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Permit#: C1709-�5
<br /> Sit�At�dress: 51Q9 CHINQC}K�R
<br /> Qwner: BUSTARD CUST4M CCJNSTRUCTiC)N iNC
<br /> Tenant: [7en�la�rte]
<br /> TYPI�AL NAI��NG a+�HEDULE M'1507.3 WHOLE-HOUSEMECfiANiCA�VENTILATtQNSYSTEM. ApP Dat�. 9j24f2Q17
<br /> DESIGN CRITERIA: Simpie Heating System Size:V1lashington State Propased Use. tUEW SFR DEi'ACHED
<br /> � WH�}L.E FiOUS� MECHANICAL VE�ITILAT(C�N SYSTEMS SHA�L BE DESlGf�IED IN AGCURDANCE This heating system sizing calculafar is based an th�Prescriptive Requir�tnents of the 2015 Washing#on State Energy Gade{WSEG)and ACCA Ma C�scriptic�n: NEW SFR DEfACHED
<br /> �TRUGTURAL SY�1"�MS PRESE�11'EC3 IN TMES�P�ANS HAV�BEEN CaESIGNED T4 MEET 7HE WITH SECTICC:}E�S M�507.3,1 THRC)U,C'.�M M1507.3.T. � .1 and S.Tltis caloulatorwi�3 catculate heatin oads onI ACCA rocedqres for sizin aoatin syst�ms sPmu[d be used tadefermir�e cosaling loads.
<br /> #C7F REQ'D �f Y� � s 9
<br /> F�EQtJt�2EMENTS QF TFIE 2Q15�C}ITIdN tJF THE 11�1TERNATICaNAL BL.IILC31t�G CODE& Tl'PICAL CC7RlNECTIQl�f TYPE �ASTEM1JEF� �C}CAT#C}N The giazing(window)and door portion of th�s calculator assumes the lnstalied gEazPng and door products have an area weighted average U-factor o, RevieWed 8y: ����; ' j;
<br /> FAS�ENERS rp specified bythe 2015 WSEG.
<br /> INTERI`�1ATI{�NAL,RESID�I�lTIAL G�JC7E. M'15f}7.�.1 SYST�M[?ESIGN. The inco orated insu�ation requirements are#he minimum prescriptive arr�ounta
<br /> EACFI DW�I.LiNG UNIT CJR GUESTROtJM SFIA�,L.�E EQUlPF'�D WITH A VENTILATIQN SYSTEM Please fill out all oE the green drop-ciowns ar�d boxes that are appticab�e to your projecf.As yr�u make selections in the drop-downs far each�ection,t �Office Se� �ob Site Set FireJPlanrting Set
<br /> DESIGN LOA[}S: JpIST TQ SILL{�R GIRC7ER � 8d CC�MMOR!(or) Tt7ENA1L. CQMPLYIN�WITk-! SECTIUN M15(}7.3.4, M15(?7.3.5, M1�07.3.6 OR M1507,3.7. CC?MP�IANCE IS val�es wili be calculated fiar you.if you da not see the selectinn you need in the drop-down aptions,please caA the WSu E�rgy Exterision Pragram
<br /> 3"x 0.131"'NAILS (STAG�EF2) A�SC1 PERMITTED T{� BE DEMt�tVSTRAT�D THR()UGE-I COMPLIANCE WITH TFiE INTERNAT#C�lVAL (360}s56-2442 for assistarx�.
<br /> LATERA�SEISMIG Lt}AD�: ANALYSIS METN(.�D: SiMP�fF1ED PROCEDURE MEGHANICAL Ct�C}E.
<br /> 8d CC?MMON{or) TC3ENAll��ACN cc�nracranrom�ation
<br /> 1�= 1,00, SE15E111G USE I, SITE C�ASS E}, BRit�GING TC)JQIST 2 ���x 0.131"NAILS END M1507.3.2 CC}IUTRCIL AND{�PERAT10111. PAUL BUSTARD GUSTUNI COFlSTRUCTlpN � I I � ,
<br /> SEISMIC DES1G�1 CATEGC�RY E� 1
<br /> L1�NT FRANIE BEARlNG 1NALL w/W�'Jt�Ci PANEI.: R=fi.5&Cs=0.13 1. L�CATI�N 4F C4NTRO�S. G4NTRC}LS FOR A�.�VENTItAT10N SYSTEMS SHALL,BE REAC?ILY � : I
<br /> S{?�E PLATE T�}J41ST C}R TYPiCA��AC� AGCESSIBLE SY THE C}CCUPANT. � �
<br /> 5s= 925�Ss =Q.40(PER 2002 U�GS MAP wl�P,T. &LC7N.} 8"4.C. 3"x 0.�3'�"NAILS tieatins�S stem Tvae: o aurnn�s��,s �t��cw�R '
<br /> Sas=0.83&Soi �0.43, pESIGN E3ASE �N�AR=8.93 k BLQCKENG(WAL�.} NAIL 2. INSTRUCTI4NS. C}PERATIRJG INST�itJCTIC}NS �EJR WHt}LE-Ht�USE VENTILATI�N SY�TEMS Y
<br /> SHA�.�BE PRUVIC�ED TO THE C?CCUPANi`BY THE INSTALL.�R C}F Ti-1�SYSTEM. Taseectetaitedtnstr�cttanstareact�section,praov yxwrcursoron ttre�rsrd�nstructlons^ �.W.. �
<br /> TOP PLATE TO Si'UCI OR STUt� 3. LQCAL EXNAUST BYSTEMS. L.tJCAL EXHAl1ST SYSTEMS SHALG BE CC?NTRC7LL�D BY [7esian Tem rature "� ,
<br /> �ATERAL WiNE��t�A[�S: WENR SPE�C�: 110 mph,EXPOSURE�,GCpt=tQ.18, FC��= 1.OQ TU SOLE PLATE WA�.L 3 3"x 0.131"NAI�S Et�d NRIL � ta .
<br /> { ) MANUA�SWITCHES, #�EHUMIDISTATS, TIMERS� OR f}TNER APPRQVED MEANS. Design Temperature Dif�erence{AT) 49
<br /> _. ,....
<br /> 4. CC3NTI(�IUQUS WHt)LE-Ht�USE VENTI�ATIQN SYSTEMS. Ct�NTINUOUS WHO�E-MOUSE ar=maoo��rodes��J-nute�rcx�hrerop � ` �
<br /> 8d Cf?MMON(ar) VENTI�ATIQN SYSTEM�5HA�1�4PERATE CCJNTINl10USLY. EXHAUST FANS, FC}E�CED-AIR �' � '
<br /> VERTICA��4ADS: ROOF�OADS FLUC7R LOADS STUC)TO�uO�E PLATE(WA�,�) 4 TOENAIL Ar�*a af Buildina t1,�
<br /> 3"x 0.131"NAILS S`►'STEM FAt�S, f.?R SUPPLY FA�1�SHA�,L B� E4UIPPED WITH"FAN OR1"AS UVERRIQE Canditianed FloorArea � � � � � �
<br /> C}EA�LUAD 15 F'SF 1Q PSF Gflf�ITROLS. CONTRt�LS SHA�L.8E CAPABLE C���?i�EF2ATING THE VENTIIATION SYSTEM Canditioned Floc�rArea{sqtt) 3>202 � �
<br /> C�DUBI�E STU[7S, UF2 MULTIPLE WITMCtUT ENERGiZING C}THER ENERGY-CCJN�UMWG APPL.(ANCES. A LABE�SHALL BE AFFIX�D ��'�'�C�V��}
<br /> LIVE LUA€� NIA 4L�PSF 8"C7.C. 3"X Q.131"NA1LS FACE (ti1A1L Average Ceiling Hei9� Conditioned volume
<br /> SNOW�C}A[3 25 PaF N1A LAM MEMBERS TQ THE CC}NTFtOLS 1"HAT READS"WHOLE-Ht�US�V�NTILATION{SEE OPE�2ATING P�AN�II#�JC3 & C{3�ltt�����`�� .
<br /> �����������.�.���� Average Ceilirsg Height(ftj 8,0 25,�i16
<br /> iNSTRIiCTIC�NS)," Glazin�and Doors U-Factor X Area=UR
<br /> 5�1�AND FOUiVDAT10N: DtJUBLE T{}P PLATES 12"O.C. 3"x p.'131"NAIt�S TYPICAI.FACE 5. INTERMITTENT WH�LE-MQUSE VEIVTlLATION SYSTEMS, g�,F����
<br /> �lAfL ��ITERMITTENT WFf��E-HQUSE VE�JTI�.AT�C1N SYSTEM��HALL CfJMP�Y WITH THE FOL�C}WING: �"� 0.30 370 ��1.00
<br /> 5.1. THEY SHALL BE CAPABLE OF�PERATING INTERMfiTTENTLY AND CC}NTINU4U�LY. �*��'E..--.��'""�..����.r��_
<br /> � � ' Skyliahts U-�actor X Area=UA a�
<br /> DES}GN VA�UES: B�UCKING B�TWEEN Jt�ISTS UR � 3"x 0.13�" NA{l.S TOENAlL 5.2. TNEY SHALL HAVE CC'�tVTROLS CAPABL�C�F�PERATI�iG THE EXHAUST FANS, o.�o -- a°7i t-
<br /> RAFT�RS T{)TC�P PLATE �pRCED-AIR SYSTEM �ANB, C3R�1JPPl.Y FAN�INITHC3UT ENERGIZI�JG UTHER ,
<br /> AL�.C}WABLE BEARING: 2QOU PSF Ensulation r- �
<br /> ENERGY-CQNBtJMING APPLIANCES. d- �
<br /> GUEFFICIENT C7��RICTI{�N: 0.35 Attic U-Fackor X Area=�lA � u.�
<br /> ACTIVE PF2E��URE: 35 PC�{Ut�F2�STRAINED} RIM JOIST TO TC7P PIATE 6"4.C. 3"x Q.'t31" NAI�� TOENAI� 5.3. TNE VENTILATlt�N RATE SHAL�BE AC7JUSTED ACCC}Rt?fNG TH�THE EX�EPTION IN �'�+�������P'�. II��P�CTI���$�QUI��� 0.028 �,sss 49.35 � v
<br /> SEGTIUN��3,8.5.1. �RlC3R TO REQt1��T�{�R�I�t,AL�I��PE,�"Cl�f� .�.�'
<br /> 6{�P G F(R E S T R A l E�#E D j �.4. THE SYSTEM SHALL BE [�ESIGt�lEC7 5C?THAT IT CAN OPERATE AUTUMATICAL�.Y BASED tJIV i sin le R�fterorJoist VauftedCeiEi s ��
<br /> PA�SIVE PRESSIJRE: 3t}Q RCF FIL�A�L NAIL �t1d�Cc��7111� �'�C1CIti� ���CIS g � U-Factor X Area UA
<br /> RAFTER TO Tt?P PLATE RAFTER SPACING SIMP. "H1"CLIP THE TYPE QF CQNTRflL TIMER 1NSTACLED. No selection --
<br /> Hot�Es PE�t s�MP. Envirar�ment�l(y Sensi�iv� Ar�� '
<br /> ALL FC1C?TINGS SNA��B�AR EJPON UNC�ISTUF28ED S�IL OR C4MPACT�€�FI�L AT LEA�T 18" 5.�. THE INTERMITTENT MECHANICAL VENTILATION SYSTEM SNALL OPERATE AT L�A�T t�NE � /
<br /> BELOW FlNISHEC?GRADE. HQUR OUT C?�EVERY Ft?UF2. �.1������' i� Abo�G�a�w�+,�i�ef���,��} u-FactorxArea uA
<br /> JCJIS�TO RIM {BANQ}Jt�15T � 16d�9MMQN{or) FACE NAIL 5.6. THE SYSTEM SHAL�.NAV�A MRNUA�C4Ni`R0�AND AUTC3MATIC CONTRC}L, B�JCH AS A ���t�"'�.. o.c�B z,4as �3s.�s U a
<br /> 3"x C}.131"NAiLS , z cv
<br /> 24-HC3UR CLC7Ci��'1MER. ����}��� 73��xt.
<br /> A��WA�L.S SHA�L BE ADEQUATELY BRACED PRIQR T{� BACK�{�.LItVG.C�MPACTEC3 FILL SHALL � �.�,�,�r��.....�.. Flos�rs U-FactorXArea UA °'
<br /> �, , � , „ „ „ 5.7. AT TNE TIME UF FINAt� WSPECTIC3N TH�AUTUMATIC CC7NTROL SHA�L BE SET T4 -� �
<br /> BE �R�E t3F ORGANIC MATERIAL ANC7 E�EBRlS. �iL�SHAL�BE PLAGE#�1�1 A MAXiMUM 4F 8 INCHa. Ct}MMON NAILS(6d-2 x 0.113',8d-212" x 0.13't , 10d-3 x 0.148 ) � 0.025 1,ass 47.45 Q Z `�
<br /> � b. FC�R A�1�CUNNECT{C�NS NC3T�HUWt�, F�EFER TO IBC 2304.9.1, DETAILS ANC7 BHEAR W��l. C)PERAT�THE WHC}LE-H{}LiSE FAN ACC{'3R[�ING Tt�THE SGNEC}ULE USEC7 TO CA�CULATE THE � E-- :'>
<br /> LIFTS ANQ CC7MPACTED TC}A MINIMIJM 9�lo t�� TNE MA?�.IMUtVI DENSITY AS DET�RMINECI BY p': u)
<br /> ASTM Q-1557. �CI-IEDULE WHOLE-HOLIS E FA N S I Z I R I G. sQ����a�w���{���su��} U-FactorXAr�a UA � W � �
<br /> a.8 A LABEI��HAL�BE AFFEX�E�Tt�TH� CC?�lTRC}L THAT RERQS"'WHOLE-NC7US�V�NTIl..ATION �' W > �
<br /> CC)lVCRET�; {SEE C�PERATING ENSTRUCTIC3NS}." No selectian --- � N � � p� � .f-ti,
<br /> TABLE R402,1.1 Ft�C}TRtOT�S M1507.3.2.1 OPERATII�f#G IN$TRUCI'IC�NS sf�n�r�w�ae���g���� F-�'actorx l.ength UA tJ') Q CL' (� C'} G3 ��..
<br /> W (� h- � �t � �
<br /> FtJR S1: 1 F{�C}T=304.8 MM, C►=GONTINEJt}C1S INSULATlC}N INT=IN7ERMEDIAT�FRAMING. INSTALLE���HALL PRC?VIDE TI�E MANUFACTU#�ER'S lNSTALLAT!{}N, OPERATING No selection -- �',`�� � � ¢
<br /> C�NCREI`E SHA�L BE C)F TN� FC}LLOWING 28 C7AY TEST STRENGTH AND M1X: ° ��W � � �
<br /> a R-VALUES ARE MINIMUMS. U-FAGTOR�AR1C}SHGC ARE MAXIMUMS. WFIEI�INSULATION !S 7�1STRUCTIONS, ANQ A WHC?LE-HOUSE V�NTI�A�'1{JN SYSTEM flPERATIC7N C7ESCRIPTION.
<br /> ItV�TA�.LED IN A CAVITY WHfGH IS �ESS THARI TFiE LABEL OR C1ESlG[d TMI�KNEBS{�F TFIE M1507.3.3 MECF#ANICA�VEIVTILATI4(V RATE si0ba,c�a�tS�F�u��} F-�actorX�.ength� UA
<br /> 1} �'c=3QQ0 PSi TH�WHC)L.E-HOUSE MECI-IANICAL VENTltA`CION SYSTEM SHA�L�'ROVIDE{.�UTDUOR AiR T{� No selection � 1{7-3-17
<br /> 2) MAXIMUM SL.UMP-4" INSU�ATION, THE CUMPR�55ED R-VALtJ�QF THE INSUt,.ATIUN FRC7M APPENpIX TABLE A101.4
<br /> SHA�.L NC}T 8E LESS THAN TH�R-VALUE�PEGIFIED C3N THE TAB�E. EA�H NABITABLE Si'A�E AT A CONl"INUC7US RATE QF NOT LE�S THAN 1'HAT C}ETER�t11NED fN
<br /> 3) Mf�C WATERICEMENT RATIt}=0.53;6 GAL�.C}NS PER SAC1� Location of C�ucts
<br /> b 7H� FEN��TRATIC7N U-FACTC?R C�LtJMN EXCLUDES SKYLICHTS. THE aHGC CQ�.UMI� ACC(�R�}ANCE WIThf TAB�E M1507,3.3(1}.
<br /> 4} MINIMUM E#�iTf�A1NED AfR CC?I�lTENT SHAL�BE 4°fn t 1°l0 �uct E.eakage Coeifciertt ��'���A ���
<br /> 5} IN�t�RPORAT� NC3 CALCIUM C�-ILOI�IDE ADM1XTi.tRES WHERE ALUMINUM ALLC3Y MATERIALS APP�IES TO A��G�.AZED �'ENESTRATi01'�l. EXCEPT�t7fd: SKYL.MGHTS MRY E3E�XC�UDED FRC7M E?CGEPTIC?IV. THE WHC)�E-HOUSE MECHANICA��IENTILATft�N SYSTEM IS PERMITTER 1"tJ �.,�o �.�,� �,�FwnsH,`rY,�3
<br /> GE_AZED FENESTRATI4N SHGC R�QUIREMENTS IN C�IMATE ZON�S 1 TNROUGN 3 WHERE TNE C}PERATE iN�'ERMiTfiENTLY WHERE THE SYSTEM HA8 CU�fTRQLS THAT�tVAB�E C�PERATION ,�� � `� ,�" �
<br /> AR� EMSED�ED: ;�`'�' S,
<br /> BNGC Ft}Ft SUCH SKYLIGHTS D(JES NC}T EXCEED 0.3U FOR iVC?T LESS TI-If�t�f 25 PEF2CENi'4F EACN 4-HOUR SEGMEt�JT Ai�JC?TFiE VENTICATIUN RATE Sum of UA 344.7� F��, � � ,
<br /> � � c "10175l2'f.+TB" MEANS R-'ICl CC?NTINUC3US lN�tJIATiON UN THE EXTERIC?R t)F THE V�/ALL C}R PRESCRIB�C} IN TABLE M'15Q7.3.3(1} IS Ml1�TIP�IEa BY 1'HE�ACTC}R DE7ERMINED 1�3 H .�� rn
<br /> �ESIGN F c=25{?{}PSI WITH F�=3{lOQ PSI 8PEC1�l�a FdR WEATHERING PER iBC TABLE 1904.2, � . . Er�ue�ope Haat t�oad �s,�9d�tu!Haur
<br /> R-15 C?N TN�C4#�TlNUC7US IRlSUI.ATIt�N UN THE INTERIC7R{}F iHE WA�L,OR R-�1 CAVITY ACCORDANCE WITH TRBLE M'1�07.�.3{2). ' a�'
<br /> FI�. Surrt af UA X�T � ' !.�
<br /> IN�ULA�CI(�N PLUS A TMERMAL BREAK BETWEEN THE St..A6 AhlC7 THE BAS�MENT WA�L AT THE � Air�eakaye�teat�oaa 13,sss a�u�t�U� �s�� �,�a
<br /> Nt�t�-S�IRINK�400Q PSt N�N-SHRIh�K GaaUT SMA��SE USED FOR RI�L.Cfl�UMN BAS�PLATES. $s �' �C��"' �-
<br /> INTERIt�R C}F TME BASEMENT WALL, "10115121.+TB"SHA��.BE PERMITI'EC}TC7 BE MET WITH R-13 ? -, vorur„exa.e�erx.o�a �,���L����.
<br /> GAVITY INSU�ATfON C7N THE INTER1t7R t}F TNE BASEMENT WALL PLUS R-�CpNTINUOUS Building Design Heat�.nad 30,45o Btu�t�tour �
<br /> PRUVIC7E CUNNSTFtUCTIQ�1 JQINTS AT A M#1ti11MUM C7�2Q�_d��fit?MINIMiZE TNE EFFECTS OF „ a� �_.,� arrc�r��.e„��r�r�rc�
<br /> IN�ULATfC�t�QN TH� IIV1'ERfC}R {�R EXTERIt�R t��THE WALL. 1fJ13� MEANS R-10 C�NTWUOUS
<br /> CONCRETE SI-IRf1�1KAGE DURING C#JRING. C�NCRETE SNALL BE PF'cOTECTEC3 DE..#F21NG CURlNG '� ;� �„�,r-`�`� ' Btaitding and Duet Heat�.oad 33,495 Btu 1 Hour
<br /> INSULAT1f7N ON THE INTERiC}R C?R EXTEF2(OR C3F TNE HflME t�R R-13 CAVITY iNSU1�ITIC}N AT
<br /> TC� MINIMlZE EVAPORATION ANC} MAINi'AIN A MQI�T CC7NQITION. THE It�TERI{?R C�F THE SA�EMENT 1NA�1�. "TB" MEAN.S TFfERMAL BREAK B�TWEECV FLUU'R.SI...AB 't � , , ouctstnun�nditioneds�:sr�raofeU�t�ttn�tt�at�.o,ssxt.to
<br /> ...A Ducts irr�ttdt'fforxd space:Swtt otButtdrng Neat LossX 1
<br /> P#PES SHAL�l�fC}T BE EMBEC�DEL) IN �TRUCTL}RAL CONCR�TE UN�.ESS SPECIFICAL�Y AND BASEMERlT WAL.L. Maximum Hea#�quipmentOutput 4s,&s3 stu�Haur
<br /> d R-1(�CC}NTINUt�US INSUI.ATI{?N IS REQIIIRED UftIC7�R HEATED SLAS C)N GRADE FLC7C�RS. au;a;nga�dcw�x�rt�ossxr.�ororrro�arr���
<br /> AE'F'Rt?VEC7 �3Y THE DESIGN El�1Cal[�lEER, WITH TNE EXCEPTIQN UF E��C7RICA�C{?NC}UIl'. sU�tem�anucwetH�ttoasxt.�:ttutt�tPump
<br /> SEE R402.2.9.1.
<br /> ' e �'HERE ARE NO SH�C REQUIl�MEI�tTS IN Tt-IE MARINE Zt�NE. �o�ro�ras}
<br /> REiNFORCING Sl`EE�.: f BASEME�IT WALL INSU�ATIC3N IS NOT R�G2UIR�D IN VtifARM-HUMID LOGATI4NS AS C�EFINED
<br /> 8Y FIGURE R3�fl1.1 AND 1'AB�E R301.1 _ �� i ,t Prescriptive Energy Cade�amplian�ce for All Clirnate Zones in Washington
<br /> REBAFt: GRADE f'�l g F{E�ERVEC}. tj�
<br /> #4&SMALLER 40 40,OOE7 h FCRST VALUE IS CAVITY INBULATIQN, SECUNC} i� �C7NTINUCtUS INSUt.ATI(Jt�QR IN�UTATE� 4; '' Th�s project will use the requirements of#h�Prescriptive Path b�lcr�+and incorpc�rate thie
<br /> SIDIN�, a0"13.-r5" MEANS R-13 CAVITY INSULATit�N PLUS R-5 GONTINUQUS INSULAT#C?N{)R j, the mirtimum values tisted. Ir18dd"ItiOtlr based ort th�size of#he s#ruature,the appropri�t�
<br /> #5& L.f�RGER 60 BC�,QOp INSU�ATE��!l�ING. IF ST�EJGTURAL SNEATNING COVERS 40 PERCENT t�R���5 OF THE numt�r a#additional credi#s are cheaked as chcis+�n by the permit applican#.
<br /> �XTERIOR, �t�NTfNEJQUS INSUt..AT10N R-VALUE S�HALL BE P�RM#TTE�TCl BE REDUCEC}BY N{�
<br /> �����: tirtC}RE THAN R-3 It� THE L.tJCATI{�NS WN�RE STRU�TURAL SHEATHIN�1�USED TC}MAI�ITAIN A AII�lirttate Zo�es
<br /> Ct�N�ISTENT TC�TAL SH�ATHIN�THiCK�lESS.
<br /> CAST AGA#NST EARTH: 3'" i THE �ECC?N[7 R-VALkJE APPLIEu WHE�! M�RE THAN HALF TNE INSUtA�It�N IS QN THE R Valuea U-Facto��
<br /> EXPC7SED Tt�ERRTH OR WEATH�F2: 2" IhITER1aR QF THE MASS WAL�. Fenestratic�n U-Fac#c�rb n!a 0.30
<br /> SLABS, WALLS ANQ Jt�iSTS: 3/4" j Ft�R SINGI.E RAFTER-QR J41ST-VAULT�D CEI�INGS,THE INSU[ATION ME BE R�DUCE�TO SEryfight U-Factar nta 0.50
<br /> BEAM�AIkID CC)l�UMN: 'I-'i12 R-38. Glazed Fet��stration SHG�b,e nl� nla
<br /> � „
<br /> k INT. {I�iTERMEDII�TE FRAMfNG) DENt�T�S STANDAR[3 FRAN#It�G 161tVCHES{?N CEN`fER WITH ��1 0.�26
<br /> I,.AP ALL FIELC}SPL{CES 30 DIAMETERS UtULESS N4TED flTF#E#�WISE. p(aWEL A11 EXTERI�R �������'��������� ��.�������� Ceilin�
<br /> HERD�RS IN�UL.ATED WlTH A MINIMUM R-1{�ItVSULATION, , � . , � �, Wood Frame tNall g,k,l 21 int U.Q56
<br /> PRQJECTfO�IS T{) STRUCTURE WITH#4 BAf�S t(,,� 12"FlQOKED 1NT0 WALL. 1 COG AND SC?�ID TIMBER WA���WITH A M!NlMUM AVERAGE TF{ICKNESS(JF 3.51NCHES Af�E : �{��'A�d� �I�A�Jr{�, f�Er�,���J�',���ANi� ����� �a���g��� ��������
<br /> EXEMPT FRC}M THI� INSULATlUN REQUIREMENT. � 1�f�� �{;�UiPMF�J`�`�}�}��pI�R��'��AN�;w� "��� ��� ���,�,�� Mass 1Nall R-Valuei 2112'Eh O.t}56
<br /> BE�JD WA�,L AN� Ft7C?TING BAF2S 1$"ARC?UND CQRNERS,t�R USE CC>R�#ER SARS. ��AY P�QT 3� �t����'��} fN TH� ��t�1�7 � ' s 3p
<br /> TABLE R4t}2.1.3 FOOTNC}TE n.�'t�Sl�� ��T�AC�Ca"a. �'F��PANE IA�l�S � ���'����� �a� ���g������ Ffoor 9 4.029
<br /> 1NE�.RED WIRE MESH SHALL G{?N�C7i�M WITH ASTM A185 AND SHA�L BE 6x61N`I.4x1.4 UNLESS a NONFENESTRATIt?M1t U-FACTC}EsS SHALL BE QBTAINED FRdM MEASUREME�fT,CALCULATIC�N �Et��.�IR�ADC31Tl��1��,p��Mi�"5 I���I��l Belaw Grade 1Nallc,k 10115/21 int+TB 0.042
<br /> Nt�TED tJ?HERINISE. PLACE AT MID-DEPTH C7F SCA�3 AND PROVID�C�NE FULL.MES�f UVERIAP t?R AN APPROVE€7 �OURGE OR AS SPECIFIEa IN S�CTIC3N R402.1.3. uY��� ��1�t��T`T�l�2��}CP�F�T����NT Slabd R-Value&C7epth 10, 2 ft rr/a
<br /> AT SP�CCE�. �'i��0� ��} #J�STAE.�1Tl�Ji�, *Table R402.1.1 and Tabl�Fi402.1.3�ootnotes inclucled on Page 2.
<br /> �. �������ar� �� ����ired t�� �i��
<br /> MANUFACTURE[?ROOP TRUSSES; '�.�+� �t���'�� 1��7�3i p`�"�� �?�1��..t�,� ��'���� Each dweliing unit in ane an�f twc�-family dwellings and townhouses,as de#ined in Sectian 101,2 of the
<br /> in#ernatianal Residen#ial Gode sha11 compty with sufficient optEons from Tabie R406,2 so as to achieve the
<br /> RQC3F TRUSSE� SHALL 8E DESIGNED BY AN ENGINEER REGISTEF��#�IEV THE STATE OF p �} {�i ��l �+ follr�wing minimum number of credits:
<br /> WASHINGTCJN AND FABRIGATED �RC�M HI�IHER DESIGN�.THE SNC71t�LC>AD SHALL BE RtC?TED M1�t}7.�.4 WHOLE-Ht?USE VENTILATIt)N U�ING EXNAU�T FANS. FL��i3 T��� Qf �V1..�D�1/1/��,7
<br /> IJNDER C}ESfGN �QAL7S AEVC?VERlFIE[7 PRIt?R T�FABRI�ATIUN.TRUSS DESIGNS�NALL 8E THIS S�CTI4N ESTABLISHE� MINIMt1M PRESCRIPTIVE RECtU}REMENTS FC�R WHC�LE-HQUSE RCtOf ttUSS�S tt}b�d$Sig�t�3� 1. S►na�1 Dwelling Unit:�.�pants
<br /> SUBMITTED FC�(� REVIEW. B�aCK ECIGES WHERE CALL.�D FOR IN F'LANS. HANCIL�AND INSTALL ����I�TIC}N SYSTEMS L��iNG E}CNAUST FAI��. A SYSTEM WHICN MEETS�iL�THE A��ypR ��y�d�e��Alii1� p�`�������r� �w�lling units less than 15�0 square feet in eonciitioned floar are�with less than 3(34 square feet af f�nestration
<br /> MARK ST�2AP NAIUNG Ht�LD�C)W(� STUD ANCHC}RAC�� BOLTS 8 S#�:t8 IiGBns�d �t�c�Ct
<br /> ##�! �TRICT ACC�?RC}ANCE WI7H MAtVUFAGTURER'S RECUMMENDATIONS. �������MENTS C}F TNIS SECTION SHALL SE QEEM�D TU SATtSFY THE REQUIRMERtT�FOR A area. Additicrns to existing builcling tha#are less#han 750 square feet t�f hea#ed floqr area.
<br /> WHt}�,E-NOUSE VEt�1"ILATION SYSTEM. �3n iriee�,
<br /> � 2. Medium Dweiling Unit:1,5 pnints
<br /> SNEATHING: M1057.3,�4,1 WHOLE-HUUSE VEf�T1tAT1UN FANS. �rN�$ STHD8RJ {�Ni(ER ��A All dwelling units tha#are not included in#1 oc#3, including additions aver�6t}aq�are feet. �
<br /> EXHAU�T FANS i'RCIVIDING V1lHdLE-FiC7USE VEN'��!_.ATION SHAL�FiAVE A F'LQW RAT��VG AT(7.25 3. Large Dwelling Unit:2.5 points
<br /> '!} WA�L.u; 7i16"APA RATED SHEATFIING, 24l16, EXPQSURE, NAIL TQ Ql3TSII}E FACE QF STIJDS lNCFIES WATER GAUGE AS SPECIF{EC� IN TABLE M1507.3.3(1). MANUFA�TUR�RS'FAN FLt?W ��+�i'�l��i�� ��'�'�i��,�!'� ����t#''�C� Dwelling units exceedin9 50fl0 square feet of�onditianec#ffoar area.
<br /> WITN 8d NAILS @ 6"`C).C. A�L PANE�EDGES AND AT 12"O.C. W FI��[}ANQ PRC?VIDE SC}LiD RATINGS�HAL.L BE C�E1`ERMINED ACC�RC}!NG TO HVI�169 4R AMGA 210. � . �
<br /> BLCICKIRIC AT ALL EdG�S UNLESS NQTE�7 OTHERWISE E�I i'I..AN C7R SHEARI/VAL�SCHEQULE. ��#���t� I��`t�����T� ��1�IL���: Table R406.2 Summary
<br /> ) M15Q?.3.4,2 FA� k�QISE 1 LOCATE HC3l.Dt�WN AT EACH ENC�C'�F SHEARWAL.L Optian f�esoription Crec�t{s}
<br /> 2 ROO�: 7116"'APA RATED S!-I�ATt-IING, 24116, E�P{7�uURE,NAI�TU UUTSIDE FACE C1F ) � � �
<br /> RAFTERS/TRUSSES W1TH 8d NA1LS�6"O.G. ALL PA�1�L EDGES AND AT 12"C}.G. lN FIELD 1tVNf,}LE-HUUSE FANS �OCATED 4 FEET 4R LESS FR{?M THE�NTERIC}R GRILLE SHAL�HAVE A 2}CRIPPLE 1NALL GQ�ISTRUCT SAME AS S.W.ABOt(E �� ��€,���g�� � � ��'1���t�C '!a E�cient Building Envelope 1a 0.5 0.5 ('� irrJ
<br /> AND PRQVIDE SC�LID BLUCKENG AT A��.EC�G�S UN��BS NOTED(]THERWISE!N PIAN C?R � 3}EXT�ND FC7UN[}ATIC3N AS REQ'D, FC}Ft N.D.A.B. EMBEC�MENT 1b Efficient 8uildin Envela �b 1.0 .,
<br /> C� SC}[�E F2ATING OF 1.Q C}F2 GESS MEASURED AT 0.1 iNCHES WATER GAUGE, MANUFACTl3RER S 9 p� �/
<br /> SHEARWA�L SCNEC7U�.E. 4j THREADED R{7D ANC3 C{�tJPLEFt A�REQl�IR�D �� ��`%������� � ���� ����� �c Efficient Buildin Envelo �
<br /> NOIS� RATINGS �HA�.�BE C�ETERMfNED AS PEf; HVI 915{MARCH 2O09}. REMQTELY MOUNTEQ 9 p�1� �.� Z 3- M-
<br /> 3) FL4tJRS: 3!4"APR RATED SHEATH4NG, 241'f6, �XP4SUR�, NAIL TO C7UT51dE FACE UF JaISTS FANS SHA��BE AC�USTICAL�Y lSOLATED FRC}M TM�STRUCTURAL.E�EM�NT�OF THE ����������� 2a Air l.eakage Cantrol and E�cient Ventilatic�n 2a 0.5 (- � �
<br /> WITH 10d NAI�.S�6"'O.C. �i��PANEL EDGES ANQ AT 12"O.C. IN FlE�D AND PRC}V1DE SOLID gE�}LDING AND FRC?M ATTACH�I� DUCT WC}RK USING I�ISUi_ATE(�FLEKIBI�E DEJC3 4R C3TNER 2b Air Leak�ge Control and Efficient Ventilation 2b 1.4 � �
<br /> BL{�CKIt�G A7 A�L EDGES UNLESS I�C?TED OTHERWISE IN PL.AN C}R SNEARWAL��CNEDULE. APPRC�VEC3 MATERIAL. 2c Air Leakage Control and Effiaent Vent�lat�on 2c 1.5
<br /> SI�EAR VVALL SCHEDULE �� �� ������ �z���������l�y �� ���a����� ��� ���� ��� tL ...� �-�r CL
<br /> GE�IERAL N{7T�a: M1507.3.4.3 FAN CON7ROL..S. 3a Nigh Efficiency NVAC 3a (�.� �G..
<br /> property lsnesa 3b High EfFsciency HVAC 3b 1.0 ').0 � "T"" u..1 .
<br /> THE WMQ�E-HC.�USE VENTI�ATIt}(� FAI� BHALL M�ET TNE REQUIREMENTS c�F SECTIC}N NAI�ING* SNEAR FLOW NAI�.#NG QESIGN 3c High Effici�ncy HVAC�c 2.0 ��` -�-" �i
<br /> DO NC�T'�CALE DRAWING�. USE ONLY WRIT7EN I�IMENSIC)N8. 7HE Ct��TRACT�R SHALL M1507.3.2 AND M1507.3.�.1,
<br /> �....__� �_.._�-_._.__ _--- ___r_ __.-- ---_..__._
<br /> :(�' �SUIY,I3IIti`C.i IS I��3T k'���`�`��Ii�1H�` E�;S 3d Nigh EfFcien�y HVAC 3d 1.0
<br /> VEF2IFY ALL DIMENSI4NS AND ALL CC}NDITIC��I�AT TH�a�ITE.GONFLI�TS BETWEEN THE � LI..I
<br /> DRAWiNG At�3E}S(T� SHALL BE I�EPORTEC�TQ THE ENGINEER BEFC7RE PRC?GEEQING WITH THE M1507.3.4.4 QUTQ40R AIR IN�ETS, SHEATHING EC}GES BASE TC}E NAIL �1�.� PLATE BASE Ii��SICA'T�li C��� A�'���i�VE�7 �.1�'�, �'�.Ai�t, 4 HigM Efficiency MVAC C7istribution Syste� 4.0
<br /> MARK FlELa SH�AR A NE�� SIT�, �'I.�Tsi �3����, �3�' ��J���:ti- 5a Efficient Water Heating 5a �.� (}.5
<br /> WC?RK. UUTC?CJOR Af�Z SHALL BE C�ISTRIBUTED TO EACH NABITABLE SPACE BY lNDIV{t�UAL OUT�(�(�R Ct�MMflN BLc�CKED PEATE RIMJTOP ANCHC}R�** CAPACITY TED. I�I� F��Ti-I�_� J����'���I�S��� ��'I��L 5b Efificient Weter Heating 5d 1.5 1.5
<br /> AER INLETS. WHERE fJUTD�C3R AIR SUPPLI�S ARE S�PARATEC}�ROM EXHAUST PC?INTS BY
<br /> REFER TC�ARCHIT�CTLIRAL DRAWf#�GS FOF2 DIMENS{t�NS, ELEVAT'Et�NS,SLC?PES, DC?C�R ANQ Dt74RS, FRU�/ISIaNS SHA��BE MA[3E TO ENSURE AIR FLOW BY INSTAL�ATION OF �3E t��T�llE C�i�� T�-II��'R JJ��:T�1��`���.'�`I-��. 6 Renewabie Electric Energy �.5 *120Q kwh 0,(7
<br /> WINDOW�}PElVINGS, FlNI�FIES AND 4THER N4N-STRUCTURAC.ITEMS, QISTRIBUTION t�UCTS, UNE}ERCUTTff�G DOQRS, INSTA�I.ATIC?N OR GRILL�S,TRANSOMS,C}R � „ „ �� , l�"f73 A.�.�a R�,YI��T3 SIT��'�t�I`����SE���A���C3V� Totat�Credits �.50
<br /> SW1 �s USB 8d t�r 6 8d t�,i 12 16d @ 8' 16d @ 5" 48"{�.C. & 15(}PL.F '�I� ��' `��� T��.J��,�il�Tia �'�1�_;�i� ��'����
<br /> SIMILAR MEAf�S. DQC�RS SHAI.�BE UNC�ERCUT TO A M(IVIMUM{3�112 INCH ABCrVE THE p����pE �.G. (J.C. C}.C. {�.C. � *Pf�ase refer to Table R4a6.� for complete c�ption descriptions
<br /> TH�CC�NTRACTOR �HALL BE RE�PQNSIBLE FtJR THE STABILIII'C}F THE S"CRUCTURE DURING SURFACE OF THE FINf�H FLC3t�R CflVERlNG. ENDS J��'P'I'S.
<br /> CC?�#STRUCTION At�D SNALL PR�VIdE TEMPORARY BRACING AS REQU#R�D UNTIL A�L INt�IVI[�UA�RC3C�M {�UTDt30R AIR iN�ETS SHALL:
<br /> PERMANENT CC�NNECTIC?N5 ANQ STIFFE�tERS HAVE BEEN INSTALLED.THE CC�NTRACTt�R 1. HAVE CONTROLLABLE At�D SECURE C?PEfU1NGS, 7j�"OSB 8d r.� 4" 8d r� '12"' 16d c(�.3� 5" �IMP. LTP4 fz'�Q1 A.B.@ h�`1IWwW.�t1�C�Y.WSE�.edulDocumentsl2Q'12°1o20Res°lo20ErteCqY.pdf
<br /> �HALL COC3RC}INATE WITH TNE BUlLDING D�PARTMENT FOR Al��SUILdING[�EPARTMENI" 2. BE SLEEVE€� (JR(JTNERWISE DESIGNED SO A�NOT Tt3 CC7MPROMISE THE THERMAL SW2 4R3E SIDE O.C. O.C. �,C. e�,D�Q"C?.C. 3� t�.C.& 350 P�F i,�t�t[�G f�N�) s'�f.�.E���� .`
<br /> REC�UIRED INSPEC3�IC?NS. PRCJPERTIEB C}F THE WAL,I.CtR WINDC7W IN WNiCN THEY ARE PIACECl; ���s � GENERA� NC?TES
<br /> 3. PROV(DE N(�T L.ESS T'HAN 4 SC�UAftE INCNES flF N�T FR��AREA C}F OP�N(NG�t�R EACH * �= Provisi�rt� sh�1i 5u mad� fo� th-a cc�r�trol [�nd ���inv�p� o; surface �CH�DULES
<br /> THE DETAILS SMOWN ARE TYPICAL AND SNA��BE USEC?F�JR SiMILAF2 CONC�ITIONS NC}T MABITAB�E SPACE, AIVY INL�T OR CC�MBINATION C}F INLETS VIINICH PRt}VIDE 10 C�M AT 10 �����MMON NAI�S F4R AL,L RIAILING.
<br /> *" ANCHOR 8C7L7 WASNERS MUST BE 3"'X 3"X'114"THICK water arounr� ��lildit�gs by: g���-rr,, r�rain li��e�, i�fl���a an� catct�
<br /> SHOWN. F'ASCAI�S ARE QEEMED EQUIVA�ENT i0 4 SQUARE INCHES NET FREE AREA. basirts or ath�r �iRc�ssary clraina�p str��c�+�r�s and sha!# t�� ir�.�t�I(ed
<br /> PREFABRICATEC?iTEMS Ta BE H�NDC.ED AND IN�TA�L.�D PER MANtJPACTURERS IN���"S SHALL BE SCF�EE�VEQ�R t"}THERWI�E PROTECTED FRQM ENTRY BY L.EAV��t�?R �✓�ei'e st�rrn w�t�r disoos��i c�nnoT t�� rab�ain�cl {,�i���o�t tt�air �s� or
<br /> REGUMMEN�IATIO�S. C}TNER MATERIAL. C}UTDC�flR AiR IRI�ET�u SHALL BE �4CAT�b SO AS NC}T TQ TAKE AIf2 FRCJM ��i�ere erosic�n c��tr��a� ta� �re�f2n-��ti �y fir:i:ah �raclir�� ar3�! pl�ntin�. REVIS[flN; 0
<br /> THE FQ�LQWING AREAS: ��'y we!!s sh�If nat �� insf�(led ir� �ir��s �rrher� ihe �c,it is r��f w�l3 DATE: 10-3-17
<br /> THI�DRAWIN� 1�THE EXGI.USIVE PR�PERTY OF TNE ENGINEER ANC7 CAN BE R�PR��UCED 1. CLQSER THAN 10�EET FR�M RN APP�IANC� VENT�UTLET, UNLESS SUCN VENT OUTLET drair�ec� �rtd ar or�u:�. r�_r ;_.__�T, DRAWN BY: TJM
<br /> t?N�.Y WlTH THE PERMISSION C3F TNE ENGINEER, IR1 WNICH CASE TN�REPR(JDUCTIt��!MUST IS 3 FEET ABOVE TNE OUTDO{�R AIR INLET. � � ��� � '�t ���„ � �%�'��:.� � ___
<br /> BEAR T�iE1R NAMES AS ENGINEER. 2. WHERE IT WILL P[CK UP C7BJECTIC�NABLE OC�C?RS, FUMES UR FtAMMABLE VAPORS. . �����d����� �,�� ��-������ _ __
<br /> 3. A HAZARE?C7US t)F2 U�ISANITAR'Y�OCAT!{3N, �a �radin� sh�1! p� provid�cl tc� ir�s�,�rp. '� - SCA�.E: AS NC�TED
<br /> 4. A RC}C}M gR SPA�E NAVlN�ANY FU�t�-BURNIN�APPLIANC�S TNERElN. PRt7.lECT N�: W4371
<br /> 5. CLC�SER THAN 10 FEET FROM A VENT OPENING OF a PLIJMBING t�RAlNAGE SYSTEM t�� ��'��r�ia� �� tiv�ter aa+��y �'�c�rr� i��iiidir�gs.
<br /> UNLE�S THE V�NT QPENIhlG 15 AT�EAST 3 FEET ABt)VE 1'HE AIR IlVLET. {b� Preventi4� c��` �tanding �+�a��r �r�ct ;�oi! ���+ar<�ti�r� �;�:tr},n�nf3!
<br /> SHEET NC�:
<br /> 6. ATTIC, CRAWL.�PACES,OR GARAGES. $c� sfir�lctur�5 anc� 10� �ESa. �� �
<br /> � � (c} That r�a�ural drainage channels ar i��si�� �t�� r�c�t bd�,���<ed �rr �
<br /> fill�d,
<br /> �d} Provisiorts fc�r th� disposal taf w��er fr�� � �c��.
<br /> te� �rc�tectian r�f adj�ining prop��t�� �.
<br />
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