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002175 (SFD)Ti-tT 4 4 Q" Building 52-645 A�!'►Ada �rm Address Owner P.O. BOX 1504 78-105 CALLE ESTADO LA QUINTA; CALIFORNIA 92253 Mailing I Address P.o. B= n7p City lZip ITel. 92253 1 Contractor Jim Pwthm-oanstxaction Address .. . P.O. BM 1178 City Ta Zip Tela 92253 State Lic. City f & Classif. `"� • { �: � � ,� +;� Lic. # �r Arch., Engr., Designer Address Tel. No. 002175 BUILDING: TYPE CONST. OCC. GRP. A.P. Number 771`293-01.9 Legal Description lot 6 Project Description Simle familYdwellj= DIM Sq. Ft.� Size New 0 440 No. l: No. Dw. Stories - Units Alter ❑ Repair ❑ Demolition ❑ l CityZip State . Lic. # LICENSED. CONTRACTOR'S DECLARATION 1 hereby affirm that I am licensed under provisions of Chapter 9 (commencing with Section^ 7000) of Division 3 of the Business and Professions Code, and my license is in full force'and effect . t j' SIGNATURE ri - - DATE -OWNER-BUILDER DECLARATION Estimated Valuation .ly+ I hereby affirm that I am exempt from the Contractors License Law for the following $ �Ry406Y80 reason: (Sec. 7031.5,Busmess and Professions Code. Any. city or county- which requires a permit to construct, alter, improve, demolish, or repair any structure, prior to its issuance also requires the applicant'for such permit to file a signed. statement that he is licensed pursuant to -� PERMIT the provisions of the Contractor's License Law, Chapter 9 (commencing with Section 7000) of Division 3 of the Business and Professions Code, or that: he is exempt therefrom, and the •basis for the alleged exemption. Any •violation of Section 7031.5 by 'any applicant for a permit - Plan Chk: Dep. '- subjects the applicant to a civil penalty of not more than five hundred dollars ($500):" _ ❑ I, as owner of the property, or my employees with. wages as their sole compensation,, will - .Plan Chk. Bal. -COrISt. do the work, and the structure is not intended or offered for sale. (Sec. 7044, Buisness and Professions Code: The Contractor's License Law does not apply to an owner of property who Mech. builds or improves thereon. and who does such work himself or through his own employees, provided that such improvements are- not intended or offered for sale. If, however, the building ' 'Electrical or Improvement is sold within one year of completion, the owner -builder will have the, burden of proving that he did not build or improve for the purpose of sale.) - ' Plumbing ❑ I, as owner of the property, am exclusively contracting with licensed contractors to con- struct the project. (Sec. 7044, Business and ProfessionsaCode: The Contractor's License Law does not apply to an owner of property who builds .or improves thereon, and who contracts for S. M. such projects with a contractor(s) licensed pursuant to the Contractor's License Law.) ❑ 1 am exempt under Sec. B. & P.C. for this reason Grading Driveway Enc. A 5 2 4 5 4 15 034,21 U f Date Owner WORKERS' COMPENSATION DECLARATION I I hereby affirm that I have a certificate of consent to self -insure, or a certificate of Worker's Compensation Insurance, or a certified copy thereof. (Sec. 3800; Labor Code.) I Policy No. Company ❑ Copy is filed with the city. O Certified copy is hereby furnished. CERTIFICATE OF EXEMPTION FROM WORKERS' COMPENSATION INSURANCE . (This section need not be completed if the permit is for one hundred dollars ($100) valuation or less.) - . I certify that in the performance of the work for which this permit is issued; I shall not employ any person in any manner so as to become subject to the Workers' Compensation Laws of California. Date Owner " NOTICE TO APPLICANT:' If, after making this Certificate of 'Exemption you should become subject to the IWorkers' Compensation provisions of 'the -Labor Code, you must forthwith comply with such provisions or this permit shall be deemed revoked. CONSTRUCTION LENDING AGENCY I hereby affirm that there is a construction lending agency for the performance of the work for which this permit is issued. (Sec. 3097, Civil Code.) . Lender's Name Lender's Address This is a building permit when properly filled'out, signed and'validated, and is subject to expiration it work thereunder is suspended for 180 days. 1 certify that I have read this application and state that the above information is correct. I agree to comply with all city and county ordinances and state laws relating to building construction, and hereby authorize representatives: -of this city to enter the above-. mentioned property for.inspection purposes. Signature of applican Irk ^� %' +'o'- _ Date Mailing Address i` City, State, Zip - A, J HARD COPY In rastructure TOTAL I,9 REMARKS'. AMOUNT 51.75 1J�Y44 `31.00 •' V7i1� 85.40 5.25 j 20.00 ZONE: BY: Minimum Setback Distances: Front Setback from Center Line Rear Setback from Rear Prop. Line • Side Street Setback from Center Line Side Setback from Property Line FINAL DATE INSPECTOR Issued'by: Date 3*"12--85 Permit Validated by: Validation, A 5 2 4 5 4 15 034,21 U CONSTRUCTION ESTIMATE NO. ELECTRICAL FEES NO. PLUMBING FEES 1ST FL. SQ. FT. ® $ UNITS SLAB GRADE UGH PLUMB. 2( BONDING YARD SPKLR SYSTEM 2ND FL. SQ. FT. @ FORMS ER OR SEPTIC6T hUGH WIRING B MOBILEHOME SVC. BAR SINK POR. SO. FT. ® GAS (ROUGH) METER LOOP GAR. SQ. FT. ® POWER OUTLET ROOF DRAINS GAS (FINAL) TEMP. POLE DRAINAGE PIPING CAR P. I SO. FT. ® GROUT WATER HEATER WALL SQ. FT. ® FINAL INSP. DRINKING FOUNTAIN SQ. FT. ® WATER SYSTEM URINAL ESTIMATED CONSTRUCTION VALUATION $ WATER PIPING NOTE: Not to be used as property tax valuation / FRAMING G FLOOR DRAIN MECHANICAL FEES WATER SOFTENER VENT SYSTEM FAN EVAP.COOL HOOD SIGN WASHER(AUTO)(DISH) APPLIANCE DRYER GARBAGE DISPOSAL FURNACE UNIT WALL FLOOR SUSPENDED FIRE ZONE ROOFING LAUNDRY TRAY AIR HANDLING UNIT CFM FIREPLACE KITCHEN SINK ABSORPTION SYSTEM. B.T.U. TEMP USE PERMIT SVC WATER CLOSET' COMPRESSOR HP POLE, TEM/PERM LAVATORY HEATING SYSTEM FORCED GRAVITY AMPERES SERV ENT SHOWER BOILER B.T.U. SQ. FT. ® c BATH TUB SQ. FT. ® c WATER HEATER MAX. HEATER OUTPUT, B.T.U. SO. FT. RESID ® 1Ya c SEWAGE DISPOSAL SQ.FT.GAR ® 3/nc HOUSE SEWER GAS PIPING PERMIT FEE PERMIT FEE PERMIT FEE DBL TOTAL FEES MICRO FEE MECH.FEE PL.CK.FEE CONST. FEE ELECT. FEE SMI FEE PLUMB. FEE STRUCTURE PLUMBING ELECTRICAL HEATING 6 AIR COND. SOLAR SETBACK GROUND PLUMBING UNDERGROUND A.C. UNIT COLL. AREA SLAB GRADE UGH PLUMB. 2( BONDING HEATING (ROUGH) STORAGE TANK FORMS ER OR SEPTIC6T hUGH WIRING B DUCT WORK ROCK STORAGE FOUND. REINF. GAS (ROUGH) METER LOOP HEATING (FINAL) OTHER APP.IEOUIP. REINF. STEEL GAS (FINAL) TEMP. POLE GROUT WATER HEATER SERVICE FINAL INSP. BOND BEAM WATER SYSTEM GRADING cu. yd. lusx$=$ $ -Plus-X$-=$ LUMBER GR.F NAL INSP. A6 v / FRAMING G FINAL INSP. OOFIN OOFING [� �j' VENTILATION Y REMARKS: FIRE ZONE ROOFING FIREPLACE SPARK ARRESTOR GAR. FIREWALL LATHING (� MESH INSULATION/SOUND FINISH GRADING FINAL INSPECTION CERT. OCC. FENCE FINAL INSPECTOR'S SIGNATURES/INITIALS. GARDEN WALL FINAL Ak\f1E0 S o � i o 2 O H BERMUDA DUNES r RANCHO MIRAGE ►' INDIAN WELLSlot H PALM DESERT a J' LA OUINTA 'gyp INDIO y� Desert Sands Unified School District 82-879 HIGHWAY 111 • INDIO, CALIFORNIA 92201-5678 • (619) 347-8631 April 15, 1986 City of La Quinta Department of Community Development 78-105 Calle Estado La Qui'nta, CA 92253 Re: Avenida Herrera, Lot 6, Block 152, La Quinta Gentlemen: The developer of the above referenced lot . has mitigated its impacts on our overcrowded schools by payment of the amount of $628 per unit to be applied to the cost of district educational faci'li.ties made necessary by such new development. Sincerely, � L � % John D. Brooks Assistant Supe.ri.ntende.nt Business Services JDB/crm i4iWT 4a Qu , 78-105 CALLE ESTADO - LA QUINTA, CALIFORNIA 92253 (619) 564-2246 February 4, 1987 Ms. Lytze Strong 73-080 E1 Paseo, Suite 8 Palm Desert, CA 92260 RE: Special Inspection at 52-645 Avenida Herrera Dear Lytze, After a visual inspection of the property at 52-645 Avenida Herrera, and specifically the dining room area, I am convinced that the problem with the floor is not structural. I do feel, however, that the method used to level that floor area has created a safety problem and should be remedied prior to the occupancy of the building. If you should have any questions, please do not hesitate to contact this office. Very truly yours, MURREL CRUMP PLANNING DIRECTOR Tom Hartung Building Official TH : dmv cc:/File, 52-645 Avenida Herrera INSP MAILING ADDRESS - P.O. BOX 1504 - LA QUINTA, CALIFORNIA 92253 M Z O H U W U) V Z O P U W N COUNTY OF ,RIVERSIDE, DEPARTMENT OF HEALTH PERMIT APPLICATION FOR A SUBSURFACE DISPOSAL SYSTEM Applicant: Submit this form with three copies of a scaled plot plan drawn to county specifications required on the attached check list. A non refundable filing fee of $15 is required when the application is submitted. Check must be made payable to County of Riverside. Name Mailing Address L I P'0-9 /7'? City State Zip Code Phone LP c 22 s 3 'Property Address /�vE f `E 'City or Community 'Legal escription of Propert, (Lot, Parcel Map, Tract) 3"2 - (45 E LA Lh f� �� (o 'Assessors Parcel No. Water Serving Property From Lot size 9 cok-YELLA VAUS Y 1JA7F-9 7 Si X- /--� Ag�— -/-Z' Signa a of Applic t Dair 'The above information must be verified from Building Application Staff Use — Do Not Write Below This Line Initial Date WQCB Clearance required Yes ❑ No Soils feasibility report required Yes ❑ No Detailed boring report required Yes ❑ No Detailed contour plot required Yes ❑ No Comments: Soils or boring report by Date Approved by Date Soils Map Page Soil TypeTract File No. Other Number of Bedrooms Septic Tank Size (gallons) Rate Required Type of System 3 ra,r 0 ' 2 �- # *, Dd New Addition Replacement e- ❑ ❑ Leach line sq. ft. of bottom area trench Leach bed (sq. ft. of bottom area bed) Seepage Pit Diameter Number of Pits Seepage Pit Depth B.I. Total Depth of Pit 5' ❑ 6' Location of System / Additional Requirements p P / ,s � �t cy'� a A permit isyapprove /denied forthe design of a subsurface disposal system as indicated on the accompanied plot plan using the requirernents set forth in Section B above. A building permit is necessary for the installation of the above designed system. t / .r ll .. ' 2 SignaTure of Health Official Date Receipt No District: Riverside ❑ DISTRIBUTION: WHITE - Office File DOH SAN 122 (Rev 10/84) Indio ❑ Hemet ❑ YELLOW - Applicant Issued By Date ? 2 1) - 'i' (- PINK - Building Dept. GOLDENROD - Pending File L ra C- i . 5 C. F. C. REQUIREMENTS MANDATORY 72iTCRCS AND DEVICES Any new building of occupancy K (except apartment houses with four or more habitable stories and hotels) shall have all of the following features and devices: (u) Ceiling Insulation. The opaque pcftjona uf ceilings separating conditioned spaces from unconditioned spaces shall meet the requirements of either /l\ or (2) below. (l) Ceilings shall be insulated. between framing members wiLb insulation having an installed thermal resistance of R-19 or greater. insulation which is not penetrated ty framing members may meet an equivalent minimum R-Alue which includes ,he e[fects.of framing members on the above R-19 insulated ceiling. (2) The weighted arerugei/-"oIoe of ceilings shall not excued chat which would result from using the insulation indicated in Section 2-5352 Ca) 11\, ioc ding the effects of framing members.. (b) Loose Fill insulation. When loose fill insulation is inycplled` the cinimu� installed xfe&bc per square foot shall conform 'with the insclac1on manufacturer's installed design density per square foot At manufacturer's. labeled D value. ` (c) Wall Insulation. The opaque portions of wood frame wall'separating conditioned . spaces from unconditioned spaces shall meet the requirements of either (2) or i2/ ���cu. (l) Wood framed walls shall he insulated between framing members with insulation having an installed thermal resistance of R-11 or &reucer. Foundation tolls of heated basements or heated cra»l spaces shall be insulated above the adjacent outside ground line with insulation having an installed thermal resistance of D-7. ' Insulation which is noc penetrated by framing members may meet an ' aqui"alknt minimum Vvalue which includes the effects of framing � mombecs as Ke above D -values. ( (2) The weighted average U -value of walls ahall,nuc exceed chac which would result from using the insulation indicated in Section 2-5343 (c) (l)' including the effects of framing members.. (d) Infiltration Control ' /l\ Doors and windows betweeen conditioned and unconditioned spaces' such as garages and closety for central forced air gas furnaces (which use ' ^ outside air for coshu�ci�n` shall ulIy weather-scripped. � - . ' .M C.E.C. REQUIREMENTS !cge 2 (2) The following openings in the building envelope shall be caulked or otherwise sealed to limit infiltration: (A) ExAri.or joints around windows and door frames, between ::all soleplates and floors, and berween exterior .all panels: . (B) Openings for .plumbing, electricity and gels lines in walls, ceinlings, and floors, (C) Openings In the attic floor (such as where ceiling panels meet interior and exterior walls and masonry fireplaces): and (D) All other such openings in the building envelope. (3) Manufactured doors and windows shall be certified and labeled indicating that they meet the appropriated standards .Listed in Table ,2-5 3U. TABLE 2-53U STANDARDS FOR DOORS AND WINDOWS Ty pe Aluminum Prime Windows Aluminum Sliding Glass Doors Aluminum Combination Storm Vindows Aluminum Storm Doors Wood Flush Doors Wood Nindows Wood Sliding Patio Doors Ponderosa Pine Doors Wood Panel Doors Exterior Swinging Doors Sealed insulating Glass Units Standard :1"`..» S ` a. A„`i:� 302.9 - !Y77 ANSI/? AMA 402.9 - 1977 AXSI/.AMA 1002.10 - 19SO ANSI/SAMA 1102.7 - 1977 ANSI/NKA I. S, 1 - 80 2 80 ANS.1MMA i. S. 3 - 70 A?,SI/\'WMA i, S. 5 - 73 \l. MA /7 - 79 ;r'KA I. S. 610 - 79 ASTM E774 - 81 (4) ran or other exhaust systems exhausts ng air f romthe building to the outside shall be provided with backdraft dampers or automatic dampers to prevent air leakage. (5) Masonry and factory -built fireplaces shall have the following: (A) Tight I:itting closeable metal or glass doors covering the entire openings of the firebox (this requirement may be omi.ttedtfsuch doors would interfer with devices permanently installed in the fireplace which are designed to increase the circulation of heat). (iI) is combustion air intake to dray -.; air fro:i t"e Outside Of the b,.d.-Wing directly into the firebox, }:;rich is at least SIX Squr:re inches in area and is equipped �a:ith a readily accessible operable, and tight -fitting damper; and (C) Tight Fitting flue daripec h'l.tn a readily- accessible control. Continuous burning pilot liah'is and u.he use of indoor air .for cooling a firebox packet, when th�lt i;hdoor air is Vented Lo the OUt$ide Of the building, are prohibited. (e) Vapor Barriers. In Climate Zones 1, 14, and 16 S"hc'�::n Ln figure 2-5�C, a vapor barrier shall be installed on the conditioned space Side of all insulation in all exterior x:,al.ls, unvented attics, and unvented cra::i spaces to protect insulation from condensation. (f) Ducts. Ducts shall be COil5t]'liCted, installed, and insulated according t0 Chapter 10 of the State Mechanical Code (Title 24, Part =:). (g) Space Conditioning Equipment Si/_irq.,. (1) Natural gas and liquified pet.rolec!m oas central �:urnaces shall be the S. sized t0 meet at least 011e 01 LaC. 1.0.__CJiiiflg _ egt;il GGient$: (A) The total Output neaUinc) Capc'CtOhe bui 1-01 00 i s,: - r ,. shall be less than 4,000 BTU/hr; or (B) Output heating capacity sihall be less thai? 1..3 times the si?^ of the design treat loss rate Lor the heating /one being serviced by the furnace and 10 BTU Der hour per square foot of conditioned floor are is the zone; or (C) Seasonal efficiency shall exceed 67 percent by one percent for every 7,000 BTL'/hr the output heating capacity excesses either the building design heat loss rate or 45,000 BTU/hr, x,;hichever is greauer. The furnace output heating capacity shall be determined using the method described in the Department of Energy test precedures .for measures of energy consumption in 42 federal Recistar 20147-20151 (May 10,78) NOTE: Effective December 17, 1982 or Decei:,ber 22, 1934, file 67 percent seasonal efficiency shall be increased to 71 percent seasonal effeciency. (2) Heating and cooling equipment'shall be sized in accordance with the building designheat loss rate and meat gain rate, using a method set forth by the Executive Director, based on the 1979 ASHRAE Handbook and Product Directory Equipment Volume, 1930 Systems Volume and 1981 Fundamental Volumes. C.E.C. R[0U!KCNCK1`S page 4 (]) Indoor design dry bulb air Lemperocuros shall be 70 F for heating and 78F for cooling. Outdoor design air cem|`ezotures shall be those listed in the l percent or 0.2 percent Winter Dry Bulb column for � heating and the 2^ percent or 0.5 percent 3ommoz Dry Bulb and Wet DoIb columns for cooling, based on where the percentages are percent of -season or percent -of -wear respectively in ASHRA£ publications: Recommended Outdoor Design Temperatures. KorLheza California' 1977' and Recommended Outdoor Design Temperucuzee Southern California, 1978. (h) Setback 7hymoacaLs. Thermostatically controlled heating or cooling systems, except electric heat pumps, shall Me an automatic thermostat with u clock mechanism which the building occopencian manually program to uutomutically set hack the thermostat set points for at least 2 periods within 24 hours. (i) Water Heating System insulation (l) Storage type ^eterbeateru and storage and backup tanks for solar water heating systems shall be entecnuIly wrapped with insulation having an installed thermal resistance of D-12 or greater. (2) Piping in unconditiondJ space leading to and from water heaters shall be insulated with an installed thermal resistance of RA or. greater for the five feet of pipe closest to the water heater, or whatever shorter length isin the unconditioned space.. (�) WateT Heater --American Appliance or equal.. Faucets and Shower heads Price Feistas, water saver. (j) Pipe Insulation - Steam and steam -condensate return piping and recirculating hot water piping in attics, garages, crawl spaces, or unheated spaces other than haLyeep floors or in interior walls shall be insulated to provide maximum loss of notmoce than 50 BYU/hr per linear foot for piping'up to and including 2 inch nominal diameter and lOO BTU/hr per linear foot for larger sizes. (k) Gas Cooking Appliances. Gus -fired household cooking appliances with. continnusIy burning pilots' except those designed to born only liquified ' petroleum gases and those which do not have an electrical line voltage supply connection and have only one continuous burning pilot light consumimg lcay than ' 150 British thermal units per hour, shall not be installed in a building occupancy R. ` u C.C.C. RCOUlRCMEH73 ` page 5 (l) Lighting. Lamps used in luminaires for general lighting in kiuchens and bathrooms shall have an efficiency of not less than 25 lumens per xatt. Luminaires which are the only lighting in a kitchen or hathrnom will be considered general,lighting.' Lijhting Lo be used only for spccific visual tasks or decorative effect are exempt form the requirement. Such excmp; lighcing includes luminaires that are meant to light only a specific Laok areas such as a kitchen counter or sisk, u dining table, or a hachzoom pirroz, NOTE: Authority cited: Public Resources.Code' Siction Z54O2 Reference: Public Resources Cuda` Section 25402 ` California Energy CoTTrniss -ion NOTICE TO LOCAL BUILDING OFFICIALS NEh' POINT TABLES AND POINTS SCORES = { .. - COMPLIANCE WITH AB 163 - - - FOR � � - - -": - • . a- = Ma 1984 I, S - - ."ice � .:�' _ � _ \::i :-' - - •4^' - - - __ ... - - Yi r'-*-_ :1- �Fi... i;.,,•�.• ..[`-a �:.]-..{�' •-l:.'.,`.�j'_... zit'- - - �'�=`.: `-y' - _ c • �T-'. .f: iii. J.t �- _ _ _ {` +.t',a _ - - .'f,. j _ :y�. d'-:` -t3� _ ,-L 4•i. die;.. - �. _ _ _ .?._- _{'�.. _ _ `-. •.71 - __ tfi-_�_�_:�'" _•Z,3 its v'.� a - - _ .0 ict - - -'~i_r ���=-.` - 'Y � •:i' �' 'Y�•���- - t --ice - J..: ' =r: ;o� �,.-'�e-.r;�;-:..' :•z- - '�..;':C.-- •�.;._�_ Vit';:- _ N� {. - - tel`•• .7.•C•-. r•i r:� ••i.' .1., _ _ `�: _ -1_ _ �r- �[ _ t•C a -L: .. i _ - `2 tip• •.! ' , .7 -, -•�.G _- s _ P - 0 - 0 •8 �•1-. - e1-'• <'>' l♦ ,L\.. `s .' Nay. {t ?,:•'i-. t'lt• - - �H• - _ - - :'•!. - i� _ i.J , .\ ` -- .\ � _ _� _ '.�•..•. ...� .�". 1�y � 1. _ - - - - - Ca',PL't'1!ICE C`tcC�iLIS.T For Lot -Rise Residential Buildings (except hotels and motels) Step 1: Enter on the form the values for each measure from your building plan and specifications sheet. Step 2: Enter points on this page while corking through the point system Building Shell lie asure Points "'Total Floor. Area . . . . . . . . . . . . . . . . . . . . L/3 i ?=ftz' 1. Slab -•on -Ground; Perimeter ft., Depth in.P, - , 2. Raised Floor R-Yalue. . . . . . . . . . . . . . 1 3. Ceiling Insulation or Construction Assembly . . . . . . . . . . R----- Attic, Percent of Roof Over Condi tioned Space ft2 ~I.7� 4. Y.alI Insulation or Construction Assembly. . . . , . . R- Glazing; Total A Floor Area Single Double Triple 5. !forth- Facing. . . 010 4 ;:� ft Z _ ft2 'ft2 6. East -Facing f_.'�•og -ft2 ft2 ft2 7. South -Facing. . . _j,�� 4 ft ft 2 ft <--- ) 8. i:est-Facin . . . I � 4 2 2 2 J .£. g Ai_ �.�ft ft ft ,. 2 9. Skylight. . . A ftft2 2 ft = - 10. Shading Coefficient (excluding overhang) a. East . . . . . . . . . SC _ l b. South. . . . . . . . . SC e. Fest . . . . . . . . . . . . . . . c.c SC . . . . . . - d. (forth. �; SC. . . . . . . ^� r e. Skylight . . . . . . . . . . . . . _ SC rt . . . . . . . 11. Horizontal South Overhang Length. . . . _gift . . . . . . . . . . . . . 12. Movable Insulation, % Floor Area. . . a 13. Infiltration (indicate Standard, }-'--dium or 14. Thermal J�ass _ —~ Exter!bor Wall ThenTal Nass Are�ll'., X -eat Capacity P.-Valuet ft2, 'HC, R - Interior Ther -mal Nasi Are,a, Heat Capacity, R -Value . . . . . . . ft2,a.� HC, R- X. l HVAC Systemrt1�'a 15. Gas Furnace without Refrioeration, Cool ing (Seasonal Efficiency) . . . . . . , , . .. , . , , , , . . SE 16. Heat Pump (Energy Efficiency Ratio) . . . . . . . . . . . . . . EER 17.Ga5 Fur ce with Refrigeration Cooling Seaso - Efficiency and Seasonal Ener Efficiency Patio . . . . . . . . . . . . . .SEER SE �.` r 18. Active lar (Net Solar Fraction, A) . . . . . . . . . . . . . ANSF 19. Zonall 'ontrolled Electric Resi!ance Space Heating , , , , , , , , , , , , , (Yes/No) Domestic Wa(,,)'er Heating** 20. Solar With Gas Backup (Net Solar Fracti n, A) XNSF 21. Other Water Heating (Describe type)" Ogg Point System Compliance Total. . . . . . . . . . . . . *Check*Checkl ist items; not a point system measure. "Attach documentation for efficiencies and NSF. 76 C-49 bC.% 15 L-raz" cc the eE t Inc py;opoecd icbJ e 3-1. <: ^,ra, b Floor roiacs `L—CdCO irKUl 1I O8 t Fid pIZ.abCd I dGpCh of A c atf c t3 E)fC, )_fro 1 6g I Zr u7 a- I ="v ue of lar,uL`cioa I' Clio C«z--plicnce c:taces l,��, Egad the ! tion I� I eco car>oc � potas wcluc ig Dcpch, T I I i ectal caCc€ .it oa tim aper a- I iva€ico I 0-2 I 3-4 7o I € ?lc,ec Uac bcl ccs. a:ecb Cho Zcacch 09 =d eoc ). 69 C�_h j�v F;r' i'. �b ��'N.J ;, �.,rj....3 V " b ,.... I vf�o 1 on t€90 c app i<^.L e licca I 12 m 15 , y" 'I _Z 1 -1 I -1 bei c�c . scl� = Lac dic iazul rcd 1 10 - 19 I ( Q1 1 -1 I 0 I €caoch fvo-m Cho ccc>. ZcaCth rad I 20 0 I 0 I ec-f.0 : the e, 'iegcaac on the line I I f I I bcluo crgv€ cd Lcaczh of c 4ZE-ks- L.ar,cd- Fcxfotm. Cho rc;c"IXcd rao. °1at;cd sl,.bz al::.- aiaun Eco Il co a cgd b t5clau `ad r_dd t€,Q vcc.Z°lgs R a rra�r_chcs*. Eacco ehlr) cv_­ cr, hire piat5 1cll.-?.a toP.,aI a Lcloc crai r, y© oa 1>)�ic 1 fa the �a °4? ztcd I caC,,r a of t he dlcd- .:Sc. /P .. - .. G�>''U'C.: �' . t4� €P-!,U i`Y 4�Fi ti:.C.:C� .`. ,�-..(.''' 8�y' -c i� }' aF .ac L-:t t:cd- 5 b- b tih a clzb a b9 the c,c� y e i'cQcLcc3 -x- cc a polat;5 l crash cacr L. t€ic Lab ilc:-t; c.ia di%-U.c c€Ia b9 LW_ ac LI r;ccd 1curch tho trt;r.:g floes nice. z tco Cho x cc l c of dils is the b� c QFr f st s, ac_l> st- oQ € .1ac I. 76 C-49 bC.% 15 .a rr.J.t•(a `f the l6a5v .i.." a. ou Poi $ (3�i:� t:}5e �ti � t � ! � � 1 _ab? c 3•�L ���^? 1 i,:.sttl �e tioa f-Tcz7-, Lire 4 Qf ..he C01:1 ' c'-bc--t--1 is i, • fi;d Chc I• -Vane of P01at: 3 I C}ltcr it is the "?oiaesQ on r lln,c 4 of Cho 0 ias t:Hn of Cho l ill cora.: Lxvc 1; o c... c^.bIy fe o< lige 4 of the e<am_pl.i,.zxc fiard ehc co; cc ota i ti po.i nt V`luc f4 oz T; -,r t,c 3-4b cod cuc cr it it& tha •?outs' colv;z`l Ga 15. ac 6 of ChG If };ca ix,�-ra cil.f:'CrC'mE bcvc.1G of Of -�h Gf ChC e the cvcs,_.z�c-c -Zi,a r?.}_j,:�Et� of E'::ti11 i__t�.�.-?-�t}ic�� ��i•a di st�zilyutcd tract the t.izz11 i f Chc v!n 1 h; v:�rod fes.-: imC,. 79 ta.}alc 3•ykbs `ra3,1 a^tic�abJy ?Gists of I (c__olti)dlnz r�� fi.?:�z) I Points I I I { I 4.9OR i-10 I ( 70..0 g8.0 { I-3 I I 37.0 69.0 ! I I 263.7 36.9 I . 20.2 -�. 261.6 'As,.7 1 :.I' 0' i 13.4 7.5.6 I a2 ! I U.3 13.3. ! I ( 9.S d 1112 I I 8.8 e 9.7 I 7.7 m 8.7 J -10 I ! 7.0 7.6 ! -12 I I 6.4 m 6.9 J -14 ! I 5.4 - 6.3 ! _,16 I I 5.3 5.7 J •-18 ! I 4.9 - 5.2 I -20 I I 4.5 4 l•.8 I -22 i I 4,..2 m 4.4 I -24 I I 3.9 e 4.1 J -26 I i 3.6 '- 3.8 I -28 I I 3.6 - 3.5 J -30 I j 3.2.- 3.3 j -32' I I 3.0 - 3.1 I -34 I ( 2.8 4 2.9 ( -36 I I 2.7 j -38 I I 2.5 - 2..6 I -40 I i 2.4 i -42 I 2.3 I --46 ! 2.2 ( --46 I ! 2.1 I -48 I 2.0 J -50 J 1..9 I J -52 I I I 3. CV -1U t0 U7 j .g the n- -V z— ue of the Ceiling Tablc 3-3z_ Ce11t 5 Irsulacf oa its is.Sular i on ft oII line 3 of the Co ;lizaca ClIecl.lise, fiad c h a I R-V,,-lue of lasu-.atioa I Poincs cosrespocdiag poiat v'lue f oz I air fUzls) I Points I Tzblc 3-3a anal cater it in chic +2 632 to -'Poiats' colu.-aa on lime 3 of the { 19 I -10 I thea disc. I 2-3 ' 1 92 I p I 32 - 30 .. 38 � I 37 - 38 i -2 I 49 1 0 1 or I 52 - 75 I �2 I I 76 - gsiag the bv9luc of thc ec!? ine G3 LeL�t;aO� �4�G1bly f -.-m is _c 3 of chc Coz:pliancc ind theco�i c.b; oucbtxg poiag ®alum Er oz T.abla .3-3b -nd ewer- --i.t in the poi ars` colc;m:.n on liwc 3 of cher If }oca r-Vc d.iffereae lc;vcls of ;amu :Z4!�y c:UC._Uata the avcrz.ge of the I- vc.lues vc.igsted by tycir respective 'Pze.ia or use the the lowc5u of tea to deter �is2e the i.:at's If ' eha c�_Lcul.ation is -done, am?,ch the doe=eat-acion to the chc.c'r_list mad in'd.iczca the level of izasLlaa`ion and locztion of ezch on the bu!_lding plans. Be sure that this aver age R -value cILL-ctes to having a Uni=uza of R-19 iasulaeion M? ror-,-17 disc: ibuted over ehe ceiling. Attic Table 3-3b. Ceiling Assembly Poines When using Table 3-3a to rate ceiling insulation, add points from this table to the ceiling insulation points. This table is not to be used in conjunction with Table 3-3b. An attic is defined as the space between the roof and ceiling with no cot -mon framing members (truss chords excluded) having an average ventilation height of at least 6 inches and meeting the ventilation requirements of the 1982 Uniform Building Code, Secti6n 3205(c). C -4 9 = c! 15 Table 3-3c.' Attic Points Attic Equal to Following Percentage of Roof Over Points Conditioned Space 0% to 12% R'�aluc of As selbl 3r I 1 I Cca:cluding air fUzls) I Points I to 622 +2 632 to 1 19'.- ?0 . 1 -y12 31 P2, 1- -a10 I I 2-3 ' 27 I -8 I I 28931 32 - 36 I 37 - 38 i -2 I I 39 - 51 ( 0 I I 52 - 75 I �2 I I 76 up I 14 I When using Table 3-3a to rate ceiling insulation, add points from this table to the ceiling insulation points. This table is not to be used in conjunction with Table 3-3b. An attic is defined as the space between the roof and ceiling with no cot -mon framing members (truss chords excluded) having an average ventilation height of at least 6 inches and meeting the ventilation requirements of the 1982 Uniform Building Code, Secti6n 3205(c). C -4 9 = c! 15 Table 3-3c.' Attic Points Attic Equal to Following Percentage of Roof Over Points Conditioned Space 0% to 12% 0 132 to 372 +1 382 to 622 +2 632 to 872 +3 882 to 100% +4 C', 7. Fciar,, chc tocIF.b out;.,°{r.c mg, Lableµ3�7. aI Sotilir; Macias; Glaziag rrg `1_z:�iaua pe.� ccntace f: ori li:�c 7 of t!ie Ghc:c)-J-cc, fiad eine I To v7_1 I ; OYz:iug xy,Q I coca c•cPC, cd{;z poinr. v _l,uc0 for 1 b of crch nl C:<:. --9 C )-pa ca be t-kC-d iaoer (ss: -1c, dotl!) ,c, <Zl�Voe t-rLpl ) is 1 ':r ca 1 F a I u Q l F- 1 ic:La c 3-7. accz thccc vzzl4 cn on I I 0.66- 1 0.42- I 0.42 I eha • �.� o�'i�-ea j.s ncc c ct:. 0'a I_ I 1.10 I 0.63 i dove c130 c.d j`ccxaF. l..inc c, c5.itG.v tha . ;�'a foocz,-z c of cyrh -.1;-zir '� I 1.3 dot;n I _ t9.- a2 I. F'2 1 type indicztcd on uhc c?�cc?� ;__�-`'_ .,� 1.4.- 3.4 <- �1 � 0 1 0 I Ncxt, enter the toczl f5ot-(I - -2 -2 I ck.c of ell 3 _V -4 -3S •1 mfo)s� the rugv.ie ed e<_J r_t4L_L' pia 1 1.0-S I -y9 I( •D4 2—?.2-10.8 ;-.11d cazr-' c,.he b cGiOL cs Oa u"I CI I /9.1 ?. 2-10 . p I 91.2 1 `- I —7 I rcepectivc Unce a czd b. To "1 1 10 S-13<3 1 -16 1 -11 I -a30 1 l3_aco a «-- b, -,nd darer ehe _riza I 1-1.4 ,15.7 I -20 I -1.4 I -12 I on 1Ana a br:-' au t o ehc I I I I 1 'VGictr` cr ut-na on lire 7 of the chC:C-1:1 !.-,u F . • UQ �t� G t8 t3�C t'.aC CCC<.�, ,�c�t3�1:' f:'.vtya� pc ccacczv-G inrr.clad. 0f.'t11a - iz-idJ•%--.cuP..•b pc ccnc :C,cs fob c ch C) -pa of �Z�:. ict; in a tv(-a oa iCsAP�:tio0n. C-4 9 EM 15 F-5 7, L- c T )"T, 5c 5C p o hand XCz t 0e�� f est: arca sccozA ?7 -pa (S diu-�Cc sua-J , 17151, Or T-rp1)��..e b P>51 Mrs I?Xca� total. bC-c0uA c -r0 - a ¢ b - c Lf they c is no sotjrh-°•fae±a&p glazi;z,q, enter 1-3 on ljoe c and line 7. 82 6. EG a,((�„'npp TT �` 1 CIBC b ,.� u l C..i:. s 1, - C z c i as 39G. E,«t=c{cs-,� Gla:;�c� Pas -. < y..�-mss..:ay...,:_.......,....w.-. '�-�j' ,. 6 of _iabic a-�--+�r +rs yr I—.� I tbc; Cr. .-ypl.irri:cc Clhc.c4^i yr-, fir -d the I ;otrb caa�-vcLp- aiss poi - v 1-ans for I Z of I noon ��Sm£1 ( ��� I �1, I G�Cp1 i� f �Z?c to be Us, cd , doLb?e, 42Z/os cbi�l,a) is I ��°ca 10 Q I g �' 10 ;,blc 3-=•6• �,�ccs t ccc �'r:?uc_S na I i 0.6G I 0.42-i 0.41 I 1.10 I 0.65 I I dot.mcntcr the fc. fooez:c.e of cr-oh Z-1 zzia-, I .1p co 1.5 ' f', --�� ► J ice:"=-•� 3-2 I I +'3 tie i;zc°ic< ecd on the c':cC' 1. G 2.3 0 I �1 I c l;cs else e0071 s��e fooc�!y-`l 2.G-� :<�s �:w_� --i CC sof CJ,I c: Z- ciag Z1,a3iuC,. 1 3.5, rs.3 J -m3 I '2 I 0 I. C-ef � e.hc tc��`da cd c�] cam: eio8 I h.. r. 5.4 -2 I uA crnu-x chc b cclzl E on t.fle5,.r I 5.5- 6.3 --4 i sccpcceive S {ucc a r- r-, b boer;-I I -G.LV 7.3 -6 I l.i_nco , cad b, C-�A,d ci�trr the = I 7.t:- 6.4, I alt I -10 I -'8 ctj %'j ac c r -v z!zd in the { 8�5a 9.4 J -16 I -12 I -10 I '?Q auz, eoltgf-,= ou Unc 6 of Elio { 9.5-10.4 I -'18 - I -14 I -12 I ch ! iso. I 10.5-11.3 I •®22 i -17 I -415 I { ]-1.5-13.5 1 -Z5 i -20 I -18 Be to uce chc toe 1 -23 J -20 I 'Of t h ee-- osicr3C��e.io�. •. ' F.5 -X- sZ )TC, (i,ndiecec Second Y -,-pc (ladicate 5mg1, D152 , or lr pl ) _ x b points 2.1 ca Local second ax ca a h b a C If chcr'a is no eastefaciag glazinz, cniccr 1-1 ca line c and lima 6. C-49 Mi 13 #31 80 C -b 9 ECM 13 second area a I- b - c If chue is no aorch-facine; cugcr K7 oa Lino c and line 5. ULrt:ws tt�c�»t c�eti� icy �11--fLei 3g 3-5. Nor-j'�h Claz>an %es �: Z i w, p r o' c r C 1• a O f an 5• of -�.. � the Cs^-s^Chc�!'Z i f� e, f iad the 11 a'of.'_1 Type f CM-�c.��nd.iaj3 ponlUt vc-hies for I X of � �� �/ � I cCch EJ_rsi n_ 'tY'Pa to be ut'c..d I ' c26c-Z 5a'�1, I -ITS —I,' i i'pl, lI double, r:rd/og ti4iplc) in Ca I U n i U p I U a I T'S. 1)1 3--5. F-r-tcz t h c c c rc!4en. o I 10x66 I 0./t 2- i 0.41 I the. i pi of iLtc lince bcI car. 9a I I 1.10 I 0.65 I do�-a I a ,Crc=.-1C 1`OC2., cerCT the �r k .t'C foot ,Lc of c-' C h 1'a. <iaU ( up to 1 r 1 ( + ( ► I L, iar�c�cz� OU the cse(:a:j s �2 I �-3 I Yc- -t, catcb cho Loc;-.l ,-j u,— c foot I 9x3- 3.4 I 0 I 0 I 1-1 I of ;11 3 . 5 - 4.8 Lad Cl.it uc the L C ul to on t!iC1r �/ 6:1- 7.4 1`v-'v� "� I -3 I t'C"NCct;i7c 1,-.-G a a zzd b. 'OCP., I 7.em 8.7 I -'10 -7 I :ud b, ULd c.accv the 8."- 9. 9 I -12 I -10 ( -8 I cu 15 as c be OU a zd i.a the I 10.0--13..3 I . -15 I •-12 i ..10 I on 7{ac 5 of. the I 11.4-12r5 l -17 I -16 ( -12 t. i 12.6-13.4 I •-7.0 ( •m16 I -=14 I 15.0 I 9z2 I a18 i �lb I b CU_ e . to ur.c the toz�al ao t e:_cS.a pct cr_a€ .fie its s;C ;d of t::e'.. 1:"i •ibf.!uC-t pr-: isc:11: Cc for c<.Ch /._. ( e c of � {as is a ttvca Fivct Tido (sin d2 ea sa`1_, Dbl' or b-ra) - x a fixx5t Z_xc:t3 Sccond• y,?c in dicr_te Sa&l, Dbl, or irpl)— - a b �T»�:•��:.-tea _ _ paimcs ex ea toezl 80 C -b 9 ECM 13 second area a I- b - c If chue is no aorch-facine; cugcr K7 oa Lino c and line 5. ei.rGc i} -pc (indicaee Dbl, or 1�oires crCA coea.l first zxca Sccond Ty -pa (indicace Seel, Dbl, or Irpl) $ m b roisc4 arcs coczl secoad ax ca a ¢ b p c z.f glicsc is no v_semfa.c.iag glaziag, caecr 1-10 on lima c and line 8. 83 C-49 ZCM 13 U,eiaC, Ojc C0t_.._1 %0':LfF'.P_Si2P, 7ablai 3-6.s`KC'S�.- acing Glazing ?.=z'. 8'r�iiec:z c:�e felon Zfec 8 of-�...�. .. .� ' the CoV�",1 s.��.cc O<�ccf�?,l�ey find Cho I 'oc-I t` Type I co_ ::�f Czcl-1a, p0S ac `c.t.v for I I % of ucb ElcfiDz Ca1)-a co be u --cd I n0ov `l SaLyK, ! bb_l, (:iacic, feQb1c, L iple) is i kr ca ! U® I ri 4 I U- J Tblc 3=8. --cex e::c� c vJ LIcv on I I O.6 0.42- i 0.41 I the Unc_Y On I I 1.10 ! O.65 I uov-a u h a t:5 jcC-�_:vc liucc, t:`:9Cr eba I c:1� s a f00z .Cc of ccoh et ,_,slag I up to 1.0 I s g ) g I +-8 I es�c izLdicc;c-d on the 1.6 ,-1 II 2<3 1­3D�11 �4 1-5 sec of U1 a,- 2.4- 2.9 � +'Z I ►-3 Fede= Clic r(;Qifeel 3.0= 3.4 1 a1 i 0 J 1•1 i and c2cc:r the fcc�L°:,s Oa clic.ir I 3. 4.2 I -4 I mZ J -1 i 1 c�pcccivc 11n.c9 a . o b. ?occ.1 I 13.3- 4.8 I -7 -3 i IIn.e a 4h b, 2nd c.iUcs cha stir I . c.a 5.4 J -9 ( I vS J on U:10 e bclov .:aid is Cho I .S.S- 6.1 ( -12 I `q8 I -7 I `z°ainea, colo.=' on $ i nc, 8 of Ch c. I 6.21- 6.7 ( -14 I -10 J -9 I c11cekli,c. ! 6.8- 7.3 I -1.6 I -12 I -10 I I 7.4•- 7.9 ( -19 i -16 I -12 I tic :ts. e go u�o the z0t,?1 s �c`� I 8.0- 6<5 ! -21 I • 16 ! -14 I fz_c1ng pcvcc.atzOc t cr _d of Cho I , 8.6- 9.1 I -24 I -18 I -16 I rdS� du: pcbcme^ec9 for c�_ch I . 9.2- 9.7 ( -26 ) -2,0 I -1,8 9<e�10'.3. of xcuc<_cica. ZS I -721 I ei.rGc i} -pc (indicaee Dbl, or 1�oires crCA coea.l first zxca Sccond Ty -pa (indicace Seel, Dbl, or Irpl) $ m b roisc4 arcs coczl secoad ax ca a ¢ b p c z.f glicsc is no v_semfa.c.iag glaziag, caecr 1-10 on lima c and line 8. 83 C-49 ZCM 13 10. Loc.Cc the pcz cclag of t0GU vla�4ng to floor cv c _-- as 1 r;s 5, 6, 7, 7 li 8 Of - chc G tech? j, s z:zd the Si�t.di r'� Otic <£iQ eic�c (SG) -ov clic ch -C dcvice, for cc.ch G- i.crles;t.ioe .tte�:-q bclou. Scl.Ct Shk�- as, Caefoicicats thce :mac f�? ccs GLS ��r_d �t th ,f44ic 1:1r. -cc gvAy f -s oz Zr-c 1 im F:_rt 2; O'► .-Ja!Z:7ct:uscfq dr c`. Find c41Q ,. n l- Lr:tsl,G 3.10 / ora lid ctc.r ± 6 iLa�Q "Yeincrj, C91L-� Ca twbc c = . c5- po-adiaG Iiacs 10c, 10b, 10c, r,:ad lod of clic clicc;:2ice, If tltcrc SS ra c ra%..ff` 1Ag is ca oricy-ltc,tiom, cazcr :icy® (0) in the 47 0 ; aez" G'9Zv"'B O -d the cc.v-rc---- llnc5 of c%c, clicch i cz. � % o n SC of 4 uSC 0r SC of `ieC SC - El< -zinc dcv-i.cc 1 dcvicc 2 South: SC of SC of -'cc of \;ce SC 8i 4.zin d4vic e 1 do Ndcc 2 c ok Sc cog 7,6-37- deg SC `i2Zshg dcvice 1 dcvice 2 :}liEli) t: SC of 'SC of -SC 69 Nct SC dcviCac 1 dcv GL' 2 Table 3--10'. SbzA5,nP,' Coc eicecr�t ?oi t ' ! Sc by I I 8C by ! I J 0zicr.- I $ .l oma, !x cr J 0" ct.-- 1 9 llooi6 b:cc { 1 :��e I o� Ia.s�I1.G 13.2�i<•s�16.4®IS.o�I wc5e 1 0-13.2-1<.8�1�.G•s18.c-{ I 10.7 11.5 13.1 1A,..7 16.3 17.9 19.6 l 10.7 11.5 13.1 14.7 16.3 17.9 19.6 1 ( I ( I I ( ( I ! I I I ! I I I I ! 0 - .15 1 0( 0 1 0 1 0 1 0! 0! 0 1 0 .13 ( 0 1 0 1 o f 0 1 0 I o 1 0 1 I.16 - .32 ! 0 1 -1 I -1 J -2 J -3 J •-b I -5 I.16 - .30 I 0 I. 0 1 u-1 I -2 i -3 I --4 1 -5 I .33 - .49 0 I -1 I a2 I -•- I -6 I --8 .1-10 1 .31 4 .46 1 0 -1 1 -2 1 -6 I -6 1•-8 1-10 1 1 .50 -. 68 I 0 I 1 t -6 'I -9 1-12 1-15 1 .67 -. 62 •1 0 1 -1 1 4-3 1 -6 1 -9 1-12 1--15 1 -.69 - .86 1 0 1 -26/' -8 1-12 1-16 1-20 1 .63 - .7 �� 0 1 -2,�. °��-J -8 1-12 1-16 1-20 1 .87 up ( 0 -9 1®13 1m18 I®23 I .80 u.. 0 I b{'I" -g�10 I-17 I'22 1-27 I I SOuch 10,11 1.G01 3.2-1 &.€-I 6.4-1 8.001 SryliZht I`0- 10.6-10.8-11.6-12.4-13 0-1 1 11.5 1 3.1 1 &.7 1.6.3 1 7.9 1 9.6 ! I j` -!O.7 11.5 12.3 13.1 9 14.8 1 to -.131 01 0! 0J o1 01 0 -.131 0l of �0 of of of ( .16 a .30 J 0 1 0 J -1 I -1 1 -2 I -3 ) .16 - .30 J 0( 0\' I 3 I-4 1 -5 I I.31 - .46 I 0 l -1 I -2 ! -3 ( -6 1 -3 1.31 - .46 1 0 1 -2 1 -� lam. -6 1- - a 1-10 1 1.�7 - .62 I 0 I -1 I -3 I -4 I -6 1 -7 1.67 - .62 I 0%y -1 I -3 I -6 12 1 bel 1-13 ! 1.63 - .79 I 0 I-''-'3�; -6 1 -6 ( -8 i -10 1-.63 0 .79 -2 I -4 ( -8 1-12 1-16 !-20 --.� .80 up I 0 -8 ( -11 1 =14 ! .80 up I 0 1 ®2 ! -5 1010 I-17 1-22 1-2; t 85 C-49 SCM 15 053:04 R3 03/13/84 CLIHATE ZONE 15 Nlorth Shading Coefficient Determine the percent of north facing glazing to the total floor area as sho,.-n on line 5 of the Compliance Checklist. Determine the Shading Coefficient (SC) for the shading device for the north facing glazing as done for the other orientations and proceed.as before. If there is not north glazing, enter zero (0) in h h klist Table 3-10b. North Shadin{1 Coefficient ,i..!pints SC by Orientation % Floor Area _ North 0 to 3.1 3.0 up — "Points column of t e c.ec 0,40 down 0 C::::-� 0.41 up 0 0 is cI}cci-.—, i. c- 12. M0V%.SLZ VNISM--A-7fl", r --l- u:An.,z? of f7 oat c� o� Ziac 12 of cte C 9Icp3 i:s33cc 16 in, the GS - 3..12. F-- cCT G�i1>S� �' 31�G S.i3 .GIiC col=a on liar 12 of the C-4,9 sc4 15 2.0 m 3.9 1�oiz�� I ;. r�°rxy1��,G �ati�t?� �sCiCti I 66 ticir clic I3cs. ers;t of cLeh 1 _ing Y��_lc 3y11. so igoaczl South roil,es c® i�2 �.�' nCcc Lb Sra(�ch C).� zing I Of t!ln cccpli£-ncG ciccl--Iice, f°ted I �c�gs<h Utah I � n�, Z of Moog I ei:� COTTecTor�ing ,Paio.c v'11.110 if I Ls I L�Bbl n 3. 11 zjatcr it i8 clue pr fg col%=u sa oa f .n 1b of theI p .3 I f .14 uP I cI}cci-.—, i. c- 12. M0V%.SLZ VNISM--A-7fl", r --l- u:An.,z? of f7 oat c� o� Ziac 12 of cte C 9Icp3 i:s33cc 16 in, the GS - 3..12. F-- cCT G�i1>S� �' 31�G S.i3 .GIiC col=a on liar 12 of the C-4,9 sc4 15 2.0 m 3.9 1�oiz�� I ;. r�°rxy1��,G �ati�t?� �sCiCti I 66 05B:05 R3 03/13/84 (Climate Zone 15. continued) Infiltration Control Features Identify the proposed infiltration Table 3-13. Infiltration Control control features and find the Features Points corresponding point value in Table 3-13. Enter the point value Control Features Points in the "Points" column on Line 13 — .of the checklist. Standard (0.9 air cian£es per _ _ hour) -4 Standard means caulking, weather- --_.•_ Medium - -`� stripping, sealing, etc. as described7-- (0.6 air changeser nou(45;', in the Mandatory Features and Devices C, Tight of the regulations and the Energy (0.6 air changes per hour 0 Conservation :ianual. Medium equals with air-to-air heat standard plus electric outlet gaskets exchanger) installed on all exterior walls. Tight..equals medium plus polyethelene . sheets installed over tte inside face of all exterior walls, 'and a mechanical ventilation system capable of ventilating,at the rate of 0.7 air changes per hour for the whole building with an air-to-air heat exchanger. Gas Furnace W/0 Refrigeration Cooling Gas Furnace with Refrigeration Coolin No change in Table 3-15. No change in Table 3-17. j tJ:.•:;<< Cir° to :;ad R.' tGb frou the r.Ppl:opo$,Gc TLbic 3- 11-C o3 -14-d, ;."gid cntc.0� i'. a n i. I $-aq b����`•-9.:rif°, i :� 1jac 16 of CZicckl1£,E. 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