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SFD (002678)
53525 Avenida Madero 002678 P.O. BOX 1504 Building 53-5525 A,—l _ LA QUINOTACCALIFORNIA92253 Address . Owner , A.B. . Majljng Address 7, City . Pa IT Contractor lZiP92260 DEQ Address.. . ' City " Zip ?alm. 92250 State Lic. & Classif. 293444 Arch., Engr., Designer . 340--2533 ' Tela 340-263-A City LIC. # BUILDING: TYPE CONST. -OCC. GRP. A.P. Number 774-102-013 Legal Description Lot I Project Description Sq. Ft. 45 2 No. Size Stories i -Q-z St :it i AMM ry a AltII er ❑ x o:tre.L: New F No. Dw. Units ❑ . 'Demolition .❑ Address Tel. Minimum Setback Distances: Front Setback from Center Line Rear Setback. from Rear Prop. Line City Zip State FINAL DATE ' Lic. # Issued by: Date '" Permit 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. 11 5 i 753.L8 CK SIGNATURE DATE " OWNER -BUILDER DECLARATION Estimated Valuation I hereby affirm that I am exempt from the Contractor's License Law for the following 6; ',_ Y _ reason: (Sec.. 7031.5,Business and Professions Code: Any city .or county. which requires a perinii to construct, atter, improve, demolish, or repair any structure, prior to.its issuance also requires the applicant, for. such permit to file a signed statement that he is licensed pursuant to "..."!PERMIT. AMOUNT the provisions of the Contractor's License Law, Chapter 9 (commencing with Section 7000) of . •s Division 3'of the Business and Professions Code, or that. he. is exempt therefrom, and the basis for the alleged exemption. Any violation or Section 7031.5 by 'any applicant for a permit Plan Chk. Dep.' --250.00 subjects the applicant to a civil penalty or not more than five hundred dollars"(5500). Plan ChkBal O 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, Buisness and Const. .SJGJ y 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, Mech. 20.00. provided that such improvements are not intended or offered for sale. If, however, the building or improvement is sold within one year of completion, the owner -builder will have the burden Electrical $ , of proving that he. did not build or improve for the. purpose of sale.) ' ❑ I, as owner of the property, am exclusively contracting.with licensed contractors to con. Plumbing y 10740 •• struct-the project. (Sec: 7044, Business and Professions Code: The Contractor's License Law 'not - q does apply to an owner of property who builds or improves thereon, and who contracts for S.M.I. S_.+- . such projects with a contractor(s) licensed pursuant to the Contractor's License Law.) - Grading 20.00 ❑ I am exempt under Sec. B. 8 P.C. for this reason Driveway Enc. 20.00 Date owner Infrastructure .1,057.13 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. I Company ❑ Copy is filed with the city. ❑ Certified copy is hereby furnished. CERTIFICATE OF EXEMPTION FROM WORKERS' COMPENSATION INSURANCE 1' (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, l shall not employ any person inany* manner so as to become subject to the'Workers' Compensation Laws of California. Date Owner } NOTICE TO APPLICANT. If, after making this Certificate of Exemption 'you should become subject to the Workers' Compensation provisions of the Labor' Code,' you must forthwith comply with such provisions or this permit shall be deemed revoked. CONSTRUCTION LENDING AGENCY I hereby affirm that there is a construction lending agency for the performance of the work for which this permit is issued. (Sec. 3097, Civil Code.) Lender's Name Lender's Address This is a building permit when properly filled out, signed and validated,'and is subject to expiration if work thereunder is suspended for 180 days. " 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 city to enter the above- mentioned property for inspection purposes. Signature of applicant' '-'• 1 ' ryr ' ' .✓ < f `' ., Date Mailing Address r t` City, State,. Zip HARD COPY TOTAL 2.€03..08 1.753.06 REMARKS ZONE: BY: Minimum Setback Distances: Front Setback from Center Line Rear Setback. from Rear Prop. Line Side Street Setback from Center Line Side Setback from Property Line FINAL DATE ' INSPECTOR Issued by: Date '" Permit Validated by: Validation: A6658 11 5 i 753.L8 CK CONSTRUCTION ESTIMATE NO. ELECTRICAL FEES NO. PLUMBING FEES 1ST FL. SO. FT. ® $ 2ND FL. SO. 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 1 NOTE: Not to be used as property tax valuation SLAB GRADE FLOOR DRAIN MECHANICAL FEES BONDING WATER SOFTENER VENT SYSTEM FAN EVAP.000L HOOD SIGN WASHER(AUTO)(DISH) APPLIANCE DRYER EWER ORS PTIC T NK GARBAGE DISPOSAL FURNACE UNIT WALL FLOOR SUSPENDED DUCT WORK LAUNDRY TRAY AIR HANDLING UNIT CFM KITCHEN SINK ABSORPTION SYSTEM. B.T.U. TEMP USE PERMIT SVC WATER CLOSET COMPRESSOR HP POLE, TEM/PERM LAVATORY HEATING SYSTEM FORCED GRAVITY AMPERES SERV ENT SHOWER BOILER B.T.U. SQ. FT. ®c BATH TUB SQ. FT. (off c WATER HEATER MAX. HEATER OUTPUT, B.T.U. SQ. FT. RESID ® 11/4 c SEWAGE DISPOSAL BOND BEAM SO.FT.GAR ® 3/ac HOUSE SEWER $ GRADING Cu. yd. —Plus—X$—=$ 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 SETBACK kWGROUND PLUMBING UNDERGROUND A.C. UNIT COLL. AREA SLAB GRADE OUGH PLUMB. BONDING HEATING (ROUGH) STORAGE TANK FORMS EWER ORS PTIC T NK ROUGH WIRING DUCT WORK ROCK STORAGE FOUND. REINF. GAS (ROUGH) METER LOOP HEATING (FINAL) OTHER APP./EQUIP. REINF. STEEL GAS (FINAL)(,EMP. POLE GROUT WATER HEATER SERVICE FINAL INSP. BOND BEAM WATER SYSTEM $ GRADING Cu. yd. —Plus—X$—=$ LUMBER GR. FINAL INSP. FRAMING FINAL INSP. ROOFING „% cE \ wln / / /` / r I11 (C a (• L }-6al 7/./v/( Q DE 17 1907 REMARKS: VENTILATION FIRE ZONE ROOFING — FIREPLACE SPARK ARRESTOR GAR. FIREWALL LATHING 'fjOR MESH INSULATION/SOUND FINISH GRADING FINAL INSPECTION CERT. OCC. FENCE FINAL IM JYCI:I VM"J ZMANA1 VRCJI I MI I INLJ, GARDEN WALL FINAL r -A I ED 0 0Dese'rt-.Sand r- nified -Scho. I s U o District I (A BERMUDA DUNES ,RANCHO MIRAGE .82-879 HIGHWAY 111 0 INDIO, CALIFORNIA 92201-5678 0 (619) 347.8631 INDIAN WELLS PALM DESERT b -f LA OUINTA INDIO November 5,1986 City of La.'Quinta Department, of Community Development 78-105 Calle ' Estado.- La Quinta;- CA 92253 Re: Lot No. I Madero,- Block 194. Unit 19 Gentlemen: The developer of the above referenced'proj,e'ct,has. mitigated its impacts on our.,overcrowded schools by, payment of the,amount of $628 per-unit.. This amount 'IS to be applied to the cost of additional district educational facilities made necessary by such.n6w development. Sincerely, John ,b. Br6o Assistant Sud r n-ten.dent, -Business S e By: Richard' Facilities Planner JDB/.vmm 0 2 Z O t— U W U) W Z O U LLJ U) U) `L Q W cr X Z O U W U) 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 $37 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 G1 ri.i l r j "-T V -`t rr %! // C U` ` City State Zip Code Telephone Job Property Address r !•City or Community f Legal Description of Property. (Lot, PM, TR) 'Assessor's Parcel No. .• _ yh Water Agency,ok Wena. ' "' s •r,,c' l r Use of Permit' A_± `,%a, Planning Case # Lot Size vt SFD, MH Site Preparation Etc. Y' / Signature of Applicant / T" - Date C-/ 'The above information must be verflled from Bullding Appllcatlon STAFF USE =' DO -NOT WRITE BELOW?'THIS LINE I•• . ' Initial Date Certification of Existing S.D. System required. ❑ Yes ,® No. L ly l + /,7- 6 WQCB Clearance required. ❑ Yes D o f Soils feasibility report required. ❑ Yes 0 o Detailed boring report required. ❑ Yes Z No Detailed contour plot plans required. El Yes ❑ No Staff Specialist approval required. ❑ Yes ❑ No Lot Inspection Date Soils/boring report by Project # Date / Soils Map Page / e` l elSoil Type P ' Approved by Date 2.7 — -16 Type of System: No. of Bedrooms (1) Septic Tank Soil Rate Required ❑ Existing ©-,N`ew ❑ Additional ❑ Replacement Gals.r .p (2) Leach line sq. ft. Sidewall allowance Install Line(s)—Ft. Long, Leach bed Sq. '(Bottom trench area) ft. rock/—Sq. Ft. F de-.withh min.—inches Ft. of bottom per running ft. Qs 7A rock below drain lines area Leach lines/bed-special design for slope: (3) Pit Diameter No. Pits Pit BI Seepage Pit total depthApp N Alicabl'x*'''~Overburden factor f Max. allowable depth uU i This application is a 1' pp proved/ d n'ietff: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 installlption of the above -designed system. (1) Septic tank and sewer lines must b 50' from any wells 't /f/' rr7i "i l' ,j`2" ty G :- • t (2) Leach lines must be 100' min. from any wells including expansloq brea ( (3) Seepage pits must be 150' min. from any/wells including expansion arew//y %/,/+n + s /f n -r!/ tr/, u Signatur6 of Health Official Date f- 49 RECEIPT NO. [ / o (1 Issued by 51V Date District: ❑ Riverside D -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; `A50 . CLTA OWNER. POLICY CHICAGO TITLE INSURANCE COMPANY SCHEDULE A Policy No. 90961-11 Date of'Policy Amount of AUGUST 29, 1986 Insurance: $6,419.50 2: 00 P: M,. Charge $200.00 RECEIVE® 1. Name of Insured: OCT 2 11986 CITY OF LA pUINTA ARTHUR -E. HOWE AND LINDA G. HOWE BUILDING DEPARTME\T . • 2. The estate or interest in.the land described herein and Which is covered by 'this policy is: A.Fee 3. The estate or interest referred to herein is at Date Policy vested in: ARTHUR E. HOWE AND LINDA G. HOWE, HUSBAND AND WIFE, AS JOINT TENANTS The land referred to in this Policy, 'in the County .of Riveri;i de, Sta a ,of California., . is described as follows: . " I N BLOCK 194, UNIT -190F. OF SANTA CARMEL I TA AT VALE LA QUI NTA, IN THE CITY _:- . OF LA OUINTA, AS PER MAP RECORDED IN BOOK 19 PAGE ,34 OF MAPS, IN THE OFFICE OF THE COWtY RECORDER OF SAID COUNTY. This .Policy,'vali-d only if Schedule B is attached. Paye e; FORM 3068-05- 6186 J Yp M,r},• 1 .i .:j 2=:.(.. s•1 ' • r . `. L•iZfi•`.rrr••VI+u •c. 17 i r' #:,,}ti 4J' ;1 _. . d . .' y; "t: ;. w 5... i ;.. 1Vllr -,.TI J i y j'..;.?'z S• ' KQ trl l r T l,yi S!.:• +r(Yy { l iJP a :lf:. );'>?7.' .J vA form. r J•1 -r fn tic, 11 . f tCY " .' .• r L i 1 { l} r' 1 rt r :x{,t •• ^ r 'i S .- ?t•. , . `i. ZJ }l 1 .4. 'iyr , 4 1 Sti `,?'Y :!d ,34.,1,. ! Y J r r ,.1 ,, i 1 < # F P lv, .r '{xl- } 1r. • r;(ti•,•: SQ -Q, t f.. a f R ori t• r F%: l cy- 1 0.• \ ' --,f 1, •If d• :r ,- r 'I: J „' •. Ilf A':. J•'1 1 l V. . Lr , f..r 1' . . a 1 1 F LP,} r {?MAP : ' ••;:: err llr 1 i w <• iJ: sly.: ... 'rJ•? •.-. .... ': ''.. '. .. a .. .. .r. ' :'r:. .. { <:,• s'••.F i (.'i 1' r• r, ' 61JI-A U . LA1flfP, Hr). s LA .RABRA. CALIF. 9Q63! RICK MAURER Title-24 Energy Calculations 7544 East Saddlehill Trall Orange, California' 92669 k` (7.14) 7.71-1507 .,. :. August 26, 19,86., e; t_ ' fly OWNER: A. E. Howe Construction. Company ARCH ITEMA.EHowe Construction Company ' PROJECT° Custom Residence La 9uinta, CA , STATEMENT QE CONFORMANCE ' The energy conservation standards for new residential buildings as set forth in'Title-24, Part 2, Chapter 2--53, of the California administrative code has been reviewed, and this design conforms substantially With the regulations as they apply to SUNPAS Version computer program for climate zone 15. PREPARED BY:- r!^.iYii r' m R1ck Maurery RECEIVE® OCT 2 d 1986 p CDMMUNiTI DEVELOPMENT DE T 661•4 W /;A.11BflfT k0; L4 HAMA,'CAL/A, Fa(jj' .#::#: SUMMARY. SHEET Project: Howei_c nstr . ti - ri` L_a Ouirita Zane: 15 Qustom Re-.sidt:ncfr Wall .Insulation: R 11 Ceiling Insulation: R-30. x.#. Raised Floor Insulation: Not applicable. Slab Edge Insulation: None Glazing Type: All glass is DUAL.. pane. . Shading Nevices: Interior white Qparaue roller, shades on Y only the followings ra Rear Bedroom Window, y' Side Bedroom Window Hard'. Surfaye Flooring: 183 total sq. Entry: 16 Kitchen:. 56 Laundryi 30 M. Bath: 33 Bath ;fir 31 Hearths .. 4: 'Mi.nirrpm furnace S.E.: .71% Meru i mum Furnace bonnet Oapac i ty : S 1 , 453 B'LUH r Mi n murii A/C S. E. E. R.: 8. 5, A/C Tonnage: 3.5 Infiitration: Medium --.requiring electrical plate gaskets on all exterior wall outlets.. Minimum R"5 insulation required on ducts in unconditioned spaces. . :>' cucus'trt `' 1'EAIP•;hh l/7C. c A. C ' 601.4 ' LAMBElm RD.:' G ,s y4 LA HABHA, C,9LIF. 90681 <: MANDATORr FEATURES AND DEVICES CHECKLIST # NOTE: All new residential buildiuj3"subject to these standards must contain the following features and devices regardless of the c6m liance approach used. CHECK COl4DrN? . z.r" MANDATORY FEATURES j IP NOT IN 1PAGE I ON PLANS orf: DEVICES COMPLIANCE (DOCUMENTATIONaO V PLAN FIELD f 'Building Envelope ICSECK INSPECTIONI 1. Minimum Ceiling Insulation, I j jO ; R-19 weighted,average 2: Minimum Wall Insulation in framed walls R-11 . weighted] average* 3. Ducts constructed, Installed j and insulated-per Chapter 10 I ) I MOS 7 Ct Mptr y of 1976- MiC. ` 4. Doors and Windows, weather- stripped ( I Se All joints and penetrations I I I caulked and sealed '6. Doors and windows certified and labeled ' 7.4 Exhaust Pans and fan system,'( have damper 'controls I I I c 8: Masonry.' -and Factory Built Fireplaces, I I o Tight fitting, closable I metal or glass door I i o Outside air 'intake with I I I damper o Flue damper j o Continuous burning gas I I I pilot, prohibited 9. Vapor Barriers (Climate Zones j I 1, 14 and 16 only) I I I Q%- Nor " 1 Does not apply to exterior mass Wall$. . PP Y C-48 ECM 1-16 Lighting Efficiency I I I 1. General Lighting for Kitchens I I I and Bathrooms, 25 lumens/watt or greater I f Gas Cooking Appliances i I b1. Appliance has intermittent ig-1, I I 1 nation device. I I J. I 0 VA,'• ,. MANDATORY FEATURES AND DEVICES CHECKLIST - NOTE: All new residential buildings sub jest to these atandard•s must coutain _ the following features and devices regardless of Che compliance, approach used CHECK COMMENT MANDATORY FEATURES IF NOT IN 1PAGE 0 ON'PLANS- AND' DEVICES'" COMPLIANCE DOCUHENTATIO L P - Plan Field ' Space Conditioning Equipment (Check Ia ectionl 1. Sizing (attach heating and cooling calculations. to plans) I I I 1 tt. 2. Setback Thermostat (electric heat pampa exempt) 3... HVAC Equipment, indicate oc`I plana and certified by CEC Domestic Water Heating .System L I I. Tank Inaul'ation has external I I 1 blanket, R-12 osgreater I - I I 2. I Hot water inlet and outlet'l' I I< pipe iusulated, externally) I `+raped, with R-3 or greater (first five " feet in uncondi-:I. .tion space) ' .3. Water Heating Equipment, indi- cate on plans and certified by -1 CEC I, 4. Showerhead s• and Faucets, indi-1 I tate on plans and certified byI I I CEC Lighting Efficiency I I I 1. General Lighting for Kitchens I I I and Bathrooms, 25 lumens/watt or greater I f Gas Cooking Appliances i I b1. Appliance has intermittent ig-1, I I 1 nation device. I I J. I NOTE: All new residential buildings subject to these standards must contain the following features and devices regardless, of the compliance' approach used. CHECK. IF NOT IN l COMMENT, MANDATORY FEATURES lCOMPLIANCE IPAGE 0 ON - PLANS or -AND DEVICES '- YES JNO 1DOCUMENTATLq=2D-Q # Phan Field Swimming. Pool Beating (Check' linspectioul 14 >1 1. On/off switch on beater - 2.' Weatherproof Card on heater 3. Plumbed to allow.for Solar 4. 75 *Percent Thermal Efficiency for gas beater 5. Pool Cover if- heated 6. Time Clock on .recirculating PUMP 7. Directional wa ter Inlets T State Owned Buildings I Solar Water- Heating, required if building exceeds 10,000 sq. ft., and HVAC, water heating, or lighting is- use over 1000 hours per year Steam and Steam Condensate Return and Recirculating -Hot- Water pipe Insulation IV PAv 1- Pipe insulation C-48 EC.11 1-16 . ! 1 ,1'r!- u t, a rr, . ,e°• Ii. ,%'.n n ', -.4 IF. K'. 1.:4d!IN:K'/"Jt $)Atl .,; . ::ilt, rRN1A 11.11 ,AI',CN'A(l n::ir4Ci LA 11,411R,4. y. 1013/'Ci'C,*GL ntu►:MtnAN,;Go..,..w CALIFORNIA ENCRGY COMMISSION Isle 141141H S1RkET SACRAMiN10. t A'111OHN1A 9581 NOTICE•kEGARDING INTERIM CERTIFICATION OF A SPACE CONDITIONING ENERGY PERFORMANCE CALCULATION METHOD FOR RE.SIUENTIAL BUILDINGS To All Interested Parties: On November 2, 1984 the Executive Director granted interim certification... to the SUNPAS energy analysis computer -program as specified in Section 1.409(c) of the Residential Bu "Iding. Standards - Interim certificat .on: will .. remain in'effect until further notice. Compliance with the Residential ,.Ruildinq Standards canape shown in accordance with the instructions in One SUNPAS users uldnual. The program and approved user': manual are l Climate SUNPAS Budgets (kbtu/'sq. Et,.) Zone Heating Cooling Total_: SINGLE FAMILY f 1 13.4 0 13.4 2 15.8 12.0 27.8 3 13.2 0 .4 10.8 5.4 16.2 5. 1.1.5 1.8 113.3 6 5.0 11.2 7 2.7 .3.8 6.5 8 4.0 12.6 .16.6 9 7.6 19.4 27.0 10. 8.7 19.3 28.0 11 .. 16.7 23.1 39.8 1.2. 17.0 19.6. 366 13 .. 13.6 26.1 39.7.. 4: 12.4 21.233.6 15. 2.5 37..4 9.9 b 21.3 96 3 MULTI -FAMILY. 1 17.1 0 17.1 2 19.9 6.9 26.8 3 17.6 0 17.6 4 '... 14.4 1.8 16.2 5 16.5 - 0.1 ..6 7.3 5.4 12.7 . 7 ; 5.1 14 6.1 87.4 6.5 13.9 9 1.3.5 12.0 10 12.9 12.7 25.6 11 18.7 15.4 34.1 12 18.3 11.7 30.0 13 14.4 .: 17.5 31.9 14 14.1 15.3 29.4 15 3.7 28.0 31.7. 16 71.8 6.2 28.0 L;iii tr7 111 r.,l' it G: CO.. ror :r 'ir :r uiii r; irn dna, JF: 9f)(01 Budget Multiplier. for Insulated Ducts in Unconditioned -Space - C R -value. greater than 2. 1, )' • .. i1i iiII ii6 i36 7. . • .- < Rd - .2. 1 ) + (.15> ------------ = Budget Multlpltee Rd + .1.3 1 ., Rd' = R-val.u:e of* duct insula.t 'on, 1 Rd R-5,minimum .. < 5.- 2.1 ) 9: ------------ = 1.07 t 5 + .1.3 ) Zone. 15 Budget 39.90 Budget Multiplier X 1.07 42.69 Neva"Adj'usted Budget . :.F: irr=, /n, rlTr.: a 'Co 601-A W. LA:MBERr Rn.. LA -1 AURA; CALIF.- 90631 Howe i=cnstrU _-t i :In - - La Qui tit - 'CUStorri House - Front 'Facing Nc •rtli Zone.15' YEARLY ENERGY SUMMARY CIN MILLIONS OF BTUS1 MONTH ---HEAT COOL• I Nu TOTAL---- -- -- - LOAD ', `LOAD LOAD =: . JAN' 1. 1' 1 i, i r FEB 'c_►.5 (-).o c,5 MAS' 0.7 -i , . .AFF' •• .. 3 -2. 7 3..C) :MAY . r:). o -4. - 4. . ..,TUN. 0-.0 -6.1 6.1 .. JLY. 0.0 -9.2 i. AUG, 1). o 0-8. 8 8.8 SEP c).0 -E,. 5 ,OCT U.1 -3.13 3.9 NOV J .1.9 - 2.'-". DEC DEC O.9 ir: ti 0.9 YR-. 4. f -r - ,^,. 4 47.4 0001 inch Budget = 38s-2 H61at i ng Budget Total Heft i ng and Cooling Budget r: E::F tu/sq ft) Zone.: 15, E1 Centro, CA • .CL 3 MATE• .:RESPONS T VE W I LD T NGS TIKE O''F S : < ------------- ------ ---- --- ----PAGE a 1 Howe. Construction - La 06inta - Custom Hoype -- Front Fac ng WOW -. Zbnq" 15 # SUR.FACE'. TY" W H UNUM .. USt REA U:#:A . "• 1" F- ;all NW 1 : 49.0 8. 0, 0.09q W090 i 90 967. 1 24.1 a s SLA 1 20. E3 5.0 0. 6nO 0.650 • 104 ZO 67,6 * `' 3dbbi 0.9-1 ' NO3 .3.(.-.) 6.7 MAW W 0.490 20.7. 9.: ... 4 L wal l ' NW 1• 33M x:► 0. 0 '0.090 ► i,090 2Q;O, O 2►.6 5 •.Lg 1. ass SLAV 1.0 5.0 0. 650 0.650 35.0 S 22.B . ". ' 6 B wa 1 1 ". NW 1. 49.0 G .' i ► i ► .090 0 . i i90115.0 29.3 ,.: 7 Bg l ass ' SLA 1 13.4 5.0 0.650 0.650 67.0 43, 6 0 K wa l l NW 1 33.0 SIO 0.090 0.090. 235; x. 21,2, 9 Rg l ass ' SLA 1 1.0 5.0 P. 650 ► 0. 650 10.0 ► 6. 10 Rdoor NO3 2.7 E.,7 0.450 04 460 113.1 613. 11 "Roof"., NC 1.365.0 1.0 0 027 '0.027 1:366. ►:► p6. 'j, . a J DU I LI:) I Ni: SOLAR APERTURE # 1 BLDG. SLJF'FF,,_E it . Fgl is A 1 I MU"I"H ANi.-A-E (()=SOUTH, .•-E, +W) 1: iii, . ;,,i TILT ANGLE ('c)O=VI:=F:TIC:AI_: :aii,t:, °, MASS AFtSOf:'H'TANi :E W) . C)C) _ GL -AZ I N1" Tf'*:ANSM I 1""fAN .-:f= E3F,. MOVABLE I NSI..ILAT IOW (F—VALUE) C i s f', OVf_RHAN,3 F'Fs:0:1'E T' l ON ( I N ::HE:t;) 2 4,. ' 0' OVEF:HAN, HEIGHT FIN, :HEST) f , : t") C) _SHADING PATTERN... NUMEsER 1 L i^: (, S 0. CK) BUILDING SOLAR APERTURE # 'BLDG. SURFAC=E #S - Lgl ass -A Z I.MUTH ANGLE t: i, -.SOUTH, E., +W i yt:,, i ii TILT ANGLE, ('_J(„)=VERT I CAL MASS ABSOF'FtTAN, :E c' % :, 100. 00 13LAZING TRANSMITTANCE OG. MOVABLE I NSUL..AI" I []N : F' -.VALUE t i , t'► i OVERHANG PROJEi.:T I l:1N (I NF_+iES4. 0C-) OVERHANG HE I GH I : I NCHES:) } , t:,i i SHADING PATTERN NUMBER BUILDING SOLAR AF'ERTUF,'E # ;3 BLDG. SURFACE #7 - 8glass AZIMUTH AN3LE ('o=SOUTH,-E,+W;) ii, 00TILT _ ANGLE 9o= VERT I CAL) 3t: , i it:,. MASS ABSORBI"ANi::F. (% 7 1 t ii, , i _► GLAZING TRANSMITTANCE (% 7 E3E;', 0 ' MOVABLE INSULATION (F:- VALUE) 0 (:u: OVERHANG PROJECTION (INCHES) 24. 00 OVERHANG HEIGHT (I NC.HES) 6- 00 SHADING,PATTERN NUMBER LCRS BUILLDING SOLAR, APERTURE # 4 BLDG. SURFACE #9 - Rglass. AZIMUTH . ANGLE (o=SOUTH, -E, +W) 90. 00 TILT ANGLE (SU=VERTICAL) 90,00 MASS ABSORSTANCE GLAZING TRANSMI TTAN E MOVABLE INSULATION (R -VALUE) U,c_i, OVERHANG PROJECTION (INCHES) 24 . oO OVERHANG HEIGHT ( INCHES) 6. oo SHADING PATTERN NUMBER 1 LCRS 0. t_ 0 4 OHAD.I NG PAT7E RNP NUMBERf 2; (FRACTION. UNSHAND ? - In F'e r" _ A t • JAN 1OW 100 .1cicj ,.. too 100 FEB lob too A i d too too . MAF,' 100. 100 1 OQ too; . ,10W APR 66 47—':. :. 54 100 Hca 1 c ii MAY 66 47 54. 100 0 l:c:ao -' JUN 66 37 7 54 too too JLY_ (E, 47 .54 160 i 1 6 i AUG E6 .. .. 47. 54 100 .10W . SEP. a, 47 54 too 100, 0C'T 66 47 54 100 .100 NOV :100 100 100 100 100' DEC: 100 t g- o. too s t l i 0. 100 SEE FOLLOWING .PAGE . FOR INTERPOLATION., ...... ...... I - 4 . M I SI-ELLANEOUS . BU I LD I Nim I NFORMAT I ON Pi-. 1 ' I NF I LTRAT I ON; VOLUME l i_ U FT) 10920. 00 AIR CHANGES PER HOUR 0. 5,C) F'EF :IMETER: EXPOSED FEET 1E . c)u. F --VALUE, 0. 76 '. I NT'EF:NAL GAINS :BTU /DAY) 5 14,99. o INTERNAL GAINS (BTU/NIGHT) 354'3'2.0 NEAT. THERMOSTAT DAY ( DEG F•) 65,,o0 COOL THERMOSTATDAY (DEG F) ©i►, Biu HEAT THERMOSTAT NIGHT ( DEG F') 65. 00 COOL THERMOSTAT N I i HT i DEG F) 80. 00 -TOTAL FLOOR: AREA (SO FT) 1366. C) CEILING AREA (SO FT) 13,66. ii CEILING. ABSORF'TANCE ('►, R.:,i ` WALL ABS(]F%:FTANCE . ;°,t_l , STARTING MONTH FOR COOLING ENDING MONTH FOR COOLING 3 START MONTH FOR NIGHT 'I NSUL , 11 =• END MONTH .FOR NIGHT . INSUL. 3 ' SF'C. THERM. MASS (:BTU/F/SgFt ). 4.87 • SOLAR STORAGE ' FACTOR HEATING ...SOLAR STORAGE FACTOR COOLING 0. 39 NATURAL VENT I NG .ONLY O=NO, 1=YES ci HIGH VENT AP. (:SQ.FT. LOW VENT 'AREA (SQ. FT.) 21.6(-' DIST BETWEEN VENTS (FT.) 00 AVERAGE COST/SQFT SOLAR .APER. 15.00 BTLP/FUEL UNIT (MBTU) HEATING'. FUEL ('.OEFF. OF PERFORMANCE 0.71 COST/FUEL UNIT' O. 1,'.1y, SEASON EFFICIENCY RAT I O C COOL) B. 5C) COST / f::WH •FOR' COOLING 0. 07** R:—VAL .OF'SINGLE SOLAR . GLAZING 1 . o9 ; R VAL OF DOUBLE SOLAR GLAZING 1.B5 R—VAL -OF .TR.IF'LE SOLAR: GLAZING 2.61 R—VALUE ' OF SELECTIVE SURFACE 0.91 Lip I Lpq 14 3 X _ .SI _ , -70 - IL i THERMAL MASS MATERIAL PROPERTIES. THERMAL I-:ONDUCT I V I TY 1_00 i(:► +: Hct ►-+ / fi` t: h r -F :► .' DEN'EJ ITY - 11.i.t'►ii :1b/r:u, fi:.:► HEAT. ►:::APA=:ITY - ti. 7- .lBtulIb -F ) _ FILM C 0 E F F I (": I ENI- 1. 0 i D c.+/ F -I-►r q f THIO.4:NESS = .`;►"► (in_:Eiw i MASS AREA 1 8.7v_00 (, sq f t) FLOOR: AREA _ 1 3Ei6.. 0C . < `• Hca f t;) . DIURNAL HEAT QAF'Al-_jl"Y - a. F,7 (F(tu/F/ gft-Mass Area)" MASS ►-:AF'A►:: I TANCE -- 1 `,87. 1,2 ( Fit (..(/ F- SPE(_':IFI►=: THERMAL_ MAf.!3 1. 16 (F..+i:u/F'/s ij ft-FI-c-Ior Area) CLASS - THERMAL MASS MATERIAL-PROPERTIEs •THERMAL C,ONDU►=:T I V I -f Y -= 1 . (^I► .). (B t u f t: -h r DENSITY -- 14('.Q0 (lb/Cu. ft. i :NEAT. ►= AF'A►.: I TY I :;2 (Btu / i h -F' i F.ILM COEFFICIENT.,= >.51 (E+t /F---Fir-'5q't) THICKNESS. - 3. 50 (:.ihe s:) MASS AREA - 1046. 00 ('.sq f t ) : FLOOR AREA = 1366. 00 (sqf t DIURNAL HEAT ►:::APAi.,ITY -: 1.f3'::, t -Mass -i Arra? .: MASS CAPACITANCE 19(_►(:► . 6S) Wt u / F ) •SPECIFIC.1HFFMAL M/ 4 1.3 (Ftc/F"/rgft.. F Ir„_,r . Ar .a:►. --:LASS THE..RMAL. MASS MATERIAL PROPEF,'.T I E:3 THERMAL CONDUCTIVITY - 0.4:: (lit e/ft-hr -F) DENSITY _ 12o. (-1b/r(..(. ft . HEAT CAPACITY - 0. 19 (Bti..( / 1. b -.-.F .► F I LM COEFFICIENT . ' . - 1 . 570 . is 6t ,u / F --h r ---sc1 f t i -THICKNESS _ 4,00 `(:in,_hr.si MASS AREA =7. 1'3. 00 (sq f t ) FLOOR AREA =. 1-366. 00 .(sgft:► DIURNAL HEAT CAPACITY 6.47. (St u/F/sq ft -Mass Area) MASS. C:APAC I TANC:E _ 12.2. '- :; (Nt u / F ) SPECIFIC THERMAL MASS = +7. t_►S (E+t u / F/ sq f t -Floor Area) CLASS _ EvanIsh;h 5 I -S X IOpp 1' tpl9 I.. 1 (o + I , 3A 3 So1p 5Ar , e Fo c2 09 Ta}o.1 Spec.'X,'c_ :.. Air; nTc : ifs aii•>I R.."1..A1 HERT NO. LA HABRA.-LALIF: 9 ! BUILDER -COST, DATA EXAMPLE. BUILDERC OST CATEGORY". SUSCAT U -VALUE COST/FT Al-APERT SINGLE 1.100 ' 13.688 A2-APERT Double 0:650 1.7.312 A3-APERT TRIPLE: 0..310 20.4.38 A4-APERT 0.. 000 0.000 D1 -DOOR... SOLID- ..1:42.0 2.000 -1)2-DOOR INSULATED 0.250. 5.000 D3 -DOOR ;SOLID CORE 0..-460 0.000 D4-D0OR 0.000 0.000' W1-WALL'R-11 0.090. 1.602 W2 -WALL R-19 0.053 1.732.. W3 -WALL R-2'3 0.043 2.32:9 W4 -WALL. R-27 0.037 2:479 C1 -CEILING R=19. 0.053 1.796: C2 -CEILING. R-30 0.033 2.011 C3 -CEILING R-38- - 0.026 2•.161 C4 -CEILING R-11 0.090.. 0.000 C5 -CEILING :..0.000 0..000 P1-PERIM R-5' (2'j ). :' 0.370 0.525- P2-PERIM R-10 . (21) 0.170. 0.725 P3=PERIM , 0.000 0.000 P4 -PE 0:000 0.000 I1-INF•IL 1.00 ACH 1.000 0.019 I2-INFIL 0.75 ACH. 0.750. 0.029 I3-INFIL 0.50 ACH 0.500 0.057 I4-INFIL 0.25 ACH 0.250 0.095. B1-BASEMNT R-5 0°200 0.525 B2-BASEMNT R-1.0 0.100 0.725 B3-BASEMNT 0.000 0.000 B4-BASEMNT 0.00.0 0.000 B5-BASEMNT 0.00.0 0.000 06. L.4'.11.4hNA, CALIF: 90631 ATTIC R -VALUE MULTIPLIERS --------------------------- R-Value Multipliers ar-e used for vented attics. The following table is reprinted from the C.E.C. manual (p.A-27). These factors ' ' are multiplied by the R -value of the roof/ceiling assembly and then converted into a U -value. For example with an:R-=33.33 ceiling assembly in zone 2: 33.33 * 1.09 36.33 Adjusted R -Value 0.028 Adjusted,U-Value : Climate Zone Attic R -Value Factor .smaaamaoamaasaxaa3maaaaxaaaaaaaasama 1 0.93 3 — , 033 (U V - 2, 1.09 3 1.03 4 1.07 _ -. 30071D 5' 1.07 6 1.23 7. 1.•25 ^y/'' so. -50 x k lF " = 35.75"(ra' . 8 1.22 9 1.18 10- 1.18 I1 1.,10.7 .0'7" 12 1.12 13 14 1.10 LJ -VALUE 1.18 15 •1.15 16 1.03 L Applying the Point System to the Furnace/Vent Damper_Issue A LA ILfIIIM. CALIF. 9r1i,i1 To determine the proper credit (points) for gas furnaces with and without vent dampers, refer to the Commission's Directory of Certified Gas and Oil Fan -Type Central Furnaces and follow these instructions: 1. For a furnace equipped with a vent damper, and installed in a location and manner that allows it to use heated air for combustion, take the energy credit (points) assigned to the ,reported seasonal efficiency of that furnace when tested with a vent damper. 2. For every other furnace installation (i.e., a furnace that does not require or is not equipped with a vent damper, or any furnace installed in a manner that does not allow it to use heated air for combustion, even if it is equipped with a vent damper) , take the energy credit (poi-nts) assigned to the reported seasonal efficiency of that furnace when tested without a vent damper. 3. If the resulting reported seasonal efficiency in either step is less than 71 percent SE, use the new point tables in Attachment 8 to get the correct points for these lower furnace efficiencies. AODTIONAL INSTRUCTIONS FOR DETERMINING THE ' ENERGY PERFORMANCE OF INTERIOR SHADING When the Commission developed the standards, it made certain assumptions regarding the shading effects of window framing and interior drapes. Designers who use a performance calculation method, including the point system, are entitled to use these same assumptions when determining the shadinggcoefficient of glazing. . When no other interior shading 'device will be installed by the builder, the designer may assume, for purposes of demonstrating compliance with the budget (or using the point system), that single pane glazing will have a shading coefficient of 0.80 and that- double pane glazing will have a shading coefficient of 0.66._T%se assumptions account for the shading value of the window framing and for the likelihood that interior drapes will be installed by the building owner. _ Questions Regarding This Notice If you have any questions regarding this notice you may call the Commis- sion's New Buildings and Appliance Efficiency Office at (916) 324-3383. For legal questions regarding AS 163, call John Chandley at (916) 324-3256. ATTACHMENTS Attachment A lists the approved compliance point scores for .each climate zone in the state. Where the compliance score is not zero, builders may use these compliance. scores in lieu of zero when demonstrating compliance with the energy budget requirements of the standards (§2-5352(a), Title 24). 6. Gt7. 26.30 CHAPTER 26/"-'t /t..tt: •t • f: 4Lt497Tiundamentals Nay dbaq I9%7 A%RAE PANDBACAva"k OF FUNDAMENTALS f.0cstr2tion 26.31 Table 3S Shadln Coefficients for Insulatln Glasse with Indoor Shsdin b Venetlaa Blinds or Rotkr Shades Tfpe of SRsdbt 1/4 to 1/2 0.80 to 0.71 Solar TmnLb Venethn BlIndse Roller Shade Nominal Clear Pattern Opaque Translucent TrPe of Glass Thickness in.. Outer Inner 0.23 0.39 each light Pane Pane Medium Ught Dark White Ught OW Out 3/32.1/8 0.87 0.87 Tinted Olaf 1n 0.74.0.71 0.37 0.31 0.60. 0.25 0.37 0wout Heat-Absorbingd 3/16.1/4 0.46 1%" in 1/4 0.80 0.80 i- - - Wo-Absorbingd Out 1/4 0.46 0.80 0.39 0.36 0.40 0.2Z 0.30 nrr In &OU.Wve Coated Glass SCw 0.20 0.30 0.19 0.18 0.27 0.26 A Iden to faaorflaltt coved uoiu with 1/ 16.1 /s, a 1/24n. air space. or to prime witdtrwe One waw windows. tdet 10 mYYfaQttre t IltAatafe fa saaGi w1ua. t►er venipl b4ada with opeato obda of beige louves.'dGhd j cored. SC Is awazintnslr 1116 rams n for omue white roller rhado. tden to bronts. of Nem rioted, het-absorwnt Sias. 1 N T G:Q10R VN 1d1 T E Opi Qi 1E izotin E R S1 .v 5► Table 34 Shading Coefficients for Sintle Grass with Indoor Shading by Venetian Blinds or Roller Shades _ Type of SM41102 Nominal Solar Vesalan Blinds Roll S.r Skade - Thktkutssa Tram.b Dow- T..o.tims= Clear .3/32 to 1/4 0.87 to 0.80 Clear 1/4 to 1/2 0.80 to 0.71 Clear Pattern 1/8 to 1/2 0.87 to 0.79 0.64 0.55 0.39 0.23 0.39 Heat -Absorbing Pattern 1/8 Tinted 3/16.7/32 0.74.0.71 Heat-Absorbingd 3/16.1/4 0.46 Hest-AbsOirbing Pattern 3/16.1/4 - 0.57 0.53 0.43 0.30 036 Tinted 1/8.7/32 0.39, 0.43 Heat -Absorbing or pattern - 0.44 to 0.30 0.34 0.32 0.40 0.28 032 Hat-Absorbingd 3/8 0.34 Heat -Absorbing 0.39 to 0.13 Or Pattern - 0.24 0.42 040 0.36 028 0.31 Reflective Coated Glass S.C.e- 0.30 0.23 0.23 0.40 0.33 0.29 0.50 0.42 0.38 0.60 -- - 0.30 0.44 a oder to monafanate•s muratare for Baba. Cfor vertical bUft with opapae white stat beige louver is the "Pay Bored pOlNiaa. SC its 01! ttnd 031 ed whm acwith Sks 0(Q.71 to O.t0 trawwi Woe SC for &w with so ehadias devwx d Aden 40 6M. mean. and ptwM tinted hat.abwrWne Sian. A e'. CU ; Y.Jc,or + ; ' • t )r, ,,.!iFftlltl ,Itfi. L. lIaur;,c, cel Ik:,9063t Notice to Holders of 1.982 Residential Manual May 15, 1983 Page 4 of 5 9 If the actual measures and design features for a building would j have better orientation than assumed in Package B, or include a s` concrete slab .floor that might get ' credi t for thermal mass or more efficent space conditioning equipment than assumed for>, Package B, then the builder or designer should seriously con- sider using either the Point.System or a computer simulation to gain credit for the better energy performance of these, features. .€ By using these alternative approaches, rather tHan Package 8, - the builder can usually avoid some, and perhaps all, of the more _ ?i ,. stringent insulation requirements or glazing limitations of Package B. • Eti. Section 1, Requirement i Yf Slab edge insulation, if required in an Alternative Component. Package, need not be 'installed at the following locations: 1. Along the sl ab edge between conditioned space and an , attached unconditioned garage, or 2. At concrete steps attached to the outside exposed slab, edge perimeter. The'energy'effects of an attached and enclosed garage offset the increased consumption of the section of slab insulation omitted. from the garage, and it is generally .impractical to insulate the slab perimeter at concrete steps which are attached to the outside y slab edge. PART THREE, .Point. System Slab Floor, Measure 1 As indicated above, that portion of the slab fl oor edge of condi- tioned space that is located between the conditioned space and an attached and enclosed unconditioned space (such as a garagel' heed* not be insulated. When determining a weighted average paint value. for the entire perimeter using the Point.System, assume that this portion of the slab edge is insulated to 'a level of R-7 and a depth of 18 inches. R2nn:/A5 /Pm 5 /1.R/R3 1.1.30 60I•A R'. V1 ifiF.RT /in. y, LA IIAVRA, CALIF.•;90631 .T: I!- ;':F '.TPA'.Tn•, rn•-rr. • IJ.OT. flPPlic.o►l le ' '; • Tialit noin all the fcatureg iu the stanaa'ru-eon:rol plus o1:k tn orr cr - tr:cal outlet anQ sw-tcl► aoxe::.in all exterior !loll:, roly^.ancien- niir• r : over the inside face o: all exterior walls, and A mechanical wen::lal►• . ysto 'capable o: ventilating a: tlr-" rat^ of (1.7 air ehan.►rn pu' 'innrl. the whsle building w:th an air to air licat excl►anger. nr.^•)Iae•.r?^' . Fns ? \r•n nt1 •1!r'•Tn•.T'n:! ^n:fTP7J. `r . , 1). Caulking and weather:.trirpina. boors and v.indows (including s:►y- lights) betveen eondilihnr•d and unconditioned spaces crust b^ weatherstripped. Caulking or sealants or weatherstripping muni. :be used to limit in:iltration'in the building envelope At tl,n ' :oliowing openingr.. A) Exterior joints around windows and door :rime:. D) .Detween wall sole plates and floors, and between • exterior nail panels, C) Penetrations in wails, ceilings, and floors for plumbing, electricity, and gas lines,. D) Openings in attic floors, : Z) All other openings in the building envelops. 2) Doors and Windows. Manufactured doors and windows must be labaled " and cer.t:fied according to Section 2-5304, Table 2-535, standards Cor Doors and Windows, of the standards. 3) Damper controls. Air leakage from exhaust fans'or.other exhaust . systems shall be prevnrr.ed by using backdraft dampers or auto- matic dampers. 4) fireplaces." Masonry and factory built fireplaces shall meet the follor;ingrequirements. A) The entire opening of the firebox must be covered with a tight -fitting, closeable, metal or glass door. This re- quirement may be omitted if such doors would interfere wil•h devices•permanetly in Stalled in this fireplace which are designed to increase, Rep V( sd tr►u circulation of heat. nl 1= XIN'' CnMr'i:R D), Thr firebox must have an out- p cB IOi sille air intake which has a IQei 1a►C.GS urirrimun► area of six square ir.hes. This air intake arn: t have a tiplitrfitting ONIj% damper (not the same as the ' . •. ff flue damper) which is oper- able and readily accessible. — .: GVf'.rlk C) The flue damper must be tight fitting vith an accessible ,, ;,,,•.`.. control. D) Continuous burning gas pilot lights are prohibited. E)The use of indoor air to cool the firebox when that indoor air is vented to the outside of the building is prohibited. 5) Varor barriers. A vapor barrier must be installed in climnt^ zona 1. 14, And 16, on tl►e conditioned space sido of all inuul:rr.i••rr jw NOt nil exterior walls, unvented attics, and unvented crewl spuec:. to Rem+Re•d protect tyre insulation from .condensation. The vapor barrier must h:►ve a resistance to the penetration of muluturc equal to nrrn perm or lass. 4 lA 11 x: 11,1, C' li.lr'. 90G;11 MANUAL "J" MEAT -COOL CALCULATION BUILDER: 140WF Co/yST PLAN: QVS'f::,. LOCATION: -LA — V 1 nN7 A ZONE: I . ORIENTATION: Fh2vtvr To ' U E?(LTw SQ. FT. 1-3110 [o NO. OF BEDROOMS : 3 LEVELS SUMMER OUTSIDE 112 •F INSIDE 7$ •F TEMP. DIFF. aL4•F WINTER OUTSIDE 3 •F INSIDE '7 Q !E -TEMP. DIFF. 3 EXTERIOR WALLS: )Z -)l FLOOR AREAS : V1N1Nsvl.. Sugg CEILING AREAS: a-30 GLAZI NG : Dleat. TPQwa- 1,S_ TYPE* OF EXPOSURE CONST. NO. FACTOR AREA LENGTH BTUN NEAT COOL HEAT'G.C0012G. I. WINDOWS 3 7 d AND GLASS DOORS (HEAT'G) 7 g 2. SKYLIGHTS 3. WINDOWS NORTH a S 10 21-50 AND GLASS EA W. N5 Sa Ll Off DOORS COOL.'G. SOUTH 3 o 35 4. OTHER DOORS 9-S ZZ 5 NET EXPOSED 100 3 3 WALLS AND PARTITIONS G. CEILINGS b AND ROOFS T FLOORS AND ZOA 1 14 0 1 Iloq &560 SLAB EDGE S. SUBTOTAL BTUN N 4 ZlaS Z05747, 9. DUCT BTU H L05S 10 10. IO BTUN / SQ. FT. FOR SET BACK THERMOSTAT It. TOTAL BTUN L05S 12. FURNACE SIZING MULTIPLIER , 13. MAXIMUM ALLOWABLE OUTPUT BTUN $ 053 14. PEOPLE e300 j APPLIANCES 0 1200 3 p 15. TOTAL SEN51BLE BTUN GAIN 1 2 16. DUCT BTUN GAIN 10020 17. LATENT LOAD MULTIPLIER LINE 1(o+15 x 1.3) SZ IS. TEMPERATURE SWING MULTIPLIER 1. Z 19. TOTAL BTUH GAIN Ilk L4 r) ; 20. MAXIMUM ALLOWABLE TONNAGE S. e; Ua,, e.%q 1t Air.Conditioning Indianapolis. IN Cdy of Indusliy. CA A t r.. Model 394JAW060095 '0 Model 394JAW060095 With Cooling Coil Installed PRELIMINARY PRODUCT DATA NOTE: Use the Information in this publication for preliminary reference only. These gas-fired furnaces Incorporate state-of-the-art technology. Attractive in appearance and designed with features that provide real benefits. FEATURES FULLY ENCLOSED FRONT—Front fully enclosed for more pleasing appearance and greater safety. HEAT EXCHANGER—Ribless contoured, free-floating design helps prevent expansion and contraction noise. 10 -year Umited Warranty. WRAP-AROUND CASING—One piece wrap-around casing con- struction eliminates casing noise. Low -profile 46.3416 -Inch height permits installation in restricted locations. INSULATION—Foil-faced Insulation in heat exchanger section of the casing minimizes heat loss. BLOWER ASSEMBLY—Multispeed, energy-saving, permanent split capacitor motor with speed -tap selector provide air balance for heating and cooling. BLOWER CONTROL CENTER—Printed-circuit board and all Internal wiring is factory installed, thus eliminating confusion and errors. A low -voltage terminal board Is provided for quick - and -easy control circuit connections. Easy -access electronic air cleaner terminals are provided. SOLID-STATE. BLOWER CONTROL—Timed blower operation stops annoying recycling common with thermally activated blower controls. CROSS -PORT BURNERS—Cross-port design assures quiet ignition and extinction of burners. Aluminized steel burners will give years of dependable service. GAS -SAVING PILOT—No standing flame to consume gas when furnace Is not operating. An electric spark Ignites pilot when thermostat "calls for heat." When thermostat is satisfied, pilot and burners are extinguished. REDUNDANT GAS VALVE—Redundant valve operators provide added safety protection. SIDE INLET—The 394J Furnace is design -certified by A.G.A. for bottom return -air connection. When side return -air connections are used, a bottom closure panel is required. EFFICIENCY—Exceeds California minimum efficiency stand- ards mtle 20). NITROUS OXIDES (NOS—Meets NO, emissions level set by South Coast and Bay Area 041ity Management Districts. The design of all Model 394J units Is A.G.A. design certified for natural and LP (propane) gas. The 394J is GAMA (Gas Appliance Manufacturers Association) efficiency rating certified. Form No. PDS 394J.30.1 D :o A D E ant Conn shvon Weight carte 144V16 12.9116 t 1'I te; 4 122 036045 143116 12.9116 11-11116 [C COMA 132 036065 /7.112 15.7/8 15 5 154 048080 21 19-3/8 18-112 5 Mot ra.tt,. J . y t 22 _ 6 220 , •I '--VENT DIA DIY 1 O*W DUCt zl I_i 1 , 1 r 1 A85147 r 4,41P.4IR i,Irc,& .4. fnl..a rv. C. Co. DIMENSIONS (In Inche44 !!•?ukJYD .r, c.rt/F, 91 SIZE A D E ant Conn shvon Weight 024030 144V16 12.9116 11.11116 4 122 036045 143116 12.9116 11-11116 4 132 036065 /7.112 15.7/8 15 5 154 048080 21 19-3/8 18-112 5 182 060095 24112 22.718 22 _ 6 220 CLEARANCES (In Inches) r ne oincn 'font clearance is ne_ eaeo for comoustl_Onam ventilation - air entry and drafthoodselief. SPECIFICATIONS SIZE 030 thru 086 thru SIZES' 045 Ops Sides -Single -Wali Vent 1 1 Type -81 Double -Wall Vent 0 1 Back 0 0 Top of Plenum 1 1 Vent Connector—Single-Wall 6 6 ' Type -Si Double -Wall 1 1 Front* 6 6 Service 30 30 r ne oincn 'font clearance is ne_ eaeo for comoustl_Onam ventilation - air entry and drafthoodselief. SPECIFICATIONS SIZE 024030 030" 03SM5 049M 0"M —I In ul 8tuh0 40,000 00 000 $0000 100 000 120 AM apaltYf Indoor _ 4$000 00000 Ot Monwesihsrked 32,000 ,000 .46abwo 04,01)0 Va.= AFUEt Indoor 75.0 79.0 75.0 75.8 75.8 Monweat erlmd 76.5 76 b 70.6 70.6 California Seasonal Efliclane 71.7 1. 1.0 0 713 led Temperature l" RaWF_50 — 40 Grill ed External Static Pressure 5 ,5 11R 1 Alrflow Ft/Mlna Most ln0.5 1 1 1 t asi n645 1205 122D 1 Unit Volts—Martz—Phaes 116-00-1 Minimum Wire Maximum FuN ffin1 ranslwmwINN) 40YA External Control Meeting Power Available 1 Alr Gond tionPTVA Ing lower Relay Umlt Control Mestl lower Control ftf4tate Time U rnn a on 1 no Oak Valva (Redundant) I Model 846A.X M n Inlet Pressure I4 we Wax n hsure wo Pilot Salat Mon -100% Shutof Model TUB 01rect-Orlve Motor MP—Type1!a—P8c 113—P6c I/3—Pec 112— 1 — Motor Full Lead Ams 6 RAM Nomina 1=).-4- 1 4 1 1 lower Wheel ametN X Width X X X .1050-4 Filter Size— anent Washable 1 X 1 x 1 x 1 X X X x x 1 Twinning Kit 084a1- LP Pro ane Conversion t Idsfilter k silt 1 r X X Return lifer b not esFilters)t 1 tar Sglto,n Closure•' 1 - 21 — _ x x 11 1 —4 1 \ *Gas Input ratings an caniffsd for elevations to 2000 feet. For elevation$ above 2000 feet, reduce ratings 4% for aaoh 1000 hat abo" no lsysi, tCapaclty In accordance with U.S. Government DOE teat procedures. California Seasonal Eff1clanoles based on Callfoml04pat:lfhd ptooaduree (tents• live ratingsj t -Air delivery above 1800 Ft'/Min requires that both aides, or a combination of one side and bottom, or bottom only of the furnace Is used for return air. A filter le requred for each return -air supply. "Required when bottom return Is not used. QF •22b Dayc-, .,;tt'a$. 7'EA1P-AIR 11TC, & A. r-.*. Co. Air Conditioning ELECTRIC 001A 1r L.41111ENT Rn. M d®16656.;1 sop Companv CONDENSING UNITS LA HABRA, CA1,1F. 9 s . ° 51zes 014 thlru 0(80'; ,ntLanopd(s. IN Gly ul hgn(al(y, CA The energy-efficient Model 5658 Cool Cube'" Condensing.Urut is available in nominal cooling capacities of 14,000- thru 60,000-Btuh. The range of seasonal energy-efficient ratio, (SEER) is 8..0 or more, which makes the Cool Cube" the new leader In product value for energy-efficient, economically priced, air conditioning equipment. The all-new no -tolls design Of the Cool Cube' has every penny of unit cost invested In quality components, resulting in a lean and pleasing clean look. FEATURES FOUR-SIDED CONDENSER SURFACE—The Cool Cube" draws air from all four sides of its large wraparound coil, loading the fan more evenly and providing a quieter, more efficient, condenser fan system. TOTALLY ENCLOSED PSC FAN MOTOR—Resists dust, dirt, and other forms of contamination for years of dependable serv- ice. Top mounting gives fast service access to the motor and the unit interior. NEW SUPER -HARD ALUMINUM -ALLOY F11"educes . acci- dental damage during handling and shipment. EXTERNAL ALL -GRASS SERVICE VALVES—Pressure gauges can be quickly and easily attached to the service valves without having to remove panels. COMPACT DESIGN—Results in IIghter, more easily handled, unit for the most economical installation. COMPRESSOR PROTECTION --Cool Cube'* compressors are protected with temperature- and current -sensitive overloads. An internal pressure -relief valve provides high-pressure protection for the refrigeration system. REFRIGERANT STRAINER—Each unit has a liquid refrigerant strainer to the liquid tube to trap any foreign .matter in the system. Form No. PDS 5658.14.4D AIR AIR IN • SGSUJO14 1Llllv>' AIR IN 1;"' iI y I I ---__--_ A S . Unit Vops—Henz—Phos a1 VoK s PPANEL 2W/230-60-1 ACCESS: •. 206.290-60-1 206.230- 00-1 Camprossa—i4iW loW Ams 197-259 1417-259 197-259 FL u1D- 8DIAt2IHOLESAIR Rotor "')►LFLAR 9./ 13.5 16. INID OW a HIGH- VOLTAGESELD 61.0 90. TOM Units s SUPPLY, 1.0 1.0 1.0 MM Unit 1 for Win Sizing6 10 N. t .2 Min Wire Site (759 AWG* Ei.TgN-7ueE IT 19.0 16,1 1.3 G IS Is 1f H -oi 12 l .> UAW.. YR HTC.", A. C. CO. 601.1 IP. /.AiFRE frT f+l/. LA HABRA, CALIF. 90631 AIR IN Clearance Requirements (In Inches) inlet air (all sides)............ 12 Discharge air (top)............ 48 Service clearance (compressor end)......... .. 30 NOTE: Unit can be installed witA 6 -in, clearance on LH side ((acing, control end of unit) when 24•1n• clearance is maintained on remain• ing sides. A91193 DIMENSIONS (In Inches) SPECIFICATIONS MODEL SERIES SGSUJO14 1166 111 11 54* A S A Unit Vops—Henz—Phos a1 VoK s 206.290-60— I 2W/230-60-1 206.290-60-1 206.230- 00-1 Camprossa—i4iW loW Ams 197-259 1417-259 197-259 197-253 Rotor 7.0 31.2 9./ 13.5 16. COnOenser Fan Motor—FUN LOW Amps 13.9 61.0 90. TOM Units s 1.0 1.0 1.0 1.0 MM Unit 1 for Win Sizing6 10 N. t .2 Min Wire Site (759 AWG* 14 IT 19.0 16,1 1.3 Mn 6nnchFuss Size IS Is 1f 12 10 30 Co"111)(0115(if—Type b RPM Tentilermure b Current Prbtselim Nsfmsllc 3500 Flelfterant—Type b Aftunt R22-3 IDS 2 of townal Una Stent R22-3 VA 2 OtR22-1 IDs 6 Ga R22-1 Ws 6 oz Call- h ft 6.t Fin", 18 22 6.2 10.5 IO.S • T . RPM - MF 1/6 8 1125 1 22 1/6 8 t12S 1 822 16 - —PMu gy t/6 PSC 1125 --- 1/6 i 1100 208 -230 -60 -1 Carbensa Akibw (F /Min) 15 I 16 16 1600 I (600 ism COMPROTEC* Quick -Stan n Capacitor -Bela Kit 301600 701 Low -Pressure Switch Kit N/A N/A N/A high-pressure switch till P332.2150 lh—ermcstAllultY Cen1101141 Crankcase NeiteiP332.1150 30t7tS 703 PTC Sun Assist 306793.702 Unit SuPpon Pack—RubEer Isolators P/21.1008 Figa•Or'Ier 6075 1001 Swivel Eels—Li uio/V r Tubes 1- 10 0°F Low-Amwem Kit 16N1816R/IBN2124R 10°F Low-AmbisrlI Kit N/A N/A tit other than 75°C copper wire Is used, s4e can be determined from unit nm -it .r...._ .,, vww. vire size selected must have current capacity not less than that of copper wife specified andwp must not c eels an voltage drop between service panel and unit In excess of 2% of unit rated voltage. EAC -2 lie SPECIFICATIONS -MEL a" 5659JO14 SERIES A C A A A Unit vans-Hent-phatia NS -230-60-1 *., 209 2J0-60-1 208 2J0 -60-t 2iB- e0-1 vow Range 197-253 5188 014 - Operating Compressor -Rated Load Amps -20.5 21.2 23.7 Locked 1`1010f AMPS 95.0 n 93.11 108.0 1.8 1.6 Cand8riser Fan Molor-Full Load Amps 1.8 1.0 1.8 23.0 25.5 Total Units Amps 22.3 27.5 21.2 26.3 28.4 31.5 36.6 Min Unit AfnD&cilv lot Wire Sizing 507J or 518C - 10 - - in Wife, Siting(751 Copper) AWG* 10 III - so - Max Branch Circuit Fuse Site 45 45 45 14.700 1 14,700 res - Type & RPM 1 14.500 1 14,600 14,700 14.500 14,700 Hermetic 3500 System Walls t _7 ;;a & Current Pfaleclim R22-5.lbs 4 or R22-5 lbs 0 of Internal Line Break R22-5 lbs 14 oz R22-7 lbs 13 or KZ2-5 ths 0 of Refrigerant -Type& Amount 8.6 8.6 8.5 1 8.5 8.6 18.6 B.6 -8.8 Coll-Hei ill x Vfth (Sq Fit 12.0 .10.5 142S 17A 1.1 20.5 24.2 1.213 & 25 Rows &Fins Per Inch ,Fan Motor HIP, RPM I & 20 1/4 PSC & 1125 . , 1/8 PSC & 1100 - 1/4 PSC b 1125 1/4 PSC b 1125 1/4 PSC 11, 1125 X& vans-Htna- se - ZUG .230-60-1 22, Fan-Diameter 22 22 2900 to 1900 22 22 29M 2900 Cmdensel Airflow (111/1011n) 5071 or 518C 015 018 COMPROTECO Ovick-Slan - Capacitor y Kit 307709.701 N/A ]01600 701 307709.701 307709-701 STO Low -Pressure Swllch 'FWP Ole 024 P361.1501 t4h.Pressure Switch K" P361.4201 018 024 - ON24 ThermsIaliCgilly Controlled Crankcase Heater 30117.15401 301715 703 301715 701 018 024 Unit Support Patkage-Rubber Isolators 5138 6675ID01 Filler-Orler Ole 024 PSOI-8010 513C PwI_wI I Swivel Ells-Liquid/Vapor Tubes Ole 024 iamfil6fl/1911242411 517E N/A 0°F Low- ant Kit N/A N/A N/A MIA N/A 400F.Low-Ambient Kit N/A N/A N/A H/A. 1 2113 2110 2210 2228 1r47 ?See Note on Bottom of F'&Q8 1:A%, -Z. RATINGS & PERFORMANCE M EL 6D _ 5659JO14 SERIES A NRO 7.8 5188 014 Ole 500A & 519C Ole - 5138 & 513C - 0187 517E - - 018 507J or 518C - - 015 Ole 509A or 5190 - - - - - Ole 024 Coding Ca II 14.700 1 14,700 14.700 1 14.500 1 14,600 14,700 14.500 14,700 15,300 System Walls t 1720 1720 1720' 1 1737 1 1750 1680 1 1678 IGN Im SEER 8.6 8.6 8.6 8.5 1 8.5 8.6 18.6 B.6 -8.8 MODEL 565111j01l SERIES A 5088 024 5071 or 518C 015 018 024 507D or 516A Ole 024 - - - 509A " 5190 018 024 - ON24 500A.5198.0l'519C 018 024 5138 Ole 024 513C Ole 024 - 517E - - 018 024 Coolina Ca 16,700 16.600 16.600 17.000 16,500 15-800116-600 17.300 16.500 17,000 16,70017.100 16,600 ILM 18.500 17,000 - 1 Systam Watts t 2213 1 21128 2088 2125 2201 2214 1 2113 2110 2210 2228 1r47 2175 2198 2232 2148 7r5_ 2233 2238 SEER 8.55 5.55 1 8.2 -F-4-F-5-10- 6.7 JA 8.8 8.35 8.5 8. 4 8.5 MODEL 5555=4-A SERIES A NRO 7.8 508 024 030 1 - - - - 507J 6 518C - - 1 018 024 030 - 507D or 518A 024 030 1 - 5090 or 519D - - 1 018 024 030 500A. 5196 or 5 1 9C - - - 024 030 5138 024 030 - 513C - - 024 1 030 - 517E 4 .030 Coolina Cftyt 22.800 23,400 22.600 23.400 23.200 22.800 23.400 22,800 23,400 24.000122,600123,200122.800,-2-3,-2-0-0 22,600 23,200 22.200 23,000 System Wanst 3170 3019 3053 3180 3203 3020 3019 3077 13157 1 3203 1 3164 3203 3040 3243 116 3- 31M93 SEERt 8.5 8.6 8.5 6.55 8.7 8.5 8.5 8.7 1 8.5 1 8.6 1 8.5 8.6 8.5 1 6.6 6.5 8.55 See Notes on Bottom of P&gp LAIU-4. EAC -3 r v 1'E!Ilt'=Alh l/TC. Nc 4. C. CO. RATINGS & PERFORMANCE I.AA1111,31r Rn. LA HARRA PATI& rn... MODEL - - 5559048 SERIES A NR' 8.4 5558036 MWOU _ - - 048 060- . - - - - 048 060 - - - - - - - - - - SERIES - - - - - 048 060- 5108 SERIES SERIES - - - - - - - - - - 048 060 - - - - A A 5198,C/5208 - - - - - - - - - - - - - - 048 WO- C 45,500 46.500 45,500 47,500 46,000 47,000 45,500 47,500 45.000 47.500 46,500 48.000 45,000 47,500 45.000 47,000 NR• 5068 - 030 036 8.5 8.5 1 8.5 8.5 6.5 8.6 8.5 8.5 8.5 8.5 8.3 8.5 8.5 8.5 6.3 8.5 8.2 7 8_...- - -- -- - _ -. - 5070 or 518A - - 030 036-- - - - - - - 036 - 5070 or 51 BA 07J or 518C - - - _, 024030 - _036 - - - - - --_ - 509A or 5190 - - - -- 030 - _ - _ -• 024 01.0 036 - --- - - . 5138 or 513C - - - - 036. 042 - -..-_ - 500A. 5198, or 519C - - _ 517E - - - - - - - 5198 or 5190 - 030 036 - 500A, 5198, or 519C -. - - - - - _- - - - 29,600 - 28,500 - 28.500 - 29.200 036 29,600 Cooling Ca acil 28,400 29,500 28.600-129.000 28.800 29.000 29,200 28,800 29.000 System Watts - 1762 3856 3788 1780 3815 3742 3744 3740 3718 3771 1 3775 1 380 1 3867 3869 SEER 8.5 8.6 6.5 8.6 8.1' 8.5 8.6 8.5 8.5 8.7 B.5 8.4 8.5 8.6 MODEL 5559048 SERIES A NR' 8.4 5558036 565BJ036-A _ - - 048 060- 507D or 518A - - - - 048 060 - - - - - - - - - - SERIES - - - - - 048 060- 5108 SERIES SERIES - - - - - - - - - - 048 060 - - - - A - - - - - - - - - - - - 048 060 - 5198,C/5208 - - - - - - - - - - - - - - 048 WO- C 45,500 46.500 45,500 47,500 46,000 47,000 45,500 47,500 45.000 47.500 46,500 48.000 45,000 47,500 45.000 47,000 NR• 5447 5501 1 5688 5723 5485 5537 5688, 5723 5481 5625 5540 5875 5379 5479 5408 5875 SEERt 8.5 8.5 1 8.5 8.5 6.5 8.6 8.5 8.5 8.5 8.5 8.3 8.5 8.5 8.5 6.3 8.5 8.2 NR* 5068 036 042 - - - - - - - - 036 - 5070 or 51 BA - - 036 042 - - - - - - - - '501N or 5188 - - - - 030 036 042 - - - - - 517E - - - - - - - 036. 042 - - - 500A. 5198, or 519C - - - - - - - - - • 036 - - 5198 or 5190 - - - - - - - - - - 042 - 5198,C/5208 - - - - - - - - - - - - 042 CoolingCapacilyt 35,000 35.100 34.800 1 35,000 34.200 35,400 36,000 34,800 35,800 35,000 35,800 35,600 System Watts •4485 4513 4519 4485 4500 4597 4615 4519 4590 1 4545 4590 4140 SEERt 8.6 8.6 8.5 8.6 8.4 8.5 8.6 8.5 8.6 1 8.5 B.6 8.6 s w MODEL 5559048 SERIES A NR' 8.4 5068 565BJ036-A 5658042 - - 048 060- 507D or 518A - - - - 048 060 - - - - - - - - - - 509A or 5190 - - - - - 048 060- 5108 SERIES SERIES - - - - - - - - - - 048 060 - - - - 5198 or 5190 - - - - - - - - - - - - 048 060 - 5198,C/5208 - - - - - - - - - - - - - - 048 WO- C 45,500 46.500 45,500 47,500 46,000 47,000 45,500 47,500 45.000 47.500 46,500 48.000 45,000 47,500 45.000 47,000 A 5447 5501 1 5688 5723 5485 5537 5688, 5723 5481 5625 5540 5875 5379 5479 5408 5875 SEERt 8.5 8.5 1 8.5 8.5 6.5 8.6 8.5 8.5 8.5 8.5 8.3 8.5 8.5 8.5 6.3 8.5 NR* NR* 8.2 8.4 5068 036 042 - - - - - - - - - - - - - 5071) or 518A - - 036 042 - - - - - - - - - - - 507.1 or 518C - - - - 030 036 042 - - - - - - - - 509A or 5190 - - - - - - - 030 036 042 - - - - - 517E - - - - - - - - - - 036 042 - - - 5198 or 519C - - - - - - - - - - - - 036 042 5198.C/5208 - - - - - - - - - - - - - - Cooling Capachyt 34.800 35;000 34.600 34,800 33,800 34,000 34,600 33 800 34.000 35,200 34.200 35,600 34.600 35,400 35,400 System wanst 4377 1 4403 4380 1 4377 1 4333 1 4331 4380 4333 4304 1 4400 1 4442 4450. 4380 4425 .4453 SEERt 8.6 1 8.7 8.5 1 8.8 1 8.5 1 8.5 8.7 8.5 8.5 1 8.7 1 8.5 6.6 1 8.6 1 8.7 8.6 MODEL 5559048 SERIES A NR' 8.4 5068 048 060 - - - - - - - - - - - - - - 5658042 - - 048 060- 507D or 518A - - - - 048 060 - - - - - - - - - - 509A or 5190 - - - - - 048 060- 5108 - - - - - - - - 048 060 - - - - - - SERIES - - - - - - - - - - 048 060 - - - - 5198 or 5190 - - - - - - - - - - - - 048 060 - 5198,C/5208 - - - - - - - - - - - - - - 048 WO- Cooiing Cawyt 45,500 46.500 45,500 47,500 46,000 47,000 45,500 47,500 45.000 47.500 46,500 48.000 45,000 47,500 45.000 47,000 A 5447 5501 1 5688 5723 5485 5537 5688, 5723 5481 5625 5540 5875 5379 5479 5408 5875 SEERt 8.5 8.5 1 8.5 8.5 6.5 8.6 8.5 8.5 8.5 8.5 8.3 8.5 8.5 8.5 6.3 8.5 NR* 8.4 . 5068 042 1 048 - - - -WM000,1- - - - - - - 507.1 or 516C - - 042 048 - - -- 507D or 518A - - - - 042 018 - - - - - 509A or 5190. - - - - - - 046 - - - - - 5108. - - - - - - - 048517E - - - - - f042 - - 042 048 - -5196 or 519C - - - - - - - - - - 042 0485198,C/5208 - - - - -- - - - - - - 042 048 Caolin cit 40,500 41,000 39,000 42 500 40,500 11.000 12,50041,50040,500 41,500 '40 500 41000 40,500S stun Wans 4919 4955 4875 5183 4900 4975 5120 4993 5024 $015 4929 4945 . 5025 4935 SEE 8.5 8.5 8.5 8.5 6.5 8.5 8.5 8.5 8.2 8.5 8.5 8.6 : 8.2 8.5 MODEL 5559048 SERIES A NR' 8.4 5068 048 060 - - - - - - - - - - - - - - 507J or 518C - - 048 060- 507D or 518A - - - - 048 060 - - - - - - - - - - 509A or 5190 - - - - - 048 060- 5108 - - - - - - - - 048 060 - - - - - - 517E - - - - - - - - - - 048 060 - - - - 5198 or 5190 - - - - - - - - - - - - 048 060 - 5198,C/5208 - - - - - - - - - - - - - - 048 WO- Cooiing Cawyt 45,500 46.500 45,500 47,500 46,000 47,000 45,500 47,500 45.000 47.500 46,500 48.000 45,000 47,500 45.000 47,000 System Wattst 5447 5501 1 5688 5723 5485 5537 5688, 5723 5481 5625 5540 5875 5379 5479 5408 5875 SEERt 8.5 8.5 1 8.5 8.5 6.5 8.6 8.5 8.5 8.5 8.5 8.3 8.5 8.5 8.5 6.3 8.5 ,iRated In accordance with ARI Standard 27084. tRated in accordance with U.S. Government DOE test procedures and/or ARI Standard 21081. When operating units at 208V, deduct 400 Stuh from cooling capacity and deduct 0.1 from SEER for all sizes. NOTE: System Welts and EER's not available at time of printing. EAC -4 .I"\