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08045 (SFD)
Building Address Owner John C. ' Mailing Address 45-190 C1 City Udian Wells %Contractor C&tyl i .. P.O. BOX 1504 // .NO. 08045 78-105 CALLE ESTADO. LA QUINTA, CALIFORNIA 92253 £ ne BUILDING: TYPE CONST. # OCC: GRP. A Drive A.P. Number ' `773_t 41;o (113 A MIA Zip ., ... ...... Tel... _ Legal Description Lat% -14 X 1; Project Description Site"! ''F=11y {4. Q►' i;r�r� Address..... , _ ... Zip Tela # r-. - • PRRC.EL MGER M ,,',State Lic. _.& Classif. City Lic. # Sq- Ft. Size 2806 r No. No. Dw. Stories Units Arch., Engr., Designer New ❑ Add ❑ Alter ❑ Repair ❑ ^- Demolition ❑ Address Tel. Side Street Setback from Center Line Ihereby affirm that there is a construction lending agency for the performance of the a work for which this permit is issued. (Sec. 3097, Civil Code.), `- !'City Zip State Lender's Address FINAL DATE Lic. # , This is a building permit when properly filled out, signed and validated, and is subject to����� LICENSED CONTRACTOR'S DECLARATION expiration if work thereunder is suspended for 180 days. 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;iny license is in full force and effect: r I certify that I have read this application and state that the above information is correct. Issued by: • SIGNATURE*"lI "'tom• '.P DATE OWNER -BUILDER DECLARATION I hereby affirr)•hat 'tI am exempt from the Contractor's License Law for the following ' reason: (Sec.7.031.5,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 (he applicant for such permit to file a signed statement that he is licensed pursuant to a the provisi.ons, of the Contractor's License Law, Chapter 9 (commencing with Section 7000) of 'Division 3 of the Business and Professions Code, or that. he is exempt therefrom, and the basis for.. the alleged exemption. Any violation of Section 7031.5 by 'any applicant for a permit subjects the applicant to a civil penalty or 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, Bulsness 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,7however, the building .. or improvement is sold within one year or completion, the owner -builder will have the burden - of proving that he did not build or Improve for the purpose of sale.) Estimated Valuation - a!//�� tt/p��� SE'9rUUg - PERMIT --, _ '-AMOUNT Plan Chk. Dep. mentioned property for inspection purposes. Plan Chk. Bal. , Const. - Mech. Mailing Address Electrical - "Plumbing ' ' O I, as owner of the property, am exclusively contracting with licensed contractors to con- struct the project. (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 contracts for such projects with a contractor(s) licensed pursuant to the Contractor's License Law.) ❑ I am exempt under Sec. B. & P.C. for this reason S.M.I. •' '•r11 Ju Grading r ,;.:` 4 t.�y� F f..?` p5: �-{„-0 �'� Driveway Enc. +p ♦ r''�4 ,. •Y,.- --� • T t- l0. ♦ '� ''.v.�l. t :-ti �. Date - Owner Infrastructure WORKERS' COMPENSATION DECLARATION " I -hereby affirm that I have a certificate of consent to self -insure, or a certificate of - - Worker's Compensation Insurance, or a certified copy thereof. (Sec. 3800, Labor Code.) ' Policy No. Company • ❑ Copy is filed with the city. ❑ Certified copy is hereby furnished. ' TOTAL r CERTIFICATE OF EXEMPTION FROM r• WORKERS' COMPENSATION INSURANCE •. s (This section need not be completed if the permit is for one hundred dollars ($100) valuations ' or less.) 1 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. REMARKS ... '� - ^" ',Ey 'fY `j'�'b�� 4;'j +,'j�j�•� - Date Owner -NOTICE TO APPLICANT: If, after making this Certificate of Exemption you should become -ZONE: BY: subject to the Workers' Compensation provisions or the Labor Code, you mustforthwith comply with such provisions or this permit shall be deemed revoked. - Minimum Setback Distances: - - Front Setback from Center Line Rear Setback from Rear Prop. Line CONSTRUCTION LENDING AGENCY Side Street Setback from Center Line Ihereby affirm that there is a construction lending agency for the performance of the work for which this permit is issued. (Sec. 3097, Civil Code.), Side Setback from Property Line Lender's Name Lender's Address FINAL DATE INSPECTOR 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. Issued by: Date Permit 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. Validated by: Signature of applicant_ Date Mailing Address Validation: City, State, -Zip - `i^ i. f, � i' 7'r',." ,;.:` 4 t.�y� F f..?` p5: �-{„-0 �'� i Ct_ - S-. _ f -F i. J ....`.. -• `.Y�� �' +p ♦ r''�4 ,. •Y,.- --� • T t- l0. ♦ '� ''.v.�l. t :-ti r`,. . �Ll�f{i -. .... �� }ia ".,�'l'�nyt •..e ¢I.- �,.w, Y.: .7 '� 'F-e�", µ'• ,. CONSTRUCTION ESTIMATE NO. ELECTRICAL FEES NO. PLUMBING FEES IST FL. SO. FT. ® $ UNITS ?i )(*AB GRADE 6 2ND FL. SO. FT. ROUGH PLUMB. BONDING 40 q YARD SPKLR SYSTEM POR. SO. FT. ® MOBILEHOME SVC. BAR SINK GAR. SO. FT. ® POWER OUTLET ROOF DRAINS CAR P. SO. FT. DRAINAGE PIPING WALL SO. Ff. OTHER APPJEOUIP. DRINKING FOUNTAIN. SO FT ® GAS (FINAL) TEMP. POLE URINAL ESTIMATED CONSTRUCTION VALUATION $ GROUT WATER PIPING NOTE: Not to be used as property tax valuation FINAL INSP. FLOOR DRAIN MECHANICAL FEES WATER SOFTENER VENT SYSTEM FAN EVAP.000L HOOD SIGN WASHER(AUTO)(DISH) APPLIANCE DRYER FRAMING All GARBAGE DISPOSAL FURNACE UNIT WALL FLOOR SUSPENDED "`777 LAUNDRY TRAY AIR HANDLING UNIT CFM KITCHEN SINK ABSORPTION SYSTEM B.T.U. TEMP USE PERMIT SVC WATER CLOSET' COMPRESSOR HP POLE,TEMIPERM LAVATORY HEATING SYSTEM FORCED GRAVITY AMPERES SERV ENT SHOWER BOILER B.T.U. SO. FT. ® c BATH TUB SO. FT. ® c WATER HEATER MAX. HEATER OUTPUT, B.T.U. SO. FT. RESID ® 1+/. c SEWAGE DISPOSAL LATHING (' SO.FT.GAR ® 3/ic HOUSE SEWER MESH 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 (y94kBACK 6 27 90 G e4 ROUND PLUMBIN �5' fJ UNDERGROUND A.C. UNIT COLL. AREA ?i )(*AB GRADE 6 Q/ ROUGH PLUMB. BONDING 40 q HEATING (ROUGH) STORAGE TANK FORMS If 9R I TA KK ROUGH WIRING DUCT WORK ROCK STORAGE 2 ND. REINF.G GAS (ROUGH) 2 91 Av METER LOOP HEATING (FINAL) OTHER APPJEOUIP. REINF. STEEL GAS (FINAL) TEMP. POLE GROUT WATER HEATER SERVICE FINAL INSP. BOND BEAM WATER SYSTEM GRADING cu. yd. $ plus x$ _$ LUMBER GR. FINAL INSP. % A/ 9/ FRAMING All INAL INSP. G ROOFING ",4- "`777 �O/� � �jJ� t ! /" 6 `/4� j� f< fw /60 `Ilir/ 121, ) �1 REMARKS: VENTILATION FIRE ZONE ROOFING FIREPLACE SPARK ARRESTOR GAR. FIREWALL LATHING (' MESH INSULATIONISOUND F FINAL INSPECTION CERT. OCC. FENCE FINAL R'S SIGNATURES11NITIALS INSPECTO6 GARDEN WALL FINAL Desert Sands Unified School District C R'T �'rr'`A�%jF �bF PAYMENT D®CJ0AC OOL FACILITY FEES _,r�cV ���►`� CTO,: DATE: blit. P � This is to certify t developer of located at -�Ub / 0 this District, has paid school facility fee a hor't genera d by Gov rnment:Code Se t covering a total of _ square ( ) industrial/commercial development and this footage in this development may now be (�15-19 o �. � ,(which is G.— I) , within s imposed pursuant to the ion 53080 in the /amount of feet of'( ) residents 1� that building permits for _ CIO issued by your jurisdiction. -Z�/ P. CIL O for DESERT SAN UNIFIED SCHOOL DISTRICT White - Building Department • Yellow - Facilities Planning 0 Pink - Accounting • Gold - Developer (10)-37 i RECORDING REQUESTED BY ' }r AND WHEN RECOR AIL THIS DEED AND, UNLESS OTHERWISE SHOW LOW, MAIL TAX STATEMENTS TO: �.� NAME/ City of La Quinta� P. O. Box 1504 ADDR STRE SS .�� STATE La Quinta, CA 92253 ZIP �~ L Title Order No. Escrow No. GRANT DEED m'' CD 7 » s ABOVE THIS LINE FOR RECORDER'S USE DOCUMENTARY TRANSFER TAX S -o- ❑ computed on full value of property conveyed, or ❑ computed on full value less liens and encumbrances remaining at time of sale. Signature of Declarant or Agent Determining Tax. Firm Name FOR VALUABLE CONSIDERATION; receipt of which is acknowledged, I (Weq, JOHN G. WALLING (name of grantor(s) ) grant to JOHN G. WALLING (name of grantee(s) ) all that real property situated in the City of La Quinta (or in an unincorporated area of) Riverside described as follows (insert legal description): (name of County) Lots 14 and 15 of Block 47, Unit No. 4 of Santa Carmelita at Vale La Quinta, as per Map recorded in Block 18, Page 62 of Map, Records of Riverside County, California. Assessor's parcel �y- This deed reflects parcel merger No. as approved by the City of La Quinta. unty, California, personally known to me (or proved to men.th basis of satisfactory evidence) to be the person_ whose nafne_ subscribed to the within instrument, and acknowl-" edged to me that _he_ executed it. WITNESS my and official seal. Notary Public in and for said State. OF 1CIAL SEAL PATRICIA SALSBURY Notary Public;-Ca!Pfornia o RIVE tiSIDE.000NTY " My Comm. Exp. June T, 1990 (This area for official notarial seal) MAIL TAX g STATEMENTS TO John G. Wallin 45-260 Club Drive, Indian Wells, CA 92210 NAME ADDRESS ZIP " Before you use this form. read it, lilt in all blanks, and make whatever changes are appropriate and necessary to your WOLCOTTS FORM 778—Rev. 12-85 (Price class 3) particular transaction Consult a lawyer it you doubt the form's fitness for your purpose and use Wott0115 nukes no GRANT DEED representation or warranty, "Dress or implied, with respect to the merchantability or fitness of this form for an intended use or purpose. ©1985 WOLCOTTS, INC. + °''►,. OFFICE OF AGRICULTURAL COMMISSIONER AND WEIGHTS & MEASURES CALVIN C. KAMINSKAS oner JAMES O. WALLACE 4080 LEMON SiREE1, ROOM 19 AlSl ENoni CBENV!NIS AwkWhno! Commissioner RIVERSIDE, CALIFORNIA 92501 CLEMENT BENVENISiE.. . Director of we!phb s Meastnes (71 14) 787-256Seo!er 49613 ilighway 86, Suite B12 Coachella, Ca. 92236 (619) 342-8291 DATE CASE W. C O 6 05'9 0 DEVELOPER'S NAME t IA-ke ADDRESS: s-- %�� lel✓ o�•` C�, L.J�e (�� C 1� 9 z z! o TELEPHONE_ �-{�� � � -� 1 �'� ,�✓� ��� b � G,a Qom: �� rte. :i Dear Developers d. After reviewing your landscaping plans, all plant material listed is not in violation of quarantine -laws governing the Coachella Valley. If substitutions do occur and they differ from plant material listed, this office must be notified,: immediately. ; ;+ Thank you for protecting and preserving the Coachella Valley's pest -free environment... 'a!Agricultural CannissWbrls Office cci Indio and Riverside Office Y June 5, 1990 Account No. 81033 John Walling AIA 45-190 Club Dr Indian Wells, CA.92201 AMERICAN ENGINEERING LABORATORIES 42240 Green Way, suite C Palm De rt, CA 92260 Telephone(619) 341-3790 Fu (619) 341-3794 Yucca Valley * Apple Valley * San Diego * Corona * Modesto Palm Desert * Watertown * Hammonton * Santa Ana * Bakersfield Subject: In Place Density Testing Single Family Residence 51-260 Avenida Rubio La Quinta, California On June 4, 1990 a representative of this company visited the above referenced project and.performed in place density tests. The results of our testing indicate that the embankment placed as compacted fill was compacted to at least 90 percent of maximum density at the locations tested. The maximum density was determined per ASTM Test Method Dl -557 and the field density tests were performed in accordance with ASTM D2922. Plea.se.call this office if you have any questions regarding the above referenced project. Sincerely, AM CAN ENG EERING LABORATORIES, INC. Pau HoerstiKsrt Vice P cident/Division cc: John Walling' -(Z) PRH/kc AMERICAN ENGINEERING LABORATORIES, INC. " ❑ 7940 Arjons Drive, Suite A ❑ 1490 Rincon Street, Unit Z ❑ 515 Galaxy Way ❑ 58945 Business Center Dr., Unit A' San Diego, CA 92126 Corona, CA 91720 Modesto, CA 95356 Yucca Valley, CA 92284 (619)695-3730 (714)272-4230 (209)576-0813 (619)228-1754 CLIENT:PROJECT: SDATE: I r 0© t�N cc..!/' /�q s� -a 60-✓��,[� I.D. NO.: ) PROJECT NO.: lot REPORT OF FIELD COMPACTION TEST TEST N LOCATION OF TEST �N2prer- 84 POIA a CJ �. diel 3evreve FIELD MOISTURE OPTIMUM MOISTURE FIELD DRY DENSITY MAXIMUM DRY DENSITY PERCENT RELATIVE PERCENT REL COMP. REMARKS: ' % % P.C.F. DRY DENSITY P.C.F. COMPACTION REQUIRED PC�IZ56.61 ' � 0 34 -lam/ `a TEST # LOCATION OF TEST �(/ VVV/ LL/� Ar. V' a CJ �. diel 3evreve MOISTURE % FIELD OPTIMUM FIELD MAXIMUM PERCENT PERCENT REMARKS: MOISTURE % MOISTURE % DRY DENSITY P.C.F. DRY DENSITY RELATIVE COMPACTION REL COMP. REQUIRED ' � 0 34 -lam/ 6 5i�� TEST If LOCATION OF TEST � �r cif n a CJ �. diel 3evreve MOISTURE % FIELD OPTIMUM FIELD MAXIMUM PERCENT PERCENT REMARKS: MOISTURE % MOISTURE % DRY DENSITY P.C.F. DRY DENSITY RELATIVE COMPACTION REL COMP. REQUIRED �S.S � 0 34 -lam/ 6 5i�� TEST N LOCATION OF TEST �r cif n Iti-rje/ MOISTURE % OPTIMUM MOISTURE % . FIELD DRY DENSITY P.C.�AF./ MAXIMUM DRY DENSITY PERCENT RELATIVE COMPACTION PERCENT REL COMP. 'REQUIRED REMARKS: l D ,7 SVC PERCENT REL COMP. REQUIRED REMARKS: / 5 s eo 77 a"r S � V O d TEST N LOCATION OF TEST FIELD MOISTURE OPTIMUM MOISTURE % FIELD DRY DENSITY P.C.F. MAXIMUM DRY DENSITY PERCENT. RELATIVE COMPACTION PERCENT REL COMP. REQUIRED REMARKS: / 5 s eo �IL/ `� � AMERICAN ENGINEERING LABORATORIES, INC. X 4.1, �-sert- ❑ 7940 Arjons Dr., Suite A ❑ 350 S. Maple St., Unit K ❑ 515 Galaxy Way ❑ 58945 Business Center Dr., Unit A San Diego, CA 92126 Corona, CA 91720 Modesto, CA 95356 Yucca Valley, CA 92284 (619)695-3730 (714)272-4230 (209)576-0813 (619)228-1754 CLIENT: JO PROJECT: s F R Ifi `� DATE: I1 Ir� ;-'51-A60 A ✓e&,J& �V 10 PROJECT NO.: Q'03a U 1 REPORT OF FIELD COMPACTION TEST TEST N LOCATION OF TEST ,,Z `o TEST N LOCATION OF TEST �/� LOCATION OF TEST y,y J r FIELD MOISTURE % OPTIMUM MOISTURE % FIELD DRY DENSITY 'P.C. F. MAXIMUM DRY DENSITY PERCENT RELATIVE COMPACTION PERCENT REL. COMP. REOUIRED REMARKS: SS /Z. 3..5-- AoJ� 113,,r &'Z 9a / TEST N LOCATION OF TEST ,,Z `o TEST N LOCATION OF TEST �/� LOCATION OF TEST y,y J r OPTIMUM MOISTURE % FIELD OPTIMUM FIELD MAXIMUM PERCENT PERCENT REMARKS: MOISTURE % MOISTURE % DRY DENSITY P.C.F. DRY DENSITY RELATIVE COMPACTION REL. COMP. REQUIRED CL -s S �� i 3 s joss 3 9 a va TESTN • ,,Z `o TEST N LOCATION OF TEST �/� LOCATION OF TEST y,y J r OPTIMUM MOISTURE % FIELD DRY DENSITY" P.C.F. MAXIMUM DRY DENSITY PERCENT RELATIVE COMPACTION PERCENT REL. COMP. REOUIRED REMARKS: ' Sed FIELD OPTIMUM FIELD MAXIMUM PERCENT PERCENT REMARKS: MOISTURE MOISTURE DRY DENSITY DRY DENSITY RELATIVE REL. COMP. DRY DENSITY % % P.C.F. COMPACTION REQUIRED usse COMPACTION REOUIRED 'YI�V(' ` !`J-•�/{1/ 90/ TESTN • ,,Z `o TEST N LOCATION OF TEST FIELD MOISTURE % OPTIMUM MOISTURE % FIELD DRY DENSITY" P.C.F. MAXIMUM DRY DENSITY PERCENT RELATIVE COMPACTION PERCENT REL. COMP. REOUIRED REMARKS: ' Sed FIELD OPTIMUM FIELD MAXIMUM PERCENT PERCENT REMARKS: . MOISTURE MOISTURE DRY DENSITY DRY DENSITY RELATIVE REL. COMP. P.C.F. COMPACTION REOUIRED 'YI�V(' ` !`J-•�/{1/ IS-5-7,/os. 3 , S 9 9® `J TESTN VVV // / LOCATION OF TEST f e ,,Z `o FIELD MOISTURE % OPTIMUM MOISTURE % FIELD DRY DENSITY" P.C.F. MAXIMUM DRY DENSITY PERCENT RELATIVE COMPACTION PERCENT REL. COMP. REOUIRED REMARKS: ' Sed �.v c 1\� VE) N q ) ,Na 0 pL�Io7L-S OCAS \i`/ LoCP.'T \011 American Engineering Iaborarories. Inc_ 58945 Business Center Or- Unir A Yucca Vailev. CA 917-84 MARLIN'S ENTERPRISES P.O. BOX 1443 - PALM SPRINGS, CALIFORNIA 92263 (619) 324-1731 THIS PROPOSED RESIDENTIAL PROJECT HAS BEEN REVIEWED FOR COMPLIANCE WITH THE,STATE OF CALIFORNIA ENERGY CONSERVATION STANDARDS TITLE 24 — SECOND GENERATION BY MADLI"N'S ENTERPRISES. THE BUILDING DESIGN DESCRIBED IN THIS COMPLIANCE PORTFOLIO IS IN CONFORMANCE WITH THE STANDARDS AS OUTLINED IN THE ATTACHED COMPLIANCE FORMS AND DOCUMENTATION. JOB NUMBER: 13435 DATE: 04/27/90 PREPARED FOR: WALLING & McCALLUM ASSOCIATES OWNERS NAME: JOHN WALLING PROJECT NAME: WALLING RESIDENCE PROJECT LOCATION: LOTS 14 AND 15 RUBIO, LA QUINTA METHOD OF COMPLIANCE: MICROPAS COMPUTER SIMULATION ORIENTATION OF ENTRY: WEST CATHERINE M - 114AD,L I N 3 t THE MICROPAS VERSION 3.0 COMPUTER PROGRAM HAS BEEN USED TO' PERFORM THE CALCULATIONS SUMMARIZED IN THIS COMPLIANCE REPORT. THIS PROGRAM HAS APPROVAL AND IS AUTHORIZED BY THE CALIFORNIA ENERGY COMMISSION FOR USE WITH THE SECOND GENERATION RESIDENT.IAL BUILDING ENERGY EFFICIENCY STANDARDS FOR RESIDENTIAL OCCUPANCIES. Madlin's Ente p rises Title 24 Consultants Post Office Boz 1443 — Palm Springs, California 92263 — Telephone 619-324-1731 TITLE 24 COMPLIANCE FORMS 0 0 0 • CERTIFIC:.'ATE OF COMPLIANCE: RESIDENTIAL Page 1 CF --:i Project Title.......... WALLING RESIDENCE -----------Date ........ - 04/2-- C►4/27i c: Project Address........ LOTS 14 &< 15 - RUBIO -------------------- LA QUINTA ; ----------------- Documentation Author... CATHERINE M. MADLIN Building Permit ## Company ................ MADLINS ENTERPRISES Telephone ............. 619-324-1731 1 Plan Check / Date Compliance Method...... MICROPAS3 by Enercomp, Inc. Field Check/ Date Climate Zone........... 15 -------------------- MICROPAS3 v3.0.1. File -134357 Weather-CTZ15 Program -FORM CF -1R User#-MP0207 User-MADLINS ENTERPRISES Run-FINAL/T24 CALC - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -.. GENERAL Conditioned Floor Area..... Building Type .......... ... Building Front Orientation. Number of Dwelling Units... Number .of Stories.......... Floor Construction Type... . Infiltration Control....... INFORMATION 2864 sf Single Family Detached Front Facing 270 deg (W) 1 1 Slab On Grade Standard 0 BUILDING SHELL INSULATION ------------------------- Component Insul Type --------- R -value -------- Location/Comments Wall R-19 ---------------------------------------- SlabEdge R-0 Roof R-38 Door R-0 GLAZING Glazing Area # of Interior Exterior Framing Orientation (sf) Panes Shading Shading Overhang Type Window Left (N) 67 2 V.BLINDS.L NO.EXT.SHADE Yes - Metal Window Left (N) 40 2 V.BLINDS.L NO.EXT.SHADE None Metal Skylight Left (N) 6 2 none NO.EXT.SHADE None None Window Bac#c (E) 55 2 'V.BLINDS.L NO.EXT.SHADE Yes Metal Window Right (S) 56 2 DRAPES.NW NO.EXT.SHADE Yes Metal Window Back: (E) 83 2 DRAPES.NW NO.EXT.SHADE Yes Metal Window Back (SE) 154 2 DRAPES.NW NO.EXT.SHADE Yes Metal Window: Back (SF_) 40 2 DRAPES.NW N0:EXT.SHADE None Metal Window Back (SE) 48 2 V.BLINDS.L NO.EXT.SHADE* Yes Metal Window Front (W) 123 2 V.BLINDS.L NO.EXT.SHADE Yes Metal 0 Window Front (W) 9 2 DRAPES.NW NO.EXT.SHADE Yes Metal Window Frbnt (W) 4 2 DRAPES.NW NO.EXT.SHADE None Metal Skylight Harz 4 2 MED.WHITE NO.EXT.SHADE None None 0 0 CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 2 CF -i Project Title.......... WALLING RESIDENCE .Date........ 04/27/x; MICROPAS3 v3.01 File -134357 Weather-CTZ15 Program -FORM CF -IR User#-MP0207 User-MADLINSENTERPRISES Faun-FINAL./T24 CALC THERMAL MASS Area Thickness Hard Surfaced/ Type, (sf) (in) Exposed Location/Comments SlabOnGrade ------------------------ 870 3.5 Yes SEE ATTACHED SCHEDULE SlabOnGrade 183 3.5 Yes None SlabOnGrade 50 3.5- Yes None SlabOnGrade 18 3.5 Yes None SlabOnGrade 11 3.5 Yes None S1abOnGrade 130 3.5 Yes None SlabOnGrade 122 3.5 Yes None SlabOnGrade 45 3.5 Yes None SlabOnGrade 225 3.5 Yes None SlabOnGrade 135 ,3.5 Yes None SlabOnGrade 407 3.5' Yes None SlabOnGrade 95 3.5 Yes None SlabOnGrade 149 3.5 Yes None SlabOnGrade 345 3.5. Yes None SlabOnGrade 80 3.5 Yes None ASSUMED HVAC SYSTEMS -------------------- Assumed Duct Duct Assumed Systems Efficiency Location R-value --------------------------- -------------------- HeatPump 8.0 HSPF Attic R-5.9 Air Conditioner 11.00 SEER Attic R-5.9 ACTUAL HVAC .SYSTEMS ----------------- Actual Output Manufacturer and Model # Actual System ------------ Efficiency '(Btuh) (or approved equal) ----------- Heating (2) -------- -------------- ------------- ------ 8_3 HSPF 432000 _. _(2)_CB19=51 (INDOOR UNIT Cooling (2) 11_0_ SEER_ _432000 _ _(2)_HP19_461 (OUTDOOR_UNITJ---------- Cooling Coi 1 CEC Maximum Output for.Gas Central Furnaces: __N/ABtuh WATER HEATING SYSTEMS ---------------------- Tank Capacity Manufacturer and Model # Energy System Type (gal) (or approved equal) Credits -------------------------------- Storage, Gas ----------- 50 AO SMITH OR EQUAL None (Natural or LPG) 0 0 0 0 40 9 CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 3 CF -1 Project Title.......... WALLING RESIDENCE Date........ 04/27/S MICROPAS3 v3.01 File -134357 Weather-CTZ15 -Program-FORM CF -1R----=__ User#-MP0207 User-MADLINS ENTERPRISES Run-FINAL/T24 CALC ------------------------------------------------------------------------- SPECIAL FEATURES/REMARKS ------------------------ --------------------------=-------------------------------------------------- COMPLIANCE STATEMENT -------------------- This certificate of compliance lists the building features and performance specifications needed to comply with Title 24, Chapter 2-53 and Title 20, Chapter 2, Subchapter 4, Article 1 of the California Administrative code. This certificate has been signed by the individual with overall design responsibility and the building owner, who shall retain a copy of it and transmit the certificate to any subsequent purchaser of the building. When this certificate of compliance is submitted for a single building plan to be built in multiple orientations, all building .conservation features which vary are indicated in the Special Features/Remarks section. Name.... Company. Address. Phone... License. Signed _ DESIGNER JOHN WALLING WALLING\McCALLUM LTD 45-190 CLUB DRIVE INDIAN WELLS -CA -92210 619-360-0250 CUMENTATION AUTHOR - e) s Name.... CATHERINE M. MADLIN Company. MADLINS ENTERPRISES Address. POST OFFICE BOX 1443 PALM SPRINGS, CALIFORNIA Phone... 619-324-17.1 Signed ---------------(date)-- 0 0 OWNER Name.... JOHN WALLING Company. WALLING\McCALLUM LTD Address. 45-190 CLUB DRIVE INDIAN WELL -CA -92210 Phone... 619-360-0250 Signed ------ -- - ---ate) ENFORCEMENT :!iCY Name.... .......... --------------- Title --- ------------------- Agency -- ------- Phone... Signed ------------------ (date) -- + CERTIFICATE OF COMPLIANCE: Residential - Additional Sheet - CF -1R Job No.:.13435 Project: WALLING RESIDENCE Prepared For: WALLING & McCALLUM ASSOCIATES Location: LOT 14 AND 15 RUBIO, LA OUINTA Date: 04/27/90 Documentation: CATHERINE M. MADLIN - MADLIN'S ENTERPRISES - ---------- + H.V.A.C. EQUIPMENT SCHEDULE ---------------- ----------------- -NE:---ONE---AND----TWO.-------ONE----UNIT----EACH -------- 0 0 + 0 MANUFACTURER: LENNOX OR EQUAL UNIT SYSTEM TYPE: HEAT PUMP - SPLIT SYSTEM MODEL NUMBERS: OUTDOOR UNIT= HP19-461 INDOOR UNIT= CB19-51 CAPACITY - HEATING: 43,000 BTUH AT HIGH TEMPERATURE CAPACITY CAPACITY - COOLING: 43,000 BTUH AT ARI CONDITIONS EFFICIENCY RATINGS: SEER= 11.50 HSPF= 8.3 THERMOSTAT: HONEYWELL OR EQUAL NIGHT SETBACK - MINIMUM SEER REQUIRED• 11.0 NOTES: The h.v.a.c. equipment outlined above is provided to assist our client in demonstrating compliance with Title 24 Standards. Final equipment selection and h.v.a.c. system design is the responsibility of the h.v.a.c. contractor. Any equipment selection changes should be forwarded to the building department for plan check review. The owner may install, at his option, a h.v.a.c. system with a higher efficiency rating and/or a smaller capacity. The h.v.a.c. loads included in this compliance portfolio are only one of the criteria affecting the selection of the h.v.a.c. equipment. Other relevant design factors such as air flow requirements, outdoor design temperatures, coil sizing, equipment location, availability of equipment, oversizing safety margin, etc.., must also be .considered. It is the h..v.a.c. designer's responsibility to consider all factors when selecting the h.v.a.c.'equipment. 0 NOTES: 1. Pursuant to the standards, areas under cabinets and closets r' are not included in the square footage figure listed above. 2. The hard surface listed in the description column above may be -ceramic tile, vinyl tile, marble, or paint directly applied to the heavyweight concrete slab. 3. All surfaces covered by carpet, cabinets, or walls are included in the attached calculations as covered mass. E n u • E CERTIFICATE OF COMPLIANCE: Residential - Additional Sheet - CF -1R Job No.: 13435 Project:. WALLING RESIDENCE Prepared For: WALLING 8 McCALLUM ASSOCIATES Location: LOT 14 AND 15 RUBIO, LA OUINTA Date: 04/27/90 Documentation: CATHERINE M. MADLIN - MADLIN'S ENTERPRISES ---------------------------------------------- - AMASS SCHEDULE --------------- ----------7---------------------------------------=-- The following mass data was included in the attached Title 24 calculations to assist this project in demonstrating compliance with the standards. TYPE DESCRIPTION SQUARE FT. LOCATIONS --------------------------- ONE HARD SURFACE 983 ENTRY OVER HEAVYWEIGHT KITCHEN CONCRETE SLAB_ LAUNDRY LIVING ROOM BREAKFAST ROOM NOTES: 1. Pursuant to the standards, areas under cabinets and closets r' are not included in the square footage figure listed above. 2. The hard surface listed in the description column above may be -ceramic tile, vinyl tile, marble, or paint directly applied to the heavyweight concrete slab. 3. All surfaces covered by carpet, cabinets, or walls are included in the attached calculations as covered mass. E n u • E r Zone Type WHOUSE Residence 0 BUILDING ZONE INFORMATION ------------------------- Floor Vent Special Cond- Area Volume # of Thermostat Height Vent Area itioned (sf) (cf) Units Type (ft) (sf) Yes 2864 28490 1.001 Setback 2.0 n/a COMPUTER METHOD SUMMARY Page 1 Project Title.......... WALLING RESIDENCE Date........ 04/27/9 Project Address........ LOTS 14 & 15 - RUBIO -------------------- LA QUINTA Documentation Author... CATHERINE M. MADLIN ___-------------- Building Permit # Company................. MADLINS ENTERPRISES ; Telephone .............. 619-324-1731 ----------------- f Plan Check / Date Compliance Method...... MICROPAS3 by Enercomp, Inc. , ; Field Check/ Date Climate Zone.. .. 15 -------------------- MICROPAS3 v3.01 File -134357 Weather-CTZ15 Program=FORM C -2R - User#-MPO2O7 User-MADLINS ENTERPRISES Run-FINAL/T24 CALC ------------------------------------------------------------------------------- MICROPAS3 ENERGY USE SUMMARY ---------------------------- = = Energy Use Standard Proposed Compliance = _ ( 4:BtU/sf -yr ) Design Design _---------------------------------- Margin - - ---------- - Space Heating.......... 7.10 3.19 ---------- 3.91 = - Space Cooling.......... 44.80 43.98 0.82 = = Water Heating.......... 6.53 7.69 -1.16 - S - - Total 58.4', 54.863.57 --- = _* Building complies}* _ GENERAL INFORMATION r------- ---- ----- Conditioned .Floor Area..... 2864 sf Building Type .............. Single Family Detached Building.Front Orientation. Front Facing 270 deg (W) Number of Dwelling Units... 1 Number of Building Stories. 1 Weather Data Type .......... ReducedYear Floor Construction Type.... Slab On Grade Number of Building Zones... 1 Conditioned Volume......... 28490 cf Footprint Area ............. 2865 sf Slab -On -Grade Area......... 2865 sf Glazing Percentage....... 24.1 % 'of FA Average Ceiling Height..... 9.9 ft r Zone Type WHOUSE Residence 0 BUILDING ZONE INFORMATION ------------------------- Floor Vent Special Cond- Area Volume # of Thermostat Height Vent Area itioned (sf) (cf) Units Type (ft) (sf) Yes 2864 28490 1.001 Setback 2.0 n/a 0 0 COMPUTER METHOD SUMMARY Page 2 C-.. Project Title.......... WALLING RESIDENCE --------------Date ........ 04/27/1. ® MICROPAS3 v3.01 File -134357 .Weather-CTZ15 Program -FORM C -2R. User#-MP0207 User-MADLINS ENTERPRISES Run-FINAL/T24 CALC OPAQUE SURFACES area U- Insul Act Solar Location/ Form 3 Surface (sf) value R-val Azmth Tilt.Gains Comments Reference WHOUSE - ----- ----------------- ------------- 1 Wall 54 0.065 R-19 270 90 Yes 2 Wall 115 0.065 R-19 90 90 Yes � 5 Roof 1000 0.030 R-38 0 0 Yes ------ ------ Door 20 0.330 R-0 270 90 Yes ------------- 7 Wall 30 0.065 R-19 45 90 Yes ------------ 8 Wall 1030.065 R-19 135 90 Yes ------------. Wall 30 0.065 R-19 225 90 Yes ------------ 0 Wall 87 0.065 R-19 270 90 Yes 11 Wall 61 0.065 R-19 360 90 Yes 14 Roof 301 0.030 R-38 0 0 Yes 15 Wall 90 0.065 R-19 270 9;.) Yes Wall 42 0.065 R-19 270 90 Yes 17 Door 20 0.330 R-0 270 90 No 21 Roof 95 0.030 R 3S 0 0 Yes 22 Wall 96 0.065 R-19 270 90 No 25 Roof 225 0.030R-38 0 0 No ------------ 26 Wall 20 0.065 R719 45 90 Yes - ----------- 27 Wall 40 0.065 F.-19 135 90 Yes ------------ 28 Wall 68 0.065 R-19 270 90 No ------------ 30 Roof 135 0.030 R-38 0 0 Yes ------------ � �> 1 lila 1 1 1 14 0. G65 R-19 360 90 Yes ---=-------- 32 Wall 88 0.065 R-19 180 90 Yes 33 Wall 143 0.065 R-19 90 90 Yes 34 Wall 45 0.065 R-19 270 90 No --- --------- 38 Roof 425 0.030 R-38 0 1 0 Yes ------------ 39 Wall 62 0;065 R-19 360 90 Yes ------------ 40 Wall 24 0.065 F:-19 270 90 No =----------- 43 Roof 95 0.030 R-38 0 C► . Yes . - ----------- 44 Wall 32 0.065 R-19 270 90 Yes 45 Wall 48 0.065 R=19 360 .90 Yes 46 Wall 60 0.065 R-19 270 90 Yes. 50 Roof 154 0.030 Rne 0 0 .Yes ------------ . � 51 Wall 80 C>.065 R-19 270 90 Yes ------------- 52 Wall 141 0.065 R-19 360 90 Yes ------------ 53 Wall 36 0.065 R-29 90 90 Yes ------------ 54 Wall 41 0.065 R-19 270 90 No ---0 --------- 57 Roof 345 0.030 R-38 0 C> Yes ------------ 58 Wall 64 0.065 R-19 270 90 Yes ------------ 59 Wall 32 0.065 R-19 360 90 Yes ------------ 0 Wall 40 0.065 R-19 180 90 Yes ------------ 62 Roof 80 0.030 R-38 0 0 Yes - ----------------------- 0 • 0 COMPUTER METHOD SUMMARY Page 3 C- Project Title.......... WALLING RESIDENCE Date........ 04/27/ MICROPAS3 v3..01 File -13+4357 Weather-CTZ15 Program -FORM C -2R User#-MP0207 User-MADLINS ENTERPRISES Run-FINAL/T24 CALC -------------------------------------------------------------------------------- - PERIMETER LOSSES . • Length ---------------- F2 Insul Surface ------------- ------ (ft) -------- Factor R-val Location/Comments WHOUSE ------- ---------------------- 3 SlabEdge 44 0.900 R-0 4 SlabEdge 10 0.720 R-0 12 SlabEdge 15 0.900 R-0 13. SlabEdge 13 0.720 R-0 18 SlabEdge 11 0.720 R-0 19 SlabEdge 5 0.550 R-0 20 SlabEdge 3 0. 500 R --O 23 SlabEdge 14 0.720 R-0 • 24 SlabEdge 12 0.500 R-0 29 SlabEdge 10 0.500 R-0 35 SlabEdge 5 0.900 R-0 36 SlabEdge 45 0.720 R-0 37 SlabEdge 6 0.500 R-0 41 SlabEdge 8 0.720 R-0 • 42 SlabEdge 3 0.500 R-0 47 SlabEdge 9 0.900 R-0 48 SlabEdge 7 0.720 R-0 49 SlabEdge 8 0.500 R-0 55 SlabEdge 10 0.720 R-0 56 SlabEdge 8 0.500 R-0 . • 61 SlabEdge 18 0.720 R-0 GLAZING SURFACES ---------------- SC Interior Sc Area # of Frame Open U- Act Glass Shade Gls+ • Surface ----------- (sf) Panes Type ----- ------------- Type value Azmth.Tilt Only Type Shad WHOUSE ------ ----- ----- ---- ----- ---------- ---- 1 Window 17 2 Metal Slider 0.65 3.60 90 0.77 V.BLINDS.L 0.29 2 Window 40 2 Metal Slider 0.65 3.60 90 0.77 V.BLINDS.L 0.29 3 Skylight 6 2 None Fixed 0.65 360 18 0.87 none 0.87 • 4 Window 35 2 Metal Slider 0.65 360 90 0.77 V.BLINDS.L 0.29 5 Window 20 2 Metal Slider 0.65 90 90 0.77 V.BLINDS.L 0.29 6 Window 35 2 Metal Slider 0.65 90 90 0.77 V.BLINDS.L 0.29 7 Window 56 2 Metal Slider 0.65 180 90, 0.77 DRAPES.NW 0.66 8 Window 44 2 Metal Slider 0.65 90 90 0.77 DRAPES.NW 0,66 9 Window 39 2 Metal Slider 0.65 90 90 0.77 DRAPES.NW 0.66 • 10 Window 42 2 Metal Slider 0.65 135 90 0.77 DRAPES.NW 0.66 11 Window 40 2 Metal Slider 0.65 135 90 0.77 DRAPES.NW 0.66 12 Window 112 2 Metal Slider 0.65 13.5 90 0.77 DRAPES.NW 0.66 13 Window 48 2 Metal Slider 0.65 13.5 90 0.77 'V.BLINDS.L 0.29 14 Window 55 2 Metal Slider 0.65 270 90 0.77 V.BLINDS.L 0.29 15 Window 15 2 Metal Slider 0.65 360 90 0.77 V.BLINDS.L 0.29 16 Window 9 2 Metal Slider 0.65 270 90 0.77 DRAPES.NW 0.66 17 Window 4 2 Metal Slider 0.65 270 90 0.77 DRAPES.NW 0.66 18 Window 34 2 Metal Slider 0.65 270 90 0.77 V.BLINDS,L 0.29 • • COMPUTER METHOD SUMMARY Page 4 C_ Project Title........., WALLING RESIDENCE Date.....,,, 64/27/ MICROPAS3 v3.01 File-12�4357 Weather-CTZ15 Program, -FORM C -2R 4 User#-MP0207 User-MADLINS ENTERPRISES Run-FINAL/T24 CALC -------------------------------------------------------------------------------- GLAZING SURFACES ---------------- • SC Interior SC. Area # of Frame Open U- Act Glass Shade Gls-: Surface (sf) Panes Type -- ----- ------------- Type value_Azmth ------ Tilt Only Type Sha( 20 Skylight 4 2 None ----- ----- Fixed 0.58 270 --- -- ----- 0 0.41 ---------- ---- MED.WHITE 0.4 • OVERHANGS Area Window Overhang Overhang Surface (sf) Height Length Height WHOUSE • 1 Window 17 B. 0 2.0' 0. 0 4 Window 35 8.0 2.G 0.0 5 Window 20 8. 0 4. G 0.0 6 Window 35 8.0 4.0 0.G 7 Window 56 8.0 4.0 0.G 8 Window 44 10.0 5.0 0.0 • 9 Window _%9 10. G 5. 0 C). 0 .10 Window 42 10.0 4.G 0.0 12 Window 112 8.0 4.0 0.0 13 Window 48 8.0 4.0 0.0 14 Window 55 8.C> 3.0 0.0 15 Window 15 10.0 7.G 0.0 • 16 Window 9 10. 0 7. 0 0. U 18 Window 34 8.G 3.0 0.0 19 Window 34 8. G 3. 0 0.0 EXTERIOR SHADING • Area Shading SC of Surface. (sf) Type Ext Shade WHOUSE 1 Window 17 NO.EXT..SHADE 1.00 2 Window 40 NO.EXT.SHADE 1.00► • 3 Skylight. 6 NO.EXT.SHADE 1.00 4 Window 35- NO.EXT.SHADE 1.00 5 Window 20 NO.EXT..SHADE 1.00 6 Window 35 NO.EXT.SHADE 1.00 7 Window 56 NO.EXT.SHADE 1.00 8 Window 44 NO.EXT.SHADE 1.00 • 9 Window 39 NO.EXT.SHADE 1.00 10 Window 42 N0.EXT.'SHADE 1.00 11 Window 40 NO.EXT.SHADE 1.00 12 Window 112 NO.EXT.SHADE 1.00 13 Window 48 NO.EXT.SHADE 1.00 14 Window 55 NO.EXT.SHADE 1.O0 • 15 Window 15 NO.EXT.SHADE 1.00 16 Window 9 NO.EXT.SHADE 1.00 17 Window 4 NO.EXT.SHADE 1.00 0 9 COMPUTER METHOD SUMMARY Page 5. C-: Project Title.......... WALLING RESIDENCE ------------------- Date........ ----------- 04/27/ MICROPAS3 v3.01 File -134357 Weather-CTZ15 Program -FORM C -2R User#-MP0207 User-MADLINS ENTERPRISES Run-FINAL/T24 CALC -----------------------------------------------------------------------------_ Capa- System #t of city Type Heaters (gal) 40 ---------- ------ -------- Storage Gas 2 50 9 Pilot Effic- Standby Input Size iency Loss Rating (Btuh) Credits 0.800 RE 2.80% 43000 Htuh n/a NONE SPECIAL FEATURES/REMARKS ------------------------ EXTERIOR.- SHADING Area Shading SC of Surface ------------ (sf) Type ------ --------------- Ext Shade 19 Window 3+4 N0. EXT. SHADE --------- 1.00 20 Skylight 4 NO.EXT.SHADE .1.00 THERMAL MASS Area Thick Heat Conduct- Surface Mass Type (sf) (in) Cap ivity R -value Location/Comments WHOUSE ---- 1 SlabOnGrade 870 3.5 28.0 0.98 R-0.0 SEE ATTACHED'SCHEDULE 2 SlabOnGrade 183 3.5 28.0 0.98 R-0.0 None .3 SlabOnGrade 50 3.5 28.0 0.98 F-0.0 None 4 SlabOnGrade 18 3.5 28.0 0.98 R-0.0 None 5 SlabOnGrade 11 3.5 '28.0 0.98 R-0.0 None 6 SlabOnGrade 130 .3.5 28.0 0.98 R-0.0 None 7 SlabOnGrade 122 3.5 28.0 0.98 R-0.0 None 8 SlabOnGrade 45 3.5 28.0 0.98 R-0.0 None 9 SlabOnGrade 225 3.5 28.0 0.98 R-0.0 None . 10 SlabOnGrade 13.5 3.5 28.0 0.98 R-0.0 None 11 SlabOnGrade 407 3.5 28.0 0.98 R-0.0 NonE 12 SlabOnGrade 95 3.5 28.0 0.98 R-0.0 None 13 SlabOnGrade 149 3.5 28.0 0.98 R-0.0 None 14 SlabOnGrade 345 3.5 28.0 0.98 R-0.0 None 15 SlabOnGrade 80 3.5 28.0 0.98 R-0.0 None HVAC SYSTEMS Minimum Duct Duct Duct System Type Efficiency Location F -value Efficiency WHOUSE HeatPump 8.0 HSPF Attic R -5v9 0.836 Air Conditioner 11.00 SEER Attic R-5.9 0.826 WATER HEATING SYSTEMS Capa- System #t of city Type Heaters (gal) 40 ---------- ------ -------- Storage Gas 2 50 9 Pilot Effic- Standby Input Size iency Loss Rating (Btuh) Credits 0.800 RE 2.80% 43000 Htuh n/a NONE SPECIAL FEATURES/REMARKS ------------------------ L 0 0 0 0 6 0 L WATER.HEATING Page 1 Di Proiect Title.......... WALLING RESIDENCE Date........ 04/27/5 Proiect Address........ LOTS 14 S< 15 - RUBIO-------------------- LA GNU I NTA Documentation Author.., CATHERINE M. MADLIN 1 _____ building Permit -# Company ................ MADLINS ENTERPRISES ________._______ Telephone .............. 619-324-17+1 ;.Plan Check / Date Compliance Method...... MICROPAS3 by Enercomp, Inc: Field Check,' Date Climate Zone....:...... 15 =------------------ MICROPAS3 v3.01 File -134357 Weather-CTZ15 Program -WATER HEATING User#-MPr)207 User-MADLINS ENTERPRISES Run-FINAL/T24 CALC ------------------------------------------------------------------------------ GENERAL INFORMATION ------------------- Conditioned Floor Area..... 2864 sf building Type .............. Single Number= of Dwelling Units... 1 WATER HEATER INPUTS ------------------- System Type....... ...... DHW Number of Heaters.......... 2 Tani; Type................Storage Heater Element Type........ Gas Tani: Volume ................ 50 gal Rated Input.. .............. 43000 btuh Recovery Efficiency........ tr.80 RE Standby Loss .............. 0.028 Credit Type ................ None Pump Power.......... 0 W Pump Operation........... 24 hr/day Pump Controller Power'...... 0 W CALCULATION DETAILS ------------------- COMBINED HYDRONIC DISTRIBUTION Heat supplied by fan ...... Fan coil loss: fan off Fan coil loss: fan on ..... Pipeheat loss ............ Space Heat Operation....... LOADS Annual savings with Credit. DHW recovery load ......... Space heat load ........... Pipe loss load ............ Fan Coil Loss ............ Total load ................ SOURCE ENERGY 0 Est L+h 0 btuh 0 btuh 0 i.Btu/sf-yr 0 hr/yr 0 kBtu/yr 10539 i:btu/yr 0 kBtu/yr 0 kbtu/yr 0 kbtu/yr 10539 kbtu/yr w 0 • L." .• 0 FUEL USE Recovery Energy............ 1.174 kBtu Pilot Light Energy...:..... 0 kBtu Standby Loss Energy........ 8844 kBtu Total Fuel Use ............. . 22018 kBtu TOTAL*SOURCE USE Total Electric Use......... 0.0o kBtu/sf Total Fuel Use ............. .0:69 kBtu/sf Total Use .................. 7.69 kBtu/sf WATER HEATING Page 2 DH Project Title.......... WALLING RESIDENCE Date........ 04/27/9 MICROPAS3 v3.01 File -134307 Weather-CTZ15 Program -WATER HEATING - User#-MP0207 User-MADLINS ENTERPRISES ------------------------------------------------------------------ Run -FINAL -/T24 CALC Total recovery energy ..... 13174 kBtu/yr Pilot light energy .....:.. G kBtu/yr Standby loss energy .,.. 8844 kBtu/yr DHW Pump energy ..... ••• 0 kBtu/yr Solar Pump Energy ......... G kHtu/yr Space Heat Fan and Pump .. 0 kBtu/yr Boiler exhaust Fan ..:. - - 0 kBtu/yr Boiler to Storage Pump ..,. 0 kBtu/yr Total Fan/Pump .. ........ G kBtu/yr Total Source Energy ........ 22018 kBtu/yr ELECTRIC USE ------------ Recovery Energy........... 0 kWh Standby Loss Energy ........ 0 kWh Pump and Fan Energy........ 0 kWh Total Electric Use......... 0 1,Wh 0 • L." .• 0 FUEL USE Recovery Energy............ 1.174 kBtu Pilot Light Energy...:..... 0 kBtu Standby Loss Energy........ 8844 kBtu Total Fuel Use ............. . 22018 kBtu TOTAL*SOURCE USE Total Electric Use......... 0.0o kBtu/sf Total Fuel Use ............. .0:69 kBtu/sf Total Use .................. 7.69 kBtu/sf • 7 0 7 • • • • A Madlin's Enterprises Title 24 Consultants Post Office Boz 1443 — Palm Springs, California 92263 — Telephone 619-324-1731 LOAD CALCULATION • CEC Maximium applicable for gas central furnaces only • HVAC SIZING Page 1 HVi Project Title.......... WALLING RESIDENCE - Date........ 04/W7/�- • Project Address......... LOTS 14 &c 15--RUBIO --- * OUINTA Documentation Author.., CATHERINE M. MADLIN ____ _ -___ ----------------- 1 Building Permit # . Company... .............. MADLINS ENTERPRISES Telephone .............. .619-324-1731.F'1 an ChecE; / Date Compliance Method...... MICROPAS3 by Enercomp, Inc. Field Check/ Date Climate Zone........... 15 ---- ------------------ MICROPAS3. v3.01 File -1343.57 Weather-CTZ.15- Program -HVAC SIZING User##-MP0207 --------------------------------------------------------------- User-MADLINS ENTERPRISES Run-FINAL/T24 CALC • GENERAL. INFORMATION ------------- Floor Area.... ..... .... 2864 sf Volurrfe...................... 28490 cf Sizing Location............ PALM SPRINGS • Latitude................... 33.8 degrees Winter.Outside Design...... 31 F. Winter Inside Design....... 70 F Summer Outside Design...... 113 F Summer Inside Design....... 78 F Summer- Range.., .......... 35 F • Shading Used ............... Yes Latent Load Fraction....... 0.20 HEATING'AND COOLING LOAD SUMMARY -------------------------------- Heatinq Cooling • Description --------------------------------- (Btuh) (Btuh) Opaque Conduction ----------- and Solar...... 16013 ----------- 8782 Glazing Conduction.... ..... .. 17455 15665 Glazing Solar.. ................ n/a 20473 infiltration......... .......... 15620 10410 • Internal Gain.......... ....... n/a 3750 Ducts ............................ 4909 5908 Sensible Load............ ... 53998 64988 Latent Load........ ............... n/a 12998 ----------- - ------- Total Load 53998 77986 Note: The loads shown are only one of the criteria affecting the selection of HVAC equipment. Other relevant design factors such as air flow requirements, outdoor design temperatures, coil sizing, availability of equipment, oversizing safety margin,'etc., must also be considered. It is. the HVAC designer's responsibility to consider all factors.when selecting the HVAC equipment. CEC Maximium applicable for gas central furnaces only • 0 HVAC SIZING Page 2 HVK Project Title.......... WALLING RESIDENCE Date........ 04/27/9 MICROPAS3 v3..01 File -1343.57 Weather-CTZ15 Program -HVAC SIZING User#-MP0207 User-MADLINS ENTERPRISES Run-FINAL/T24.CALC HEATING LOAD CALCULATIONS DESIGN CONDITIONS FOR ZONE ,WHOUSE': WINTER DESIGN TEMPERATURES: Inside Temperature ................. ........... . 70.0 F Outside Temperature ................................ 31.0 F DESIGN TEMPERATURE DIFFERENCES Standard .............................. .......... 39.0 F CONDUCTIVE HEAT LOSS: U -value Heat Area (Btu/hr- TD Loss Description Orientation (sqft) sgft-F) (F) (Btuh) -------------------------- ----------- ------ ------- -------- -------- Wall West 54 x 0.065 x 3.9.0 = 137 Wall East 115 x 0.065 x 39.0 = 292 SlabEdge n/a 44 „ 0.900 x 39.0 = 1544 SlabEdge n/a 10 x 0.720 x 39.0 = 281 Roof Horizontal 1000 x 0.030 x 39.0 = 1170 Door West 20 x 0.330 x 39.0 = 257 Wall Northeast 30 x 0.065 x 39:0 = 76 Wall Southeast 103+ >; 0.065 x 39.0 = 261 Wall Southwest 30 >; 0.065 x 39.0 = 76 Wall West 87 x 0.065 x 39.0 = 221 Wall North 61 x 0.065 x 39.0 = 155 SlabEdge n/a 15 x 0.900 x 39.0 = 527 SlabEdge n/a 13 x 0.720 x 39.0 - 365 Roof Horizontal 301 x 0.030 x 39.0 - 352 Wall West 90 x 0.065 x 39.0 = 228 Wall West 42 x 0.065 x 3.9.0 - 106 Shaded Wall n/a 20 x 0.330 x 39.0 = 257 SlabEdge n/a 11 x 0.720 x 39.0 = 309 SlabEdge n/a 5 x 0.550 x 39.0 = 107 SlabEdge n/a 3 x 0.500 x 39.0 59 Roof Horizontal .95 x 0.030 x 39.0 = 111 Shaded Wall n/a 96 x 0.065 x 3.9.0 = 243 SlabEdge n/a 14 x 0.720 x 39.0 = 382 SlabEdge n/a 12' x 0.500 x 39.0 = 234 Shaded Roof Horizontal 225 x 0.030 x 39.0 = 263 Wall Northeast 20 x 0.065 x 39.0 = 51 Wall Southeast 40 x 0.065 0 39.0 = 101 Shaded Wall -n/a 68 x 0.065 x 39.0 = 172 SlabEdge n/a 10 x 0.500 x 39.0 = 185 Roof Horizontal 135 x 0.030 x 39.0 - 158 Wall North 114 x 0.065 x 39.0 = 289 Wall South 88 x 0.065 x 39.0 - 223 Wall, East 143 x 0.065 x 39.0 = 363 Shaded Wall n/a 45 x 0.065 x 39.0 - 114 SlabEdge n/a 5 x 0.900 x 39.0 = 176 r SlabEdge n/a 45 x 0.720 x 39.0 - 1264 SlabEdge n/a 6 x 0.500 x 39.0 - 117 Roof Horizontal 425 x 0.030 x 39.0 = 497 0 CONDUCTIVE TOTALS FOR GLAZING SURFACES 17455 INFILTRATION: (Type: Medium) 28490 cuft x 0.78 ac/hr x 0.018 Btu/cuft-F x 39.0 = 15620 HVAC SIZING Page 3. HY Project Title ..........WALLING RESIDENCE Date........ 04/27/' MICROPAS3 v3.01 File -134357 Weather-CTZ15 Program -HVAC SIZING User#-MP0207 -------------------- ----------------------- User-MADLINS ENTERPRISES Faun-FINAL/T24 CALC Wall North --------------- 62 x 0.065 --------------------.. x 3+9.0 =. 157 Shaded Will n/a -.24 x :i. 065 x 39.0 = 61 SlabEdge n/a 8 x 0.720 x 39.0 = 225 'SlabEdge n/a 3. x 0.500 x 39.0 - 59 Roof Horizontal 95 x 0.030 x 39.0 = 111 Wall West 32 x 0.065 x 39.0 = 81 Wall North 48 >c 0.065 x 3+9.0 - 122 Wall West 60 x 0.065 x 39.0 = 152: SlabEdge n/a 9 x 0.900 x 39.0 = 298 SlabEdge n/a 7 x 0.720 x 39.0 = 183 SlabEdge n/a. 8 x 0.500 x 39.0 = 146 Roof Horizontal 154 x 0.030 x 39.0 180 Wall West 80 x 0.065 x 39.0 = 203 Wall North 141 >: 0.065 x 39.0 = 357 !gall East 36 .. 0.065 x 39.0 = 91 Shaded Wall n/a 41 x 0. 065 x 39.0 = 104 SlabEdge n/a 10 x 0.720 x 3.9.0 = 281 SlabEdge n/A 8 x 0.500 x 39.0 = 146 Roof Horizontal 345 x 0.030 x 3.9.0 - 404 Wall West 64 x 0.065 x 39.0 = 162 Wall North 32 x 0.065 x 39.0 = 81 {,fall South 40 x 0.065 x 39.0 = 101 SlabEdge n/a 18 x 0.720 x 39.0 - 491 Roof Horizontal 80 x 0.030 x 39.0 = 94 CONDUCTIVE TOTALS FOR OPAQUE SURFACES 16013: Double Window North 17 x 0.65 >1 39.0 = 431 Double Window North 40 x 0.65 x 39.0 - 1014 Double Skylight Horizontal b x 0.65 x '39.0 = 152 Double Window North 35 x 0.65 x 3.9.0 = 887 Double Window East 20 x 0.65 x 39.0 = 507 Double Window East x 0.65 x 39.0 = 887 Double Window South 56 x 0.65 x 39.0 = 1420 Double Window East 44 x 0.65 x 39.0 = 1115 Double Window East 39 x 0.65 x 39.0 = 989 Double Window Southeast 42 x .0.65 x 39.0 = 1065 Double Window Southeast 40 x 0.65 x 39.0 - 1014 Double Window Southeast 112 x 0.65 x 39.0 = 2839 Double Window Southeast 48 x 0.65 x 39.0 - -1217 Double Window West 55 x 0.65 x 39.0 - 1394 Double Window North 15 x 0.65 x 39.0 = 380 Double Window West 9 x 0.65 >; 3.9.0 = 228 Double Window West 4 x 0.65 >: 39. i_► = 101 Double Window West 34 x 0.65 x 39.0 = 862 Double Window West 34 x 0.65 x 39.0 = 862 Double Skylight Horizontal 4 x 0.58 x 3.9.0 - 90 CONDUCTIVE TOTALS FOR GLAZING SURFACES 17455 INFILTRATION: (Type: Medium) 28490 cuft x 0.78 ac/hr x 0.018 Btu/cuft-F x 39.0 = 15620 0 0 0 P: HVAC SIZING Page 4 HV; Project Title.......... WALLING RESIDENCE Date........ 04/27/1 MICROPAS3 v3.01 File -134357 Weather-CTZ15 Program -HVAC SIZING User#-MP0207 User-MADLINS ENTERPRISES Run-FINAL/T24 CALC DUCT HEAT LOSS: Duct Location: Attic TOTAL HEATING LOAD: SUBTOTAL 49089 0.10, x 49089 = 4909 COOLING LOAD CALCULATIONS ------------------------- DESIGN CONDITIONS FOR ZONE 'WHOUSE': SUMMER DESIGN CONDITIONS: r Inside Temperature.. ..... 78.0 F Outside Temperature ........... ......... ........113.0 F Temperature Range ................................. 35.0 F DESIGN EQUIVALENT TEMPERATURE DIFFERENCES Standard ..................................... 3.5.0 F Frame Walls and Doors ............................. 33.6 F Ceiling Under Vented Attic.. 54.0 F Frame Partitions .............. .................. 25.0 F 53998 SHADING CALCULATIONS: Over- Over- Un - Shade hang hang Shade Glaz Glaz Shaded shaded Line Leng. High. High. High. Area Area Area Description 0. Fact. (ft) (ft) (ft) (ft) (sf) (sf) (sf) Double Window E ( 0.8 x 4.0) - 0.0 = 3.2 / 8.0 x 20 = 8 12 Double Window E ( 0.8 x 4.0) - 0.6 = 3.2 / 8.0 x 35 = 14 21 Double Window S ( 4.0 x 4.0) - 0.0 ='16.1 / 8.0 x 56 = 113 0 DOubla Window E ( 0.8 x 5.0) - 0:0 = ,4.0 / 10.0 x 44 = 18 26 Double Window E ( 0.8 x 5.0) .- 0.0 = 4.0 / 10.0 x 39 = $6 23 Double Window SE ( 1.4 x 4.0) - 0.0 = 5.8 / 10.0 x 42 = 24 18 Double Window SE ( 1.4 x 4:0) - 0:0 = 5.8 / 8.0 x. 112 = 81 31 Double Window SE ( 1.4 x 4.0) - 0.0 = 5.8 / 8.0 x 48 = 35 13 Double Window W ( 0.8 i 3.0) - 0.0 = 2.4 / 8.0,x 55 = 17 39 Double Window W ( 0.8 x 7.0) - 0.0.= 5.6 / 10.0 x 9 = 5 4 Double Window W ( 0.8 x 3.0) - 0.0 = 2.4 / 8.0 x 34 = 10 24 Double Window W ( 0.8 x 3.0) - 0.0 = 2.4 / 8.0 x 34- 10 24 CONDUCTIVE HEAT GAIN: U -value Heat Area (Btu/hr- TDeq Gain • -------------------------- Description Orientation ----------- (sgft) sgft-F) (F) (Btuh) Wall West ------ 54 ------- x 0.065 ------- x 33.6 = -------- 118 Wall East 115 x 0.065 x 33+.6 = 251 Roof Horizontal 1000 x 0.03.0 x 54.0 = 1620 West 20 x 0.330 x 33•.6 222 40 Wall Wall Northeast 30 x 0.065 x 33..6 - 66 Wall Southeast 103 x 0.065 x 33.6 225 Wall Southwest 30 x 0.065 x 33.6 = 66 w HVAC SIZING Page 5 HV: Project Title.......... WALLING RESIDENCE Date....:... 04:'27/ MICROPAS3 v3.01 File -134357 Weather-CT215 Program -HVAC SIZING -'- Userd#-MP0207 User-MADL I NS . NTERPR I SES Run-FINAL/T24 CALL Wall .l West 87 x 0. 065 - 32.6 - - 190 !gall North 61 x 0.065 x 331.6 = 13+3 Roof Horizontal 301 x OvO3O x 54.0 = 488 Wall West r90 x 0.065 x 3.3:6 = 197 Wall West 42 x 4.).4.!65 ); 33.6 92 Shaded Wall n/a. 20 x 0.330 x 25.0 = 165 Roof Horizontal- 95 x P-030 x 54.0 = 154 Shaded Wall n/a 96 x 0.065 x 25.0 = 156 Shaded Roof Horizontal 225 x 0.030 x 25.0 = 169 Wall Northeast 20 x *0.065 x 33.6 = 44 Wall Southeast 40 >; 0,065 x 33.6 = 87 Shaded Wall n/a 68 x. 0.065 x' 25.0 = 111 Roof Horizontal 135 x 0.03.0 x 54.0 = 219 Wall North 114 x 0.065 x 33.6 = 249 Wall South 88 x 0.065 x 33.6 = 192 i Wall East 143. x 0.065 x 33.6 = 312 Shaded Wall n/a 45 x 0.065 x 25.0 = 73 Roof Horizontal 425 x 0.030 >; 54.0 _. 689 Wall North 62 x 0.065 x 33.6 = 135 Shaded Wall n/a 24 x 0.065 x 25.0 - 39 Roof Horizontal 95 x 0.030 x 54.0 = 154 Wall West 32 x 0.065 x 33.6 = 70 Wall North 48 x 0.065 �x 3.3..6 = 105 Wall West 60 x 0.065 x 33.6 = 131 Roof Horizontal 154 x 0.030 >; 54.0 = 249 Wall West 80 x 6.065 x 33.6 = 175 Wall North 141 x ..0.065 x 33.6 = 308 A Wall East. 36 x 0.065 x 33;6 F 79 Shaded Wall n/a 41 x 0.065 :; 25.0 = 67 Roof Horizontal .345 x 0.030 x 54.0 = $59 Wall West 64 x 0.065 x 33.6 = 140 Wall North 32 x 0.065 x 33.6 = 70 Wall South 40 x 0.065 x 33.6 = 87 Roof Horizontal 80 >; 0.030 x 54.0 = 130 CONDUCTIVE TOTALS FOR OPAQUE SURFACES 8782 Double Window Norah 17 x 0.65 X 35.0 = 387 # Double Window North 40 x 0.65 x 35.0 = 910 Double Skylight Horizontal 6 x 0.65 x 35.0 _ 137 Double Window North 35 x 0.65 x 35.0 = 796 Double Window East. 20. x 6.65 V 35.0 = 455 Double Window East 35 x 0.65 x 35.0 = 796 Double Window South 56 x 0.65 x 35.0 = 1274 Double Window East 44 x 0.65 x 35.0 = 1001' Double Window East 39 x 0.65 x 35.0 = 887 .Double Window Southeast 42 x 0.65 x 35.0 = 956 Double Window Southeast 40 x 0.65 x 3.5.0 - 910 Double Window Southeast 112 x 0.65 x 35.0 = 2548 Double Window Southeast 48 x 0.65 x 35.0 - 1092 Double Window West 55 x 0.65 x 35.0 = 1251 Double Window North 15 x 0.65 x 35.0 = 341 Double Window West 9 x 0.65 x 35.0 = 205 • • • HVAC SIZING SOLAR HEAT Page 6 HVA Project Title.......... -------------------------------------------------------------------=----------- WALLING RESIDENCE Date........ 04/27/9 ! MICROPAS3 v3.01 File -134357. Weather-CTZ15 Program -HVAC SIZING User#k-MP0207 ---------------------------------------- User-MADLINS ENTERPRISES Run -FINAL -/T24 CALC Area Double Window ------------------------------------- West 4 x 0.65 x 35.0 = 91 Double Window West 34 x 0.65 >: 35.0 = 773 Double Window West 34 x 0. 65 >1 35. U = 773+ Double Skylight Horizontal 4 x 0.58 x 3+5.0 = 81 CONDUCTIVE TOTAL FOR GLAZING SURFACES .15665 SOLAR HEAT GAIN: Heat Area Shading Gain Description Orientation (sgft) SHGF Coeff. (Btuh) Double Window North 17 x 15 x 0.77 = 196 Double Window North 40 x .15 x 0.77 = 462 Double Skylight Horizontal 6 x 152 x o. 87 = 798 Double Window North 35 x 15 x 0.77 = 404 Double Window East. 12 x 73+ >: 0,77 = 675 Double Window Shaded 8 x 15 x 0.77 = 92 Double Window East 21 x 73 x 0.77 = 1180 Double Window Shaded 14 x 15 x 0.77 = 162 Double Window Shaded 56 x 15 x 0.77 = 647 • Double Window East 26 x 73 >: 0.77 = 1484 Double Window Shaded 18 x 15 x 0.77 = 203+ Double Window East 23 x 73+ >: 0.77 = 13+15 Double Window Shaded 16 x 15 x 0.77 = 180 Double Window Southeast 18 x 62 x 0.77 = 644 Double Window Shaded 24 x 15 x 0.77 = 281 • Double Window Southeast 40 x 62 >: 0.77 = 1910 Double Window Southeast 31 x 62 >: 0.77 = 1476 Double Window Shaded 81 x 15 x 0.77 = 937 Double Window Southeast 13 >: 62 x 0.77 - 632 Double Window Shaded 35 x 15 x 0.77 = 401 Double Window West 39 x 73 x 0.77 - 2164 • Double Window Shaded 17 x 15 A 0.77 = 191 Double Window North 15 x 15 >: 0,77 = 173 Double Window West 4x 73 >: 0.77 = 223+ Double Window Shaded 5 x' 15 x 0.77 = 58 Double Window West 4 x 73 x 0.77 = '225 Double Window West 24 •>: 73+ >: G. 77 = 1338 • Double Window Shaded 10. x 15 x 0.77 = 118 Double Window West 24 is 73 x 0.77 = 13+38 Double Window Shaded 10. x 15 x '0.77 = 118 Double Skylight Horizontal 4 x 152 x 0.41 = 249 SOLAR: TOTAL 20473+ INFILTRATION: (Type: Medium) 28490 tuft x 0.58 ac/hr x 0.018 btu/tuft-F x 35.0 = 10410 • INTERNAL GAIN: 6 People x 225 Btu/person + 2400 Btu (appliance) = 3750 • `m • 0 HVAC SIZING Page 7 HV(-*-. Project Title.....,,... WALLING RESIDENCE w Date......., ------ 04/27/�' MiCROPAS3 v3.01 File -134357 Weather-CTZ15Program-HVAC SIZING User#-MP0207 User-MADLINS ENTERPRISES Run-FINAL/T24 CALC SUBTOTAL 59080 DUCT HEAT GAIN: Duct Location: Attic 0.10 x. 59080 = 5908 • ---------- TOTAL HOURLY SENSIBLE'HEAT GAIN 64988 LATENT LOAD: 0.20.x 64988 = 12998 TOTAL COOLING LOAD 77986 • `m • 0 Madlin s Enterprises Title 24 Consultants Post Office Hoz 1443 — Palm Springs, California 92263 — Telephone 619-324-1731 J A • J • A ADDENDUMS & NOTES • 0 • • 11 7 • • • Madlin's Enterprises Title 24 Consultants NOTICE TO BUILDERS & OWNERS All of the energy conservation devices and features outlined in" this compliance portfolio are required to meet Title 24 standards. . This project will not be in compliance if any of these features and devices are omitted or altered. The h. v. a. c. load calculation and equipment sizes provided in this compliance portfolio are in accordance with the guidelines setforth in the .standards. Final equipment selection and h. v. a. c. design is the respon— sibility of the contractor. 0 0 0 0 0 a 16 Madlin's Enterprises Title 24 Consultants MANDATORY FEATURES a DEVICES This section describes .the mandatory features and devices which must be installed in new residential -buildings regardless of the method used to demonstrate compliance with the energy standards. It is important to understand that the mandatory measures represent a minimum level of conservation which may be in addition to or superseded by the features required for compliance calculations depending on which is more stringent. MANDATORY MEASURES CHECKLIST A Mandatory Measures Checklist MF -1R form is included with this compliance portfolio. The individual with overall design responsiblity shall sign the Certificate of Compliance and verify the applicable mandatory measures are incorporated in the permit documents. As noted on the MF -1R form, certain mandatory measures which may be superseded by conservation levels established in the compliance approach are marked with .an asterisk (*). 'R2 i i i i I* i i i i i Madlin's Enterprises Title 24 Consultants CERTIFICATE OF COMPLIANCE CCF 1 All building permit applicants "shall file a certificate of compliance on the plans" as stated in Section 1403(a)2A, Title 20 of the Administrative Code. The certificate, a.k.a. the CF -1 form, must: "indicate the features and performance specifications needed to comply with Chapter 2-53 [the Standards], and shall be approved by the local enforcement agency by stamp or author- ized signature. The individual with overall responsibility for the design and the owner of the building or property [must] sign the certificate of compliance. The owner of the building shall retain a copy of this CF -1 and transmit it to any subsequent purchaser of the building" The items listed in the CF -1 form represent a set of minimum energy performance specifications. The building described must be constructed to meet or exceed the performance level established by each of the features and specifications contained in the Certificate of Compliance. The requirement that the certificate be "on the _plans" may be met by placing a 'sticky back' transparency of the CF -1 on the drawings, taping a CF -1 to the drawings or printing the CF -1 information directly on the drawings. Verify acceptable means with the local enforcement agency. Section 1403(a)1 of Title 20 states that the CF -1: ".. shall be signed by the person responsible for its prepara- tion. The signer shall be a civil engineer, mechanical engineer, electrical engineer, architect, general building contractor, mechanical contractor, or electrical contractor licensed and registered to practice by the State of California or other individual eligible under Division 3 of the Business and Professions Code to sign such documents. Document signers are subject to the limitations in Division 3 of the B/P Code." The designer must sign the Certificate of Compliance and the building owner must also sign the certificate. If the building type requires that a licensed individual take responsiblity for design under the Business and Professions Code, then that individual signs as designer and lists his or her license number above the signature. When the building type does not require the signature of a licensed individual under the Business and Professions Code, the building owner may take responsibility as designer. The person who signs as the designer certifies that he/she has either: (a) Directly prepared and coordinated the compliance documents; or (b) That the energy documentation author has provided the compliance analysis and documentation under the responsibility of the designer. The documentation author shall be listed on the CF -1. =R3 0 • U I[] 0 U] • • • C Madlin's Enterprises Title 24 Consultants MANDATORY FEATURES a DEVICES Before the enforcement agency determines whether the building may be occupied, the person with overall responsibility for construction or the person or persons responsible for the installation of regulated manufactured devices shall post, adjacent to the .building permit(s) issued for the building, installation certificates for manufactured devices regulated by the appliance standards. These certificates shall: (1) Identify the appliance or devices; (2) Include a statement and signature; (3) State the building permit number. The enforcement agency may require the person with overall responsibility for the construction to provide any other reasonable information to determine that the building as constructed is consistant with approved plans and specifications and complies with Chapter 2-53 of the standards. If .construction on any portion of the building subject to Chapter 2-53 will be impossible to inspect because of subsequest construction, the enforcement agency may require the installation certificate(s) to be posted.upon completion of that portion. TO BE PROVIDED BY BUILDER The builder shall provide the building owner, manager, and the original occupants a list of the features, materials, components, and mechanical devices installed in'the building, and instructions on how to use them efficiently. The instructions shall be consistent with specifications set forth by the Executive Director of the CEC. If any characteristic of the building, materials, componets, or manufactured device _is changed, the change shall be indicated on amended plans and specifications and shall be submitted to the enforcement agency. 0 1 �� -- R4 0 • • 0 A A A J � 7 0 Madlin's Enterprises Title 24 Consultants MANDATORY FEATURES; 8 DEVICES WALL INSULATION The opaque portions of frame walls separating conditioned and unconditioned spaces shall meet the requirements of either 1 or 2 below: (1) Be insulated between framing members with R-11 or greater insulation, or (2) Have a weighted average U -value equivalent to a wall with R-11 insulation between framing. Masonry or concrete exterior walls do not have to be insulated with a minimum of R-11 insulation. Framed foundation walls of heated basements or heated crawl spaces must be insulated above the adjacent outside ground line with at least R-7 insulation. EXCEPTION: Insulation which is not penetrated by framing members may meet an equivalent minimum R -value which includes the effects of framing members on the above R -values. CEILING INSULATION The opaque portions of ceilings separating conditioned and unconditioned spaces shall meet the requirements of 1 or 2 below: (1) Be insulated. between framing members with R-19 or greater. (2) Have a weighted average 'U -value equivalent to a ceiling with R-19 insulation between framing. Insulation which is not penetrated by framing members may meet an equivalent minimum. R -value which includes the effects of framing members on the above R-19 insulated ceiling. To meet the intent of the ceiling insulation requirements, ceiling insulation should extend far enough to the outside walls to cover the top plate. However, insulation may be tapered at the wall where a roof slopes down; an elevated -truss or similar treatment for full insulation depth at the outside of the wall is not required but may be desireable. sr -AB EDGE INSULATION Material used for slab edge insulation must meet the following minimum specifications: a water absorption rate no greater than 0.3 percent when tested in accordance with the Americal Society of Testing and Materials ASTM -C-272-33 and a water vapor transmission rate no greater than 2.0 perm/inch when tested in accordance with ASTM -C-355-64. Concrete slab ,perimeter insulation must be protected from physical damage and ultraviolet light deterioration. .Rb 0 • 0 0 0 • 0 0 Madlin's Enterprises Title 24 Consultants MANDATORY FEATURES 8 DEVICES Blown or poured type insulation material may only be used in attic spaces where the slope of the roof is at least 2-1/2 feet in 12 feet and the distance from the top of the bottom chord of the truss or ceiling joists to the underside of the roof sheathing is at least 30 inches at the roof ridge. When eave vents are installed, adequate baffling of the vent opening shall be provided to deflect the incoming air above the surface of the material and shall be installed at the soffit on a 45 -degree angle. Baffles shall be in place at the time of framing inspection. The thermal resistance (R) of the insulation required to comply with these regulations shall be shown on the building plans. When loose fill insulation is installed, the minimum installed weighted per square foot must conform with the insulation manufacturer's installed design density per square foot at the manufacturer's labeled R -value. INSULATION CERTIFICATION Builders may not install insulation materials unless the product has been certified by the manufacturer. A certificate of insulation must be at the site. All insulation materials shall be installed in compliance with the flamespread rating and smoke density requirements of Sections 1712 and 1713 of the UBC. Application of urea formaldehyde foam insulation is restricted to exterior sidewalls in all buildings. A four mil thick plastic polyethylene vapor barrier, or equivalent plastic sheeting vapor barrier, shall be installed between the urea formaldehyde foam insulation and the interior space in all applications. INSULATION CERTIFICATE After installing wall, ceiling, or floor insulation, the installer shall post in a conspicuous location in the ;building a certificate signed by the installer stating that the insulation is consistant with the plans and specifications for which the building permit was issued. The certificate shall also state the manufacturer's name, material and the installed 'R" value. R6 C J 0 • 0 7 Madlin's Enterprises Title 24 Consultants MANDATORY FEATURES a' DEVICES INFILTRATION CONTROL The standards contain the following requirements to control infiltration. 1. Doors and windows between conditioned and unconditioned spaces, such as garages and closets for central forced air gas furnaces using outside air for combustion, shall be designed to limit air leakage into or from the building envelope. 2. The following openings in the building envelope must be caulked, sealed, or weatherstripped or otherwise sealed: a. Exterior joints around window and door frames, between wall sole plates, floors, and between exterior wall siding panels; b. Openings for plumbing, electricity and gas lines in exterior and interior walls, ceilings and floors; C. Openings in the attic floor (such as where ceiling panels meet interior and exterior walls and masonry fireplaces); and d. All other such openings in the building envelope. 3. Builders may install manufactured doors and windows only when they are certified and labeled indicating that they meet the standards listed . in section 2-5317(b), Table 2-53J. EXCEPTION: Fire rated doors and windows, unframed glass doors, and exterior elevator shafts do not have to meet the requirements of this section. EXCEPTION: Elevator shaft ventilation dampers are not required. 4. Exhaust fans and other exhaust systems, regardless of volumetric capacity, must be equipped with backdraft or automatic dampers. Some examples of these fans are range -hood exhaust fans used in kitchens or bathroom exhaust fans. ,R 7 0 • • 0 • • 0 0 0 Madlin's Enterprises Title 24 Consultants MANDATORY FEATURES & A DEVICES LIGHTING The standards require that general purpose lighting fixtures in kitchens and bathrooms have an efficacy of at least 25 lumens per watt. (These fixtures will usually be fluorescent.) If there is only one fixture in a kitchen it will be considered to be general purpose lighting. .When there is more than one fixture in a kitchen, the general lighting will be obtained from the luminaire whose switch is positioned in a readily accessible location by the entry to the kitchen. A light -switch location determines how the occupant will use the lighting and which light is turned on as general lighting because its switch is most accessible. EXCEPTION: Luminaires which are used only for specific visual tasks, such as lighting a kitchen counter or sink or a dining table, need not be considered general lighting if they are in addition to other general lighting. If there is only one fixture in a bathroom, it is exempt from the minimum efficiency requirements and may be incandescent. When there is more than one f ixture in a bathroom, the general lighting will be obtained from the luminaire whose switch is positioned in a readily accessible location by the entry to the bathroom. A light switch location determines how the occupant will use the lighting and which light is turned on as general lighting because its switch is most accessible. NOTE: If a privacy door seperates two parts of a bathroom, the two parts are still considered one bathroom for. the purpose of the lighting requirements. There is no limit on the amount of lighting installed in kitchens and bathrooms, only a minimum luminaire efficiency for the general purpose lighting fixtures. Incandescent fixtures equipped with screw in fluorescent adaptors which can be removed and replaced by incandescent lamps do not comply. $18 Madlin's Enterprises Title 24 Consultants w Wu n beflawticeig A or ow ofd mart be fJreeeice>ar C ��Q L'+GeeselY.ereourrnoD vk q � �crwr a;uo.erceer flpve 2.9: KUcAen LijhdaS E mgpla A � A A cm be lGLcax&sccw A mrur be ffrormeju can be iecaa.lacear C :JE1 A A oe l man be fliwmecAr Cue be incandcrcem irijree:d: DladrwmLijAdmjLUVvIa U • 0 0 • W MI W Madlin's Enterprises Title 24 Consultants MANDATORY FEATURES 8 DEVICES HVAC EQUIPMENT SIZING To ensure that properly -sized systems are installed .in new residential buildings, the standards set the following sizing requirements and specify acceptable load calculation procedures and indoor and outdoor design temperatures. 1. Natural gas and liquefied petroleum gas central furnaces in the building must be sized to meet at least one of the following requirements: a. The total output heating capacity of furnaces in the building must be less than 45,000 btu/hr, or b. The furnace's output heating capacity must be less than 1.3 times the sum of the design heat loss for the heating zone being serviced by the furnace and 10 btu/hr per square foot for conditioned floor area in the zone, or C. Seasonal efficiency must be greater than 1% point above 71% for every 7,000 btu/hr that the output heating capacity exceeds either the building design heat loss or 45,000 btu/hr, .whichever is greater. 2. Heating equipment and cooling equipment must be sized according to the building design heat loss rate and heat gain rate, using a method set forth by the Commission's Executive Director, based on the.ASHRAE Handbook and Product Directory, .1979 Equipment Volume, 1980 Systems Volume and 1981 Fundamentals Volume. 3. Indoor design dry bulb air temperatures must be 70 F for heating and 78 F for cooling. Outdoor design temperatures must be those listed in the 0.2% Winter Dry Bulb column for heating and the 0.5% Summer :Dry Bulb and Wet Bulb columns for cooling, based on percent -of -year in ASHRAE publications'SPCDX: Climate Data for Region :X, Arizona, California, Hawaii and Nevada, 1982. R1 0 i 0 • • 0 0 0 • 0 MadlinIs Enterprises Title 24 . Consultants MANDATORY FEATURES & DEVICES ------------- •2 -• All heating systems shall have an automatic thermostat with a -clock mechanism which the building occupant can program to automatically set back the thermostat set points for_at least 2 periods within 24 hours. EXCEPTIONS: Gravity gas wall heaters, gravity floor heater, gravity room heaters, non -central electric heaters and room air conditioners heat pumps need.not comply with this requirements. Each zone or residential dwelling unit shall be provided with at least one automatic temperature control device for the regulation of space temperature. Zone temperature controls shall: (1) Be able to maintain space temperature set points from 55°F to 850F. (2) Be able to operate zone heating and cooling in sequence if both are, provided. (3) Provide a temperature range adjustable up to 10'F between full heating and full cooling capacity to the zone, if the zone has both heating and :cooling capacity. If the HVAC system uses reheat or recool for conditioning this zone, this control shall reduce .cooling capacity to the zone before reheating and reduce heating capacity to the zone before recooling. HEAT PUMP THERMOS TATS Heat pumps must have controls which prevent electric resistance supplementary (strip) heater operation when the heating load can be met by the heat pumps alone, except during defrost. Strip heating is permitted during periods such as start-ups and following room thermostat setpoint advance .when controls are provided :which use preferential rate control, intelligent recovery, staging, ramping or similar control mechanisms designed to preclude the unnecessary operation of strip heating during the recovery period. DUCTS The standards require that ducts be constructed, installed and insulated according to Chapter 10 of the State rMechanical Code. Chapter 10 requires an installed value of R-2.1 or .greater duct . insulation and that all joints be sealed and taped. The State Mechanical Code is located in the State Building Standards, Title 24, Part 4. R11 n :1 Madlin's Enterprises Title 24 Consultants MANDATORY FEAT U RES a DEVICE S EFFICIENCY CERTIFICATION FOR .APPLIANCES AND EQUIPMENT Only appliances and equipment certified by maufacturers as complying with the state Appliance Efficiency Standards at the time of manufacture may be installed. The following types of equipment are subject to this requirement: I. Refrigerators & freezers. 2. Room air conditioners. 3. Central air conditioning heat pumps. 4. Central air conditioners with a cooling capacity of less than 135,000 btu/hr.. S. Gas-fired space heaters. a. Fan type central furnaces less that 400,000 btuh. b. Boilers. c. Wall furnaces d. Floor furnaces. e. Room heaters. f. Unit heaters. g. Duct furnaces. 6. Water heaters. 7. Showerheads and faucets. 8. Fluorescent lamp ballast. Gas fired space heaters shall meet a SE rating, air. conditioners shall meet an SEER rating, and heat pumps shall meet a HSPF rating. In section 2-5314(b), the Standards seta minimum thermal efficiency of 75% for all: . 1. Gravity -type central furnaces. 2. Fan -type central furnaces with input ratings of 400,000 btu/hr or more. The Standards do not .require appliance certification for: 1. Some refrigerators and freezers (see table). 2. Nonstorage-type electric water heaters. A CERTIFICATE OF COMPLIANCE WITH THE APPLIANCE EFFICIENCY STANDARDS MUST .BE POSTED AT THE BUILDING SITE .WHEN ANY EQUIPMENT SUBJECT TO THE STANDARDS IS INSTALLED. THIS REQUIREMENT IS DEFINED IN TITLE 20, SECTION 1403(a)4. R12 0 r, 0 6 Madlin's Enterprises Title - 24 Consultants MANDATORY FEAT U RES 8 DEVICES The standards require that if a new appliance listed in Table 2-53G is installed in a residential building it must be equipped with intermittent ignition devices. This restriction applies to furnaces, household cooking appliances, and pool heaters. This restriction does not apply to: 1. Appliances designed to burn only liquified petroleum gas, or 2. Cooking appliances which do not have an electrical line voltage supply connection and no more than one continuously burning pilot light consuming less than 150 btu/hr. NOTE: M intermittent ignition device is not required for household water heaters not used to heat pools. APPLIANCE EFFICIEN Y CERTTF'ICATION You may install only appliances that have been certified by manufacturers as complying with state Appliance Efficiency Standards at the time of manufacture. See Table 2-530 for a list of these appliances. �R 1 0 0 6J a Madlin's Enterprises Title 24 Consultants . MANDATORY FEATURES ' 8 DEVICES SERVICE HOT WATER CONTROLS 1. Temperature. Service water -heating system shall be equipped with automatic temperature controls capable of adjustment from the lowest to the highest acceptable temperature setting for the intended use as listed in Table 2, Chapter 57 of the 1987 ASHRAE Handbook, HVAC Systems & Applications Volume. 2. Pumps. If a circulating hot water system is installed, 'it shall have a control capable of automatically turning off the circulating pump(s) when hot water is not required. WATER HEATING SYSTEMS INSULATION Storage type water heaters and .storage and backup tanks for solar water heating systems shall be externally wrapped with insulation having an installed thermal resistance or R-12 or greater. Alternatively, such tanks may be insulated to a combined level of R-16, when both internal insulation and external wrap insulation are considered. Internal insulation can be included in the combined insulation level only :where the R -value of such insulation has been labeled on the tank exterior by the manufacturer. This blanket requirement applies to storage tanks used primarily for domestic water heating systems., It does not apply to storage tanks mounted outdoors and directly exposed to weather.' R14 0 Madlin's Enterprises Title 24 Consultants MANDATORY FEAT U RES & DEVICES PIPING INSULATION Piping shall be 'insulated in accordance with Table 2 -53E. - Piping in unconditioned space leading to and from water heaters must be insulated with at least R-3 insulation for the first 5 feet of pipe closest to the water heater, or whatever shorter length is in unconditioned space. No pipe insulation is required in conditioned space or for other non -recirculating piping. It is not necessary to penetrate a fire .wall with the pipe insulation. The insulation may end at the fire wall and be continued on the other side if it continues in unconditioned space. Steam and steam -condensate return piping and recirculating hot water piping in attics, garages, crawl spaces, or unheated spaces other than between floors or in interior walls must be insulated to provide maximum loss of not more than 50 btu/hr per linear foot for piping up to and including 2 inch nominal diameter and 100 btu/hr per linear foot for larger sizes. Exception No. 2: Piping insulation need not comply with Section 2-5312 if: A. Piping is installed within HVAC equipment; or B. Piping conveys fluids at temperatures between 60 F and 105 F; or, C. The heat loss or heat gain of the piping, without insulation, does. not increase the new energy requirements of the building. TABLE 1 -ST 0191MM piK IRUUTION COOLIN; STIT'NS Willed motor ..... 40-60 6.6 0.6 0.71 1.0 1.0 1.0 4frlgersat or Orley ...;, ielw 40 I.0 1.0 1.6 1.9 1.6 1.6 NOT' MO' 1. Runout:' are piping "bat Is It feet 1eng or lest and that Is connncta0 to fissures or individual t.ralnal Imus. ROTI s9. t. •Breaches. Owl". and Loops• are cirwlating piping and piping tbat is ever it fast long had that 1s connected to flstom or 'tndlrldu&I terminal rolls. WYE 10. 1. lesu1611M. thickness In Table 1.67' is based On materials bowleg tbarsyl resistance is the rang. of R . 4.0 to 4.6 per tech. for .materials with tbarwal resistance lets than R . 4.0 per I mh, the mlelmr Insulattoo .thickness shall be determined as follows: jjj AC as R .Mer Nolo Thickness for mstsrlals with tbarmal reanc stste rre than R . 4.6 per Inch, the mlnlo tolulattoe thickness .hall be permitted to be reduced as follows: 4.6 a T.hle 1.9r Thickn•u Actual 2 Nw Nlelmum Thttkeyit fluid Runeutsl Rr.nehes. Nal,,. .red teem2 piping f7ttr tlpet T.np.wre nt •f i le�snd - Larryr O+o". 1.:5-1 1.60-4 0.6 Imouleslam TklctneuT SPAtt NIATINC tin Inrhe.l AND WATER RLATIK SYSTDO Steam 6 Not Nater Nigh pretsuronsw twelve prec..re/Tow 106-460 Tal -60f 1.0 lei 1.6 !.0 1.6 1.0 1.6 1.6 2.6 1.f Low ►reswre/Te� to- Teeseraturm 101-160 10a-200 1.0 0.6 l.6 1.0 1.6 1 1.0 1.6 1.6 Steam Condensate . 1.5 ' (for Feed Water) Any 1.0 1.0 1.6 .1.0 1.0 1.0 COOLIN; STIT'NS Willed motor ..... 40-60 6.6 0.6 0.71 1.0 1.0 1.0 4frlgersat or Orley ...;, ielw 40 I.0 1.0 1.6 1.9 1.6 1.6 NOT' MO' 1. Runout:' are piping "bat Is It feet 1eng or lest and that Is connncta0 to fissures or individual t.ralnal Imus. ROTI s9. t. •Breaches. Owl". and Loops• are cirwlating piping and piping tbat is ever it fast long had that 1s connected to flstom or 'tndlrldu&I terminal rolls. WYE 10. 1. lesu1611M. thickness In Table 1.67' is based On materials bowleg tbarsyl resistance is the rang. of R . 4.0 to 4.6 per tech. for .materials with tbarwal resistance lets than R . 4.0 per I mh, the mlelmr Insulattoo .thickness shall be determined as follows: jjj AC as R .Mer Nolo Thickness for mstsrlals with tbarmal reanc stste rre than R . 4.6 per Inch, the mlnlo tolulattoe thickness .hall be permitted to be reduced as follows: 4.6 a T.hle 1.9r Thickn•u Actual 2 Nw Nlelmum Thttkeyit 0 L7 r- 0 0 n u Mad.lin's Enterprises Title 24 Consultants MANDATORY FEAT U RES 8 DEVICES FIREPLACE REQUIREMEN'T'S Masonry and factory -built fireplaces must have the following: 1. Closeable metal or glass doors covering the entire opening of the firebox. This requirement may be omitted if such doors would interfere with devices, such as heat tubes permanently installed in the fireplace, which are designed to increase the circulation of heat. The fireplace must be designed so that the doors can be closed when the fire is burning; 2. A combustion air intake to draw air from the outside of the .building directly into the firebox, which is at least 6 square inches in area and is equipped with readily accessible, operable and tight -fitting damper; and EXCEPTION: An outside combustion air intake is not required if the fireplace will be installed over concrete slab flooring and the fireplace will not be located on an exterior wall. EXCEPTION: An outside combustion air intake is not required in climate zones 5, 6, 7, 8, 9, 10, 14, or 15 if the fireplace will. not be located near an exterior �. wall. 3. Tight fitting flue damper with a readily .accessible control. These requirements do not apply to free-standing stoves. Continuous burning pilot lights and the .use of indoor air for cooling a firebox jacket, when that indoor air is vented to the outside of the building, .are prohibited. i Madlin's Enterprises Title 24 Consultants Post Office Hog 1443 — Palm Springs, California 92263 —. Telephone 619-324-1731. SPECIF ICATIONS u1 ts�r:�.^ra'aa�w•-~-.� ` ryc»:�:a `.y .ga.._e's.-�.f�.:�:s+C::�u:.__.c_..`�"c`.��Gu:=."�'3.-�.�s_Z�.'_.y .5� _�. _i _ _.,_,,. 'f�-:. ,.. - g . �,��,.� '1 • 9SERIES HEAT PUMP OUTDOOR UNITS RFCIlfM.or EXPANSION VALVE SYSTEM *18,900 to 61,000 Btuh Cooling Capacity *19,100 to 59,000 Btuh Heating Capacity •ARI Standard 240 Certified Ratings C The Lennox HP19 series heat pump outdoor units consist of seven models ranging from 1-1/2 thru 5 tons. Energy efficient outdoor units have SEER's of up to 12.00 with a cooling capacity range of 18,900 to 61,000 Stuh and COP ratings of up to 3.46 with heating capacities of 19,100 to 59,000 Btuh. The units are designed for applications with remotely located indoor bkower- coil units or indoor add-on coils in Fuelmaster+ installations. The outdoor C units are equally suited for installation on a slab at grade level or on a roof- top. A variety of matching up-flo, down-flo and horizontal blower powered • indoor units, with optional supplemental electric heat, provide selective sizing and installation versatility. For Fuelmaster+ applications and com- plete data on indoor units see individual bulletins indexed in this tab sec- tion. Outdoor units are test operated at the factory to insure proper operation and are shipped ready for installation. Installer has only to locate unit and make refrigerant line and electrical connections to complete installation. • Refrigerant Control Choice — A choice of refrigerant flow controls is available. Use an RFCMT•M. refrigerant metering orifice for an economical installation restricted to specific indoor coil units. An alternate choice is to select an optional check and expansion valve kit to give a larger selection of indoor coils to select from. a L o, . RFCID SYSTEMS DISTRIBUTOR RFCIII METERING ORIFICE y_\ DISTRIBUTOR CB19/CBH19 V�� CONNECTOR CABINET PANEL LIQUID STRAINER IS PROVIDED LINE IN CONNECTOR TO PROTECT ORIFICE FROM FOREIGN MATTER Refrigerant Flow Control lII — HP19 units are applicable to Lennox RFCM systems when matched with the CB19 and CBH19 blower -col units only. RFCM (Refrigerant Flow Control) is a very accurate means of metering refrigerant in a system. Refrigerant metering control is accomplished by the exact sizing of a refrigerant metering orifice located in the distributor of the CB19/CBH19 coils. The distributor is equipped with a flare frttirg connector located external to the cabinet for easy connection of the liquid line. See sketch. The design of the bullet-shaped metering orifice allows for reverse flow during the heating cycle. As the refrigerant flows in the reverse direction the orifice moves back in the free flow position, eliminating the need for a check valve and related piping in the system. The whole principle of the RFCM system involves the matching of the indoor coil and the proper sizing of the metering orifice. The RFCM system equalizes pressures instantly after the compressor stops. It therefore starts unloaded eliminating the need for any extra controls. C Expansion Valve Systems — For maximum seasonal efficiency use an expansion valve matched to a chosen indoor unit. Check and expansion valve kits are available and must be ordered extra. Kits field install on the indoor coil units. For kit requirements see ARI Ratings table. For use in expansion valve systems the CB19/CBH19 indoor coils must be field altered for removal of the RFCM refrigerant metering orifice. The . orifice may be easily removed at the liquid One connection on the indoor coil. NOTE — Specifications, Ratings and Dimensions suhwrt m r h.— —A h.....--i— P `,• s ..rn u.m.� nioru �, onrwc�ns u,srm _ fes, ENGINEERING DATA 1. ,.,. r �. HEAT PUMPS MATCHED REMOTE ST STEMS Page�21 „ September 1988 . 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E .f� I rA L;q°q Lu «�° J V, I '" to w g 0 c $ x 8 Q $ a .4 !q '� 19 =_ I' b- v m o iS S > I m w m ' C° c d m c Z u' m Y� ¢ LL c •o c t $ c or a m m « v $ p m e . °D .� 5 E �' o c° v° �'-' a m 15 c4? c� ai v° 3 B -8 c c d m AS .5 2 h a N $ N m o o Ti L m m m m to E c a, m A �{ E m l '� << m p 3 a pcp p a L a $ @ ��' Z vo £' E a E `� �' 8 � c o 'v c� m a o 0 0 c o !° 9i _ 5> '`° n ci 8 v v m c E 2 E c a u �O c E E c v 8 8 $ g E o m e �P o mr- S �_ N �'m = amo r$ 8 8 a o 1��+ c 'amo E E .5 �i o °: . r' L O€ E, m a a P G vo c ') L m d t 1° m C y I N U ' ` 'c t 4 c$ E .Y! v m o° o 8 Z w C or m> m a 3 �' v m a m v ma ? E a a m p$ v uci o c x g� �i m axi L° L° d o a v$ m g gg 3 E o m gq c r 0 8 E w c c a� a o E c m0. E E a ao Q = a° G° e c� 8 `m n Q 8 n o V u v 8 w$ m u a '> m 8 a 5 .m ° o m 0 P3 «= 5 0 • S r ARI RATINGS • Sound Rating Number in accordance with ARI Standard 270. tRated in accordance with ARI 240 and DOE; with 25 ft. of connecting refrigerant lines. Cooling Ratings - WIF outdoor air temperature and WIF db/67'F wb entering indoor col air. High Temperature Heating Ratings - 47°F db/43°F wb outdoor air temperature and 70OF db entering indoor col sit. -Low Temperature Heating Ratings - 17°F db/15°F wb outdoor air temperature and 70°F db entering indoor coil air. *Heating Seasonal PerformanceFactor. ttRFC metering orifice 1fumished with. indoor coil unit.. *Must be ordered extre for field installation. SPECIFICATIONS Model No. HP79-211 HP19261 HP79311 tARI Standard 240 Ratings Net face jOuter Coil area (sq. ft.) linner coil 11.83 8.57 11.83 8.57 15.94 15.34 15.94 15.34 Outdoor 21.64 20.81 *Check Total Total Unit 3/8 High Low Total 3/8 3/8 Unit Coil High Unit Low 2 and Model No. Cool. Temp. 'Htg. Temp. Unit SEER EER High 18 Temp. Low Temp. Indoor Expansion #ARI Std. Cap. 24 Htg. Cooling (Btuh/ (Btuh/ Temp. HSPF Htg. Temp. Htg. Unit Valve Z70 SRN (Btuhl Cap. Cap. Waw Watt) Watt) Htg. 1/6 C.O.P. Htg. C.O.P. Cfm Kit (bels) 1 3350 lBtuh) IBtuh) 3900 4100 Rpm 840 840 820 820 820 860 815 Watts 185 185 210 210 Watts 290 350 Watts 6 lbs. 5 oz. 3/8 6 lbs. 14 oz. 3/8 9 lbs. 5 oz. 3/8 11 ft. 3 oz. 3/8 18,900 19,100 11,000 1910 11.00 9.90 1790 7.40 3.12 1480 2.16 CB18-31, CBS18-31 LB-34792BE HP19-211 19,600. 19,200 -10,900 % 1825: •10.80.: :10.70 -1670 7.80 -'3.W,:; `:1380:: 230'.; C819-21, CBH19-21 _ ttRFCM (7.2) C619 21, CBH79 21 19,600 19,200 10,900 1825 12.00 10.70 1670 7.80 3.36 1380 2.30 LB -347926E CB19 26, CBH19 26 25,000 24,600 13,800 2480 10.75 10.10 2260 7.40 3.18 1780 2.26 C818-31, CBS18-31 LB -347926E HP19-261 25.2D0 .25;000 :14,000' '..-2456 .'10.60 10:30 ' :2180 7.80: "'336, . ';1720 = ,2.36.;; CB1926,'CBH1926 ttRFCM (7.4) 25,200 25,000 14,000 2455 11.30 10.30 2180 7.80 3.36 1720 2.36 CB19-26, CBHIS-26 26,000 25,200 13,900 2470 11.55 10.50 2140 7.90 3.46 1690 2.38 C819-31, CBH19-31 LB -347926E 30,000 28,800 16,800 2930 11.00 10.20 2760 7.35 3.04 2200 224 C818-41, CBS1841 LB-34792BG HP19311 31;000_ .30,000 17,100 .2885r :,10.60.:.,10.70. ,2610. .7.90 :. , 336 :'; 2100 .: 238 C81931, CBH1931 YtRFCIII. (7.4) 31,000 30,000 17,100 2885 11.80 10.70 2610 7.90 3.36 2100 2.38 1 C619-31, CBH19-31 31,000 30,200 17,200 2910 11.60 10.60 2640 7.85 3.36 2130 2.38 CB19-41, CBH19-41 LB-34792BG 34,800 34,600 20,400 3570 10.40 9.70 3320 1 7.50 3.06 2590 2.30 CB18.41, CBS18-41 35,400 35,400 20,400 3490 10.90 1020 3140 8.00 3.30 2490 2.40 C1379-31, CBH19-31 LB -347928G HP19411 36 000 35,800 :20,600 3520. 10:35 1020. 3140 8.10 3.34 2490 2.42 CB19-41, CBH19-41 ttRFCM HP19-413 (7.4) 36'ODO 35,800 20,600`3520 11.00 1020 3140 8.10 3.34 2490 2.42 C619-41, CBH19-41 36,200 35,400 20,600 3660 10.60 9.90 1 3320 7.65 3.12 2620. 2.30 C818-51, CBSIB-51 LB-34792BG 37,200 36,200 20,800 3600 11.15 10.30 3170 8.05 3.36 2540 2.40 C619-51, COH19-51 HP19-461 41,500 42,500 24,200 4260 10.85 9.70 3840 7.90 324 2940 2.42 C618.51, CBS18-51 LB-34792BG HP19-463 43,000 43,000 24,400 4200. 10.50 1020 3680 8.30 .3.42 283D 2.52 CB19-51, CBH19-51 ttRFCM (7.4) 43,000 43,000 24,400 4200 11.50 1020 3680 8.30 3.42 2830 2.52 CB19-51, CBH19-51 LB-34792BG 46,000 46,500 26,000 4910 10.20 9.40 4350 720 3.14 3390 224 CB18-65, CBSIM LB-34792BF HP -511 47,500 48,000 27,600 4770.. • .10.15 9.90 4240 8.00. 3.32. 3340 2.42. CB19-51., -CBH19-51 ttRFCM HPI9.513 (7.6) 47,500 48,000 27,600 4770 11.00 9.90 4240 8.00 .3.32 3340 2.42 CB19-51, CBH19-51 49,500 48,000 27,600 4850 11.40 1020 4260 8.00 3.30 3350 2.42 CB19-65, CBH19-5 LB -347928F HP19651 56,500 59,000 33,200 6370 9.65 8.90 5700 725 3.04 4320 226 CB18-65, CBS18-65 HP19�53LB-34792BH (7.8) 61,000 59,000 33,800 6370 10.50 9.60 5360 1 7.65 3.22 4160 2.38 CB19-65, CBH19-65 • Sound Rating Number in accordance with ARI Standard 270. tRated in accordance with ARI 240 and DOE; with 25 ft. of connecting refrigerant lines. Cooling Ratings - WIF outdoor air temperature and WIF db/67'F wb entering indoor col air. High Temperature Heating Ratings - 47°F db/43°F wb outdoor air temperature and 70OF db entering indoor col sit. -Low Temperature Heating Ratings - 17°F db/15°F wb outdoor air temperature and 70°F db entering indoor coil air. *Heating Seasonal PerformanceFactor. ttRFC metering orifice 1fumished with. indoor coil unit.. *Must be ordered extre for field installation. SPECIFICATIONS Model No. HP79-211 HP19261 HP79311 HP19411 HP19461 HP19.463 MP19-511 HP79-513 HP79.651Hp19-413 HP19-6m Net face jOuter Coil area (sq. ft.) linner coil 11.83 8.57 11.83 8.57 15.94 15.34 15.94 15.34 18.22 17.53 21.64 20.81 23.92 23.01 Outdoor Tube diameter (in.) 3/8 3/8 3/8 3/8 3/8 3/8 3/8 Coil No. of rows 1.75 1.75 2 2 2 2 2 Fins per inch 18 18 18 18 18 18 20 Diameter (in.) 20 20 24 24 24 24 24 No. of blades 4 4 3 3 3 4 4 Outdoor Motor hp 1/6 1/6 1/6 1/6 1/6 1/4 1/4 Fan Cfm 2300 2300 1 3350 3350 3400 3900 4100 Rpm 840 840 820 820 820 860 815 Watts 185 185 210 210 200 290 350 Refrigerant -22 (charge furnished) Liquid line connection (sweat) 6 lbs. 5 oz. 3/8 6 lbs. 14 oz. 3/8 9 lbs. 5 oz. 3/8 11 ft. 3 oz. 3/8 12 lbs. 10 oz. 3/8 12 lbs. 13 oz. 3/8 16 lbs. 4 oz. 3/8 Vapor line connection (sweat) Shipping weight (lbs.) 5/8 201 5/8 204 3/4 261 3/4 267 1 7/8 301 1 7/8 321 1-1/8 359 Number of packages 1 1 1 1 1 1 1 ELECTRICAL DATA Model Number HP19-211 HP19-261 HP19-311 HP19411 HP19-413 HP19-461 HP19-M Line voltage data - 60 hz 208/230v 60hz/1ph 208/230v 60hz/lph. 208/230v 60hz/lph 208/230v 60hz/lph 208/230v 60hz/3ph 208/230v 60hz/1ph 208/230v 60hz/3ph Compressor Rated load amps 9.7 12.1 14.2 15.6 10.8 18.3 11.7 Power factor .98 .98 .98 .98 .88 .98 .88 Locked rotor amps 54.0 57.0 66.0 75.8 65.0 97.6 73.7 Outdoor Coil Fan Motor Full load amps 1.1 1.1 1.1 1.1 1.1 1.1 1.1 Locked rotor amps 2.0 2.0 2.0 2.0 2.0 2.0 2.0 Recommended maximum fuse or circuit breaker size (amps) 60 25 30 35 25 40 25 'Minimum circuit ampacity 13.3 16.3 18.9 20.6 14.6 24.0 LiEd 'Refer to National Electrical Code manual to determine wire, fuse and disconnect size requirements. NOTE - Extremes of operating range are plus 10% and minus 5% of line voltage. ELECTRICAL DATA Model Number HP19-511 HP19-513 HPIS-651 HP19-653 Line voltage data - 60 hz 208/230v 60hz/1ph 208/230v 60hz/3ph •'460v 60hz/3ph 208/230v 60h0ph 208/230v 60hz/3ph ••460v 60hz/3ph Compressor Rated load amps 20.4. 13.3 6.2 27.6 17.7 9.4 Power factor .98 .88 .88 .98 .88 .88 Locked rotor amps 107.4 74.0 37.0 135.0 105.0 55.0 Outdoor Coil Fan Motor Full load amps 2.2 2.2 1.1 1.7 1.7 1.1 Locked rotor amps. 4.5 4.5 2.0 3.0 3.0 2.0 Recommended maximum fuse or circuit breaker size (amps) 45 30 15 60 40 20 *Minimum circuit ampacity 27.7 18.9 8.9 36.2 23.9 12.9 Refer to National Electrical Code manual to determine wire, fuse and disconnect size requirements. NOTE - Extremes of operating range are plus 10% and minus 5% of line voltage. -Extremes of operating range are plus and minus 10% of line voltage. FIELD WIRING • r-------- "r-------� B �__��__�_�� .LENNOX 1 :DISCONNECT� IDISCONNECTI 1"5>-; LENNOX•=;ct,I 1 THERMOSTAT 1 . SWITCH rr SWITCH '• `4: OPTIONAL =-;.�`', 1 (Optional) 1 (6Y OTHERS) I(BY OTHERS, r �:7AUXILARY.:' \ r HEATER. E A 1 -------- `OPTIONAL '- - --- J 1-` tiUr000R `, 1% (THERMOSTATI \-------J F D r IDISCONNECT'SWITCH --pomokm OUTDOOR ,'ti 0(BYOTHERS)UNIT � ' �iNDOOR UNR,:.c A - Two or Three wire power (see Electrical Table) B - Two or Three win; "power (size to heater capacity) C - Two wire power (size to indoor coil blower motor) D - Two wire low voltage (18 ga. minimum) • E - Eight wire low voltage (18 ga. minimum) with Electric Heat - Ten wire low voltage with Optional Outdoor Thermostat F - Four wire low voltage (18 ga. minimum) G - Three wire low voltage (18 ga. minimum) - Field wiring not fumished - NOTE - All wiring to conform to NEC and local electrical codes. -22b- I C> c c • ,C 0 9 REFRIGERANT LINE KITS Outdoor Unit Line Set Length of Liquid Line Vapor Line Model No. Model No. Lines (ft.) (o.d. in.) (o.d. in.) H L1a26-20 20 HP19-211 HP19-261 1-10-215-25 25 3/8 5/8 L10-26-35 35 L10-26-50 50 27-7/8 25-7/8 29-7/8 00-41-20 20 22-7/16 14-7/16 HP19-311 HP19411 HP19�13 3/8 3/4 L10-41-30 30 L10-41-4040 L10-41-50 50 HP19-461 L70-65-30 30 HP19-311, HP19-40 HP19-511 3/8 7/8 :10.65-40 40 L10-65-50 50 HP19-513 HP19-651 HP1"M •Not Available — — — *Feld fabricate. NOTE — Refrigerant lines must not exceed 50 ft. in any installation INSTALLATION CLEARANCES (inches) NOTE — 48" clearance required on top of unit. *NOTE - One side of coil may be 12 inches. DIMENSIONS (inches) Model No. A B I C D E F G H HP19-211, 27-7/8 25-7/8 29-7/8 12-7/8 22-7/16 14-7/16 22-1/8 1-7/8 HP19-261 HP19-311, 3D-7/8 32-1/8 341/16 15 26.5/8 18-5/8 28-1/8 2 HP19411-413 HP19-461-463 347/8 32-1/8134-1/16 16 26-5/8 18.5/8 28-1/8 2 HP19-511-513 40-7/8 32-1/8 34-1/16 16 26-5/8 18-5/8 28-1/8 2 HP19-651 INLET AIR 1 1 i :OMPRESSOR INLET a AIR �Si 447/8 32-1/8 341/16 16 26-5/8 18.5/8 28-1/8 2 � Q COIL DRAIN OUTLETS INLET AIR (Around perimeter of base) TOP VIEW B C ELECTRICAL DISCHARGE AIR INLETS LENNOXVAPOR LINE INLET 4-13/16 A o LIQUID I LINE2-9/16 INLET D Li Lj 2-3/4 4 �_ F —� n L< E FRONT VIEW 1-3/8 SIDE VIEW 6-1/16 RATINGS • NOTE - To determine Sensible Capacity, Leaving Wet Bulb and Dry Bulb temperatures not shown in the tables, see Miscellaneous Engineering Data section, page 9. AFCIII HP19-461,463 COOLING CAPACITY WITH CB19-51 OR CBH19-51 INDOOR COIL UNIT 0 0 r nu i t - An values are gross capacities and do not include indoor coil blower motor heat deduction. ,• ' HP19-4614M COOLING CAPACITY WITH CB19-51 OR CBH19-51 INDOOR COIL UNIT Outdoor Air Temperature Entering Compressor Motor Watts Input Total Output (Btuh) 65 Air Temperature Entering Outdoor Coil (°F) 542W 60 Outdoor Air Temperature Entering Outdoor Coil°F-• r = : ,: Enter' Total ..... 85 50 (cfm) Total Comp. Mtr. 95 Comp. Mtr. Total Htg. Comp. Mtr. Total Htg. Comp. Mtr. Total Htg. Comp. 1 Wet Air Total Comp. Sensible To Total Cap. (Btuh) Total Comp Sensible To 3610 Enter. Total Comp ;,.Sensible Serislble Total Comp: Bulb Vol. ;Cool " Motor 1400 Total Cool .. Motor :' Total To Total Cool Motor ` Coo) = Motor To;Total ; (°F) (cfm) Cap:'" Watts Ratio S °F Cap.: -,Ratio S Watts °F Ratio S - Cep: Watts, + Ratto S Cap :• 1410 . (Btuh)• Input75 D Bulb Cool (Btuh) Input D Bulb Motor D Bulb °F (Btuh) Input .Watts D Bulb . °F (Btuhl Input= (°F) (cfm) Cap. Watts Ratio 1 8D 1 85 Cap Watts Ratio ISM 80 .� � ul .;85 75 80 85 :• 1250 41,200 3150 .75 .90 1.00 40,700 3470 .77 .92 1.00 38,300. "3750 79 1i95; 1.00 35,800 4090.` 82, :98': 1:00 63 1400 42.300 1 3180 78 .93 1.00 41 700 3500 .80 .96 1.01) 39,400 '3790 ffi ::98 1:00 37000 , 4150 -: :86 1:00 1:00 75 1550 43,300 3200 81 .96 1.00 42,900 '.3530 .83 .98 1.00 40,500 .3830 ; 86' 1:00 1:00 38,100 +4210':.89 1:00 1:00. s 1250 43,700 3210 .59 .73 .86 43,300 .3550 60 .74 -88 40,800.: 3840 61 :J7 .914 38.000. 4210:: .63 -.79 95: 67 1400 44,900 3240 .60 .75 :891 44,300 '3580: .62 .77 .92 41;700: ;3880 163 80- :95 38,800: . 4250 f'. :65 .:83: .98 '. 1550 45,700 3260 .62 .78 :93 45,200 '3600 .63 .80 .95 42:400 `.-3910:: ':65::.83 39.500 = 4280 `: 67 . :86 ` 1:00: 1250 46;400 3270 .44..57 .96 .70 45,900 .3620 - All .58 .72 43.200; :3940 45 so ;;7.a: 40:300:. x4330;' ;46 ':61 ° ':77 .86 1.00 1.00 '1400 47,600 3290 • .45 .59 .73 47.000 3650 :1.45 .59 .60 ..75 44,20(1 :77: 41;200.:' :4370: _'47 sa' :80` .60 1550 48,400 :3310 1.451.61 3840 .61 .77 .75 47,900 3680 46 .fit .78 45,000: ;4010 :47 64 ".81- 41,900 - 4410 .48 .-84 . nu i t - An values are gross capacities and do not include indoor coil blower motor heat deduction. ,• ' HP19-4614M COOLING CAPACITY WITH CB19-51 OR CBH19-51 INDOOR COIL UNIT Outdoor Air Temperature Entering NOTE - All values are gross capacities and do not include indoor col blower motor heat deduction. HP19-461.463 HEATING CAPACITY WITH CB19-51 OR CBH19-51 INDOOR COIL UNIT Indoor Coil Compressor Motor Watts Input Total Output (Btuh) 65 Air Temperature Entering Outdoor Coil (°F) 542W 60 Outdoor Coil °F 65 45 25 5 -15 50 (cfm) Total Comp. Mtr. 85 Comp. Mtr. Total Htg. Comp. Mtr. Total Htg. Comp. Mtr. Total Htg. Comp. 1 95 Cap. (Btuh) Input (W) Cap. (Stuh) 1 105 Input (W) Cap. (Btuh) Input (W) 115 53,300 3610 Enter. Wet Air Total Comp. . Sensible 1400 Total Comp. Sensible Total Comp. Sensible Total Comp. Sensible 55,200 Bulb Vol. Cool Motor To Total 1410 Cool Motor To Total 1320 Cool Motor To Total Cool Motor To Total (°F) (cfm) Cap. Watts Ratio S °F Cap Watts Ratio ISM Cap Watts Ratio S Cap Watts Ratio S/T (Btuh) Input D Bulb (Btuh) Inut p D Bulb F (Btuh) Input D Bulb °F (Btuh) In Input D Bulb °F 75 80 > 75 80 85 75 80 80 85 1250 1 43,100 3240 .75 .90 1.00 40,700 3470 .77 .92 1.00 38,300 3750 .79 .95 1.00 35,800 4090 .82 .98 1.00 63 1400 1 44,200 3270 .78 .93 1.00 41,700 3500 .80 .96 1.00 139,400 3790 .82.98 1.00 137,000 1 4150 .86 1.00 1.00 1550 45,200 3290 .81 .96 1.00 42,900 3530 .83 .98 1.00 40,500 3830 .86 1.00 1.00 38,100 1 4210 .89 1.00 1.00 1250 45,700 3300 .59 .73 .86 43,300 3550 .60 .74 .88 40,800 3840 .61 .77 .91 138,000 4210 .63 .79 .95 67 1400 46,900 3330 .60 .75 .89 44,300 3580 .62 .77 .92 41,700 3880 .63 .80 .95 38,800 4250 .65 .83 .98 1550 47,800 3350 .62 .78 .93 45,200 3600 .63 .80..95 42,400 3910 .65 .83 .98 39,500 4280 .67 .86 1.00 1250 48,500 3360 .44 1.67-1.70 45,900 3620 .44 .58 .72 .43,200 3940 .45 .60 .74 40,300 4330 .46 .61 .77 71 1400 49,700 3380 .45 :59 .73 47,000 3650 .45 .60 .75 44,200 .3980 .46 .62 .77 41,200 4370 .47 .64 .80 1550 50,600 3400 .45 .61 .75 47,900 3680 .46 .fit .78 45,000 4010 .47 .64 .81 41,900 4410 .48 .66 .84 NOTE - All values are gross capacities and do not include indoor col blower motor heat deduction. HP19-461.463 HEATING CAPACITY WITH CB19-51 OR CBH19-51 INDOOR COIL UNIT Indoor Coil Compressor Motor Watts Input Total Output (Btuh) 65 Air Temperature Entering Outdoor Coil (°F) 542W 60 3425 Air Volume 65 45 25 5 -15 50 (cfm) Total Htg. Comp. Mtr. Total Htg. Comp. Mtr. Total Htg. Comp. Mtr. Total Htg. Comp. Mtr. Total Htg. Comp. Mtr. 70°F db Cap. (Btuh) Input (W) Cap. (Stuh) Input (W) Cap. (Btuh) Input (W) Cap. (Stuh) Input (W) Cap. (Btuh) Input (W) 1250 53,300 3610 40,500 3035 27,400 2455 18,000 1955 8700 1480 1400 54,200 3570 41,400 2995 28,300 2415 18,900 1915 9600 1440 1550 55,200 3540 42,400 2965 29,300 .2385 19,900 1885 10,600 1410 ..w 1 c - neaung capacmes mouse me errecr or oerrOST cycles in the temperature range where they occur. ._ HP19-461-463 HEATING PERFORMANCE • at 1400 cfm Indoor Coil Air Volume (CB19-51 or CBH19-51) LM �w LM 'Outdoor Temp. (Degree F) Compressor Motor Watts Input Total Output (Btuh) 65 3570 542W 60 3425 51,100 55 3285 48,000 50 3140 44,900 47 3055 43,000 45 2995 41,400 40 2840 37,300 35 2685 332M 30 2550 30,800 25 2415 28,300 20 2280 25,900 17 2200 24,400 15 2150 23,500 10 2035 21,200 5 1915 18,900 0 1795 16,600 -5 1675 14,200 -10 1555 11,900 -15 1440 •9600 -20 1320 7300 'Outdoor temperature at 70% relative humidity. Indoor temperature at 70°F. - 22n - • : a ybr> -'cfi`J-:�!`7y! .'d— 5 � ".* r..r:.s, r, :� ^z<+;:a� 't :x s--. C�k c: -r•]•S•�e, ;..;:�,..a::�:.. .:...�.'.,, -i--. ` EER EN IN - : I°' �:'�.%�.�,..._...;y;=�s.`tid..�::s.�.......: �_ ..rr...,,..�..�,-�:�. yo .-.s,.� ... ::�.._.•_i..- -- _ ...�.��. � G ING DATA •t:�_,. CB19 AND CBH19 SERIES HEAT PUMPS � ® UP-FLO, DOWN-FLO &HORIZONTAL MATC �ED MOTE k C S ,STEMS HEAT PUMP BLOWERM.-COIL UNITS P �e 8.. _ r.. RFCIII or EXPANSION VALVE SYSTEM September"1988 *19,600 to 61,000 Btuh Cooling Capacity *19,200 to 59,000 Btuh Heating Capacity 6,400 to 102,400 Btuh Optional Electric Heat *At ARI Standard 240 Ratings with Matching outdoor Unh 0 The CB19 and CBH19 blower coil units are designed for multi - position installation in a basement, utility room, alcove, closet, crawlspace or attic. Versatile units are applicable to expansion valve systems or RFCMT•M" (Refrigerant Flow Control) systems. Several models are available in varying sizes with a wide range of heating and cooling capacities. See Heat Pump Outdoor Unit bulletins indexed in this tab section. Optional field installed electric heaters are available in several sizes for supplemental heating capacity. CB19 models are applicable to up-flo or down-flo discharge air • applications. Units are shipped for up-flo applications and may easily be field converted to the down-flo position by turning the unit upside down and repositioning the coil, drip shields and cabinet access panel. Filters are not furnished and must be provided by the installer. An optional side return air adapter with filter(s) is available for up-flo models only. An optional additive base is available for models with electric heat installed in the down-flo position on combustible floors. CBH19 models are designed for horizontal discharge air applica- tions. Units are furnished with left hand air discharge as standard and may be field changed to right hand discharge by turning the unit over (end for end) and repositioning the coil. CBH19-51 and f] CBH19-65 models are furnished in a two piece cabinet with blower and optional electric heaters in one section and the indoor coil in the other. Hardware is furnished for field connection of cabinets. Filters are not furnished and must be provided by the installer. 0 ( Typical Applications ; �j `[VMV ri S r t{ +�p� r f tY. CB19 MODEL — UP-FLO Horizontal Installation with Fitter Adapter NOTE — Specifications, Ratings and Dimensions subject to change without notice. C819 MODEL — DOWN-FLO CBH19 MODEL — HORIZONTAL Down -Flo Installation El El 0 FEATURES RFC]II SYSTEMS ONLY FCM METERING ORIFICE DISTRIBUTOR CB19/CBH19 CONNECTOR UNIT LIQUID STRAINER IS PROVIDED LINE IN CONNECTOR TO PROTECT^a 'c ORIFICE FROM FOREIGN MATTER Refrigerant Flow Control M — CB19/CBH19 units are applicable to Lennox RFC&.&. systems when matched with HP19 outdoor units only. RFCM (Refrigerant Flow Control) is a very accurate means of metering refrigerant in a system. Refrigerant metering control is accomplished by the exact sizing of a refrigerant metering orifice located in the distributor of the CB19/CBH19 coils. The distributor is equipped with a flare fitting connector located external to the cabinet for ease of connection to the liquid line. See sketch. The design of the bullet-shaped metering orifice allows for reverse flow during the heating cycle. As the refrigerant flows in the reverse direction, the orifice moves back to the free flow position, eliminating the need for a check valve and related piping in the system. The whole principle of the RFCM system involves the matching of the indoor coil and the proper sizing of the metering orifice. The orifice is factory installed. on all units. Expansion Valve Systems — For maximum seasonal efficiency use an .expansion valve matched to the C819/CBH19 units. Check and expan- sion valves field install on the blower coil units external to the cabinet. Check and expansion valve kits are provided and must be ordered extra. See kit table for requirement. • 40 U U: In expansion valve systems, the blower coil unit must be field altered by removing the RFCM metering orifice at the liquid fine connection. Completely Tested — Blower coil units are tested with matching outdoor units in the Lennox Research Laboratory environmental test room in accordance with ARI Standard 240-81. Optional electric heaters are rated in accordance with Department of Energy (DOE) test procedures and Fed- eral Trade Commission (FTC) labeling regulations. Blower performance data is according to actual unit tests conducted in Lennox air test chamber. Blower -tail units and components within are bonded for grounding to meet safety standards for servicing required by U.L. and NEC. Durable Cabinet — Constructed of heavy gauge galvanized steel and completely insulated with thick fiberglass insulation. The cabinets are subject to a five station metal wash process before painting. This preparation process results in a perfect bonding surface for the attractive finish coat of baked -on enamel. Removable panels provide complete service access. Electrical inlets are provided in both sides of cabinet. Return air entry is possible in either side or bottom of cabinet on up-flo units. Copper Tube/Enhanced Fin Indoor Coil — Lennox designed twin coils, assembled in a'V' configuration, provides extra large surface and contact area, excellent heat transfer and low air resistance for maximum efficiency. Precise circuiting gives uniform refrigerant distribution. Lennox fabricated coil is constructed of precisely spaced ripple -edged aluminum firs fitted to durable seamless copper tubes. Fins are strengthened to resist bending and are equipped with collars that grip tubing for maximum contact area. Lanced fins provide maxiRwm exposure of fin surface to air stream. Flared shoulder tubing joints and silver soldering provide tight, leakproof joints. Long fife copper tubing is easy to field service. Coin is thoroughly factory tested under high pressure to insure leakproof construction. K 11 Drain Pan — Deep, corrosion resistant drain. pan has dual pipe drains extended outside of cabinet for ease of connection. See dimension drawings. Refrigerant Line Connections — Vapor and liquid lines are equipped with flare fittings and extend outside of the cabinet for ease of connec- tion. CB19/CBH19-65 vapor line requires sweat connection. See dimen- sion drawings for location. Transformer and Blower Cooling Relay (Furnished) — A 24 volt trans- former and blower cooling relay are furnished as standard equipment and are factory installed in the unit control box. A terminal strip is also fumished as standard. Powerful Blower — Equipped with a Lennox designed and built direct drive blower. Each blower is statically and dynamically balanced as an assembly before it is installed in the unit. Multispeed motor is resiliently mounted. A choice of blower speeds is available. See blower performance charts. Change of blower speeds is easily accomplished by a simple change in wiring. Electric Heat (Optional) — Additive electric heaters field install internal to the unit cabinet and are available in several kw sizes, see Electric Heat table. The helix wound nichrome bare heating elements are exposed directly in the air stream resulting in instant heat transfer, low element temperatures and long service fife. Each heating element is equipped with accurately located limit control with fixed temperature off setting and automatic reset. In addition, elements have supplemental thermal cutoff safety fuses pro- viding positive protection in case of excessive temperatures. Cutoff fuses are mounted external to the element face plate for quick and easy replace- ment. Thermal sequencer relay brings the heating elements on and off fine, in sequence and equal increments, with a time delay between each element. Sequencer also initiates and terminates blower operation. Heating control relay(s), is fumished as standard. Control box and access cover are Con- structed of heavy gauge galvanized steel. Heaters are factory assembled with controls installed and wired and only require plug-in field connection. Circuit Breakers — ECB19-12.5,15,20,25 and 30 kw (208/240v-lph) and ECB19-15,20 and 25 kw (208/240v-3ph) electric heaters are equipped with circuit breakers to provide overload and shortcircult protection. Breakers are factory wired and mounted on electric heat unit. Circuit breakers are current sensitive and temperature actuated to shut off heater if current draw is excessive. Must be reset manually. Circuit breakers qualify as the disconnect means at unit in many areas and eliminate the need for a field provided disconnect. Consult local electrical code in your area. Up -Flo Side Return Air Filter Adapter (Optional) — Field installs on either side return air opening of up-flo cabinet. Constructed of heavy gauge galvanized steel with a baked -on paint finish. Equipped with flanges for ease of duct connection. CB19-51 and C819.85 adapter is insulated with thick fiberglass insulation. Access panel allows easy removal and replace- ment of filter(s). One inch thick frame type filter is fumished as standard. Media is washable or vacuum cleanable oil coated polyurethane. CB19-21 thru.41 models use one filter. CB19-51 and CB19.65 models have two. See specification table for sizes. C819-51 and CB19.65 adapter is shipped knocked down and must be field assembled. Down -Flo Additive Base (Optional) — An optional additive base is required for models with electric heat installed in the down-flo position on combustible floors. Base is not furnished and must be ordered extra for field installation. See Specifications table and dimension drawing. ( � i l C c 4 4 4 1 3NLUIFICATIONS •Must be ordered extra for field r'nsta�llation. - 1. �n ou- ...� o urt w w r i t. Mowing regulation. CHECK AND EXPANSION VALVE KITS Blower -Coil Model No. CBIS -41 CBH19.41 CB19-51 CBH19-51 CBIS -65 CBH79�:i ( Blower section Indoor coil section CBH19-21 - - - - - - 679-51 CH19-51 - - 619-65 CH19.65 Net face area (sq. ft.) Indoor Tube diameter (in) & no. of rows Coil Fins per inch I Vapor line connection (in.) -flare Liquid line connection (in.) -flare Condensate drain (mpt) in. Nominal cooling capacity (tons) 5.27 1 3/8-3 13 3/4 3/8 (2) 3/4 3 5.27 3/8-3 13 3/4 3/8 (2) 3/4 7.0 3/8-3 14 3/4 3/8 (2) 3/4 1 4 7.22 3/8-3 14 3/4 3/8 (2) 3/4 7.0 3/8 - 3 14 1-1/8 sweat 3/8 (2) 3/4 5 7,22 3/8 - 3 14 1-1/8 sweat 3/8 ' (2) 3/4 Refrigerant 19-41 CB19- R_22 R-22 HP19-411 R-22 CB19-51 Blower wheel nominal diameter x width lin.) 10 x 9 CBH19-51 12x8 12x9 1 Blower motor hp 1/3 CB H 19-51 1/3 LB-34792BF 1/2 Electrical Characteristics 208/230 volts -60 hz-1 phase 208/230 volts -60 hz-1 phase or 460 volt -60 hz-3 phase ShippingBlower Weight (lbs.) section Coil section 167 178 209 118 122 213 120 122 Number of packages in shipment 1 1 1 2 1 2 •Optional Side 1 Retum Air Filter Adapter Part No. LB-59776CB - LB-59777CA - LB 59777CA - No. & size of filters (in.) (1) 20 x 20 x 1 - (2) 16 x 25 x 1 - (2) 16 x 25 x 1 - (Up -Flo only) Shipping weight (lbs.) 5 - 24 - 24 - Optional Down -Flo Combustible Base Part No. LB -5969768 - LB -596978C - LB-59697BC - Shipping weight (Ibs.) 8 - 8 - 8 - ECS19-5 Output Btuh 18,000 18,000 19,000 19,000 - - tA.F.U.E. 100% 100% 100% 100% - - ECB19.6 Output Btuh 22,000 22,000 23,000 23,000 tA.F.U.E. 100% 100% 100% 100% ECB19-7 Output Stuh 25,000 25,000 26,000 26,000 - - tA.F.U.E. 100% 100% 100% 100% - - 1 ECB19-8 Output Stuh 29,000 29,000 29,000 29,000 30,000 30,000 tA.F.U.E. 100% 100% 100% 100% 100% 100% EC819-10 Output Btuh 35,000 35,000 36,000 36,000 37,000 37,000 'Optional Electric Heat Capacity tA.F.U.E. 100% 99.9% 100% 100% 100% 100% EC619-12.5 Output Stuh 44,000 44,000 45,000 45,000 46,000 46,000 tA.F.U.E. 100% 99.9% 100% 100% 100% 100% ECB19-15 Output Btuh W,000 53,000 53,000 53,000 54,000 54,000 tA.F.U.E. 100% 99.9% 100% 100% 100% 100% ECB19-20 Output Btuh 70,000 70,000 70,000 70,000 71,000 71,000 tA.F.U.E. 100% 99.8% 100% 99.8% 100% 100% ECS19-25 Output Btuh - - 87,000 87,000 88,000 88,000 tA.F.U.E. - - 100% 99.8% 100% 99.9% ECB19-30 Output Btuh - - - - 105,000 105,000 tA.F.U.E. - - - - - 100% •Must be ordered extra for field r'nsta�llation. - 1. �n ou- ...� o urt w w r i t. Mowing regulation. CHECK AND EXPANSION VALVE KITS Blower -Coil Outdoor *Check and Expansion Unit Unit Valve Kit CB19-21 .03 1000 CBH19-21 HP19-211 LB-34792BE CB19-26 ,08 1600 CBH19-26 HP19-261 LB-34792BE 19-31 CB19- .09 2200 CBH19-31 HP19-311 LB-34792BG 19-41 CB19- CBH19�1 HP19-411 LB-34792BG CB19-51 CBH19-51 HP19-461 LB-34792BG CB19-51 CB H 19-51 HP19-511 LB-34792BF CB19-65 CBH19-ffi HP19-651 LB-34792BH BLOWER DATA UP-FLO SIDE RETURN AIR FILTER ADAPTER RESISTANCE Air Volume (dm) Filter Resistance (in. wg.) 400 .01 600 .02 800 .03 1000 .05 1200 ,08 1400 ,08 1600 ,08 1800 .09 2000 .09 2200 .10 16- 2400 .10 -rwri mus[ oe ordered extra and field installed. - 30b - 0 0 C 9 BLOWER DATA CB19-21 AND CBH19-21 BLOWER PERFORMANCE External Static Pressure (in. wg.) Air Volume (cfm) @ Various Speeds High Medium Low 0 855 630 530 05 830 625 525 .10 800 620 520 15 765 610 515 .20 730 595 505 .25 685 570 490 30 640 535 465 40 525 425 365 Ivu I c - %" CTm Is measured external to the unit. NOTE - Electric heaters have no appreciable air resistance. For optional up-flo air flier resistance see separate table. CB19-31 AND CBH19-31 BLOWER PERFORMANCE External Static Pressure (in wg) Air Volume (cfm) @ Various Speeds High Medium Low 0 1400 1270 1050 .05 1370 1250 1050 .10 1335 1220 1050 15 1290 1190 1040 20 1240 1150 1025 .25 1190 1110 1000 .30 1130 1060 970 40 1000 945 885 50 855 1 815 765 NU 1 t - All cfm is measured external to the unit. NOTE - Electric heaters have no appreciable air resistance. For optional up-flo air filter resistance see separate table. CE19-51 AND CBH19-51 BLOWER PERFORMANCE WITH 208/230 VOLT MOTOR External Static Pressure (in wg 1 Air Volume (cfm) @ Various Speeds High Medium Low 0 1950 1640 1380 .05 1910 1620 1370 .10 1870 1600 1350 .15 1830 1580 1330 .20 1780 1550 1310 .25 1730 1520 1290 .30 1680 1490 1260 .40 1570 1400 1200 .50 1410 1 1280 1100 rvu I c - All crm rs measured external to the unit. NOTE - Electric heaters have no appreciable air resistance. For optional up-flo air fitter resistance see separate table. CB19-65 AND CBH19-65 BLOWER PERFORMANCE WITH 208/230 VOLT MOTOR External Static Pressure (in wg) Air Volume (cfm) @ Various Speeds High Medium Low 0 2415 2205 1830 •05 2360 2165 1815 .10 1 2305 2125 1800 .15 2245 2085 1780 .20 2185 2040 1760 .25 2130 2000 1735 .30 2070 1950 1705 .40 1940 1845 1630 .50 1810 1725 1540 60 1665 1 1585 1405 rvv l c - All crm is measured Memel to the unit. NOTE - Electric heaters have no appreciable air resistance. For optional up-flo air filter resistance see separate table. CB19-26 AND CBH19-26 BLOWER PERFORMANCE External Static Pressure (in. w .1 Air Volume (cfm) @ Various Speeds High Medium Low 0 1150 1020 870 .05 1105 985 860 .10 1065 955 850 .15 1020 920 825 .20 960 1 875 795 .25 905 830 755 .30 845 780 710 .40 680 625 550 rvv It - All crm Is measured external to the unit. NOTE - Electric heaters have no appreciable air resistance. For optional up•flo air fitter resistance see separate table. CB1941 AND CBH19.41 BLOWER PERFORMANCE External Static Pressure (in. wg.) Air Volume (cfm) @ Various Speeds High Medium Low 0 1630 1380 1130 .05 1590 1370 1150 .10 1550 1350 1160 .15 1 1500 1330 1160 .20 1450 1310 1160 .25 1400 1270 1150 .30 1340 1230 1130 .40 1200 1130 1050 .50 1010 960 890 rvu I c - All CmIs measured external to the unit. NOTE - Electric heaters have no appreciable air resistance. For optional up flo air fitter resistance see separate table. CB19-51 AND CBH19-51 BLOWER PERFORMANCE WITH 460 VOLT (1 phase) MOTOR External Static Pressure (in. wg.) Air Volume (cfm) @ Various Speeds High Low 0 2020 1630 .05 1950 1610 .10 1920 1600 .15 1870 1570 .20 1820 1540 •25 1770 1500 •30 1710 1460 .40 1590 1350 .50 1430 1250 rvu it - All cnn is measured external to the unit. NOTE - Electric heaters have no appreciable air resistance. For optional up-flo air fitter resistance see separate table. C619-65 AND CBH79-65 BLOWER PERFORMANCE WITH 460 VOLT (1 phase) MOTOR External Static Pressure (in. w .) Air Volume (cfm) @ Various Speeds High Low 0 2380 2250 .05 2340 2180 .10 1 2290 2140 .15 2250 2110 .20 2190 2065 .25 2130 2015 .30 2075 1970 .40 1945 1860 .50 1820 1760 NOTE - All ctm is measured external to the unit. NOTE - Electric heaters have no appreciable air resistance. For optional up-flo air fitter resistance see separate table. 0 • • 0 17, 9 U.L. INSTALLATION CLEARANCES — ou unnm c Cabinet 1-1/ts Plenum and Outlet duct on blower/coil un -Its 1 inch Plenum and warts air duct within 3 feet of cabinet 1 inch Floor 'Combustible 21-1/2 23-1/4 . y• • 'SUPPLY 23-1/4 AIR AIR - D PENING 18 20 . E 15-7/8 TOP VIEW F —4► 21-7/16 23-7/16 AAIRs � ROW • • 0 17, 9 U.L. INSTALLATION CLEARANCES — ou unnm c Cabinet 1 0 inch Plenum and Outlet duct on blower/coil un -Its 1 inch Plenum and warts air duct within 3 feet of cabinet 1 inch Floor 'Combustible -wnen unit is IrstaIled In the down-flo position with electric heat on a combustible floor an optional down-flo base is required. DIMENSIONS (inches) CB19 UP-FLO POSITION 1 I ELECTRIC HEAT 6/8 Reld Inetened J3, `�'�•Y'ry ry.s ' - 40V w um= ELECTRICAL LL__-- --------m INLETSW!�WW'. (Both Sides) - 11 - -' l -J- ` __ 7_ Hr -1 LIQUID .•> --_-__ / LINE A '.r .,:1 •. \ / H- alit VAPOR \- ® UNE ';iP RETURN AIR, \ J l 'I OPENING'�.I,- d-- i v7 i:-4EnfnrSlM'i'.. 11101: L.4 .or:amom) 1.1/2 Retum Alr FRONT VIEW DRAINS 1 -j F ---�I j! - Model No. CB19-21 & 26 CB19-31 & 41 B19-51 & 65 A 48 51 60 B 18-1/4 21-1/2 23-1/4 C 23-1/4 23-1/4 25-1/4 D 18 18 20 . E 15-7/8 19-1/8 20-7/8 F 21-7/16 21-7/16 23-7/16 G 15 18-1/4 20 H 9-1/8 10-3/4 11-5/8 J 7-112 10-1/4 11-3/4 K 8-1/8 4-1/4 10 L 7-5/8 9-1/4 10-118 M 5-3/4 4-3/4 7-3/4 N 18-1/4 18-1/4 20-1/4 P 14-1/4 18-1/4 25-1/4 1.1/16 Return Air 3/4 SIDE VIEW CB19 DOWN-FLO POSITION 1-1/2 NOTE — When unit with optional electric heat }: is installed on a combustible floor, an " _RETURN J, ` additive base is required. Base is op. AIR •� _.l'." G'y OPENINO` tional and must be ordered Model No. C819-21 & 26 CB19-31 & 41 C819-51 & 65 A 48 51 60 B 18-1/4 21-1/2 23-1/4 C 23-1/4 23-1/4 25-1/4 D 18 18 20 E 15-7/8 19-1/8 20-7/8 F 21-7/16 21-7/16 23-7/16 G 15 18-1/4 20 H 9-1/8 10-3/4 11-5/8 J 8-5/8 10.3/16 11-5/8 K 8-1/8 4-1/4 10 L 7-5/8 9-1/4 10-1/8 M 18-1/2 22-5/16 25-3/4 e1rVa. 3/1 1-t/16 When using additive base make open - Ing in floor 2-3/8 inches larger (side to sidel and 2-1/2 inches larger (front to T T/� rear) than unit supply air opening. TOP VIEW c —�{ I I �s- I s --- as LIOUID .H >� AIR- wu• i.. LINE �,i f s` \ M \ '\ {-��•._ct�ti:LOW % `w: -,'s VAPOR UNE ys. CONDENSATE J DRAINS 'r- --1 i Y.` . 1 3 TL -0 ,- ;. ; ♦ A ` OPTIONAL ',• 5-y _ 1 <_; t 1. '• �.. ti GLOWER 1 ELECTRIC HEAT I i SLOWER I (Feld Imtalled) _"- ELECTRICAL -_L.....L_.. � _ INLETS IUUUULLU Both Sides) a,tmmlm_ : > [4111— D 6/B E 7-1/16 Supply AI 1 1/16 Supply Air 1.1, _ 30h _ SIDE VIEW FRONT VIEW C a C c DIMENSIONS finches) L� • - • CH19.51 & 65 COIL SECTION 5/8 �— 30 30.1/2 30 01 1-1/16 1-31 /8 3 1 2-188 1 1-1/2 2� 11/16 26-15116 28-1/4 AIR 191/2 21-5/8,:9 . ; AIR OUTLET AIR INLET • OPENING -� r LIQUID >8 5/8 y OPENING i. 10.15/16 k a1NE FLOW ` —_—_—i— 1-1/16 VAPOR 2-1/8 — — — 1-3/6 CONDENSATE 1-1/2 UNE 113/8 3 DRAINS DRAIN OUTLET VIEW SIDE VIEW PAN r•" INLET VIEW CBH19-51 & 65 HORIZONTAL MODELS W. AIR ° i 11 GO'`r j :BLOWER �j t:,0 �� c _fir 21-5/8 FLOW r--_ = 1 C•Q�� �' 33 BLOWER30-1/2 COIL SECTION SECTION - 63-1/2 5/8 SIDE VIEW RECEIVED NOTE — Units an shipped with left hand air dis- -charge. For right hand air discharge, tum unit over (end for and) and reposition con. M �j R b ww11..77 111-'► EHB-SW — 30i — B19-51 &'65 BLOWER SECTION OPTIONAL ELECTRIC HEAT (Feld Installed) 1 1 tix• y 4 �t s� , EI 1 < d3LOWEipA c' t 1 . ELECTRICAL INLETS • flop and Bottom) TOP VIEW . 5/8 33 � • 1.1/16 1-1/1630�� 1-1/16 15/16 5/8 •. y 1 -. 243/4. �•:-..., ,. - .._ FAIR ?L 1`. r - ,.; 19.1/2 SUPPLY~ ' 21-5/8 a 1 kt.. } I r BLOWER RETURN AIR 1 a 19-3/4 Al k OPENING FLOW ; OPENING • 1-1/16 15/16 OUTLET VIEW SIDE VIEW INLET VIEW L� • - • CH19.51 & 65 COIL SECTION 5/8 �— 30 30.1/2 30 01 1-1/16 1-31 /8 3 1 2-188 1 1-1/2 2� 11/16 26-15116 28-1/4 AIR 191/2 21-5/8,:9 . ; AIR OUTLET AIR INLET • OPENING -� r LIQUID >8 5/8 y OPENING i. 10.15/16 k a1NE FLOW ` —_—_—i— 1-1/16 VAPOR 2-1/8 — — — 1-3/6 CONDENSATE 1-1/2 UNE 113/8 3 DRAINS DRAIN OUTLET VIEW SIDE VIEW PAN r•" INLET VIEW CBH19-51 & 65 HORIZONTAL MODELS W. AIR ° i 11 GO'`r j :BLOWER �j t:,0 �� c _fir 21-5/8 FLOW r--_ = 1 C•Q�� �' 33 BLOWER30-1/2 COIL SECTION SECTION - 63-1/2 5/8 SIDE VIEW RECEIVED NOTE — Units an shipped with left hand air dis- -charge. For right hand air discharge, tum unit over (end for and) and reposition con. M �j R b ww11..77 111-'► EHB-SW — 30i —