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002631 (RER)Budding 77-600 Aven: �� x rs Owner Mailing Address City Zip ' �( P.O. BOX 1504 78-105 CALLE ESTADO LA QUINTA, CALIFORNIA 92253 Contractor 77-350 A4i°. ift Arm City Zip " Tel.' la Qty 32253 564.4660 State Lic. City & Classif. dd 11A Lic. # 469 Arch., Engr.,... . Designer Address Tel. City Zip State Lic. # _ LICENSED CONTRACTOR'S DECLARATION I hereby affirm that I am licensed under provisions of Chapter 9 (commencing with Section 7000) of Division 3 of the Business and Professions Code, and my license'is in full force and " effect. SIGNATURE - DATE OWNER -BUILDER DECLARATION I hereby affirm that I am exempt from the Contractor's License Law for the following - reason:(Sec. 7031.5,Business and Professions Code: Any city or county which requires a permit to construct, alter,, improve, demolish, or repair any structure, prior to its issuance also requires the applicant for such permit to file a signed statement that he is licensed pursuant to the provisions of the Contractor's License Law, Chapter 9 (commencing with Section 7000) of '.Division 3 of the Business and Professions Code, or that. he is"'exempt therefrom, and the basis for the alleged exemption. Any violation of Section 7031.5 .by 'any applicant for a permit subjects the applicant to a civil penalty of not more than five hundred dollars ($500). — h _ O I, as owner of the property, or my employees with wages as their sole compensation, will _- do the work, and the structure is not intended or offered for sale. (Sec. 7044, Buisness and Professions Code: The Contractor's License Law does not apply to an owner of property .who builds or improves thereon and who does such work himself or through his own employees, provided that such improvements are not intended or offered for sale. If, however, the building . . or improvement is sold within one year of completion, the owner -builder will have the burden of proving that he did not build or improve for the purpose of sale.), ❑ 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.) ❑ 1 am exempt under Sec. B. & P.C.-for this reason I Pate—owner 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. CERTIFICATE OF EXEMPTION FROM WORKERS' COMPENSATION INSURANCE (This section need not be completed if the permit is for one hundred dollars (5100) valuation or less.) - - I certify that in the performance of thg work for which this permit is issued, I shall not employ any person -in any manner so as to become subject to -the Workers' Compensation' Laws of California. Date Owner NOTICE TO APPLICANT., If, after making this Certificate of Exemption you should become subject to the Workers' Compensation provisions of the Labor Code, you must forthwith comply with such provisions or this permit shall -be deemed revoked. ' CONSTRUCTION LENDING AGENCY I hereby affirm that there is a construction lending agency for the performance of the work for which this permit is issued..(Sec. 3097, Civil Code.) - Lender's Name Lender's Address This is a building permit when properly filled out, signed and -validated, and is subject to expiration if work thereunder is suspended for 180 days. I certify that I have read this application and state that the above information is correct. . I agree to comply with all 'city and county ordinances and state laws relating to building construction, and hereby authorize representatives -of this city to enter the above-. mentioned property for inspection purposes. Signature of applicant Date Mailing Address City, State, Zip No. 0026221 BUILDING: TYPE CONST. OCC: GRP. A.P. Number Legal Description Project Description Sq. Ft. ' No. No. Dw. Size _ -Stories Units New ❑X Add ❑ Alter ❑ Repair ❑ Demolition ❑ Estimated Valuation . .' i ��//�� 1747..000.00 Minimum Setback Distances: PERMIT Front Setback from.Center Line AMOUNT Plan Chk. Dep.. 250.00 1 Side Street Setback from Center Line Plan Chk. Bal. Side Setback from Property Line 202.65 Const. INSPECTOR 560.50 Mech. Validated by: 54.50 Electrical Validation: 86.00 Plumbing 67.00 S.M.I.. ZR' C;A Grading Driveway Enc. Infrastructure TOTAL 1.25l_19 oil ;n .'REMARKS ZONE: BY: Minimum Setback Distances: Front Setback from.Center Line Rear Setback from Rear Prop. Line Side Street Setback from Center Line Side Setback from Property Line FINAL DATE INSPECTOR Issued by: Date.lhRermit Validated by: Validation: CONSTRUCTION ESTIMATE NO. ELECTRICAL FEES NO. PLUMBING FEES 1ST FL. SQ. FT. ® $ UNITS SLAB GRAD� "S • y�tOUGH PLUMB. /�� BONDING YARD SPKLR SYSTEM 2ND FL. SQ. FT. FORMS WER OR SEPTIC TANK O#BOUGH WIRING!/ ff-f I` DUCT WORK MOBILEHOME SVC. BAR SINK POR. SQ. FT. ® METER LOOP HEATING (FINAL) GAR. SQ. FT. ®_ POWER OUTLET ROOF DRAINS TEMP. POLE DRAINAGE PIPING CAR P. I SO. FT. ® WATER HEATER SERVICE WALL SQ. FT. DRINKING FOUNTAIN SQ. FT. ® URINAL ESTIMATED CONSTRUCTION VALUATION $ LUMBER GR. WATER PIPING NOTE: Not to be used as property tax valuation FINAL INSP. FLOOR DRAIN MECHANICAL FEES WATER SOFTENER VENT SYSTEM FAN EVAP.COOL HOOD SIGN WASHER(AUTO)(DISH) APPLIANCE DRYER GARBAGE DISPOSAL FURNACE UNIT WALL FLOOR SUSPENDED FIRE ZONE ROOFING LAUNDRY TRAY AIR HANDLING UNIT CFM FIREPLACE KITCHEN SINK ABSORPTION SYSTEM. B.T.U. TEMP USE PERMIT SVC WATER CLOSET COMPRESSOR HP POLE, TEMIPERM LAVATORY HEATING SYSTEM FORCED GRAVITY AMPERES SERV ENT SHOWER BOILER B.T.U. SQ. FT. ® c BATH TUB MESH SQ. FT. ®c WATER HEATER MAX. HEATER OUTPUT, B.T.U. SQ. FT. RESID ® 1% c SEWAGE DISPOSAL SO.FT.GAR @ 3l4c HOUSE SEWER GAS PIPING PERMIT FEE PERMIT FEE PERMIT FEE DBL TOTAL FEES MICRO FEE MECH.FEE PL.CK.FEE CONST. FEE ELECT. FEE SMI FEE PLUMB. FEE STRUCTURE _ PLUMBING ELECTRICAL HEATING & AIR COND. SOLAR SETBACK PLUMBING UNDERGROUND A.C. UNIT COLL. AREA SLAB GRAD� "S • y�tOUGH PLUMB. /�� BONDING HEATING (ROUGH) STORAGE TANK FORMS WER OR SEPTIC TANK O#BOUGH WIRING!/ ff-f I` DUCT WORK ROCK STORAGE FOUND. REINF. G H (ROUGnom'� . � C METER LOOP HEATING (FINAL) OTHER APP./EQUIP. 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. RAMING �� 9 FINAL INSP. ROOFING y 12- S 7 REMARKS: VENTILATION FIRE ZONE ROOFING FIREPLACE SPARK ARRESTOR GAR. FIREWALL LATHING MESH INSULATION/SOUND S FINISH GRADING �n / /�61NAL INSPECTION��-�� CERT. OCC. FENCE FINAL INSPECTOR'S SIGNATURES/INITIALS. GARDEN WALL FINAL T4t�t 4 4a " 78-105 CALLE ESTADO - LA QUINTA, CALIFORNIA 92253 - (619) 564-2246 September 24, 1986 Richard S. Dodson, AIA Dodson/Magnuson Architects 201 Entrada Drive Santa Monica, CA 90402 SUBJECT: Renovation and Enlargement of Existing Structure at 77-600 Avenida Fernando, La Quinta, CA Dear Mr. Dodson: Pursuant to our telephone conversation, I have enclosed a Building Permit Application form. Please mail the completed form along with your plans and a check for $250.00 payable to the City of La Quinta. You may send this to the attention of: Pamela Nieto City of La Quinta P. O. Box 1504 La Quinta, CA 9225.3 Should you have any questions regarding your application, please feel free to contact this office. Very truly yours, PLANNING DEPARTMENT Wallace H. Nesbit Planning Assistant WHN:dmv Atch: Building Permit Application cc: V/Pamela Nieto, Building & Safety Division .z MAILING ADDRESS - P.O. BOX 1504 - LA QUINTA, CALIFORNIA 92253• T44t 4 4(4Q" 78-105 CALLE ESTADO - LA QUINTA, CALIFORNIA 92253 - (619) 564-2246 June 11, 1986 Richard S. Dodson, AIA Dodson/Magnuson Architects 201 Entrada Drive Santa Monica, CA 90402 SUBJECT: Renovation and Enlargement of Existing Structure at 77-600 Avenida Fernando, La Quinta, CA Dear Mr. Dodson: The La Quinta Community Development Department has reviewed plans for the above request and has no immediate concerns relative to design or zoning requirements. The zoning on the site is R-1 with a minimum 1200 -square -foot dwelling size. The site plan meets the required setback provisions and height limits. No further review by the Planning.Division will be necessary. You will, however, need to submit plans to the Community Development Department, Building Division, for plan checking and permit issuance. I have enclosed the requirements for preparation of construction plans for processing through the Building Division. Should you have any questions regarding your proposal, please feel free to contact this office. Very truly yours, COMMUNITY DEVELOPMENT DEPARTMENT PLANNING DIVISION A D •: .G� Wallace Nesbit Planning Assistant WHN:dmv Atch::Construction Plan Requirements cc:,✓ CDD, Building Division MAILING ADDRESS - P.O. BOX 1504 - LA QUINTA, CALIFORNIA 92253 CALIFORNIA RESIDENTIAL ENERGY STANDARDS COMPLIANCE CALCULATIONS: PUGET RESIDENCE ADDITION LA QUINTA, CALIFORNIA JULY 2, 1986 PREPARED FOR: DODSON/MAGNUSON ARCHITE 201 ENTRADA DR. SANTA MONICA, CA 90402 (213) 459-0021 BY: GROUP DEVILLE 921—C 16TH STREET SANTA MONICA, CA 90403 ( 213 ) 82.9-2738 JOB # 86-96 deVille h O Lei' ��°�. I NT10A C® mup ty. Devemupmer, �9dg. ge'pt. CO[4 DiTc"O SALLY ,,@.;t-ql.E TO, 9Nv5A��I� N AS �E� `a g IT IS HEREBY CERTIFIED THAT THE DESIGN FOR THIS PROJECT HAS BEEN REVIEWED IN LIGHT OF, AND SUBSTANTIALLY COMPLIES WITH, THE ENERGY CONSERVATION REQUIREMENTS OF TITLE 24, PART 2, CHAPTER 2-53 OF THE CALIFORNIA ADMINISTRATIVE CODE. T*n�4------- ------------------G�2 9'�/--- --- D000L S C. TABER, PRINCIPAL DATE CLIMATE ZONE: 15 COMPLIANCE METHOD: COMPUTER PERFORMANCE METHOD CONTENTS: SEE FIRST PAGE NOTE: SIGNATURE OF LICENSED PERSON ABOVE PERTAINS TO THESE . ---- ENERGY CALCULATIONS ONLY, AND DOES NOT IN ANY WAY IMPLY DESIGN OF, NOR ANY APPROVAL OF, ANY OTHER ASPECTS OF THE DESIGN OF THIS PROJECT. anta Monica /Seattl M1 Grou CONTENTS: deV1 I le Page Energy -Related building Construction Requirements .......... 2 Mandatory Features and Devices 4 Computer Run Summary & Input Data: Existing House .......... 6 Computer Run Summary & Input Data: House with Addition 15 Computer Program Certification Data ....................... 24 U -Value Calculations (Forms 3R) ............................ 25 Maximum Added Furnace Output Capacity Calculations ......... JD Cooling Load Calculations ..................................• 31 COMPLIANCE PROCEDURE: The residence addition was modeled using the "Micropas" Computer Program, as certified by the California Energy Commission for compliance with the new "Title 24" Residential Energy Standards. U -Value calculations, computer program input and summary output data, together with copies of the Micropas Program Certification letter and energy budgets are included as a part of this package. The basic approach for Title 24 compliance was to model the energy use of the house both before and after the proposed addition. As noted in the calculations below, the energy use of the proposed design for the house plus the addition, with energy conservation measures as specified elsewhere in this report, is less than the allowable energy use, and the proposed design thus complies with Title 24 Residential Energy Standards for the Climate Zone*in which it has been evaluated. Energy Use of Existing House (From Computer Run, Page 7) ................. 388,499 Kbtu/Yr Plus Allowed Energy Use of New Addition in Climate Zone: 15 1159.0 S.F. Addition x 36.9 KBtu/S.F./Yr ... 42,767 KBtu/Yr Total Allowed Energy Use .................... 431,266 Kbtu/Yr Proposed Energy Use of House Plus New Addition (From Computer Run, Page 16) ................ 362,827 KBtu/Yr anta Monica/Seatt n roup deVille ENERGY-RELATED BUILDING CONSTRUCTION REQUIREMENTSe Following are listed the insulation, glass, HVAC, and mass requirements which are necessary for Title 24 compliance for this project, as determined from the computer runs located elsewhere in this report. These requirements are in addition to the "Mandatory Features and Devices", Section 2-5352, of the new Title 24 Standards, and the Appliance Efficiency Standards listed in Sections 2-5306 and 2-5307 of the same text. Sections 2-5303, 2-5304, and 2-5305 on the certification and installation of insulating materials also apply to this project, as do the administrative and other requirements of Section 2-5301, 2-5302 and sections 1401 through 1410 of the Standards tett. Insulation: R-11 Insulation in all exterior walls and walls to garage spaces of new construction only. R-11 Insulation in all walls to attic or truss spaces of new construction only. R-19 Insulation in all roofs and ceilings of new, construction, and as a retrofit to all ceiling areas of existing house. No floor slab perimeter insulation. Glazing: All single glazing, except for glass block windows in'Kitchen, which are double. HVAC 1 Efficiencies: Gas Furnaces 0.71 (Min.) Seasonal Efficiency (SE) Rating. Air Conditioners 8.0 (Min.) Seasonal Energy Efficiency Ratio (SEER). Maximum Furnace Output Capacities (Btu/Hr.): Entire House: 215,200 Bedroom 1 & 2 wing only: 70,285 House Except Bedrm. 1/2 Wing: 144,915 Approximate Total Cooling Loads (Btu/Hr.): Entire House: 170,424 Bedroom 1 & 2 wing only: 45,283 House Except Bedrm. 1/2 Wing: 125,141 Santa Monica /Seatt Santa Monica /Seattle 3, Group deV! Ile Exposed Thermal Floor Mass Areas Used for Computer Input: Kitchen ................ 302.8 Sq. Ft. Hearths ................. 21..8 " Guest Path ............ 26.8 " Bathroom #2 ........... 34.5 " Master Bath WC & Shower 42.4 " Total 428.8 " Santa Monica /Seattle 3, MANDATORY FEATURES AND•DEVICES roup deVi l le (FROM CALIFORNIA RESIDENTIAL ENERGY CONSERVATION STANDARDS, SECTION 2-51352.) 1. Insulation installer shall post in a conspicuous location in the building a certificate signed by the installer and builder stating that the installation conforms with the requirements of Title 24, Chapter 2-53 and that the materials installed conform with the requirements of Title 20, Chapter 2, Subchapter 4, Article 3. 2. All insulation materials shall be certified by the manufacturer as complying with the California Quality Standards for Insulating Materials. 3. Doors and windows between conditioned and outside or unconditioned spaces such as garages and compartments for furnaces shall• be fully weatherstripped. 4. Manufactured doors and windows shall be certified and labelled in compliance with the appropriate infiltration standards listed in Table 2-53V of the energy regulations. 5. All fan systems exhausting air from the building shall be provided with back draft dampers. b. Caulk around all`plumbing, electrical and gas line penetrations into the building envelope. • 7. Caulk and seal around all window and door frames and between wall sole plates and floors, between exterior wall panels and around all openings in the attic floor. B. Masonry and.factory-built fireplaces shall have the following: A) Tight -fitting closeable metal or glass doors covering the entire opening of the firebox. B) A combustion.air intake to draw air from the outside of the building directly into the firebox, which is at least six square inches in area and is equipped with a readily accessible, operable, and tight -fitting damper. EXCEPTION 1: An outside combustion air intake is not required if the fireplace will be installed over concrete slab flooring and the fireplace will trot be located on an exterior wall. (Continued on following page) anta Monica /Seattl y, I rouQ deVi Ile EXCEPTION 2: An outside combustion air intake is not required in climate zones 5, 6, 7, S, 9, 10, 14, or 15 if the fireplace will not be located near an exterior wall. C) Tight fitting flue damper with readily accessible control. D) Continuously burning pilot lights are prohibited. 9. Ducts shall be constructed, installed and insulated according to Chapter 10 of the State Mechanical Code (Title 24, part 4). All parts of the duct system shall be tightly sealed with mastic or tape. 10. Storage type water heaters and storage tanks for solar hot water heating systems shall be externally wrapped with insu- lation of R-12 or greater unless so internally insulated. 11. Provide minimum R-3 insulation on water heater inlet and outlet pipes for first five feet in unconditioned space. 12. Insulate recirculating hot water piping in unheated spaces. 13. Gas-fired household heating and cooling appliances, shower heads and faucets shall comply with the appliance efficiency standards. 14. General lighting in kitchen and bathrooms shall have an efficiency of not less than 25 lumens per watt. EXCEPTION: Luminaires which are the only lighting in a bathroom and lighting to be used only for specific visual tasks or decorative effect are exempt from this -require- ment. Such exempt lighting includes luminaires that are meant to.light only a specific task area such as a kitchen counter or sink, a dining table, or a bathroom mirror. 15. Thermostatically controlled heating or cooling systems shall have an automatic thermostat with a clock mechanism that can be manually programmed to automatically set back the thermo- stat set points for at least two periods within 24 hours. EXCEPTION: Gravity wall heaters, floor heaters, and room heaters that are installed in additions need not comply with this requirement. 16. For Climate Zones 14 and 16, an air infiltration barrier shall be installed on the conditioned space side of all in- sulation in all exterior walls, unvented attics, and un - vented crawl spaces to protect insulation from condensation. Monica /Seattle f-. Page 1 MICROPAS 1.2 File --96R Weather---CZ1 5 Program -SUMMARY > . Run -EXISTING HOUSE Project -RESIDENCE ADDITION Date -07/02/86 M I C R O P A S Version 1.2 - 04/24/83 Calculations By: GROUP DEVILLE 921--C SIXTEENTH ST. SANTA MONICA CALIFORNIA 9040:3 ( 213) 829-2738 PROJECT DATA Run Title ............................... EXISTING HOUSE Project Title RESIDENCE ADDITION Owners Name ............................ PUGET RESIDENCE Site Location ........................... LA GIUINTA CALIFORNIA Run Type ................................ COMPLIANCE_ Building Type ........................... SINGLE DESIGN DATA Floor area (sf) 352.9 Glazing area (sf) 558.2 Glazing percentage K) .................. 24% Glazing UA (Btu/hr-F) .................... 614 (22%) Opaque UA (Btu/hr--F) .................... 1992 169/) Infiltration UA (Btu/hr-F) .............. 254 (9%) Total UA (Btu/ hr -F) ..................... 2760 ( 100%) MECHANICAL SYSTEMS Heating System ......... ............... FURNACE Cooling System .......................... AC Ventilation System ...................... NATURAL CLIMATE DATA Weather Data Location ................... EL CENTRO CA MKW/RED Average Temperature (F) ................. 73. Minimum Temperature (F) ................. 34 Maximum Temperature (F) Ito G. Page 2 < < 1 MICROPAS 1.2 File -96R Weather-CZ15 Program -SUMMARY > > > Run -EXISTING HOUSE Project -RESIDENCE ADDITION Date -07/02/86 =============================================================================== ------------------- PERFORMANCE SUMMARY ----- LOADS ----- ------ CONSUMPTION ------- ANNUAL PEAK FUEL ELECTRIC COST (kBtu) (kBtu/hr) (kBtu) (kWh) ($) ________ ________ ________ ________ --------- BUILDING _______BUILDING Heating 52989 79.5 74632 0 $321 Cooling -245448 -147.7 30681 $2117 Ventinq 0 $0 Totals 74632- 30681 $2438 . ----------------------------------------------------------- ________________________ ENERGY BUDGET COMPARISON Fuel Cost = $0.430 per Therm (1 Therm = 100 kBtu) Electricity Cost = $0.069 per kWh 1 kWh.x 3 x 3.41 = 1 source kBtu *** Peak season(s) not simulated - Check peak loads ---- BUDGETS ---- ------ CONSUMPTION ------- SOURCE SOURCE FUEL ELECTRIC TOTAL (kBtu) (kBtu/sf) ($) ($) ($) ________ ________ BUILDING: 2352.9 sf of Conditioned Floor ________ Area ________ ________ Heating 74632 31.7 $321 $0 $321 Cooling 313867 133.4 $2117 $2117 Venting 0 0.0 $0 $0 Totals ________ 388499 ________ 165.1 ________ $321 ________ $2117 -------- $2438 ($1.04/sf> CALIF. STANDARDS BUDGET: Single Family Home in Climate Zone 15 Heating 1647 0.7 $7 $0 $7 Cooling 85175 36-2 $574 $574 Totals 86822 36.9 $7 $574 $582 ($0.25/sf) Fuel Cost = $0.430 per Therm (1 Therm = 100 kBtu) Electricity Cost = $0.069 per kWh 1 kWh.x 3 x 3.41 = 1 source kBtu *** Peak season(s) not simulated - Check peak loads Page 1 < < � MICROPAS 1.2 File -96R Weather-CZ15 Program -FORMAT > > > Run -EXISTING HOUSE Project -RESIDENCE ADDITION Date -07/02/86 =============================================================================== Input file 96R last edited on 07/02/86 CONTROL DATA ============ RUN DATA 1> RUN TITLE (25 characters maximum) : ................. ..... EXISTING HOUSE 2> PROJECT TITLE (25 characters maximum) : ............. ..... RESIDENCE ADDITION 3> OWNER'S NAME (25 characters maximum) : ..........'... ..... PUGET RESIDENCE . 4> SITE LOCATION (25 characters maximum> : ............. ..... LA QUINTA CALIFORNIA 5> RUN TYPE (COMPLIANCE, DESIGN) : ..................... 6> BUILDING TYPE (SINGLE, CLUSTER, APARTMENT) : ........ � SITE AND WEATHER DATA COMPLIANCE SINGLE 1> BUILDING LATITUDE (decimal deg.) : .................. 33.7 2> BUILDING ROTATION (deg., 0=S, 90=W, -90=E', 180=N) : . 0 3> NUMBER OF WARMUP DAYS (10 maximum) : ................ 3 4> CLIMATE ZONE (compliance runs) : .................... 15 5> WEATHER DATA FILE NAME (CZ12, etc.) : .......'....... CZ15 6> WIND CORRECTION FACTOR (fraction) : ................. 0.25 7> GROUND REFLECTIVITY (fraction) : .................... 0.2 8> GROUND TEMP. DAILY FACTOR (fraction) : .............. 0 9> GROUND TEMP. MONTHLY FACTOR (fraction) : ............ 1 10> GROUND TEMP. ANNUAL FACTOR (fraction) : ............ 0 | SIMULATION CONTROL DATA 1> NUMBER OF SIMULATION SEASONS 2> ROW SEASON SIMU- NAME LATE SEASON --- -----1------ ---2---- 1 WINTER Y 2 WINTER/SPRNG Y 3 SPRNG/SUMMER Y 4 SUMMER Y 5 SUMMER/FALL Y 6 FALL/WINTER Y 7 PEAK HEATING N 8 PEAK COOLING N (8 only) : ............. 8 � Page 2 MICROPAS 1.2 File"96R Weather-CZ15 Program -FORMAT > . Run -EXISTING HOUSE Project --RESIDENCE ADDITION Date -07/02/86 SEASON OUTPUT SPECIFICATIONS 1> COPY OF INPUT DATA (Y,N or F for formatted data) . .. F 2> AMBIENT SUMMARY (Y/N) . .............. .............. N 3> ZONE LOADS (Y/N) . . ............................... N 4> ZONE HEAT FLOWS (Y/N) . ............................. N 5> MASS SUMMARY (Y / tea) . .. N 6> TEMPERATURE SUMMARY (Y/N) . ......................... N 7> PEAK CONDITIONS (Y/N) . ............. :............... N DAILY OUTPUT SPECIFICATIONS 1> ROW SEASON AMB- ZONE ZONE MASS TEMP. TEMP. NAME I ENT LOADS HEAT SUM-- SUM - SlJlv1-- GRAPH SUM. FLOWS MARY MART' MARY MARY _.. ------------1----------- ----2-.- _ _ - - 1 WINTER N N N N N 2 WINTER/SPRNG N N N N N = SPRNG/SUMMER N N N N N 4 SUMMER N N N N N 5 SUMMER/FALL N N N N N 6 FALL/WINTER N N N N N 7 PEAK HEATING N N N N N 6 PEAK COOLING N N N N N HOURLY OUTPUT SPECIFICATIONS 1> ROW SEASON AMB- ZONE: ZONE MASS TEMP. TEMP. NAME I ENT LOADS !-TEAT SUM- SlJlv1-- GRAPH SUM. FLOWS MARY MARY _.. ------------1----------- ----2-.- _ _ - - ---4-- --•-5•-- ---6--- --7-- 1 WINTER N N N N N N 2 WINTER/SPRNG N N N N N N _. SPRNG/SUMMER N N N N N N 4 SUMMER hl N N N N N 5 SUMMER/FALL N. N N N N N 6 FALL/WINTER N N N N N N 7 PEAK HEATING t,,l N N N N N e PEAK COOLING N N N N N N Page - . < < MICROPAS 1.2 FiIe-96R Weather --CZ 15 Program -FORMAT > . Run --EXISTING HOUSE Project -RESIDENCE ADDITION Date -07/02/86 ZONE DATA ZONE: DATA 1> NUMBER OF ZONES (3 maximum) ....................... I ZONE #1 1> ZONE NAME (HOUSE, SUNSPACE, etc.) : ................. 2> FLOOR AREA (sf) .................................... 3> VOLUME (cf) ........................................ 4.::[ ZONE HEAL" CAPACITY (Btu/F) . .......................... 5> INTERNAL GAIN (Btu/day) . ........................... 6> INTERNAL GAIN SCHEDULE (INTERNAL, NONE, etc.) . ..... 7> INFILTRATION BASE ACH lac /hr) . ..................... 8> INFILTRATION TEMPERATURE ACH (ac/hr-F) : ........ 9> INFILTRATION WIND ACH (ac/hr-mph) : ................. 10> HEAT EXCHANGER SYSTEM NAME (HEATEX, NONE, etc.) . .. It> HEATING SYSTEM NAME (FURNACE, NONE, etc.) : ........ 12> COOLING SYSTEM NAME (HEATPUMP, NONE, etc-) : . . 13> VENTILATION SYSTEM NAME (NATURAL, NONE) : .......... 14> HEATING THERMOSTAT NAME (HEATCNST , HEATSE'TB , etc .) : 15:x. COOLING THERMOSTAT NAME (COOLC:NST, COOLSETB, etc . ) OPAQUE SURFACE DATA OPAQUE SURFACES BETWEEN ZONE AND AMBIENT HOUSE 2352.9 21764 4'529 86991 INTERNAL_ .6J ii Q NOME FURNACE AC NATURAL HEATCNST COOLCNS-1 I> NUMBER OF SURFACES (20 maximum) . ................... 11 2:::. ROW OPAQUE AREA U -•-VALUE AZIMUTH TILT" ABSORP- ZONE SURFACE (sfh (Btu/sf (deg.) (deg.) TIVITY NAME NAME -F) (FRAC.) --- --- ^----- 5---- -'----7------ 1 SWALL 648.1 .389 0 90 0.5 HOUSE C WWALL 571.4 .388 90 90 0.5 HOUSE - NWALL- 581.4 .388 180 90 0.5 HOUSE 4 EWALL 580.3 .388 -90 90 0.5 HOUSE: 5 WDOOR 17.8 . ':Ti i 9i) 9i; 0.5 HOUSE 6 GARDOOR 17.8 .130 0 90 0 HOUSE 7 GARWALL 571.4 .=4= 0 90 0 HOUSE 8 SLABEDGE 29.5 .900 0 0 0 HOUSE 9 RUGEDGE 232.1 .7 '0 0 0 i s HOUSE 10 GAREDGE 63.7 . 550 i s 0 0 HOUSE 11 ATTCEIL ?x.;5^.9 .225 0 0 0.5 HOUSE Page 4 < < MICROPAS 1.2 File -96R Weather-CZ15 Program -FORMAT > > > Run -EXISTING HOUSE Project -RESIDENCE ADDITION Date -07/02/86 GLAZING SURFACE DATA ==================== GLAZED SURFACES BETWEEN ZONE AND AMBIENT 1> NUMBER OF SURFACES (20 maximum) : ................... 13 2> ROW GLAZING AREA U-VAL. AZIMU. TILT GLAZ- ZONE SHADING SURFACE (sf) (Btu/ (deg.) (deg.) INGS NAME SHAD. NAME SCHED. s+ -F) TRAN. NAME GHT --- ---1---- --2--- --3--- --4--- --5--- --6--- ---7---- 1 SGLASSA 17.5 1.10 0 90 1 HOUSE 2 SGLASSB 115.6 1.10 0 90 1 HOUSE 3 SGLASSC 18.0 1.10 0 90 1 HOUSE 4 SSLDOORA 33.3 1.10 0 90 1 HOUSE 5 WGLASSA 14.3 1.10 90 90 1 HOUSE 6 WGLASSB 12.3 1.10 90 90 1 HOUSE 7 WSLDOORA 33.3 1.10 90 90 1 HOUSE 8 NGLASSA 96.2 1.10 180 90 1 HOUSE 9 NGLASSB 115.6 1.10 180 90 1 HOUSE 10 NSLDOORA 33.3 1.10 180 90 1 HOUSE 11 EGLASSA 28.1 1.10 -90 90 1 'HOUSE 12 EGLASSB 4.0 1.10 -90 90 1 HOUSE 13 EGLASSC 36.7 1.10 -90 90 1 HOUSE � GLAZING TREATMENTS TREAT- MENT NAME ---u---- OVRHANG1 OVRHANG2 OVRHANG3 OVRHANG4 OVRHANG5 OVRHANG6 OVRHANG7 CURTAIN CURTAIN CURTAIN OVRHANb6 OVRHANG6 OVRHANG5 1> NUMBER OF TREATMENTS (10 maximum) : ... ;............. 8 2> ROW TREAT- GLAZ. OVER- OVER --HEAT. COOL. SHADING SHUT. SHUT. MENT HEI- HANG HANG SHAD. SHAD. SCHED. U-VAL TRAN. NAME GHT LENG. HIGH. FACT. FACT. NAME -UE FACT. --- ---1---- --2-- --3-- --4-- --5-- --6-- ---7---- --8-- --9-- 1 CURTAIN 0 0 0 1 .8 NONE 0 0 2 OVRHANG1 3.08 11.0 0.5 1 .8 NONE 0 0 3 OVRHANG2 7.0 9.5 0.5 1 ^8 NONE 0 0 4 OVRHANG3 2.08 9.5 0.5 1 .8 NONE 0 0 5 OVRHANG4 6.67 9.5 0.83 1 .8 NONE 0 0 6 OVRHANG5 4.08 1.5 2.3 1 .8 NONE 0 0 7 OVRHANG6 2.08 1.5 2.3 1 .8 NONE 0 0 8 OVRHANG7 6.67 1.5 2.3 1 .8 NONE 0 0 ! ABSORBED INSOLATION FRACTIONS 1> NUMBER OF FRACTIONS (20 maximum) : .................. 0 SHUTTER SCHED. NAME ---10--- NONE NONE NONE NONE NONE NONE NONE NONE ` Page 5 . < MICROPAS 1.2 File -96R We =them-CZ15 Program -FORMAI- > . Run --EXISTING HOUSE Project -RESIDENCE ADDITION Date --07/02/86 INTER --ZONE DATA VENTILATION BETWEEN "ZONES 1> NUMBER OF INTER -ZONE VENT SYSTEMS Q maximum) . ..... 0 INTERIOR SURFACES BETWEEN ZONES 1> NUMBER OF SURFACES (20 maximum) . ................... ii MASS- DATA MASS DATA 1> NUMBER OF MASSES (5 maximum) . :..................... 2 I MASS #1 1> MASS NAME (SLAB, MASSWALL, WATER, etc.) : .......... SLAB 2> TYPE (NODAL, ISOTHERM) . ............................ NODAL 3> SURFACE AREA (sf) .................................. 352. 4::> THICKNESS (inches) ................................. 4.0 5:- VOLUMETRIC HEAT CAPACITY (Btu/cf-F) 6> CONDUCTIVITY (Btu --ft /hr--sf-F) . ................ ... 1 7> SIDE #1 MASS SURFACE NAME (SLABTOP,etc.) . .......... SL.AB'T'OP 8> SIDE #1 AIR FILM CONDUCTANCE (Btu/hr-sf-F) : ........ 1.3 9? SIDE #1 ZONE NAME (HOUSE, AMBIENT, etc.) : .......... HOUSE 10> SIDE #2 MASS SURFACE NAME (SLABBOT,etc.) : SLABBOT 11> SII:)E #2 AIF; FILM CONDUCTANCE (Btu/hr-s?--F) : ....... 0 12> SIDE #2 ZONE NAME (HOUSE, AMBIENT, etc.) : ......... NONE I MASS *2 1> MASS NAME (SLAB, MASSWALL, WATER, etc.) : .......... 2> TYPE (NODAL, ISOTHERM) . ............................ 3> SURFACE AREA (sf) .................................. 4> THICKNESS (inches) ................................. 5> VOLUMF-TRIC HEAT CAPACITY (Btu/cf-F) . ............... 6> CONDUCTIVITY (Btu--ft/hr-sf-F) . ..................... 7> SIDE #1 MASS SURFACE NAME (SLABTOP,etc.) : .......... e> SIDE #1 AIR FILM CONDUCTANCE (Btu/hr-sf-F) : ..... 9::> SIDE #1 ZONE NAME (HOUSE, AMBIENT, etc.) : .......... 10> SIDE #2 MASS- SURFACE NAME (SLABBOT,etc.) : ......... 11::• SIDE #2 AIR FILM CONDUCTANCE (Btu/hr-sf-F) : ....... 12> SIDE #2 ZONE NAME (HOUSE, AMBIENT, etc.) : ......... RUGSLAB NODAL 16`17.7 4.0 28 1 RUGTOP .36 HOUSE RUGBOT NONE ^� ' ' . Page 6 < </( MICROPAS 1.2 File -96R Weather-CZ15 Program -FORMAT > > > Run -EXISTING HOUSE Project -RESIDENCE ADDITION Date -07/02/86 SYSTEMS DATA ============ ENERGY COSTS 1> FUEL COST (dollars/therm) : ......................... .430 2> ELECTRICITY COST (dollprs/kWh) : .................... .069 AIR-TO-AIR HEAT EXCHANGER SYSTEMS 1> NUMBER OF HEAT EXCHANGER SYSTEMS (3 maximum) : ...... 0 HEATING SYSTEMS 1> NUMBER OF HEATING SYSTEMS (3 maximum) : .......,..... 1 2> ROW HEATING HEATING SEASONAL RATED DUCT SYSTEM FUEL EFF. OR CAPACITY LOSS ^ NAME NAME COP (Btu/hr) FRACTION --- ---1---- ---2---- ---3---- ---4---- ---5---- 1 FURNACE FUEL .71 200000 0 COOLING SYSTEMS 1> NUMBER OF COOLING SYSTEMS (3 maximum) : ............. 1 2> ROW COOLING SEASONAL COOLING -LATENT DUCT SYSTEM EER CAPACITY LOAD GAIN NAME (Btu/Wh) (Btu/hr) FRACTION FRACTION --- ---1---- ---2---- ---3---- ---4---- ---5---- 1 AC 8.0 200000 0 0 VENTILATION SYSTEMS 1> NUMBER OF VENTILATION SYSTEMS (6 maximum) : ......... 1 .......... 2 2> ROW VENT. FAN FAN TEMP. INLET OUTLET HIGH. INLET STACK WIND SYSTEM FLOW POWER DIFF., AREA AREA DIFF. AZIMUTH EFFIC- EFFIC- NAME (cfm) W/cfm (F) (sf) (sf) (ft) (deg.) IENCY IENCY --- ---1---- --2-- --3-- --4-- --5-- --6--� --7-- ---8--- --9--- --10-- 1 NATURAL 0 0 0 55.82 55.82 2.0 0 1 1 THERMOSTAT SYSTEMS 1> NUMBER OF THERMOSTAT SYSTEMS (6 maximum) : .......... 2 2> ROW THERMO- MINIMUM MAXIMUM DESIRED MIN. MAX. DESIRED HOURLY STAT TEMP. TEMP. TEMP. SET- SET- SET- SCHEDULE NAME (F) (F) (F) BACK BACK BACK(F) NAME --- ---1---- ---2--- ---3--- ---4--- --5-- --6-- ---7--- ---8---- 1 HEATCNST 65 80 80 0 0 0 NONE 2 COOLCNST 65 80 65 0 0 0 NONE Page 7 MICROPAS 1.2 File -96R. Weather-CZ15 Program -FORMAT > > > Run -EXISTING HOOSE Project -RESIDENCE ADDITION Date -07/02x86 SCHEDULE DATA HOURLY SCHEDULES 1> NUMBER OF HOURLY SCHEDULES (5 maximum) : 1 HOURLY SCHEDULE #1 1> HOURLY SCHEDULE NAME (INTERNAL, SETBACK : ........... INTERNAL 2> HEATING HOURLY SCHEDULE DATA (fraction) . 1. 0.024 2, 0.022 . 3. 0.021 5. 0.021 6. 0.026 7. 0.038 9. 0.056 10. 0.060 . 11. 0.059 13. 0.045 14..0.030 15. 0.028 17. 0.057 18. 0.064 19. 0.064 21. 0.050 22. 0.015 23. 0.044 3> COOLING HOURLY SCHEDULE DATA (fraction) 1. .0.024 2. 0:022 3. 0.021 5. 0.021 6. 0.026 7. 0.058 9. 0.056 10. 0.060 11. 0.059 12. 0.045 14. 0.030 15. 0.028 17. 0.057 18. 0.064 19. 0.064 21. 0.050 22. 0.055 23. 0.044 /� 4. 0.021 8. 0.059 12. 0.046 16. 0.031 20. 0.052 24. 0.027 4. 0.021 S. 0.059 12. 0.046 16. 0.031 20. 0.052 24. 0.027 Page 1 t~IICROPAS• 1 . 2 File -96 Weather-CZ15 Program -SUMMARY ARY . . RUn-HOUSE WITH NEW ADDITION Project -RESIDENCE ADDITION Date -07/02/86 M I C: R O P A S Version 1.2 04/24/8:3 Calculations By: GROUT- DEVILLE 921-C SIXTEENTH ST. SANTA MONICA CALIFORNIA 9040_'; ( 1.T) 829-2738 PROJECT DATA Run Title ............................... HOUSE lelITH NEW ADDITION Project Title ........................... RESIDENCE ADDITION Owner's Name ........... 7— ............ PUGET RESIDENCE Site Location LA QUINTA CALIFORNIA Run ..I..ype................................ COMPLIANCE Building Type ........................... SINGLE DESIGN DATA Floor area (sf) ................e........ 3511.9 Glazing area (sf) ....................... 1041. Glazing percentage K) .................. 30 Glazing UA (.Btu/hr--F) ..... 4 ............. 1085 (38%) Opaque UA (Btu/hr--F) ... ......... . .. . . . 1376 (48%) Infiltration UA (Btu/hr-F)............... 406 (14%) Total. UA (Btu/hr-F) ..................>.. 2867 (100%) MECHANICAL SYSTEMS Heating System ........................... FURNACE Cooling System ....... AC Ventilation System ...................... NATURAL CLIMATE DATA Weather Data Location ................. — EL CENTRO CA MKW/RED Average Temperature (F) ................. 73 Minimum 'Temperature (F) ................. 34 Maximum 'Temperature (F) ...... „ ......... , I I(:) �s- Page 2 . < t MICROPAS 1.2 File -96 Weather---CZ15 Program -SUMMARY > . Faun -HOUSE WITH NEW ADDITION Project -RESIDENCE ADDITION Date -07/02/86 ------------------- PERFORMANCE SUMMARY Fuel Cost = $0.430 0 per Therm (1 Therm = 100 kBtu) Electricity Cost = $0.069 per kWh 1 kWh x _ .. 3.41 = 1 source kBtu *** Peak: season(s) not simulated -- Check: peak: loads if. ------- LOADS -------• ------•- CONSUMPTION ---------- ANNUAL PEA[-.*.' FUEL ELECTRIC COST (k:Btu) (kBtu/hr) (k:Btu) (kWh) ($) BUILDING Heating 44836 80.9 63150 0 $272 Cooling -234352 -10.4 29294 $2021 Venting IFO Totals -------------------------------------------------------------------- 63150 29294 $2293 --------------------------------------------------------------------- ENERGY BUDGET COMPARISON .------- BUDGETS ---- ------- CONSUMPTION ----.__...--.-- SOURCE SOURCE FUEL ELECTRIC 'T'OTAL Ak:Btu) (k:Btu/sf) ($) ($) ($) BUILDING: 3511.9 sf of Conditioned Floor Area Heat i rig 63150 18. 0 $2'72 $('*) $272 Cooling 299678 85.::, $2021 21 $2021 Venting 0 0. 0 $0 $0 Totals 362827 103.3 $272 $2021 $229:?; ^--- !% ($0.65 / s f ) CALIF. STANDARDS BUDGET: Single Family Home in Climate Zone 15 Heating 2458 0.7 $11 $0 $11 Cooling 127131 36.2 $857 $857 Totals 129589 36.9 -v.11 $857 $868 ($U. '5/sf ) Fuel Cost = $0.430 0 per Therm (1 Therm = 100 kBtu) Electricity Cost = $0.069 per kWh 1 kWh x _ .. 3.41 = 1 source kBtu *** Peak: season(s) not simulated -- Check: peak: loads if. Page 1 < < � MICROPAS 1.2 File -96 Weather-CZ15 Program -FORMAT > > > Run -HOUSE WITH NEW ADDITION Project -RESIDENCE ADDITION Date -07/02/86 Input file 96 last edited on 07/02/86 CONTROL DATA ============ RUN DATA 1> RUN TITLE (25 characters maximum) : ................. ..... HOUSE WITH NEW ADDITION � 2> PROJECT TITLE (25 characters maximum) : ............. ..... RESIDENCE ADDITION 3> OWNER'S NAME (25 characters maximum) : .'............ ..... PUGET RESIDENCE 4> SITE LOCATION (25 characters maximum) : ............. ..... LA QUINTA CALIFORNIA 5> RUN TYPE (COMPLIANCE, DESIGN) : ..................... COMPLIANCE 6> BUILDING TYPE (SINGLE, CLUSTER, APARTMENT) : ........ SINGLE � SITE AND WEATHER DATA 1> BUILDING LATITUDE (decimal deg.) : ........'.....'... 2> BUILDING ROTATION (deg., 0=S, 90=W, -90=E, 180=N) : . 3> NUMBER OF WARMUP DAYS (10 maximum) : ................ 4> CLIMATE ZONE (compliance runs) : .................... 5> WEATHER DATA FILE NAME (CZ12, etc.) : .'............. 6> WIND CORRECTION FACTOR (fraction) : ........... ,..... 7> GROUND REFLECTIVITY (fraction) : .................... 8> GROUND TEMP. DAILY FACTOR (fraction) : .............. 9> GROUND TEMP, MONTHLY FACTOR (fraction) : ............ 10> GROUND TEMP. ANNUAL FACTOR (fraction) : ............ | SIMULATION CONTROL DATA 1> NUMBER OF SIMULATION SEASONS 2> ROW SEASON SIMU- NAME LATE SEASON --- -----1------ ---2---- 1 WINTER Y 2 WINTER/SPRNG Y 3 SPRNG/SUMMER Y 4 SUMMER Y 5 SUMMER/FALL Y 6 FALL/WINTER Y 7 PEAK HEATING N 8 PEAK COOLING N 33.7 0 15 CZ 15 0.25 0.2 0 1 0 (8 only) : .........''.. 8 Page 2 ' < < < MICROPAS 1.2 File -96 Weather-CZ15- Program -FORMAT > > > Run -HOUSE WITH NEW ADDITION Project -RESIDENCE ADDITION -Date-07/02/86 SEASON OUTPUT SPECIFICATIONS 1> COPY OF INPUT DATA (Y,N or F for formatted data) : .. 2> AMBIENT SUMMARY (Y/N) : ..................... v....... 3> ZONE LOADS (Y/N) : .................................. 4> ZONE HEAT FLOWS (Y/N) : ............................. 5> MASS SUMMARY (Y/N) : ................................ 6> TEMPERATURE SUMMARY (Y/N) : ......................... 7> PEAK CONDITIONS (Y/N) : ............................. DAILY OUTPUT SPECIFICATIONS 1> ROW SEASON AMB_ TEMP. NAME IENT SUM- SUM - SUM. --- ----_1------ --2-- 1 WINTER N 2 WINTER/SPRNG N 3 SPRNG/SUMMER N 4 SUMMER . N 5 SUMMER/FALL N 6 FALL/WINTER N 7 PEAK HEATING N 8 PEAK COOLING -N N ZONE ZONE MASS TEMP. LOADS HEAT SUM- SUM - IENT FLOWS MARY MARY --3-- --4-- --5-- --6-- � N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N � HOURLY OUTPUT SPECIFICATIONS 1> ROW SEASON AMB- ZONE ZONE MASS --6-- NAME IENT LOADS HEAT SUM - N N SUM. N FLOWS MARY --- -----1------ --2-- --3-- --4-- --5-- 1 WINTER N N N N 2 WINTER/SPRNG N N N N 3 SPRNG/SUMMER N N N N 4 SUMMER N N N N 5 SUMMER/FALL N N N N 6 FALL/WINTER N N N N 7 PEAK HEATING N N N N 8 PEAK COOLING N N N N "~~ TEMP. TEMP. SUM- GRAPH MARY --6-- --7--- N N N N N N N N N N N N N N N N F N N N N N N Paye =. MICROPAS 1.2 Fi1e-96 Weather --CZ 15 Program -FORMAT > . Purr -HOUSE WITH NEW ADDITION Project -RESIDENCE ADDI'T'ION Date -07/02/86 ONE DATA ZONE DATA 1> NUMBER OF ZONES (-_ maximum) . ....................... 1 ZONE 41 ZONE NAME (HOUSE, SUNSET �C:E , etc.) e ............. . FLOOR AREA (<f) .................................... VOLUME (cf) ........................................ ZONE HEAL- CAPACITY (Btu/F•) . ........................ INTERNAL GAIN (Btu/day) . ........................... INTERNAL GAIN SCHEDULE (INTERNAL, NONE, etc.) . ..... INFILTRATION BASE ACH (ac /hr) e .................. . INFILTRATION TEMPERATURE ACH (ac / hr -F) e ............ INFILTRATION WIND ACH (ac/hr-mph) „ .......... HEAT EXCHANGER SYSTEM NAME (HEATEX, NONE:, etc.) . .. HEATING SYSTEM NAME ( FURNACE, NONE, etc.) e ........ COOLING SYSTEM NAME (HEATPUMP, NONE, etc.) . ....... VENTILATION SYSTEM NAME (NATURAL, NONE) :.......... HEATING THERMOSTAT NAME (HEATCNST, HEATSETB,etc.)e . COOLING THERMOSTAT NAME (COOL-CNST , COOLSETB ,etc .) a OPAQUE SURFACE DATA OPAQUE SURFACES BETWEEN ZONE AND AMBIENT 1> NUMBER OF SURFACES (20 2> POW OPAQUE AREA SURFACE (sf ) TILT NAME ZONE (Btu/sf (deg.) (deg.) 1 SWAL_L 6=8.9 ' WW6•,LL 475.6 _ NWALL 286.5 4 EWAL.L 374.1 5 SDOOR 26.7 6 GARDOOR 17.8 7 GARWALL 104.: 8 SLABEDGE 46.5 9 RUGEDGE 312.7 10 GAREDGE 66.8 11 SWALLB 136.0 12 WWALLB 362. 13 NWAL-L B 307. 3 14 EWALLB 673.2 15 GARWALLB 448.6 16 ATTWALL- 110.7 17 ATTCE I L 3123.3 18 WSLOPERF 202.4 19 `ESLOPERF 202.4 HOUSE 3511.9 54767!; 6268 86991 INTERNAL .65 0 0 NONE FURNACE AC NATURAL HEATCNST COOLCNS'T' maximum) . ................... 19 U -VALUE AZIMUTH TILT ABSORP- ZONE (Btu/sf (deg.) (deg.) 'TIVITY NAME -F) (FRAC.) .:388 s? 9(:) C).5 HOUSE .388 90 90 0.5 HOUSE .:?88 ISO Sri 0.5 HOUSE .3% -90 90 0.5 HOUSE .330 0 90 0.5 HOUSE .330 0 90 0 HOUSE .-743 0 90 t=; HOUSE 1900 )0 i_) 0 r i HOUSE .720 0 0 { ) HOUSE .550 t_) i ) i) HOUSE:. .092 )92 0 90 0.5 HOUSE 092 90 90 0.5 HOUSE .092 X92 180 90 0.5 HOUSE .092 -90 90 0.5 HOUSE .086 )86 i_) 90 t ) HOUSE ..065 0 90 f.) HOUSE .042 0 0 0.5 HOUSE .050 90 16 0.5 HOUSE .050 -90 16 0.5 HOUSE if Page 4 . < MICROF=AS 1.2 File -96 Weather--CZ15 PrograRi--FORMAT > . Run -HOUSE WITK NEW ADDITION Project -RESIDENCE ADDITION Date -07/02/86 GLAZING SURFACE DATA GLAZED SURFACES BETWEEN ZONE AND AMBIENT 1> NUMBER OF SURFACES ACES (20 maximum) . ... . ............... 17 ''> ROW GLAZING AREA U-VAL. AZIMU. TILT GLAZ- ZONE TREAT -- EAT• --SURFACE --UE SURFACE (sf) (Btu/ (deg.) (deg.) INGS NAME MENT 0 NAME NONE s+ -F) .68 NONE 0 .69 NAME ----- ---•-1------- - -2----- -- _ -- - ---4--•- --5--- -6 --- ---- 7----- --- 8---- 1 SGLASSA 115.6 1.10 i? 90 1 HOUSE OVRHANG 1 2 SGLASSB 18n 1.10 i s 90 1 HOUSE OVRHANG2 _ SGLASSC 2.0 .52 0 90 2 HOUSE GLASSBL-F::: 4 SGLASSD 16.0 1.05 i y 90 1 HOUSE CURTA I N2 5 SFRDRA =_._ .92 0 90 1 HOUSE OVRHANGT 6 WGLASSA 20.0 1.05 90 90 1 HOUSE OVRHANG4 7 WGLASSB 36.0 1.05 90 90. . 1 HOUSE OVRHANG5 8 WGL-ASSC 3.0 .52 90 9� � 2 HOUSE GLASSBLF:*. 9 NGLASSA 115.6 1.10 180 90 1 HOUSE CURTAIN 10 NGLASSB 358.0 � 1.i5 i eo 9� � 1 HOUSE CURTA I N2 11 NGLASSC 2.0 .52 190 90 2 HOUSE GLASSBLk:: 12 NFRDRA __._ .92 leo 90 1 HOUSE CURTAIN2 13 EGLASSA 40.7 1.10 -90 90 1 HOUSE OVRHANG6 14 EGLASSB 81.0 1.05 -90 90 1 HOUSE OVRHANG7 1.5 EGLASSC 97.0 1.05 -90 90 1 HOUSE CURTA I N2 16 SGLASSD 3.0 . 52 -90 90 2 HOUSE GLASSDLF:: 17 EFRDRA 66.7 .92 -90 90 1 HOUSE CURTA I N2 GLAZING TREATMENTS 1> NUMBER OF TREATMENTS (1 0 maximum) . 2> ROW TREAT- GLAZ. OVER- OVER- HEAT. MENT- HEI-- HANG HANG SHAD. NAME GHT LEND. HIGH. FACT. -- - ----1---- - 2- --3-- --4-- --5--- 1 CURTAIN 0 0 O 1 OVRHANG I 7.0 9.5 0.5 1 OVRHANG2 2.08 9.5 0.5 1 4 OVRHANG_, 6.67 9.5 0.5 .85 5 OVRHANG4 4.0 1.5 2.3 .86 6 OVRHANG5 6.0 6.0 2.3 . 86 7 OVRHANG6 4.09 1.5 2.3 1 8 OVRHANG7 7.0 1.5 2.3 .86 9 CURTA I N'2 0 0 0 . 86 10 GLASSBLK 0 0 0 .65 ................. 10 COOL. SHADING SHUT. SHAD.. SCHED. U--VAL FACT. NAME --UE --•6--- -7 ---- ___8--..- .8 NONE 0 .8 NONE 0 .8 NONE 0 .68 NONE 0 .69 NONE i i .69 NONE 0 .e NONE 0 .69 NONE 0 169 NONE i .52 NONE 0 zo, SHUT. SHUTTER TRAN. SCHED. FACT. NAME ---9--i--- 0 NONE 0 NONE 0 NONE 0 NONE 0 NONE 0 NONE 0 NONE 0 NONE 0 NONE 0 NONE Page 5 . MICROPAS 1.2 File --96 Weather-CZ15 Program -FORMAT > . RUn--HOUSE WITH NEW ADDITION Project -RESIDENCE ADDITION Date -07/02/86 ABSORBED INSOLATION FRACTIONS 1> NUMBER OF FRACTIONS (20 maximum) . .................. 0 INTER --ZONE DATA VENTILATION BETWEEN -ZONES 1;:- NUMBER OF INTER -ZONE VENT SYSTEMS (3 maximum) . ..... � ) INTERIOR SURFACES BETWEEN ZONES 1> NUMBER OF SURFACES ( 0 maximum) . ................... 0 MASS DATA MASS DATA 1> NUMBER OF MASSES (5 maximum) . ...................... 2 MASS #1 1> MASS NAME (SLAB, MASSWALL, WATER, etc.) . .......... 2> TYPE (NODAL, ISOTHERM) . ............................. 3> SURFACE AREA (sf) .................................. ,I.;:. THICk:NESS (inches) ................................. 5:> VOLUMETRIC HEAT CAPACITY CBtu/cf-F) . ............... 6> CONDUCTIVITY (Btu-ft/hr-sf-F) . ................... 7> SIDE ## 1 MASS SURFACE NAME (SLABTOP ,etc .) : .......... 8;> SIDE #1 AIR FILM CONDUCTANCE (Btu/hr-sf-F) : ..... 9> SIDE #1 ZONE NAME (HOUSE, AMBIENT, etc.) ......... 10> SIDE #2 MASS SURFACE NAME (SLABBOT,etc.) : ......... 11> SIDE #2 AIR FILM CONDUCTANCE (Btu/hr-sf-F) : ....... 12> SIDE #2 ZONE NAME (HOUSE, AMBIENT, etc.) : ......... I MASS #2 SLAB NODAL 428.8 4. �y 28 1 SLABTOP 1.3 HOUSE SLABBOT NONE 1> MASS NAME (SLAB, MASSWALL, WATER, etc.) : .......... RUGSLAB 2> TYPE (NODAL, ISOTHERM) . ............................ NODAL 3> SURFACE. AREA (sf) .................................. 2556.3 4> THICKNESS (inches) ................................. 4.�; 5;:- VOLUMETRIC HEAT CAPACITY (Btu/cf-F) 28 6> CONDUCTIVITY (Btu-ft/hr--sf-F) : ..... 7; SIDE #1 MASS SURFACE NAME (SLASTOP,etc.) : .......... RUGTOP 8::> SIDE #1 AIF; FILM CONDUCTANCE (Btu/hr-sf-F) . ....... .Y6 9> SIDE #1 ZONE NAME (HOUSE, AMBIENT, etc.) .......... HOUSE 10> SIDE #2 MASS SURFACE NAME (SLABBOT ,etc .) : ......... RUGBOT 11> SIDE #2 AIR FILM CONDUCTANCE (Btu/hr-sf-F) : ........ 0 12> SIDE #2 ZONE NAME (HOUSE, AMBIENT, etc.) : ..........NONE z/. Page 6 < < MICROPAS 1.2 File -96 Weather-CZ15 Program -FORMAT > > > Run -HOUSE WITH NEW ADDITION Project -RESIDENCE ADDITION Date -07/02/86 SYSTEMS DATA ============ ENERGY COSTS 1> FUEL COST (dollars/therm) : ...........4............. .430 2> ELECTRICITY COST (dollars/kWh) : .................... .069 - AIR-TO-AIR HEAT EXCHANGER SYSTEMS 1> NUMBER OF HEAT EXCHANGER SYSTEMS (3 maximum) : ...... 0 HEATING SYSTEMS 1> NUMBER OF HEATING SYSTEMS (3 maximum) : ............. 1 2> ROW HEATING HEATING SEASONAL RATED DUCT SYSTEM FUEL EFF' OR CAPACITY LOSS NAME NAME COP (Btu/hr) FRACTION --- ---1---- ---2---- ---3---- ---4---- ---5---- 1 FURNACE FUEL .71 200000 0 | COOLING SYSTEMS 10 NUMBER OF COOLING SYSTEMS (3 maximum) : ............. 1 2> ROW COOLING SEASONAL COOLING LATENT DUCT SYSTEM EER CAPACITY LOAD GAIN NAME (Btu/Wh) (Btu/hr) FRACTION FRACTION --- ---1---- ---2---- ---3---- ---4---- ---5---- 1 AC 8.0 200000 0 0 I VENTILATION SYSTEMS 1> NUMBER OF VENTILATION SYSTEMS (6 maximum) : ......... 1 2> ROW VENT. FAN FAN TEMP. INLET OUTLET HIGH. INLET STACK WIND SYSTEM FLOW POWER DIFF. AREA AREA DIFF. AZIMUTH EFFIC- EFFIC_ NAME (cfm) W/cfm (F) (sf) (sf) (ft) (deg.) IENCY IENCY --- ---1---- --2-- --3-- --4-- -_5-- --6--- --7-- ---8--- --9--- --10-- 1 NATURAL 0 0 0 104.1 104.12 2.0 0 1 1 | THERMOSTAT SYSTEMS 1> NUMBER OF THERMOSTAT SYSTEMS (6 maximum) : .'........ 2 2> ROW THERMO- MINIMUM MAXIMUM DESIRED MIN. MAX. DESIRED HOURLY STAT TEMP. TEMP. TEMP. SET- SET- SET- SCHEDULE NAME (F) (F) (F) BACK. BACK BACK(F) NAME --- ---1---- ---2--- ---3--- ---4--- --5-- --6-- ---7�-- ---8---- 1 HEATCNST 65 80 80 0 0 0 NONE 2 COOLCNST 65 80 65 0 0 0 NONE 22. Page 7 MICROPAS 1.2 File -96 Weather-CZ15 Program -FORMAT Faun -HOUSE. WITH NEW ADD'I'TION Project -RESIDENCE ADDITION Date -07/02/86 SCHEDULE DATA HOURLY SCHEDULES 1> NUMBER OF HOURLY SCHEDULES (5 maximum) o I HOURLY SCHEDULE #1 1 HOURLY SCHEDULE NAME (INTERNAL, SETBACK o ........... INTERNAL 2> HEATING HOURLY SCHEDULE DATA (fraction) 1. O O24 2. 0.022 3. 0.021 4. 0.021 5. 0.021 6. 0.026 7. o . 438 G. 0.059 9. 0.056 10. 0.060 11. 0.059 12. 0.046 13. 0.045 14. 0.030 30 15. 0.028 16. 0.031 17. 0.057 18. 0.064 19. 0.064 20. 0.052 21. 0.050 22. 0.055 23. 0. 044. 24.. 0.027 > COOLING HOURLY SCHEDULE DATA ( f r action ) 1. 0.024 2. 0.022 3. 0.021 f'21 4 . 0.021 5. 0.021 6 . 0.026 7. 0.038 8 . 0.059 9. 0.056 10. 0.060 1 1 . 0.059 12. 0.046 13. U.045 14. 0.030 15. 0.028 4. 0.031 17. 0.057 18. 0.064 19. 0.064 20. 0. 052 21. 0.050 22. 0.0Q5 23..0.044 24. 0.027 23, Table 5. Energy Budgets for MICROPAS 1.2 I I I I Annual Space Conditioning Budgets (kBtu/sq.ft/yr)1 1 I I I I Multi -Family Buildings I I I Single Family2 1 With Common Walls I I I Dwellings and I But No Common I I I Lodging Houses 1 Floors/Ceilings I All Others4 1 IClimatel I I Zone I Heating Cooling Total IHeating Cooling Total I Heating Cooling Totall I I 1 1 1 10.4 0.0 10.4 I 111.1 0.0 I 11.1 1 11.1 0.0 11.11 I 2 1 10.3 9.5 19.7 1 11.4 5.3 16.8 1 11.4 5.3 16.81 I 3 I 9.0 1.7 10.7 1 11.4 1..0 12.4 1 11.4 1.0 12.41 I 4 I 6.5 6.6 13.2 I 8.3 4.8 13.1 1 8.3 4.8 13.11 I 5 I 6.9 3.6 10.4 l 8.7 1.9 10.6 1 I 8.7 1.9 10.61 I I I 1 -6 1 5.3 13.7 19.1 I 1 5.8 8.9 14.6 I 5.8 8.9 14.61 1 7 1 1.1 4.9 6.0 1 1.9 2.4 4.3 1 1.9 2.4 4.31 1 8 1 2.5 14.3 16.8 I 3.1 9.8 12.9 1 3.1 9.8 12.91 1 9 1 3.8 18.2 22.0 I 5.6 13.4 19.0 1 ` 5.6 13.4 19.01 1 10 1 3.8 19.6 23.4 1 5.1 13.8 19.0 1 5.1 13.8 19.01 I 1 11 I 17.4 24.8 42.3 I 117.0 18.5 I 35.5 1 17.0 18.3 I 13.31 1 '12 I 14.2 14.4 28.6 113.1 10.8 23.9 1 '13.1 10.8 23.91 1 13 I 10.1 23.0 33.1 1 9.0 16.6 25.6 1 9.0 16.6 25.61 1 14 1 7.5 25.5 33.0 I 8.3 20.4 28.8 1 8.3 20.4 28.81 1 15 I 0.7 36.2 36.9 1 1.3 28.1 29.4 1 1.3 28.1 29.41 1 '16 1 18.4 8.1 26.4 117.5 5.0 22.5 1 17.5 5.0 22.51 i 1. Thousands of Btu per square foot of conditioned floor space per year. 2. The heating (cooling) budgets may be increased by 15 percent if the installed heating (installed cooling) system has all its distribution ducts and plenums in conditioned space. The heating (cooling) budgets may be increased by multiplying the budget values by [1 + (0.15) (Rd - 2.1)/ (Rd + 1.3)] when the installed heating (installed cooling) system has ducts in unconditioned space and duct insulation R -value (Rd) is greater than 2.1. 3. The heating (cooling) budgets may be increased by 10 percent if the installed heating (installed cooling) system has all its distribution ducts and plenums in conditioned space. The heating (cooling) budgets may be increased by multiplying the budget. values by [1 + (0.10) (Rd - 2.1)/ (Rd + 1.3)] when the installed heating (installed cooling) system has ducts in unconditioned space and duct insulation R -value (Rd) is greater than 2.1. 4. The heating (cooling) budgets may be increased by 5 percent if the in- stalled heating (installed cooling) system has all its distribution ducts and plenums in conditioned space. The heating (cooling) budgets may be increased by multiplying the budget values by [1 + (0.05) (Rd - 2.1)/. (Rd + 1.3)] when the installed heating (installed cooling) system has ducts in unconditioned space and duct insulation R -value (Rd) is greater than 2.1. C-86 RECM-C 2 Y. ' s 4 HEAT TRANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY ower project title project location cocunentation author - Gate Sketch of Construction Framing Size 2 ' : 4 - -- e --- . 16 • - - Form 3R (8/81) Enforcement AgenCY Use OmY building permit number Chetk** by List of Conametion Component= R (for section between framing fnemlbersI (from Table 3-11 1.112" Gypsum Board 0.45 z,3-1/2" Insulation 11.00 3. Building Paper 0.06 4.Wire-Reinforced Stucco 0,18 5. 6. 7. Check one: S. Inside Surface Air Film (from Table 3.16) ............. 0.68 CeilingYRoof Floor. 9. Outside Surface Air Film Ifrom Table 3-1B) ............. 0-17 XX Wall - To .exterior (Typical) 12.54 Total Thermal Resistance (RT) If Wall, check the SUM of the above appropriate weight: XX less than 2S Ib/ ft2 25 to 40 lb/ft2 AVERAGE U VALUE OF ASSEMBLY greater than 40 Ib/ft2 1.15 _ 12.54 = 11.092 Stu/(hr . ft2 • °FI Framing AT from &bow Factor from Table 3.6 Use this U value for heat load calculation or Code comparison HEAT TRANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY oven/ project title project location documentation author date Sketch of Construction Assembly rA Framing Size 2 ' x 4 Form 3R (8/81) Enforcement Agency Use only building permit number cnecked by List of Construction Component: (for section between framing inem n I 1,1/.2" Gypsum Board 2.3-1/2" Insulation 1 5/8" Gypsum Board 4. S. 6. R (from Table 11) 0.4 11.00 0.56 7. Check one: Q o8 8. Inside Surface Air Film (from Table 3-181 ............. Ceiiing/Roof � r FloorO .o$ 9. Outside Surface Air Film (from Table 1tB)............. XX Wall- To Garage (Typical) Total Thermal Resistance (RT) 1-3-37 If Wail, check the sum of the above aoprooriate weight: XX ion than 251b/ft2 25 to 40 Ib/ft2 AVERAGE U VALUE OF ASSEMBLY greater than 40 Ib/ft2 L-15 13.37 0.066 Stu/(hr .ft2 -OF) Framing RT from above tractor from Table 3.6 Ute this U value for her load calculation or Code comoerison 24. G — rA Framing Size 2 ' x 4 Form 3R (8/81) Enforcement Agency Use only building permit number cnecked by List of Construction Component: (for section between framing inem n I 1,1/.2" Gypsum Board 2.3-1/2" Insulation 1 5/8" Gypsum Board 4. S. 6. R (from Table 11) 0.4 11.00 0.56 7. Check one: Q o8 8. Inside Surface Air Film (from Table 3-181 ............. Ceiiing/Roof � r FloorO .o$ 9. Outside Surface Air Film (from Table 1tB)............. XX Wall- To Garage (Typical) Total Thermal Resistance (RT) 1-3-37 If Wail, check the sum of the above aoprooriate weight: XX ion than 251b/ft2 25 to 40 Ib/ft2 AVERAGE U VALUE OF ASSEMBLY greater than 40 Ib/ft2 L-15 13.37 0.066 Stu/(hr .ft2 -OF) Framing RT from above tractor from Table 3.6 Ute this U value for her load calculation or Code comoerison 24. MEAT TRANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY Own�t prolect title oroact location accumienutlon autnar "to Form 3R (8/81) Entorcarrnnt Agency Use only oulloing Permit numoe/ cnecltett oy Sketch of Construction Ass mbiy List of Construction Components R (for $action bets wn framing members) (tram TWO 3-1) G� / a 1: If z� GYPs�M T3o�aD 0.4� 7- 2. 31J1 �1Z'tl� INS U.)-T10N 4, 111 7 6 S 3 1 (CoRI'Ll%�FD FOR FpAM1NG� 0. L41 N, a. p1T-f 1 C. >Q I R SPAGf 1-00 5. �J1u Pv`t WOOD D.62 FrarningSin -2--i y 6. SUIL-D)N4 , PAPER G.O6 Framingr-faming Sosa n 7. Poor- Chetx otn: S. Inside Surface Air Film (from Two 3.18) ............. 0. 6� Caiiing/Roof Floor 9. Outside Surface Air Film (hem Tabs 3-181............ 0. Wall TD A-rrK. O R -rR USS SPAM Total Thermal Resistance (RT) 1313; z sum of tn• 4100" AVERAGE U VALUE OF ASSEMBLY (PER CALlf. ENERGY COMMISSION METHOD) C1.tMATI; R -r A't'fK- R -VA uF- = ovE0.Al.rr f �v►aE 0"M ASOVE) X FNcTOR R-VALtrE u OVERALL 9-%4^Lulc 6 1 3.4 2 X I. Z3 = 16.51 . o6 l 14.31 .061 1 16I 14 " Y IS, Flif .06 Lo Ir 17, MEAT TRANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY owner OrOle= tltl* • orolect location cocumentaticrl Ammar gate Sketch of Construction Assembly 1 5' 6 i Framing Sin I G N Vwck one: Coiling/Roof -f0 A"IC, Floor Wall 61.1 P'1 A,M 7_0,•1 I- 6 S 1110,14 avlj p, Form 3R (8/81) Enforcement Agency use Only ouiloinq oermit numtxtr cnecxaa or List of Construction Components R Ifor suction batwwn framing melmoers) (front Table 3.1) ,. 1�:* GYPS�r1 6oAQp 0.45 2 C�IIlI C�'If1% ZMSt+1�AT101`I I r. �Z CCORRSOF-C FOP, �RAtMJNG� �- J'KAM►)044 of Cf_I1.INe,% a. A-r-rIc. AIR SPAcC 1 •ov 5. V22 9vllwooD 62 6. 6v1v.0It`le PAPZR O.0 7. Co m mk F -TE Roo t= Tmf-S 0.06 8. Inside Surface Air Film (front Table 3.181 ............. 9. Outside Surface Air Film (from Table 3.18)............ Total Thermal Resistance (RT) sum of the aoow AVERAGE U VALUE OF ASSEMBLY M CAL -le. l=NE1t4.( COMMrss)oN METHOD R T ATTIC-. R-YAwF— OV E RAL. _ (FRom Acme) X FACToR - R -YAW E. U cysul,t R-YAbuE 20.60. x 1.23 = 25.3 .039 x 1.22 _ 2 5. 13 .040 x I.IS� _ 2031 .o�tl x / 23-61,.oyz 2-k. HEAT TRANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY owner project title project location documentation author date Sketch of Construction Assembly G• Framing Size 2 x 8 Frarnino Saacino 16 O.C. Form'3R • (8/81) Enforcement Agency Use Only building permit number checked by List of Construction Components R (for section between framing members) (from Table 3-1) 1/2" Gypsum Board 0.45 z- 5-1/2" Insulation 19.00 3. Air Space 0.84 1/211 Plywood 0.62 a 5- Building Paper 0.06 Concrete Roof Tiles 6. 0.06 7. Check one: 8. Inside Surface Air Film (from Table 3.18) ............. 0.62. XX Ceiling/Roof To Exterior (w/0 Attic) Oe17 Floor 9. Outside Surface Air Film (from+ Table 3-18)........... . Wall Total Thermal Resistance (RT) 21.82 If Wall, cheek the sum of the above appropriate weight: less than 25 lb/ft2 25 to 40 lb/ft2 greater than 40 Ib/ft2 AVERAGE U VALUE OF ASSEMBLY 1.10 :.21.82- = 0.050 etu/lhr 412 ,OF) Framing RT from above Factor from Table 3-6 Use this U value for heat load calculation or Code comparison 2 of HEAT LOSS ---------------------------------------------------------- PROJECT: PUGET RESIDENCE UNIT: HOUSE WITH ADDITION DESCRIPTION OF AREA (SF) OR U- TEMP. HEAT LOSS ASSEMBLY: LENGTH (LF): VALUE DIFF. BTU/HR: GLAZING 1 289.9 1.1 39= 12436.7 GLAZING 2 608 1.05 39= 24897.6 GLAZING 3 133.3 . 92 39= 4782.8 GLAZING 4 10 .52 39= 202.8 8 GLAZING 5 0 0 C)= 0 WALL 1 1478.8 .092 39= 5305.9 WALO 2 1775.1 .388 39= 26860.8 WALL 3 104.3 >4.:3 . 343 39= 1395.2 WALL 4 448.6 .086 39= 1504.6 WALL 5 110.7 .065 39= 280.6 DOORS 44.5 .33 39= 572.7 ROOF 1 3123.3 .042 )42 39= 5116 ROOF 2 0 .034 39= 0 ROOF 3 404;8 8 . 05 39= 789.4 ROOF 4 0 .048 39= C) ROOF 5 0 .054 i54 39= 0 FLOOR 1 C ) . 043 ._,9= 0 FLOOR 2 C) .041 39= 4 FLOOR 3 0 0 0= C) SLABEDGE 1 46.5 .9 16= 669.6 SLABEDGE.2 .31.2.7 .72 16= =602.3 SLABEDGE := 66.8 .55 16= 587.8 SUBTOTAL: = )4. 8 89004.0 INFILTRATION: VOLUME: BTU/CF TEMP. DEG. F DIFF. 34763 .018 )18 39= SUBTOTAL: DUCT HEAT LOSS: 1 0.15 AREA ALLOWANCE: FLOOR S.F.: TOTAL HEAT LOSS: MAXIMUM FURNACE X ABOVE = 3511.9 X 10= 24403.6 113408.4 17011.3 35119 165538.7 OUTPUT CAPACITY: 1.3 X ABOVE = 215200. IF MAXIMUM OUTPUT CAPACITY IS LESS THAN 45,000 BTU/HR, TITLE 24 STANDARDS PERMIT USE OF A FURNACE OF 45,000 BTU/HR OUTPUT CAPACITY. 310. COUNTY OF LOS ANGELES DEPARTMENT OF COUNTY ENGINEER -FACILITIES BUILDING & SAFETY DIVISION HOURLY BUILDING HEAT GAIN RATE D FORM 4C Froject Location -- Documentation Author a e Line No. Item Area or Q=tity ue or Factor BTU or of BTU/FR 1. N. glazing# 3 Z,b sf .6� S.C. (1) 30 BTU/sf(2) ,0 2. N.E. of S.C. (1) BTU/.Sf(2) 3. E. gla,74n 3,0 of , L i S. C. (1) 71 BTU/sf (2) /SN 4. S.E. glazing sf S.C.(1) BTU/sf(2) 5. S. gl=#g 12•o sf . b5� S.C.(1) ly BTU/sf(2) 7.2 . 6. S.W. alazing sf S.C.(1) BTU/sf(2) 7. W. glazing sf S.C.(1) BTU/sf(2) 8. N.W. glazing sf S.C.(1) BTU/sf(2) 9. Horiz. Skylite sf S.C.(1) BTU/sf(2) 10. Wall Type 1 I'MYsf OIL- (3) 33.6 °F(4) il5-71 11. Wall Type 2 177)•1 sf (3) 33.6 oF(4) �$ 12. Ceilinx Type 1 3113. sf (3) 5y-0 0F(4) '7 03.6 13. -Ceiling Type 2 fD'/.1(sf . DS'D (3) 5 q ,p °F(4) 14. Infiltration sf(5) BTU/sf (6 ) LawrINvED 15. # of Occupants (7) 225 BTU/occ 16. Appliances 1200 17. Sub Total 18. Latent heat (8) 0.3 - 19. Sub total 3/ 9 COUNTY OF LOS ANGELES DEPARTMENT OF COUNTY ENGINEER -FACILITIES BUILDING & SAFETY DIVISION HOURLY BUILDING HEAT GAIN RATE Mer FORM 4C rojec Froject Cocation ocumenta tion Author Date 1.1ne No. Item Area or Quantity I U value or Factor BTU or of Bm/sR 1. N. gl=#g 115,1, sf S.C.(1) qq BTU/sf(2) 4577.S" 2. N.I-. glayrIng 'ltl- 1.3 sf S.C. (1) yq BTU/sf(2) I y 63w, 6 3. E. gla,74m Ho• sf .9 S.C.(1) Ivy.- BTU/sf(2) 3736 .3 4. E. glazinges y ,7 sf 'fs S.C.0) IOZ BTU/sf(2) 1� Z►S. 5. S. glaz#g 13$.& sf .q S.C.(1) 61 BTU/sf(2) 733y•6 6. S.*-. laz *Z Ltq,3 If . �� S . C . 1) 41 BTU/sf(2) 2-5546.2- T. W. glazing 51,O sf •065� sx.(1) 102- BTU/sf(2) 8. _*.W. glazing#L 3.o sf .45' S.C. 0) .11 BTU/sf(2) / 5,q 9. Horiz. Slcylite sf S.C.(1) BTU/sf(2) 10. Wall Type A- I 10 .3 sf .3 3 (3) 33.6 oF(4) 11. Wall Type e-4 44ir-6 sf .06 (3) 33.6 OF (4) %2-.96.3 12. wAu. ilo,7 sf .06� (3) �3'L °F(4) Zyl•� 13. Dvs r y'+,� sf .330 (3) 33. 6 °F(4) 14. Infiltration 5001.1-sf(5) 2•4 BTU/sf(6) /.3 00�, 15. # of Occupants b (7) 225 BTU/occ /3 !'o 16. Ap fiances 1200 17. Sub Total //3 y4r. 18. Latent heat (8) 0.3 19. Sub total .3Z_ v COUNTY OF LOS ANGELES DEPARTMENT OF COUNTY ENGINEER -FACILITIES BUILDING & SAFETY DIVISION FORM 4C - Continued ne No. Item Area orValue Quantity or Factor BTU or of BTU/HR 20. Duct galn 0.15 22 zZq, L 21. 1 Grand total 170j yi (10 ) Notes: _ / y, l O %`Kj (1) Shading coefficient of glazing per mfg., equal one for clear glass. (2) From Table A (3) U -value from Form 3C (4) From Table B (5) Gross wall area (6) Form Table C (7) Two per bedroom (8) From line 17,BTU/HR (9) From line 199BTU/HR (10) Value to be used in sizing A/C unit(s) 33,