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001161 (SFD)
r� PERMIT APPLICATION City of La Ouinta Department of Building and Safety This permit becomes void if work not commenced within 180 days from date of issuance, OR, if work has been suspended or abandoned for a period of •180 days. LICENSED CONTRACTORS 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. License Class Lic. Number Date Contractor 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.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 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 fora 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 do the work, and the • structure is not intended or offered for sale (Sec. 7044• Business and Professions Code: The Contractor's License Law does not apply to an owner of property who 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 or improvemnt 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.). O I, as owner of the property am exculsively contracting with licensed contractors to construct the project (Sec. i-_7044. 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.). -❑ 1 am exempt under Sec. B.&'P:C'(Attache Certificate). Date OwnAr er WORKERS' COMPENSATION DECLARATION: I hereby affirm that I have a certificate of consent to'self•insure, or a • 'certificate o1 Workers' Compensation Insurance , or a certified copy thereof (Sec. 3800. Lab, C.). Policy No. Company _ ❑ Certified copy is.hereby furnished. 0 Certified copy is filed with the City Building Inspection Department or City Department. Date Applicant APPLICANT NAME (L, F. MI) JoeEbster ADDRESS 81-750 Rirport CITY/COMMUNITY/STATE/ZIP MlenWl, j _9222,,74 JOB SITE ADDRESS/SPACE 48-721 San Vinoente St- -CITY/COMMUNITY/STATE/ZIP CITY/COMMUNITY/STATE/ZIP T a Quanta, CA 92253 4C �iiii{.� �.L7 sG01 P;C0 8 v 31.50 Plan Check Fee TWN RNG SE . S TRACT LOT 13 9.49 Plumbing Fee MOD I.S8 600.00 TRACT NAME Nm1e OWNER NAME (L, F. MI) AWlica [, CONTRACTOR -FIRM NAME Spateses Cli-true - ADDRESS 85-431 Middleton Rd- CITY/COMMUNITY/STATE/ZIP twmml, AA 92274 . PHONE 9 LICNC ARC/ENG FIRM NAME ADDRESS CITY/COMMUNITY/STATE/ZIP PHONE a LICNC 0 USE OF PERMIT Swig a Fhuily Dael.11M BL ZON FSB SSB SSB RSB OFC ZONE ORD 1 LOT SZ END .SIDE CERTIFICATE OF EXEMPTION FROM WORKERS' COMPENSATION INSURANCE: This section need notbe completed if the permit is for one hundred,($100) o; 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 Applicant NOTICE TO APPLICANT: If, after making this Certificatiof 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. DIVISION OF INDUSTRIAL SAFETY PERMIT CERTIFICATION: ❑ 1 hereby certify that no excavation five (5) or more feet in depth into which a person is required to discend, will be made in connection with work authorized by this permit, and that no building structure, scaffolding, falsework, or demolition or dismantling thereof, will be more than thirty-six (36) feet high. (Chap 3.2, Grp 2 Art 2, Sec 341, Title 8, C.A.C.) ❑ As owner -builder, I will not employ anyone to do work which would require a permit from the Division of Industrial Safety, as noted above, unless such person has a permit to do such work from that division. ❑ Division of Industrial Safety Permit No. Date Applicant ' , . 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. Civ. C.). Lender's Name Lender's Address I 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 county'to enter upon the above=mentioned property for inspection purposes. Signature'of Applicant or Agent Date CERTIFICATE OF COMPLIANCE AND AUTHORIZATION' OF ENTRY: 1 `certify I have read this application and state that the information given is'correct. I agree to comply with all state. laws and county ordinances relating to buidling construction, and authorize a `representative of the City of La Ouinta Department of Building and Safety to enter upon the property for which I have applied for this permit for the purpose of making inspections. Signature� /of Ap"pli Bo�Ag � Dale rPrint,AppficantyXgent Name APPVPRMT � DAT1-.5 85 S.F.D. ? Pexmit to constrict 2400 sq. ft. of S.F.D. and 906 sq. ft.'of porch with 614 sq. ft. of garage as. per approved pians. Mech. Fee 31.50 Plan Check Fee 427.25 Const. Fee 525.00 Elect.'Fee 97.21 SMI Fee 9.49 Plumbing Fee 81.00 Prop. Devel. Fee 600.00 1,771.45 368.00 12/12/84 Depm.4 1,403.45 TOTAL FEE 1,771.45 BLDG. DEPT. VALUATION 136,285.00 1; NO. OPERATION DATE INSPECTOR NO. OPERATION DATE INSPECTOR BUILDING APPROVALS MECHANICAL APPROVALS 1 Set Back 33 Ventilation System 2 Ftgs & Frms ; 34 Plenums & Ducts 2A Slab Grade 35 Furnace Compart. 3 Steel 36 Inlets & Outlets 4 Grout Blocks 37 Combustion Air 5 Bond Beams 38 Compressor 6 Roof Deck -31z y 39 1 Appl. Clearance 7 Framing oZ 40 Fire Damper 8 Vents 41 Smoke Detection Device 9 Garage Fire Wall 42 Commercial Hood 10 Fireplace P. L. ❑ 43 ..Final 10A fireplace T.O. ❑ NO ADDITIONAL INFORMATION SEWAGE SYSTEM SIZE & LOCATION 11 Exterior Lath o2lo Sl ; l 12 Internal Lath 12A Drywall '3 fs► 13 Finish Grade INSULATION Thick R Value 7A Walls (Batts) 12B Ceiling (Batts) 12C Ceiling (Blown) 14 Final PLUMBING APPROVALS 15 Ground Plumb 1.2 16 Water Piping 17 Rough Plumb 3 18 Vents 19 Sewage Disposal 20 Sewer 21 Water Heater 22 Water Softener 23 Water Service 24 Gas Test 25 Final Tank Pit L. Line ELECTRIC APPROVALS REAR OF PROPERTY LINE P/L P/I STREET NAME 26 Power Pole 27 Conduit 28 Service Entrance 29 Wiring 29A Grounding Wire 29B Bonding 30 Fixtures 31 Service 32 Final y BERMUDA DUNES r Desert Sands .Unified School District RANCHO MIRAGE o 82-879 HIGHWAY 111 O INDIO. CALIFORNIA 92201-5678 0 1619) 347.8631 INDIAN WELLS H PALM DESERT December 27, 1984 %P LA OUINTA '''p INDIO y'3 City of La Quinta Department of Community' Development 78-105 Calle Estado La Qui-nta, CA 92253 Re: Lot:No. 13, The Golf Club Estates, La Quinta Gentlemen: .The developer of the above referenced lot has miti.'ated its impacts on our overcrowded schools by -payment of the amount of $628 per unit to be applied to the cost of district educational facilities made necessary by such new development. Sincerely, s) John D. Brooks . Assistant Superintendent' Business Services JDB/crm jol RIVERSIDE COUNTY DEPARTMENT OF HEALTH PERMIT APPLICATION FOR A SUBSURFACE DISPOSAL SYSTEM Applicant: Submit this form with three copies of a sbaleq'plot plan drawn to county specificatio.ns,reqfu_ired o-n'the attached check list. A non refundable filing fee of $15 is r ,equired when the application is subriiitted. Check must be made payable to County of Riverside. NameAXg �5 � Mailing Address City, State Zip Code Phone ^z *Property Address .C.ultysP-c-eminunm7 , 'Legal De cription of Prope;V LV,,P f I Map,Tract) Z *Assessors Parcel No. Water Serving Pr operty FrS' Lot size 'y ;9 Signatureof/Applicant I Date *The above information must be verified from Building Application Staff Use — Do Not Write Below This Line Initial Date WGG13'Cl6arance required Yes C3 No 7 Soils, feasibility report required Yes 0. No Tf '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 Type l 1 Tract File No. Other Number of Bedrooms q Z 911,4A 7-V? 64 il- .4(*rV'I,- , Septic Tank Size (gallons) Rate Required 1 Type of System New Addition Replacement Ij (_Z 3 Sf ls-o 0 Ci" ,I,- 2 /11 9-- El El Leach line sq. ft. of bottom area trench Leach b6d (sq. -fi&f'bottom area bed) Seepage Pit Diameter umber of Pits Seepage,Pit Depth Total TotalDepth of Pit Location of System ez Additional Requiiremen6�".,:, ILA oft A permit is,g!'p__.10den 'ern p Lq �e- denied hed sO'�g4tiAoYa-67'V-b4cs'uy"r(f<-a-e"ge�df4ipg4�prsa"fgty's�r"'�as�rdiclfe4d"'d'IfCKe-a"c'�-o-m—"p�ean';--e'��pifo f plan 1// using using the requirements set forth in Section B above'. A building permit is necessary for the installation of the above] designed system. j Signature of Health OfficialDate - Receipt No. District: Riverside ❑ Indio El. Hemet ❑ DISTRIBUTION: WHITE - Office File YELLOW - Applican . t• DOH SAN 1.22 (Rev 10/82) Issued By - Date Z PINK - Building Dept. GOLDENROD - Pending File 1 Lainta Gol Estates � .f Community Association P.O. Box 162 La Quinta, Ca 92253 RECEIVED APR 2.2198!) COMMUNITY DEVELOPMENT DEPT April 19, 1985 City of La Quinta P.O. Box 1504 La Quinta, CA 92253 Attentions Sandra Bonner Planning Department Res Foster; 48-721 San Vicente Dear Sandra: The Architectural Committee of the La Quinta Golf Estates Community Association has approved the charcoal -gray "Cal -Tile" roofing material chosen by the owner of the house now under constructionat the above address. Sincerely, LA QUINTA GOLF ESTATES COPJIlVlUNITY ASSOCIATION Morga Ward, Jr. President 1 4 a 78-105 CALLE ESTADO - LA QUINTA, CALIFORNIA 92253 (619) 564-2246 December 12, 1984 Mr. Joseph•Foster 81-750 Airport Boulevard Thermal, CA 92274 RE: Plot Plan No. 84-086, Request to construct a Single -Family Dwelling on the West Side of San Vicente, 315' South of Eisenhower Drive Dear A1r. Foster: This letter is to report approval of your application to build a single- family house at the location described above. This approval is subject to the conditions listed on the attached sheet. Now that you have Planning Cc[tmissicn approval for construction of your single-family home, the next step is to submit plans to the Building Department for plan checking. An instruction sheet is attached explaining the requirements rements that must be canpleted prior to acceptance of the plans for consideration of approval. Please contact the Community Development Department, Buildinq Division, if you'have any further questions regarding fees, etc. Very truly yours, COMMUNITY DEVEUOPMENT DEPARTHM Sandra L. Bonner Principal Planner SLB:d my Encls: 1. Conditions. 2. Instructions for Submitting Plans for Plan Check MAILING ADDRESS - P.O. BOX 1504 - LA QUINTA, CALIFORNIA 92253 • A S I NGL -E FAM I L_Y PES I DENGE r• • for MR. JOE FOSTER LA QUINTA, CALIFORNIA TITLE 24 COMPLIANCE NOTES: 1. Provide gaskets at all duplex / J -Box outlets at exterior walls. • 2. Ducts shall be fabricated, installed and insulated according to chapter 10 UMC (Uniform Mechanical Code). 3. Provide automatic setback thermostats. • 4. Provide R-12 or greater blanket insulation (externally wrapped) at all water heaters. 5. Provide R-3 or greater pipe insulation for first five feet of pipe closest to water heater or whatever shorter length is in unconditioned space. • 6. Provide tight fitting closeable metal or glass doors over entire fireplace opening (unless such devices interfere with intregal circulation devices). 7. Wall insulation to be 5.5" (R-19) mineral fiber insulation or equivalent. 8. Roof / Ceiling insulation to be 2 layers 6" (R-19) mineral fiber insulation • or equivalent'(top layer shall be unsurfaced both sides) or 8.5" (R-30) mineral fiber insulation per attached CONSTRUCTION ASSEMBLIES. J 9. This point system calculation per AB 163 (Revised 1 July 1984) and authority cited for shading coefficient exclusion per. C.E.C. (81 -RBS -1) - (81 -RBS -3) May 15, 1983 SHADING OF GLAZING. 10. Some windows shall be installed with "off white"Mini Blinds to serve as an additional interior mounted shading device. See accompanying UNIT COMPLIANCE PACKAGE for requirements and locations. DISCLAIMER: D.C. COMPU - CALC.provides these calculations as HVAC design assistance in accordance with State approved calculation procedures, and is not responsible for actual HVAC design. These documents shall not be issued to any third party without the expressed written consent of D.C. Compu - Calc. Doc ume*n t es t i an Pr e -p ar e d b>- ♦-----------------------7----------------------------------------------------------------------- D. C. COMPU_ - CALC 43-620 Carmel Circle, Palm Desert, Ca. 92260 Telephone (619) 346-8014 aleP 1861 0 T 338 uappej 3N.Jagdo#s!J40 Of tAJ bZ " " " " " " ... (suo!}et" I" WJ}) 83uels!saa 3143813..tq law ssol IeaH Ienuuy }o 06elMJad :IeaH AnjumatdAS amis!saa ]143a13 4I!m damd IeaH :Alpedeo lauuog NOI1tl1N3b OO 03H3dlld 33S :uo!ldinsaO tapoW .1H9IN Put AtiO. :JaJnpe}nueW :a)euJnj pasodoJd 'J4/nI8 Z69LSO'09E99 EZ .......... ZZ au!1 x S'i '.clpede0 IauuoB PamoliV a:nm!xeW 'J4/nI8 968E0'ObZ66 ZZ " '" " "_'.............. ...... 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(suo!leln3le) uoJ}) eaiv 6u!zel9 pau6!sa0 'Ij 'bS IE'IZSI t oV....................................................... (suo!Ietntn eloJ}) EBJd item SSOJg 'Ij 'bS OOoZ E }d...............................................I..... (suo!leln)te) Wif) eaiv J0013 ssoJg NOI1t6J;lOINI 3dO13MI3 MUM 03SOdOHd A, IE Zmo1................................................................ aanleJadwal u61sa0 ap!sln0 .cep -j, Z£Zt. t ON I'll .............. ............................................ I....... Am aaJ6a0 6u!leaH NOI1MOJNI 31IS (t QJoj alelSl ANWS MG 103r08d 68'SZi ou qor 1310 - ndWOO 0 0 0 0 0 13 • 0 18. SOLAR U17H GAS BACKUP (Net Solar Fraction, %) ....................... NA % NSF ..................... 0 19. OTHER WATER HEATING (Describe Type)............................................................ GAS ONLY 0 POINT SYSTEM COMPLIANCE TOTAL (MUST BE GREATER THAN OR EQUAL TOTAL -4) .................................... -3 ** See attached documentation for efficiencies -14.� DEC 10 �?A4 Christopher Mc ladden date job no. 125.84 COMPO - CALC 1 COMPLIANCE CHECKLIST - ZONE 15 BUILDING SHELL (State Form - 2R) MEASURE POINTS TOTALFLOOR AREA..................................................................... 2400(SQ. FT.) 1. SLAB -ON -GROUND PERIMETER 247 FT;DEPTH 18 INCHES ..........................R- 0 ... -4 2. RAISED FLOOR R-VALUE................................................................R- 0 ... 0 3. CEILING INSULATION OR CONSTRUCTION ASSEMBLY (Weighted Average) ......................R- 35.91 ... -4 ATTIC, PERCENT OF ROOF OVER CONDITIONED SPACE ..... 73.875 % ...................SO FT 1773 ... 3 4. WALL INSULATION OR CONSTRUCTION ASSEMBLY, R-VALUE...................................R- 19 ... 0 GLAZING TOTAL % FLOOR AREA SINGLE DUAL DUAL w/ MINI BLINDS (sq. ft.) (sq. ft.) (sq. ft.) 5. NORTH -FACING.. 3.4166667 % ...... 82 ... 0 ... 0 ......................... 0 !� (area shaded) 1.3125 % ...... 31.5 ... 0 ... 0 6. EAST -FACING .. 4.2495833 % ... *... 101.99 ... 0 ... 0 ......................... -3 (area shaded) 2.3054167 % ...... 55.33 ... 0 ... 0 7. ' SOUTH FACING.: .625 % "....:...: .. 15 :. ; ~ ..... : 0 .. ....: ` 0 ...............:...:....: 1 (area shaded) .625 % ...... 15 ... 0 ... 0 8. WEST FACING .. 7.51375 % ...... 0 ... 84.33 ... 96 ......................... -14 (area shaded) 1.1804167 % ...... .0 ... 28.33 ... 0 9. SKYLIGHT ..... 0 % ...... 0 ... 0 ... 0 ......................... 0 NOTE - SHADED AREA (ABOVE) NOT EXCLUDED FROM THIS CALCULATION. 10. SHADING COEFFICIENT* (exclude overhangs) a. NORTH ............ single sc .88 dual sc 0 dual w/ blinds sc 0 ............ 0 b. EAST ............. single sc .88 dual sc 0 dual w/ blinds sc 0............ -5 c: SOUTH .....:..r... single sc ` .88' . dual sc 0 dual w/ blinds sc 0 ............. ' 10 ..:. ...` . . d. WEST ............. single sc 0 dual sc .66 dual w/ blinds sc .27 .....:...... -3 e. SKYLIGHT ......... single sc NA. dual sc NA dual w/ blinds sc NA . ............. 0 11. HORIZONTAL SOUTH OVERHANG LENGTH .................. 37 FT . ........................................ 1 12. INFILTRATION (indicate Standard, Medium or Tight) ............................................... MEDIUM -1 13. THERMAL MASS INTERIOR WALL THERMAL MASS AREA, MASS CAPACITY, R -VALUE ....... 84 (SO.FT.) 1.8 MC, R- .135 ................ 0 INTERIOR FLOOR MASS AREA, MASS CAPACITY, R -VALUE ....... 458.3 (SO.FT.) 7.8 MC, R- .3 ................ 10 HVAC SYSTEM** 14. GAS FURNACE WITHOUT REFRIGERATION COOLING(Seasonal Efficiency) .................................... NA SE ...................... 0 15. HEAT PUMP (Energy Efficiency Ratio) :............................... 0 EER 0 ..................... 16. GAS FURNACE WITH REFRIGERATION COOLING [SEASONAL EFFICIENCY (SE), SEASONAL ENERGY EFFICIENCY RATIO (SEER)] .... 82 % SE 10.15 SEER .................... 15 17. ACTIVE SOLAR (Net Solar Fraction, %) ............................... 07. NSF ..................... 0 DOMESTIC NATER HEATING** 18. SOLAR U17H GAS BACKUP (Net Solar Fraction, %) ....................... NA % NSF ..................... 0 19. OTHER WATER HEATING (Describe Type)............................................................ GAS ONLY 0 POINT SYSTEM COMPLIANCE TOTAL (MUST BE GREATER THAN OR EQUAL TOTAL -4) .................................... -3 ** See attached documentation for efficiencies -14.� DEC 10 �?A4 Christopher Mc ladden date job no. 125.84 COMPU - CALC I PROPOSED HEAT LOSS CALCULATION (State Form 2) SITE INFORMATION Heating Degree Day..........................................................................HDD 1232 'F -day Outside Design Temperature..................................................................Tow 31 'F Outside January Mean Temperature...........................................................Tian 54 'F PROPOSED BUILDING ENVELOPE INFORMATION Gross Floor Area (from plans)................................................................Af 2400 Sq. Ft, Gross Wall Area (from plans) .............................. :........... ........ ............... Aw 1521.31 Sq. Ft. Designed Glazing Area (from plans)...........................................................Ag 379.32 Sq. Ft. Basic Glazing Area (16% of Af if low-rise or 407 of Aw if high-rise) ........................Abg 384 Sq, Ft. HOURLY HEAT LOSS DESIGN TEMPERATURE DIFFERENCE For All Assemblies Other Than The Three Below............................70'F-' 31 'F=/ITh 1 39 'F Tow from above For Insulated Floor Over Vented Unheated Space..................................Line 1/2=/ Thi 1 WA 'F For Uninsulated Floor Over Vented Unheated Space ........................... Line 2-31 =/ Thu 3 WA 'F For Slab On Ground Floors ................. :............................70 'F 54 'F =AThg 4 16 'F Tian from above CONDUCTIVE HEAT LOSS Sq. Ft.'or Average U A T hourly length from above . heat loss Glazing Single Pane 198.99 x 1 x 39 = 7760,61 Btu/hr. Dual Pane ................. 84.33 x .88 x 39 2894.2056 Btu/hr. Dual Pane w/ Mini -Blinds .. 96 x .88 x 39 = 3294.72 Btu/hr. * Heat Mirror ............... 0 x .4 x 39 = 0 Btu/hr. Wall * Wall #1 1131.09 x .057 x 39 = 2736.71307 Btu/hr. e Wall 02 .:................. 290.22 x .055 x 39 = 622.5219 Btu/hr. { Wall 03 0 x 0 x 39 = 0 Btu/hr. * Wall 114 ................... 0 x 0 x 39 = 0 Btu/hr. Ceiling/roof a Ceiling/Roof 01 1773 x .031 x 39 = 2143.557 Btu/hr. * Ceiling/Roof 02 627 x .036 x 39 = .812592 Btu/hr. a Ceiling/Roof 03 0 x 0 x 39 = 0 Btu/hr. Skylights 0 x 0 X. 39 = 0 Btu/hr. Floor Slab On Grade 247 x .3 x 16 1185.6 Btu/hr. Raised Floor ............... 0 0 39 = 0 Btu/hr. Other 1.75' S.C. Doors .......... 108.37 x .51 x 39 = 2155.4793 Btu/hr. e SEE ATTACHED CONSTRUCTION ASSEMBLIES Subtotal 22794.219462 Btu/hr. sum of the above INFILTRATION 2400 Ft, x 9.304 x .018 x 39 'F = 15675.3792 Af from above wt, avg. clg, ht. /ITh Subtotal 38469.598662 Btu/hr. DUCT HEAT LOSS (enter 0 if there are no ducts) .............................. 0.15 x Line 7 = 5770.4397993 Btu/hr. TOTAL HOURLY HEAT LOSS 44240.03846 Btu/hr. ANNUAL HEAT LOSS. 1232 'F-day/yr x 44240.03 Btu/hr x I x 24 hr/day / 39 'F = 33540755.31 Btu/yr. HDD Heat loss C from table 3-8 /ITh from (line 9) li 1 DEC 10 1984 Christop er Mc Fadden date 0 u • LA job no. 125.84 COMPO - CALC I UNIT COMPLIANCE PACKAGE Unit Type 1650 - Lot if 154 Glass Expanse (Patio Side) Facing WEST Door or Window Symbols - SEE PLANS 'AS MARKED' by D.C. COMPO - CALC NORTH GLAZING: Single S.C. = 0.88 a Dual S.C. = 0.65 w/ Blinds = 0.26 E� a. EAST GLAZING: Single S.C. = 0.88 FD -Dual S.C.. =.0.65 ,. w/ Blinds = 0.26 ETI *. SOUTH GLAZING: Single S.C. = 0.88 Dual S.C. = 0.66 w/ Blinds = 0,27 WEST GLAZING:. Single S.C. = 0.88 Dual S.C. = 0.66 w/ Blinds = 0.27 © * O ---------------------- _---------------------------------------------- SINGLE ----------------------------------------------------------------------------------------------------------------- ------------------------------- _____________ DUAL DUAL w/ Mini Blinds Thermal Mass Requirement: 458.3 sq. it. 3.50% (Walls) Thermal Mass Requirement: 458.3 sq. it. 19.07/ (Floors) HVAC Energy Equipment Ratio: 10.15 ASSEMBLIES a�i� '..�;.R'y+ 1ti • job no. 115.84 r� L • SKETCH OF CONSTRUCTION ASSEMBLY • Framing size 2 x 6 Framing spacing 161 o.c. LESS THAN 25 lbs./sq, ft. COMPU - CALC I PROPOSED CONSTRUCTION ASSEMBLY WALL TYPE 1 LIST' OF CONSTRUCTION COMPONENTS R - VALUE 0 0.5- GYPSUM BOARD 0.45 Q 5.5- MINERAL FIBER INSULATION 19.0 Q 0.875- STUCCO OVER WIRE LATH 0.18 0 BUILDING PAPER 0.06 5• 7. B. Inside Surface Air Film ........................... 0.68 9. Outside Surface Air Film .......................... '0.17 Total Thermal Resistance (Rt) 20.54 AVERAGE U VALUE OF ASSEMBLY 1.18/ 20.54 _ 0.057 Use This Value For Heat Load Calc or Code Comparison •- DEC 1 0 1984' Christopher Mc Fadden date • job no, 125.84 i • CM SKETCH OF CONSTRUCTION ASSEMBLY • Framing size 2 x 6 Framing spacing 161 o.c. LESS THAN 25 lbs./sq. ft. • • LIM COMPU — CALC I PROPOSED CONSTRUCTION ASSEMBLY WALL TYPE 2 LIST OF CONSTRUCTION COMPONENTS R — VALUE 1. 0.625- TYPE 'X' GYPSUM BOARD 0.78 Q0.5- GYPSUM BOARD 0.45 O 5.5- MINERAL FIBER INSULATION 19.0 4. 5: ]. B. Inside -Surface Air Film 0.68 9. Outside Surface Air Film 0.68 Total Thermal Resistance (Rt) 21.59 AVERAGE U VALUE OF ASSEMBLY 1.18/"21.59 0.054 Btu/(hr.x'f) Use This Value For Heat Load Calc or Code Comparison •MQT DEC 10 1984 Christopher Mc Fadden date I�1 • Framing size 2 x 6 Framing spacing 161 o.c. LESS THAN 25 lbs./sq. ft. • • LIM COMPU — CALC I PROPOSED CONSTRUCTION ASSEMBLY WALL TYPE 2 LIST OF CONSTRUCTION COMPONENTS R — VALUE 1. 0.625- TYPE 'X' GYPSUM BOARD 0.78 Q0.5- GYPSUM BOARD 0.45 O 5.5- MINERAL FIBER INSULATION 19.0 4. 5: ]. B. Inside -Surface Air Film 0.68 9. Outside Surface Air Film 0.68 Total Thermal Resistance (Rt) 21.59 AVERAGE U VALUE OF ASSEMBLY 1.18/"21.59 0.054 Btu/(hr.x'f) Use This Value For Heat Load Calc or Code Comparison •MQT DEC 10 1984 Christopher Mc Fadden date • job no. 125.84 COMPU — CALC I PROPOSED CONSTRUCTION ASSEMBLY CEILING and ROOF TYPE I I SKETCH OF CONSTRUCTION ASSEMBLY LIST OF CONSTRUCTION COMPONENTS R — VALUE • �1Et� A�`T`TlC Q2 LAYERS, 5.5- MINERAL FIBER INSULATION 1F 38.0 O 0.625° GYPSUM BOARD 0.77 3. 4. Framing size 2' x * e 7. Framing spacing 16' o.c. 8. Inside Surface Air Film ........................... 0.61 • 9. Outside Surface Air Film .......................... 0.61 Total Thermal Resistance (Rt) 40.00 AVERAGE U VALUE OF ASSEMBLY 1.25 / 40.00 0.031 Btu/(hr.x'f) Use This Value For Heat Load • Calc or Code Comparison • a Where two layers of insulation are used the top layer shall be unsurfaced - both sides. e * See framing plan for joist depth. • DEC 10 1984 Christopher Mc Fadden date • job no. 125.84 COMPU - CALC I PROPOSED CONSTRUCTION ASSEMBLY CEILING and ROOF TYPE 2 SKETCH OF CONSTRUCTION ASSEMBLY LIST OF CONSTRUCTION COMPONENTS R - VALUE • J0. • Framing size 2' x 12' Framing spacing 16' o.c. • O FLAT CLAY TILE ROOFING OR BARREL TILE 0.32 2O. 2 LAYERS of 15 lb. FELT 0.12 3Q. 0.625' PLYWOOD SHEATHING 0.77 4.:8.5' MINERAL FIBER INSULATION 30.0 5Q. 0.5' GYPSUM BOARD 0.45 7. B. Inside Surface Air Film ...................:....... 0.62 1 ►, fir i �„cI �” • Framing size 2' x 12' Framing spacing 16' o.c. • O FLAT CLAY TILE ROOFING OR BARREL TILE 0.32 2O. 2 LAYERS of 15 lb. FELT 0.12 3Q. 0.625' PLYWOOD SHEATHING 0.77 4.:8.5' MINERAL FIBER INSULATION 30.0 5Q. 0.5' GYPSUM BOARD 0.45 7. B. Inside Surface Air Film ...................:....... 0.62 9. Outside Surface Air Film .......................... 0.17 Total Thernal Resistance, (Rt) 32.45 AVERAGE U VALUE OF ASSEMBLY `+ 1.18 / 32.45 0.036 Btu/(hr.x'f) Use This Value For Heat load Calc.or Code Comparison • � DEC i o 19si Christopher Mc Fadden date 43-620 CARMEL CIRCLE PALM DEEER7, Eta. • Owner: MR. JOE FOSTER Builder: OWNER / BU I LDER Address LA QUI NTA L CA I F ------------------------L-----�-�----------- SQUARE FT. R- VALDE ATTIC AREA----- WALLS -------- PERIMETER --='- ----- CEILING im North - Est - South - West .HCC E. 31� '�� 8 •� �. E . a� ;, • X33 �..�.� ►�.� O 1 A Z , �-3.33 . 7 � 13 Io SoL_S-7 180.33 AfzID. = 4'SS •.3 1'1'13.31 '�� =�8 Iz=•3 8�01�=3�q1 E .V I E �F-� .--� I..E .0-1-.5 = R 146 c� 140 T E E a S CONSTRUCTION ASSEMBLIES je- I (-/ETq • i`1�3 L L -1°g •37 . E . SPECIFICATIONS J , • • 0 Day&Night Air Conditioning QUIETLINE& DELUXE Model 566D 9 �s CONDENSING UNITS sat, es o2a tn�oso .:;;. ., try•? • _ City 01 I.a.swf. CA - IIII,�Ililllljillillil�,.iill,l�Il:�l;;ll�i'•..'�., 111ii:J1i I11�:: ILII( rail a�r �1 1�Ii�lIU�,II�1'I;11110 1101 ' - iIIIIIItIIUIiIICaitipl�t' The Model 568D Deluxe Condensing Units are designed to pro- vide quiet, reliable, and economical cooling performance. The all-new exterior design, with pleasing silver sage and jade exte- rior, blends well with plants and shrubbery. SEER ratings to 10.55 when used with components as designated by manu- facturer. ' FEATURES HIGH EFFICIENCY—High energy. efficiency is obtained by siz- ing the heat transfer surface and using the best components available to create a system that provides the most cooling out- put for the least energy input. The 568D is a high -efficiency, full line of condensing units built specifically for the energy - conscious consumer. WEATHER -PROTECTIVE CABINET—Steel is protected with a heavy coating commonly called "galvanizing," then coated with a layer of zinc phosphate to which a coat of alkyd melamine enamel is applied and baked -on. This provides each unit with a hard, smooth finish that will last for many years. All screws on the cabinet exterior are stainless steel for a long-lasting, rust - resistant, quality appearance. TOTALLY ENCLOSED FAN MOTOR—Means greater reliability ,under rain and snow conditions, and dependable performance for many years. Permanent -split -capacitor -type motors promote more economical operation. UNIT DESIGN—The large wrap-around condenser coil is designed for. optimum heat transfer. Vertical air discharge car- ries sound and hot condenser air up and away from adjacent patio areas and foliage. Electrical controls are near top of unit for easy access during installation and servicing. The condenser fan motor can be removed with the top cover when servicing is required. A 3/8 -inch space is provided between rows of com- posite coils to permit cleaning with a common garden hose. A divider panel is installed between compressor and coil section, so unit can be checked and serviced while operating. EXTERNAL SERVICE VALVES—The service valves are brass and are externally located so refrigerant tube connections can be made quickly and easily. Each valve has a service port for ease of checking operating refrigerant pressures. EASY SERVICEABILITY—One access panel provides access to the electrical controls and compressor J -box. Removal of the top gives access to the coil and removal of the corner panel gives complete access to the compressor and coil return bends. COMPRESSOR PROTECTION—Each compressor is protected with temperature- and current -sensitive overloads. An internal pressure relief valve provides high-pressure protection to the refrigerant system. . STANDARD EQUIPMENT—An impressive array of equipment standard on every 568D includes a crankcase heater with ther- mostatic control, a fully insulated compressor compartment, a low-pressure switch, a filter -drier,. compressor hard -start com- ponents, and external brass refrigerant valves. Form No. PDS 568D.24.2D • 0 0 6 • 9 A PERFORMANCE MODEL j 568DJ030 5680J024 o.OJ024 j SERIES SERIES SERIES A PERFORMANCE DATA A PERFORMANCE DATA PERFORMANCE DATA 7.6 ARI No:se Rat.ng Number' 513C 030 - 7.6 ARI Noise Rating Number* 513C 024 7.6 - - - _ _ 500A 024 1 030 036 - - - 036 - _ _ _ 5068 - - - 030 036 024 030 036 042 Coolinb Capacityt 23.000 507E - - - - - 024 030 036 042 2700 2560 5070 or 518A 2650 1 2560 2613 2650 2657 - - 10.00 9.50 030 036 Cooling Capacityt 22.200 23.400 24.000 ( 23.200 24.200 21.800 23.000 23.000 24.000 23.400 24.000 system Wanst 2560 2613 1 2650 2610 2650 2543 1 2600 2610 2644 2620 2640 SEERt 10.00 10.25 1 10.50 10.25 10.50 9.80 10.15 10.10 10.45 10.40 1 10.55 MODEL j 568DJ030 5680J024 568DJ036 j SERIES SERIES g A PERFORMANCE DATA E PERFORMANCE DATA ARI Noise Rating Number* 7.6 ARI No:se Rat.ng Number' 513C 030 - 7.6 - 513C 024 030 - - - _ _ I_ I _ 517E - - 024 030 036 - _ _ _ 519B or519C - - - - - 024 030 036 042 Coolinb Capacityt 23.000 24.000 1 22.000 23.000 23,600 22,200 23.400 24,000 24.200 System tdat151 2595 2700 2560 2660 2650 1 2560 2613 2650 2657 SEERi 1 10.10 10.00 9.50 10.00 10.00 1 10.00 10.25 10.50 10.55 MODEL j 568DJ030 5680J030. 568DJ036 j SERIES SERIES g 6 PERFORMANCE DATA E PERFORMANCE DATA ARI Noise Rating Number* 7.6 ARI Sound Rating Number 513C 030 - 7.6 - 500A 030 036 036 042 i - _ _ I_ I _ 506B - - 030 036 - I - - _ _ _ 507E - - - - 030 036 042 - - - 5070 or 518A - - - - - - - 030 036 042 Cooling Capacityt27.000 3572 28.000 27.000 28.000 26.400 27,200 28.000 27.200 27.800 28.600 System WansT 2845 2683 2835 2872 2825 2845 2875 2845 2875 2935 SEERt 9.80 1 10.00 9.80 10.10 9.65 9.80 10.00 9.85 10.00 10.20 MODEL j 568DJ030 5680J036 568DJ036 j SERIES SERIES g E PERFORMANCE DATA E PERFORMANCE DATA ARI Noise Rating Number* 7.6 ARI Noise Rating Number' 513C 030 - - - 517E - 030 036 042 _ 5198 or 519C - - - - 030 03V- t 042 Cooling Capacityt 27.600 26.800 27,800 29.000 27.000 28.000 28.600 System Wattst 2945 2885 2895 2975 2845 2883 2916 SEERt 9.70 9.65 9.90 10.10 9.80 10.00 10.20 MODEL 5680J036 568DJ036 j SERIES SERIES E E PERFORMANCE DATA PERFORMANCE DATA ARI Noise Rating Number' 7.6 ARI Noise Rating Number* 500A 036 - - - _ 5070 or 518A 036 5068 - 036 042 048 060 - - - _ 507E - - - - - 036 042 048 060 CoolingCapacityt 33.400 33.800 34.000 34,600 35.000 33,000 33.800 34.000 35.000 System Wattst 3572 3605 3610 3635 3641 3515 3568 3605 3665 SEERt 10.30 10.30 10.35 10.45 10.50 10.30 10.40 10.30 10.55 MODEL 568DJ036 j SERIES E PERFORMANCE DATA ARI Noise Rating Number* 7.6 5070 or 518A 036 042 048 1 060 - - - 517E - - - - 036 042 048 - - _ 5198 or 519C - - - - - - - _ 036 042 048 060 Coaling Capacityt 33.600 33.600 35.000 35.600 33.400 35.000 35.500 _ 33.400 34.400 34,400 35.600 System Wattst 3585 1 3585 3672 3682 3605 3635 4690 3572 3585 3585 3705 SEERT 10.25 -10,30_J...10.45 10.50 9.00 10.35 1 10.65 10.30 10.45 10.45 10.45 *Rated in accordance with ARI Standard 270.82. tRated in accordance with U.S. Government DOE test procedures and:or ARI Standard 210-81. When operating units at 208V, deduct 400 Btuh • from cooling capacity and deduct 0.1 from SEER for all sizes. EAC -34 J Ll 0 LJ 6 LA n u SPECIFICATIONS MODEL 5680J024 568DJ030 - --568DJ036 'ELECTRICAL rcameplate Volts -Hertz -Phase 2081230-60-1 208.230-60-1 230-60-1 rlaveiating voltage Range 187-253 197-253 207-253 :-Ompressor-Rated Load Amps 12.0 13.9 16.2 Locked Rotor Amps 54.0 66.0 78.0 "undenser Fan Motor -Full Load Amps 1.0 1.0 1.0 Total Unit Amps 13.0 14.9 17.2 Minimum Una Ampacity for Wire Sizing 16.0 19.0 21.5 Minimum Wire Size (60° Copper) AWG' 12 12 10 Maximum Branch Circuit Fuse Size 25 30 35 COMPRESSOR & REFRIGERANT umpressof-Type & RPM Hermetic 3500 Temperature & Current Protection Internal Line Break d+efrigeram-Type & AmountT R22-6 lbs 8 oz R22-7 lbs 6 oz R22-10 lbs 10 oz yrston (indoor coi!) 63 67 76 'CONDENSER COIL & FAN 'Ail -Height x Width (Sq Ft) 11.5 11.5 14.4 Rows Deep & Fins per inch 2 & 25 2 & 25 2 & 25 %an Motor -HP- Type. & RPM 1/8 PSC 820 Volts -Hertz -Phase 208-230-60-1 =an -Diameter 22 22 22 ondenser Airflow (Ft IMin) 2300 2300 2400 OPTIONAL EQUIPMENT :07MPR ITEC' 301600.701 Acapter (314 -in. Female Flare x 518 -in. Male Flare) IBL242OR WA -ow-Pressure Switch Kit STD -i gh-Pressure Switch Kit 301619.701 'XV (For Indoor Coil) 304196-704 tease Channels 301709-701 snit Support Pacxage-Rubber Isolators 60751 D01 swivel Ells-Lic_+d/Vapor Tubes IBN161611BN2424R 'If other than 60°C copper wire is used, size can be determined from unit ampacity given in above table and applicable table of National Electric Code. Wire size selected must have current capacity not less than that of copper wire specified and must not create a voltage drop between serv- ice panel and unit in excess of 2% of unit rated voltage. tThe factory refrigerant charge is sufficient for systems requiring up to 30 ft of interconnecting tubing. For tubing lengths other than 30 ft, see Installation Instructions for additional refrigerant requirements. SPECIFICATIONS MODEL 5680JO42 568DJO48 56808060 ' ELECTRICAL nameplate Volts- Hertz -Phase 2081230-60-1 208.230-60-1 230-60-1 Operating Voltage Range 187-253 197-253 207-253 Compressor -Ra d Load Amps 19.7 24.0 26.2 Lor.:.:ed Rotor Amps 95.0 114.0 130.0 Condenser Fan miltor-Full Load Amps 1.0 1.0 1.0 Total Unit Amps 20.7 25.0 27.2 Minimum Unit Arrcacity for Wire Sizing 26.0 31.0 33.9 Minimum Wire 5,=e (60'C Copper) AWG* 10 8 8 Maximum Brancr Circuit Fuse Size (Amps) 45 50 60 COMPRESSOF & REFRIGERANT Compressor-Tysw & RPM Hermetic 3500 Temperature & current Protection Internal Line Break Refrigerant- Tpe & AmountT R22-9 lbs 8 oz R22-11 Ibs 4 oz R22-12 lbs 8 oz Piston (indoor co,l'. 82 88 1 96 CONDENSER COIL & FAN Coil -Height x W:r:h Sq Ft) 14.4 22.8 22.8 Rows Deep & F ns per Inch 2 & 25 2 & 20 2 & 20 Fan Motor -HP. ,,pe, & RPM 118 PSC 820 Volts -Hertz -='ease 208-230-60-1 Fan -Diameter 22 Condenser Airllow (Ft/Min) 2400 2700 2700 OPTIONAL EQUIPMENT COMPROTEC'° 301600-701 Low -Pressure Sw,n::h Kit STD High -Pressure Sw,nch Kit 301619.701 TXV (For Indoor Cail) 304196.705 Base Channels 301709.701 Swivel Ells-Liouna.'Vapor Tubes IBN1616R/IBN2424R Unit Suppon Pacx:aae-Rubber Isolators 60751001 'If other than 60°C copper wire is used, size can be determined from unit ampacity given in above table and applicable table of National Electric Code. Wir= size selected must have current capacity not less than that of copper wire specified and must not create a voltage drop between serv- ice panel and unit in excess of 2% of unit rated voltage. • tThe factor. refrigerant charge is sufficient for systems requiring up to 30 It of interconnecting tubing. For tubing lengths other than 30 ft, see Installatior instructions for additional refrigerant requirements. EAC -34b DETAILED COOLING CAPACITIES* Evaporator CONDENSER ENTERING AIR TEMPERATURE IF Air 85 95 105 115 Ft3 per Min E W B Capacity MBtuht Total System KW** Capacity MBtuht Total I System KW** Capacity MBtuht Total System KW** Capacity Total MBtuht I System Total Sens$ KW** Total I Sens$ Total I Sens$ Total Sens$ �vvvry vuIuwi . ,-. vrnn JV/CVVL, oOiuuJO, nr 51 AAn3R I-4- CnMinn - 63 22.6 19.2 2.23 21.3 18.6 2.39 20.0 18.0 2.56 18.7 17.3 2.72 700 67 24.6 16.6 1 2.27 23.2 16.0 I 2.44 21.8• 15.4 2.62 20.3 14.8 2.78 71 26.7 13.9 1 2.33 25.2 13.4 2.50 23.7 12.8 2.68 2.22 12.3 2.86 517E 63 23.2 20.5 2.28 21.8 19.9 2.45 20.5 19.2 2.62 19.2 18.5 2.78 800 67 25.1 17.6 2.33 23.6 17.0 2.50 22.2 16.4 2.67 20.7 15.8 2.84 1.01 71 27.2 14.6 2.39 25.7 14.0 2.56 24.1 13.5 2.74 22.5 12.9 2.91 63 23.6 21.7 2.33 22.2 21.0 2.50 20.9 ' 20.3 2.67 19.6 19.5 2.84 900 67 25.5 18.6 2.38 24.0 18.0 2.55 22.5 17.4 2.72 20.9 16.8 2.90 71 27.6 15.2 2.44 26.0 14.7 2.61 1 24.5 ; . 14.1 1 2.79 22.8 13.5 2.97 - Indoor Section nNuco wvcicu nnmK� Cooling I.- re11p11ndI1Ge Vvlln Indoor Section Vlner In OOor oections Cooling Size Capacity Power Size Capacity Power 500A 024 0.93 0.97 513C 024 0.96 0.98 • 030 0.98 0.99 030 1.00 0.98 036 I 1.00 1.01 517E 024 0.92 0.99 506B 030 0.97 0.98 030 0.96 1-0.99 036 1.01 1.00 036 0.93 1.01 507E 024 0.91 0.97 5196 & 024 0.93 0.97 030 0.96 0.98 519C 030 0.98 0.99 036 0.96 0.97 036 1.00 1.01 507D & 030 0.98 0.99 042 1 1.01 1.01 518A 036 1.00 1.00. ' 568DJO30 Outdoor Section With 507DO48 or 518AO48 Indoor Section 63 27.6 24.8 2.62 25.623.8 2.78 23.4 22.7 2.95 21.1 21.1 3.12 900 67 29.9 21.2 2.68. 27.8 20.4 2.85 25.6 19.5 3.02 22.9 18.5 3.18 71 32.6 17.6 2.74 30.4 16.8 2.89 28.1 16.0 3.10 25.5 15.2 3.27 63 28.1 26.1 2.67 26.1 25.1 2.84 24.0 23.8 30.1 21.9 21.9 3.18 1.000 67 30.4 22.3 2.73 28.2 21.5 I 2.90 26.0 20.6 3.07 23.3 19.5 3.24 71 33.1 18.3 2.80 30.8 17.5 2.97 28.5 16.7 315 25.9 15.8 3.32 63 28.6 27.4 2.72 26.6 26.2 2.89 24.6 24.6 3.07 22.5 22.5 3.25 1100 67 30.9 23.4 2.78 28.6 22.5 2.95 26.3 21.6 3.12 23.6 20.5 3.29 71 33.7 19.0 2:84 31.2 18.2 3.02 28.7 17.4 3.20 26.1 16.5 3.37 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section CoolingIndoor Section Cooling Size Capacity Power Size Capacity Power 500A 030 0.94 0.97 I 513C 030 0.97 ' 1.01 • 036 0.98 0.99 517E 030 0.94 0.98 506B 030 0.94 0.97 036 0.97 0.99 036 0.98 0.99 042 1.01 1.02 507E 030 0.92 0.97 5198 & 030 0.94 0.97 519C 036 0.95 0.98 036 0.98 0.97 042 0.98 0.99 042 1.00 1.00 507D & 030 0.95 0.98 518A 036 0.97 0.98 • 568DJO36 Outdoor Section With 507DO48 or 518AO48 Indoor Section 63 33.2 28.5 3.31 31.2 27.5 3.54 29.2 26.6 3.77 27.1 25.6 4.00 1000 67 36.3 24.5 3.38 33.8 23.6 3.62 31.7 22.8 3.87 29.5 21.8 4.10 71 39.1 20.5 3.46 36.8 19.6 3.72 34.5 18.8 3.98 32.2 17.9 4.22 63 34.2 31.2 3.42 32.2 30.2 3.66 30.1 29.1 3.90 28.4 27.9 4.14 1200 67 37.0 26.6 3.50 34.7 25.7 3.74 32.4 24.8 3.99 30.2 23.9 4.22 71 40.1 21.9 3.60 37.7 21.0 3.83 35.3 20.1 4.09 32.9 19.3 4.35 .� 1300 63 t7 35.1 37.7 33.6 28.6 3.53 3.60 33.3 35.3 32.4 27.7 3.78 3.85 31.0 33.0 31.0 26;8 4.02 4.09 29.1 30.6 29.1 25.9 4.27 4.34 71 40.9 23.2 3.69 38.4 1 22.3 3.94 35.8 21.4 4.20 33.3 20.6 4.45 Multipliers for Determining the Performance With Other Indoor Sections Indoor Cooling, Indoor Co ling Section Size Capacity Power Section Size Capacity Power ' 500A 036 0.95 0.97 507D & 036' 0.96 0.97 5068 036 0.97 0.98 518A 042 0.96 0.97 042 048 0.97 0.99 0.98 0.99 517E 060 036 1.02 0.95 1.00 0.98 060 1.00 0.99 042 1.00 0.99 ' 507E 036 0.94 0.96 048 1.01 1.00 042 0.97 0.97 5198 & 036 0.95 0.97 048 0.97 0.98 519C 042 0.98 0.98 060 1.00 0.99 060 1.02 1.01 See Notes next page. EAC -34C 0 n hJ DETAILED COOLING CAPACITIES* Evaporator CONDENSER ENTERING AIR TEMPERATURE °F Air 85 95 105 115 Ft3 per Min E W B Capacity MBtuht Total System KW** Capacity MBtuht Total System KW** Capacity MBtuht Total System KW** Capacity MBtuht Total System KW** Total Sens$ hotal ISens$ Total I Sens$ I Total Sens$ 568DJO42 Outdoor Section With 507DO60 or 518AO60 Indoor Section 1200 63 67 71 39.9 43.1 46.6 34.9 30.1 25.2 3.92 4.03 4.13 37.6 40.6 44.0 33.8 29.1 24.2 4.19 4.30 4.43 35.3 38.1 I 41.3 32:7 28.0 23.2 4.46 4.58 4.72 32.8 35.5 38.6 31.4 27.0 22.2 4.73 4.85 5.00 1400 63 67 71 40.9 44.0 47.6 37.6 32.2 26.6 4.04 4.14 4.24 38.5 41.4 44.8 36.4 31.2 • 25.6 4.31 4.42 4.54 36.2 38.8 42.0 35.2 30.2 24.0 4.58 4.70 4.83 33.8 36.1 39.2 33.7 29.1 23.6 4.86 4.97 5.12 1600 63 67 71 41.8 44.7 48.3 40.1 34.3 28.0 1 4.15 4.24 4.35 1 39.4 42.0 45.5 1 38.7 33.3 27.0 4.43 4.52 4.64 37.1 39.3 42.6 37.0 32.2 26.0 4.72 4.81 4.93 34.9 36.6 39.7 34.9 31.1 25.0 1 5.00 5.08 5.22 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Cooling Size Capacity Power Indoor Section I Cooling Size I Capacity Power 506B 042 0.95 0.98 517E 042 0.99 1.02 048 0.96 0.99 048 1.00 1.03 060 0.98 0.99 060 1.01 1.04 507E 042 0.94 0.97 519B & 519C 042 0.95 0.97 048 1 0.95 0.98 048 I 0.96 0.99 060 0.98 1 0.99 060 1 1.01 1 1.00 507D & 518A 042 0.98 1 1.01 048 0.98 1 0.99 5680JO48 Outdoor Section With 507D060, 517E048, or 518AO60 Indoor Section 1375 63 67 71 44.4 48.1 52.1 38.2 32.9 28.4 4.69 4.84 4.99 1 42.0 45.5 49.3 37.0 .31.8 26.5 4.95 5.11 5.27 39.5 42.7 46.4 35.9 30.7 25.4 5.21 5.38 5.55 37.0_ 40.0 43.5 34.6 29.6 24.3 5.48 5.65 5.85 1575 63 67 71 46.9 49.1 53.2 40.8 35.0 28.9 4.82 4.96 5.12 42.9 46.3 50.2 39.6 33.9 27.9 5.08 5.23 5.40 40.4 43.5 47.3 38.3 32.8 26.8 5.34 5.50 5.68 37.9 40.7 44.3 36.9 31.6 25.7 5.62 5.77 5.96 1775 63 67 71 46.3 49.9 54.1 43.2 37.0 1 30.2 4.93 5.08 5.23 43.8 47.0 51.0 41.9 35.9 29.2 5.19 5.34 5.52 41.3 44.2 47.9 40.4 34.7 1 28.1 5.47 5.61 5.80 38.8 41.3 44.8 38.7 33.5 26.9 5.74 5.88 6.08 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Co ling Indoor Section Cooling Size Capacity Power Size Capacity Power 506B 048 0.95 0.98 507D & 518A 048 0.97 0.98 060 0.98 0.99 060 1.00 1.00 507E 048 0.95 0.96 517E 060 1.02 1.02 060 0.98 0.98 5198 & 519C060 048 I 0.97 0.97 1.00 1.00 568OB060 Outdoor Section With 5070060 or 518AO60 Indoor Section 1800 63 67 71 55.3 59.7 64.4 48.0 41.3 34.4 6.25 6.47 6.70 52.0 56.2 60.7 46.5 39.8 33.0 6.60 6.83 7.08 48.7 52.6 56.9 44.9 38.4 31.5 6.91 7.17 7.43 45.3 48.9 53.0 43.1 36.9 30.2 7.22 7.48 7.77 2000 63 67 71 56.2 60.6 65.4 50.6 43.2 35.7 6.38 6.60 6.82 52.9 57.0 61.6 48.9 41.8 34.3 6.72 6.95 7.21 49.5 53.3 57.7 47.1 40.3 32.9 7.05 7.30 7.56 46.1 49.5 53.7 45.2 38.9 31.4 7.36 7.61 7.90 2200 63 67 71 57.0 61.4 66.2 52.8 45.2 37.0 6.50 6.71 1 6.94 53.7 57.6 1 62.3 51.1 43.7 35.5 6.85 7.07 1 7.32 50.3 53.9 58.2 49.1 42.2 34.1 7.18 7.40 1 7.78 46.9 50.0 54.2 46.8 40.7 32.7 7.50 7.73 8.02 Multipliers for Determining the Performance With Other Indoor Sections Indoor Co ling Section Size Capacity Power Indoor Section ICo ling Size I Capacity Power 506B 060 0.99 1.03 517E 060 1 103.5 1.05 507E 060 0.99 0.99 5198 & 519C 060 0.99 0.99 *Detailed cooling capacities are based on evaporator and condensing unit at same elevation and connected by 25 feet of BDP tubing. If other than 25 feet of tubing is used and/or evaporator is located above condensing unit, a slight variation in capacity may occur. See Installation Instructions for sizing of liquid and suction tubes. tTotal and sensible capacities are net. ;Sensible capacities based on 80° F entering air at evaporator. For sensible capacities at other than 80° F, deduct 835 Btuh per 1000 Ft3/min of evaporator air per degree below 80° F, or add 835 Btuh per 1000 Ft3/min of evaporator air per degree above 80° F. •� **Total system KW includes compressor, condenser fan motor, and evaporator blower motor. Day&Night Air Conditioning : F BDP Comoa.ny • j 1 In�anaPol�sW Cay,31 Innusuy. CA EAC -34d SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE UNIT MUST BE INSTALLED IN ACCORDANCE WITH INSTALLATION INSTRUCTIONS PRINTED IN U. .A. 1783 • 0 0 0 J 0 0 0 V `1 Air Conditioning DELUXE HIGH -EFFICIENCY �` Model , DOWNFLOW/HORIZONTAL 375A Indianapolis. IN INDUCED -DRAFT FURNACE a .. Sizesthru 020 .,f. 1'`•�;_ -y'; , City of Industry. CA ' ''22YYp. Jt. I PRELIMINARY PRODUCT DATA NOTE: Use the information in this publication for preliminary reference only. DOWNFLOW HORIZONTAL A unique induced -draft design, a new four -pass heat exchanger, the first inshot burner system available in a mass -production downflow/horizontal furnace, and exclusive safety features; the FORMULA 2000" High -Efficiency Downflow/Horizontal Fur- nace is without peer. It is indeed the new industry_ pacesetter. The Model 375A FORMULA 2000' achieves the highest Annual Fuel Utilization Efficiency (AFUE) rating available today in a noncondensing downflow/horizontal furnace. Its ease and ecomony of installation, truly remarkable serviceability, surpris- ingly economical initial cost and short payback time, place it in a class by itself. All these make the FORMULA 2000' the obvi- ous choice over any other high -efficiency furnace. This furnace has the kind of overall performance. that others will be trying to imitate for years to come. The Model 375A Downflow/Horizontal FORMULA 2000' joins our Model 397H Upflow FORMULA 1000- to cover all bases in the high -efficiency marketplace. Application flexibility is a tre- mendous plus. FORMULA 2000 satisfies downflow applications standing straight up. Lying on either side, FORMULA 2000 satisfies hori- zontal -left and horizontal -right airflow applications. FEATURES VENTING—The FORMULA 2000" Induced -Draft Furnace oper- ates at zero or slightly negative static pressure at the furnace -to - flue junction; therefore, it can be vented into any approved chimney or 61 vent, and like a natural -draft furnace, common - vented with an existing water heater. All other currently available induced -draft or forced -draft furnaces require installing an expensive pressure -tight, gas-tight, sealed -vent system. The induced -draft design also eliminates the need for a vent damper. MONOPORT INSHOT BURNERS—Produce more precise air -to-' gas mixture which burns cleaner than multiport or ribbon -type burners. The larger monoport of the inshot (or injection -type) burner seldom, if ever, clogs or needs cleaning. FOUR -PASS HEAT EXCHANGER—Design breakthrough pro- duces accelerated heat transfer. FORMULA 2000' Furnaces extract heat that other furnaces waste up the flue. Aluminized for corrosion resistance, 20 -year limited warranty. SAFEST FURNACE—FORMULA 2000- goes beyond most other furnaces with two exclusive safety features: (1) a draft safeguard switch detects a flue blockage or downdraft and (2) a pressure switch proves combustion airflow before burner igni- tion. SOLID-STATE BLOWER CONTROL OFF -TIMING ADJUST- ABLE—By turning a knob. Timed blower operation stops annoy- ing recycling common with thermally activated blower controls. PRINTED -CIRCUIT CONTROL CENTER—The printed -circuit board and all internal wiring are factory installed. Screw termi- nals permit quick -connecting a humidifier, an air cleaner, and air- conditioning control circuits. WRAPAROUND INSULATED CASING—Welded construction eliminates casing noise. Foil -faced insulation in the heat exchanger section cuts heat loss and double-density insulation in the blower section reduces noise levels. The low profile makes the FORMULA 2000" a slide -in unit—ideal for downflow or horizontal replacement installations. The design of all FORMULA 2000" units is A.G.A. certified • I Form No. PDS 375A.40.1 D GF -7 0 0 0 0 L� 40 ib.__. H1 1—.�-111,EDT a —iB D., .0 a I�_1 91 ' I OUT &T I I i I DIMENSIONS (In Inches) DRILLHOLES ^� For _NUR BOLTS 180TH SIDES) A82171 Size A 0 E Vent Dia Ship. Wt 036040 143116 12-9116 12.11/16 4 132 036060 14.3116 12.9116 12.11116 4 142 048080 17-1/2 15.7/8 16 4 163 048100 17.1/2 15.7/8 16 4 178 060100 21 19.3/8 19-1/2 4 188 060120 24-112 22.13116 1 23 5 208 CLEARANCES (In Inches)* Size 040 thru 120 DOWNFLOW (In Alcove or Closet) � X036060 0 11,000 Sides—Singie-Wall Vent 1 Type -61 Double-wall Vent 0 Back 0 Top 1 Front t*—Single-Wall Vent 6 Type -81 Double -Wall Vent 3 Vent—Single-Wall 6 Type -61 Double Wall 1 HORIZONTAL (In Alcove) Sides$ 1 Back 0 Top—Single-Wall Vent 1 Type -B1 Double -Wall Vent 0 Front* 18 Vent—Single-Wall 6 Type -B1 Double -Wall 1 *Provides a 30 -in. service clearance in front of the furnace. tAlcove installations require 18 -in. front clearance. $Indicates supply or return sides when furnace is in the horizontal position. SPECIFICATIONS SIZE Input Btuh' 036040 48.000` � X036060 0 11,000 048080 95.000 Output Capacityl1 39.000 59.000 79.000 AFUEI 82.0 82.0 82.0 Certified Temperature Rise Range°F 25-55 45-75 45-75 Cendied External Slatic.Pressure Heat/Cool 0.12/0.50 0.12/0.50 0.1510.50 Auflow F13IMin Unit Volts—Hertz—Phase Heating Cooling 1060 1171 1080 1157 115-60-1 1240 1553 Minimum Wue Size 14 ' Maximum Fuse Size 15 Transformer (24.V) 40VA External Control Power Available Healing Cooling 24VA 37VA A/C Blower Relay Limit Control Std SPST Heating Blower Control Solid -State Time Operation Burners (Monopon) 2 3 4 Gas Connection Size Gas Valve (Redundant) Min Inlet Pressure Max Inlet Pressure 112 inch NPT Model 646A•X 4'.5 inches we 13.6 inches we ' •"^�'�' Pitot Safety (Non -100% Shutoff) Direct Drove Motor HP—Type 113—PSC Model 733B 113—PSC 112—PSC Motor Full Load Amps 5.4 5.4 8.3 RPM (Nominal)—Speeds 1050-4 1050-4 1050-4 Blower Wheel Dia x Width 10 x 6 10 x 6 10 x 8 Filter Size—Permanent Washable Combustible Floor Base (2) 16 x 20 x 1 •• 305301701 LP (Propane) Conversion Kit 307063701 L P (Propane}To�Natural Conversion Kit 307063-711 D R un Flange Krt 305809.101 _ Her Retainer Kn 305813.701 *Ratings shown are for elevations up to 2000 ft. For elevations above 2000 ft. rating should be reduced at the rate of 4% for each 1000 ft above sea level. tCapacity, in accordance with U.S. Government DOE test procedures. $Tentative ratings. GF -8 0 LM LM 0 0 0 62 AIR DELIVERY—F'/Min (With Filters) Furnace Si—ze Blower Motor HP Speed 036040 & 036060 11-13/16 20-7/8 External Static Pressure Inc. we 22-1/16 048080 & 048100 0.1 0.2 0.3 0.4 1 0.5 0.6 0.7 1 0.8 L.a360-4.0.--J 113 PSC High — 1340 1290 1240 1180 1120 1050 960 Med-High — 1165 1130 1110 1050 1000 930 850 Med-Low 1060 1030 990 950 900 850 790 840 Low 900 890 870 830 810 740 690 640 036060 1/3 PSC High — 1330 1270 1210 1160 1090 1010 910 Med-High — 1190 1150 1110 1050 1000 910 850 Med-Low 1090 1060 1 1030 980 940 900 830 — Low 980 960 910 870 830 790 710 — 048080 1/2 PSC High 1800 1750 1680 1610 1540 1460 1360 — Med-High 1540 1510 1470 1430 1380 1310 1240 — Med-low 1240 1250 1250 1240 1210 1190 1150 — Low 1000 1040 1070 1080 1060 1030 980 — 048100 1/2 PSC High 1 1920 1870 1790 1690 1590 1490 1360 1220 Med-High 1660 1600 1560 1500 ;1460 1370 1300 1150 Med-Low 1380 1360 1330 1290 1240 1190 1100 990 Low 1180 1170 1140 1110 1080 1030 950 — 060100 1/2 PSC High — 2140 2070 2010 1930 1850 1750 1610 Med-High — 1610 1590 1570 1540 1500 1440 1350 Med-Low 1350 1350 1340 1330 1300 1270 1220 1140 Low 1170 1170 1170 1160 1140 1110 1060 990 060120 1/2 PSC High — 2310 2230 2140 2030 1910 -1780 1660 Med-High I — 121001 2040 1960 1860 1 1720 1600 1500 Med-Low 1 1770 1 1730 1 1670 1600 1500 1 1410 1300 1180 Low 1 1530 1 14901 1440 1370 1 1300 1 — — — A78558 Assembled Floor Base DIMENSIONAL DATA Furnace Size Plenum Opening* Width Depth Framed Floor Hole Width Depth 036040 & 036060 11-13/16 20-7/8 13.1/8 22-1/16 048080 & 048100 15.1/8 20.7/8 16-7/16 22-1/16 060100 18.5/8 20-7/8 19-7/8 22-1/16 060120 22-1/8 20.7/8 23-7/16 22-1/16 With 518A Evaporator Coil Casing 024 11-13/16 20.7/8 13-1/8 22.1/16 030 11-13/16 20.7/8 13-1/8 22.1/16 036 15-1/8 20-7/8 16.7/16 22-1/16 042 18-5/8 20.7/8 19-7/8 22-1/16 048 20-1/8 20-7/8 21-7/16 22-1/16 060 22-1/8 20-7/8 23-7/16 22-1/16 *The plenum should be constructed 1/8 inch smaller in width and depth than the plenum dimensions shown above. SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE UNIT MUST BE INSTALLED IN ACCORDANCE WITH INSTALLATION INSTRUCTIONS GF -10 PRINTED IN U.S.A. 6'82