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002624 (SFD)P.O. BOX 1504 No Building78-105 CALLE ESTADO Address �� LA QUINTA, CALIFORNIA 92253 Todam t3ey Mailing Address 74—OM *.a'a"Rt7i Phis Cirrin City Zip Tel. Contractor Address .. .. . . . . I ' Sam IZip - ITel' State Lic. ]City & Classjf. 248823 Lic. # 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 % i r •-t - i DATE OWNER -BUILDER DECLARATIONy I hereby affirm that I am exempt from the Contractor's License Law for thefollowing 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). ❑ 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, 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 or 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 Date Owner WORKERS' COMPENSATION DECLARATION I hereby affirm that I have a certificate of consent to self -insure, ora certificate of Worker's Compensation Insurance, or a certified copy thereof. (Sec. 3800, Labor Code.) Policy No. Company 0 Copy is filed.with the city. O 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 ($100) valuation or less.) I certify that in the performance of thg work for which this permit is issued, I shall not employ any person in any manner so as to become subject to the Workers' Compensation Laws of California. Date Owner NOTICE TO APPLICANT: If, after making this Certificate or 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 cartify.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. 4 � Signature of applicant " ► ,.S.fl r5 Date Mailing Address t City; State, Zip 002524 JILDING: TYPE -CONST. OCC: GRP. P. Number 769 -143 -INS egal Description Ia' X57 roject Description sft"18 falu3.ly G W= a $N VIM 3495 Sq -Ft. Size GAR 492 Size _ �:D New d Add ❑ No. Stories No. Dw. Units Alter ❑ Repair ❑ Estimated Valuation S !!2_f4" _i'ti'>4 HARD COPY T Demolition ❑ PERMIT AMOUNT Plan Chk. Dep.. Plan Chk. Bal. 7 ac�A Const. 445.50 Mech.. Electrical7. Plumbing 107..00 S.M.I. 9.14 Grading 43 J)n Driveway Enc. 20.0 Infrastructure 1.205.95 10 7 1.97624 CK TOTAL 2. 22A _14 1.975.2A REMARKS ZONE: BY: Minimum Setback Distances: Front Setback from Center Line Rear Setback from Rear Prop. Line Side Street Setback from Center Line Side Setback from Property Line FINAL DATE INSPECTOR Issued by: Date:" Permit Validated by: Validation: A64%9 10 7 1.97624 CK CONSTRUCTION ESTIMATE NO. ELECTRICAL FEES NO. PLUMBING FEES 1ST FL. SQ. FT. ® $ UNITS COLL. AREA 2ND FL. SQ. FT. B GRADE /� YARD SPKLR SYSTEM POR. SQ. FT. ® MOBILEHOME SVC. BAR SINK GAR. SQ. FT. ® POWER OUTLET ROOF DRAINS CAR P. SQ. FT. DUCT WORK DRAINAGE PIPING WALL SQ. FT. FOUND. REINF. DRINKING FOUNTAIN SQ. FT. ® HEATING (FINAL) URINAL ESTIMATED CONSTRUCTION VALUATION $ REINF. STEEL WATER PIPING NOTE: Not to be used as property tax valuation FLOOR DRAIN MECHANICAL FEES GROUT WATER SOFTENER VENT SYSTEM FAN EVAP.COOL HOOD SIGN WASHER(AUTO)(DISH) APPLIANCE DRYER BOND BEAM GARBAGE DISPOSAL FURNACE UNIT WALL FLOOR SUSPENDED GRADING CU. yd. $ plus x$ LAUNDRY TRAY AIR HANDLING UNIT CFM de KITCHEN SINK ABSORPTION SYSTEM. B.T.U. TEMP USE PERMIT SVC WATER CLOSET' COMPRESSOR HP POLE, TEM/PERM LAVATORY HEATING SYSTEM FORCED GRAVITY AMPERES SERV ENT SHOWER BOILER B.T.U. SQ. FT. ® c BATH TUB SQ. FT. ® c WATER HEATER MAX. HEATER OUTPUT, B.T.U. SQ. FT. RESID ® 11/4 c SEWAGE DISPOSAL SQ.FT.GAR ® 3/ac 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 INSFEL; I UN'S WUNA I UNtJIINI IIALS GARDEN WALL FINAL SETBACK GROUND PL MBIN UNDERGROUND A.C. UNIT COLL. AREA B GRADE /� H PLUMB J �� BONDING HEATING (ROUGH) STORAGE TANK WIT"FORM �/x �% V SEWER OR SEPTIC TANK WIRING iZ /U /�! Gv DUCT WORK ROCK STORAGE FOUND. REINF. GAS (ROUGH) METER LOOP HEATING (FINAL) OTHER APP.IEQUIP. REINF. STEEL GAS (FINAL) E OLE�D �6 GROUT WATER HEATER SERVICE FINAL INSP. BOND BEAM WATER SYSTEM 17 1 GRADING CU. yd. $ plus x$ _$ LUMBER GR. de Vtqkt- INSP. E' MING ?i A1146 r FINAL INSP. rr' OFING S /�^ n /,-v / REMARKS: ENTILATION FIRE ZONE ROOFING FIREPLACE SPARK ARRESTOR GAR. FIREWALL MESH 42 ULATIONISOUND / FINISH GRADING FINAL INSPECTION CERT. OCC. FENCE FINAL INSFEL; I UN'S WUNA I UNtJIINI IIALS GARDEN WALL FINAL D & G ELECTRIC 9870 Gilman Street Banning, CA 92220 Phone 845-4966 State License No. 338808 Septmeber 29, 1986 Tucker Sattley Construction Co. 74-050 San Marino Circle Palm'Desert, California 92260 Subject:.Electrical Load.Calculation re: Proposed residence Location:Calle Quinto La.Quinta, CA. 1,500sq. ft. @ 3watts per Sq.Ft. 4.5kva 2 20amp appliance circuit::@-1,500watts each 3.Okva Laundry circuit 1.5kva Range 12.Okva Hot.water Heater 4.5:kva. Dishwasher 1.4kva Dryer 5.Okva Space Heat 11.5kv.a Total 43.3kva.. First 10kva @ 100% 10.00kva Remainder @ 40% (33.4kva x .4) 13.36kva 23:36kva= 23,360va T 230v= 101.5amps Total :2B.36kva Use 125amp Service Air conditioner (of 5.Okva @125%) is smaller than Space Heat therefore not included. REMARKS: I Signature DENSITY READING LOCATIOW, MINE! ONE t ,^ yM, mom REMARKS: I Signature •.: ..t.�.i?'• ... ..... � .:.i.. "�..u��t��.i�.�Y-�.vu.:i.•w.ra..Y.:v. u .......... ....� .. .. .....•. -PROJECT DATA SUMMARY 7J C,C M 4. S owner project -A\ . system typ L.. pLs documentation author I T - . Community 9Cevblopf,ien i•bldg. Dept. fJ C4o. CONDITIONALLY TE FOR Z ONSTRUCTION DATE date SITE INFORMATION Heating Degree Day (from Appendix C) .......................................................... HDD Outside Design Temperature (from Appendix C or Appendix G) ...................... Tow PROPOSED BUILDING ENVELOPE INFORMATION Gross Floor Area if Low -Rise (from Calculations) ............................................ Af Gross Wall Area if High -Rise (from Calculations) ............................................ Aw Designed Glazing Area (from Calculations)....................................................... Ag Basic Glazing Area (16%of Line 3 if low-rise or 40%of Line 4 if high-rise)........ Abg FM 1 I Z' 3 Z OF- day 2 ( of 3 ' y�S ft2 4 ft2 5 ) }t2 6 Z ft2 Descriptlon of Assembly I X13 Glazing "'� Ugl 7 Btu/ (hr •ft2 .OF) U92 8 Btu/ (hr•ft2•°F) Ug3 9 Btu/ (hr •ft2 .O.F) _. Wall ST �� '1 \ /�t.l.. Uwl 10 Btu/ (hr •ft2 .OF) U,,;r2 11 Btu/ (hr •ft2 .OF) Uw3. 12 Btu/ (hr •ft2 .OF) T1LF' \ L W��1� Uw4 Ucl 13 _ 14 �� Btu/ (hr•ft2 .OF) Btu/ (hr •ft2 •°F) Ceiling/Roof i-:;� Uc2 15 Btu/ (hr •ft2 •°F) Floor. Ufl 16 Btu/ (hr .ft2 .OF) ' Uf2 17 Btu/ (hr •ft2 .OF) PROPOSED SPACE HEATING SYSTEM (Chapter 7•) Gas Furnace -Z QC) Building Design Hourly Heat Loss (from Form 2) ..................................... qh 1 18— Btu/hr Maximum Allowed Bonnet Capacity, t-r.x Line 18 :.............................................. 19 Btu/hr Proposed Furnace Make Model Description Rated Bonnet Capacity Electric Resistance. Alone Electric Resistance Life Cycle Cost (from Form'5).................................... sLCCe 20 $ Lowest Life Cycle Cost of the Other Systems (from Form 5) ................... sLCCIowest21 $ Non-Depletable Energy w/Electric Resistance Back -Up Percentage of Annual Heat Loss Met by Non-bepletable Energy Source (from Calculations) ........... 22 % Heat Pump with Electric Resistance Supplementary Heat s .................................................................... (from Calculations) :.......... 23 ' PROPOSED WATER HEATING SYSTEM INFORMATION (Chapter 8) Electric Resistance Alone i Electric Resistance Life Cycle Cost (from Form 6) .........:....................... wLCCe 24 $ Lowest ' Life. Cycle Cost of the Other Systems (from Form 6) ................... wLCCbwest 25 $ 1 PROPOSED SWIMMING POOL HEATING SYSTEM INFORMATION (Chapter 9) Solar Life Cycle Cost (from Form 7) Natural Gas Life Cycle Cost (from Form 71 ...................................................... i pLCCng 27 $ HOURLY AND ANNUAL. BUILDING HEAT .LOSS RATE Check One: Proposed Oesign Standard Design . TY+ S � A 4� � � . S 1 h1(�L�. �� N 1L `( ��-L'.S 1�7 fs•J owner orolect protect locatt n system type ts documentation author date Form 2R Enforcement Agency Use Only nut aing Permit number CneCkea by ate SITE INFORMATION (� bL> Heating Degree Day (from Appendix) . . . .. . . . . .. . . . . .. HOC)oF.•day Outside Design Temperature (from Appendix) .. .. .. .. . ..... Tow oF Outside January Mean Temperature (from Appendix) . . . . .. . . . . .. . . TJan of PROPOSED, BUILDING ENVELOPE INFORMATION , 2 Gross Floor Area (from plans)..... ......... ..... Af ft Gross Wall Area. (from plans) .. .............. .... .... .. . Aw, S h2 Designed Glazing Ar"'(from plans) ........ .... .... .... ... A' ft2 Basic Glazing Area (16% of Af if low-rise or 40% of A. if high-rise) ... . • .Abd Z3 Q ft2 HOURLY HEAT LOSS . e DESIGN TEMPERATURE DIFFERENCE For All Assemblies Other Than The Three Below ...TfF — of ilTh .1 of Tow from above For Insulated Floor Over.Vented Unheated Space ........... Line 1 -2 'LThi 2� of For Uninsulated Floor Over Vented Unheated Space........ Line 2 - SOF - f,Thu 3 °F For Slab -on Ground Floors ...' ......... 70aF — dF ' � ilThs 4 1 o f Tian from above ' CONDUCTIVE HEAT LOSS Average U of Assembly, Area, ft2 or or FZ from GT " hourly most Oescriotfon.of"Assembly Len th ft Graph 4-1 from above 1 �� 1 • 13 Qloss. Q s �Sfl etu/hr_ Glazing , X x. v X ZZ G?"� Wal) X X x Csiling/Root 1 ..) O !� _ . X O Z % X _ ► X X Floor O Z� X �� X a 0 3 Other , lam/ (76- X $TU U 131 volume Subtotal 5to/hr um o the above Q I LAg5 &6.0 g 1 S` 'F INFILTRATION .... ft2 x ft x•C)1 X. Af from above Weignted from Th .from 6 Average Table 3-7 Lina 1`7 Calling Heignt Z(.�p t5o, `to/hr Subtotal ' 7 I ne • lineb C)' DUCT HEAT LOSS (Enter 0 if there are no ducts) ....... . OAS x Line 7 B Z. � RD TOTAL HOURLY HEAT LOSS, Q Lline 9 to/hr 7 line ANNUAL HEAT LOSS, OL Z Z / Z of -day/yr X ?� Q� Btu/hr X I P lx 24 hr/day } F. 10 Zz� 1 Btu/ya HOD' Hourly Heat Lou C from Th from !•r.n^:.tee hnm t.n• 9 T301e 1.8 Line 1 - u Q a y �" �� 3 •Gds ,'� S U3 lLO �•g 3 - S R List of Construction Components 2. 3. 4. 5. 6. 7. ' .8. Inside Surface Air Film cooling heating Sketch of Construction Assembly Outside —7 � S t 7 WEIGHT: Ib/ft2. Surface Air Film . ` cooling heating Check one: Total Resistance Rt ,� CQ '20 H %s Wall cooling. heating Roof U -Value Wa4 Floor .. cooling heating List of Construction Components R .0s 2. t5O S.0 \-A % L49 4. 7ZY 5. 6. 7. Alft 8. Inside Surface Air F Z, cooling heating Sketch of Construction Assembly WEIGHT: lb/ft2 Outside Surface Air Film cooling heating Check one: Total Resistance R, Wall cooling heating Roof U -Value t+,t) Floor cooling heating ip� �.. .-.5•t'e^:.:�: x...,, ,,.. t , , ,. . . .. ., � rr�..' lay✓. _ .. _ _ � _ :. .. .. .::... . l�::au�a�rr�r�r Ir..�...�..��r.r.r+.eassee• �.`�l' ��_. ..e.�•"'r�mms�"sa:>±�3rai�� BUILDING DESIGN AND EQUIPMENT SUMMARY Fdr page T of 2 Project title climate Lone. project. acoress plan eneck/permit number project owner cneckedby n(jocuurn,intatlon autn\or date date ► �` z��"� C5" Enforcement Agency Use Only comouance metnod (prescridtive or performance, dascribe) BUILDING ENVELDFE DESIGN Description of Item Dimension- R Point Tl �� R Type 2 � Tota Floor Area ftZ ~ y A o 1 v -%.)\ i� � Fz 1 ft Type 4 1. Floor.• Slab Perimeter; Type 1 _ -A Type 2 Fz ' -R-isad, Type t 2-C� T O A l i C p1! ;s ft ' Type 2 GA 2 1 1 12 e. t:. `A q ftZ c 2 Ceiling: Type"! ft L Type 2 �A:TNa z �_ 3. Wall:T YPe i 4k Glazing: ' Type 2 West, Type 1 S► ri'yl.� PA -.1.9% �5. — ftZ ftZ % ft, . Type 2( North, Type 1 1 Gus ? �. `��% 1�0 ft= ' . ` p C� Type 2 East, Type. 1 1 (A A _% % ftZ 1.4 Type 2 ft South, Type y; ftZ Type 2 Skylight, Type 1 _SC ft= N Type 2 _ _SC ftZ Sc S. Shading, Coefficient: West I1 _►, ►.lv I., Sc North , oI X07 S 6 Sc -� East Southy,-� Sc --- 1 6. Horizontal. South Overhang ft 7. Movable Insulation ft 8. Infiltration Control 9. Thermal Mass:. Type 1 R Tl �� R Type 2 � a Type 3 f�tL ftZ IL• � ? aJ Type 4 _jt 1iG rK Type 5 �e —HG _MG ft c . Point Total This Page �A:TNa z �_ Z�U� 1/83 — 420 — CEC '01. ii I-1 1'x•'1 SUMMARY .. Form 2 page 2 of 2 �7� iti11 L`;S1i71�� I (ect titleclimate zone oroject address HEATING, VENTILATING, AIR CON D1T10NIN'G SYSTEM Points 10. Heating (fill in information on proposed system) Central Gas Furnace % brand, and model number SE Btu/hr rteattng capacity Heat.Pump brand and model number ACOP S �OJo Btu/hr meeting capacity at 47 F• Active Solar type (liquid or air) . collector brand and model number solar fraction fta Collector area - co5a=or orientation collector -tilt rated rated slope y • Intercept ' Other describe 11. Coo6g (fill in information on proposed system) Electric Air Conditioner. brandand mooet number seasonal -EER Btu/hr cooling capacity at 959 F Electric. Heat Pump�� S es=fz Btti/hr cooling capacity at 95 F Other describe 12. Mechanical Ventilation describe DOMESTIC WATER SYSTEM 13. Heating (fill in information on proposedsystem) C. Gas Only - Gallons brand and modet number tank size. - Heat Pump w/Electric Backup - brand and model number tank size. Active Solar collector brand and model number ated rated slooe solar fraction y • intercept fts backup neater type, brand and model number collector area collector orientation �. Other describe Point. Total -from Page 1 Total Point Score + 3 1/03 •420 • CEC +. AIA CONAIiIUNING ''- =-- - Goettl Self=-,'Cofitained Heat �umps Series GBHP 18,000 — 60,500 BTUH ❑ The most efficient method of cooling and heating with electricity ❑ Energy savings due to high SEER ratings ❑ Provides high BTUH ratings in both heating and cooling ❑ Can be installed on the roof or on a concrete slab on the ground C A 4.1 1f Trey At5'. 6 C�� i id d ull2 apa � .. -c r; SP .Qq i'l 10 i630.r.- N pq CFM)` ndard---"L-- • ; ?L em aPM0ok O' X -E�Eb �n 6.06 Z� 6 W r t -o- -;- .. 27 6 S'P!: 23,400 8DO.:=-I-3 :6& 0 715 35 '5 -"- 96q,.4 2;420 2,8 860 WIN.- AV, m WO w-Im- 7-m A Qy.'� Z4 .49 U ii p. MECHANICAL :DATA ---,UI,,• ZM-�21� N�Q 3M 04 :.Riingerznt h#ge' -fhh d*,o-,. , • 58n XMN CFM)` '5 s 2.jk�gfi :6. ��:60 W�6 3� q • ; ?L em aPM0ok O' X Tx,� kfi,K ��M W 22JI-4."I. 11% F aom5w I - 0 715 35 '5 -7, ,., �- WIN.- AV, m WO w-Im- 7-m . V -S, BI`adeDialn Ing' s'•MINNE-1 60 %Mft� MW,20WWC2ng ZM20A gotWW 1 0 V '6� '7 liir� ft N NO OutdoorMotor�M. P IN 6� 64 2801 W� MWWcm IWOW M4 81t 8:60 w 00 A U I• ReR }z :2 X IRM, 1� N kol., -A WZ N' jWheel ZtPVIMROIMM 16, MI N rQfTi ZN�- -6'6 2r * M A W;x'718 R- �w M #dllr:i'T-"5�1 '01M .1VON , - MNINM- A"/5- RUIAR." ft. M12i I Im M., ttsmir -.16 -i ELECTRICALDATAAT,230V •,.tBased'on UL operating conditions. AW" A LockedR M #-,p mww'w, IMS -11 'Ur MINI �Fmg -A g 65n Y" W 6V, r ss - e CFM)` A S F NUMM.IWI A* 630 M*. Tx,� kfi,K ��M W 22JI-4."I. 11% '866� '995.*j I - 0 715 35 '5 -7, ,., �- Mpg, 3!4 NVO 4-- Wle FUIIT`6adM--% pi,;O OutdoorMotor�M. jb5*;!"':` 3 00.`t-?,,- '2j066?--!;!`--'�� - 4 6� 64 2801 A U I• ReR }z :2 X , ' -A WZ N' #dllr:i'T-"5�1 'T,00,0 .1.8.R.. T.6"", —15 `27.2 T -.16 Max e-z ze.-,,, ............. -------------6NO -� M, 4, F -WO Y --p 25 5 .2 28nk`r31., �20& :2228 •,.tBased'on UL operating conditions. AW" A Atr Ar t, :M utpu! u Output Outputs CFM)` 7` 920 c'�I.050 -Li A* 630 765 , 890 1,025. `r--.: '�506 '866� '995.*j 1,260.,f 1'.,535-;-- 0 715 35 '5 -7, ,., �- Z-' 8 950'�,`% 685 X, O1 4� 2' 3b jb5*;!"':` 3 00.`t-?,,- '2j066?--!;!`--'�� - 4 6� 64 2801 Specilications subjeci to change adthoul notice.- F tykkety Page 4 -r -7 - LINE VOLTAGE ENTRANCE-7- 44 28 CONDENSATE -DRAIN - 3/," NPT. 20 "P" TRAP REQUIRED 6 1 Yz 4 1 All dimensions in inches t GSHP241C 431/4 32% 24 21 141/, LINE VOLTAGE ENTRANCE-7- GBHP 181C 431/4 28 24 20 141/, 6 1 Yz 4 1 21/, t GSHP241C 431/4 32% 24 21 141/, 6 1 1 5% 1 23/4 301 C GBHP 301 431/,, 32% 24 21 141/2 6 1 1 GBHP 181C 431/4 28 24 20 141/, 6 1 1 4 1 21/, t GSHP241C 431/4 32% 24 21 141/, 6 1 1 5% 1 21/, 301 C GBHP 301 431/,, 32% 24 21 141/2 6 1 1 5% 1 21/2 G BH P 361 C 491/, 333/4 30 21 201/2 6 1 1 1 6% 11/2 21/2 GBHP 421 C 491/, 333/4 30 21 201/, 6 6% 11/2 21/, GBHP 481C- 573/4 44% 301/,, 21 191/2 7 1 1 113/, 13/, 23/, GBHP 601 C 573/, 44% 341/, 34 231/, 7 1 1 53/16 1 �'/4 Outdoor Air (°F) Cooling Capacity (BTUH) Air Flow (CFM) SMR - Input Power • (watts) Compressor Discharge Current Pressure (Amps) (Psig) Suction Pressure (Prig) 95 105 33.300 30.000 1270 .89 3.350 14.2 277 78.5 .91 3.600 15.4 312 82.0 2152 28.600 .92 3.750 16.1 330 84.0 t t 27.000 .94 3.880 162 347 86.0 2.640 117 206 530 45 33.500 2.550 113 199 (indoor air at 80 db/67 wb) P95 34.600 31500 1270 76 3.390 14.7 283 823 .78 3.50 "15.9 318 870 30200 79 3800 165 335 890. 28.600 .80 3.930 1 17.1 1 350 . 91,0 Outdoor Air IF1 Healmg Catlarny IBTUHI Air Flow (CM MODEL;GBHP 421Cri�s .(Indoor air at 80 db/ Compressor Compressor Discharge Current Pressure (Amps) (Psig) Input Discharge Power Current Pressure (Watts) (Amps) (Psig) Suction Pressure (Psig) 65 40 000 ' 1.270 2.940 13 0 ' rt. 636 60 385M 2.830 125 216 600 55 - 36.800 2 740 121 211 570 50 35200 2.640 117 206 530 45 33.500 2.550 113 199 '50 0 40 30.700 Outdoor Air IF1 Healmg Catlarny IBTUHI Air Flow (CM SHR Compressor Compressor Discharge Current Pressure (Amps) (Psig) Input Discharge Power Current Pressure (Watts) (Amps) (Psig) Suction Pressure (Psig) 65 40 000 ' 1.270 2.940 13 0 224 636 60 385M 2.830 125 216 600 55 - 36.800 2 740 121 211 570 50 35200 2.640 117 206 530 45 33.500 2.550 113 199 '50 0 40 30.700 2 460 108 194 46.0 35 282M 2.360 104 187 42.7 30 25.600 2.260 t 0 0 . 180 90- 390-_ 25- 25+ 23.3M 2.170 96 175 350 20 20.700 2.070 9! 168 32 0 t 7 18 500 2.020 87 162 294 Outdoor An (°FI ' Cooling capacity IBTUMI Air Flow (CFMI SHR Input Power (Watts Compressor Discharge Current Pressure (Amps) (Psig) .. Suction Pressure IPsig) .95 37.800 1450 89 3.540 260 77 0 105 35,700 91 3.820 288 81534.600 533 q16,6 91 4.010 302 840 33.600 92 4.100 316 866,- 60(Indoor 525 40 34AM (Indoor air at 80 db/67 wb) 95 105... (indoorair at 80 db/67 wb) 95 39.000 1 450 _ 76 3.600 Isit; 273 -80.5 105 36.500 78 3.880 169 302 85.2 110 35.500 78 4.050 176 315 875 115 3x.200 80 4 tap 183 328 898 aMODEL'GBHP 48.1C (Indoor'air at 80 db/64 sub) 1 Outdoor Cooling Air Capacity (IF) (BTUH+ Air Flow ICFMI ' SHR Input Power (Watts) Compressor Discharge Current Pressure (Amps) (Psig) Suction Pressure (Psig) 95 105 44 000 •• 39 000 1550 911 4.380 194 267 790 93 4.760 209 297 - 81 8 . !;1;0 � - 36.8M 94 4.930 216 312 533 t .. 34 500 95 5.060 224 327 -84 7 45 3733 �.. 525 40 34AM (Indoor air at 80 db/67 wb) 95 105... 46500 .2.000 1 SW 76 4,540 199- 273 83 0 78 x.860 215 304 85.5 110 39.800 79 5.060 222 317 567 115 ' • 9?.500 80 5220 230 333 878 . + 1 MODEL-GBHP 601C .- (Indoor air at 80 db /64wb) ?t (Iridoor air at 70° F1'. Outdoor Au (IFI 65 Hea" • Capawy (BTtM) 43.700 Air Flow (CFM) Input Power (Watts) Compressor Compressor Discharge Suction Pressure Pressure !Psig) IPsig) liiput Discharge Power Current Pressure (Watts) (Amps) !Psig) 3.130 137 226 Suction Pressure fpsig) 62.5 60 4220(1 1.450 - 3.070 133 221 60 0' 55 40.800 3.030 131 217 57 4 50 39.100 2.970 127 212 550 45 3733 '2.900 124 206 525 40 34AM 2.750 121 196 473 35 315M 2.630 118 188 42 6 30 28.400 2550 1 t 4 179 38 5 25 25.800 2500 110 172 34 5 20 23.000 2 450 10 5 168 3t 0 17 21.000 - 2.400 102 t6t 280 (Indoor air at 700 F) Outdoor Air (FI Healig Capacity (BTUHI Air Flow (CFMI Input Power (Watts) Current (Amos) Compressor Discharge Suction Pressure Pressure !Psig) IPsig) 65 :-,60 60 55.000 52500 1540 4.040 18 7 237 65.0 3.960 18.5 230 . 620 •'-55 495M 3.880 182 223 594 ' _50 47.000 3.800 178 217 565 "•45 44.000 3710.. 174 212 535 . 40 39 SOD 3 440 167 203 48.2 . • 35 35500 3450 163 193 435 ' 30 32380 3320 157 183 384 25 2950D 3200 150 175 337 20L 26300 1 .050 14 5 165 288 • • ' 17 1 24 OM 2.950 1 140 160 24 5 OutdooT.�Coohng Airacity (°F)UH) Flow AirV.87 (CFM)(Watts) Air Flow (CFM) Input Power compressor Discharge Current Pressure '(Amps) fps -91 Suction Pressure (Psig) 95 592M 2-170 4420 5270 23.0 262 823105 60 633M 54.800 625 55 60..700 5.68D 248 295 87.0 110 52600 2170 4,000 175 192 5.890 25.6 132 88.7 115 50300 92 6.100. 265 330 91,0 466 30 42500 3.600 161. 173 42 2 (Indoor air at 80 db /67 wb) 95 105' 60•`•+00 56.400 2170 .77 5310 232 26D 85.0 -79 5.730 25.0 ' 297 88.1 110 54-100 80 593D '25B 315 90.0 _ 115 515.. dig cm M. 333 97.7 Outdoor Art IF{'1 Healing Capac4l (BTUH: Air Flow (CFM) input Power IWatCSI Curren; (Amps) Compressor Discnarge Sucion Pressure . Pressure IPshg) (F-wo 65 662W 2-170 4420 192 1 210 '6150 60 633M 43M 18.7 205 625 55 60..700 4230 183 201 60 0 50 57.8110 4.13D 179 197 575 45 54 900 4,000 175 192 545 40 SO -SW 3 x50 171 186 504 35 46508 3.700 167 t8() 466 30 42500 3.600 161. 173 42 2 25 38B00 3 520 15 6 168 38 6 20 :5208 3 430 75 0 tt,Z 34 5 17 32500 3370 746 157 320 M 1-.3 :�L } �-'y'r4 �1. ° -try >e'`:a,'i�-:+.�•.. i.>"� ,.-�•�: s., _ r ' m ----------' 4. stan- transL LL Facing East F west HEAT GAIN ON UNSH min T., HEAT -GAIN WITH'SUN C. HEAT BLOCKED al:ited' *Silver Gra'y"Col'o''r '('Test results avai I a eon other co ANDARD LENGTHS -AND _1A TO FIND.�SUNSCRE IL -the' Yq oyv Je.liook in, If, S -ages under creens- gime 052 s 7.7 uest we Will furnis'l dealers rn?lv`ourarea TM WATER HEATER (INTEGRAL TANK MODEL) General Description The E -Tech Water Heater is a non -reversing (heating only) air -to -water heat pump (WH HP). It is used instead of a regular water heater in order to save energy.- It operates on the heat pump principle-, i.e., a compressor operating in a non- reversing refrigeration circuit extracting fteac.from the air and expelling it through the condenser to the water. The unit is designed for new construction.'; -replacement. or wherever a suitable electric or gas water heaier�as not currently in place. The heat pump is shipped attached, plumbed and wired to an 82 -gallon electric water heater tank. The heat pump section contains a compressor, air -to - refrigerant evaporator coil, air fan, water circulating pump. refrigerant -to -water condenser coil, expansion device. and controls. Air is forced over the evaporator coil by the fan. while water is circulated from the bottom of the hot water storage tank through the condenser coil, and returned to the tank by the circulating pump. E -Tech Water Heaters have been thoroughly tested by utili- ties, government agencies and independent laboratories. All ratings and specifications are in accordance with standards proposed by the Air Conditioning and Refrigeration Institute or the Gas Appliance Manufacturers Association. Installation and Operation The Model R 102 Water Heater'is designed to be installed as easilv as a standard electric water heater: hot and cold lines are soldered to the stubs on the heat pump and a 25 amp. 230 volt power supply is connected. The only additional steps required are purging air from the heat pump water lines and running a condensate line to a suitable drain. The heat pump must be protected against freezing and temperatures greater than 95°-115° F.* This will normally exclude attic installations. The W H H P may be installed in unconditioned, freeze -protected space or in conditioned space. The space cooling effect of the W H H P may have some impact on the heating and cooling requirements of the condi- tioned space. The minimum sire closed space for installation is 750 cubic feet: less space is required if air flow is permitted. such as with louvered doors. In low temperature situations (from 45*-50*F depending on relative humidity and inlet water temperature) the heat pump will automatically shut oil and the resistance element in the tank will be activated. In addition, there is a three -position switch to select the normal heat pump mode. resistance heating only mode. orsystem off. The R 102 Water Heater is designed such that it the heat pump must be removed for service. the tank and household plumbing may be lett undisturbed. Placing the selector s\\iteh on "resistance heating" insures water heating during the ser- vice period. MODEL R102 Specifications OUTPUT: Rated 12,100 BTU:'hr (3:5 kw)** ENERGY FACTOR: 2.53 (COP) adjusted in accordance with the GAM A standard when heat trap is used on connecting wa-er lines. RECOVERY: 18 gallons per hour at 135° F tank temperature" 25 gallons per hour at 115' F tank temperature" COOLING & DEHUMIDIFICATION: 7900 BTU, hr and 1.6 pints hr** WEIGHT: 320 lbs. TANK CAPACITY: 82 Gallons. WATER TEMPERATURE: Maximum-- 140°F(600C)**. ELECTRICAL SPECIFICATIONS: 230 VAC @ 60 Hz Maximum Amperage: 18 amps with resistance elements @ 230 VAC. 25 amp fuses or circuit breakers required. OPERATING TEMPERATURES: 40°-50° F (7°-10°C) Minimum air inlet depending t -n relative humidity and inlet water temp. *95°-1 15° F (350-46°C) Maximum air inlet depending on outlet water thermostat setting. **GA.MA rating point 75° F• DB 63' F Wil 0: Applied Research Laboratories Listed ec3570 American Drive. Atlanta. Georgia .',0: 41 • (404) 458-6644 OD DD 1` !v x N CJ . fA -_ L 7-j' to 0 L 3 s- 1