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03414 (SFD)TA 44 P.O. BOX 1504 No. 1 Building 78-105 CALLE ESTADO Address77-550' Nonterply LA QUINTA, CALIFORNIA 92253 Owner .. .. .... ... .. Spates Fabricators, Inc.--_ Mailing t�7CILv �iiai3C 314 r' Etu BUILDING: TYPE CONST.' OCC: GRP. Address OR—All;s% X 4 -A1,a,. n PC -%=A _ A.P. Number ` 'i .- i..n'>A City Zip Tel. - - — The -27 4 7— 4'3,�d" I Legal Description Contractor Sin 1E FamilyDwelling - .. Projecl.Description, Sing 'Sp-atias Construction _ Address 3$-•390 Cameo ;ones e' -City . Zip Tel.. . T.A qrA= State Lic. City & Classif. . 342724 Lic. # 1063 Arch., Engr.;... . -Designer Address Tel. Sq. Ft. 1626 No. No. Dw. Size Stories Units New ❑ ;Adc Get 410 ❑ Alter ❑ Repair ❑'. Demolition ❑ PORCII'264i . City _ Zip TL tate ic. # LICENSED CONTRACTOR'S DECLARATION. I 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. �;-, .. ... .. _. . . - .. SIGNATURE ._. .. - DATE OWNER -BUILDER DECLARATION I hereby affirm that I am exempt from the Contractor's License Law for the following reason: (Sec. 7031.5,Business and Professions Code: Any'city or county, which requires permit to construct, after, 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 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 ••b)' 'any applicant 'for a permit 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 0o 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 - Estimated Valuation �e 'PERMIT .- AMOUNT .Plan Chk.'Dep. Plan .Chk. Bal. 1 81 w92 . w COI1St.� 00 Mech. 36. builds or improves thereon and who does such work, himself or through his own employees, provided that such jmprovements are not intended or offered for sale. If,. however, the buildings or improvement is sold within one year of completion, the owner -builder will have the burden proving that he did not build or improve for the purpose of sale.) ' Electrical %19of x PlumbingIQ3 w 00 .O I, as owner of the property, am exclusively contracting with licensed contractors to con- struct the project. (Sec. 7.044, Business and Professions Code: The Contractor's License Law does not apply to an owner, of property who builds or improves thereon; and who contracts for • such projects with a contractor(s)licensed pursuant to the Contractor's License Law.) D I am exempt under Sec. B: 8 P.C. for this reason _- S.M.I. Grading 2t4 � >n - Driveway Enc. 20.00 0 Date Owner Infrastructure s e.3 WORKERS' COMPENSATION DECLARATION ' 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.) Policy No. Company ❑ Copy is filed with the city. ❑ Certified copy is hereby furnished. . TOTAL REMARKS `+ 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 thg 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. ✓ ray 1 i ' Date Owner NOTICE TO APPLICANT: If, after making this Certificate of Exemption ' you should become - subject to the. Workers' Compensation provisions of the Labor Code, you Must forthwith comply with such provisions or this permit shall be deemed revoked. - ZONE: - • BY: Minimum Setback Distances: - ' Front Setback from Centerline Rear Setback -from Rear Prop. Line CONSTRUCTION LENDING AGENCY Side Street Setback from Center Line 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.) Side Setback from Property Line Lender's Name FINAL.DATE INSPECTOR 4 ra•� . Issued by; -.Date - i Permit ' Validated by: 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. - • ... -, I car ify.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 applicant Date Mailing Address . Validation: T City, State, Zip HARD COPY CONSTRUCTION ESTIMATE NO. ELECTRICAL FEES NO. PLUMBING FEES 1ST FL. SQ. FT. ® $ 2ND FL. S0. FT. POR. SQ. FT. ® GAR. SQ. FT. ® CAR P. SQ. FT. WALL SQ. FT. ® SQ, FT ® ESTIMATED CONSTRUCTION VALUATION $ UNITS MOBILEHOME SVC. POWER OUTLET YARD SPKLR SYSTEM BAR SINK ROOF DRAINS DRAINAGE PIPING DRINKING FOUNTAIN URINAL WATER PIPING NOTE: Not to be used as property tax valuation NDING /G FLOOR DRAIN MECHANICAL FEES v 2 WATER SOFTENER VENT SYSTEM FAN EVAP.COOL HOOD SIGN WASH ER(AUTO)(DISH) APPLIANCE DRYER GAS (ROUGH) GARBAGE DISPOSAL FURNACE UNIT WALL FLOOR SUSPENDED OTHER APP.IEQUIP. LAUNDRYTRAY AIR HANDLING UNIT CFM IT,?MP. POLE f.,F—,g a KITCHEN SINK ABSORPTION SYSTEM. B.T.U. TEMP USE PERMIT SVC WATER CLOSET' COMPRESSOR HP POLE, TEMIPERM LAVATORY HEATING SYSTEM FORCED GRAVITY AMPERES SERV ENT SHOWER BOILER B.T.U. SQ. FT. ®c BATH TUB FINAL INSP. SQ. FT. ® c WATER HEATER MAX. HEATER OUTPUT, B.T.U. SQ. FT. RESID ® 11/4 c SEWAGE DISPOSAL SQ.FT.GAR ® 3/ac HOUSE SEWER VENTILATION 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 & AIR COND. SOLAR AZETBACK ,. _ GROUND PLUMBING C UNDERGROUND A.C. UNIT C6 LL. AREA 9�LAB GRADE 16—;2 ROUGH PLUMB. NDING /G HEATING (ROUGH) STORAGE TANK v 2 SEWER OS �IeROUGH WIRING DUCT WORK ROCK STORAGE FOUND. REINF. GAS (ROUGH) METER LOOP HEATING (FINAL) OTHER APP.IEQUIP. REINF. STEEL �( GAS (FINAL) IT,?MP. POLE f.,F—,g a GROUT WATER HEATER SERVICE FINAL INSP. BOND BEAM WATER SYSTEM GRADING $ plus x$ _$ LUMBER GR. FINAL INSP. FRAMING C AL INSP./2 /ROOFING ` , i \, REMARKS: VENTILATION FIRE ZONE ROOFING FIREPLACE SPARK ARRESTOR GAR. FIREWALL / LATHING � G(/ MESH INSULATIONISOUND FINISH GRADING '04- � 7/ GFiNAL INSPECTION J CERT. OCC.. FENCE FINAL INSPECTOR'S SIGNATURES/INITIALS GARDEN WALL FINAL Desert Sands Unified -School District a CERTIFICATION OF PAYMENT OF SCHOOL FACILITY FEES "ti fL�J TO: City of La Quinta r DATE: Zeh,1JF7 Department of Community Development 78-105 Calle Estado La Quinta, CAi 92253 NOTICIE: THIS DBCUMENT,%ANN®T - This is to certif that developer of which i located at, within this District, has paid school ility ees imposed pLVsuant to the' authoriy, generated•b Government Code• ectioli 530 n the amount 91 covering a total ofsquare feet of residential or. ( ) industrial/commercial development and that building permits for this footage in this development may now be'issued by"your jurisdiction. for'DFSERT SANDS UN IED SCHOOL•DISTRICT , White Building Department • Yellow -Facilities Planning-, • Pink - Accounting . • Gold -'Developer (10)-37 ` Order No. Escrow No. • �. Loan No. CNICAGOTi UCOMPANY WHEN RECORDED MAIL TO`. S12a.t" T-ad2i.cato/t,, Inc. 85-435-B l%icicl _on Rd 7henmag, CA 92274 MAIL TAX STATEMENTS T0: DOCUMENTARY TRANSFER -TAX $.,,17; 05 .6ame a.6 allove ....•. Computed on the consideration or value of. property, conveyed; OR Computed on the consideration or value less liens or encumbrances remaining at time of sale. Signature of Declarant or Agent determining tax _ Firm Name GRANT E'E® FOR A VALUABLE .CONSIDERATION, receipt of which' is - hereby acknowledged, ALLAN VE/2N AB13077, ai2.. ' and LUIS ABB077, hti 69jwd and .w iA hereby GRANT(S) to 70 1 /2. SPATES 'and DAVID C, SPATES, 7/tu,6tzzs o� .the SPATES. tABIUCA70/2S; INC. P/WT17 SKA/2ING 'PLAN the real property in the City of County of. RiVe/y.ide State of. California, described as Lott 11 and 12 to 13-&ck ' 220 . o/ SAN7A CA./217ELZ7A 47 VALE * LA. QLTN7A, UN17 #21, go ok - 20 page- 22 0� Map,6, /2ecoAd-6 o� . kivevu-isle CourLt y, Ca eiZo1ui c1z. 1 Dated June 10, .1987. Au. Vemiz Ar�&o ate• STATE OF CAUFORNJA )ss. COUNTY OF ban B3ernardino ) On June 23,1987• before me, the undersigned, a Notary Public in.and for said State, per- sonally er Lo i b o t sonallyappeared Allan Vern Abbott Jr. and IAlS Abbott, personally known to me (or proved to me on the basis of satisfactory AACEI: i evidence) to be the persons) whose name(s) is/are subscribed to the, • w "ytI ,I �'U'31_Ir, • '1 < SAN Lir;''Jr.}�Zf:IN 0 COUNTY .. 1:.. �.��'•. within instrument and acknowledged'to me that he/she/they executed /. r.T,11�...••.r. C/1t.' Gi3;'! q �':Jk•I r� !. the same. My COmmiaslon E;;pire;; Pd�v. 11; 19139 WITNESS my hand and official seal. �x.� arrur_ •; a ys;3•at: "" jy tom' YYn oI�P (This area for 'official notarial seal) Signature (-rte' Iffi•---fff���iii11C�J; 7 1002 (6/82) MAIL .TAX STATEMENTS AS' DIRECTED."ABOVE Q YY� ► Ucc ics O E . C - ice^ w` I' O `N 0 a>�rc W.. Q qui o ,y F " :W W LL SPACE ABOVE THIS LINE FOR RECORDER'S USE ' MAIL TAX STATEMENTS T0: DOCUMENTARY TRANSFER -TAX $.,,17; 05 .6ame a.6 allove ....•. Computed on the consideration or value of. property, conveyed; OR Computed on the consideration or value less liens or encumbrances remaining at time of sale. Signature of Declarant or Agent determining tax _ Firm Name GRANT E'E® FOR A VALUABLE .CONSIDERATION, receipt of which' is - hereby acknowledged, ALLAN VE/2N AB13077, ai2.. ' and LUIS ABB077, hti 69jwd and .w iA hereby GRANT(S) to 70 1 /2. SPATES 'and DAVID C, SPATES, 7/tu,6tzzs o� .the SPATES. tABIUCA70/2S; INC. P/WT17 SKA/2ING 'PLAN the real property in the City of County of. RiVe/y.ide State of. California, described as Lott 11 and 12 to 13-&ck ' 220 . o/ SAN7A CA./217ELZ7A 47 VALE * LA. QLTN7A, UN17 #21, go ok - 20 page- 22 0� Map,6, /2ecoAd-6 o� . kivevu-isle CourLt y, Ca eiZo1ui c1z. 1 Dated June 10, .1987. Au. Vemiz Ar�&o ate• STATE OF CAUFORNJA )ss. COUNTY OF ban B3ernardino ) On June 23,1987• before me, the undersigned, a Notary Public in.and for said State, per- sonally er Lo i b o t sonallyappeared Allan Vern Abbott Jr. and IAlS Abbott, personally known to me (or proved to me on the basis of satisfactory AACEI: i evidence) to be the persons) whose name(s) is/are subscribed to the, • w "ytI ,I �'U'31_Ir, • '1 < SAN Lir;''Jr.}�Zf:IN 0 COUNTY .. 1:.. �.��'•. within instrument and acknowledged'to me that he/she/they executed /. r.T,11�...••.r. C/1t.' Gi3;'! q �':Jk•I r� !. the same. My COmmiaslon E;;pire;; Pd�v. 11; 19139 WITNESS my hand and official seal. �x.� arrur_ •; a ys;3•at: "" jy tom' YYn oI�P (This area for 'official notarial seal) Signature (-rte' Iffi•---fff���iii11C�J; 7 1002 (6/82) MAIL .TAX STATEMENTS AS' DIRECTED."ABOVE 0 Z O F_ U W U) Z O U w U) U) `1 Q W Ir X Z O F_ U W 0 COUNTY OF RIVERSIDE, ENVIRONMENTAL HEALTH SERVICES DIVISION PERMIT APPLICATION FOR A SUBSURFACE SEWAGE DISPOSAL SYSTEM — — Applicant: Submit this form with four copies of a scaled plot plan (1-20 scale) drawn to County specifications required on the attached check list. A non-refundable filing fee of,$P'is required when the application is submitted. Check must be made payable to the County of Riverside. Building Department Application Log # Name (Owner, Agent, Contractor, Etc.) Mailing Address PA7l S F.1 F' 2c f-17-_- .tfA��fUt, i-���1�t �'`—S�j�- i i��! t)tk.r~Tta�r �% • / 'fJkIG , is , City State Zip Code Telephone 16117 - Job Property Addresst"`Cityo61?ommunity C LSrtG ..v{, aoar Legal Description of Property. (Lot, PM, TR) at// 11114:2— _ �f� C)tt!A. ,Q[ K� ftstF' 467 / 2a _ Z 2 cam. 'Assessor's Parcel No. i —Water Agency.bmWellLot / (�Q �.0-C'�G-F=it LtZ•.C, Use of PermiLD, A n00% IAWf -e rplanning Case # Size r_D, - `SFD, MH Site Preparation Etc. Signature of Applicant Date The above information must be verified from Building Application STAFF USE — DO NOT WRITE BELOW THIS LINE InitialDate Certification of Existing S.D. System required. ❑ Yes 0` No,1"e-'. In - WOCB Clearance ,required. El Yes -� No tti Soils feasibility report required. ❑ Yes © N, i Detailed boring report required. ❑ Yes ❑ o { Detailed contour plot plans required. ❑ Yes El No Staff Specialist approval required. ❑ Yes ED No Lot Inspection Date Soils/boring report byProject # Date Soils Map Page�1 11 Soil Type (�dC Approved by rl - � ` Date /f Type of System: No. of Bedrooms (1) Septic Tank Soil Rate Required ❑ Existing ® New ❑ Additional ❑ Replacement Imedw, f J% Gals. (2) Leach line sq. ft. (Bo\ tt mitre, cna) Sidewall allowance ft. Ft. w Install�Line(s) Ft. Long, Ft'rwide Leach bed Sq. rock/—Sq. per running ft. D,NYA� with min. inches rock below drain lines Ft. of botTom� area Leach lines/bed-special design for slope: Applicable — (3) Pit Diameter No. Pits Pit BI Seepage Pit total depth ^M'f N/A Overburden factor ,rr'A ' ®6' ` I Max. allowable depth Clii' This application is aero ed�d�nied for the design of a subsurface disposal system as indicated on the accompanied plot plan using the requirements set forth in Section B above. A building permit is necessary for the installation of the above -designed system. 0(1) Septic tank and sewer lines must bellk' from any wells! I6 - i c -, .., c L��' `', - Leach lines must be 100' min. from any wells including expansion area �� (� Seepage pits must be 150' min. from any wells including expansion area ��� f+ -: e, Signature of Health Official RECEIPT NO. -� SLS f Issued by Ct� Date ��� District: ❑Riverside 'Indio ❑ Hemet ❑ Perris ❑ Rancho Calif. ❑ Blythe Distribution: WHITE—Office file YELLOW—Applicant PINK—Bldg. Dept. GOLDENROD—Pending File DOH -SAN -122 (Rev. 6/86) r Dear Developer/Landscaper: OFFICE OF AGRICULTURAL COMMISSIONER 4080 LEMON STREET. ROOM 19 RIVERSIDE. CALIFORNIA 92501 (714) 787.2561 49-613 Hwy 86, Suite B-12 Coachella, CA 92236 (619) 342-8291 E. LEON SPAUGY . COMMISSIONER JAMES 0. WALLACE ASSISTANT COMMISSIONER Thank you for inquiring with the Agricultural Commissioner's Office regarding local quarantine laws. Any diseases or insects associated with the plants/landscaping material_ presented ..on your landscaping plans do not pose a threat to the Coachella Valley Citrus, Date, Grape, Vegetable, or Field Crop industry. We therefore approve your. landscaping plans. If however, any substitutions of plants/landscaping materials within your plans occurs between now and the actual planting date, you must contact this office within 48 hours before delivery into the CoachellaValley. Also, the substituted plants/landscaping material must be held for inspection upon arrival. Any sub- stituted landscaping material found infected/infested with quarantine pests will be immediately treated or shipped out of the Coachella Valley at the discretion of the Agricultural Commissioner's Office. Under penalty of perjury, I the undersigned will comply with the above. Authorized Agent: Name I611 Date_ _%'/7 —B7 Signatures Permit Number (a)' S 7115 0 9 /,meq - .moi► i 2-- Developer- . ' �„,� �,,aRoA Address AGRICULTURAL' COMMISSIONER'S APPROVAL Date_ 9 - f i - S,% `Authority cited: Agricultural Code; Sections 6301, 64671, 6462, 6464, 6501, 6521- 6524 cc: 2 Plan Check, Indio Office, Riverside Office O1 it, Dear Developer/Landscaper: OFFICE OF AGRICULTURAL COMMISSIONER 4080 LEMON STREET. ROOM 19 RIVERSIDE. CALIFORNIA 92501 (714) 787.2561 49-613 Hwy 86, Suite B-12 Coachella, CA 92236 (619) 342-8291 E. LEON SPAUGY . COMMISSIONER JAMES 0. WALLACE ASSISTANT COMMISSIONER Thank you for inquiring with the Agricultural Commissioner's Office regarding local quarantine laws. Any diseases or insects associated with the plants/landscaping material_ presented ..on your landscaping plans do not pose a threat to the Coachella Valley Citrus, Date, Grape, Vegetable, or Field Crop industry. We therefore approve your. landscaping plans. If however, any substitutions of plants/landscaping materials within your plans occurs between now and the actual planting date, you must contact this office within 48 hours before delivery into the CoachellaValley. Also, the substituted plants/landscaping material must be held for inspection upon arrival. Any sub- stituted landscaping material found infected/infested with quarantine pests will be immediately treated or shipped out of the Coachella Valley at the discretion of the Agricultural Commissioner's Office. Under penalty of perjury, I the undersigned will comply with the above. Authorized Agent: Name I611 Date_ _%'/7 —B7 Signatures Permit Number (a)' S 7115 0 9 /,meq - .moi► i 2-- Developer- . ' �„,� �,,aRoA Address AGRICULTURAL' COMMISSIONER'S APPROVAL Date_ 9 - f i - S,% `Authority cited: Agricultural Code; Sections 6301, 64671, 6462, 6464, 6501, 6521- 6524 cc: 2 Plan Check, Indio Office, Riverside Office F 'i T !'.'% r".-( A C E C'iO4PLIAMCE CHECKLIST C— CLI.11,A*TE ZONE A silt C H I T E C I" TO 0 E S I rN EC 1 F I C' A '10 rl -Aa�h Ad LU . ... ...... Nl H S 0 UT H M S: ARR 1 Ell AS KE S' 4�qp -A_-r_cwkl X 0 M. —4 1% r Ij,. . .. . . . . . b—IL-1 ...... -------- uj 490245 lF C-20 OF IA 14C S '.H C KL I S"I' 114 '1 i A p I r i 3ui1rtrg5 4 :i12 heir, is and motels) on the fart" thr values for each measure Spec if! '..i tions Sheet. hi, Page wh i I e wo rki nq through he .xj1ne. sya te- II a, t.i 1 71 ow- Area . . . . . . . . . . . . . . . . . slao �)(--Ground " PI'r 420 tel"rt. Depth insulatf,an 0.- R-Valoz- ConsCa ion A5sembly . . . . . . !.-. �c,- 'or -41 tione-A Space 1; . . . . . . -e r c ej t of R a a ft 3,f - C , 4, I -11atiin ot Caf, s I,-tvuction Assembty. . . . S i n Q I e 0001 e T rm."�P) It 1'�I r t�h- F d ring..Jay f ft- --�Clnq . f t-- Faci ft u j7 ft q1. . . . . SI-:z,.(I I n 9 Coef f i c; i en t t h . . . . . . . . . . . . ... . I I . - . . - - . . Sc ;yl iglt? . .. . . . . . . . . . . . .—SC ft I Flamr Area. . . Ln "I I L-r!ition nd*I,:,a4e SuMard , Kedi 'm 6-r4i qFt a 1,11A S S z 64b,4 Ir E., 9- q r Wa 11 x2a, Reat Capuicity, R-Walpie . . . . . . . f t jw-2 0 R.. a 1,11A S S E., 9- q r Wa 11 x2a, Reat Capuicity, R-Walpie . . . . . . . f t Mass,' iI the . . . . . Heat CAQ�city, urnace vi tnout Refrigeration. Cooling S Hcali :,amp (Enargy E E Efficiency Ratio)" r -ks -vruce with Refriger-otion Caloling'*' Svin'.oral EfflociencY and: Seas -anal S F. _n ^r .Y Efficiiency Ratio . . . .. . . . . . . '%ctliv4� Solar (Net Solar Frac' ion, . . . . . SE Zjml l Controlled Electric Res i stance Space, Heat i ng . . . . . . . . . . . .?,iter Heatinq," Sc,'-r.r with Gas Baciusp (Net Solar Frzctian. Z . . . . . . . Ot:it-r "later Heating (Describe type) iaint System Comoliance Total. . . . . . . . . -Iorrli ear -is points only in Climate Zone'. 9, documentation for efficiencies and 'Netcr.. pumps and refrigeration cooling do not earn 'A 3, and 16. ' Table 3-3c. At.tic Point's -1. ;1a.'o Floor, Points .__ .. _ _......_.. _.. _ ---� Attic Equ,3 i _ti! roe} iowi n ula~ I ,._"va vle of. lnsulabicr, I Percentage of hoop Over Po ii:ts 4 s { I Conditioned Space OY to 12.1. 13% to 3 j 1�- {` 1. -4 I -4 ( _.r, I 3B to 6�' ' "% .. ... 1� ( •-� I - 2 I -1 -1 63% to 87% _. I _� I -1 I -1 I I 88% to 1iiC% l' 0 ) Table 3-4a.... gall 7nsu'!ar..aet r -_int- ' ._......_._._..__� -,_.•- w - I R-V$l1LLi' G% It:F111=iCi(1Y:- I �J�..el:f• Raised Floor. Point:s _fl8LSl.c.ci.on I P cs I I 19 I fa 5 I -4 I Table 3-4 b'. k'al1 Aaf,emhaY F'oi --Ir k-V'.alue of Astiecbly i I I (excludiu8 air. Llms) �p 499 up I t i.0 Ceilinj Insulation Pts I 70 .0 -4.98.0 I a„ -,Valtie o� lnaulati6n I Points I i : 26.7 - 36..9 ' 20.2 - 26,..6 2G.1 a -10 I . I 13.4% - L5.16 , �2 I -8 I I 11.' - 13.3 10 49 I 0 I I 7.7 - 3-.7 7 ,. o . - 7.6 1 6.4 6.9 ( 5.8 - 6. i6 - ( 5.3 - 5. 1..'� ( 4•,9 •• J i - 20 ,--3 . Ceilim? 4ssembl Pointe I' 4., 5 - ' .8 -24 ?alue of kssemly i ( 3.9 4.1 aes1:sains. air films) ints 3.b 3,8 _-2�"33S -33.4 3.5 2 2 -10 2.8 2.9 23 2 .7 - -4028 3 -6 6. . -a2 ; I i 2.4 � _42 37 .3a I -2 I I 2.3 { -4•:� 1 51 i o I i 2.; /.52 - 75 I 1-2 I I 7.1 EI ,01c 3•••5. Nc.)rth-Facing Glazing Pts � -'iype �T •.-.---T.ot,s.� � Glazing I { % of I ( % of F.lorr. -1�Sng1,I Ubl, T Trpl,T Ar e 1 U- I U- I U B 1 ! i 0.66 { 0.42- 10,41 I { 1.1.0 { 0.65 1 down 1 4-2 J p r_ 0 1.. 1 1 •+•4 ( +ki I +4 !.2- "r.•.2 { +2. { +2 , - I +3 ;>.3- 3.4 i o f O I +1 3.5- 4..8 t -3 1 -2 1 -1 { 4•�r- 6.0 { { -4 I -3 6.1- .1. t,_.4. -..i -6 I -5 I 7.5-- 8.7 { - j -8 I -7 I 8.ft-. 9.9 f -12 { -10 I -8 I s 10.0-11.3 { -1.5 I -12 f -10 11.4-12.5 1 -17 1 -14 i -12 I 1 12.6--13.4 { --20 j -16 I -14 i 13.5- 5.0 1 •-22 1 -18 { -11 I Table 3-6. East -Facing Clazing Pts. Table 3-7., South-Fa:c..lrog Ula --,,s I Total. { Glazing TYpe I { % of I ( % of I { Floor Sngl, Db_l, Trp1,T { Area 1U- !Un lUo I { j 0.66- ( 0.42- 10.41 I 9 1 1.10 10.65 i down I 1----- -------1- +7 -1-----+7 i +7 T I up to 1.5 1 +3 I +4 i +4 1 1 1.6-- 2..3 1 +1 ( +2 1 +3 I i 2..4-- 3.4 ( - 1 0 1 +1 1 X3.5- 4. -3 I -2 { 0 I 1 4.4- 5.4 1 - I -4 j -2 • I ( 5.5- 6.3 .1 ' -8 I -6 1 -4 1 1 6.4... 7.3 1 -11 _.- -8 1 -6 I i 7.4- 8A 1 -12 -10 1 -8 { 8.5- 9.4 { -16 I -12 1 -10 f 9.5--1.0.4 1 -18 1 -14 j -12 I ( 7.0.5••11.8 I -22 I -17 1 -15 I { 11..9-13.5. I •--25 ( -20 1 -18 1 i 1.,.6-15.0 ( -29 I -23 1 -20 1 Table 3-7., South-Fa:c..lrog Ula --,,s { Total I ( Total { z of. ( % of I Floor F1.00r T"-Sngi,._ 1 Dbl, 1L ( Ax ea I U is - 0.42- j ( ( 0.66- ( 0,42- i 0.4.2 down I 1.10 I 0.65 { down - =►is T { up to 1.0 i +8 I •+8 i { 1.3 dowt ( +2 I •+•2 { •+2 I 1 1.4- 3.4 ( -1 ( o 0 { i 3.5- 5.4--{--- •t, ( -2 2 { 5.5- 7.3 ( -•6 ( --4 p -1 1 1 7.4-- 9.1 I -9 I -6 -4 I 1 9.2-10.8 l -12 I -8 i -•7 I ( 10.9-13.3 1 -16 1 --11 I --•10 { 13.4-15.7 I ( -20 I I -14 I ( ( -12 Table 3-8. West -Facing C1azr ax :, Pts. { Total I Clazi.ng Type { z of. I Floor `rn71 T 1 iIrP-a ( U U 1 iJ I { { 0.66- 1 0.42- j (1.41 n ] 1..10 1 0.65 1 down I ..�_ 6- i *U._T__. +iv )- - =►is T { up to 1.0 i +8 I •+8 i +8 I j 1.1- 1.6 I I +6 I-+-6 3 ( 2.4- 2.9 { +1 1 +2 I +3 i i 3.0- 3.4 I -1 1 0 1 -+1 { { 3.5- 4.2 I -4 I -? 1 -1 { ( 4 3- 4.8 I --7 1 -4 { --3 1 { 4.9- 5.4 { -9 I -6 ( --5 I 1 5.5•- 6.1 ( -12 ( -8 i -7 I { 6.2•- 6.7 I -14 1 -10 i -9 I j 6.8- 7.3 1 -16 I -12 I--10 I j 7.4- 7.9 1 -19 I -14 { --12 i 1 8.0- 8.5 1 -21 1 --16 1--14 1 ( 18.6- 9.1 i -24 { -18 1 •.16 I { 9.2- 9.7 ( -26 I -20 I --1.8 ( 9.8--10.3 ( -29 I -22 1 -20 1 { 10.4-11.3 ( -32 I -•25 I -22 I 1 11.4-12.0 { -35 ! -28 1 --:25 I File 3-•9. Skyl.it;hr Points i'ota:l. � ! Glazing Type I I Z of SC by 8.0-•1 Skylight Orientation oP .l_Sn►,1e._r..D72- 0 to 3.1. lrp1 3.0 up 0..40 down 0 +� _._..� 0041 up 0 D ( 0.�6- i 0 0.41 (: 12.3 { )...10 ! .65 ! down ! l: i... 1.6 ! ! -4 1 -4 1 1,7- 2 - -1 ! 7 I -6 I -5 ? ,;i 2. u ! -9 ! -8 ! -7 ! :3.0- 3.4 I .-10 I -10 1 -9 1 ,i.. i•- 4.2 ! -•X4 Ci 16 - . ? '> 0 ! - 7.�,r_y'_._.,..0�--t"3-j--__NTl__1-6-1 0 ! 01 ! .6-�ll 0 1 -2 ! 4. ''1- .4 ! 19 i -16 ! -15 ! S..5-- 6.1. I •-22. ! -18 1 -17 1 6.'°-• 6.7 j --24 ! -20 1 -19 1 -2 ! -3 ! -4 ! -5 1.31' - .46 I 0 ! -1 ! -2 1 -4 0- 8.5 !4 -31 (. -26 ! -24 ! 3.6-- 9.1. I - 34 I -28 ! -26 ! 9. y-- 9.7 { -36 ! -.30 ! -2.9 1 9.8-1.0.11 ! -3 9 ! ! ! -32 I I -30 ! I ibl e 3 ?.0. S1.Iariin, Cor f.fici.ent Points Table 3-1 .011) North Shading 1.6-! Coefficient Points SC by 8.0-•1 Skylight Orientation % Floor Area North 0 to 3.1. 5 ! 3.0 up 0..40 down 0 +� _._..� 0041 up 0 D Table 3-11. Horizontal Sout?i Overhang Points _ _ T-_ South Glazin, .j. ! Length Oul: ! ,Vea, y of Floor i ! from Wall j ! ft ,� • { 0-6.3 1 6.4 up '1 _ 1 I 00 1. 9 { 2.0 - 3.9 1 j 0 1 4.0 tip ! f i j F2 t I h3' ! sc by ! VC:irn- X Floor Area ! Orien-- 1 7 Floor ,,rea tat 1.0n i 1 k Cation ! West ! 0-10.8-1 ..6-13.2--j4.8- 10.7 11:5 13.1 14.7 16.3 17.9 19:6 11. 10.7 11.5 13.1 14.7 16.3 17.9 __------77rl 0 .:.', 0! 0! 0 I !. 0 1 0.1 0 10 - .15 ( 0} 0! 10! 0 i Ci ! o 16 ... , t ; -L-- -I- �1- -�-• �� 1--! . ' ! -3 ! -4 j " -5 I '` 16 -• . 30 } - �-{� ! - * 1 .- I :53 ... , ,, i , 0 1 .--1 1 -2 .f 4 ! -•6 .1 .-8 1--10,;:1`.31 -- .46 ! 0 ! -1 ! -2 1 -4 1 -6 SO r ! l ! --3 I - h !=�3�(-12 1-15•':1':47 - .62 ! 0 ! -1 ! -3 1 -6 ! - 9 ►-1? (-1.`a I �i9 -- .86 1 0 1 -2 I _-4 ! -8 1-12 1-16 1-20':•1;63 - .79 ! 0 1 -2 1 �L-4 1 -8 1-12 1-16 1•-20 1 .87 ula 1 0! -2 1 -5 1"-9 1-13 1-18 1-23'11 .80 up 1 0 1 -2 1 -5 I-10 1-17 1-22 Soil'.:h 1 ;_1.-•j 1.6-! 3''2-1 4.8-1 6.4�-1 8.0-•1 Skylight ! 0 !0.4-10.8-!1.6-12 4-13. 2 -!•`;.0 � �A 5 ! 3.1 ! 4.7 1 6.3 ! 7.9 ! 9.6 ! ' 10.3 10.7 1 1 . 5 12.3 1 3. 1 13. c� i '; i✓• ! . Ci 16 - . ? '> 0 ! - 7.�,r_y'_._.,..0�--t"3-j--__NTl__1-6-1 0 ! 01 ! .6-�ll 0 1 -2 ! 0 -3 1 .0 - .15 ! .16 - .30 1 0 I 0 ! 0 I 0 1 0 I -1 ! 0 ! C) ! c) 1 0 ! 1 - .46 ! n I -1 ! -2 ! -3 ! -4 ! -5 1.31' - .46 I 0 ! -1 ! -2 1 -4 - ! -0 ! --8 !--:t 'c 7 - , Q i 0 ! - 1 ! -3 ! -4 ! -6 ! -7 ( .47. - .62 ! 0 I -1 1 -3 1 -6 ! -9 . -4 j -6 ! -8 I -10 j.63 - .79 ! 0 1 -2 I -4 1 -8 0 up I 0 ! -3 I -5 ! -8 1 -11 ! -14 ! .80 up ! 0 ! -2 ! -5 1-1.0 1-17 R�, y '(' i �, -4 T-ttie _14c. Massw Capacity Factors for Interior Mass �Y R -Value of Interior Mass eleuenr_ Excluding ?,i.r Films Reat-. Capacity, J 0.3 I 0.4- ( 0.8- I 1.3- ( 1.8- ! 2.6-• ; 4.1.•-- ! 7. ; 11t.-u/it4-°F. ) Down I 0'.7 I 1.2 ( 1.7 I 2.5 ) 4.0 ( 7.5 I Ur 1.5 - 1.7 12.8 12.8 ( 2.8 ( 2.7 ( 2.6 12.4 12.3 1.9 I 1.8 - 2.2 13.2 13.2 ) 3.2 ) 3.1 13.0 12.9 12.6 ! 2.1 I 2.3 - 2.7 ( 3.7 i 3.7 13.6 13.5 ( 3.3 i 3.0 1 2.8 12.2 i 2.€1 - 3.2 ) 4.3 i 4.3 14.1 ( 3.8 13.6 13.3 13.0 12.3 3,3 - 3.7 1 4.8 ( 4.7 i 4.4 14.1 13.8 13.4 J 3.1. ( 2.'4 ' 3.8 - 4.2 15.2 ) 5.0 ) 4.7 ) 4.3 14.1. ( 3.6 13.3 12._ 4.3 - 4.7 ) 5.6 15.3 15.0 14.6 ) 4.3 ! 3.7 13.3 12.r� 4.8 - 5.5 15.9 15.6 15.2 14.8 ! 4.4 i 3.8 13.5 12.+ 5.6 - 7.0 1 6.6 1 6.1 1 5.5 ) 5.0 ( 4.7 ( 4.1. ! 3.6 7.1 - 9.017 ( 6.4 15.9 15.3 15.0 i 4.4 ( 4,0 13.1 I 9.1 - 12.4-' 8 ! 6.8 16.1 1 5.6 15.2 ! 4.7 1 4.3 3.4 1 1.2..1 - 17.0 .2 ) 7.1 I 6.4 I 5.8 I 5.5 I 5.1. I 4.7 1 4.0 ! 1.7.1 - 22.5 18.5 17.6 i 6.9 16.4 ! 6.1 15.7 15.3 14 7 I 22.6 - 27.5 18.7 i 7.9 ! 7.2 ( 6.8 16.4 j 6.0 15.8 15 27.6 - 35.0 18.9 ( 8.1 ( 7.4 ) 7.1 ( 6.8 ! 6.4 16.1 15.7 I 35.1 up ) 9.2 18.3 ( 7.8 ( 7.4 J '1.2 ! 7.0 16.8 i 6.4 I 1A IQ b I 0 '53 . Table 3•-12. Movable Insulati +i; rible 3-1.3.. Infiltration Control Points E Features Points Moveable Insulation ! Area, " of Floor j Poin'c'.+ Cont.roI Features Points ! ,:1.9 air_tL anc__�_es 3)er hour -4 1� ;.1 I 0 7.6 air ch2 ets�per hour -1 -,h t .�..... .. e^ ").6 air changes per hour 0 Table 3-14.b. Soi t d Wood G <,1. " HC ai ,, th rig` -to -air heat R-Va?ue I I Wood Density, 3•-•14,x. Masonry 'TIC or Concrete I Avezage ! I 'Thick- rZi 27�� .; �: I - Wall Btu/°F-ft2 __..r�___ ) ness, I Cedar I ine� Weight, lb/x tl I H I 1 inches I Hem --Fir Heinl{c . 10 - 13 2 ! ( 3 ( /4.3 ( 3/3.5 i 3," 14 - 18 ! 3 I I 4 3/5.7 ( 4/4. 4;+ iy - 1.3 ! 4 I 2�4 - 28 I 5 ) I ( 'r/8.i: ( 5/7.< b'r_ ' 29 - 3 I 6 I I 7 15/10.0 1 x/8.4 7 I 8- 9 I 6/11.4 ! 7/9.6 I 8,,2 13 (4'7 I 8 I I 10 - 11 ! 7/14.3 1 9/11.9 11,1.!:. , ra_ 6b I 10 I I 12 up ! •3/17.1 ( 11/14.3 :` 1.3/1 2 . 94 14 IS /,-',7 '_ 5 up I 20 ) � I I T-ttie _14c. Massw Capacity Factors for Interior Mass �Y R -Value of Interior Mass eleuenr_ Excluding ?,i.r Films Reat-. Capacity, J 0.3 I 0.4- ( 0.8- I 1.3- ( 1.8- ! 2.6-• ; 4.1.•-- ! 7. ; 11t.-u/it4-°F. ) Down I 0'.7 I 1.2 ( 1.7 I 2.5 ) 4.0 ( 7.5 I Ur 1.5 - 1.7 12.8 12.8 ( 2.8 ( 2.7 ( 2.6 12.4 12.3 1.9 I 1.8 - 2.2 13.2 13.2 ) 3.2 ) 3.1 13.0 12.9 12.6 ! 2.1 I 2.3 - 2.7 ( 3.7 i 3.7 13.6 13.5 ( 3.3 i 3.0 1 2.8 12.2 i 2.€1 - 3.2 ) 4.3 i 4.3 14.1 ( 3.8 13.6 13.3 13.0 12.3 3,3 - 3.7 1 4.8 ( 4.7 i 4.4 14.1 13.8 13.4 J 3.1. ( 2.'4 ' 3.8 - 4.2 15.2 ) 5.0 ) 4.7 ) 4.3 14.1. ( 3.6 13.3 12._ 4.3 - 4.7 ) 5.6 15.3 15.0 14.6 ) 4.3 ! 3.7 13.3 12.r� 4.8 - 5.5 15.9 15.6 15.2 14.8 ! 4.4 i 3.8 13.5 12.+ 5.6 - 7.0 1 6.6 1 6.1 1 5.5 ) 5.0 ( 4.7 ( 4.1. ! 3.6 7.1 - 9.017 ( 6.4 15.9 15.3 15.0 i 4.4 ( 4,0 13.1 I 9.1 - 12.4-' 8 ! 6.8 16.1 1 5.6 15.2 ! 4.7 1 4.3 3.4 1 1.2..1 - 17.0 .2 ) 7.1 I 6.4 I 5.8 I 5.5 I 5.1. I 4.7 1 4.0 ! 1.7.1 - 22.5 18.5 17.6 i 6.9 16.4 ! 6.1 15.7 15.3 14 7 I 22.6 - 27.5 18.7 i 7.9 ! 7.2 ( 6.8 16.4 j 6.0 15.8 15 27.6 - 35.0 18.9 ( 8.1 ( 7.4 ) 7.1 ( 6.8 ! 6.4 16.1 15.7 I 35.1 up ) 9.2 18.3 ( 7.8 ( 7.4 J '1.2 ! 7.0 16.8 i 6.4 I 1A IQ b I 0 '53 . r "hermal Mass Point's Tc -o.l, Kass cap,q.city Am '4:zt/*F per scl ft I points of floor area, 0 0.1 0.2 0.4 I 1-2 0.5 0.7 j 1-8 1.5 1.8 Z.1 i12 I. 2.2- 2.5 §-14 2.6 2.8 6 2.9 30i 1-18, 1-.2 3.5 6.10 3.6 4. Cr f • 22 L24 T,,blq 3-11.4,�i. ( 0 rl -L i -au r,: d 'T ----'--'---'- gr v e n c v Sr., 'MA/Or pet: sq ft: Po ts fl or a r e- a 7 4..5 4.3 6.26 4- ,9 5.2 I 1-28 A 5.7- 1, 30 -8 83 6. 2 I f-32 6 - 1 6.' 1-34 6).8 7 2 §•36 7.3 11 l 438 7.9 B.". I 1-40 8.1 5 M �42 9' 9.9 ►14 4 t46 1 9 12..8 �50 9'. 1.14.0 I f-5 2 1 111--.2 t54 15.3 1.6.6 a56 16.7 18.1 1-58 ,8.,2 19.7 6.60 1.9.8 21.2 t62 1... 3 2.7 1-64 22.8 TabIle 3-13, Gas (s'?') aDIc!: 3-16. Hv:ar gr v e n c v 7 9, LO. 0 U. C ..2.^ Ta b I e, 3--17 Czar ru-c'n r oiz ca Car.( Coolivg A.; sx 8 2. �3 a. 9.0 9.1 9.4 9 5 9, P! 4 12 13 9 :L : --19. Ax.tive Solar Space Heating with gas o s i N,?t. Solar FractionI ints I (NSF), I I ! i ! 0-51 I 0 ! 52 ul) ( a2 ! f I I Solar Water Heating With Tahle 3-19. Zonally Controlled Electric Resistan Space Heatin oints ! Points for this ensure will ! be completed after the CEC I I has approv an Alternative ! ! Component ackage for Resistance I Heat. j i I nts !14u1.- "amil.y (der �_... unit__points) +15 i +17 ! +11 i •x-13 .r_._. _.. _- -I — -t-9 j -1-13 a-1.6 +9 I +10 4 —,� Area I Net Solar Fraction (NSF), X per 0.9 ! 10-19 ! 20-29 I 30--39 I 40- ! 50-59 ! 799 10 ! +3 I +7 I 0 1 +13 I -4-16 ! 999 ! 0 ! +3 ! +5 +8 ! 4-10 I +13 ! ltl--1, 4 99 ! 0 I +2 ! +[ ! +5 I +7 ( +9 I j 3, -,Cut', -•1 , 999 ! 0 I +.1 I +3 I +4 ! +5 ! +7 ! J_-: 00�,�,a up�_ 0_�_ +1 +2 _+3L +5 L+6' _ 1AII others (per_ buildin. points) T_ -'00� 899 +j 0 +4 +9 +13 1 +18 — 72--2-F t:i::. 999 ! 0 I +4 ! +8 ! +12 ! +16 ( +20 i { 1"„f,+:., 1 ,199 I I +3 ! +7 I +10 i +14 ! -4-17 ! 0 I +3 I +6 ! +8 ! 4-11 I' +14 ! C.,`: 1 , :�9 I 0 ( +2 ! +4 I +fi I +9 ! +11 ! r.t _2 , ! 0 ! +1 I +3 ! +4 i +6 I +7 I ' �3 na o i +I I +2 I +4 I +5 I +6 .Table 721. Other :Water�Heati^_ng Pt>;T ! System Type I Points i ! Gas Only. I Q ! Heat Puciyp I ! I I I Solar with Electric ! ! I Resistance 'Backup ! ! j Meeting the Require- ! I menta in Part,2 I 0 ! ! ! I ! Electric Resistance I ! I Only I -40 ! 1 ! i a —f I 60-69 1 70-79 I ! i +20 I .1-23 I +15 i +17 ! +11 i •x-13 +8 ! -t-9 j -1-13 a-1.6 +26 ; +30 1 +24 I +28 I 4-20 ! Y24 ! +17 ! +20 ! -1-13 a-1.6 +9 I +10 4 +7 ! +8 ! s�:i�' y 0 # SINCE 1890 BM Mng ffX JIWR &D a VE6 air conditioning f heating SUPER HIGH EFFICIENCY SPLIT SYSTEM HEAT PUMP AIR CONDITIONIN* yam/ r ��•. 1, E { !, Y Description/Application • "CP" outdoor section designed for ground level or rooftop mounting • "A' indoor section versatile up or horizontal air flow designed for use with CP outdoor section. The A unit may be located in closet, utility room, attic, or basement Construction • Sandstone baked enamel finish with 500 hr salt spray approval • Heavy Gauge/Zinc Clad Standard Equipment • Quiet operating top discharge • Copper tube, aluminum fin coil construction • Suction and liquid shut off valves with sweat connections • Fully charged for 25' of interconnecting tubing • Totally enclosed permanently lubricated condenser motor • Isolated compressor compartment • Hermetically sealed compressor • Bi -Flow liquid line filter drier • Suction line accumulator • Check- Flowerator expansion device • Anti -cycling reversing valve circuit • Crankcase heater • Time initiate, temperature terminate defrost control • Bottom pan rails elevating unit above slab • Manual reset high pressure control • Low Pressure Control for loss of charge protection • High efficiency performance Accessories • Room thermostat w/2 stage heat -1 stage cool and emergency heat capability, Model HPT 18-60 . • Outdoor thermostats, Model OT 18-60 • Emergency heat relay, Model EH 18-60 Goodman Manufacturing Corp. 1501 Seamist 9 Houston, Texas 77008 713/861-2500 :,:• 11 S('''C;FICATIONS SUBJECT TO CHANGE. WITHOUT NC' I !CE c ' x.- s r'85 COOLING AND HEATING PERFORMANCE DATA (AIR HANDLERS) (71 Model Outdoor Section Model Indoor Section Total Cooling BTUH Sensible Cooling BTUH Cooling SEER Heating BTUH 470 Heating COP 470 Heating BTUH 170 Heating COP 170 "HSPF Sound Rating CP18-1A A18 -XX 17500 13000 9.00 17400 2.80 9800 1.90 6.20 7.6 CP18-1A A24 -XX 18000 14000 9.00 18000 2.84 10200 1.94 6.30 7.6 CP24-1 A24 -XX 23000 17200 9.00 22000 2.84 12000 1.74 6.20 8.0 CP24-1 A30 -XX 24000 18800 9.05 22600 2.90 13200 1.90 6.50 8.0 CP30-1A A30 -XX 27600 20100 9.00 27000 2.80 15200 1.90 6.50 8.2 CP30-1A A36 -XX 28200 22300 9.00 28200 2.80 15600 1.90 6.50 8.2 CP36-1A A36 -XX 34200 26600 9.00 34200 2.90 19000 1.90 6.50 8.2 CP42-1A A43 -XX 40000 30400 9.00 40500 2.84 23000 1.90 6.50 8.2 -CP_48-•1 A A48-XX 45000 34200 9.00 47000 2.90 26600 2.00 6.70 8.2 CP60-1A A60 -XX 53000 38690 8.20 54000 2.84 30200 1.80 6.30 8.1 1. *Heating seasonal performance factor. 2. XX of "A" models designates electric heat quantity. See "A" series specification sheet for electric heat offerings. 3. When mix -matching outdoor/indoor units reference check-flowrator selection chart supplied with the "A" series air handlers. Model Outdoor Section Model Indoor Section Total Cooling BTUH Sensible Cooling BTUH Cooling SEER Heating BTUH 470 Heating COP 47° Heating BTUH 170 Heating COP 170 'HSPF Sound Rating CP18-1A U18/UC18 17500 13000 9.00 17400 2.80 9800 1.90 6.20 7.6 CP18-IA U24/UC24 18000 14000 9.00 18000 2.84 10200 1.94 6.30 7.6 CP24-1 U24/UC24 23000 17200 9,00 22000 2.84 12000 1.74 6.20 8.0 CP241 U30/UC30/HP30 24000 18800 9.05 22600 2.90 13200 1.90 6.50 8.0 ! CP30-1A U30/UC30/HP30 27600 20100 9.00 27000 2.80 15200 1.90 6.50 8.2 CP30-IA U36/UC36/HP36 28200 22300 9.00 28200. 2.80 15600 1.90 6.50 8.2 CP36-1A U36/UC36/HP36 34200 26600 9.00 34200 2.90 19000 1.90 6.50 8.2 CP42-1A U48/UC48/HP48 40000 30400 9.00 40500 2.84 23000 1.90. 6.50 8.2 CP48-1A U48/UC48/HP48 45000 34200 9.00 47000 2.90 26600 2.00 6.70 8.2 CP60-1 A U60/UC60/HP60 53000 38000 8.20 54000 2.84 30200 1.80 6.30 8.4 1. When matching heat pump with U/UC coils the fixed orifice on the U/UC coil must be replaced with the appropriate check flowrator. Reference instructio provided with the U/UC coils. u 2. HP coils come equipped with a check -flow rator. Modification is required only when mix -matching. See note 3 above. ELECTRICAL DATA ELECTRICAL SUPPLY REQUIRED COMPONENT DATA Minimum Maximum Minimum Maximum Compressor Cond. Fan Circuit Overcurrent Volts Volts RLA LRA FLA HP Model Volts PH HZ AMP Protection CP18-1AB 208/230 1 60 12.4 20 197 253 9.3 50.0 .78 1/10 CP24-1 B 208/230 1 60 17.0 25 197 253 12.9 65.0 .78 1/10 CP30-IAC 208/230 1 60 18.4 30 197 253 13.7 65.0 1.30 1/6 CP36-1 AC 208/230 1 60 24.2 40 197 253 17.9 83.5 1.80 1/4 CP42-1 AC 208/230 1 60 27.1 45 197 253 20.2 93.0 1.80 1/4 CP48-1 AC 208/230 1 60' 31.7 50 197 253 23.9 114.0 1.80 1/ CP60-1AC 208/230 1 1 1 60 35.6 60 197 253 27.0 135.0 1.80 1/4 j HEATING PERFORMANCE EXPANDED RATINGS 70° INDOOR AMBIENT -F OUTSIDE (-_ CP18.1 A IA18-XX I U181 UC18 BTUH HEATING -- KW COP. , ----- 62 22000 2.07 3.12. 57 20500 1.97 3.05 52 19300 1.89 2.99 47 17400 1.82 2.80 42 16400 1.76 2.73 37 14900 1.71 2.55 32 13200 1.66 2.33 27 12000 1.61 2.18 22 10900 1.58 2.02 17 9800 1.52 1.90 12 8700 1.49 1.71 7 8100 1.47 1.62 2 6800 1.45 1.38 -3 5900 1.43 1.21 °F OUTSIDE CP24-1 I A24 -XX I U241 UC24 BTUH HEATING KW COP _ _ 62 26800 2.40 3.25 57 25800 2.35 3.20 52 23600 2.30 3.00 47 22000 2.2.5 2.84 42 20400 2.20 2.70 37 18900 2.15 2.60 32 17500 2.10 2.45 27 16000 2.07 2.25 22 14400 2.03 2.10 17 12000 2.00 1.74 12 11100 1.94 1.70 7 9700 1.90 1.50 2 8200 1.85 1.30 -3 6600 1.80 1.10 oP OUTSIDE CP30.1A I A30 -XX l U301 UC301 HP30 ' ---- BTUH HEATING KW COP 62 34100 3.20 3.13 57 31800 3.06 3.05 52 29900 2.93 3.00 47 27000 2.82 2'.80 42 25500 2.73 2.74 37 23100 2.65 2.56 32 20500 2.57 2.34 27 18700 2.49 2.20 22 17000 2.43 2.05 17 15200 2:35 1.90 12 13500 2.32 1.71 7 12500 2.28 1.61 2 10600 2.25 1.38 -3 9000 2.22 1.19 of OUTSIDE CP36-lA I A36 -XX 1 U361 UC361 HP36 -- BTUH HEATING KW COP 62 43200 - 3.93 3.22 57 40300 3.75 3.15 52 37900 3.60 3.09 47 34200 3.46 2.90 42 32300 3.35 2.82 37 29300 3.24 2.65 32 26000 3.15 2.42 27 23700 3.06 2.27 22 2.1500 2.98 2.12 17 19000 2.93 1.90 12 17100 2.85 1.76 7 15900 2.80 1.66 2 13400 2.75 1.43 -3 1 11500 1 2.73 1.24 of OUTSIDE CP48.1A I A48 -XX 1 U481 UC481 HP48 BTUH HEATING - KW COP _ 62 59400 5.40 3.23 57 55400 5.15 3.15 52 52000 4.95 3.08 47 47000 4.75 2.90 42 44300 4.60 2.82 37 40300 4.46 2.65 32 35700 4.33 2.42 27 32600 4.20 2.28 - ?2 29600 4.10 2.12 17 26600 3.90 2.00 12 23500 3.91 1.76 7 21800 3.85 1.66 2 18400 3.79 1.42 3 15800 3.75 1.24 ,- OUTSIDE CP18.1A I A24 -XX I U241 UC24 BTUH HEATING KW co 62 22700 2.10 3.17 57 21200 2.00 3.11 52 19900 1.93 3.02 47 18000 1.85 2.84 42 16900 1.80 2.75 37 32 27 22 17 12 7 2 -3 15400 13700 12500 11300 10200 auuu 8300 7000 6000 1.74 1.69 1.64 1.60 1.54 1.52 1.49 1.47 1.46 2.60 2.38 2.23 2.07 1.94 1.74 1.63 1.40 1.20 of OUTSIDE CP24.1 1 A30 -XX I U301 UC301 HP30 - BTUH HEATING KW COP 62 27500 2.45 3.30 57 26500 2.39 3.25 52 24200 2.35 3.00 47 22600 2.30 2.90 42 21000 2.25 2.75 37 19500 2.21 2.60 32 18000 2.16 2.45 27 16500 2.12 2.30 22 14800 2.07 2.10 17 13200 2.03 1.90 12 11500 1.98 1.70 " 7 10000 1.94 1.50 2 8500 1.89 1.30 -3 6800 1.84 1.10 of OUTSIDE CP30-IA I A36 -XX U361 UC361 FIP36 BTUH HEATING KW COP . 62 35600 I �KW -_ 3.35 3.12 57 33200 3.20 3.04 52 31200 3.07 2.98 47 28200 2.95 2.80 42 26600 2.85 2.73 37 24200 2.77 2.56 32 21400 2.71 2.31 27 19600 2.60 2.21 22 17700 2.55 2.03 17 15600 2.41 1.90 12 14100 2.38 1.74 7 13,000 2.32 1.64 2 11000 2.30 1.40 -3 9500 2.28 1.22 of OUTSIDE CP42-lA I A43 -XX I U481 UC481 HP48 - BTUH HEATING KW COP 62 50600 4.68 _ 3.17 57 47100 4.47 3.09 52 44300 4.29 3.03 47 40500 4.12 2.84 42 37700 3.99 2.77 37 34300 3.87 2.60 32 30400 3.75 2.38 27 27700 3.64 2.23 22 25100 3.55 2.07 17 23000 3.49 1.90 12 20000 3.39 1.73 7 18600 3.33 1.63 2 . 15800 3.28 1.41 '-3 13400 1 3.25 1 1.20 of OUTSIDE CP60-1 A 1 A60 -XX I U601 UC601 H P 6 0 BTUH HEATING KW COP 62 68200 6.30 3.20 57 63600 6.00 3.10 52 59800 5.75 3.05 47 54000 5.55 2.84 42 50900 5.35 2.80 37 46300 5.20 2.60 32 41000 5.05 2.40 27 37400 4.90 2.25 22 33900 4.80 2.05 17 30200 4.60 1.80 12 27000 4.55 1.75 7 25000 4.50 1.60 2 21200 4.40 1.40 -3 18100 4.35 1.25' Liquid' _ Conn. Suction Conn. - 1.1/8" Dia. Power IDIMENS1014AL DATA 0 24" Width 34" Length o • 25" CP18/24 a 30" CP30 tel 3/.,. 7/8" Dia. Control 3-5 Ton Models Rear Tubing Access Availability 113/8 6'/8 "l 1.7/8" Channel 1 1/2.2'/2 Ton Models PHYSICAL DATA 32" 1 1/8" Power 7/8" Control 20 1 1 %Y . I PHYSICAL DATA •O.D. Liquid _ 'O.D. Suction Fan Fan Fan Liquid Suction Apoprox. Ap6prox. Model Dia. RPM Connection Connection Type Shipping Wt. CP18-1A 18 1080 :'/a �Ihi Sweat 173 CP24-1 18 1080 3/8 3!4 Sweat 175 CP30-1A 18 1080 3/8 3/4 Sweat 185 32" 1 1/8" Power 7/8" Control 20 1 1 %Y . I PHYSICAL DATA •O.D. Liquid _ 'O.D. Suction Fan Fan Liquid Suction Apoprox. Model Dia. RPM Connection Connection Type Shipping Wt. CP36- I A 22 1080 3/6 3/4 Sweat 280 CP42-1A 22 1080 3/8 7/e Sweat 327 CP48 1 A 22 1080 3/8 '/s Sweat 338 CP60 1A 22 1080 3/8 7/8 Sweat 345 Goodman Manufacturing Corp. 1501 Seamist • Houston, Texas 77008 713/861-2500 SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE 275/8" - CP36, 42, 48 C P60-1 A 1.7/8" Description/Application • Compact, versatile upflow. or horizontal multi - position. May be located in closet, utility room, attic, crawl space or basement. Construction- Insulated onstruction Insulated steel cabinet. Cabinet Finish • Sandstone baked enamel. Standard Equipment • Full insulated cabinet. • Direct drive multi -speed motor to permit air vol- urne variation for the heating and cooling appli- cation needs. • Heaters are controlled by sequencers for better temperature control. Also this minimizes light dimming. . • Equipped with a check flowrator for Heat Pump and Cooling Unit Operations. t:r?' SIAOU lug ' s,ning s heating _ ESL • Built-in coil with horizontal and vertical drain pans with secondary drains. • Rust resistant nickel chromium heating ele- ments. • Multiple branch circuit supply for lower installa- tion costs. • Power supply entry at top. • Low.voltage entry on left side and top. • Low voltage field wiring connection is within cabinet. • Factory installed wired and tested electric heat. • Built-in overcurrent protection on all units over 48 amps. and as indicated in the Electrical Data chart. • Primary and secondary limit protection. • Control circuitry arranged to readily permit stag- ing as required. • Factory installed circuit breakers on certain models. (See Electrical Data chart) Optional Equipment 0 Elevating base for vertical application. Goodman Manufacturing Corporation 1501 Seamist • Houston, Texas 77008 SS .ns (713) 861-2500 'M A SERIFS 8.86 wformance Fatings Physical Data Capacity Capacity* - Model (TONS) BTUH Seasonal Model No. Blower No. Nominal o230V" Efficiency IGooiing)t tneatmg) _ At-Uc /o 18.05 1;000 100.0 100.0 i _ ,18.08 1 1-- 25000 ! 100.0 .24.00_ 2 1 100.0 4 ,205 1 2 _h 24.08 2 17000 1 25000 100.0 100.0 ,24-10 2 310_00 100.0 _ _� ,30-00 2?_ +30-05 i -? 171)00 100.0 100.0 I ,30.08 2.': 25000100.0 0 0 30-10 2b 31000 100.0 30-15 2'.: 51000 100.0 36-00 3 108 100.0 ,36-06 3 21000 i 100.0 36-10 3 31000 ; 100.0 - 36-15 :F--- 51000 100.0 _ 36-20 3 69000 100.0 .43.00 3", - 100.0 43-10 3'h 31000 100.0 43-15 3, 51000 100.0 43-20 3!,: 69000 100.0 48-00 4 -- . 100.0 _ 48.10 4 31000 100.0 48.20 4 69000 100.0 60.00 5 -- 100.0 60-10 5 31000 - 60.20 5 1 69000 _100.0 100.0 ' Capacny and efficiency ratings in accordance with U.S. Goverment standard tests. "Capacity Correction Factors 208V = .82, 240V = 1.09 (Heating) tRefer to unit specification for actual rating. KW Coil a 230V Drain Refrigerant (No. of Conn. Connections --Approx. Stripping Weight Electrical Data uia. MUM dements) t-111 L1q. Suct. A18 00 8 6 I 31) se 105 A18.05 8 6 tiAB - 5 Se 108 A1808 8 i 6 I 1n1, 2.5 i MinimCW,Ampacity Maximum Overcurrent NOM 108 I I Blower MNo. 4.8 9208123Zer Circuit ProQ,20812 A24.00 i 9' : 6 - 3 a Prot. Amps '06 A24-0511 9' z 6 11) 4 8 a ^- 109 1 A24.08 912 6 1112.5 4.4 i 3.8 3., 09 HP 5 A.18 00 j 2.9 15 - - - A18-05 11)48 I1i4.8 30130 - - - - A24-10 9 2 6 11) 5.0 34 3.8 i 3"1 109 40/45 - - - (1)4.8 - 7 3 197 I 253 A30-00 9' 2 6 - 34 3!8 34 113 A30-05 9''2 6 (114.8 34 318 34 116 A30-08 9' z 6 t I 1 2.5 a -, 318 3.4 _ 116 253 2.35 A24-08 I 39'43 40,45 - - - A30-10 9'•2 6 (1) 5.0 3,4 3+8 3'4 116 A24-10 51 56 60!60 (1)4.8 - - - q 3 A30-15 9' z 6 (11 4.8 3.4 3.8 3.4 i 116 1 - 121 5.0 197 i 253 i i -.5 A36.00 9'/2 6 -- 3:4 3.8 3,4 I 141 A36-06 91/2 6 (1) 2.5 3 4 3i8 3.4 144 - - (113.5 i97 253 2.3 i 5 A36-10 9'/2 6 (1)5.0 34 3!8 34 144 197 253 2.3 1 1) 4.8 A30.15' 76 84 8090 26 29 A36-150 9'/2 6 1114.8 31, 3,8 3'4 145 A36-00 4 4 15 121 5.0 1 A36-20 91/2 6 1215.0 3,4 318 314I 145 - 121 4.8 !97 253 3.5 3 A43-00 9'/2 6 - 3/4 3/8 21e 169 A43-10 9'/2 6 (1)5.0 314 3/8 7'e 172 49 54 30 30 50 60 (1)4.8 197 253 3 5 A43-15 9/2 6 (1)4.8 3,4 are 2;e 173 137 ,53 3 5 (2)5.0 A43.00 4 4 15 - A43-20 9'/2 6 (2)5.0 34 3!8 r'e 173 A43.10 53158 60+60 4.8 04.8 - - - 9 8 A48.00 9V2 8 - 3.4 are va 17 A48.10 9'i2 8 (1)5.0 4 3:8 a 1761 A43-20' I t01, III 1 10: 125 (1)4.8 49 54 60.60 5060 1 19 6 I A48-20 ; 91•z 8 i !21 5 0 A48-00 le -- 176 - I 1214 8 197 253 3 9 A60-00 105 53,58 i 60.60 - - - - 192 A60-10 1058I 6 i Ii; 5.0-- -- 8--; -- -- 195 53.58 4954 - 60.60 t, 8 19 6 197 253 3 9 A60-20 105.8 8(215.0 I 15 4 38 - 195 I 197 253 ;214.8 ! A60 70' I 54.59 60,60 I Electrical Data Circuit Multiple Supply Minimum I Maximum MinimCW,Ampacity Maximum Overcurrent NOM I I Blower MNo. mpacity A2 9208123Zer Circuit ProQ,20812 230V MaVAt, Motor 81230V Prot. Amps 0Vtion - MiVAmCum 1 2 3 'n. 2081230V 1 - 2 3 -- � 197 1 253 1 FLA 2 3 HP 5 A.18 00 j 2.9 15 - - - A18-05 ; 27 29 30130 - - - - - a d '97 253 i 2.3 5 A 18-08 3943 40/45 - - - - - 7 3 197 I 253 I 2.3 I s A24 00 i 2.9 15 - - - - 197 253 i 2.3 5 A24-05 27,29 30!30 - - -- - - a 3 197 253 2.35 A24-08 I 39'43 40,45 - - - - - - 7 3 197 j 253 2.3 1 5 A24-10 51 56 60!60 - - - - q 3 197 I 253 2.3 15 A30-00 2.9 15 -- - 197 i 253 2.3 i -.5 A30-05 27 29 30-30 - 3 197 253 2 3 A30.08 j 3943 40145 - - - 7 3 i97 253 2.3 i 5 A30-10 St 56j 6060 I - - 9 8 197 253 2.3 I s µ A30.15' 76 84 8090 26 29 4954 30 30 50 60 3 197 253 2 3 A36-00 4 4 15 197 253 ! 3 5 A36.06 32 36 35.40 - 6 J !97 253 3.5 3 A36.10 53 58 60 60 ? 8 197 253 3 5 I A36-15' 77 85 8090 i 28 30 49 54 30 30 50 60 3 197 253 3 5 A36.20' tot 111 110.125 52 57 49 54 60 60 50 60 9 3 137 ,53 3 5 A43.00 4 4 15 - - 197 253 3 5 A43.10 53158 60+60 - - - - 9 8 197 253 3.5 t ' �t A43-15' 77 85 1 8090 28 30 49 54 30 30 50 60 197 253. 3 5 A43-20' I t01, III 1 10: 125 52.57 49 54 60.60 5060 1 19 6 197 253 I 3.5 3 A48-00 1 4.9 15 - 197 253 3 9 _ A48.10' 53,58 i 60.60 - - - - - 9 8 197 I 253 3.9 2 A48.20' •01 111 110,120 53.58 4954 - 60.60 50 60 19 6 197 253 3 9 i A60.00 6.0 I 15 - - - - - - I 197 253 4 8 ! A60 70' I 54.59 60,60 I - - - - - 9 8 197 253 4 8 I t4 A60 20' 1021 1 2 t 10, 12 54,59 49'54 - 60.60 50:60 - i 19 6 197 253 4.8 CIA •,,: 4Nf•.n. 0')DE�S BLOWER PERFORMANCE. DRY COIL WYFILTER IN PI -ACE SCFM CORRECTION FOR WET COIL — 14% HEATING TEMPERATURE RISE -F AIR FLOW (SCFM) MODEL MOTOR CFM DELIVERED, AGAINST MODEL. SPEED EXTERNAL STATIC PRESSURE -H2O 0.1 0.2 0.3 0.4 0.5 AXX-05 56; A18 I HIGH 700 630 580 530 490 LOW 620 560 Soo 420 360 A24 30 HIGH 960 930 I 890, 840 780 LOW 810 780 760 720 670 45- HIGH 1230 1200 1150 1080 1020 171 -LOW 1120 1070* 1010 980 950 A43 HIGH 1450 1400 1150 1300 1260 24' LOW 1220 1200 1180 1150 1100 A48 HIGH 1670 1610 1500 1440 1370 LOW 1310 1300 1290 1280 1260 A60 I HIGH 2010 1920 1850 1780* 1700 [:147300 LOW 1720 1600 1560 1490 DRY COIL WYFILTER IN PI -ACE SCFM CORRECTION FOR WET COIL — 14% HEATING TEMPERATURE RISE -F AIR FLOW (SCFM) MODEL 300 1 400 500 600 700 860 -900 1000 12-00 14-00 16-00 1800 r 20007 AXX-05 56; 41 33 -28:- 24 21 18 I 16 — AXX-08 80' 60- 46: 40' 35: 30* 27- 24- I AXX-10 93* 85' 62- 521 45- 40: 36- 32' 26' 23* 19: 171 15 AXX-15 155' 117' 93' 85' 66* 58- _52", 48L 404 34' 29 26" 24' AXX-20 — — — 10'4° 89' 78' 70' 52 45 _39 33: Heated air temperature rise including electrical input to blower motor ( Fi 230 Volt ooe,ation For various Voltages. multiply the temperature rise by the foitowing factors—'208 volts , .82&250volts 1 14 NOTE..To insure a reasonable element life. the temperature rise should be 6,5 or less as indicated by non -shaded area. Optional — Elevating Base w.,built in filter frame MODEL NO. A -F B C FILTERLTER SIZEFOR USE W SIZE UNITS EB 18-30 22�6 ------------ 6 - 20 A 18.30 I ES 36 22 20 20 - 20 A 36 EB 43-60 24 22.5 1 20 25 A 43-60 FILTER FIELD SUP PLIED. L A Se,,es 1C 85 DlIv1ENSi01NS D A18.36 C 1 TOP POWER SUPPLY CONDENSATE DRAIN -HORIZONTAL A 314" MPT t 3/4 SUCTION 3/4'* SWEAT 1'I2 e LIQUID . 1314 14'14 3/8" SWEAT 1'la 8' la L:.M,VOLTAGE .alLE. TOP 3 LFT S -DE 2 1'I2 D1 '12 1 —� �--19'!z INLET INLET CONDENSATE DRAIN UPFLOW FRONT VIEW RIGHT SIDE VIEW 3/a" NPT -FEMALE Model A B I C ! D A18,24,30 40314 151,2 13'.'z ! 12''z i A36 ! 45'!2 19':2 17' z 16'°2 22 A43148160 t �-- 20 TOP POWER SUPPLY SUCTION '/8" SWEAT LIQUID 318" SWEAT 23/,6 CONDENSATE DRAIN -HORIZONTAL 52 314" MPT \ t SIA 1'/z b 2318 711.4 —A— 1'll } INLET NLET 24 12 11 � 1 -i 4, -G= =" T^P '•:D'__PT SIDE CONDENSATE DRAIN-UPFLOW FRONT VIEW 314'• NPT -FEMALE RIGHT SIDE VIEW NOTE. SPECIFICATIONS AND. PERFORMANCE DATA LISTED HEREIN ARE SUBJECT TO CHANGE 'NITHOUT NOTICE. Goodman Manufacturing Corporation 1501 Seamist • Houston. Texas 77008 { AIR CONDITIONING SHEET METAL P.O. BOX 2751 74-757 JONI DRIVE PALM DESERT, CALIFORNIA 92261 (619) 341-9533 it w r� 1 CEILI`fG INSULATION 2-5352(a) The cpaque portions of ceilings separating conditioned and unconditioned space must either (1) be insulated between framing members with R-19 or greater insulation, or (2) have a weighted average U -value of 0.067 or less. To meet the intent of the ceiling insulation requirements, ceiling insulation should ex~end far enough to the outside walls to cover the top plate. LOOSE FILL INSULATION. 2-5352(b) When loose fill insulation is installed, the minimum installed weighted per square foot must conform with the insulation manufacturer's installed design density per square foot at the manufacturer's labeled R -value. WALL INSULATION 2-5352(c) The opaque portions of metal or wood frame walls separating conditioned and un- conditioned spaces must either (1) be insulated between framing members with R-11 or greater insulation, or (2) have a weighted average U -value of 0.100 or less. Masonry or concrete exterior walls do not have to be insulated with a minimum of R-11 insulation. Foundation walls of heated basements or heated crawl spaces must be insulated above the ad_acent outside ground line with at least R-7 insulation. INFILTRATION CONTROL 2-5352(d) The standards contain the following requirements to control.infiltration. I 1. Doors and windows (including skylights) between conditioned and un- conditioned spaces miat be fully weatherstripped. 2. The following.openings in the building envelope must be caulked, sealed, or weatherstripped: a. Exterior joints around window and door frames, between wall soleplates and floors, and between exterior wall siding panels; b. Openings for plumbing, electricity and gas lines in walls, ceilings and floors; C. Openings in the attic floor (such as where ceiling panels meet interior and exterior walls and masonry fireplaces); and t; d. All other such openings in the building envelope. 3. Builders may install manufactured doors and windows only when they are, certified and labeled indicating that chey,meet the standards listed in Section 2-5352(.d),, Table'2-53V.- Sitebuilt windows and doors are exempt from this requirement. Exhaust fans and other exhaust. systems must be'equipped with backdraft or automatic dampers. FIREPLACE REQUIREMENTS 2-5352(d)(2) Masonry and factory -built fireplaces must have the following: a. Tight -fitting, closeable metal or glass doors covering the entire I pening of the firebox. Thisrequirement may be omitted if such doors would interfere with devices, such as heat tubes permanently.instailed in the'fireplace, which are designed to increase the circulation or heat. The fireplace must be designed so that the doors can be closed' when the fire is burning; b. A combustion air intake to draw air from the outside of the building directly into.the firebox, which is at least 6 square inches in area and is equipped with readily accessible, operable and tight -fitting . damper; and C. Tight fitting flue damper with a readily accessible control': These reauirements do .not apply.to fireplace inserts or free-standing stoves. Continuous burning pilot lights and the use of indoor air for cooling a firebox jacket, when that indoor air is vented to the outside of the building, are prohibited. However, gas logs without pilot lights and gas log lighters are allowed. VAPOR BARRIERS 2-53.52(e) In !Timate Zones 1,44 .and 16,`371continuous vapor barrier, lipped o`r,joint-sealed. must be instailed on the conditioned-space'side of all insulation in all exterior walls, on the floor of unvented attics and on floors over unvented crawl spaces to protect insulaion from condensation. The standards define a vapor barrier as,a material with permeance of one perm or less. Products such as a continuous polyethylene sheet','wall board with foil backing, or paint or surface sealant designed to act as.a vapor barrier may meet this requirement. Check the product for compliance. WATER HEATING SYSTEMS INSULATION 2-5352(i) Storage -type water heaters and storage and backup.tanks for solar water heating systems must be wrapped with an insulation blanket having an R -value of at least 12. This R-12 blanket must be installed in addition to any insulation inside the outer tank jacket of manufactured water heaters. This blanket requirement applies to storage tanks used primarily for domestic water heating systems. It does not apply to storage tanks used primarily for space heating systems or to solar storage tanks mounted outdoors and directly exposed to weather. Piping in unconditioned space leading to and from water heaters must be insulated with at least R-3 insulation for the first 5 feet of pipe closest to the water heater, or whatever shorter length is in unconditioned space. It is not necessary to penetrate a fire wall with the pipe insulation. The insulation malt end at the fire wall and be continued on the other side provided the first 5 feet of piping are insulated. SPACE CONDITIONING EQUIPMENT SIZING 2-5352(8) To ensure that properly -sized systems are installed in new residential buildings, the standards set the following sizing requirements and specify acceptable load calculacion procedures and indoor and outdoor design temperacures. 1. Natural gas and liquefied petroleum gas central furnaces in the building must be sized to meet at least one of the following requirements: . a. The total output heating capacity of furnaces in the building must be less than 45,000 btuh/hr, or b. The furnace's output heating capacity must be less than 1.3 times the sum of the design heat loss for the heating zone being serviced by the furnace and 10 btuh/hr per square foot for conditioned.floor area in the zone, or C. Seasonal efficiency must be greater than 1% point above 67% for every 7,000 btuh/hr that the output heating capacity exceeds either the building design heat loss or 45,000 btuh/hr, which- ever is greater. (Effective December 22, 1982 in the seasonal efficiency requirements'were to increase to 71%. Lawsuits currently pending.) 2. Heating equipment and cooling equipment must be sized according to the building heating and cooling loads, using a method set forth by the Commission's Executive Director. 3. Indoor design dry bulb air temperatures must be 70° F for heating and 78° F for cooling. Outdoor design temperatures must be those listed in the 1% or 0.2% Winter Dry Bulb column for heating and the 21% or 0.5% Summer Dry Bulb and 'Wet Bulb columns for cooling, based on whether the percentages are percent -of -season or percent - of -year respectively, of the following :ASHRAE publications: Recommended Outdoor Design Temperatures, Northern California. 1977 Recommended Outdoor Design Temperatures, Southern California, 1972 03 U GAS COOKING -APPLIANCES Gas stoves installed in new residential buildings must be equipped with intermittent ignition devices and must not have standing pilot lights unless: 1. The stove is designed to burn'oniy liquefied petroleum gas, or 2 The stove does not have an electrical line voltage supply connection and has only one -continuous burning pilot light consuming less than 150 btu/h'r. LIGHTING 2-5352(m) The standards require that.general purpose lighting fixtures in kitchens and bathrooms have an efficiency of at least ,25 lumens per. watt. (These fixtures Will usually be fluorescent.) If there is only`one`fixture in a kitchen or bathroom, it is considered general lighting. PIPE INsnATION 2-5352(j) Steam and steam -condensate 'return piping and recirculating hot water piping in attics, garages, crawl spaces, or unheated spaces other than between floors or in interior walls must be insulated to provide maximum loss of not more than. 50 btu/hr per linear foot for piping up to -and including 2 inch nominal diameter. and 100 btu/hr per linear foot,for larger sizes SETBACK THERMOSTATS 2-5352(h) Thermostatically controlled heating or cooling systems, except electric heat pumps, ;ravit furnaces in additions of room air conditioners, must have an automatic setback thermostat which can be programmed by the building,occupant to set back at least twice in tie day. DUCTS 2-5352(f) The standards require that ducts be constructed, installed and insulated according to Chapter 10 of the State Mechanical Code. '.This chapter is the same a°s Chapter 10 of the 1976 Uniform Mechanical Code. 10.0 ugeMPM MaCKAOMAII, QM TABLE NO. 10-0— NSULATION OF DUCTS figULAT10Pt tv S r taECKAWALLT "AT1s12 stMXATM rfM I DUCT UKATION COOLED ZOUZt AdArm any. I A sed W On rtad' un extent+r ul huddtnit U. Wand W II S and W I11 C and W ---- — --- I I A An"... garr4.% rail v= II A ,.newt spa.ca A and III S In walls.' within Iltxu A ecdulg sprees' rs anJ vF II III S Within the cotulitittnedY {does! ui1Cd ace spor m basements. Ntxte required A+i return ducts in aur plenum. Cement slab ix within None retluiresl NatiD MiYP : Where Juc1s arc uxJ fur Izwh h:amug arts!:outing, the minimum irtaui®suut aha11 bis as reyuimj fug the must ruslricttve cundititra. 'Hewing Dct m Days: 74m 1 below 450113-0. 70nc It 4.101 (419111100.0. ZATM III over 91x11 D 0. :vapor barriers shall be installed on cuttJiuunetl•atr•wpply ducts in sprites veMad tO Elie txtaaide in µeographit: areas where the avctrge July. August and SepzvrJ=r nwm dew point lemperatum exccctLs All"FF• 'ln%UWKM nuy be umihcd un that fxKttuu of a Duct which is Iucated with!® A tpmll Of a 110ot coling spec where trtuh silks of this slue: arc cxpx+cd to condi 4wd eat Will wfwm this space is not. ventilated or txhrn ise cxprscd tit urwil iuuncd air. Caifir*wb (arm plenums need not be to Mattes!. INSULATION TYPES: A. 1 •srwh. 0.(A) Ib./cu. ft. mineral fiber blankets and felt. truck, shag or Shu h•iteLh. 1.5 to ) Ib./.v. ft. blanket duct liner. rock. slag or glass v:•inch. 1 it, IO lh./cu. It. (xuard, nnineril Iiher. ruck. stag or glass ur equivalent to prrvx8: an inslalhsl cuntluct-rttce '- 0.48 S. ?_inch. O.htl Ib./cu. ft. mineral Ether blanket 1•inch. 1.3 tu.l Ih./cu. ft. Ixurl. nsimral hlanket (duct liner) I•ittch. 114r 10lh.icu. It. noncrrllthtrhttard to eywvaicm to pnrvidc an i";dil:J cWWuct;,me - 0.24 C. 1 -inch. O.m lb./cu. ft. mineral lihur hlan►el l!':•ineh. I,.S m .l Ih.lcu. fl un.rrl h(unkct IJucl liner) I at 1O Ib./cu. ft. mineral abet Ixtard a c%juirdcnt tar pttrvtak am installer! condut'tansc 0. I6 _-�" vapn 13;uncr. Mutcnal with L& pmmi raunit not exceeding 0.5 prrtn All *m to be .enied. W. Approved weaaherpnnul htartier. 94 •, .. . 10.0 ugeMPM MaCKAOMAII, QM TABLE NO. 10-0— NSULATION OF DUCTS figULAT10Pt tv S r taECKAWALLT "AT1s12 stMXATM rfM I DUCT UKATION COOLED ZOUZt AdArm any. I A sed W On rtad' un extent+r ul huddtnit U. Wand W II S and W I11 C and W ---- — --- I I A An"... garr4.% rail v= II A ,.newt spa.ca A and III S In walls.' within Iltxu A ecdulg sprees' rs anJ vF II III S Within the cotulitittnedY {does! ui1Cd ace spor m basements. Ntxte required A+i return ducts in aur plenum. Cement slab ix within None retluiresl NatiD MiYP : Where Juc1s arc uxJ fur Izwh h:amug arts!:outing, the minimum irtaui®suut aha11 bis as reyuimj fug the must ruslricttve cundititra. 'Hewing Dct m Days: 74m 1 below 450113-0. 70nc It 4.101 (419111100.0. ZATM III over 91x11 D 0. :vapor barriers shall be installed on cuttJiuunetl•atr•wpply ducts in sprites veMad tO Elie txtaaide in µeographit: areas where the avctrge July. August and SepzvrJ=r nwm dew point lemperatum exccctLs All"FF• 'ln%UWKM nuy be umihcd un that fxKttuu of a Duct which is Iucated with!® A tpmll Of a 110ot coling spec where trtuh silks of this slue: arc cxpx+cd to condi 4wd eat Will wfwm this space is not. ventilated or txhrn ise cxprscd tit urwil iuuncd air. Caifir*wb (arm plenums need not be to Mattes!. INSULATION TYPES: A. 1 •srwh. 0.(A) Ib./cu. ft. mineral fiber blankets and felt. truck, shag or Shu h•iteLh. 1.5 to ) Ib./.v. ft. blanket duct liner. rock. slag or glass v:•inch. 1 it, IO lh./cu. It. (xuard, nnineril Iiher. ruck. stag or glass ur equivalent to prrvx8: an inslalhsl cuntluct-rttce '- 0.48 S. ?_inch. O.htl Ib./cu. ft. mineral Ether blanket 1•inch. 1.3 tu.l Ih./cu. ft. Ixurl. nsimral hlanket (duct liner) I•ittch. 114r 10lh.icu. It. noncrrllthtrhttard to eywvaicm to pnrvidc an i";dil:J cWWuct;,me - 0.24 C. 1 -inch. O.m lb./cu. ft. mineral lihur hlan►el l!':•ineh. I,.S m .l Ih.lcu. fl un.rrl h(unkct IJucl liner) I at 1O Ib./cu. ft. mineral abet Ixtard a c%juirdcnt tar pttrvtak am installer! condut'tansc 0. I6 _-�" vapn 13;uncr. Mutcnal with L& pmmi raunit not exceeding 0.5 prrtn All *m to be .enied. W. Approved weaaherpnnul htartier. 94 '_ _-- .:.-7. ,;. � �., i ;�y� ... --.�.Io�._..r alp s ->,t_. a.. .f� .�� � _ � ,•s. _ _ "� ..tip, r ��y.Y.'k _ ��> �' i �� Y � yL � 7 ..; mss.. .(`'�-.;♦� k. 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