration (Windows and doors) Component Description Ref. U-factor GREAT ROOM 0.28 GREAT ROOM GLASS DOOR 0.28 DINING ROOM 0.28 ENTRY 0.28 DEN 0.28 FAMILY ROOM 0.28 MASTER BEDROOM 0.28 MASTER BATH 0.28 MASTER BATH 0.28 BEDROOM #2 0.28 BEDROOM #3 0.28 BEDROOM #4 0.28 STAIRWELL 1 10.28 Contact Information RYNER HOMES LLC Width Height Qt. Feet 1i1f't Feet Width Height Ot. Feet 1n ' Feet I"`'' MMEME MMEME MMEME MMEME MMEME MMEME MMEME MMEME MMEME MMEME MMEME MMEME MMEME Sum of Vertical Fenestration Area and UA Vertical Fenestration Area Weighted U = UA/Area Overhead Glazing (Skylights) Component Width Height Description Ref. U-factor Ot. Feet It" '' Feet I"`'' HALLWAY 0.50 UTILITY 0.50 MASTER WIC 0.50 Sum of Overhead Glazing Area and UA Overhead Glazing Area Weighted U = UA/Area Total Sum of Fenestration Area and UA (for heating system sizing calculations) Area UA 11 111 11 111 Area UA 40.0 11.20 20.0 5.60 40.0 11.20 10.0 2.80 40.01 11.20 64.0 17.92 32.0 8.96 8.0 2.24 20.0 5.60 24.0 6.72 24.0 6.72 40.0 11.20 16.0 4.48 378.0 105.84 0.28 Area UA 1 11 1 11 11 111 11 111 11 111 16.01 8.00 0.50 394.01 113.84 -�Imple rteating System toze: wasnington btate This heating system sizing calculator is based on the Prescriptive Requirements of the 2018 Washington State Energy Code (WSEC) and ACCA Manuals J and S. This tool will calculate heating loads only. ACCA procedures for sizing cooling systems should be used to determine cooling loads. Please complete the green drop -downs and boxes that are applicable to your project. As you make selections in the drop -downs for each section, some values will be calculated for you. If you do not see the selection you need in the drop -down options, please contact the W SU Energy Program at energycode@energy.wsu.edu or (360) 956-2042 for assistance. Project Information Contact Information AMAN CU5fOM RYNER HOMES LLC 1050 WALNUT ST EDMONDS, WA 98020 Heating System Type: O All other systems Q Heat Pump To see detailed instructions for each section, place your cursor on the word "instructions" Design Temperature Instructions �_- Design Temperature Difference (AT) 46 Edmonds J AT = Indoor (70 degrees) - Outdoor Desgn Temp Area of Building Conditioned Floor Area Instructions Conditioned Floor Area (sq ft) 3,384 Average Ceiling Height Conditioned Volume ""t, a t" " Average Ceiling Height (ft) 9.0 30,456 Glazing and Doors U-Factor X Area = UA Instructions u-0.28 J 0.280 378 105.84 Skylights U-Factor X Area = UA Instructions 0.50 lb I 8.00 Insulation Attic U-Factor X Area = UA Instructions 4u 0.026 1,946 50.60 Single Rafter or Joist Vaulted Ceilings U-Factor X Area UA Instructions I select R�Value � No selection --- Above Grade Walls (see Figure p U-Factor X Area UA Instructions R-21 Intermediate 0.056 3,033 169.85 Floors U-Factor X Area UA i uctions 0.025 3,453 86.33 R 38 � Below Grade Walls (see Figure 1) U-Factor X Area UA Instructions Select Rvalue � No selection --- Slab Below Grade fees Figurer) F-Factor X Length UA Instructions Select condiLonin9 No selection --- Slab on Grade (see Figure i) F-Factor X Length UA Instructions Select R-Val ue � I No selection 0 --- Location of Ducts Instructions Duct Leakage Coefficient unconditioned Space t.)o Sum of UA 420.61 Envelope Heat Load 19,348 Btu / Hour Fi ure 1. Sum of UA x ;1T Air Leakage Heat Load 15,131 Btu / Hour Volume x 0.6 x AT x 0.018 Above Grade Building Design Heat Load 34,479 Btu/ Hour Air leakage + envelope heat loss Building and Duct Heat Load 37,926 Btu / Hour Ducts in unconditioned space: sum of building heat loss x 1.10 Ducts in conditioned space: sum of building heat loss x 1 Maximum Heat Equipment Output 47,408 Btu / Hour Building and duct heat loss x 1.40 for forced air furnace Building and duct heat loss x 1.25 for heat pump 2018 Washington State Energy Code - Residential Prescriptive Energy Code Compliance for All Climate Zones in Washington Single Family - New & Additions (effective February 1, 2021) Version 1.0 These requirements apply to all IRC building types, including detached one- and two-family dwellings and multiple single-family dwellings (townhouses). Project lnforme*i- 1 Contact Information RAMEN CUSTOM AN CU5fOM RYNER HOMES LLC 1050 WALNUT ST EDMONDS, WA 98020 Instructions: This single-family project will use the requirements of the Prescriptive Path below and incorporate the minimum values listed. Based on the size of the structure, the appropriate number of additional credits are checked as chosen by the permit applicant. Provide all information from the following tables as building permit drawings: Table R402.1- Insulation and Fenestration Requirements by Component, Table R406.2 - Fuel Normalization Credits and 406.3 - Energy Credits. Authorized Representative �'B Date 06/13/2022 All Climate Zones (Table R402.1.1) R-Value a U-Factor a Fenestration U-Factor t' n/a 0.30 Skylight U-Factor b n/a 0.50 Glazed Fenestration SHGC b,, n/a n/a Ceiling a 49 0.026 Wood Frame Wall 21 int 0.056 Floes 30 0.029 Below Grade Wall c,h 10/15/21 int + TB 0.042 Slab 0 R-Value & Depth 10, 2 ft n/a R-values are minimums. U-factors and SHGC are maximums. When insulation is installed in a cavity that is less a than the label or design thickness of the insulation, the compressed R-value of the insulation from Appendix Table A101.4 shall not be less than the R-value specified in the table. b The fenestration 0-factor column excludes skylights. "10/15/21 +5TB" means R-10 continuous insulation on the exterior of the wall, or R-15 continuous insulation on the interior of the wall, or R-21 cavity insulation plus a thermal break between the slab and the basement wall at c the interior of the basement wall. "10/15/21 +5TB" shall be permitted to be met with R-13 cavity insulation on the interior of the basement wall plus R-5 continuous insulation on the interior or exterior of the wall. "5TB" means R-5 thermal break between floor slab and basement wall. d R-10 continuous insulation is required under heated slab on grade floors. See Section R402.2.9.1. For single rafter- or joist -vaulted ceilings, the insulation may be reduced to R-38 if the full insulation depth e extends over the top plate of the exterior wall. R-7.5 continuous insulation installed over an existing slab is deemed to be equivalent to the required perimeter f slab insulation when applied to existing slabs complying with Section R503.1.1. If foam plastic is used, it shall meet the requirements for thermal barriers protecting foam plastics. For log structures developed in compliance with Standard ICC 400, log walls shall meet the requirements for g climate zone 5 of ICC 400. _ Int. (intermediate framing) denotes framing and insulation as described in Section A103.2.2 including standard h framing 16 inches on center, 78% of the wall cavity insulated and headers insulated with a minimum of R-10 insulation. Each dwelling unit in a residential building shall comply with sufficient options from Table R406.2 (fuel normalization credits) and Table 406.3 (energy credits) to achieve the following minimum number of credits. To claim this credit, the building permit drawings shall specify the option selected and the maximum tested building air leakage, and show the qualifying ventilation system and its control sequence of operation. 1. Small Dwelling Unit: 3 credits Dwelling units less than 1,500 sf in conditioned floor area with less than 300 sf of fenestration area. Additions to existing building that are greater than 500 sf of heated floor area but less than 1,500 sf. 2. Medium Dwelling Unit: 6 credits All dwelling units that are not included in #1 or #3 3. Large Dwelling Unit: 7 credits Dwelling units exceeding 5,000 sf of conditioned floor area 4. Additions less than 500 square feet: 1.5 credits All other additions shall meet 1-3 above Before selecting your credits on this Summary table, review the details in Table 406.3 (Single Family), on page 4. Ceirnrnmrw riff Tftli DAnC Heating Options Fuel Normalization Descriptions Combustion heating minimum NAECAb Credits - select ONE heating option 0.0 ❑ User Notes 1 2 Heat pump` 1.0 ED 3 Electric resistance heat only - furnace or zonal -1.0 ❑ 4 DHP with zonal electric resistance per option 3.4 All other heating systems 0.5 ❑ 5 -1.0 ❑ ONE Energy Credits - select Options Energy Credit Option Descriptions energy option from each p Efficient Building Envelope Efficient Building Envelope Efficient Building Envelope cate 0.5 o_ rY 0 1.1 1.2 1.0 ❑ 1.3 0.5 1.0 2.0 ❑ ❑ ❑ 1.4 Efficient Building Envelope Efficient Building Envelope Efficient Building Envelope Efficient Building Envelope 1.5 1.6 3.0 ❑ 1.7 0.5 ❑ 2.1 Air Leakage Control and Efficient Ventilation 0.5 0 2.2 Air Leakage Control and Efficient Ventilation 1.0 ❑ 2.3 Air Leakage Control and Efficient Ventilation 1.5 ❑ 2.4 Air Leakage Control and Efficient Ventilation 2.0 ❑ 3.1a High Efficiency HVAC 1.0 ❑ 3.2 High Efficiency HVAC 1.0 ❑ 3.3a High Efficiency HVAC 1.5 ❑ 3.4 High Efficiency HVAC 1.5 ❑ 3.5 High Efficiency HVAC 1.5 0 3.6a High Efficiency HVAC 2.0 4.1 High Efficiency HVAC Distribution System 0.5 ❑' 4.2 High Efficiency HVAC Distribution System 1.0 ❑ F_ Summary of Table R406.2 (cont.) Energy Credits - select ONE Options Energy Credit Option Descriptions (cont.) energy option from User Notes d each category 5.1d Efficient Water Heating 0.5 ❑ 5.2 Efficient Water Heating 0.5 ❑ 5.3 Efficient Water Heating 1.0 ❑ 5.4 Efficient Water Heating 1.5 ❑ 5.5 Efficient Water Heating 2.0 0 5.6 Efficient Water Heating 2.5 ❑ 6.1e Renewable Electric Energy (3 credits max) 1.0 Q 7.1 Appliance Package 0.5 ❑ Total Credits 6.0 Totall I Clear Form a. An alternative heating source sized at a maximum of 0.5 W/sf (equivalent) of heated floor area or 500 W, whichever is bigger, may be installed in the dwelling unit. b. Equipment listed in Table C403.3.2(4) or C403.3.2(5) c. Equipment listed in Table C403.3.2(1) or C403.3.2(2) d. You cannot select more than one option from any category EXCEPT in category 5.Option 5.1 may be combined with options 5.2 through 5.6. See Table 406.3. e. 1.0 credit for each 1,200 kWh of electrical generation provided annually, up to 3 credits max. See the complete Table R406.2 for all requirements and option descriptions. f. Use the single radiobutton in the upper right of the second column to deselect radiobuttons in that group. 0 64 1 �wVMV-01 41 S/0NAL Et-C P. N N � - N � N > � � N S W 1 o N W N � z V O z _ z O v �o C � Q z � R R � O 0 �i RESU OMay 15 202 (1 CITY OF EDMONDS 1� / nEVELOPMENT SERVI S DEPARTMENT ^Z � I2 f�4/ W M / Cal t �t Z co r W a coo 9Z0 .004IIII, M Q" 0 1 a k'esponse. revised callart information sheet A-4 Ounvented crawl space per P-408,3,1, r4033,4 and Appendix)" radon control methods, ixposed earth covered with continuais Class l vapor retarder (6 mil, blk, visqueen or eq), vapor retarderjolnts overlapped 6" and sealed (toped), edges of vapor retarder extended 6" up stem wall and attached and sealed to the stem wall or insulation, dehumid1fier Capr1laire e100 providInq 70 pints of moisture removal per day for every 1, 000 square feet of crawl space floor area, 80 of 3 " perfo-aced horizartal submembrane depressurization pipe place between native soil and soll-gas retarder (6 mil, blk, visqueen or eq) located and vented vertically per plan through the soil gas retarder via 30ga541gh1, plastic pipe extendinq up thraigh the buildinq flmr5 in a way that provides positive drainage to the ground beneath the loll--qas-retarder and terminatinq 1.2" above roof with any exposed and visible interior radon vent pipes belnq identified with not less than me label ai each flan and in accessible attics readInq "k'adan k'eductiai 5y5iem " and provide an electrical circuit terminated in an approved box at an accessible radon vent pipe locatiai to facilitate the use ofa future active submembrane depressurization fan, any entry ra .5 through soil-qas-retarder to be sealed, air hondllnq units and ductwork in crawl space shall be sealed or otherwise sealed by manufacturer to prevent air from leaking or beinq drawn in, test system per AF104, Air handler VMol e house ventilation 5g5tem per MI 5015.6, Per 9402.2,3 P402,2,9 and 9402,1,1 we are using P-15 insulation on Aprllaire 814fresh air ventilator programed to 4 bedrooms and the inside of the fainda6ion wall from top of the below grade wall to the 2411 X 2411 X 1211 CONC, FTG 54� 5c[ ft providing fresh air to each habitable space through below grade floor level and f: l5 OF-0 mini insulation extended W/ ( 2) #4 PAR WH the forced -air 5g5tem ducts @ 90 cfm continuous ventilation of downward from the top of the slab for a minimum distance a.5shown in WAY FOP, 6 X 6 OF# 2 P05T per MI 501,33(1) at 0.400 WG per HVI 916 table k'402,1,1 Ci,e,, 2 A) or to the top of the fao6inq, whichever is less TYP. U5� 51MP50N A3U66Z f efer to details I/ A�} & la / A�} rO5T 13A5�\ 0 CID O O 0 CL - 1 21' -6'' Z' -0' 1 12'-6'' 16'-01' 1 10'-6" 42'' X 42'' X 8" - - L - J CONC, FTG, W/ (4) �2" X 42'' X all CONC, LTG, # 4 tACH WAY W/ (q) #q F ACC WAY - - - - - - - - HP �X AU5T la MHUMI121FIff - - la -; 1 1 jail. �- CJ -C711 CJ Cl Cl 1 I I 4'' X 12" 17F#2 - - - - - I -4" X 12" f7F#2 ( FP - I - - - tj.. C 2) 9 1 / 2" TJI 210 J5T5 t " r 911211 TJI 210 J5T5 @ 1611 3 AIRNANP�uF I3V4'' x9 1/2'' W/ MP FILuFk I �. 1611 X 8 TONC. FTG W/ ( 2 > O.C. ITOVI12� 5OL119 6LOCKING #q 139 F I? 4 X 4 rT P05T OVFk Al 5UPrOVT 13tAM5, lusl,eli9,5 1W, U5t IMP5ON A23 TYP. IN5TALL pip MANT, 5PFC5, MOT, TYP, o CPAWL STAa L CI;AWL 5PACt O ACCF55 18" MIN. PFLOW J5T5 12'' MIN, I3tLOW P3 AM5 18 �• 6-I 6 10 6-I 6-0 �- 1/2 I r3ucK-our nor? 1 .. 1 � � f700p _ 4'' X 12'' 17F # 2 - - - - - - - - - 4" X 12" PF # 2 - kWAp 5TUI3 FOP 1 4- UffF Gp0UN[9 - - - - - - - - - - - - - - - - I COWNUITY t5T 16" X 8" CONC, FTG W/ ( 2) s I M #4PAR FOphX4rT1905T QN VP, U5F 51MP50N A23 VP. 1 ... 9'-6�� ; I9' -- - - � 611 10'-81/2"---- 18" X 5011 CFAWI 5PACt ACC�55 ° . � JL X 811 2 # 2 L-- 91/ 211 TJI 210 J5T5 @ 1611 O.C. KOVIPI1 50LIP PLOCKING OVtp ALL 5UPPOU P3 AM5, �}" CONC, SLAB W/ FII3�t?Mt IN5TALL PFr MANUF, 5PFC5, ;`= I rl�INF0UWK Over 4" G 1511 X 30" Ct?AWL I FILL, OVFr 6 MIL, PLK, V15QL o 13A VIE.;, 5LOn 1 / 8' 1 I'Fr F pACE: ACCt55 aiio 411 X 8" 19F#2 '.:' I 6311 X 6311 X 1211 CONC, FTG, ' W/ (8) #4 tACH WAY 1 I� U5t 51MP50N C1368 COLUMN PA5t COW. 8" X 16" CONC. FOOTING W/ C 2 # BAP, CONT, 24'' X 24" X 12" CONC, FTG W/ ( 2 ) # 4 PAP\ EACH WAY FOk 6 X 612F # 2 P05T TYp, USt 51Mt'50N AI3U66Z P05T PA51� 5112IN6 / 5HEAT HIND PFV PLAN WALL PEp 3/ q" T & G 50-FLOOF OVEk, J015T Mk pI.AN, PFOVInE 50LI19BLOCKING OVEP 5IjPP0?T5 PONY W&L MAID 3/41'-1,-0" PLAN 2" X 6" PT 5ILL PLATE W/ 0 1 / 2" nIA, X 10'' AB, ( -7" MIN EM13En ) @ 4' -011 GALV LATE WA5HFV5,311 SEALEf;, TYP, HPWH INTAKE MOM i CON191VONt19 CI;AWL VFPAP. 5W Fop I I LIFW GpOUN19 i CONf1NUITY t5T I I f3LICK-oLrr 1 or? 2 r--- -- 19001? - - J -� - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 24"X24"X12"CONC, FTG --- - - - - - - - - - - - - - - - - - - - - -- W/ ( 2 ) #4 PAP\ tACH WAY FOV 6 X 6 19F# 2 P05T 1W 2' _4 I / 2" 18 -3" T -4 I / 2" U5t 51MP50N APU66Z P05T I 4' -0" 9' -01' 23' -011 FOUNPATION PI.AN v 4-v-c 11 46' -0'' 0 4" CONC. 5LB ON 6ME 211 f9IGlf7 f;-10 FIN. 6 MIL. BLK, V15QUFFN 11 I II II li a 1y VAPOf; BAf?PIEf; III -III -III -I -I COMP, CAFANULAF FILL v N I,,III111111��IIIIIIillll 4" nOWN5POUf t2FAIN TO VEf?T,# PAP, @ PAYLIGHT OF t2VAINAGE 2�I" O C. 5Y5TEM, 017 OF1Z, #q BAp @ 1211 O,C, 4" PFVF. FOOTING PFAIN W/ WA51d tP FOCK, LANn5CAPE4 FARIC TO nAYL1GNT OF o co 12FAINAGE 5Y5TEM, 019 ALL FOOTING5 TO BEAT; ON 'I Iv6 'I 2 ) #-4 COW BI? A FIFM, UNn15TUI;BEn 501E 2 11 16'' PNn, nML ( IN51MP) FW. 5Y5TEM PEE? PLAN W/ Pf;OVIbE SOLIb 3/ �}" T & CAOSB SUB-FLOOf?, BLOCKING OVEf? GLUE ANb NAILEn 5UPPOPf BEAM 4 X 4 PT P05T, UNO, C 2 ) # 4 BAP._ I?-38 IN5ULATION BEAM PEE; PLAN X 4 5CA13 TIE5 51MP50N A23, TYP 6 MIL, BLK, V15QUEF //APOV BAFkIrV 311 1611 r5` S P\M2 FOOTING PFfAIL LV3/4"-1'-0" INSTALL WEB 511FFENEp AN17 SQUASH BLOCK WHEf?E NOTn 2 X 6 nF # 2 & 2" X 4" nF # 2 PONY WALL @ 1611 O.C. W/ 8" X 1611 CONY, FOOT1NG W/ 1 / 2" 121A AB. @ 4' -011 O.C. W/ 3" X 3" X 1 / 4" GALV, PLATE WA5HEI;5. PT 5ILL PLAT 5E ALTEVNATIVE MMOt2 OF ON5Y51�MET H012 OF MATEMAIL PEI; IFC �EP APPENDIX ' 021 F\4083,I 5112IN6 / 5HEATHIN6 WALL PFp UNIN5ULATE17 FW, 5Y5TEM Mk PEf; PLAN PLAN PLAN, GLUE AMP NAIL W/ 8d @ 2" X 8" PT 5ILL PLATE W/ 6" O.C. EnGF, 12'' O.C. FIFLI2, I/ 2" 12 IA. X 10" AB. 5/ 4" T & G 05I'3 5UB-FLOOF, C I" MIN EMl3El7 ) @ 4'-0" 5ILL 5EAIFF,1W. Pf;OVIf7E 501LI17 BLOCKING OVEf? O.C. W/ I/ 411 X 3" X 3" ALL 5UPPOkT POINT5 GALV. PLATE WASHEf;S, TOP FLANGE HAN6rF - PEf? PLAN W/ VICOF FIN. GP. F �° N =I 111 , 11 I �, a =III-1 11-1 I I, CLOSED CELL F-15 5PFAY " FOAM INSULATION 4" I70WN5POUT 12MIN TO C f;-1 PEf? INCH ) 12AYLIHT OF 17PAINAGE G N N a VEFf. # 4 BAF @ SY51EM,113n 2411 O.C. _ o� o 4" PEkF, FOOTING 12FAIN W/ ° v° HOPIZ, #4 BAf; 1 2" CONC, 5LA13 ON WA5HEn MOCK, LANI75CAPE v @ 1211 O.C. GCE ( OPTIONAL ) FA3FIC TO 12AYLICAHT OF e m V ° III III III III- 6 MIL. BLK, VI5QUEEN VAPOV 12FAINA6E 5Y5TEM, 012 III=11 III III -I BAppIEP, CLA55 I VAPOF f;ETAf?nEk a v I III II III III a i= CXE MIN ) / OVrrLAP & TAPE 5EAM5, EXTENI) 6" UP 5TEMWALL �11 ALL FOOTING5 TO 811 �11 C 2) #� COW AN125EAL BEAT; ON FRM, 16 BAP UNI715TUP,BW 501L (7�� 16" M12.12ML ( UNVFN1'f,n CP\AVVL 5PAC� ) 3/411-1'-011 SE ALTEFNAT1VE MET HOt9 OF IUVON 5Y5TEM HO12 OF MAVIAL PEE; IPC Ef? APMNnIX F 021 F408.5.1 51PIN6 / 51-EATHING WALL PEC? FLP, 5Y5TEM PEE; PLAN, GLUE PFk PLAN PLAN AMP NAIL W/ 8d @ 6" O.C. 2" X 8" PT SILL PLATE W/ EZE, 12'' O.C. FIELb, 5/ 4" T I/ 2" PIA. X 10" AB. & G OSB 5UB-FLOR, PkOVII7E C 7" MIN FMPF12 ) @ 4' -011 SILL SEALEf?, TYP. SOLIt7 BLOCKING OVEf? ALL O.C. W/ 1 / 4" X 3" X 5" SUPPOf;T POINTS GALV. PLATE WA5HFF5, TOP FLANGE HANGFf? z PEE? PLAN W/ VICOI; FIN. GCE I� 1` °�7 VAPOF BAFFI0F CL05E19 CELL k-15 5PFAY FOAM IN5ULATION ( P-7 PEE; INCH ) VEIN, # 4 BAI; @ E3 0 4" 19OWN5POUT PP\AIN TO 2411 'I" O.C. PAYLIGHT OF 19FAINA6F A HRIZ, #4 BAr 2" CONC, 5LAB ON 5Y5TEM, TBn@ 1211 O.C, GP.Af7E C OPTIONAL14 �}" PF, FOOTING nf?AIN W/MIL. BLK, VI5QUEEN VAPOF WASNEn BOCK, LANnSCAP m -III III1 1 BAFFIEI?, CLA551 VAPOF FETAf nEP FABVIC TO t9AYLIGHT Op1 I III -I 1I "-11 I=1 I I=1 I I=1 I I=1 I11, ( COPE MIN) / OVEf?LAP &TAPE t7PAINAGE 5Y51EM, T13t7 5EAM5, EXT ENb 6" UP 5TEMWALL ALL FOOT1NG5 TO 611 g11 611 CC3AF > #� CONT. ANn SEAL BEAT; ON FIFM, 2011 UNn15T U 3Eb 501E ';7- j 20'' FNn, nML ( UN M12 CP\AX 5PAC� ) 5/411-1'-011 0 1i419 ♦ S, STEREO BONA L Et-C .WTW VVI P. N N - N � � N � W 1 L� O CID W Cal � z z O - O C O 0 � �JRESU OMay 15 202 (� CITY OF EDMONDS � 1/ IEVELOPMENT SERVI S DEPARTMENT rat V !� to N W M Z co r W a coo 9?0 LLM 0 H 16Hf C&CU�ATION5,I A- �d 9' 13- �d 9 C- �20 AV6�P,,,A61� C 121114 > AC11aAL = 319' MAXIMUM AI,I.OVIFn N%N1"=344,25' C AVFP,,,ACiF GP,,Al2� + 25' If the proposed height of the building is within 12-inche5 of the maximum height permit -Led., an elevation survey{ will be required. An elevation survey mush be conducted bq a licen5ed surveqor. MAX HFIGHT i 44.25' PMOP05FI7 HFIGHT III X 8'' FASCIA W/ 5HAPOW 130AP.n TYP, 5/ 411 X 11 COIINFIr, TRIM HAMI7I LAP 5112ING, OVFR TYV% OR FQUAL HOU5 WMAP, OVWR 1/ 16'' 053 SHEATHING, TYP, AVMMAGR RUN& 6W�-+319,25' HAM121 POMP ANn [3ATT, OVFM TYVFK OM FQUAI, HOU5 WMAP, OVUM 1/ 16'' 05P SHEATHING, TYP, P05T ANn FOOTING PFM PLAN NOP,,TH ��Vff ION / 4II- 1,011 EAST E1,EVATION YEAR COME' ROOFING OVMR, 15 L[3, FFLT,OV�R I/ 16" O513 SH�FTING TYP, CONT MInGF VRNT, TYP, 0 YEAR COMP ROOFING OVER, CONT MInGF 15 W. F�LT,OVW -7/ 16" 05P vFKir rva SH�FTING TYP, I' I X 611 COI?NFIr, TRIM, TYP 5aL NIGH W HOOFING OVFM, ICE SHIFLP VAPOR PARMU, OR EQUAL, OVER 1/ 16'' 0513 5ftfIN6 TYP, AVRRAGR RUIN& GRAPF 19 P. 40 N N � - N � N w 0 N CO W z z 0 0 v �o z � O o� �JRESU OMay 15 202 (� CITY OF EDMONDS : 1/IEVELOPMENTSERVI S DEPARTMENT �n t e� to N W M oo / 00 i t � Z 00 r wQ co 9=o LLM 0 1 �`S, ��/STEREO 61 � TL Et�C �TV�� H 16HT CALCULATIONS; A- �19' C- �20 fOTAI, -1271 AVGFpAGF OPI6INAI,6PAPF-�0.25 C 12771 ACTUAI, - �19' MAXIMUM & OWNn C AVM ,,A6F GpAnF + 25' > If the proposed height of the building is within 12-inche5 of the maximum heiclht permitted., an elevation survey{ will be Av required, An elevation survey{ must be conducted bq a licen5ed surveqor. SOUTH EI.EVAVON 1/4 11 -- 1 1-011 /411-1'-0" 40 YM COMP POOPING OVFP" I 0. ffI T,OvFk 7/ WF5T FLFVATION 40 YM, COMP I;OOPING 0M, I W, F��f'OMI I/ 1 / 11 /1r r2 /I IIY1!I'll A II- .Y\/" 19 P. N N � - N � � N � � s u� w w QN CO �s N� � N � z z O 0 v �o z � O o� �JRESU OMay 15 202 (� CITY OF EDMONDS � 1/IEVELOPMENTSERVI S DEPARTMENT �n z e� to N W M / DO T i t � Z 00 r wQ co i, M 0 1 `S, ��/STEREO 61 � TL Et�C �TV�� N01T,5: 1. ALL TRU55�5 T013F GUILT ANn FN6,13Y A LICrN5W TRU55 MANUF, FWM TNF 5TAT� OF WA. 2, ALL rOOF PITCHF5 A5 NOT t2 5. POOFING fO P1 40 Yk. COMP W/ CONT I?InG� VENT, 4, ALL OVFPHANG5 @ 24 11 UNO 6" X 6" nF#2 COL. W/ 51MP50N FCC66 COL, CAP or FQUAL ` N - �o N 1 ( I > TRIMP, 5TUt2, ( 2 ) KING 5TUI25 8" M5Ff2 HEAL VU55 2" X 811 12F#2 (3) 2" X 6" 5TU175 (I) T lMWP\ 5TUt2, (2 ) 2" X 65TUf25 pAFTFp5 @ 2411 O.C. FOp 6FAM POCKFT KING 5TUP5 " 6" X 6" nF#2 COL. W/ 51MP50N CCT COL, CAP W/ WFLIM2131LICKFT Op EQUAL I 1 /" x u, vf':FF"L > p 1 FAUX WSW 6" X 6" 12F#2 COL, W/ — — — �� IMP50N CCT COL, CAP W/ nF#2 KING 8;12 PITCH 8;12 PITCH W WN2 BCKE UT Op FQUAI, P05TW/ CCQ66 E SLOPS 50M 2" X 10'' ►2F#2 51252,5 COL, CAP 6" X 12'' 12F#2 Mtk5 @ 2'-O" O.C. MAIN F1,00P\ P\OOF FP\AMIN6 PI,AN 2" X 8" t2F # 2 P\AFTFp5 @ 24" O.C. 6" X 6" 12F#2 COL, W/ 51MP50N FCC66 COL, CAP or, FQUAL 13 I� I� N Q 8" I A15F17 HFAL TPU55 Upprp FOR�Ml, ( 5) 2'X 6" 5TU125, ' 5OLI12 6LOCKING BELOW OJ NAL5 @ 6" 1 1 / 2" X 16" I rl rl n/'1/I I r I Nt r10r 5H�AFW&I 19 f& 111--1i,oll CONT. ALUM GUTTFp ANf212OWNTOUT5 TO 5PLA51-1 PLOCK5 WNFFF NFF12Ff2, 5HFFTFLOW —p00F pUN-OFF ONTO Ppomm, Tw. N (2) 1 3/ 4" X 9 1 / 2" M HFAf2FF5 (HI) ( 2) T lMMFp %t25, ( 2 ) KING %[95 MONO fpu` @ 2411 O.C. 8d @ 4" O.C. C 2 ) 3/ 4" nIA, LA65 TOP -IN / ( 2) 3/811X811 P155 5cp; W5' fT POOP 13�AM 4" X 4" — nP # 2, TYP (2) 1 3/ q" X 9 1 / 2" WL HFAPFp5 (HI ) ( 2 ) TpIMMFp 5TUI25, ( 2 ) KING 5TU►25 4" X 4" nF # 2 OF 13VACF 24 24' 1 5/ 8" bIA LAG �) 2 X 6 SCREW, TYP, STUnS COP-0�� 12FfAL Nrs -F-T 4" X 8" 12F # 2 PpF-FNG/ MANUF, T U55F5 @ 2' -011 O.C. < I) TpIMMFp 51 UP, < 2) 2' X h' KING 5TU125 s 5KY-UTF I I 4" X 8" 12F # 2 DN 4:12 PITCH — LOPE — —ICI-- — N —I 5TpUCTUpALIE COMFL PFp 12FTAIL 611 X 6" nF#2 — — 6 ' 4 1) TpIMMFp 5TUt2, ( 2) KING %125 _r?inGK L r 2' X 2' 5KY-LIT 2' X 4' 5KY-CITE 1 1 2" X 6" nF #2 OVW I' MR? p00F Op 5TFP 120WN o - TpU55F5 @ 2' -0" O.C. M \ G 2" X 6" 12F #2 OM 1 I'MP P p00F Op 5TFP 120WN VU55F5 @ 2' -0" O.C. 1 4,12 ITCH 51 OM S�14 I -\ ( 5) 2 X 6 5TU175, -\1 G \ 50U213LOCKING 13FLOW V �� 3) 2" X 6" %05, 5CLIb 13LOCKIN6 13F0W 1 (3) 2" X 6" 5TU195, \ I \ 5Xt213LOCKING BELOW \ _I 6Ip12M TRU55 PFp MANUF,_ _ I_ _ 6IV19M TRU55 Mk MANUF, — 1 —I it- it- 4" X 10" 12F#2 4" X 10'' t2F#2 ( H2r- 7 ) N L — — — — — — — — — — — };12 PITCH ( 2) TpIMMFp 5TUP5, ( 2) `112 PITCH _ _ < 2) TIMMF, 5TU►75, ( 2) �OPF KING 5TU175 50PF KING 5TU175 611 CRML PM 12FTAIL IJPP�P\ F1,00P\ P\OOF FP\AMIN6 PI,AN 0 S41 TEREO 21 N N � - � � N � � S N w O QN co W S N � �n � N � z z_C C O O C 0 v �o z v �RESU O May 15 202 (� CITY OF EDMONDS � 1� IEVELOPMENT SERVI S DEPARTMENT V1� to IN W M j �Z co r W a coo 9Z� LLM 0 /4II_I�,011 NF 16HT CA�CV A- + 30' r3- + 30 C- + 320 b- + 319' fOfA,-121-7 AV6FM� OPWIN&RAC ACTUAI,-519' MAXIMUM A I,OWFI2 HF161 C AVFMF 6WF -+- 25' If the proposed heiclht within I2-inche5 of the permitted, an elevation required. An elevation s conducted bq a I icensec NOTE; TRIJ55�5 fO 13F 13U1Lf ANn FN61NFFf?f12 13Y A HC%5W TRIJ55 MANUF , PY THE 5TAt OF WA5HIN6fON PP,F-FNG ANn MANUF, VIJ55�5 @ 24" O,C, W/ -7/ 16" 05P p00F 5HWHIN6, 8d @ 6" O.C. �P6F, 12" O.C. rap" PLAN pip PITCH p00FIN6 M PLAN CONY, Clump X 6'' FA5CIA 1 / 2" CCX PLYW00n 50FFIT ( O1; FQUAL ) W/ CONY, 5OFFIf VFNf PAFU 5CpFFNFb C3Ip12 DOCK 2411 UNO 2" X 6" 5TUn5 @ 16" O.C. W/ 1 / 16" 05[3 5HF�TIN6 OVFP,, TYM HOU5F Wpm Op WUAL, p-21 IN51AVON, 511)ING pip PLAN HI CLIP EACH VU55 1 / 2" 6WI3 TV. W&I PFfAL I I I -1' -0'' ( frU55Fn W/ 0 501 rIf ) CP,,,055 5FICTION-A 1/4"-1'-O" p-49 IN51MION 5 / 8" 6W[3 2" X 6" KING 5TU12 ANn TOMM, rFP, PLAN V IVIII.. K-N. V1711UG�IV VAPOp 13Ap, 2" X 6" 1901]131,1� rnYJ F91 A -rr- VP, 4 X IN51AM2 HM2W,12FfAIL Nr5 %11 V all nr-tt'7 r-PAAArn CONY, 5H�ATHIN6 PFP, PLAN 4 X HFAnFf? PFP, PLAN MOW VIEW KfY Wt5 1) Top CHOPP OF T IJ55 2) ( 2 ) 16d NAI1.5 TOP & BOTTOM 30 2X4P05T,TV. 4) 2 X 6 kAF1Ef; OVFf; FkAMIN6 @ 24" O.C. 5) 2 X 8 k1t)6F f30A?12 COW. 6) CONT, 2 X 4 7) POOF 5HFATHIN6 MAY 6F OMIMt9 IN 5HAl2FP A FA5 6�I,OW WMIN6 FOP, V�NTIWION �Uf'T WITHIN 4' -O" 0r CFNTEPI1 W 5) 012 5tP-170WN TPU55F5 Pik MANT, CONVFNfION& 0VFP,,,FP,,,AM1N6 NT5 VE5MNT1& 1 / 2 1'-0'' 5TAIV fJML N N � - N � Q N > � CO S c� W L� � O N �CO � � s N � z z O v �O v o � Q � O �i RESU OMay 15 202 (� CITY OF EDMONDS R 1Z IDEVELOPMENT SERVI S DEPARTMENT 0 0 • �4 W � go CIOway �za M av wit 0 HOPTONTAL PIAPHMM 5CHWULE C BOOK ) 5HEATHIN6 THICKNE55 PANEL NAILING Kf76K5 & K30UNbApY FIELP 1 / 16'' 8d @ 6'' o,c, 8d @ I2''o,c, Nbl 5TH1214 (24) 16d 51NKEI?5 INTO 120UPLE 5TUb Nn2 5TH1914 pJ (24) 16d 511NKFV5 INTO n0U13LE 5TUn L5TA24 5TRAP W/ ( 18) 0.148'' X 2,5" NAIL5 5TI BETWEEN 5TUn ANn 1`L00f MAM MAIN FLOOP-, I.ATEP,,Al. PF516N PI.AN �AVA FOU INFOPWAflON; C U5E ONLY NOTE5 THAT APPLY ) I, WIND 5MF12: 110 MPH 2, WIN19 EXP05UM: 13... 3. 5E15MIC 17E516N CATA60f Y: 122 4, SNOW LOAD; 25 P5F MCFb W&I LINF5 PEACE? WALL LINE5 AN17 PANEL LOCA110N5 Af IN171CATE17 ON PLAN5 PEP; THE FOLLOWING 5CHEbULE, 17ETAIL, 17E59IP110N: -7/ 16'' 5HEATHIN6 ON ONK 5117E OF 51 WALL. 13LOCK ALL E176E5 ANI7 NAIL WITH 6J COMMON NAIL5 @ 611 CENV,5 AT ALL E176E5 AN71211 CENtk5 IN THE FIEU7 52 4" O.C. Ef76E51/ 2'' A,13 @ 3611 O.C. 53 511 O.C. 1 / 2'' AAC @ 2411 O.C. pE POKAL FI;AMING, 5EE PFTAIL 7, Al 1) 13f;A07 PANEL MINIMUM WI17TH5AkF 5HOWN ON PLAN 12ETAIL5, CONTP.ACTOk MAY INCMA5E WI17TH OF ANY PANEL, 13UT CANNOT 17ECMA5E PANEL WIDTH, 2, 13kACEf7 PANE1,5 MF FULL HEIGHT ANI7 EXTENf7 FkOM 51LL OI;130TTOM PLATE TO TOP OF POU131,E TOP PLATE5, WHFkF NOT I71MEN510NEI7, 1,15E 25' MAXIMUM 5PACIN6 ( CENtk TO CENtk ) F3ETWEEN PANE1,5, 3. ITOVI17E 51NGLE J015T Of 3LOCKIN6 UNf7Ef? ALL INVIOI;-13PACE19 WALL 1,I1\1E5 ANI7 NAIL 130TTOM PLATE OF 19E516NAT I:9-[3PACFP WALL PANEL5 WITH 3-16J NAIL5 @ 1611 O.C. N N � - N � < N � � S W 1 QN co N � S Cal � � N � z z O v �o z � O o� �JRESU OMay 15 202 (� CITY OF EDMONDS � 1/IEVELOPMENTSERVI S DEPARTMENT rn t ep 4O N W M / 00 i t Z 00 r wQ co 9Z0 LLM 0 ( 3 ) 2" X 6" 5TU125, 5OL119 PLOCKIN6 @ FLOOt: I9IAPHA6M \ ( 3 ) 2" X 6" 5TU195, 501.II2 MOCKING @ FLOOZ PIAPHWM \ ( 3 ) 2" X 6" 5TU125, 50UP BLOCKING @ FLOOD nlAPHPM ( 2 ) TKIMM 5TUP5, ( 2 ) KING 5TUt25, 501 1[9 t3LOCKIN6MOW ( 3 ) VIMM , 5TUP5, ( 2 ) KING 5TUt25, 50HP t3LOCKIN6 3FLOW UPPFP\, F�00P,,, FP,,,AMIN6 PLAN 1/411--11-011 6 X 617F # 1 P05T :: 1/ 16" THICK W0012 STRUCTURAL PANEL SHEATHING ON ONE FACE r S S POU131,r PORTAL FRAME ( TWO PRACEn WALL PANEL5 ) SINGLE PORTAL FRAME ( ONE PRACrP WALL PANEL ) MIN. 3" X 11 1/ 4" NET HEAt7ER M5T21 ( 1000 Ib MIN.) 5TRAP OPPOSITE SHEATHING M5T21 ( 1000 lb MIN. ) STRAP MIN. WIDTH-16" FOR ONE 5TORY 5TPUCTURE MIN. WIDTH-24" FOR U5E IN THE FIR5T FIX OF TWO 5TORY 5TPUCTURE5 MIN. 2 X 4 FRAMING FA5TEN 5HEATHI% TO HEA12ER WITH 8d COMMON OR GALV. BOX NA1,5 IN 3" 2112 PATTERN A5 5HOWN ANI2 3" O.C. IN ALL FRAMING ( 5TU125, FLOCKING AN2 51LL5 ), TYP. 5/8" 121A. X 12" ANCHOR DOLT IN 51Nf714 NOLI70WN, STRAP STYLE CENTER OF ANCHOR5 5HALL PE PERMITTEP TO PE SILL PLATE ATTACHEI2 OVER THE W0012 STRUCTURAL PANEL ( MIN. HOLPOWN i FORCE5 REQ.-4200 Ib ) MIN.12OUPLE 2X4P05T MIN. 3" X 11 1/ 4" NET HEAVFP M5T2-7 ( 1000 Ib MIN.) 5TRAP TYP. PORTAL FRAME CON5TPUC11ON 5/ 8" 121A. X 10'' ANCHOR DOLT PER PLAN POf;1'AI, MAW WITH HOWOWN512ML 1/2''-1'-0'' FOP PANEL SPLICE ( IF NEE12Ef7 ), PANEL E126E5 SHALL FF FLOCKEP, ANP OCCUR WITHIN 24" OF M112 HEIGHT, ONE ROW OF TYP. 5HEATHING -TO- FRAMING NAILING 15 REQUIREt2, IF 2 X 4 BLOCKING 15 U5R9, THE 2 X 4' 5 MU5T BE NAILN? TOGETHER W/ 3-Ibd 51NKER5. 5TH1214 HOLPOWN. 5TRAP 5TYLE ANCHOP5 SHALL PE PERMITTEt2 TO It ATTACHED OVER THE WOOF 51RUCTURAL PANEL ( MIN. HOLPOWN FORCE5 ITQ.-4200 Ib ) 5/ 8" nIA. X 12'' ANCHOR POLT IN CENTER OF 51LL PLATE 0 1 S41 , ��/STEREO '01VA L Ek-C wTMV-01 P. N N � - N � � N � � S t 1 O co W � � N � � N � z z_C C L� O O C O v �o i C � z o� � RESU OMay 15 202 (� CITY OF EDMONDS : 1/IEVELOPMENTSERVI S DEPARTMENT Z to N W M / Cal i t �t Z 00 r wQ co 9Z0 x LLM 0 R402,4,1.1 INSTALLATION THE C0MP0NENT5 OF THE PUILPING THERMAL ENVFLOPE A5 L15TEP IN TA3LE R402,4,1,1 SHALL 13F INSTALLEP IN ACCORPANCE WITH THE MANUFACTURER'S IN5TRUCT1ON5 AND THE CRITERIA L151�D IN TVLE R402,4,1,1, A5 APPLICABLE TO THE METHOP OF C0N5TRUCTI0N, WERF RFQUIRFP PY THE CODF OFFICIAL, AN APPROVED THIRP PAP.TY SHALL INSPFCT ALL C0MP0NENT5 ANP VFRIFY COMPLIANCE, 1' M p402.411 Alp PAWIFF ANP IN51ATI0N IN5f&WI0N COMPONM CMTRIA a A C0NI1NU0U5 AIR BARRIER SHALL BF INSTALLFP IN THE BUILDING FNVFLOPF, AIR BARRIFR AND THERML 13ARRIER FXtFI0R THERMA. %VELOPF CONTAINS A C0N11N0U5 AIR BAP.RIER, PrFAK5 OR JOINTS IN THE AIR BARRIFR SHALL BE SFALFP, AIR - PFRMEABLF INSULATION SHALL NOT BE USED A5 A SEALING MAtRIAL, THE AIR BAP.RIER IN ANY PROPPFP OILING / SOFFIT SHALL BE &IGNFD WITH THE OILING / ATTIC IN51A110N ANP ANY GAPS IN THE AIR BAP.RIER SF&. P. ACCE55 OPENINGS, PROP DOWN STAIR OR KNFF WALL P00R5 TO UNC0NPI110NEP AT11C SPACFS SHALL BF SEALEP, C0RNER5 ANP HFAPERS SHALL PP INSULATED ANP THE JUNCTION OF THE F0UNPA110N AND 51LL PLATS SHALL PF SFALFD, WALLS THE JUNCTION OF THE TOP PLAt ANP TOP OF EXtRI0R WALLS SHALL BE 51 A&FP, FXTERIOR THERMAL ENVFLOPE IN5ULA11ON FOR FRAMED WALLS SHALL BE INST&LED IN 505TANTIAL CONTACT ANP C0N1INU0U5 A,IGNMENT WITH THE AIR PAPPff, KNFE WALLS SHALL BE SEALFP, WINP0W5, SKYLIGHTS ANP P00R5 THE SPACF 13FTMF N WINDOW / POOR JAMP5 AND BP.AMING ANP SKYLIGHTS AND FRAMING SHALL BE 51 A&FP, RIM J015T5 RIM J015T5 SHALL 13F INSULATED AND INCLU12F THE AIR 13ARRIFR, FL00R5 C INCLUPING AI3OVF-GARA F AND INSULATION SHALL BE INSTALLEP TO MAINTAIN PFRMANENT CONTACT WITH UNPER5I12E OF CANTILFVFRFP FL00R5) 5UIPL00R PECKING. THE AIR BARRIFR SHALL BE INSTALLEP AT ANY EXP05FP EDGE OF INSULATION, WERF PROVIPED IN LIFU OF FLOOR INSULATION, INSULATION SHALL BF PERMANFNILY CRAWL SPACE WALLS ATTACHED TO THE CRAWLSPACE WALLS, EXP05FP EARTH IN UNVFNTFD CRAWL SPACES SHALL BE COVERED WITH A CLA551 VAPOR RFTAP.DER WITH OVERLAPPING JOINTS TAPEP. SHAFTS, PENFTRATI0N5 PUCT SHAFTS, UTILITY PENFTRAlON5, ANP FLUF SHAFTS OPENING TO FXTERIOR OR UNCONPITIONFP SPACE SHALL BF SFALFP, BATTS IN NARROW CAVITIES SHALL BE CUT TO FIT, OR NAP.ROW CAVITIES SHALL BE FILLED NARROW CAVITIES BY IN51A11ON THAT ON INSTALLATION RFAIXY C0NF0RM5 TO THE AVAILABLF CAVITY SPACE, AIR SFALING SHALL BE PROVIPED BFTME N THE GAP.AGE AND CONDITIONED SPACES, GARAGE SEPARATION RECE55FP LIGHTING RFCE55EP LIGHT FIXTURES INSTALLFP IN THE BUILPING THERMAL ENVFLOPF SHALL BE AIR TIGHT, IC RATFP, ANP SFA.EP TO THE DRYWALL, 13ATT INSULATION SHALL BF CUT NEATLY TO FIT AP.OUNP WIRING ANP PLUMBING IN PLUMBING ANP WIRING EXTERIOR WLLS, OR INSULATION THAT ON INSTALLATION REAPILY C0NF0RM5 TO AVAILABLE SPACE SHALL FXTFND BEHINP PIPING AND WIRING. SHOWER / TUB ON EXTERIOR WALL EXTERIOR W&L.5 ADJACFNT TO 5H0WM5 ANP 1UB5 SHALL BE INSULATEP ANP 1HF AIR BARRIER INSTALLED SFPAP.ATING THFM FROM THE 5H0MP,5 ANP TU135, THE AIR BARRIFR SHALL BE INSTALLED C3FHINP FLECIRICAL OR COMMUNICATION PDXE5 OR FLFC11?ICAL / PHONF BOX ON FXtRI0R WLLS AIR SFALFD B0XF5 SHALL BE INSTALLFP, HVAC REGISTER 1300T5 HVAC RFGISTER B00T5 THAT PENETkATE BUILPING THERMAL FNVFLOPF SHALL BF SEALED TO 1HF 5UBF00R OR DRYWALL, FIREPLACE AN AIR BAP.RIER SHALL BE INSTALLEP ON FIREPLACF WALLS, FIRFPLACFS SHALL HAVF GA%K SP 1200R5, P402,4,1,21F5TIN6, THE BUILPING OR PMLLING UNIT SHALL BE TESTEP ANP VERIFIEP A5 HAVING AN AIR LEAKAGE RATE OF NOT EXCFEPING 5 AIR CHANGES PFR HOUR ( OR PER ENERGY OPTION SELFCTEP ) IN CLIMATE Z0NE51 AND 2, AND 3 AIR CHANGES PFR HOUR IN CLIMAt Z0NF5 3 THROUGH B. TESTING SHALL BE C0NPUCtP WITH A BLOWER POOR AT A PRE55UM OF 0,2 INCHES W.G. ( 50 PA5CAL5) , WERE REQUIRED 13Y THE CODF OFFICIAL, TESTING SHALL BE CONPUCTEP BY AN APPROVED THIRD PARTY. A WRITTEN REPORT OF THE RE5ULT5 OF THE TEST SHALL BE 516NE12 BY THE PAP.TY CONPUCTING THE TEST ANP PROVIPED TO THE COPE OFFICIAL, TF511NG SHALL BE PFRFORMFP AT ANY TIME AFTER CREATION OF ALL PENETkATI0N5 OF 1HF BUILDING THERMAL FNVFLOPE, PUKING TESTING; 1. EXTERIOR WINP0W5 ANP P00R5, FIREPLACE ANP 5T0VF P00R5 SHALL 13F CL05FP, BUT NOT SEALFP, BEYONP THE INTENPEP MATHERSTRIPPING OR OTHER INFILTRATION CONTROL MEASURFS; 2, PAMMS INCLUPING EXHAUST, INTAKE, MAKFUP AIR, C3ACKPRAFT ANP FLUE PAMPERS SHALL BE C05F12, PUT NOT SFALFP BEYONP INTFNPEP INFILTRATION CONTROL MEASURES, 5, INtRI0R 1200R5, IF INSTALLFP AT THE TIME OF THE TEST, SHALL BF OPFN, 4, EXTERIOR P00R5 FOR C0NI1NU0U5 VFNTILATION 5Y5tM5 ANP HFAT RFCOVFRY VFNTILAT0R5 SHALL BE CLOSED ANP 51 A&EP, 5, HFA11N6 ANP COOLING 5Y5tM5, IF INSTALLED AT THE TIME OF THE TEST, SHALL BE TURNED OFF, ANP 6, SUPPLY ANP RFTURN RE6I5TER5, IF INSTALLEP AT THE TIME OF THE TEST, SHALL BE FULLY OPEN, 5�CfI0N M I507 - M�CHANICA� V�NTLATION, MI507,1 GFNERAL, LOCAL FXHAUST ANP WOLF - H0U5F MECHANICAL VFNTILATION 5Y5tM5 ANP FQUIPMFNT SHALL BF PF5I609 IN ACCORPANCE WITH THIS 5FCT10N. MI 507.2 RECIRCULATION OF AIR, EXHAUST AIR FROM BATHR00M5 ANP TOILFT R00M5 SHALL NOT BF RECIRCULATED WITHIN A RE5IIENCF OR TO ANOTHFR IWFLLING UNIT ANP SHALL BF EXHAU5t[? PIREC1LY TO THE 0UTb00R5, EXHAUST AIR FROM PA1HR00M5 ANP TOILET R00M5 SHALL NOT DISCHARGF INTO AN ATTIC, CRAWL SPACF OR OTHER ARFAS OF THE BUILPING, MI50-75 WOLF - H0U5E MECHANICAL VENTILATION 5Y5TEM, WOLF - H0U5E MECHANICAL VFN11LA110N 5Y5tM5 SHALL BF PF51602 IN ACCORPANCE WITH 5FCT1ON5 MI5075,1 THROUGH MI50733, MI5073,1 5Y5tM 12E51GN, EACH IWMLING UNIT OR 615IR00M SHALL BE FQUIPPED WITH A VENTILATION 5Y5tM COMPLYING WITH 5FC11ON MI5015.4, MI5073,5, MI50-15.6 OR MI5075.7. COMPLIANCE 15 AL50 PERMITtP TO BE PEM0N5T MP THROUGH COMPLIANCE WITH THE INTERNATIONA, MECHANICAL COPF, MI507,3,2 CONTROL ANP OPERATION, 1. LOCATION OF C0NTR0L5. C0NTR0L5 FOR ALL VFNT1LATI0N 5Y5tM5 SHALL BE REAPILY ACCE5511LF PY THE OCCUPANT, 2, IN5TRUC11ON5, 0PFRA11NG IN5TRUCT10N5 FOR WOLF - H0U5F VFNTILA110N 5Y5tM5 SHALL BE PROVIDFD TO TO 1HF OCCUPANT PY THE INSTA.LER OF THE 5Y5TEM, 3, LOCAL EXHAUST 5Y5tM5. LOCAL EXHAUST 5Y5tM5 SHALL BE CONTROLLFD BY MANUAL SWITCHFS, PFHUMIPI5TAT5, TIMFRS, OR OTHER APPROVED MFANS, 4, C0NTINU0U5 WOLF - H0U5E VENTILATION 5Y5tM5, C0NTNU0U5 WOLF - H0U5E VENTILATION 5Y5tM5 SHALL OPERATE C0NT1NU0U5LY, FXHAUST FANS, FORCFP - AIR 5Y5tM FANS, OR SUPPLY FANS SHALL BE EQUIPPFP WITH ''FAN ON'' A5 OVFRRIPE C0NVOL.5. C0NTR0L5 SHALL BF CAPABLF OF OMRATING THE VFNTILA110N 5Y5tM WITHOUT ENFRGIZING OTHER ENFRGY - CONSUMING APPLIANCES, A LABEL SHALL BE AFFIXED TO THE C0NVOL.5 THAT RFADS "WOLF H0U5E VFN%A11ON (5FF 0PFRA11N6 IN5TRUCT10N5) ," 5, INTERMITTRNT WOLF - H0U5E VENTILATION 5Y5tM5, INTERMITTENT WOLF - H0U5E VENTILATION 5Y5tM5 SHALL COMLY WITH THE FOLLOWING; 5J, THEY SHALL P3 CAPABLE OF OPERATING INffMITtNTLYANP C0N11NU0U5LY, 5,2, THFY SHALL HAVF C0NTR0L5 CAPABLE OF OPFRATING THE FXHAUST FANS, FORCFP - AIR 5Y5TEM FANS, OR SUPPLY FANS WITHOUT FNFR6151N6 OTHER FNFRGY - CONSUMING APPLIANCES, 53, THE VFNTILATION RATE SHALL P3 APJUSTEP ACCORDING TO THE FXCFPTION IN SECTION 5.4. THE 5Y5TEM SHALL BE DESIGNED 50 THAT IT CAN OPERMF AUTOMATICALLY BASED ON THE TYPE OF CONTROL TIMER INSTALLEP, THE INTERMITtNT MECHANICAL VENTILATION 5Y5tM SHALL OPFRATF AT LEAST ONF HOUR OUT OF EVERY FOUR, 5.6. THE 5Y5tM SHALL HAVE A MANUAL CONTROL ANP AUTOMATIC CONTROL, SUCH A5 A 24 - HOUR CLOCK TIMER. 51, AT THE TIMF OF FINAL IN5PFCTI0N, THE AUTOMATIC CONTROL SHALL BE 5FT TO 0PFRAt THE WOLF - HOUSE FAN ACCORDING TO THE SCHEPULE USFP TO CALCULATE THE WHOLF - H0U5F FAN 51ZING, 5.B. A LABFL SHALL BF AFFIXFD TO THE CONTROL THAT RFAPS "WOLF H0U5E VFNTILATION (5FF OPERATING IN5fkUC11ON5) M15073,2,1 OPERATING IN51RUCTI0N5, INSTALLFRS SHALL PROVIPE THE MANUFACTURFR'S INSTALLATION, OMRATING IN5IRUCTI0N5, ANP A WOLF - H0U5E VENTILATION 5Y5T�M OPFRATION PFSCOPVON, MI50-733 MECHANICAL VENTILATION RATE, THE WOLF - H0U5E MECHANICAL VENTILATION 5Y5TFM SHALL PROVIPE OUTDOOR AIR TO EACH HABITABLF SPACE AT A C0NTINU0U5 RATE OF NOT LF55 THAN THAT PFT�RMINFP IN ACCORPANCF WITH TABLF MI50733( 1). FXC�P11ON; TFIE WHOLE - HOUR W14NICAL \UflEATION 5Y5TEM515 PERM1ft9 TO OPERATE INTERMITTENTLY W rl fNE 5Y51EM HA5 CONiTOLS THAT FNANX OPERATION FOR NOT LF55 THAN 25 PERCENT OF FACH 4 - HOUR SEGMENT ANP THE WNVI,A110N PATE PRE5CRII3rP IN TAN E M15015.X I) 15 MULIIPLUP 6Y THE FACTOR FIETFRMINFP IN ACCORDANCE IMTH VIU M15073.5( 2) . p 11111114111 : 1 ZIP I►l:' II ::I Aug NUM[3FP\ OF [3Fnp00M5 PML1,I1\16 UNIT FLOOR ARFA (5QUARF FEET) 0-1 2- 3 4- 5 6-7 > 7 AIPT0W IN CFM , I,soo 50 41 60 75 90 1,500-5,000 45 60 75 90 105 3,001-4,yoo 60 75 90 105 120 4,501-6,000 75 90 105 120 135 6,001--U00 90 105 120 03 150 > 1,y01 105 120 135 150 165 FOk 51: 1 5QUAIT FOOT - 0.0929 M2, I CU31C FOOT pfp MINUTE - 0.0004119 0/ 5 a b QUN - fft PWC%fA6r IN rACH 4 - HOW 51 6WNT 25% 33% 50% 66% 75% 100% FACTORa 4 3 2 I5 13 1.0 FR V�N111.A110N 5Y5TM kUN -W VALUES P�TMN TN051� GIVEN, THE FACT01;5 Aff PFFMITS17 TO PF f reFMINrIP PY INT IFOLA110N, WWOLA110N P3 Y0N17 TNT TA13LF 15 ROHII31 IP. M15073,6 WOLF- H0U5E VFNTILATION U511\16 A SUPPLY FAN, THIS SECTION F5TAPL15HE5 MINIMUM PRFSCRIPTVE REQUIREMENTS FOR WOLF - H0U5F VFN11LATI0N 5Y5TEM5 U511\16 AN INLINF SUPPLY FAN. A 5Y5TEM WHICH MFETS ALL THE REQURFMENTS OF TH15 5EC110N SHALL t3F PFEMED TO 5AT15FY THE REQUIRFMENTS FOR A WOLF - H0U5F VENTILATION 5Y5tM, M15073,6,1 0UTb00R AIR 5UI PLY FAN VFNIILA11ON 5Y5T�M5 SHALL 1215TRIPUt 0UTPOOP, AIr TO EACH HABITABLE SPACF THROUGH THE FORCEP - AIR 5Y5tM PUCTS OR THROUGH IEDICAtl? PUCTS TO EACH HABITABLE 51 ACC, SUPPLY FANS SMALL HAVE THE CAPACITY TO PkOVIPF THE AMOUNT OF 0UTn00R AIR SPECIFIEP IN TABLE MI507,33C U AT 0,40 INCHES WATER GAUGE A5 PER HVI 916. THF 0UTb00R AIR MUST BF FILTFRFP BEFORE IT 15 DELIVERED TO HABITABLE 51 ACES, THE FILTER MAY P3 LOCAtP AT THE INTAKE IFVICF, IN LINF WITH THE PAN, OR IN THE CASE OF A C0NNFC110N TO THE RFIURN PLENUM OF THE AIR HANPLFR, U511\16 THE FURNACF FILTFR, AN 0UTb00R AIR INLET SHALL BF C0NNECtP TO FITHFR THE SUPPLY OR RFTURN AIR 51RFAM, M15073,6,2 PUCTS, AN OUTDOOR AIR INLET PUCT CONNECTION TO THE SUPPLY AIR STR. AM SHALL BE LOCATED P0WN51REAM OF THE FORCED -AIR 5Y5tM BLOWFR, AN OUTDOOR AIR INLET DUCT CONNECTION TO THE RFTURN AIR 51REAM SHALL BF LOCATEP AT LEAST 4 FEET UPSTREAM OF THE FORCED - AIR 5Y5tM BLOWM ANn IT5 FILTER, NEIIHFR 1YPF OF DUCT SHALL BF CONNFCTEP PIRFCILY INTO A FURNACE CABINET TO PRFVFNT THERMAL SHOCK TO THE HFAT EXCHANGER. THE 0UTPOOF AIR INLET DUCT SHALL BF PRF5COPI1VFLY 51ZFD IN ACCORPANCE WITH TABLE MI5073,6,2, THE TERMINAL FLFMENT ON THE 0UT5112F OF THE BUILPING SHALL BF 51ZFP 2 INCHES IN PIAMFT�R LARGER THAN THE 0UTb00R AIR INLET DUCT, TABLF MI5073,6,2 PRESCRIPTIVE SUPPLY PAN PUCT SIZING SUPPLY FAN 1TE5TEP CFM AT 0,4011 W6 SPFCIFIED VOLUMF FROM MINIMUM MINIMUM TABLE I50733C D SMOOTH FLEXIBLE PUCT DUCT PIAMEtR PIAMFtIr 50 - 90 CFM 4 INCH 5 INCH 90 -150 CFM 5 INCH 6 INCH ISO - 250 CFM 6 INCH 7 INCH 250 - 400 CFM 7 INCH 8 INCH MI 5073,65 PAMPFRS, THE 5Y5TEM SHALL BE EQUIPPFP WITH A PACK - PRAFT PAMPER ANP ONE OF THE FOLLOWING; I .A CALIBRATED MANUAL VOLUMF PAMPER INSTALLED AND 5FT TO MFET THE MFASURED FLOW RATES SPECIFIFD IN TABLE MI50733( 1) BY FIFLP t5TIN6 WITH A PRE55URF GAUGF ANP / OR FOLLOWING MANUFACTURFR' S INSTALLATION IN5TRUCTI0N5, OR 2.A MANUAL VOLUMF PAMPER INSTALLED ANP 5FT TO MEET THE MFASURED FLOW RATS SPMIFIED IN TABLE MI50755(1) BY FIFLP TESTING WITH A FLOW HOOP OR A FLOW MEASURING STATION, OR 5. AN AUTOMATIC FLOW - REGULATING PEVICE 51ZE12 TO THE SPECIFIED FLOW Mt5 IN TABLE MI50733( 1) WHICH PR0VIPF5 C0N5TANT FLOW OVER A PRE55URE RANGF OF 0,20 TO 0,60 INCHES WATER GAUGE. MI5073,6.4 VENTILATION DUCT INSULATION, ALL SUPPLY DUCTS IN THE CONPITIONFD SPACE SHALL BF INSULATP TO A MINIMUM OF R-4. M15073,65 OUTDOOR AIR INLETS,INLETS SHALL BE SCREENED OR 0THFRWI5E PROTECTED FROM ENTRY BY LEAVES OR OTHER MATERIAL. OUTDOOR AIR INLETS SHALL 13F LOCATEP 50 A5 NOT TO TAKE AIR FROM 1HF FOLLOWING ARFAS, 1. CLOSER THAN 10 FEET FROM AN APPLIANCF VFNT OUTLET, UNLF55 SUCH VENT OUTLET 1515 FFFT ABOVF THE OUTDOOR AIR INLET, 2. MFRF IT WILL PICK UP OBJECTIONABLE 0P0R5, FUMFS OR FLAMABLE VAP0R5, 5. A HAZARP0U5 OR UNSANITARY LOCATION, 4, A ROOM OR SPACE HAVING ANY FUEL - BURNING APPLIANCES THEREIN, 5, CLOSER THAN 10 FEET FROM A VENT OPENING OF A PLUMBING IRAINAGF 5Y5tM UNLE55 THE VENT OPENING 15 AT LFAST 3 FMT A130VF THE AIR INLET, 6, ATTIC, CRAWL SPACFS OR GARAGFS, M1507.4 LOCAL EXHAUST, LOCAL EXHAUST SHALL BE PROVIPED IN EACH KITCHEN, BATHROOM, WATER CLOSET, LAUNDRY ROOM, INDOOR SWIMMING POOL, SPA, ANP OTHER R00M5 WERE WATER VAPOR OR COOKING ODOR 15 PROPU02. LOCAL EXHAUST 5Y5tM5 SHALL BE PE5I6NEP TO HAVE THE CAPACITY TO EXHAUST THE MINIMUM AIR FLOW RATE PETFRMINFP IN ACCORPANCE WITH TABLE MI 507,4 TABLF MI507.4 MINIMUM RFQUIRFP LOCAL FXHAUST RM5 FOR ONF - ANP TWO - FAMILY PMLLIN65 AREA TO BE EXHAUSTED EXHAUST RATES KITCH% 100 CFM INTRMITSNT Ok 25 CFM C0N11NU0U5 PATNI;00M5 - TOILET kOOM5 WCHANICAI. EXHAUST CAPACITY OF 50 CFM INSVMITTNT Ok I.AUNWY WOM5, 20 CFM C0N11NU0U5 INPOR SWIMMING POOLS AN12 SPAS FOk I CU131C FOOT PFP MINUS - 0.0004119 0/ 5 MI507,4,1 LOCAL EXHAUST FANS, EXHAUST FANS PROVIPING LOCAL EXHAUST SHALL HAVE A MINIMUM FAN FLOW RATING NOT LF55 THAN 50 CFM AT 0,25 INCHFS WATER GAUGF FOR 13A1HR00M5, LAUNPRIES, OR 51MILAR R00M5 ANP 100 CFM AT 0,25 INCHES WATER CAAUGF FOR KITCHFNS, MANUFACTURERS' FAN FLOW RATINGS SHALL 13F PETFRMINFP A5 PFR HVI 916 (APRIL 1995) OR AMCA 210. EXCEP110N: WNE�l A RANGE HOOP OR DOWN DRAFT FM5f FAN 15 USED TO 5A115FY THE XC& EXHAT 15T REQUIREMENTS KITCHENS, fHE RANGE HOOD OR DOWN DRAFT FXW5f SWV.L NOT DE LF55 THAN 100 CFM Af 0.10 INCHES WATER GUAGE, MI5073,2 L0CALEXHAU5T C0NTP.0L5, LOCAL EXHAUST 5Y5tM5 SHALL BE CONTP.OLLED 13Y MANUAL SWITCHES, PEHUMIDI5TAT5, TIMERS, OR OTHER APPROVFP MEANS, LOCAL FXHAUST 5Y5T�M C0NTR0L5 SHALL BF REAPILY ACCE5511LF, 0 P. N N � - N � < N � S W L� co W v Cal � � N � z O z Q v z S 0 v �o C � z � O �JRESU OMay 15 202 (� CITY OF EDMONDS 1� 1EVELOPM ENT SERVI S DEPARTMENT Z V1� to N W In/ Cal i t �t Z 00 r wQ co 9Z0 LLM 0 1 64 �wvmv-01 /SXONAL Ek-C