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10520 (SFD)ut P.O. BOX 1504 No. 10520 Building78-105 5��200 ob,,� on LA QUINTACQAL FORNIA 92253 Address Wil's:3.Ei;<Li DCS -an Malling Address 121V W4 252nd St City IZIP Tel. Harbor Cilbky 90 710 1310/534-3313 . Contractor owner /Bui Iden Address City IZIpI Tel.: v BUILDING: TYPE CONST. OCC, GRP., A.P. Number 773-045-010 Legal Description hof.: 10 Block 17-4 Project Description SF1� ally I. . Lic. # Sq, Ft. Size 1.581 Deslgnertl - Address Tel. CityZip State Llc. # LICENSED CONTRACTOR'S DECLARATION `I herebyY affirm that I am licensed under provislons:o} Chapter 0 (oommenoing with section 7000) of Dlvlelon 3 of the Business and P[ofeselons' Coda, and my Ilcense le In full force and effect, SIGNATURF OWNER*BUILDER DECLARATION ' I hereby affirm that I'am-exempt from the Contractor's License Law for the following reason: (Sao. 7031.5,Buslnoss and .Professions .Code: Any city or county which requires a permit to construct, after, Improve,, demolish, or ropelr,any structure, prior to its Issuance -also requires the applicant for, such permit. to file a signed statement that he Is licensed puisuant to the pr tone of the Contractor's License Law, Chapter 0 (commencing with Section 7000) of Division 9 0l the Suslneas and Profeaslons Coda, of. tha6 he to exempt therefrom, and the basis ' :for • the allogod exemption. Any . violation of Soctlon 7031,6 byy 'any aapppplicant for a perms ' . ' subjects the applicant to a civil penalty of not mora than live hundred d011gre.(5000). (0 1 as owner of the property, or my.employess with wages as their solo compensation, will do No work and the structure Is not In ended or.offored for sale, '(Seo, 7044, Sulanoss and Prolesslons bode: The Contractor's License Law does not apply -to 'an owner of property, who builds or improvos thereon. and who does such work himself or throwaah his own omployoes, provided that' such ImprovamoWe aro .not Intended or offered -for sale. ll, however, the building or Improvement is sold wfthln one year of completion, -the, owner•bulldor will have the burden of proving that he dM not build or Improve for the purpose of ealo.) ®111 as owner of the property, am exclusively contracting with licensed aontractore;to con- etr0ot the project. (Sao. 7044, Business and Professions Code., no Contractor's lloonso Low does not apply to an owner of proporty ;who builds or Improves thereon, and who contracts for such projects with a contractor(g) licensed pursuant to-tho,Contractor's License Law.) ® I am exempt under Sea, S. & P.C, for this.reason t' Owner f WORKERS' COMPENSATION DECLARATION I hereby affirm that'1 have a certificate of consent to self•Ineure or a certificate of Worker's Compensation Insurance, or a'certified copy thereof. (Soo. 3806, Labor Coda.) Polley No,®Company ity. ® Copy Is filed with the c®.Certified copy Is hereby furnished, CERTIFICATE OF EXEMPTION FROM WORKERS' COMPENSATION INSURANCE' (This section need not be completed It the permit la for one hundred dollars ($100) valuation ' or lose.) 1 certify that In the performance of the work for which this permit Is Issued, I shall not - employ anypparson In any mannor so as to become subject to the Workers' Compensation Laws of Celliornle. Date Owner NOTICE TO APPLICANT: If, after making this Certificate of Exemption you should become " subject 10 fha" Workers' COmpensatlon provisions of the Labor Code, you must forthwith comply with such provisions or this permit shall be deemod revoked. CONSTRUCTION LENDING AGENCY I hereby affirm that there Is a construction lending work for which this permit Is Issued, (Soo. 3087, Civil Code,? .. Lender's Name Lender's Address This Is a building permit when proportyfilled out, signed and validated, and Is subject to expiration It work thereunder Is suspended for 160 days, I certlf.that I have read this application and state that the above Information Is correct. I agree tyo comply with all ally •end 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, Slgnature of applicant Datoi Melling Address City, state, ZIP 9 No. Ow. Units New ❑ Add ❑ ' Alter ❑ Repair ❑ 'Demolition ❑ }Permit cions- not. include: block wails Pool Estimate0 valuation 111, 074.30 PERMITt AMOUNT Plan'Chk. Dep\.: - 250.00'.'. Plan Chk.,Bal. 321'. 97 Const. 6181.50 Mach. 49.00 Electrical 139, 74 Plumbing 1150.00 S.M.I. 1.20 Grading � 00 MOO Driveway Enc, 20.00 Infrastructure .. 2393.72 Pitrts inPublic 27.68 V 'A 7 7 0 I TOTAL 4064.81 3814.81 _REMARKS_ L ' _; ii • AU 4/4 3i?4Z ZONE: BY; Minimum Setback Distances: Front.Setback from Center Line Rear Setback from Rear Prop. Llne Side Street Setback from Center Llne Side Setback from Property Line FINAL DATE INSPECTOR Issued by: Date ` Permlt Validated by: Validation: CONSTRUCTION ESTIMATE NO. ELECTRICAL FEES NO. PLUMBING FEES IST FL. SO. FT. ® $ UNITS ROUGH PLUMB. BONDING 2ND FL. SO. FT. STORAGE TANK YARD SPKLR SYSTEM FOR. SO. FT. ® MOBILEHOME SVC. BAR SINK GAR. SO. FT. ® POWER OUTLET ROOF DRAINS CAR P. SO. FT. REINF. STEEL DRAINAGE PIPING WALL SO. FT. DRINKING FOUNTAIN. SO FT ® FINAL INSP. URINAL ESTIMATED CONSTRUCTION VALUATION $ WATER SYSTEM WATER PIPING NOTE: Not to be used as property tax valuation LUMBER GR. FLOOR DRAIN MECHANICAL FEES INSP. 2 /5 WATER SOFTENER VENT SYSTEM FAN EVAP.COOL HOOD SIGN WASHER(AUTO)(DISH) APPLIANCE DRYER VENTILATION GARBAGE DISPOSAL FURNACE UNIT WALL FLOOR SUSPENDED 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+/a c SEWAGE DISPOSAL INSULATION/SOUND SO.FT.GAR ® 3/ec HOUSE SEWER FINISH GRADING 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 19 GROUND PLUMBING UNDERGROUND A.C. UNIT COLL. AREA SLAB GRADE ROUGH PLUMB. BONDING HEATING (ROUGH) STORAGE TANK FORMS SEWER lae ROUGH WIRING. DUCT WORK ROCK STORAGE FOUND. REINF. GAS (ROUGH) 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. &Ib340 ! FRAMING /fff/ INSP. 2 /5 ROOFING /• pl C v a t uFINAL wvv �� 3/2-7/1'.2, L� b`f'f t) q/ `/ We _5114 h4r;e (� f �/"/9 d�_ 0 rq��fi'J.�Jt5 "ZN1 -2 4/ rnM c .J 0 REMARKS: VENTILATION FIRE ZONE ROOFING FIREPLACE SPARK ARRESTOR GAR. FIREWALL QI{6` NG MESH INSULATION/SOUND FINISH GRADING FINAL INSPECTION:jjG�`S CERT. OCC. FENCE FINAL INSPECTOR'S SIGNATURESIINITIALS GARDEN WALL FINAL DESERT SANDS;UNIFIED SCHOOL DISTRICT 82-879 Highway=111 NOTICE: Indio; SCA 92201 Document Cannot Be Duplicated (619) 347-8631. Date 2/4/92 1 Type` of Permit JLa Quinta No. 111161 Permit # 110520 Log # Owner Name. William Doran No. 53-200 street Obregori1 City La Quinta =zip 92253 study'Area 111 APN # 773-045-010 Tract # lot # °1Q ._ Square Footage 1881 Type of Development •Single Family ResldenCe , No. of units Comments At the present time, the Desert Sands Unified School -District does not collect fees on garages/carports, covered patios/walkways,. residential: additions under 500 square feet, detached accessory structures or replacement �mobilehomes. `It has been determined the above-named owner is exempt from paying. school fees at this time due to the following reason: EXEMPTION NOT APPLICABLE This certifies that school facility fees;imposed puYsuant.to,, Government Code 53080 in the amount of 1.58 11881 or$., -2,971:98 have been;paid to D.S.U.S.D. for the property listed above and that;build .permits and/or.Certificates, of Occupancy for this square footage in this proposed project;may <now be issued. Fees Paid By William E. Doran Telephone :3Q 534-3313. Name on the check- By heck gy James E. Lively Assistant Superintendent, Business Services - Fee collected /esem ted by Katbjeen Emmerliri Payment Rec&iVed.:,, Signature Check No. 439 Collector: Attach a copy o unty or city plan checkapplication form to district copy for all waivers. Embossed Original- Building DeptJApplicant Copy - Applicent/Receigt Copy - Accounting `EjECORDING REQUESTED, BY. 4A)MMONY EALTH ;)„AND A dTLE 0 AND WHEN RECORDED MAIL TO NAME � ..-. M� William and Verna Doran, i ADDRESS 524 Via Almay , CITY a Palos Verdes Estates, CA. STATE L 90274 MAIL TAX GTAT[M[NTS TO F NAME ADDRESS SAME AS ABOVE CITY & STATE L P, a 7 o2oc rn d� C" �� w Ca O 1 r�' Vx �. /W O. U X O. p M U 0.0 NLL 0 sy C.7 >' W o2oc rn d� C" �� w Ca 'r = V�p 1 r�' �() LL ' �.My COmrtisslon E>tplrea LJ �> 0 1 SPACE ABOVE THIS LINE FOR RECORDER'S USE ) 23 10 Documentary transfer tax .$............' .............................. Computed on full value of property conveyed. or �• '[ Computed on full value less liens K encumhrances remaining. thereon at time of sale. ..................................................................................;......... Signature of declarant Ur agent determining tax a• Firm name ❑ Unincorporated area City of... �-✓../...... .............. Grant Deed This form furnished by Orange Coast Title"Company. FOR A VALUABLE CONSIDERATION, receipt of which is hereby acknowledged, PARCEL NO. PAUL J. ZAHNER, JR. and SIGRID K. ZAHNER, husband and wife hereby. GRANT(S) to WILLIAM E. DORAN and VERNA H. DORAN, Trustees, of the Doran Family Trust dated September 10, 1981 the following described real property in the City of La ..Quinta county of Riverside' , state of California: Lot 10 in Block 174 of Unit No. 18, Santa Ca.rmelita at Vale La Quin;:a, as shown by Map on file in Book 19, pages 30 and 31 of Maps, Records of Riverside County, California. August 14, 1991 Dat STATE OF CALIFORNIA LC - /1 n!(s-L-�- SS. COUNTY OF � /�- -- I _before me, the under- signed, ndersigned, a Notary Public in and for. said ;County and State, personally appeared_ � � (' �� !.!):�... -- Y J known to me to be the person ---.whose name /' S subscribed to the within mstent and acknewedged that executed the same. Signature of Notary Name (Typed.or Printed), of Notary Title Order No. PAU ZAHNE , JR. SIG I ZAHNER ` FORr'1. NOTARJ' SEAL OR STAMP Escrow No. MAIL TAX STATEMENTS AS DIRECTED ABOVE ,p OFFICIAL SEAL TERES,o, TREADWEfl Notory, wublic-C:oliforn4a 1 r�' '+- LOS ANGELESCOUNty ' �.My COmrtisslon E>tplrea . Fob=ry 12,1994 . Escrow No. MAIL TAX STATEMENTS AS DIRECTED ABOVE 0. ._,opt-,.. :.:.., ...... .. } REPORT OF'FIELD-COMPACTION TESTS �"� ITL Ori TESTED FOR: 0-L, �0 K-�r+ f.TY PROJECT 5' rZ ; - ZOO �. DATE: %_ OUR REPORT NO.: NOTES: DENSITIES SHOWN:' Lbs pe ,0blc foot { jJFILL MATERIAL, °. CjVTESTRESULTS.CUMPLY WI I M bFLU IGAI TUNS WATER CONTENT: Per Cent'oi dry' weight 2:. -.BACKFILL- B: TEST RESULTS DO NOT COMPLY PERCENT COMPACTION. ^6sed'on maximum 3.`BASE COURSE.;: 'WITH SPECIFICATIONS drydensity obtain'edon sample Indicated by 4. ,SUBBASES C. TEST IS AFTER'RECOMPACTION soil ID number S."SOIL*`CEMENT zQ6. OTHER' " :',Respectfully submitted, Professional. Service Industries, Inc. 42-240 Green Way, Suite C • Pal'rn Desert CA"92260'4 Phone 61;9/3415790 • FAX: 619/341-5794 Green y r PSIA-100.2(#1) M01 STURE rp NOTES: DENSITIES SHOWN:' Lbs pe ,0blc foot { jJFILL MATERIAL, °. CjVTESTRESULTS.CUMPLY WI I M bFLU IGAI TUNS WATER CONTENT: Per Cent'oi dry' weight 2:. -.BACKFILL- B: TEST RESULTS DO NOT COMPLY PERCENT COMPACTION. ^6sed'on maximum 3.`BASE COURSE.;: 'WITH SPECIFICATIONS drydensity obtain'edon sample Indicated by 4. ,SUBBASES C. TEST IS AFTER'RECOMPACTION soil ID number S."SOIL*`CEMENT zQ6. OTHER' " :',Respectfully submitted, Professional. Service Industries, Inc. 42-240 Green Way, Suite C • Pal'rn Desert CA"92260'4 Phone 61;9/3415790 • FAX: 619/341-5794 Green y r PSIA-100.2(#1) Professional Service Industries F LI, F(LL -T' • fel s �` _ _ r ! n r r f � - - ... . _ ......�.. .. F • .. .'_._...._. .__ .-. - ...... ..._-.'���, .. ... .. '. .mss-..,.�.. ... ,-_. .... • �._- _._ C Y _ PROJECT NAME PROJECTNO. DATE Doiz.c>1r,, Z063 2-14��jz PSI A-300.7 (2) „ f I C-B'.Q Eva I u.ati. n }Serve ice, Inc. m`°°` A subsidiary. corporation of he nternational Conference of Building Officials �^,. •ryes • to .. t EVALUATI,OR REPORT = r. y.. Report No. 4345 Copyright 9 1989 IC80 Evaluation Service. Inc. - ' September, 1989 Fling Category:DESIGN—Concrete V' CONCRETE CONSTRUCTION FORM nc1, res At.weather-resistive; barrier' installed over the exterior wall surface in PLASTI-PERSONALITIES, INCORPORATED' accordance with Section -1707 (a) of the code is covered with wire lath and 1214 WEST 252'STREET' ezierioi'plaster "'Wire lath is installed with .staples in accordance with HARBOR CITY, CALIFORNIA 90710 . Sectiod''4706 of the code,.ezcept'staples are spaced 3 inches on center, maximum: Pairs^of staples may spaced 6 inches on center, maximum. 1. Subject: Concrete Construction Form. L Extcrior•plaster, must comply,with Section 4708 of the code. See Figure No. 4 for additional details. 1I. Description: A. General: The concrete construction forms are for reinforced concrete walls inone-story.buildings. Each,form consists of two C. Design Concrete walls inust;be designed in accordance with Chapter identical facings attached with wire dividers to form units 48`inches long 26'of the code.witli calculations and plans submitted to the building official for approval: ' } and 16 inches high with various Widths Each facmghas l inch offset edges at the top, bottom and ends to allow interlocking with adjacent forms, ' D."Identificationi Each"concrete construction form bears a label noon g Facings are expanded from Hunisman'Chemical.Corporation, Type.3486A, the-mann"facturer's name -and'. address, evaluation report number, flame - 4486B or4786B polystyrene beads,(NER-384) to a maximum density,"of 2.0 spread rat ing,:°smoke,developed rating and the name of the quality control pcf. The expanded beads have a Class I flame -spread and smoke-- agency{Si iih-Emery Company AA -554). density rating'of less than 450 ' ` . III."Evidence,'Submitted:' Test reports of flame -spread and smoke - Wire dividers are manufactured froin No.x12 gauge galvanized wire. No. 2 Ponderosa pinewood batts have a net thickness.and width of -1/4 and, P/2- developed:ratings quality controi,manual and installation instructions. ctivel and are located inmolded' rooves s aced16 inches on i —.I— .7, g p center. They are attached to the forni.bythe wire -dividers which -are' -run through the batt, bent over and stapled to thc4batt. Concrete construction' . forms are available with different;:wtre_dividers that provide for concrete thicknesses of 4 or 6 inches and facing thicknesses'of 2, 3 or 4: inches. See Table No. I and Figure No. I foradditional details'. Additional.wir`e dividers' ` and wood batts are furnished to'assemble fornis.at corners. Redwood batts are also furnished for the wall base.' `'{' B. Installation: The construction forms are placed on concrete founda- tions with wood batts:aligned.vertically. Redwood batts'are.installed with wire dividers at the wall base as noted'in Figure No: 3. All vertical wood baits must bear firmly on the`redwood•base. SeeTigures Nos. 2.and 3`for, installation at corners and opehings. Vertical and horizontal steel reinforce-' ment is placed in the•wall cavity prior to initial placement of concrete after., laying the *second couise offorms: Concrete is placed to. mid height,of the upper course prior to vibrating or tamping. Successive courses of forms are laid and concrete placed in the same manner. Anchor bolts.as required, are located in the Uncured, concreteat'thetop of the'wall"and 'vertteally as necessary prior to concrete placement. To determine that cohdeke 6s been completely and properly placed, a sharp instrument such as an ice. pick is used to penetrate the foam So the concrete. Probe the form at j2'i'nches on center horizontally to verify complete and solid placement of concrete ,;. Electrical: conduit and outlet'boxes'are'•located.in the wall by`cutting' channels in the foam plastic facing with a sharp, knife,=hot-wirc'cutter-or grinding wheel on an electric drill. The voids must be filled with likister'of paris or equivalent. Plumbing and vent pipes are installed in interiorwalls. The interior wall surface is covered.with 1/grinch-.thick gypsum wallboard , _ placed vertically and.attached to the wood Batts and top, and bottom plates with Type W drywall screws at 7 inches on center having sufficient length to . provide a minimum s/8 -inch wood penetration. Gypsum,wallboard panel edges must bear on wood batts or wood plates. Findings V. Findings:'That the'".Concreie,Construction Form for walls com- plies with.the:1988,Uniform Building Code, subject to the following co_ nditions ' ' • 'r •1.' 'Special inspection"is p ovided in accordance with Section 306 of the,code'.'Wheti approved by the building official, special inspec- tion is not necessary for; installation of single -story maximum 8 - foot -high. walls housing Group R-3 or M-1 Occupancies, pro- vided the following conditions are met: . a.. " Maximum heightof individual concrete pours is 48 inches. b..,,lnstallation is by,'rained installers approved by -the manu- facturer.- c. ' Half the allowable design stresses are used for the design of the`walls. 4 2. The walls are constructedin accordance with this report and the manufacturer's instructions:. 3. ,Installation is limited to:areas subject to a maximum basic wind speed of:86 iniles'per'hour with Exposure C with a maximum height of 40feet. .4:` .Structural :calculations on the wall and attachments must be submitted to the liuilding official for approval. 5 Walls are considcr'ed'combustible construction. 6. 'The building interior is separated. from the foam plastic by the 1/2 -inch -thick gypsum wallhoard 'installed on the interior wall surface ni accordance with Section II B of this report. r This report is subject to re-examination in one year. f Evaluation reports. of ICBO Evaluation Service, Inc.,`are issued solely to provide`information`to Class A members of ICBG, utilizing the code upon which the report is based. Evaluation reports are not to be construed as representing aesthetics or any other attributes not specifically addressed nor as an endorsement or recommendation for use of thesubtect report. This report is based upon independent tests or other technical data submitted by the,aTh.e ICBO:Evaluation Service, Inc., technical staff has reviewed the test results and/or other data, but, does not possess,test facrlities't, make; an independent.verification. There is no warranty by ICBG Evaluation Service, Inc., express or implied;'as to any "Finding" or oiher%matter'in.the%report or as to any, product covered by the report. This disclaimer includes, but is not limited to, merchantability. t• �'v . v. r Page 2 of 5 Report No. 4345 TABLE NO. CONCRETE CONSTRUCTION FORM DIMENSIONS OVERALL FOAM FORM WIDTH (Inches) CONCRETE WALL THICKNESS (Inches) FOAM FORM SIDEWALL THICKNESS (Inches) 8 4 2 10 6 2 10 4 3 12 6 3 12 4 4 14 6 4 I.�° 1.1 1/2 VARIE 5 i1 MIN 2 r1, 2 OR 3 L L7 M�•x• 4� WIRE 6EPARATORSITIE5 TNR.U. W cp HOLES IN 6ATTBN 4 FARM w/ f• VIQRIE5 BEND OVER ON4TTEN AND %`' STA P1 -B INTO _ TN/CKNESS 164 TTwN — 15-WtD VIEW FIGURE NO. 1—CONSTRUCTION FORM Pdge 3 of 5 Report No. 4345 TYP MOLDEOFOAM:> Typ`ge/2�iY/RE H�/T/S�iV1ETAL SEGT/4!VS EA: 5/OE WASHER @ FAC// S/,o # / 2 f•W/RE W/ A + METAL `MASHER GW °° PYG •P/RE'FOR " 0NC 5%OE AND T/E'O � `` u �•EL EC.TR/CAL TO 76*e?,C77/ER.IY/RE : 1 •a , iVHERE OCG!/RS TY/ (2.6a o.- ICE .ICE-T%ED ot" RE/NFORGEo AS 5//OYY/V ' GONGRE'TE GORE TR/C41- •RECEPT.9CLE :��' :� ;• . TMP'/n`2?icATH.H/A°/2 iv/RE" 1004-'A :. NOTE r . wOTE: /� • AE'/2 W%RE SpA'CEQ GD BSO c./�oQr FA•Z `2YtiEN,�/ONS ONO moo!'O.C. YER7`ery, NOT s yb~,N CORNER PLAN o Page 4 of 5 Report No. 43'44 5. u. -WP-141 L CLz1l- � 1•-�y.LL i �D. 9�-I I �-ICj E—I'tt. (TIY 0 t�►1 GotJSTR �Tu tcIzL LAf +r 12 w)aE rases; W/ {. ALL bckk L - g o.c. •° ; AIOTOVED 5TgP E II II ro WIRE LrAa DRYWALL scRCWS I �I NEtED�DjKJHCj rOR 6101 NG nll =L �- CONCRETE C ' III= I111 FOOTING II =IIII o 1= IIIA 77 ' �II I1.j'1�cfz� �..' .� � t-=>xTr.�l� 5lucco cnr Jap. --� \ - rIL4 FI y 11; 1-I ... rLk%4I Wj A$. FIGURE NO. 3—TYPICAL INSTALLATION DETAILS 1 . k. Page 7 of 7 Report No. 4307 Y • LUXIT PANEL a EXTERIOR FINISH',, th"GYPSUMBOARD N64DEFORMED .REBAR 1'wt EVERY OTHER VERTICALCELL' 2 x 10 . LAP 18"". CAULK W/th' x 8' AB: 4'-0• MAX. LEVELING GROUT 3 v, FLOOR SLAB �. a r - �. HEAD/JAMB e I •I M' ° e 'FINISH 1 GRADE'` I .:A . I 1 WINDOW FRAME' CAULK Q ABC FILL 2-N0.4 DEFORMED REBAR II LUXITPANELr 'VERTICAL CELL a; a t.� •� ;SILL' �I �.•v _ _ _ - �•- m • 4. r �h. " 1/Y GYPSUM BOARD i LUXIT PANEL t 2,,x 10 BUCK W1lW x 6",A B: '. . r FIGURE NO. 7 EXTERIOR FINISH , a -0'• MAX. FOOTING DETAIL DOORFRAME DOOR ! SHIM HEAD/JAMB 2" x,,Lv'FURRING STRIPS AT W/A0d COMMON GALV. NAILS 116" O.C. FLOOR THRESHOLD ?/e"STUCCOOVERPAPER- PAPER- BACKED METAL LATH 4 _•' n HORIZONTAL CONCRETE.CELL 4..:i: NO:•4REBAR CENTERED IN ' VERTICAL CORES y " VERTICAL CONCRETE CELL THRESHOLD R ' FIGURE NO. 6! DOOR AND'WINDOW'DETAILS'r .. .. ,. a't/4"It _;61/4 61/4. 11/4" 1/2-k- 13/4" 1/2-GYPSUM BOARD"ON 2" x 2" ' FURRING STRIPS AT":15" O.C. IUXIT.PANEL ' . NOTE.METAL LATH IS FASTENED IN ACCORDANCE a - WITH TABLE NO.°47-C OF THE CODE. .254"2 C -2.5x6 TRUSS SPAN -'27'- .00'. - SINGLE MEMBER FORCES LOAD DURATION INCREASE - 1.25 T 1- -1554` B 1- 0 W 1- -932 SPACED 24.0' O.C. T 2= -3651 B 2= 2978 M 2= 1720 T 3- -4061 8 3- 4169 W 3- -1565 LOADING T 4= -3139 B 4= 3865 W 4- 749 LL + OL ON TOP CHORD - 30.0 PSF T 5- -1147 8 5- 2372 W 5- -586 OL ON BOTTOM CHORD - 10.0 PSF* B 6- 0 W 6- -123 TOTAL LOAD = 40.0 PSFN N 7= 225 *5 PSF REDUCTION TAKEN ON W B- -838 BOTTOM CHORD, AXIAL STRESS ONLY. ,,.�-'C^��,' W 9= .899 Q}1pFFSS/ : W10- -1438 �,rJ Wit= 1394 �. t) 07 W12- -932 C7 % \'1 LEFT = 945 RIGHT = 945 Nc1 k08 Z 'ry i BEARING AREA REQUIRED (50: IN) JOINT 7 1.51 OF / 2.33 HF EXp 3I31/91 JOINT 13 1:51 OF / 233 HF cele �< ENG%5 P CA 0`il \ C -2.5x4.3( Alt Sp1 1 C 5x5.•1:( Spl 1 C 2 5x4.3( No Spl) 1.511IS) C -25x6 C -2.5x6,, C-254-11A1tS1) . C -2.5x4.3. x p CN 18-3x 131r -K11' SPTJ ICN18-3x_13.6( Alt Spl') .. 1/4" (S.) ._ 1/4" (S) 27-00-00 JOB NAME: RDGRNNR,•_JORGE . 6 .LUMBER SPECIFICATIONS SIZE SPECIE GRADE MEMBER(S) 1. Read all,Generol Notes and Warnings before construction of trusses. TOP CHORDS: 2x 4 OF t1 1- 5 2 Bullder.and erection contractor'should be advised of all General BOTTOM,CHOROS: 2x 4 OF 02 1- 6 FDATE: Notes end Warnings before construction commences. J. tall compression web bracing must be Installed where shown �. WEBS: 2x 4 HF STAND 1-12 OFF PANEL SPLICE NOTE: Off panel point splices are located at 1/5 the panel length +/- 611 at either end of the panel indicated. .254"2 C -2.5x6 TRUSS SPAN -'27'- .00'. - SINGLE MEMBER FORCES LOAD DURATION INCREASE - 1.25 T 1- -1554` B 1- 0 W 1- -932 SPACED 24.0' O.C. T 2= -3651 B 2= 2978 M 2= 1720 T 3- -4061 8 3- 4169 W 3- -1565 LOADING T 4= -3139 B 4= 3865 W 4- 749 LL + OL ON TOP CHORD - 30.0 PSF T 5- -1147 8 5- 2372 W 5- -586 OL ON BOTTOM CHORD - 10.0 PSF* B 6- 0 W 6- -123 TOTAL LOAD = 40.0 PSFN N 7= 225 *5 PSF REDUCTION TAKEN ON W B- -838 BOTTOM CHORD, AXIAL STRESS ONLY. ,,.�-'C^��,' W 9= .899 Q}1pFFSS/ : W10- -1438 �,rJ Wit= 1394 �. t) 07 W12- -932 C7 % \'1 LEFT = 945 RIGHT = 945 Nc1 k08 Z 'ry i BEARING AREA REQUIRED (50: IN) JOINT 7 1.51 OF / 2.33 HF EXp 3I31/91 JOINT 13 1:51 OF / 233 HF cele �< ENG%5 P CA 0`il \ C -2.5x4.3( Alt Sp1 1 C 5x5.•1:( Spl 1 C 2 5x4.3( No Spl) 1.511IS) C -25x6 C -2.5x6,, C-254-11A1tS1) . C -2.5x4.3. x p CN 18-3x 131r -K11' SPTJ ICN18-3x_13.6( Alt Spl') .. 1/4" (S.) ._ 1/4" (S) 27-00-00 JOB NAME: RDGRNNR,•_JORGE . 6 WARNINGS: General Notes, unless otherwise noted: ' 1. Read all,Generol Notes and Warnings before construction of trusses. 1. Design to -support loads as shown.. ' R-27-18/24-35 2 Bullder.and erection contractor'should be advised of all General 2. Design assumes the lop, and hottom Chords to be laterally braced at 3--0 t 12%0- o' . respectively. esp FDATE: Notes end Warnings before construction commences. J. tall compression web bracing must be Installed where shown �. 3 4_ 2x4 anpda altiv sang recommended where shown + +. Inslallation-ol Irusss /88 eAll IetereFforeereslslingblemsnls such es tamporery and permeneM5. the responsibility of, the respective. contractor. Design assumes trusses are to be used in a non -co rosive environment. DES. BY: JAG bracing, must be�deslgned end provided by designer of complete structure. Computrus assumes no responsibility for such bracing. 6. and are tot "dry Condition" of use. Design assumes full bearing at all supports shown. Shim or wedge ifI necessary.. //) CampuTrus Inc. SED.: S. No load should be applied to any component until alter all bracing end Issteners ars complete, and at no time should any loads greater than 7 B. - Design assumes ad juate drainage is provided. Plates shall be located both faces - 7 391 / deslgn.loeds ix applied to;enj component. on atruss. and placed so their center lines Coincide with.joint center lines. —NOFAcruRrNo • ENGINEERING CouourER srsrt us 6. Computrus, has no control over and assumes no responsibility for the g. Digit indicate, size of plate in inches. Ver3.3 fabrication, handling, shipment"and Installation of components. 10 fF. basic d +qn values o1 the Ccmputrus Plate. indicaled by the prefix 1. ' Y.This design Is.furnlshed subject to the limitations on truss designs set forth by the Truss Plate Institute In "Bracing":Wood Trusses, BWT-76". I I G", see 1.0. R.R. 4211. TheNei Section Plate is indicated b the prefix -CN- the s copy of which will be furnished by Computrus upon request. indicates designator (18) 18 ga. material is use . All.others are 26 ga. DAVID C. 'BREIHOLZ AND COMPANY,. INC: 1852 Lomita Boulevard Engineering Lomita, California 90717 Design (213) 530-3056 Construction .......... I........ DATE CHECKED .... ...................... . ........................ .................... DESIGN DATA BUILDING CODE:! FOUNDATION SOIL: ul� 7, -SUE 29-tla -STRUCTURAL CONCRETE: SUBJEC IT.....PO.... LA QUIQTA ZESID'EMCE.. . ............................ ............................ L -o -r to FSLOCK 174 UQ1T ......................... .......... ... ............................... SOUTH CAKMr:LITA A7 VALE LA ... QVINTA ............................ ... ......... ........... I .......... : ........ ..... SI -2-00 AVffKjpA ..oSK40o.9 .................................................. ,L-A QUIMTA )CA U �(_ CL A,'.,S S' S o I L SHEET NO.. ) .............OF........... o JOB... .......... ... .. ................ I ............... ..... MK, -WILLIAM .... b0KAQ- (110)!934 - I313 T c- = 20001 ;:f>.S I, STRUCTURAL STEEL PER ASTM A36 PIPE COLUMNS:: PER. ASTM' A53,GRADE -B WELDING: ELECTRIC: ARC* PROCESS BY CERTIFIED WELDERS IN SHOP OF LICENSED: FABRICATOR,. CONCRETE BLOCK':. PER ASTM C90, GRADE A UNITS BRICK : PER ASTM -C 62, MW GRADE. MORTAR : 1:'3/2:;/4 MIX; CEMENT, SAND AND HYDRATED LIME OR LIME PUTTY. GROUT, 1:1:2 MIX; CEMENT,, SAND & :1/8" MAX. PEA GRAVEL REINFORCING - STEEL: PER ASTM -A 615 GRADE 40 WOOD, FRAMING PER WCLB, GRADING RULES NO. 16 STUDS: CONST, LIGHT FRAMING : DF 00,1 JOISTS,: DF 40,2: BEAMS Di-- No, I (6x WIDEP.�' POSTS.: 3F C0tZ1.':(4,,4� GLUED —LAMINATED WOOD : DOUGLAS FIR COMB. 'DES. REF.: WEST*. WOOD PROD. ASSOC. SPAN COMPUTER. PLYWOOD:: STRUCTURAL—Z PER P.S. 1- 74 (&H.eAPItAJALL-S�, CD>( :CONTINUOUS. INSPECTION BY REGISTERED DEPUTY INSPECTOR :REQUIRED FOR 1THE; FOLLOWING :DESIG'N !LOADS. 10OF-1 ! LOADS' comf,: R -60F,6 'b". &7YPOrOA6! 1 0 L- P YW,0,66, -2,3 1/2, 1) KYW L k.-: i,s FRAM 10c, (-Sc 6,Z "I)L- 17 1PSF- (HOP,IZ, 0 (APHFA&M-S) i I I I i I i I i i f 1 I i i i! � i!!! ..I ! I I I! i l l l .1. , I� I\ 1. t`. i I I /w DAVID C. BREIHOLZ AND COMFANY, INC. 1852 Lomita Boulevard Engineering Lomita. California 90717 Design (213) 530.3050 Construction BY....R. ............................ SUBJECT -POR A".../..Lt6, Q UNT�........................... SHEET NO ..... 2- ........... OF.. ........ DATE.... I72.-.9.1 .................... :..FNCr�................................................ JOB NO. .9.1..-.14.7E................... CHECKED............................................................................................................................................................................................ EX POSED KOOF 11EAAA-S K,9=-1 SPAN = 2l' �U -= 46-7 t zoo = 14 5 PL F V ISS -f NA 2� ( SS ' 6.476 x r0/Er FoK 6>( Cw taTh1 USE 6 x 12 D F t --NO, I cd 4 `u" D. c. , f,, = I. .9Ss4� 61aS- 37 PsI L 6s PSI �b = Nss) x t2 /121.23 = e)oS PSI c. 13bo f -S1 is = 6.476 "/(I. 6.X 106 x 69707)= O,Sa'=. 1434 FD2, ax WIDTH USE 6Y IQ DF 1Jy, I Ca—D 4T2 D.C, (0 1 t3 �v = ..33 PS I Z b s 'PSI Fb = 868 PSI 1300 PSI - , 0,76" = P /334 K1�C�E Su9PO?"T kEADEgS X62 = 1406 PA 3a67 ' ' ' F USE Ax.6 DNU.Z A (-UOw V-:- 1,2T(1607)-- Z00D* 1406 Evl = ► 2�C3194� = 3992 3d�?� USE DF 00.1 P, (5-20 ALLOW Y =3671 #- R t Qti R3 t_c_ &F -Ti R, g Rz 2578 4277 61 304(- 2530 LL PE, T, �z ►046 3394 9s7 1856 2337 L, - -((4 000GR007 24253 5 2s6 697 314( 34-f6 DISCo071W000s 30253 4007 1 06 -SO 16 1388 ' WOOD POSTS Allowable Vertical Load in Kis 22(1-f / \ -:g , 2V L: 8.13 ft _ --�1 �1Z J Ke: 1.00 le = 97.Ein FACgray. 1.25 Grade Fb Fc E K 2"-4" thick, 4" wide 2x4 4x4 nom sq in in kips kips kips kips Zk kips X l� kips kips Area d Douglas Fir - Larch le/d Sel Str 2100 1600 1.8 20.13 No.1 1750 1250 1.8 22.77 No.2 1450 1000 1.7 24.75 No.3 800 600 1.5 30.01 5.25 3.5.. 27.857 12.25 3.5 27.857 3.65 8.52 3.65 8.52 3.45 8.05 2.96 6.91 Const 1050 1150 1.5 21.683.04 7.10 - Standard 600 925 1.5 24.17 Utility 275 600 1.5 30.01 3.04 7.10 2.96 6.91 2"-4" thick, 5" and wider 4x6 4x6 4x8 4x8. Douglas Fir - Larch No.1 1500 No.2 1250 No.3 725 1250 1050 675 1.8 1.7 1.5 Area d led 22.77 24.15 28.29 19.25 3.5 27.857 19.25 5.5 1 17.727 25.375 3.5 27.857 25.375 7.25 13.448 13.40 26.40 17.66 38.04 12.65 22.82 16.68 32.24 11.15 15.41 14.70 21.05 Posts and Timbers 6x6 8x8 1040 12x12 Douglas Fir - Larch D Sel Str 1750 Sel Str 1500 D No. 1 1400 No.1 1200 1350 1150 1200 1000 1.7 1.6 1.7 1.6 Area d le/d, 21.30 22.39 22.59 24.01 30.25 5.5 17.727 56.25 7.5 1 13 90.25 9.5 10.263 132.25 11.5 1 8.4783 42.88 90.53 152.30 223.17 37.78 77.79 129.73 190.11 39.64 81.29 135.38 198.38 34.06 68.30 112.81 165.31 SHEET 3 OF 91- If7E /�l.l,b w P-:-304-0 # L(,p w P = 71 oO nom sq in in kips kips kips nom sq in in kips kips kips kips DAVID C. BREIHOLZ AND COMPANY, INC. 1852 Lomita Boulevard Engineering Lomita. California 90717 Design (213) 530.3050 Construction ®� BY....^....... .............. DATE ... I.7Z.7!� 1......... CHECKED ............... ............ SUBJECTT.p..PC1,K�I....../...Lfl... ...... QVIa.TA..................... SHEET NOp.A...........OF...'!......... ...................................................... JOB NO..),I...... 14 .C.................. ........................................................................................................................................................................ AI ` GLR C L_K 0,C, -� I.A& CZF-U,4 A,�2h4 PTF Ls�k3x%txp=�'' BEAMS e CoNC_RETE SECTION A —A (sYRgoq� fLY WOOD (F.T, = -W24) w/ Iod QA1GS C, G' O.C, SA.&, )i j WALL SNC, WAUL ` -f @ 16'-0.cl H WAYS CEN TE E D (iJ W /\L. L t DAVID C: BREIHOLZ, AND COMPANY, INC: 1852 Lomita Boulevard. Engineering . Lomita; Califorriiai 90117 Design (213) 530305d Construction KM t F I ......... SUBJECT..?!. R!?.N�.LA �UINTA:.:RESt!)ENCE.. SHEET NO �.............0 ........ ..... ' i p, LOT (..o <3l OGK 17h UJOB NO. ... .IJ 17....1.6........ �.I.� L 7E DATE...IZ.. J I ........:.........: ... . CHECKED......; SDUTH CAKMELITA....A7.. VALE LA....QVINTA .... C00.'TACT........................... X2...0.... s3...ZOo...AVENIoA;.. o.��t �oN.................... M PS,. W I LL.I A M....I)OK AKY ' I°® ;LA OU0,3TA 6A 3313 DESIGN: DATA i I-�Z AaDED LATE KA L, �-NALYSI4 BUILDING CODE: I°�$S VAC FOU, N4DATION'l.SOIL : 46 ! ! i i. I_`j'2, pMl'T f)ETAIL (3 SH.4 U;QC-T'AitI E 23-e i CQ.Ass S' Sol•L: . i ST•RUCT;URAL :CONCRETE r c-- STRUCTURAL STEEL • . PER ASTM A36 ;PIPE, COLUMNS 1 .PERI ASTM A53, GRADE,;B WELDING,.' ELECTRIC ,ARC; PROCESS BY CERTIFIED.:W.ELDERS IN SHOP OF 'LICENSED i FABRICATOR ' CONCRETE BLOCK •-: PER 'ASTM C90, GRADE A UNITS BRICK,: PER ASTM C 62', MW-�GRADE. �I ESSIQ MORTAR ': , 1. 3'/z '/. MIX; CEMENT, SAND..AND HYDRATEb� LIME` OR LIME PUT R� Nq ' •. :GROUT: 1:3':2 MIX; CEMENT, SAND & 3ja­ MAX PEA -GRAVEL. �Q� G• BRF�' Ftic :REINFORGING'STEEL PER' ASTM A615 GR'ADE.4.0 . JPO yO :WOOD; FRAMING ;PER WCLB GRADING RULES NO. 16 cz DF , GoNs ' F No...17428 STUDS : T, LIGHT' FRAMING : 'D I�10 Z:' Ex 30=93 JOISTS•: DF N�D,2BEAMS � DF N0,•l. (bx � wIDER� OF. Co 1.; I POSTS GLUED;—LAMINATED :WOOD. DOUGLAS FIR COMB 1 u gT£�O'CA DES. R•EF..: WEST' WOOD ;PROD. `;-ASSOC. SPAN COMPUTER. PLY,WOODi:. STRUCTURAL''Z; PER P.S. 1— 74 (SH EARWALCS�) <DX (f-IUIZ, (APHKAG :CONTINUOUS: INSPECTION BY;REGISTERED DEPUTY INSPECTOR i ;REQUIRED ,F,OR ITHE; FOLLOWING / DESIGN LOADS i I ROOF AUQL �/Au s COMA,' (ZOOFto COt: c � Di,v Vil Q,t;�Cv+ro4a ��5; s cJ"cc,o.. ,.. 5 STYR6 FOAM; 2.0 8 TY'Ko �pqM 2, o 3/a; Q LY WOO 3,3 %i DRY WAL- . 2; s' MISC. O.S Nj tJ CG `' 62 _ DL - 65, 'QST PS , 1 i, !.J .l..I 1..L.:I.-..I:.�.� 6 Z Cr 0 M DAVID C. SREIHOLZ AND COMPANY, INC: 1852, Lomita: Boulevard Engi,hqering, Lomita. California 907.17 Design; (213) 530-3050 Construction 0 STA - R'. A N), WN .......... .......... SUB4ECT,, SHEE T NO ..... ........... OF, .......... JOB NO. ................... ................ .... DATE .... 1.2.7D.1 .... ......... e . .... . . . .......................................... 7 ......... X CHECKED ...................... I ...... ........................................... ........ I ................................... : ............... ................................................... ! ....... EX:POSE.D--L2a—p �-EAAA±. z, —7 771 `(17120, !t 145 PcF' (G7 76)/61S-54 E:!-:) 6-4-76 10 lEr USE 6 W-11 fV 6--,111S-= 2,7 PS I Z 6S PSI bos PSI e- 1- 00 fS1 lb6 X 69707 = 0,S7e USE Ay iv. b# :,o 0. -1 1.100 0, 76 p -S-667#/ 607) e"z 07V Pp pp=(19k4)17 3 -2 '4 C) Ust - f*K'.II -UF N0,2 ALCO\,t/ Y:z--2,6-71 INA LL 4' 30 lb30 LL A" i1z1-046- 1856 , S 3 7 2-- 400.7 WOOD POSTS Allowable Vertical Load in Kis \\ L: 8.13 ft L.= 8,� -3(' �;Z J �•;125 Ke: 1.00 le = 97.5 in FACgrav: 1.25 Grade Fb Fc, E :K 2"-4" thick, 4" wide' 2x,4. 4k4; , nom sq in in kips kips kips - kips ZN kips X l�- kips . Area d Douglas Fir - Larch 'le/d Sel Str 2100 1600 L8r 20.13 No.1 1750 125.0 1.8 22.77 No.2 1450 1000 1.7 24.75; 800 600 1.5 30.01. 5.25 3.5,'.*., 27.857,1`27.857 12:25+ 3.5 3.65. "'8:52° . ' 3.65"' 8:52 3.45 8;05 `, 2:96; 6.91- k Const 0 1.5 21. 3.04 7:10 Standard 600 925 1.5 24.17' Utility 275 600 1.5 30.01 3.04 7:10 _ 2:96. 6:91' '''kips 2"-4" thick, 5" and wider 4x6 4z6 4z8 .4x8' Douglas Fir -Larch No. 1 1500 No. 2 1250. No. 3 725 1250 1050 675 '1.8 13T• 1.5 Area' d ,22.77- 24.15 2829 19:25 _ 3:5 19.25 .5.51 '172 ..25.375 35 - 278713448_IS 125.375 7.25". ' 13.40 26.40 x;:17 66 °-; ;' 38:04, . 12.65 22:82" 16%8-°' 32;14`:, 11.15 ` 15.41 ,14 70 " ` 21.05: , Posts and Timbers ' 626 T, 80, ' 10x10.:: 12212 Douglas Fir -Larch D Sel Str 1750 Sel Str 1500 D No.1 1400 No. l 1200 1350 1150 1200 1000 1.7 „ 1.6 1:7 1.6 Area d le/d : 21.30 .22.39:.. 22.59: 24.01 30.25 5.5 ;17.727 56;25, : 7.5 x:13 90.25. .9.5 10 263 `t 132,25, 11.5. 8.4783- 42.88 Y. 90:53 ` '152 30` ; '223.17 37.78 _X7,7'79 ;:129 73':' 190:11 39.64 ,';81'.29-';"1'135.38. 19838; 34.06 6830; .'112.81,' 16531 SHEEJ 3 ,51-147 E t P = 304_0 nom sq in in `s kips ` kips kips 'nom sq in in 'kips kips kips. kips DAVID C. BREIHOLZ AND COMFANYj INC: 1852 Lomita Boulevard Engineering Lomita. California'90717 Design (213) 530=3050' Construction. 1� /d ........ SUBJECT ZiO��i� / LA QUIeJTA ............... SHEET NO.......f...........OF................ BY ................................: L� RU DATE...�2:-�1...................... ............. C�.JI D;E.N��......... ........ JOB N0. 9.1.."..IQ7. .................. CHECKED .................................. ..........:.......................... ............................................................. ........................................,.................. ,Z f (2\ 4* LAYERS GC_R C l_fZ s ' fLY wvvo -f b/24) W/ IOd QA1 G- OOF S O06EAM-S0, C �[ . ter'' I G' O.C, RgI� -_JAN '/L'�., L�cx3K�4x0=4'' 2h4�7' F: �2. 4' sT'MAFoAM a 80TH WAYS CENTS Eb SECT A —A BEAMS. a CON EZ"E WA L. 0 MIST -(H(SDE.. T -4l -L L DAVID C. I3REIM0LZ-AND -.CC M0AiMVj INC.. 1852 Lomita Boulevard Engineering Lomita, Cahfomia,90717 Design_ (213) 530.3050 con*uctio�n` ' BY . K PA .................................... DATE ..... CHECKED .................... ........................ : ........ .......... -LA-Te;`,K.AL' A-IQALY-S,I-S•' 1) rr- A C) SHEETNO ...... 5� .........OF ................ JOB NO...9.1-147................... 4 . ZL�0(,l Akc.-A A-- C2-0:67�62� FTS LOA OS. DIR'ECTI-OK-3 c PI -1 TI Cl L) PT 0 ?,1 ?,Ob F WA .2-(7. -S. PSIF)'- 62 386 -PA K �T I T 10 (S' `PSIF-)413", FT) 12) O&S- 157 47 1 I.C.-A v - a,lbz3 V 21:`166 F- Ce 1.2x 26,Sj-P-SF- TOT/A L,.6. ). (2 * LC),�b. 7 bz� 777'z- 2166 SE:I M I V e: c H s c I/- V A L u &C7W, EEN) P -EST" O(=. HDUSE 0 .7 V -(fo 5B3� -- I (o CHECK . -LOtJc.EST k/F� L Sc: M7 ` 3 ()Qt.,K - Atv ' -117 T q0 0< CHECK 6 P.,00 1.01f 17 3 '417. 7 H tS k%/,A C L Co�-Af'PO;' KIEM�NZEK 4 E�P TO 'A LI ;S 0'F \1VALUS w Ll s -' f>e K Ac"t .1 4i',S-, Z' F- A -C C 415,3 -b i N- + c -C. 4k 1,2 56 :psl D (S -T TP 0 -la f. A (f,>AP,7r, Fl;c... DuF- To L I 1,JTP- L, s- C 2 5x4.3 G Alt -SPI I .. LUMBER SPECIFICATIONS SIZE SPECIE GRADE MEMBER(S) .25 12 <, . C 2 5X4.3 ( No Sp1, 1.11, 51t (g') C7. TOP: CHORDS: 2x 4 OF t1 1- 5 C -4x4.3 C -2:5x6 LU BOTTOM CHORDS: 2x 4 OF f2 1- 6 CDC WEBS: 2x 4 HF STAND 1-12 OFF PANEL SPLICE NOTE: . Off panel point splices are located at 1/5 the panel length +/- 6" at either end of the panel indicated. TRUSS SPAN 27'- .00' SINGLE MEMBER FORCES LOAD DURATION INCREASE - 1.25 T i- --1554 B 1- 0 N t- =932 SPACED 24.0' O.C. T 2= -3651 B 2= 2976 N 2= 1720 4j T 3- -4061 B 3- 4169 .N 3- -15B5 LOADING T 4= -3139 0 4= 3865 N 4= 749 LL + OL ON:TOP CHORD = 30.0 PSF T 5- -1147 B 5- 2372 N 5- -586 DL ON BOTTOM CHORD - 10.0 PSF* B 6- 0 N 6- -123 TOTAL LOAD = 40.0 PSF* N 7= 225 *5 PSF REDUCTION TAKEN ON N B- -838 BOTTOM CHORD, AXIAL STRESS ONLY. N 9= 899 <" �OFFS3! Nio -143e N11=. 1394 li12- -932 � LEFT = 945 RIGHT = 945 No.. �OBQ6 v i �'I. BEARING AREA REQUIRED (SO. IN) JOINT 7 1.51' OF /. 2.33 HF �117.. Exp: 3/31/91 JOINT 13 1.51 OF / 2.33 HF - C 2 5x4.3 G Alt -SPI I .. C 5x5 1 (Spl ,) .25 12 <, . C 2 5X4.3 ( No Sp1, 1.11, 51t (g') C7. C -2.5x4:3 C -2.5x4.3( A1t,Sp1 ) C=2.5x6' . -2..5x6 C -4x4.3 C -2:5x6 LU N' CDC -1x2.6 C -2.5x1.7,. C 2 5x4.3( No Spl) C 2:5x4.3( No "S C-2 5x4..3 C -2'5x6. C -1x2.6.. MOM SO l CC 7 7( SD] ) �lt CNiB-3X13.6 Sp CN18-3x13.6( Alt Sp1 ) �r 1/4" (S) 21-00-00' JOB NAME: RDGRNNR: JORGE - WARNING& - - General Notes, unless otherwise noted: 1. Read all General Notes and Warnings before construction of trusses. 1:. Design to support loads *as Shown. 2 Bulfden end erection contractor should be advised'of all General 2. Design assumes the top and bottom chords to be laterally braced at 3'-0•• Iw: FILE NO.: FR -27-1B/24-35 Notes and Warnings before construction commences.. o.c:• and at 12'-0'• o c. respectively, _ 3. 1x7"s compression webbracilrgmusl belnstelled whersshown +. 3 2x4. Impap bridging or lateral bracing recommended where shown + +. ' 4. Inslallafan of buss is the of the respecliosive tractor. DATE: 08/03/88 is 4. Alllsterel force resistingelements such temporary end permanent 6 rY P 5. Devgn assumes trusses are to be used in a non-carro5ve enmronmenl. re to bracing, must be designed and provided by.deslgner of complete and are V "dry condition' of use. CompuTe,us Inc. REF..- 25-1 DES. BY: JAG structure. Computrus assumes no responsibility for such bracing. 6. Design assumes full bearing at all supports shown. Shim or wedge i1 LJ S. No load should be applied to any component until eller all bracing and necessuy. _ SEG.: fasteners are complete, and at_no,time should any loads greeter than 7 Design assrunes adequate drainage is provided. 8 Plales Shap be locale om both laces Vu55. and placed so their center SwSTf VS design foads'be applied to en corn onenl. ; o uARUFAaURurd • ENGrNEERrso • GGugnTER 76391 g..trus pcon r. a lines !orride, with joint center lines: no control over end no'responsibility for the 9 Digns rndrrafe size of plate in inches. - / 8. ComciiI6, ,h. lebrlcallon, handling; sAlpmenl-end Inslellsllori of -components. 10'For• basic d Jgn valurs of the Coiripulrus Plate, indicated by the prefix lnilal it ver 3, 3 7. -This dealpnae furnished "C". see I LP8,0. R.R. 4211. sub)acl to the limitations on truss designs set - forth by.tli_e Truss Plate 1ns111ule in "Bracing Wood Trussss,.8WT-78", t 1 The. CornpulrusNet Section Plate is indicated by the prefix "CN", the designator indicates 18 is All 8 copy of winch-Ili'be furnished by'Compulrus upon request. (IB) ga. material used. others are 20 ga. ........................................... ......... !LA OUNTA-'s-S 13 t1A DESIGN DATA CA BUILDING CODE: FOUNDATION. SOIL: L) (3C _TAgUt T)-lej CL Ass S Sol L S7;R'UCTURAL'CONCRETE'ma: C"! 1600 PSI- 0 AYS STRUCTURAL STEEL PER,, ASTM A36 PIPE: COLUMNS:: PER ASTM A-53,'GRADE B 'WELDING: ELECTRIC: ARC;!, PROCESS BY CERTIFIED WELDERS IN SHOP OF :LICENSED - FABRICATOR :CONCRETE BLOCK: i PER ASTM C90, GRADE A UNITS BRICK!: PER -ASTM C62 MW GRADE. :.MORTAR : 1:'13%:"/: MIX; CEMENT, SAND AND HYDRATED LIME OR LIME PUTTY. GROUT: 1:3:2 M.IX; GEMENT, SAN D & Va" MAX. -PEA GRAVEL. :REINFORCING . S;,TYEEL-:: PER: ASTM, - A615 GRADE 40 WOOD; FRAMINGW10-Iffil :w CLBj GRADING RULES -NO. 16 STUDS: DF CONST, LIGHT FRAMING: DF 00,2 p JOISTS:: -DF BEAMS : D i- N30,z I(bx POSTS ' - DF' (4x-4� GLUED—LAMINATED WOOD :. DOUGLAS FIR COMB. 'DES. REF.: WEST. WOOD PROD.,ASSOC. SPAN COMPUTER. PLYWOOD STRUCTURAL Z PER P.S. 1- 74 (SHEARWALLS�) C C)x .CONTINUOUS. INSPECTION BY. -REGISTERED DEPUTY INSPECTOR !REdUIRED FOR THE FOLLOWING " DESIGN LOADS 100P ! L -OR comlp,- F,60F,Z, P L 'wbdlb C &TYKo r-OA,0,: .6. P LYWod-D 711 112, D K."( L Is F K A M I ,O 64(5,c-! 6f2 'PSF LU'--' 20* 'PS 17- (HOP,IZ. 0(APHFA&M&) DAVID C. BREIHOLZ AND COMPANY, INC. 1852 Lomita Boulevard Engineering Lomita, California 90717 Design (213) 530.3050 Construction BY ... ...... SUBJECT.PPk�.��/ LA ........................ QufQTA Zcsic)Et,�cE. ..... .... ..... . .... SHEET NO.. .............. OF 1_-07 10 Q�LOCK 174 UPIT le.� JOB NO. 111._Ji7E DATE..V.1.7�1 ....................... ......................... ...... .... ....... ............... ... .. ...... ... ... ...... ... .. CHECKED .............. ............. ,LITAA.7VALE A . A ..... COWTA CT ..............SOUT.HCAKH -Z'm 5 ...00A...... I ......VE............ ............. ....... ..... MKoWILLIAM .... OOKA-V,�- ........................................... ......... !LA OUNTA-'s-S 13 t1A DESIGN DATA CA BUILDING CODE: FOUNDATION. SOIL: L) (3C _TAgUt T)-lej CL Ass S Sol L S7;R'UCTURAL'CONCRETE'ma: C"! 1600 PSI- 0 AYS STRUCTURAL STEEL PER,, ASTM A36 PIPE: COLUMNS:: PER ASTM A-53,'GRADE B 'WELDING: ELECTRIC: ARC;!, PROCESS BY CERTIFIED WELDERS IN SHOP OF :LICENSED - FABRICATOR :CONCRETE BLOCK: i PER ASTM C90, GRADE A UNITS BRICK!: PER -ASTM C62 MW GRADE. :.MORTAR : 1:'13%:"/: MIX; CEMENT, SAND AND HYDRATED LIME OR LIME PUTTY. GROUT: 1:3:2 M.IX; GEMENT, SAN D & Va" MAX. -PEA GRAVEL. :REINFORCING . S;,TYEEL-:: PER: ASTM, - A615 GRADE 40 WOOD; FRAMINGW10-Iffil :w CLBj GRADING RULES -NO. 16 STUDS: DF CONST, LIGHT FRAMING: DF 00,2 p JOISTS:: -DF BEAMS : D i- N30,z I(bx POSTS ' - DF' (4x-4� GLUED—LAMINATED WOOD :. DOUGLAS FIR COMB. 'DES. REF.: WEST. WOOD PROD.,ASSOC. SPAN COMPUTER. PLYWOOD STRUCTURAL Z PER P.S. 1- 74 (SHEARWALLS�) C C)x .CONTINUOUS. INSPECTION BY. -REGISTERED DEPUTY INSPECTOR !REdUIRED FOR THE FOLLOWING " DESIGN LOADS 100P ! L -OR comlp,- F,60F,Z, P L 'wbdlb C &TYKo r-OA,0,: .6. P LYWod-D 711 112, D K."( L Is F K A M I ,O 64(5,c-! 6f2 'PSF LU'--' 20* 'PS 17- (HOP,IZ. 0(APHFA&M&) DAVID C. 13REIMOLZ AND COMPANY, INC. 1852 Lomita Boulevard Engineering Lomita, California 90717 , Design (213) 530.3050 Construction_ BY....!\.M........................ DATE.... ................ �ucrvcn �0 LP 0 UIN T4 ...................: 2........... �........ SUBJECT -P. ........ SHEET NO......... OF....... t;' -4.0e NCE ................................................ JOB NO..91.7.14.76 ................... EX P OS E f) KOO F 13 EA MS f61 c� 4(17,`20 = 148 PAF V = 1sS4 = T(145)(21J4((7EZ) = 6,476 x 10 /EE FoK 6 x wfwrk : USE 6.x 12 DF Nd. 1 (F- 45" 0.C, f, = I. 3- . PSs4 6 3,2S = 37 PS( L 6s- PSI �e = N'Ts) x a /121.23 = bos PSI c. 13 0 �s1 1S = 6.476 x (o 6)< 106 x 69707 FOt2 ax WIDTH USE 6Y (D DF t,)O, I e- 4(b-O.C. (M IN) �v �b = 666 QS 14 1300 Ps( a , 0,76"' = t. /334 _KI�f�E SUP�oP�T H�A�E�S p,= 0,S(Sb)kY17-e-7Q) = 14,512 M-- 36674' I; 2.75' x.75 USE Ax 8 -D LQ.-? AlAl,Ow V = 1,25( /607 = Z009# > 14064 tUl = ►2� C 3 f 94� = 3992�� -� 3p6?� �3 � P P Pp=�►9k�i�7 - 129�� USE ¢k Ij DF NO,Z Pt, = (►9�4)�0 = r Seo ALLOW V =3671 R t . Ql I R3 V ►M LL- &E:T, Rt 2578 --277 6( 3046 2530 LL u -T, 1`z 1046 3394 95-7 1856 2337 L�- -{R00C;,R007 2453 5`25-6 697 2)1-11 34,f6 DiScot1TINUDUS 3020`4002 1-f06 3020 fs1W0!tj WOOD POSTS Allowable Vertical Load in Kis_ - J I^j\ L: 8.13 ft 1ZJr�125 Ke: 1.00 le= 97.5 in FACgray. 1.25 Grade Fb Fc E K 2"4" thick, 4" wide 2x4 4x4 nom sq in in kips kips kips kips Z>f kips kips kips Area d Douglas Fir - Larch le/d Sel Str 2100 1600 1.8 20.13 No.1 1750 1250 1.8 22.77 No.2 1450 1000 1.7 24.75 No.3 800 600 1.5 30.01 5.25 3.5 27.857 12.25 3.5 27.857 3.65 8.52 3.65 8:52 3.45 8:05 2.96 6.91 Const 1.5 21.68 3.04 7.10 Standard 600 925 1.5 24.17 Utility 275 600 1.5 30.01 3.04 7.10 2.96 6.91 2"-4" thick, 5" and wider 4x6 4x6 4x8 4x8 Douglas Fir No.1 No.2 No.3 - Larch 1500 1250 725 1250 1050 675 1.8 1.7 1.5 Area d led 22.77 24.15 28.29 19.25 3.5 27.857 19.25 5.5 17.727 25.375 3.5 27.857 25.375 7.25 13.448 13.40 26.40 17.66 .38.04 12.65 22.82 16.68 32.24: 11.15 .15.41 14.70 21.05 Posts and Timbers 6x6 8x8 10x10. 12x12 Douglas Fir - Larch D Sel Str 1750 Sel Str 1500 D No. 1 1400 No.1 1200 1350 1150 1200 1000 1.7 1.6 1.7 1.6 Area d le/d 21.30 22.39 22.59 24.01 30.25 5.5 17.727.1 56.25 7.5 13 90.25 9.5 10.263 132.25 11.5 8.4783 42.88 90.53 152.30 223.17 37.78 77.79 '129.73 190.11 , 39.64 81.29 135.38 198.38 34.06 68.30 112.81 165.31 SHEET 3 Df 91- 147E t,Uo W P = 71 oO4" nom sq in in kips kips kips nom sq in in kips kips kips kips DAVID C. BREIHOLZ AND COMPANY, INC. 1852 Lomita Boulevard Engineering Lomita, California 90717 Design (213) 530.3050 Construction BY....^....... ........................... SUBJECT..OOC��1C�'...../.......t�.....Q,U�EJTA..................... SHEET NO.... ........... OF ... `f.......... DATE ... 1'2.-!)1 ...................... ............. .SIZP—J %C ...................................................... JOB NO. .I.."..� 7.�r.................. CHECKED............................................................................................................................................................................................. .............................................................................................................................................................................................................. ooF SEAMS (914 611 o. C. /-L� VL- 0 L -0 x 4 - /L- d� q,6, Lhk3xlkxp, 4H . I'll CLR C0 -F. V 2k4 PTOF SU*71(3N A -A i-7RgoA� YLY wood CP = 48/24) W10d tJAI LS a/6'- O.C, Y�{ WALL rYRAFOAM DNC, WALL 4440- 16"'0,C� H WAYS CEN TE E (� (N WALL 618A 145 44 617A Modular Advanced Engineering Enhances Model 618A The Model 618A is our top of the line fan coil,.e , gineered for ver- satile application, easy installation, high'efficiency, and reliable: performance. Available in. sizes from 1-1/2 to 5 ton, (3-1/2 and 4 ton in single -piece or modular versions; 5 ton in modular only), the Model 618A delivers heating and cooling.from 18,000 to 60,000 Btuh with all the features, functions, and benefitsfneeded to sat- isfy your requirements. . From its durable, attractive cabinet to its most technologically so- phisticated feature, the Model 618A Fan Coil is built for`depend- able service. Components include grooved copper tube/lanced sine wave aluminum fin coil. Solid state cooling controls are shipped with every unit, and each terminal board is set up for use with an air cleaner and/or humidifier. The fan coil's compact.de- sign accommodates upflow, downflow, and horizontal configura- tions and is ready to provide whole -house custom comfort. Just as you should expect, the Model 618A is equipped with sweat fittings for leak -free connections. This unit also benefits from multiple electric entry and TXV refrigerant metering, .pro-' motes greater reliability for the -outdoor unit in the split system. Includes boehmited coil, dedicated refrigerant circuitry, and'highi density insulation. For greater application versatility and maximum operational effi- ciency, the Model 618A features a 3 -speed motor, with field- or factory -installed heater packages. These packages are available from 3 through 30 kw, either fused or with a circuit breaker, or non=fused for 10 kw and less. As our;most advanced fan coil,. the Model 618A also includes a filter rack to accept bulk media. This means the owner may'easily remove and clean the permanent filter supplied with the unit—no tools required. Check the specifications to find more reasons why the Model 618A is the rigtk'lan coil for you and your customers. Practicality & Performance—Model 617A Reliability,'dependability, and great value—the Model 617A Fan Coil. The unit is compact,easy to install, heats and cools from 18,000 to 60,000 Btuh, and is available in sizes from 1-1/2 to 5 ton and 3-1/2 to 5 ton in'modular versions. The Model 617A is the right choice if you need versatility and first -cost affordability in a fan coil. The Model 617A Fan Coil is the air handler for no-nonsense prac- ticality and performance. Availability of multipoise units allows greater flexibility in meeting your upflow, downflow or horizontal installation requirements, with reliable sweat connections and multiple electric entry to permit quick, hassle -free hookup. Refer to Product Offering Chart following Features in publication. The Model.617A features the components you need and expect, such as a grooved copper tube/lanced sine wave aluminum fin. Every unit also comes fully equipped with solid state cooling con- trols,'with each -terminal board pre -wired to accept an air cleaner and/or humidifier. This unit is designed with an -easily accessible Check -Flo -Rater@ for efficient and dependable metering of the refrigerant: The Check-Flo;l3ater'allows for,pistonIbhangeout, routine mai I Hance, and:improved system reliability. The Model 617A also in- corporates a boehmited coil,,dedicated refrigerant circuitry, and high-density insulation. The Model 617A, with its 3 -speed motor in the 042 through 060 sizes and 2 -speed motor in the 018.through 036 sizes, and field - or factory -installed heater packages, provides the application ver- satility you require for most installations. The heater packages are available from 3 through 30 kw, either fused or with a circuit breaker, or non-fused for 10 kw and less. Homeowners like the compact size and attractive finish of the Model 617A. They also appreciate the low maintenance, easy -to - clean permanent asy-to- clean_permanent filter in -our multipoise units. There are plenty of 2 reasons to choose the Model 617A Fan Coil—just check the specifications., Form No. PDS 617A.18.4D Day&Night _Model x 61714 daycG7 AirConditioning 5 FAN COIL r i 618Ar nnight tlianapol s. IN + .,, y `Sizes 018 fhru 060 City of Industry, CA ,.. s AZ 618A 145 44 617A Modular Advanced Engineering Enhances Model 618A The Model 618A is our top of the line fan coil,.e , gineered for ver- satile application, easy installation, high'efficiency, and reliable: performance. Available in. sizes from 1-1/2 to 5 ton, (3-1/2 and 4 ton in single -piece or modular versions; 5 ton in modular only), the Model 618A delivers heating and cooling.from 18,000 to 60,000 Btuh with all the features, functions, and benefitsfneeded to sat- isfy your requirements. . From its durable, attractive cabinet to its most technologically so- phisticated feature, the Model 618A Fan Coil is built for`depend- able service. Components include grooved copper tube/lanced sine wave aluminum fin coil. Solid state cooling controls are shipped with every unit, and each terminal board is set up for use with an air cleaner and/or humidifier. The fan coil's compact.de- sign accommodates upflow, downflow, and horizontal configura- tions and is ready to provide whole -house custom comfort. Just as you should expect, the Model 618A is equipped with sweat fittings for leak -free connections. This unit also benefits from multiple electric entry and TXV refrigerant metering, .pro-' motes greater reliability for the -outdoor unit in the split system. Includes boehmited coil, dedicated refrigerant circuitry, and'highi density insulation. For greater application versatility and maximum operational effi- ciency, the Model 618A features a 3 -speed motor, with field- or factory -installed heater packages. These packages are available from 3 through 30 kw, either fused or with a circuit breaker, or non=fused for 10 kw and less. As our;most advanced fan coil,. the Model 618A also includes a filter rack to accept bulk media. This means the owner may'easily remove and clean the permanent filter supplied with the unit—no tools required. Check the specifications to find more reasons why the Model 618A is the rigtk'lan coil for you and your customers. Practicality & Performance—Model 617A Reliability,'dependability, and great value—the Model 617A Fan Coil. The unit is compact,easy to install, heats and cools from 18,000 to 60,000 Btuh, and is available in sizes from 1-1/2 to 5 ton and 3-1/2 to 5 ton in'modular versions. The Model 617A is the right choice if you need versatility and first -cost affordability in a fan coil. The Model 617A Fan Coil is the air handler for no-nonsense prac- ticality and performance. Availability of multipoise units allows greater flexibility in meeting your upflow, downflow or horizontal installation requirements, with reliable sweat connections and multiple electric entry to permit quick, hassle -free hookup. Refer to Product Offering Chart following Features in publication. The Model.617A features the components you need and expect, such as a grooved copper tube/lanced sine wave aluminum fin. Every unit also comes fully equipped with solid state cooling con- trols,'with each -terminal board pre -wired to accept an air cleaner and/or humidifier. This unit is designed with an -easily accessible Check -Flo -Rater@ for efficient and dependable metering of the refrigerant: The Check-Flo;l3ater'allows for,pistonIbhangeout, routine mai I Hance, and:improved system reliability. The Model 617A also in- corporates a boehmited coil,,dedicated refrigerant circuitry, and high-density insulation. The Model 617A, with its 3 -speed motor in the 042 through 060 sizes and 2 -speed motor in the 018.through 036 sizes, and field - or factory -installed heater packages, provides the application ver- satility you require for most installations. The heater packages are available from 3 through 30 kw, either fused or with a circuit breaker, or non-fused for 10 kw and less. Homeowners like the compact size and attractive finish of the Model 617A. They also appreciate the low maintenance, easy -to - clean permanent asy-to- clean_permanent filter in -our multipoise units. There are plenty of 2 reasons to choose the Model 617A Fan Coil—just check the specifications., Form No. PDS 617A.18.4D 17/8 (47.6) 1146 (49.2 (23.8) 25/4 PANEL (66.7) I 107, (265.1) LOCATION BLOWER, CONTROL & ELECTRIC HEATER ACCESS PANEL COIL ACCESS PANEL LIQUID LINE CONNECTION SUCTION LINE CONNECTION 1 645s (2 (157.2) x(1270) `FILTER ACCESS 4'4 PANEL (19.1) OPENING F INLET AIR ALTERNATE UNIT CONNECTION SIZES 7/e D. (22.2) K.O. 11 CONDENSATE DRAINS 3/4 FPT 21/s CONTROL WIRING EXCEPT HORIZONTAL A -COIL APPS: 3/4 FEMALE PVC INLET AIR CONNECTION GLUE JOINT VIA FITTINGS PROVIDED OUTLET TO Cj SUCTION, 018 - 5/8 I.D. SWEAT, 024 THRU 036 - 3/4 I.D. SWEAT (25.4) ye D. (22.2) K.O. 042 THRU 060.7/81.D. SWEAT FOR LOW VOLTAGE LIQUID, 3/81.D. SWEAT CONTROL WIRING 316.0 1 4"A6 (25.4) CONNECTION 14'8 (71.4) (34.9) L -7/s, l Vw , 2.0 (22.2, 27.8, 50.8 K.O.-S) FOR HIGH VOLTAGE FOR HIGH VOLTAGE POWER WIRING POWER WIRING DISCONNECT OR 12-11/16 OPPOSITE SIDE CRCUIT BRAKER _ LOCATION BLOWER, CONTROL & ELECTRIC HEATER ACCESS PANEL COIL ACCESS PANEL LIQUID LINE CONNECTION SUCTION LINE CONNECTION 1 645s (2 (157.2) x(1270) `FILTER ACCESS 4'4 PANEL (19.1) OPENING F INLET AIR DIMENSIONS (560.4) ALTERNATE A In. 7/e D. (22.2) K.O. 11 FOR LOW VOLTAGE - 21/s CONTROL WIRING LIQUID LINE INLET AIR CONNECTION 1 OUTLET TO Cj (25.4) AI 1084.3 14-5/16 G LIQUID LINE 316.0 2'Vi6 4"A6 10-7/16 CONNECTION (MODULAR (71.4) (119.1) L 42-11/16 FOR HIGH VOLTAGE ONLY) 363.5 POWER WIRING O' 12-11/16 OPPOSITE SIDE 03/ 91/4 - - 617A030/618A030 NOTE: MODULAR 73.1) ® 235.0) UNITS WILL 447.5 (31.7) I HAVE A TWO- 16 406.4 PIECE CABINET 273.1 - - SUCTION LINE SLOPE COILS CONNECTION DOWNFLOW OR HORZ. SLOPE COIL DETAILS RIGHT APPLICATIONS CONNECTION LOCATIONS SHOWN AND FOR UPFLOW OR HORZ. "A' COILS LEFT APPLICATIONS DOWNFLOW APPLICATIONS DIMENSIONS (560.4) COIL TYPE A In. 104'ie 11 Ua 21/s (258.8) (279.4) (22.2) (54.0) 1 OUTLET K* mm 618A018/617A018,024 (25.4) AI 1084.3 14-5/16 363.5 12-7/16 316.0 ALTERNATE (19.1) K 10-7/16 7/s, 1%2, 2.0 D. (MODULAR - (22.2, 27.8, 50.8 K.O.'S) UNITS 42-11/16 FOR HIGH VOLTAGE ONLY) 363.5 POWER WIRING 316.0 12-11/16 OPPOSITE SIDE 10-3/4 273.1 - - 617A030/618A030 NOTE: MODULAR 42-11/16 1 y4 -.I UNITS WILL 447.5 (31.7) I HAVE A TWO- 16 406.4 PIECE CABINET 273.1 "A6 (17.5) 1 y420ys- (31.7� (509.6) INLET AIR A90163 MODEL AND SIZEt COIL TYPE A In. mm B In. mm C In. mm F In. mm G In. mm In. K* mm 618A018/617A018,024 SLOPE 42-11/161 1084.3 14-5/16 363.5 12-7/16 316.0 12-11/16 322.3 10-7/16 265.1 - - 618A024 A 42-11/16 1084.3 14-5/16 363.5 12-7/16 316.0 12-11/16 322.3 10-3/4 273.1 - - 617A030/618A030 A 42-11/16 1084.3 17-5/8 447.5 15-3/4 400.1 16 406.4 10-3/4 273.1 - - 618A036 I A 49-5/8 1260.5 17-5/8 447.5 15-3/4 400.1 16 406.4 15-11/16 398.5 - - 617A036 I SLOPE 49-5/8 1260.5 17-5/8 447.5 15-3/4 400.1 16 406.4 15-3/8 390.5 - - 617A042/618A042 I A 53-7/16 1357.3 21-1/8 1 536.5 1 19-1/4 1 489.0 1 19-1/2 1 495.3 15-1/2 393.7 25 635 617AO48/618AO48 A 53-7/16 1357.3 21-1/8 536.5 19-1/4 489.0 19-1/2 495.3 15-1/2 393.7 25 1 635 618AO60 A 159-3/161 1503.4 24-11/16 627.0 22-3/4 577.9 23 584.2 25-1/4 641.4 25 635 617AO60 A 153-7/161 1357.3 21-1/8 1 536.5 19-1/4 489.0 19-1/2 495.3 15-1/2 393.7 25 635 *Applicable for modular units only. tDescriptions and dimensions apply to all versions (617ANA, ANU, etc.), unless otherwise specified. M AlIrT 1 • CERTIFICATION • LISTING • TESTING • INSPECTION Q ��MpEMl� � •on wsf CERTIFICATION APPLIES ONLY WHEN THE • COMPLETE SYSTEM IS LISTED WITH ARI. -2- 2M (55.0) TYP• TYR- NOTES: (4 PLACES), (2 PLACES)- HORIZONTAL MOUNT LOCATIONS -DIMPLES PROVIDED IN TOP PANEL AND - -® .. BACK OF CABINET. IN CABINET BOTTOM, HOLES PROVIDED .136 -IN. DIA. H a . (3.45). HORIZONTAL HANGING HARDWARE TO BE FIELDSUPPLIED. ❑ `t •: 1 PRIMARY DRAIN (25.4) t SEE PRODUCT OFFERING CHART FOR UNITS APPROVED FOR VERTICAL ONLY TYR. (762) APPLICATION. SECONDARY DRAIN (2 PLACES)- 1'h SECONDARY DRAIN (38.1) rr Y's PRIMARY DRAIN PRIMARY DRAIN 1'44s TYR.. )* . 1 • SECONDARY DRAIN TYR SECONDARY- ❑ O ' DRAIN11X ; PRIMARY (381 '� 21/,6DRAIN �.. 1'h•` _ ) 55.0 (38.1) 00 ❑i O. TYR *.' /s 2y,s 1'/z J �'/' 3'/e �s�.� �Tf tyz �L.. 1� (7a s) .: j38.1) : :-.•.I '4 I (1z.7) 1/z ,ps.a) (7s) I 2�/a .3vs (25.4) TYR. (46.0) H (12.7) 7 I TYR.* (38.1) E-- TYP.• --.! (33�) (66.7) '(79.4) TYR. (4 PLACES)* 'I .. TY (22.2) /e (2 PLACES)* TMp'• TYR.* (22'2) HORIZONTAL LEFT (7s 2) DOWNFLOW HORIZONTAL RIGHT TYR.* SLOPE COIL SLOPE COILt SLOPE COIL t UPFLOW SLOPE COIL 23'ie (55.0), TYR APPLICATION, FIELD CONVERTED APPLICATION, AS SHIPPED /'s `•, (2 PLACES)* - - - AIRFLOW 01.1) i TYR TYR. .... 1 (a PLACES).. H..�- 1 .. N (25.4) �• 4�' ® SECONDARY DRAIN l SECONDARY DRAIN 4 TYR., (INSTALL, SPECIAL DAM FITTING) .(INSTALL SPECIAL PRIMARY DRAIN (2 PLACES)! 3/e yie DAM FITTING) PRIMARY IN, - PRIMARY DRAIN 1'y,s t TYP.• ... .(46 0) PRIMARY 1 TYR.*., (25) o �® O - DRAIN TYR. ° SECONDARY DRAIN .4 (2 PLACES) SECONDARY DRAIN _ ❑V ®., o 1/2 '(33.3);(3412��./ /P�/2s11) e ie9 � 23/s (?) N 22 (55(7S9y.s4)(.) 7(. TYR* 34.9) EDNTYR. TYR.*. P.• 0(26"8/.i4e ) r (7t63:27 ) (4'PLACES)• �P e 4 ':.TYR. 4°/4 DOWNFLOW HORIZONTAL RIGHT1 (22'2) TYR.* (?`PLACES)• (120.7) A -COIL A-COILt HORIZONTAL LEFT UPFLOW x APPLICATION, FIELD CONVERTED A90164 A -COIL t A -COIL A90165 DIMENSIONS APPLICATION, AS SHIPPED `r' MODEL'AND <' 4 COIL TYPEIn. D** mm E** In. (MM)'. H In. mm J In. mm '618A0181617A018;024 SLOPE - - 18-3/16 462.0 18 457.2 18-1/2: 469.9. '610024-` A 14-1/4 362.0 18-3/16 462.0 18-1/8 460.4 18-7/16 468.3 617A030/618A030r.. A 14-1/4 362.0 18-3/16 462.0 18-1/8 460.4 18-7/16 468.3 e618A036'"" A - - 23-3/16 589.0 231/8 587.4 23-7/16 595.3 617A036 `... SLOPE 14-13/16 376.2 23-3/16 589.0 23 584.2 23-1/2 596:9 $18A042/617A042 A 14-15/16 379.4 27 685.8 2645/16 684.2 27-1/4 692.2 '617A048i618A048` r" A 14-15/16 379.4 27 685.8 26-15/16 684.2 27-1/4 692.2 '61'8A060'' s '' ,' A 17-13/16 452.4 32-11/16 830.3.. 32-5/8 828.7 32-15/16 836.6 2617A06.0;„ , A 14-15/16 379.4 27 685.8 26-15/16 684.2 27-1/4 692.2 ** Applicable for horizontal units only. ff Descriptions and dimensions apply to all versions (617ANA, 617ANU), unless otherwise specified. SPECIFICATIONS MODEL EXTERNAL STATIC PRESSURE INCHES WC SIZE 018 024 030 036 042/042M* 048/048M* 060M* SIZE Operating Wt 96 103 130 145 154 168 1 199 REFRIGERANT R-22 605 700_I R-22 660 540 625 Refrig Metering Device 570 435 Piston Size TXV 61 1 67 1 78 82 COIL 98 COIL 585 460 550 405 510 350 Rows and Fins Per Inch 3 and 11 3 and 11 3 and 11 3 and 11 3 and 14 3 and 14 3 and 11 3 and 14 Face Area S Ft 2.23 2.97 3.46 2.23 4.45 4.45 5.93 7.42 FAN 5.93 FAN 745 810 1 700 755 650 Air Discharge CFM (Nominal) 650 850 1100 See product offering chart 1300 1500 1700 2000 Motor H PSC 1/5 1/4 1/3 1/3 1 1/2 3/4 3/4 Filter 21-1/2 x 13 1 21-1/2 x 13 21-1/2 x 16-3/8 1 21-1/2 x 16-3/8 1 21-1/2 x 19-7/8 21-1/2 x 19-7/8 21-1/2 x 23-5/16 MODEL EXTERNAL STATIC PRESSURE INCHES WC SIZE 018 024 030 036 042/042M* 048/048M:' 060/060M* Operating Wei ht 94 98 1 126 1 128 1 147 158 168 REFRIGERANT 540 555 618AO18 R-22 605 700_I Refrig Metering Device 660 540 625 Bypass Check -Flo -Rater@ 570 435 Piston Size 55 61 1 67 1 78 82 84 98 COIL 585 460 550 405 510 350 440 265 Rows and Fins Per Inch 2 and 14 3 and 11 2 and 14 915 3 and 11 2 and 14 3 and 11 3 and 11 Face Area (Sq Ft 2.23 2.23 3.46 585 2.97 4.45 4.45 5.93 FAN 745 810 1 700 755 650 695 Air Discharge 635 515 560 See product offering chart Low 555 CFM (Nominal) 650 850 1100 1300 1500 1700 2000 Motor H PSC 1/5 1/4 1/3 1 1/3 1 1/2 3/4 3/4 Filter$ 21-1/2 x 13 21-1/2 x 13 21-1/2 x 16-3/8 1 21-1/2 x 16-3/8 1 21-1/2 x 19-7/8 21-1/2 x 19-7/8 21-1/2 x 19-7/8 *Modular units tFan-coil units with TXV used in conjunction with reciprocating compressor must also use compressor start capacitor and relay. Refer to outdoor unit specifica- tions. $Filters must be field -supplied for vertical only models. NOTE: Descriptions and dimensions apply to all versions (617ANA, ANU, etc.), unless otherwise specified. AIR FLOW PERFORMANCE* MODEL AND SIZE EXTERNAL STATIC PRESSURE INCHES WC BLOWER MOTOR 0.10 0.20 0.30 0.40 0.50 0.60 SPEED 208 230 208 230 208 230 208 230 208 230 208 230 High 1 840 890 795 830_ 745 785 680_ _ 725 615 650 540 555 618AO18 Medium 1 605 700_I 580 660 540 625 490 570 435 520 400 400 Low 530 615 495 585 460 550 405 510 350 440 265 355 High 880 915 840 865 780 810 725 750 660 680 585 605 618AO24 Medium 785 850 745 810 1 700 755 650 695 590 635 515 560 Low 555 655 540 630 515 600 480 560 440 510 — 430 High 1245_ 1290 1190 _1245_ 1125 1165 1010 1100 980 1015 880 915 618AO30 Medium 1010 1140 980 1085 955 1035 910 980 855 915 755 825 Low 755 890 740 875 725 855 710 830 675 770 610 700 Hi h1395 1520 1360_ _1460 1320 1420 1280 1355 1225 1290 1155 1215 618AO36 Medium 1165 1315 1150 1280 1125 1255 1095 1220 1050 1160 990 1110 Low 965 1115 1 960 1105 1 940 1075 920 1050 890 1010 850 950 High 1615 1755 1570 1680 1530 1635 1 1460 1565 1 1395 1485 1320 1360 618AO42 Medium 1355 1555 1330 1515 1290 1455 1255 1400 1190 1330 — 1250 Low — 1395 — 1345 — 1315 — 1260 — 1210 — — Hi h 1965 2025 _1880 1940 1810 1855 1725 1760 1630 1675 1550 1575 618AO48 Medium 1770 1885 1720 1820 1655 1750 1595 1675 1525 1590 1450 1515 Low 1400 1600 1380 1555 1355 1510 1320 1450 1270 1400 1200 1345 High 2225 — 2150 2225 2075 2145 1980 2050 1890 1955 1780 1 1850 618A060 Medium 1910 — 1870 1 2035 1 1830 1 1975 1770 1 1900 1695 1825 1600 1715 Low 1610 1855 1590 1 1825 1 1560 1 1780 1525 1 1715 1470 1640 1390 1 1565 —4— AIR FLOW PERFORMANCE* Continued MODEL AND SIZE .- ' KW EXTERNAL STATIC PRESSURE CORRECTION 'EXTERNALSTATIC PRESSURE INCHES WC 0 +0.02 1 BLOWER MOTOR 0.10 • 0.20 ""' 0.30. 0:40 0.50 0.60 SPEED .,. 208 230.. 208 `.• 230' 208 `' 230 208 230 208 230 208 230 61'7A01'8t Hi h860''- 1800 2000 _ - 920 - 825 875. ', : ' 780 $25: _ 730 770 670 705 580 600 Low 665 700 570 660 535 620 490 570 430 505 — — 1'617A024t: Hi h - .960':. 1010. 910 -950 ,: 855 -$95 795 830 725 755. 635 655 0:092. Low 810 ' 900 775n" . 855t' •_ '.735 805 685 745 630 680 550 575 ` 61 1 7A030't High =1210' 1280. 1180 1220 .` 1115 1155 1050 1085 980 1010 900 920 Low 985 `1105 950. -1055 905 1000, 860 1 945 795 875 — 775 -617A036t High 1410 1515 1365 1465 1320 1 1415 ' 1265 7360, 1215 1290 1155 1230 Low `1185 1350 -1160 ' 1315 1.125 1265 1090 1220 1055 1170 1015 950 High 1645 — 1590 — 1540 1670' 1485 1600 1450 1525 1360 1110 617AO42 4 Medium 1385 %1585 1350 1540 • 1315 " 1485 ' 1275 1430 1215 1370 — 1290 Low — 1400 — 1365 ; •, — 1330 - ;1290 — 1230 — — High `1880 1930 1820 1 1860 1725': 1785 1660 1710 1575 1620 1485 1525 617AO48 Medium 1775 1825 .1685 1765 ., 1625 1 1700 1550 1 1630 1.475 1550 1385 1470 ' Low 1425 1610 1385-- 1560 :. 1370 1510 .1325 1445 1255 1375 1185 1290 High 2120 2250 2070 --2185 2020 2115 1950 2045 1890 1975 1850 1900 617AO60 Medium 1880• 2075 1840. 2025 1800. 1970 1760 •1915 1710 1850 1650 1785 Low 1600 1840 15804 '1815 1560 1785 1530 1740 1500 1685 1480 1635 'Dry coil at 230 volts with filter and electric heater (2 element heater, sizes 018 through 036; 3 element heater, sizes 042 through 060). tTwo-speed fan data. NOTE: Not recommended for use above 0.60 inches external static pressure. EMShaded areas are outside the recommended airflow for the fan coil,:Usage outside this area could result in condensation blow off. For vertical only units, add filter pressure drop (shown in following chart) to airflow performance, then subtract field -selected filter pressure drop. FILTER STATIC PRESSURE DROP NOTE: Vertical only units not supplied with filter. Adjust airflow performance per this table. ELECTRIC HEATER STATIC PRESSURE DROP. The 617A/618A Airflow Performance Tables were developed using fan coils with 10 kw electric heaters (two elements) in the 018 through 042 size units. For fan coils with heaters of -a different number of elements, the external available static at a given cfm from the curve may be corrected by adding or. subtracting available external static pressure as indicated below. 617A/618A 018-042 617A/618A 048-060 HEATER ELEMENTS KW EXTERNAL STATIC PRESSURE CORRECTION CFM 0 +0.02 1 UNIT SIZE 400 600' 800 1000- 1200 . - " 1400 1600 1800 2000 -018 0.02 0.044 -0.075 — — — — — — 024- — 0.044 0.075030, ' ' — — 0.048 0.072 r 0.100- — — — — 036 — — —0.072 0.100 01.30 — — — 042 — = — — 0.070 0.092 0.120 — — 048 — — — — — 0:092. 0.120 0.152 — 060L .. — — — — — 0.120 0.152 1 .0.187 060H ,. , — — — — — - 0.086 0.105 1 0.130 NOTE: Vertical only units not supplied with filter. Adjust airflow performance per this table. ELECTRIC HEATER STATIC PRESSURE DROP. The 617A/618A Airflow Performance Tables were developed using fan coils with 10 kw electric heaters (two elements) in the 018 through 042 size units. For fan coils with heaters of -a different number of elements, the external available static at a given cfm from the curve may be corrected by adding or. subtracting available external static pressure as indicated below. 617A/618A 018-042 617A/618A 048-060 HEATER ELEMENTS KW EXTERNAL STATIC PRESSURE CORRECTION 0 0 +0.02 1 3,5 +0.01 2 8,10 0 3 9,15 -0.02 4 20 -0.04 HEATER ELEMENTS KW EXTERNAL STATIC PRESSURE CORRECTION .0 0 +0.04 2 8,10 +0.02 3 9,15 0 4 20 -0.02 6 1 18,24,30 1 -0.10 —5— AIR DELIVERY PERFORMANCE CORRECTION COMPONENT PRESSURE DROP (INCHES WC) AT INDICATED AIRFLOW (DRY TO WET COIL) NOTE: Subtract the above pressure drop corrections from unit airflow data when that component or condition is used. The remaining external static pressure will be available for the duct system. COOLING CAPACITIES (MBtuh) MODEL 618A EVAPORATOR AIR CFM and BF CFM COIL REFRIGERANT TEMPERATURE* (°F) MODEL AND SIZE 1 400 500 600 700 800 1 900 100 1100 1200 1300 1400 1500 617AO18 I - 0.019 0.029 0.036 0.043 - - - - - - - 618A018 i - 0.021 0.030 0.039 0.050 618A042 - - - - - - 617A024 I - - 0.030 0.039 0.051 0.062 0.076 - - - - - 618A024 - - 0.017 0.023 0.030 0.037 0.045 - - - - 617A030 I - - - - 0.020 0.027 0.033 0.040 - - - - 618A030 - - - - 0.022 0.028 1 0.034 1 0.040 1 - - - - 617A036 - - - - - - 0.044 1 0.053 1 0.063 1 0.072 0.083 0.093 618AO36 - - - - - - 0.029 1 0.036 1 0.044 1 0.049 0.054 0.059 NOTE: Subtract the above pressure drop corrections from unit airflow data when that component or condition is used. The remaining external static pressure will be available for the duct system. COOLING CAPACITIES (MBtuh) MODEL 618A EVAPORATOR AIR CFM and BF CFM COIL REFRIGERANT TEMPERATURE* (°F) MODEL AND SIZE 1200 1300 1400 1500 1600 1 1700 1800 1900 2000 2100 2200 2300 617AO42 0.029 0.033 0.036 0.040 0.043 0.046 - - - - - - 618A042 1 0.044 0.049 0.054 0.059 0.065 0.069 - - - - - - 617A048 - - 0.039 0.044 0.051 0.057 0.063 0.069 0.077 - - - 618A048 - - 0.023 0.027 0.030 0.033 0.036 0.040 0.044 - - - 617A060 11 - - - - 0.033 1 0.036 1 0.040 0.044 1 0.049 1 0.053 1 0.058 618AO60 I- - - - - 0.030 1 0.034 1 0.039 1 0.044 1 0.048 1 0.051 1 0.053 NOTE: Subtract the above pressure drop corrections from unit airflow data when that component or condition is used. The remaining external static pressure will be available for the duct system. COOLING CAPACITIES (MBtuh) MODEL 618A EVAPORATOR AIR CFM and BF COIL REFRIGERANT TEMPERATURE* (°F) 35 40 1 45 1 50 Evaporator Air -Entering Wet Bulb Temp (°F) 72 67 62 72 67 62 72 67 62 72 67 62 450 0.19 30 24 20 27 21 16 24 18 13 20 '14 11 12 14 14 11 12 13 10 11 11 -- --- 9 9 9 018 650 0.25 35 29 23 32 25 20 28 21 16 23 17 14 - - 16_- _ 12 13 -- 14 10 12 14 16 18 13 15 12 800 0.29 38 31 25 34 27 21 30 23 18 25 18 16 16 18 20 14 17 18 1 13 15 _16 12 1 13 13 600 0.21 39 32 25 35 28 21 31 23 17 26 18 15 16 18 19 15 16 - - -17 13 14 --- 15 11 12 13 024 875 0.25 47 38 31 42 34 26 37 28 22 31 22 19 19 22 24 _18_ _ 20 21 16 18 20 14 16 16 1000 0.27 50 41 33 45 35 28 39 30 24 33 23 20 21 23 26 19 21 23 17 19 21 15 - - 17 17 750 0.19 51 42 33 46 1 36 28 1 40 30 1 22 33 1 23 18 21 23 24 19 21 22 18 18 19 14 16 16 030 1075 0.24 60 49 39 54 43 33 47 36 27 38 28 23 25 --_28- __ 30 23 25 27 20 23 23 17 20 20 1250 0.27 65 52 42 58 45 35 50 29 41 29 25 _38 27 30 33 24 27 29 22 24 26 _ 19 - - 21 -- 22 900 0.20 57 47 37 51 41 31 45 34 26 38 27 22 24 26 26 21 - 23 25 1 19 21 21 16 1 18 19 036 1300 0.25 68 56 45 61 49 38 54 41 32 45 32 28 28 32 35 _ 26 _ 29 32 2_6 28 20 23 24 1500 0.27 72 59 48 65 52 41 57 43 35 48 34 31 _ 30 _ 34 38 27 31 34 25 28 31 22 25 26 1200 0.22 75 60 48 66 52 40 57 43 32 46 33 27 31 34 36 28 30 32 24 27 28 21 23 23 042 1530 0.26 84 68 53 74 58 44 63 48 1 37 52 37 32 35 39 42 31 35 37 28 31 32 24 27 27 1700 0.28 87 70 56 77 60 46 1 66 50 39 54 39 34 36- 41 44 33 37 39 29 33 34 25 28 29 1400 0.24 83 67 53 74 58 45 64 49 37 53 38 32 34 37 40 31 34 96 27 30 32 24 26 27 048 1750 0.27 92 75 60 82 65 50 72 54 42 59 43 36 38 42 1 46 34 1 39 42 31 35 1 37 27 30 31 2000 0.29 97 79 63 87 69 54 76 57 1 46 63 45 40 40 46 50 _ 37 37 42 45 1 33 37 40 29 33 34 1750 0.18 108 88 70 97 76 59 84 63 48 69 49 42 45 49 52 40 44 47 36 39 42 31 34 36 060 2000 0.20 115 93 74 103 81 63 89 67 53 74 53 46 48 53 57 43 48 51 38 42 46 33 37 39 2300 0.21 127 100 1 80 1 109 1 86 68 94 1 72 58_ 79 56 50 1 51 57 62 46 51 56 41 46 50 36 40 43 See notes bottom of page 7. Q -M e • COOLING CAPACITIES (MBtuh) Continued MODEL 617A EVAPORATOR AIR CFM and BF 79 78 COIL REFRIGERANT TEMPERATURE* (°F) 76 75 Under75 35 40 T-- 45 50 1 Evaporator Air -Entering Wet Bulb Temp (°F) 83 72 67 62 72 67 62 72 67 62 72 67 62 Over 85 450 .0.14 35 28 22 31 "25 19 27 21 15 23 16 12 14 15 16 13 14 14 11 12 13 10 10 11 018 650 0.19 43 35 28 39 30 23 34 26 19 28 20 16 18 19 . 21 16 17 19 14 - 15 16 12 13 14 800 0.21 48 39 31 43 34 26- 38 29 22 31 23 19 20 22 24 18 20 21 16 18 19 14 15 . 16 600 0.17 44 35 28 39 31 .24 34 26 19 29 20 16 18 19 - 20 16 17 18 14 15 16 12 • 13 -13 024 875 0.22 '54 44 35 `" 49 38 :29 . '42 32 24 35 25 20 22 24 26 20 22 24 18 20 21 16 17 18 1000 0.24 58 47 38 '52 "41 32:., 45 34 26 38 27 22 24 26 + ' 28 1 22 24 1. 26 19 1 21 _ - 23 -17 19 19 750 0.15 54 44 35 49` '::39 30 43 32 24 36 26 20 22' 24 25 20 22 23 18 19. 20 15 17 _-17 •. 030 1075 0.20 64' 53 43 58 47 36 51 39 30- 43 31 1 26 27' 30 32 24 27 29 22 24 26 " 19 21 22 1250 0.22 69 57 46 62 50 39 55 42 33 46 34 28 28 32 35 " 26 29 32 24 - 127 28 '21 23 " 24 ` 900 0.10 65 53 43 59 47 37 52 40 30 44 32 25 27 29 -32 _ 24 27 a29 22 24 25 19 21 22 036 1300 0.15 75 63 51 69 56 44 6147 37 52 38 32 31 36 40 29 33 36 - 26 _ 30 32 24 27 28 1500 0.17 79 66 54• 72 ° 58 -48 64 50 41 55 41 35 ` 33 - - 39 -' 43 31 36 39 28 33 35 25 '29 30 1200 0.11 88 72 .57 79 :, •" 62 48 69 52 39 58 -41 33 36 "40 42 33 - 36 - 38 29 - 32 33 25 28 28 042 1530 0.15 99 80 j•. 64 88 70 55 `.'' 77 59 45 65 46 39 41 45 49 37 41 44 33 37 . 39 29 32• 33 1700 0.16 103 84 68 93_ 58 81 62 48 68 49 1 41 _74- 43 -48 52 39 44 47 35 39 42 31 34 35 . 1400 0.14 99 80 64 89'_ 70' 1 54' 77 58 1 44 65 46 37 .41 44,r 1 48 37 ' 40 42 32 35 37 1 _28 30 32, 048 1750• 0.16 111 91. 1 72 100. 79 61 _ _ 87, 66 50 72 51 43 46 50 54 42 • 45 48 37 ' 40 43 32 35 %37 2000 0.18 119 97 77 106 •84 65 92 70 55 77 55 47 -. 49 54 59 44 49 53 39.. 44' - 47 34 38 40 1750 0.12 120 99 79 108 -86 67 95 73 "54 79 57 46 50 - 55 59 45 50 53 40 44 46 35 39_ 40 060 2000 0.13 127 105 ._ 84 115 '- 92'. 71 101 77 59 85 61 50 53 59 64 48 54 58 43 48 51. • .. 38 42' 43 2300 0.15 135 111 90 $- 122 98 77 107 82 64 90 65 55 56 64 -- 69 52 58 63 47 52 =55 41 46 47 *Saturated suction leaving evaporator coil. am Sensible Heat Capacity (1000 Btuh) BF -Bypass Factor NOTES: 1. Gross capacities shown do not include a deduction for evaporator fan mo- tor heat. 2. Contact manufacturer for cooling capacities at conditions other than shown in table. 3. Formulas: Leaving db =entering db - sensible heat cap. 1.09 x cfm Leaving wb = wb corresponding to enthalpy of air leaving coil (h,wb) _ total capacity (Btuh) h,wb - hew° 4.5 x cfm where hewb = enthalpy of air entering coil. 4. Direct interpolation is permissible. Do not extrapolate. 5. SHC is based on 80°F db temperature of air entering coil. Below 80'F sub- tract (corr factor x cfm) from SHC. Above 80°F db, add (corr factor x cfm) to SHC. SHC CORRECTION FACTOR Interpolation is permissible. Correction Factor = 1.09 x (1 - BF) x (db - 80) -7- AIR DRY-BULB TEMP 'F 79 78 77 76 75 Under75 1 82 83 84 84 Over 85 t1001ENTERING Correction Factor .98 1.96 2.94 3.92 4.91 Use formula :87 1.74 2.62 3.49 4.36 shown below. .76 1.53 2.29 3.05 3.82 Interpolation is permissible. Correction Factor = 1.09 x (1 - BF) x (db - 80) -7- ACCESSORIES ITEM ACCESSORY PART NUMBER* FAN COIL SIZE USED WITH 617A 618A 2 -Speed Relay Kit 315915-70101 All All Time -Delay Off Relay Kit 315916-70101 All All Disconnect Kit 315917-70101 Cooling control and heaters thru 10 -kw Latent Capacity Control Kit 31 591 8-701 01 All All Downflow Base Kit 315919-70101 018,024 018,024 315919-71101 030,036 030,036 315919-72101 042,048,060 042,048 315919-73101 — 060 Downflow Conversion Kit 315920-70101 All All Filter Cage Kitt 315921-70101 018,024 — 315921-71101 030,036 — 315921-72101 042,048,060 — Sweat -to -Mechanical Adapter Kit Return Air Duct -Flan a Kit 315922-70101 018 018 315922-71101 024,030,036 024,030,036 315922-72101 042,048,060 042,048,060 315923-70101 All All Single -Point Wiring Kit 301820-4001 15 and 20 kw Fused Heaters *Factory -authorized and listed, field installed. tStandard on 618A. $Not applicable if low speed is normal cooling speed selected. ELECTRIC HEATERS HEATER P/N KW @ 240 VOLT VOLTS/PHASE KW/ STAGE INTERNAL CIRCUIT PROTECTION FAN COIL SIZE USED WITH HEATING CAP.t @ 230 VOLT 314995-703 3 230/1 3 Nonet 018,024 9420 314995-705 5 230/1 5 None 018 thru 036 15700 314995-708 8 230/1 8 Nonet 018 thru 060 25100 314995-710 10 230/1 10 Nonet 018 thru 060 31400 314995-715 15 230/1 10,5 Fuses 024 thru 060 47100 314995-720 20 230/1 10,10 Fuses 030 thru 060 62800 314995-730 9 230/3 6,3 Nonet 036 thru 060 28300 314995-731 15 230/3 10,5 N onet 036 thru 060 47100 314995-732 18 230/3 6,6,6 Nonet 042, 048, 060 56500 314995-725 24 230/3* 8,8,8 Fuses 048,060 78500 314995-726 30 230/3* 10,10,10 Fuses 048,060 94200 314995-704 3 230/1 3 Ckt Bkq 018,024 9420 314995-706 5 230/1 5 Ckt Bkrt 018 thru 036 15700 314995-709 8 230/1 8 Ckt Bkrt 018, 024, 030, 036 25100 314995-711 10 230/1 10 Ckt Bkrt 018 thru 060 31400 314995-716 15 230/1 10,5 Ckt Bkrt 024 thru 060 47100 314995-721 20 230/1 10,10 Ckt Bkrt 030 thru 060 62800 314995-717 15 230/1 10,5 Fusedt 024 thru 060 47100 314995-722 20 230/1 10,10 F usedt 030 thru 060 62800 314995-727 24 230/3* 8,8,8 Fusedt 048,060 78500 314995-728 30 230/3* 10,10,10 Fused$ 048,060 94200 *These heaters field convertible to single phase. tBlower motor heat not included. $CSA approved ELECTRIC HEATER INTERNAL PROTECTION HEATER KW PHASE FUSES QTY/SIZE CKT BKR QTY/SIZE 3 1 — 2/60 5 1 — 2/60 8 1 — 2/60 10 1 — 2/60 15 1 4/60 4/60 20 1 4/60 4/60 24 3/1 6/60 — 30 3/1 6/60 9 3 — — 15 3 — — 18 3 — — 9", ELECTRICAL DATA, ELECTRIC HEATERS ACCESSORY HEATER P/N KW 240-V 208-V PHASE INTERNAL Circuit PROTECTION HEATER AMPS 208/230-V . Single Dual Circuit Circuit L1,L2 L3,L4 Minimum Ampacity* 208/230-V Single Dual Circuit Circuit L1,L2 L3,L4 Minimum Wire Size (AWG) 208/230-V Single Dual Circuit Circuit L1,L2 L3,L4 BRANCH CIRCUIT. Minimum Gnd Wire Size 208/230-V Single Dual Circuit Circuit L1,L2 L3,L4 Fuse/Ckt Skr Amps 208/230-V Single Dual Circuit Circuit L1,L2 L3,L4 Max Wire Length`* For 2% Voltage Drop 208/230-V (Feet) Single Dual Circuit Circuit L1,2 TL3,L4 314995-703 3 2.3 1 HEATER AMPS 10.9/12.0 MIN WIRE SIZE (AWG) MIN GND 16.2/17.5 FOR 2% VOLTAGE DROP HEATER 12 208/230-V 12 208/230-V' WIRE SIZE 20 208/230-V 240-V 63/65 1_1/1_2 314995-704 3 2.3 1 CB 10.9/12.0 1_3I1.4 L5/L6 16.2/17.5 1-3/1-4 LSIL6 12 'L3/1.4 L5/L6 12 PHASE 208/230-V 20 24 to 63/65 28.9/32.0 314995-705 5 3.8 1 36.1/40.0 18.1 /20.0 8 8 26.7/29.0 45/50 40145 10 61162 :73173 10 314995-727** 25/30 61/62. 314995-706 5 3.8 1 CB 18.1/20.0 26.7129.0 10 314995-72630 '10 22.5 1 25/30 36.2/40.0 36.2/40.0 61/62 45.1/50.0 314995-708 8 6 1 10 - 28.9/32.0 50/60 50160 43.0146.9 X58/58 58/58 8 10 45/50 - 61/62 314995-709 8 6 1 CB - 28.9/32.0 43.0/46.9 8 10 45150 61/62 314995-730 9 6.8 3 18.8/20.8 30.4/32.9 8 10 35135 108/111 314995-710 10 7.5 1 36.2/40.0 52.2156.9 6 10, 60/60 78/79 314995-711 10 7.5 1 CB 36.2/40.0 52.2/56.9 6 10 60160 78179 314995-715 15 11.3 1 FUSE 54.2/59.9 36.2/40.0 18.1/20.0 74.7181.8 52.2/56.9 22.7/25.0 4 6 10 8. 10110 .10/10 80/90 60/60 25/25 86187 78/79 78/79 314995-717 15 11.3 1 FUSEL 54.2/59.9 36.2/40.0 18.1/20.0 74.7/81.8 52.2/56.9 22.7/25.0 4 6 10 8 10110 10/10 80/90' 60/60 25/25 86187 78/79 78179 314995-716 15 11.3 1 CB 36.2/40.0 18.1/20.0 52.2156.9 22.7/25.0 6 10 10/10 •10110 60160 25125 78179 78/79 314995-731 15 11.3 3 31.3134.6 46.0/50:2 8/6 10 50/50 71/112 314995-732 18 13.5 3 37.6/41.5 53.9/58.8 6 10 .60/60 94/95 314995-720 20 15 1 FUSE 72.3/79.9 36.2140.0 36.2/40.0 97.31106.8 52.2/56.9 45.3150.0 3/2 6 8 6 10/10 '10110 100/110 60/60 50/50 84/106 " 78179 58158 314995-722 20 15 1 FUSEL 72.3!79.9 36.2/40.0 36.2/40.0 97.31106.8 52.2/56.9 45.3/50.0 312 6 8 6 10/10 10110 1001110 60/60 50/50 84/106 78179 58158 314995-721 20 15 1 CB - 36.2/40.0 36.2/40.0 52.2156.9 45.3150.0 6 8 10110 10/10 - 60/60 50/50 78/79 58/58 314995-725 24 18 3 FUSE 50.1/55.4 69.5/76.2 4 8 70/80 116/117 ' 24 18, 1 FUSE 86.7195.9 116/127 1 6 125/150 1121113 314995-727 24 18 3 FUSEL 50.1/55.4 69.5/76.2 4 8 70/80 116/117 24 .18 1 FUSEL 86.7195.9 1161127 1 6 125/150 112/,113 314995.726 30 22.5 3 FUSE 62.6/69.2 85.2/93.4 3 8 901100 1201121 - 30 22.5 1 FUSE 109.0/720.0 143/157 0100 6 150/175 1141145 314995-728 30 22.5 3 FUSEL 62.6/69.2• 85.2/93.4 3 8 90/100 120/121 30 22.5 1 FUSEL 109.01120.0 - - 143/157 - - 0/00 - - " 6 - - 150/175. - - 114/145 FIELD MULTI -POINT WIRING OF 24 and 30 KW SINGLE PHASE BRANCH.CIRCUIT'"`�- • - MAX WIRE LENGTH** HEATER AMPS MIN AMPACITY*- MIN WIRE SIZE (AWG) MIN GND FUSEICKT BKR AMPS FOR 2% VOLTAGE DROP HEATER KW 208/230-V 2081230-V 208/230-V' WIRE SIZE 208/230-V 208/230-V 240-V 208-V 1_1/1_2 L3/L4 1_5I1.6 1.1/1-2 1-3/1-4 1_5I1_6 1-1/1.2 1_3I1.4 L5/L6 L1/1_2 1-3/1-4 LSIL6 1.111.2 'L3/1.4 L5/L6 ' PIN' PHASE 208/230-V 314995-725 24 to 1 28.9/32.0 28.9132.0 28.9/32.0 43.0146.9 36.1/40.0 36.1/40.0 B 8 8 10 45/50 40145 40145 61162 :73173 73173 314995-727** 314995-72630 22.5 1 36.2/40.0 36.2/40.0 36.2/40.0 52.2/56.9 45.1/50.0 45.1/50.0 6 8 8 10 - 60/60 50/60 50160 78/79 X58/58 58/58 314995-728** - CB -Circuit Breaker *Includes blower motor amps of largest fan coil heater is used with. tCSA fused with single point wiring adapter. $75 degree C copper wire required. When using non-metallic(NM) sheathed cable, wire size required should be based on that of 60 degree C conductors, instead of wire sizes shown in table above per NEC 1990 Article 336-26. **Length shown is as measured one way along wire path between unit and service panel for a maximum 2% voltage drop. NOTE: The 24 and 30 kw heaters are convertible to single phase, single or multiple supply circuit. FAN COIL ELECTRICAL DATA (UNITS WITHOUT ELECTRICAL HEAT) UNIT SIZE VOLTS (1 PHASE) FLA MIN CKT AMPS Min Wire Size* AWG BRANCH CIRCUIT Max Wire Length Ft 208V I 230V Fuse Amps 018 208/230 1.6 2.0 14 325 350 15 024 208/230 2.0 2.5 14 250 275 15 030 208/230 2.4 3.0 14 210 225 15 036 208/230 3.2 4.0 14 150 175 1 15 042 208/230 3.4 4.7 14 125 150 15 048 208/230 5.5 6.9 14 90 100 1 15 060 208/230 5.4 6.8 14 90 100 1 15 *Use copper wire only to connect unit. If other than uncoated (nonplated), 75 degree C ambient, copper wire (solid wire for 10 AWG and smaller, stranded wire for larger than 10 AWG) is used, consult applicable tables of the National Electric Code (ANSI/NFPA 70). tLength shown is as measured one way along wire path between unit and service panel, for a minimum 2% voltage drop. FLA—Full Load Amps ESTIMATED SOUND POWER LEVELS FOR 617A, 618A FAN COILS* MODEL AND CONDITIONS OCTAVE BAND CENTER FREQUENCY SIZE CFM ESP RPM 63 125 250 500 1000 2000 4000 617A/618A018 650 0.25 950 63 59 55 54 50 48 44 617A/618A024 1 875 0.25 1075 64 60 56 53 53 49 45 617A/618A030 1 1075 0.25 1075 65 61 57 54 54 50 46 617AI618AO36 1300 0.25 1075 66 62 58 55 55 50 47 617A/618A042 1 1530 0.25 1 1075 67 63 59 1 56 56 52 48 617A/618A048 11 1750 0.25 1075 67 63 59 56 56 1 '52 48 618AO60 11 2000 0.25 1075 68 64 60 57 57 1 53 49 617AO60 2000 0.25 1100 68 64 J 60 57 57 1 53 49 *Estimated sound power levels have been derived using the method described in the 1987 ASHRAE HVAC Systems & Applications Handbook, Chapter 52, p. 52.7. 10- FEATURES 618A FEATURES..6:17A • Grooved copper tube- '66: copper tube; y - • Lanced sine wave aluminum fin • Lanced'sine wave. aluminum fin • Prepainted galvanized sheet metal • Prepaintedgalvanized sheet metal • Cooling controls with every unit • Cooling controls with every unit • Boehmited coil • Boehr iited coil • 3 -Speed motors • 2 -Speed motors on sizes018 through 036 • Plastic (with drain connection inserts) condensate pan : • 3 -Speed motors on sizes 042 through 060 '•• All units multipoise • Plastic (with drain 'connection inserts) condensate pan • Modular versions available in 3-1/2-5 ton -sizes • Multipoise vertical only units available • Modular only -5 ton '° • Modular versions available in 3-1/2-5 ton sizes (single piece • Factory -supplied cleanable filter construction'617ANU),., • Easy access filter for cleaning—no tools required .• Factory. -supplied cleanable filter on multipoise units • Deluxe filter cage to accept bulk media : Easy access filter for cleaning—no tools required • Field- or factory -installed heater packages 3 through 30 kw,' ''• Field- or factory=installed heater packages 3- through 30 -kw, fused, circuit breaker, non-fused (10 kw & down) fused, circuit-6ieaker, non-fused (10kw & down) • Solid-state interlock control board • . Solid-state'interlock control board • High-density insulation. : • High-density insulation • Sweat connections • Sweat connections • Bi -flow hard shutoff TXV • Check -Flo -Rater • Multiple electric entry • Multiple electric entry • Secondary drain connection • Secondary drain connection • Connections for humidifier & electronic air cleaner on low -volt- • Connections for humidifier & electronic air cleaner on low -volt- age terminal board age terminal board • Connections for electronic air cleaner on control module ip Connections for electronic air cleaner on control module • Inspection plate for cleaning • Inspection plate for cleaning . • 1 -1 /2 through' 5 ton sizes • 1-1/2 through 5 ton sizes • HUD approved for manufactured housing • HUD approved for manufactured housing • Replaceable 5 amp blade -type auto fuse protects against • Replaceable 5 -amp blade -type auto fuse protects against transformer secondary short' transformer secondary short. • 40VA, 208-, 230 -volt transformer • 40VA, 208 -,.230 -volt transformer PRODUCT OFFERING MODEUSIZE 'DESCRIPTION CABINETRY 617ANA/018-060 Multipoise Single Piece 617ANU/018-060 Vertical Only Single Piece 617ANM/042-060 Multipoise Modular' 617ANF/018-060 Multipoise—Florida Special Single Piece 617ANG/018-060 Vertical Only—Florida Special Single Piece 617ASA/018-060. Multipoise-50, Hz Single Piece 617ASM/042-060 Multipoise-50 Hz Single Piece 618ANA/018-048 Multipoise—High- Efficiency Single Piece 618ANM/042-060 Multipoise—High Efficiency; Modular 618ANF/018-060 Multipoise—High Efficiency—Florida. Special -Single Piece—(060—Modular) NOTE: Multipoise units are approved for upflow, downflow, and horizontal left and right applications. —11.— MATCHED SYSTEM Our humidifiers replenish moisture to dry, heated winter air. For top per- formance, always complement a system with our comfort accessories. Our state-of-the-art heat pumps pro- vide high efficiency heating and cooling with maximum reliability for year-round comfort. Ei) The 617A, 618A Fan Coils are matched with our outdoor units for top performance and years of relia- ble service. / The addition of our air cleaners can substantially improve comfort and system operation by removing up to 95% of the airborne pollutants in the home. / ��! A90311 SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE Day&Night UNIT MUST BE INSTALLED IN ACCORDANCE dayAir Conditioning WITH INSTALLATION INSTRUCTIONS night Indianapolis, IN City of Industry, CA Copyright 1991 Carrier Corporation —12— Catalog No. DA -3261-703 PRINTED IN U.S.A. 3-91 Day&Nighf d , Air Conditioning SPLIT -SYSTEM MODEL 693A (60Hz) HEAT PUMP UNITS Sizes 018 thru 060 Indianapolis. IN - City of Industry. CA The 693A Outdoor Sections of split -system heat pumps are designed for quiet, reliable heating during the winter and cooling during the summer. These heat pump systems provide economy of operation through energy conservation. They recover heat for indoor comfort from outdoor air during the heating season and, by automatically reversing the refrigerant system; remove indoor heat and excess humidity during the cooling season. All, models are ARI certified ratings and are UL and CSA'listed. 11 FEATURES ELECTRICAL RANGE—All single phase units are offered in 208/230 -volts. COMPRESSOR—Designed specifically for heat pump duty,.with energy efficiency during heating and :cooling operation. Each compressor is hermetically sealed against contamination to assure long life and dependable performance, internally sprung and externally mounted on rubber isolators for quiet operation. Continuous compressor operation is approved down to. =36°F in the heating mode, and down to 55°F in the cooling mode. -(See heating and cooling performance tables.) All models include`a discharge -tube muffler to pre ent sound transmission of the compressor pulsations to the indoor or outdoor coils. 1 BUILT-IN RELIABILITY .,:COMPON ENTS—Includes a suction - be 'accumulator that keeps liquid refrigerant from reaching the compressor; a low-pressure switch that stops the compressor if refrigerant charge is lost;' a crankcase heater to keep the com- pressor oil warm and free of refrigerant for maximum lubricity; an int" rnalgcompressor relief valve for high-pressure protection; and compressor start capacitor and relay components to assure reliable�starting of the units during brownout conditions and low outdoor temperatures. DEFROST CONTROL BOARD—Incorporates a defrost relay, defrost timer; and low -voltage terminal board. The defrost con- trol is a time/temperature initiation/termination control which includes three field -selectable time periods of 30, 50, and 90 • minutes. WEATHER -PROTECTIVE .CABINET—Steel is protected with a heavy.coating commonly called "galvanizing," then coated with a layer of zinc phosphate to which a coat of modified polyester powder coaling is applied and baked -on. This provides each unit with a hard, smooth finish that will last for many years. All screws'on cabinet exterior are coated for a long-lasting rust - resistant, quality appearance. UNIT DESIGN—All units are equipped with totally enclosed fan motors for greater reliability under rain and snow conditions. The large, wraparound coil uses copper tube and enhanced alu- minum fin and is- designed for optimum heat transfer during heating and cooling. The vertical air discharge carries the sound and air up and away from adjacent patio areas and foliage. Suffi- cient space is provided between rows of composite coils so they can be cleaned with a oommon garden hose. EXTERNAL SERVICE VALVES—Both service valves are brass,, backing seating type with sweat connections. Each valve has a service port for ease of checking operating refrigerant pressures. 'ADDITIONAL STANDARD FEATURES—Include bi-flow thermo- static expansion -valve refrigerant flow control for indoor coil. El Form No. PDS 693A.18.2D AIR OISCHANGE AIR IN AIR DISCHARGE } AIR IN AIR DISCHARGE } f I NOTES: 1. Allow two and one half foot (762) clearance to service end of unit, four foot (1219) above unit, six inches on one side (152), one foot (305) on remaining sides and two foot (610) between units for proper airflow. 2. Minimum outdoor operating ambient of 55°F (12.8°C) for cooling mode (unless low Ambient Control is used). Maximum 125*F (51.70C). 3. Maximum outdoor operating ambient of 66°F (18.9°C) for heating mode. 4. Dimensions in parentheses are in millimeters. FIELD POWER SUPPLY COM1. 7/B' 0.(22.22) NOLE WITH 1 3/32. O.(2Z.]W KNOCKOUT 32 �I (ALL SIZES -I 0 I 1 23/64"O. 060 SI KNOO LY) (036 THRU 060 SIZES ONLY) FIELD CONTROL SUPPLY CONN. Z/8' D. (22.22) NWE H OIA.SUCTIW LINE 3//'01 A. IS .53) m G A L1WID LINE F 10 15 32 (265.8) (105.8) 6 J 1(32.0> 1/4' 3/4' (41.6) DIMENSIONS 3/8'0. MST KNOCKOUTS 6) PLACES rl I� II - � B l0 Ily �I� ° I ACCESS $� PANEL 1 1 K E -j D UNIT MOUNTING PATTERN VIEW FROM TOP A88126 UNIT A Recommended Liquid -Tube Diameter (Ins) B 018 C 3/8 0 024, 030, 036 E 042, 048, 060 F 036-A G H J 042-A K SIZE (FTAN.) (mm) (FTAN.) (mm) (FT/INJ (mm) (IN.) (mm) (IN.) (mm) (I'VIN.) (mm) (FT/IN.) (mm) (IN.) (mm) (IN.) (mm) (IN.) 1(mm) 018-A 2'-7-7/8" 808.8 2'-6" 762.0 2'-9" 837.5 , 5" 127.9 9-3/4" 247.2 1'-10" 556.6 2'-4.1/2" 719.6 5/8" 15.88 2.7/8" 73.7 8-1/8" 1207.3 024-A 2'-7.7/8" 808.8 2'-6" 762.0 2'-9" 837.5 5" 127.9 9-3/4" 247.2 1'-10" 556.6 2'-4.1/2" 719.6 3/4" 19.05 2.7/8" 73.7 8-1/8" 207.3 030-A 2'-7.7/8" 808.8 2'-6" 762.0 2'-9" 837.5 5" 127.9 9.3/4" 247.2 1'-10" 556.6 2'-4-1/2" 719.6 3/4" 19.05 2-7/8" 73.7 8-1/8" 207.3 036-A 2'-7.7/8" 808.8 2'-6" 762.0 2'-9" 837.5 5" 127.9 9-3/4" 247.2 1'-10': 556.6 2'-4-1/2" 719.6 3/4" 19.05 2.7/8" 73.7 8-1/8" 207.3 042-A 2'-7-7/8" 808.8 2'-6" 762.0 2'-9" 837.5 5" 127.9 9-3/4" 247.2 1'-10" 556.6 2'-4-1/2" 719.6 7/8" 22.22 2-7/8" 73.7 8-1/8" 207.3 048-A 3'-1-7/8" 961.2 2'-6" 1762.01 2'-9" 1 837.5 1 5" 127.9 9-3/4" 247.2 1 2'-4" 709.0 2'-10.1/2" 872.0 7/8" 122.22 1 2.7/8" 73.7 8-1/8" 207.3 060-A 3'-1-7/8" 961.2 3'-2-9/16" 1979.91 3'-6" 1 1067.9 1 7" 1180.0 12" 1307.31 2'-4" 1709.01 2'-10-1/2" 1872.01 7/8" 122.22 1 2-7/8" 73.7 8-1/2" 216.8 RECOMMENDED TUBE DIAMETERS Size Tube Length (Ft)* Recommended Liquid -Tube Diameter (Ins) Recommended Vapor -Tube Diameter (Ins) 018 0 to 50 3/8 5/8 024, 030, 036 3/4 042, 048, 060 1-1/8 *For tube set over 50 -foot, consult long line information. METERING DEVICE Heat Pump Size Outdoor Piston Indoor TXV* 018-A 42 315175-75901 024-A 49 315175-76001 030-A 61 315175-76101 036-A 59 315175-76101 042-A 63 315175-76201 048-A 67 315175-76201 060-A 82 315175-76401 *TXV listed is for any approved coil combination. All TXV's are bi-flow. 1 � 9q/STANOAP�2 ��ORHm ® -2- `Q SPECIFICATIONS -693A SIZE -018-A 024-A 030-A 036-A 0427A 048-A 060-A OPERATING WEIGHT (lbs) _199 _ 249 251, 253._ .., 257 .275 361 ELECTRICAL Unit Volts -Hertz -Phase 2081230=60-1 208/230-60-1 208/230-60-1 208/2304-60-1 208[230=60-1 208/230=60-1 208/230-60-1 Operating Voltage Range 187=253 187-253, 187-253 187-253 187-253 187-253 187-253 Unit Ampacity for Wire Sizing 12.3 17.6' 20.0 29.4 ," 29.8 33.3 37.5 Min Wire Size 60°C Copper) AWG)* 14 12 12 10 10 8 8 Maximum Length (feet)ft 75 80 7075 75 110 95 Max Branch Circuit Fuse Size (Amps)# 20 30 35 50 50 50 60 Total Unit Amps 10.0 14.3 1 15.2 123.8 ., 24.1 26.9 30.3 Compressor Rated Load Amps 9.1 13.4 15.3 22.4 22.7 1 25.5 28.9 Locked Rotor Amps 49.0, 53.0 65.0 82.0 106.0 1 127.0 135.0 Fan Motor HP & RPM 1/8 &-820 1/8.& 820 '1/81-820 1/4 & 1100 1/4 & 1100 1/4 & 1100 1/4 & 820 Full Load Amps COMPRESSOR AND REFRIGERANT "0.9.. _ �.0.9 0:9 __ 1.4 . ':._1.4, . 1.4 1.4 10.00 18,500 2.70 10,000 Hermetic.` 6.50 7.6 Refrigerant Charge (Ibs)t OUTDOOR COIL x, 6.759.75 650 :_ 8.75 _ _ ;�: 9.38 , ' A- ,.-.-9.75 . � , 12.75, _ 15.75 Coil Face Area (Sq Ft) 15.00 15.00 " :.15:00'. `. . 15'.06 .15.00 18.00 24.50 Airflow (Cfm) OPTIONAL EQUIPMENT 2600 2600 2600• ;..3000 =:3000°, .3000 3800 Efficiency Alarm** * 517EN024 650 *'313076-751 9.50 18,900 CO M PROTECO 10,100 1.98 6.60 313078-751 517EN025t Outdoor Thermostat 18,500 10.00 18,900 313074.751' . 10,000 2:00 Secondary Outdoor Thermostat 7.6 516AO24 313074-752 18,500 10.00 Energy Minder'" 2.72 10,100 2.00 941AHX000OOOMBAA 7.6 Start Kit (capacitor & relay) 650 18,700 10.00 Standard 2.72 10,200 High Pressure Switch 1 6.60 1 7.6 313079-751 Snow Stand -18 -inch 313072.701 313073-701 Support Feet Kit -4 -inch (4) 313916-701 Sound Blanket 312991-751 Standard Low Ambient Controller** N/A 32LT660004 Low Ambient Motor** N/A HC36GE230 HC40GE230 HC38GE230 Winter Start Control$# N/A HN67XZ210 Evaporator Freeze Thermostat## N/A HH22UA025 Isolation Relay## N/A I HN61KKO66 Thermostat/Subbase-Manual OF HH07AT187 Thermostat/Subbase-Auto OF HH07AT186 Thermostat/Subbase-Manual °C HH07AT189 Thermostat/Subbase-Auto °C HH07AT188 Thermostat -Night Setback HH07PEOOI Defrost Bypass Solenoid Kit 314003-751 *If other than 60°C copper wire is used, size can be determined from unit ampacity given in above table and applicable table of National Electric Code. Wire size selected must have current capacity not less than that of copper wire specified and must not create a voltage drop between service panel and unit in excess of 2% of unit rated voltage. Must use copper wire from disconnect to unit. tThe factory refrigerant charge is sufficient for systems requiring up to 25 -feet of interconnecting tubing. #Single-phase units may use fuses or HACR-type circuit breakers (U.S. only) of same size as noted:= **Consult Low Ambient Installation Instructions for Application. ttLength shown is as measured one way along the wire path between the unit:and the service panel for minimum 2% voltage drop. ##Used with Low Ambient Controller. ***For indicator light function, specified thermostat must be used. COMBINATION RATINGS -3- t' ARC STANDARDS RATINGS* Cooling Heating SEER Hi -Temp Lo -Temp APPROVED With OUTDOOR INDOOR Sound UNIT UNIT Cfm -TC TXV TC COP TC COP HSPF Bels 519D/509AO18 519D/509AO19 650 650 17,800 18,400 9.80 10.10 18,000• 18,800' 2:56 2.76 a 9,900 10,000 1.92 1.98 6.30 6.50 7.6 7.6 519EO18 650 17,800 9.80 18,000 2.56. 9,000 1.92 6.30 7.6 519D/509AO24, 650 18,400 10.10 18,800 2.76 10,000 1.98 6.50 7.6 519EO24 650 18,400 10.10 18,800 2.76 10,000 1.98 6.50 7.6 693AO18-A 508AO24 650 18,100 10.00 18,500 2.70 10,000 1.98 6.50 7.6 51OB024 650 18,000 9.80 18,900 2.78 10,100 2.00 6.60 7.6 516AO18 650 18,200 10.00 18,300 2.74 9,900 2.02 6.60 7.6 517EN024 650 18,000 9.50 18,900 2.76 10,100 1.98 6.60 7.6 517EN025t 650 18,500 10.00 18,900 2:86 10,000 2:00 6.75 7.6 516AO24 650 18,500 10.00 18,700 2.72 10,100 2.00 6.60 7.6 517EN030 650 18,700 10.00 18,900 2.72 10,200 2.00 1 6.60 1 7.6 -3- COMBINATION RATINGS COP -Coefficient of Performance *Ratings are net values reflecting the effects of circulating fan heat. Supplemental electric heat is not Included. Ratings HSPF-Heating Seasonal Performance Factor are based on: SEER -Seasonal Energy Efficiency Ratio Cooling Standard: 80*F db, 67*F wb Indoor entering air temperatue and 95*F db air entering outdoor unit. TC -Total Capacity (Btuh) HI -Temp Heating Standard: 700F db Indoor entering air temperature and 47*F db, 43*F wb air entering outdoor unit. Lo -Temp Heating Standard: 70*F db Indoor entering air temperature and 17*F db, 15*F wb air entering outdoor unit. tOutdoor section/Indoor section combination tested in accordance with DOE test procedures for heat pumps. Ratings for other combinations are determined under DOE computer simulation procedures. ARI STANDARDS RATINGS* Cooling Heating SEER Hi -Temp Lo -Temp APPROVED With OUTDOOR INDOOR Sound UNIT UNIT Cfm TC TXV TC COP TC COP HSPF Bels 519D/509A024 875 23,400 10.00 25,600 3.00 14,900 2.08 6.90 7.6 519D/509A025 875 23,800 10.10 25,600 3.00 14,900 2.08 6.90 7.6 519EO24 875 23,400 10.00 25,600 3.00 14,900 2.08 6.90 7.6 508AO24 875 23,400 10.00 25,600 2.98 14,800 2.08 6.90 7.6 519DO30B 875 24,000 10.20 26,000 3.12 15,100 2.14 7.20 7.6 519D/509A030W 875 24,000 10.20 26,000 3.12 15,100 2.14 7.20 7.6 693AO24-A 519EO30 875 24,000 10.20 26,000 3.12 15,100 2.14 7.20 7.6 506BO30 875 23,400 10.00 25,600 3.06 15,000 2.12 7.00 7.6 516AO24 875 23,200 10.00 25,800 3.06 15,000 2.10 7.00 7.6 517EN030 875 23,200 10.00 25,800 3.10 15,000 2.10 7.00 7.6 517EN031t 875 24,000 10.30 26,400 3.18 15,000 2.14 7.20 7.6 516A30 875 23,600 10.00 26,000 3.06 15,200 2.10 7.00 7.6 517EN036 875 23,600 1 10.00 26,000 3.10 15,000 1 2.10 7.00 7.6 519D030B 1000 28,800 10.20 30,000 3.08 17,000 2.16 7.00 7.6 519D/509AO30W 1000 28,800 10.20 30,000 3.08 17,000 2.16 7.00 7.6 519EO30 1000 28,800 10.20 30,000 3.08 17,000 2.16 7.00 7.6 506BO30 1100 28,000 10.00 30,000 3.04 17,100 2.12 6.90 7.6 519CO36 1100 28,800 10.10 30,600 3.14 17,200 2.16 7.10 7.6 519D/509AO36B 1100 29,400 10.30 30,800 3.16 17,300 2.18 7.20 7.6 693AO30-A 519DO36WB 1100 29,400 10.30 30,800 3.16 17,300 2.18 7.20 7.6 519EO36 1100 29,400 10.30 30,800 3.16 17,300 2.18 7.20 7.6 508AO36 1100 28,400 10.10 30,000 3.02 17,100 2.12 7.00 7.6 506BO36 1100 29,000 10.20 30,600 3.10 17,300 2.18 7.10 7.6 51OB036 1100 28,600 10.10 30,400 3.12 17,200 2.14 7.00 7.6 517EN031t 1100 29,200 10.30 31,000 3.10 17,200 2.14 7.20 7.6 516AO30 1100 28,400 10.00 30,600 3.04 17,400 2.12 6.90 7.6 517EN036 1100 28,600 10.00 1 30,600 3.10 17,300 2.14 1 7.00 7.6 519D/509AO36B 1200 34,400 10.00 36,400 3.00 22,000 2.14 7.00 7.8 519DO36WB 1200 34,400 10.00 36,400 3.00 22,000 2.14 7.00 7.8 519EO36 1200 34,400 10.00 36,400 3.00 22,000 2.14 7.00 7.8 508AO36 1300 33,400 9.60 36,000 2.80 22,000 2.10 6.85 7.8 506BO36 1300 34,200 9.50 36,800 2.88 22,200 2.14 7.00 7.8 5190042 1300 34,400 9.80 37,000 3.06 22,200 2.16 7.00 7.8 519D/509AO42 1300 34,400 9.90 36,600 3.00 22,200 2.14 7.00 7.8 693AO36-A 519D/509AO42W 1300 34,200 9.80 36,800 3.00 22,200 2.14 7.00 7.8 519DI509AO43 1300 36,000 10.00 37,000 3.12 22,400 2.20 7.20 7.8 519D/509AO43W 1300 36,000 10.00 37,000 3.10 22,400 2.20 7.20 7.8 519D/509AO42C 1300 35,800 10.00 36,800 3.04 22,200 2.16 7.00 7.8 519EO42 1300 34,400 9.90 36,600 3.00 22,200 2.14 7.00 7.8 506BO42 1300 34,400 9.80 36,800 3.00 22,200 2.14 7.00 7.8 517E/GN042 1300 35,000 10.00 37,500 3.14 22,600 2.18 7.00 7.8 517E/GN043t 1300 1 36,000 1 10.00 38,000 3.16 22,600 2.20 1 7.30 7.8 519DI509AO42 1500 38,500 9.70 41,500 3.00 25,800 2.20 7.20 7.8 519D/509AO42W 1500 38,500 9.60 41,500 3.00 25,800 2.20 7.10 7.8 519D/509AO43 1500 41,000 10.00 42,000 3.08 26,000 2.20 7.30 7.8 519D/509AO43W 1500 41,000 10.00 42,000 3.06 26,000 2.20 7.30 7.8 519D/509AO42C 1500 40,500 10.00 41,500 3.00 25,800 2.20 7.20 7.8 519EO42 1500 38,500 9.70 41,500 3.00 25,800 2.20 7.20 7.8 506BO42 1500 39,000 9.70 41,500 3.00 25,800 2.20 7.00 7.8 519CO48 1500 39,000 9.70 42,000 3.02 25,800 2.20 7.20 7.8 519DO48 1500 39,500 9.90 42,500 3.06 26,000 2.20 7.30 7.8 693AO42-A 519D/509AO48W 1500 39,500 9.90 42,500 3.06 26,000 2.20 7.30 7.8 519DO49 1500 41,000 10.00 42,500 3.12 26,000 2.22 7.30 7.8 519DO48C 1500 40,500 10.00 42,000 3.04 26,000 2.20 7.30 7.8 519EO48 1500 39,500 9.90 42,500 3.06 26,000 2.20 7.30 7.8 508AO48 1500 39,500 9.90 42,000 3.00 26,000 2.20 7.20 7.8 506BO49 1500 40,500 10.00 42,000 3.08 26,000 2.20 7.30 7.8 51OB048 1500 40,000 9.80 43,000 3.16 26,200 2.22 7.30 7.8 517E/GN042 1500 39;500 9.60 42,500 3.08 26,200 2.20 7.30 7.8 517E/GN043 1500 40,000 9.80 42,500 3.12 26,200 2.22 7.30 7.8 517E/GN048 1500 40,000 9.60 42,000 3.10 26,600 2.20 7.10 7.8 517E/GN049t 1500 '41,000 1 10.00 43,000 3.10 26,600 2.20 1 7.30 7.8 519D048 1750 45,000 9.80 47,000 3.00 28,600 2.20 7.20 7.8 519D/509AO48W 1750 45,000 9.80 47,000 3.00 28,600 2.20 7.20 7.8 519DO49 1750 46,500 10.00 47,000 3.04 28,400 2.20 7.20 7.8 519DO48C 1600 45,500 10.00 46,000 2.94 28,000 2.18 7.00 7.8 519EO48 1750 45,000 9.80 47,000 3.00 28,600 2.20 7.20 7.8 508AO48 1600 44,500 9.80 46,000 2.90 28,200 2.18 7.00 7.8 506BO49 1750 46,000 10.00 46,500 3.00 28,400 2.20 7.10 7.8 51OB048 1750 45,500 9.80 48,000 3.10 28,800 2.20 7.20 7.8 519CO60 1600 46,000 10.00 47,500 3.06 28,600 2.20 7.20 7.8 693AO48-A 519D/509AO57C 1750 46,500 10.00 47,000 3.04 28,400 2.20 7.20 7.8 519D/509AO60 1750 47,000 10.00 48,000 3.10 29,000 2.20 7.30 7.8 519D/509AO61 1750 48,000 10.00 47,500 3.10 28,600 2.20 7.30 7.8 519EO60 1750 46,500 10.00 47,000 3.04 28,400 2.20 7.20 7.8 5068061 1750 47,500 10.00 47,500 3.10 28,800 2.20 7.30 7.8 51OB060 1750 47,000 10.00 48,000 3.10 29,000 2.20 7.30 7.9 517E/GN048 1750 45,000 9.70 48,000 3.10 29,000 2.20 7.30 7.8 517E/GN049 1750 46,500 9.80 47,500 3.06 29,000 2.20 7.10 7.8 517E/GN060 , 1750 46,500 9.50 47,500 3.06 29,600 2.16 7.10 7.8 517E/GN062 1750 46,500 9.50 47,500 3.10 29,600 2.20 7.10 7.8 517E/GN063t 1750 48,000 10.00 48,000 3.10 29,600 2.20 1 7.30 7.8 519D/509A057C 2000 53,500 9.70 58,000 3.00 34,200 2.28 7.20 8.0 519D/509A060 2000 55,500 9.90 58,500 3.06 35,000 2.30 7.20 8.0 519D/509A061 2000 55,500 10.00 58,500 3.08 34,400 2.30 7.20 8.0 519EO60 2000 53,500 9.70 58000 3.00 34,200 2.28 7.20 8.0 506BO61 2000 56,500 10.00 59,000 3.10 34,600 2.30 7.20 8.0 693AO60-A 51OB060 2000 55,000 9.60 60,000 3.16 35,000 2.30 7.30 8.0 517E/GN060 2000 54,000 9.00 61,000 3.00 36,200 2.22 7.20 8.0 517E/GN062 2000 54,500 9.30 61,000 .3.06 35,800 2.26 7.20 8.0 517E/GN063 2000 56,000 9.80 60,000 3.06 35,600 2.28 7.30 8.0 517EO05 and 2000 58,000 10.00 61,000 3.20 36,000 2.30 7.50 8.0 315016-401t COP -Coefficient of Performance *Ratings are net values reflecting the effects of circulating fan heat. Supplemental electric heat is not Included. Ratings HSPF-Heating Seasonal Performance Factor are based on: SEER -Seasonal Energy Efficiency Ratio Cooling Standard: 80*F db, 67*F wb Indoor entering air temperatue and 95*F db air entering outdoor unit. TC -Total Capacity (Btuh) HI -Temp Heating Standard: 700F db Indoor entering air temperature and 47*F db, 43*F wb air entering outdoor unit. Lo -Temp Heating Standard: 70*F db Indoor entering air temperature and 17*F db, 15*F wb air entering outdoor unit. tOutdoor section/Indoor section combination tested in accordance with DOE test procedures for heat pumps. Ratings for other combinations are determined under DOE computer simulation procedures. -DETAIEED`GIOUNG CAPACITIES* Evaporator CONDENSER. ENTERING"AIR TEMPERATURES OF Air 85 95 105 't 115 CFM E W B Capacity Total MBtuht System Total - Sens# KW** Capacity MBtuht Total Capacity System MBtuht . .+KW**.'-.• -Total Sens# ". Total System KW** Capacity MBtuht Total System KW** Total - Sens# Total Sens# 693AD18•A Outdoor:Section With 517EN025 Indoor.Section 693AO24-A Outdoor Section With 517EN031 Indoor Section 72 21.5 10.7 2.04 20.3 10.3 � -2.16 19.1 9.82 2.29 17.8Y12. 12.0 2.41 600 67 19.4 13.5 1.98 18.3 13.1 2.09 17.1 • 12.6 2.22 16.02.33 15.5 3.01 62 17.6 16.2 1.92 16.5 15.7 2.03 15.5 15.2 2.15 14.52.27 18.6 2.96 57 17.0 17.0 1.90 16.2 16.2. 2.02. 15.4 15.4 2.14 14.52.27 18.7 2.95 72 21.9 11.1 2.08 20.6 10.7 2.21 19.3 10.2 2.33 18.02.46 12.6 3.13 675 67 19.8 14.3 2.02 18.6 13.8 2.14 17.4 13.4 2.26 16.22.38 16.4 3.06 62 18.0 17.2 1.96 '• 16.9 16.7 2.08 - 15.9 15.9 2.20 15.02.33 19.4 3.02 57 17.7' 17.7 1.96 16.8 16.8 2.08 15.9 15.9 2.20 15.02.32 19.4 3.01 72 22.1 11.6 2.12 20.9 11.1 2.25 19.5 10.7 2.37 18.2 10.2 2.50 750 67 20.0 15.0 2.06 18.8. 14.6 2.18 17:6 14.1 2.30 16.4 13.6 2.42 62 18.3 18.1 2.01 17.3 17.3 2.13 16.4 16.4 2.25 15.4 15.4 2.38 57 18.2 18.2 2.01 17.3 17.3 2.13 16.4 16.4 2.25 15.4 15.4 2.38 Multipliers for Determining the Performance With Other Indoor Sections With Other Indoor Sections Indoor Indoor Cooling Cooling,. Indoor Indoor Cooling Cooling Section Size . Capacity Capacity Power Power Section Size Capacity Power 519D/509A 018 036 0.96 0.99 0.98 0.98 5108 024 036 ' 0.97 0.98 519D 019 0.99 0.99 517EN 024 0.97 0.99 030WB 136 1.00 024 0.99 0.99 025 0.99 1.00 031 1.00 519E 018 0.96 0.96 030 1.01 1.01 0.99 024 0308 0.99 1.00 0.99516A 0.99 . 018 036. 0.98 0.98 0.97 508A 024 0.98 0.99 024 1.00 1 0.99 693AO24-A Outdoor Section With 517EN031 Indoor Section 693AO30•A Outdoor Section With 517EN031 Indoor Section 72 27.8 13.7 2.43 26.3 13.1 2.65 24.7 12.6 2.87 23.2 12.0 3.08 800 67 25.1 17.2 2.40 23:716.6;• 20.6 2.61 22:3. 16.1 2.81 20.9 15.5 3.01 62 22.7 20.6 2.37 21.4 20.0 2.57. 20.1 19.3 2.76 18.8 18.6 2.96 57 21.8 21.8 2.36* 20.8 20.8 2.56. 19.8 19.8 2.76 18.7 18.7 2.95 72 28.3 14.2 2.47 26.7 13.7 2.69 25.1 13.1 2.92 23.5 12.6 3.13 900 67 25.6 18.1 2.44 24.1 17.5 2.65 22.6 17.0 2.86 21.2 16.4 3.06 62 23.1 21.8 . 2.42 21.8 21.1 2.62. 20.6 20.4 2.82 19.4 19.4 3.02 57 1 22.6 1 22.6. 2.41 21.6 21.6 2.61 20.5 20.5 2.81 19.4 19.4 3.01 72 28.6 14.7 2.52 27.0 14.2 2:74 25.4 13.6 2.96 23.8 13.1 3.18 1000 67 25.9 19.0 2.49 24.4 18.4 2.70 22.9 17.8 2.91 21.4 17.3 3.11 62 23.6 22.9 2.46 223 22.1' 2.66 21.1 21.1 2.87 19.9 19:9 2.07 57 23.3 23.3 2.46 22.2 22.2., 2.66 21.1 _ 21.1 2.87 19.9 19.9 3.07 Multipliers for Determining the Performance With Other Indoor Sections With Other Indoor Sections Indoor Indoor Cooling Cooling,. Indoor Indoor Cooling Cooling Section Size Capacity Capacity 'Power' Power Section . Size Capacity Power 519D/509A 024 036 0.97 0.99 0.99 0.98 506B 030 036 ' 0.97 0.99 519D 025 0.99 0.99 517E/GN 030 0.97 1.00 030WB 136 1.00 1.01 0.99 0.99 031 036. 1.00 0.99 1.00 0.99 519D 0308 1.00 0.99 510B 036. " 0.98 1.01 519E 024 1 1 0.97 0.99 516A 024 0.97 0.99 030 1.00 1 0.99 0.99 030 516A 0.96 1.01 508A 024 0.97 0.99 693AO30•A Outdoor Section With 517EN031 Indoor Section See notes on page 7. -5- 72 33.7 16.7 2.87 31.9. 16.1 • . 3.11 ' 30.0 15.4 3.36 28.1 14.7 3.60 1000 67 30.6 21.2 _ 2.82 28.9 20.6 3.05 27.2 19.9 3.28 25.4 19.2 3.50 62 27.7 25.6 2:77 26.2 24.8 2.99 24.7 24.0 3.20 23.2 23.0- 3.42 57 26.9 26.9 2.76 25.6 25.6 2.98 ' 24.4 24.4 3.20 23.1 23.1 3.42 72 34.2 17.4 2.93 32.3 16.7 3.18 30.4 16.0 3.42 28.5 15.4 3.66 1125 67 31.0 22.4 2.88 29.3 21.7. 3.12 27.5 - 21.0 3.34 25.7 20.3 3.57 . 62 28.3 27.0 2.84 26.7 .26.2 3.06 25.2 25.2 3.28 23.8 23.8 3.50 57 1 27.8 1 27.8 1 2.83 26.5 26.5 3.05 25.2 25.2 3.28 23.8 23.8 3.50 72 34.6 18.0 2.99 32.6 17.3.' 3.24 30.7 16.6 3.48 28.7 16.0 3.73 1250 67 31.4 23.5 2.94 29.6 22.7 3.18 '. 27.8 22.0 3.41 26.0 21.3 3.63 62 28.8 28.3 2.90 27.2 27.2 3.12 25.8 ' 25.8 3.35 24.5 24.5 3.58 57 28.6 28.6 2.90 27.2 27.2 3.12 25.8 ` 25.8 3.35 24.5 24.5 3.58 Multipliers for Determining the Performance With Other Indoor Sections Indoor Cooling,. Indoor Cooling Section Size Capacity Power Section Size Capacity Power 519C 036 0.99 0.98 508A 036 ' 0.97 0.98 519D 030 0.99 0.97 5066 030 0.96' 0.98 136 1.01 0.99 036. 0.99 0.99 519D/509A 130 0.99 0.97 510B 036 " 0.98. 0.98 036 030 1 1 1.01 0.99 0.99. 0.97 517EN' 031 036 1.00 0.98 1.00 0.99 519E 036 1 1.01 0.99 516A 030 0.97 1.00 See notes on page 7. -5- DETAILED COOLING CAPACITIES* Evaporator Air CONDENSER ENTERING AIR TEMPERATURES OF 85 95 105 115 CFM E W B Capacity MBtuht Total System KW** Capacity MBtuht Total System KW** Capacity MBtuht Total System KW** Capacity MBtuht Total System KW** Total I Sens# Total I Sens# Total I Sens# Total Sens* 593AO36-A Outdoor Section With 517EIGN043 Indoor Section t393A042-A Outdoor Section With 517EIGN049 Indoor Section 72 41.6 20.9 3.67 39.3 20.1 3.99 37.0 19.3 4.31 34.7 18.5 4.62 1200 67 37.7 26.7 3.61 35.6 25.9 3.92 33.5 25.0 4.21 31.4 24.2 4.50 62 34.3 32.2 3.56 32.4 31.3 3.84 30.5 30.2 4.12 28.8 28.8 4.40 57 33.5 33.5 3.54 32.0 32.0 3.83 30.4 30.4 4.12 28.8 28.8 4.40 72 42.2 21.8 3.74 39.8 21.0 4.07 37.5 20.2 4.39 35.1 19.3 4.70 1350 67 38.3 28.2 3.68 36.2 27.4 3.99 34.0 26.5 4.29 31.7 25.7 4.58 62 35.0 34.1 3.63 33.1 33.0 3.93 31.4 31.4 4.22 29.7 29.7 4.50 57 34.6 1 34.6 1 3.63 1 33.0 1 33.0 1 3.92 31.4 1 31.4 1 4.22 29.7 1 28.7 1 4.50 72 42.7 22.6 3.81 40.2 21.8 4.14 37.8 21.0 4.47 35.4 20.2 4.78 1500 67 38.8 29.7 3.76 36.5 28.8 4.07 34.3 27.9 4.37 32.0 27.1 4.66 62 35.7 35.6 3.71 33.9 33.9 4.01 32.2 32.2 4.31 30.5 30.5 4.60 57 35.7 35.7 3.71 34.0 34.0 4.01 32.2 32.2 4.31 30.5 30.5 4.60 Multipliers for Determining the Performance With Other Indoor Sections Indoor Cooling Indoor Cooling Section Size Capacity Power Section Size Capacity Power 519C 042 0.96 0.98 519E 036 0.96 0.97 519D 136 0.96 0.97 042 0.96 0.98 519DI509A 036 0.93 0.96 506B 0.97 508A 036 0.94 0.93 049 0.98 0.97 042 0.94 0.96 0.98 5068 036 0.95 0.95 248 0.98 519D/509A 142 049 0.99 0.97 0.95 1 0.98 0.94 1 1 042 1 0.96 048 0.98 0.98 043 0.97 1.00 043 1.00 1.00 517E/GN 042 0.97 042 0.99 143 060 1.00 0.98 0.99 0.95 043 1.00 1.00 043 1.00 0.98 242 0.98 0.99 0.99 242 0.99 0.97 048 060 0.98 0.96 0.99 0.96 148 t393A042-A Outdoor Section With 517EIGN049 Indoor Section 893A1148 -A Outdoor Section With 517EIGN063 Indoor Section 72 47.4 23.8 4.24 44.9 22.9 4.60 42.2 22.0 4.94 39.6 21.1 5.28 1400 67 43.1 30.6 4.16 40.7 29.6 4.49 38.3 28.7 4.82 35.8 27.7 5.13 62 39.3 37.0 4.08 37.1 35.9 4.39 34.9 34.6 4.70 33.0 33.0 5.00 57 38.4 38.4 4.06 36.6 36.6 4.38 34.8 34.8 4.69 33.0 33.0 5.00 72 48.1 24.8 4.34 45.4 23.9 4.69 42.6 22.9 5.04 39.9 22.0 5.38 1575 67 43.7 32.3 4.26 41.2 31.3 4.59 38.7 30.3 4.92 36.2 29.4 5.23 62 40.1 39.2 4.18 37.9 37.8 4.50 35.9 35.9 4.82 34.0 34.0 5.14 57 1 39.7 1 39.7 1 4.17 1 37.8 37.8 4.50 35.9 1 35.9 1 4.82 33.9 33.9 5.14 72 48.6 25.7 4.42 45.8 24.8 4.79 43.0 23.8 5.14 40.2 22.9 5.48 1750 67 44.2 33.9 4.35 41.6 32.9 4.68 39.1 31.9 5.01 36.5 30.9 5.33 62 40.8 40.7 4.28 38.8 38.8 4.61 36.8 36.8 4.94 34.7 34.7 5.26 57 40.8 40.8 4.28 38.8 38.8 4.61 36.8 36.8 4.94 34.7 34.7 5.26 Multipliers for Determining the Performance With Other Indoor Sections Indoor Cooling Indoor Cooling Section Size Capacity Power Section Size Capacity Power 519C 048 0.95 0.96 519E 042 0.94 0.96 519D 048 0.96 0.96 048 0.96 0.96 0.94 049 0.93 1.00 506B 0.97 508A 048 0.94 0.96 049 0.96 0.97 248 0.94 0.99 0.97 506B 042 0.95 0.95 248 0.96 519D/509A 042 0.94 0.96 049 0.99 0.97 142 048 0.94 0.95 0.96 0.94 510B 048 060 0.98 0.95 0.98 057 0.97 0.97 043 0.94 1.00 517E/GN 0.97 517E/GN 042 0.96 0.96 060 0.97 0.98 143 0.95 1.00 0.97 0.97 043 1.00 0.98 061 0.98 1.00 0.95 242 0.99 0.97 048 060 0.98 0.96 0.99 0.96 148 048 0.94 0.93 0.96 0.96 0.97 049 0.94 1.00 1.00 893A1148 -A Outdoor Section With 517EIGN063 Indoor Section See notes on page 7. -6- 72 55.6 27.8 5.06 52.4 26.6 5.48 49.2 25.5 5.89 46.1 24.4 6.29 1600 67 50.4 35.6 4.96 47.5 34.5 5.35 44.6 33.4 4.73 41.8 32.2 6.10 62 45.8 43.2 4.86 43.3 41.9 5.23 40.8 40.4 5.59 38.5 38.5 5.95 57 44.9 44.9 4.84 42.8 42.8 5.21 40.6 40.6 5.58 38.5 38.5 5.95 72 56.2 28.9 5.18 53.0 27.8 5.61 49.8 26.7 6.02 46.6 25.6 6.42 1800 67 51.1 37.6 5.08 48.2 36.5 5.48 45.2 35.3 5.86 42.2 34.2 6.24 62 46.8 45.8 4.99 44.3 44.2 5.37 41.9 41.9 5.75 39.7 39.7 6.12 57 1 46.4 1 46.4 4.98 44.2 44.2 5.36 1 41.9 1 41.9 5.75 1 39.6 39.6 1 6.12 72 56.7 30.0 5.30 53.5 28.9 5.73 50.3 27.8 6.15 46.9 26.6 6.55 2000 67 51.6 39.6 5.20 48.6 38.4 5.60 45.5 37.2 5.99 42.5 36.1 6.37 62 47.6 47.6 5.12 45.3 45.3 5.51 43.0 43.0 5.90 40.6 40.6 6.28 57 47.7 47.7 5.12 45.3 45.3 5.51 43.0 43.0 5.90 40.6 40.6 6.28 Multipliers for Determining the Performance With Other Indoor Sections Indoor Cooling Indoor Cooling Section Size Capacity Power Section Size Capacity Power 519C 060 0.96 0.93 508A 048 0.93 0.92 519D 048 0.94 0.93 506B 049 0.96 0.94 049 0.97 0.94 061 0.99 0.95 248 0.95 0.93 510B 048 0.95 0.94 519D/509A 148 0.94 0.93 060 0.98 0.95 057 0.97 0.94 517E/GN 048 0.94 0.96 060 0.98 0.95 049 0.97 1.00 061 1.00 0.95 060 0.96 0.96 519E 048 0.94 0.93 062 0.97 1.01 060 0.97 0.94 063 1.00 0.99 See notes on page 7. -6- System Design 1. Intended for outdoor installation with free air inlet and outlet. Outdoor fan external static pressure available is less than 0.01 inches water columna 2. Minimum outdoor operating air temperature for cooling:mode without'loW ambient operation accessory is 55°F (12.80C). 3. Maximum outdoor operating air temperature-forcooling.mode is 1250F;(51.70C). 4. Maximum outdoor operating air temperature for'heating mode'is 66°F (18.90,C). 5. For reliable operation, unit should•be level in all horizontal -.planes. ' a 6. Maximum elevation of indoor coil above or below base of outdoor unit is: indoor coil above = 50 feet. Indoor coil below = 150 feet. (See items 6 and 7 following) 7. For inter -connecting refrigerant tube lengths greater than 50 feet,-corisuit long tube application bulletin available from equipment distributor. 8. Not more than 3 feet of refrigerant=tube should be buried in the ground. If necessary to bury tubes under a sidewalk, provide a mini- mum 6 -inch vertical rise to the valve connections at the unit. 9. Use only copper wire for electric connection at unit. Aluminum and clad aluminum are not acceptable for the type of connector pro- vided. 10. Mixmatches of indoor coil capacity more than one size larger than outdoor unit capacity may result in inadequate indoor comfort. 41 Day&Night SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE • Air Conditions tg UNIT MUST BE INSTALLED IN ACCORDANCE WITH INSTALLATION INSTRUCTIONS night Indianapolis, IN City of Industry, CA —10Catalog No. DN -3269.301 PRINTED IN U.S.A. 3.89 e '. DETAILED COOLING CAPACITIES* Evaporator CONDENSER ENTERING AIR TEMPERATURES OF Air 85 95 105 115 CFM E W B Capacity MBtuht Total System KW** Capacity MBtuht Total System KW** Capacity MBtuht Total System KW** Capacity MBtuht Total System KW** Total Sens* Total I Sens* Total I Sens# Total Sens# 693AO60•A Outdoor Section With 517EN005 & 315016.401 Indoor Section *Detailed cooling capacities are based on indoor and outdoor unit at the same elevation and connected by 25 feet of tubing. If other than 25 feet of tubing is used and/or indoor unit is located above outdoor unit, a slight variation in capacity may occur. tTotal and sensible capacities are net capacities. Blower motor heat has been subtracted. $Sensible capacities shown are based on 80°F entering air at the indoor coil. For sensible capacities at other than 80°F, deduct 835 Btuh per 1000 Cfm of indoor coil air for each degree below 80°F, or add 835 Btuh per 1000 Cfm of indoor coil air per degree above 80°F. **System KW is total of indoor and outdoor unit KW's. EWB- Entering Wet Bulb HEAT PUMP HEATING PERFORMANCE 693A018•A/ 517EN025 72 66.4 32.9 6.18 62.9 31.7 6.62 59.4 30.5 7.04 55.9 29.2 7.45 1800 67 60.5 42.2 6.02 57.3 40.9 6.42 54.1 39.6 6.81 50.8 38.3 7.18 1.66 62 55.1 51.0 5.86 52.3 49.7 6.23 49.3 48.1 6.60 46.5 46.4 6.94 Power 57 53.6 53.6 5.81 51.3 51.3 6.20 48.9 48.9 6.57 46.4 46.4 6.94 030 72 67.2 34.2 6.31 63.7 32.9 6.75 60.1 31.7 7.18 56.4 30.4 7.59 2000 67 61.3 44.3 6.15 58.0 43.0 6.56 54.7 41.7 6.95 51.13 40.4 7.32 62 56.0 53.9 5.99 53.2 52.4 6.38 50.3 50.3 6.75 47.7 47.7 7.13 57 55.2 1 55.2 5.97 52.8 52.8 6.37 1 5.03 1 50.3 6.75 1 47.7 47.7 1 7.13 72 67.9 35.4 6.43 64.2 34.1 6.88 60.6 32.8 7.31 56.9 31.6 7.72 2200 67 61.9 46.6 6.27 58.6 45.1 6.68 55.1 43.7 7.08 51.7 42.4 7.46 62 57.0 56.5 6.12 54.2 54.2 6.52 51.5 51.5 6.92 48.9 48.9 7.30 57 56.7 56.7 6.12 54.1 54.1 6.52 51.5 51.5 6.92 48.9 48.9 7.30 Multipliers for Determining the Performance With Other Indoor Sections Indoor Cooling Indoor Cooling Section Size Capacity Power Section Size Capacity Power 519D/509A 057 0.92 0.94 510B 060 0.95 0.94 060 0.96 0.95 517E/GN 060 0.93 1.00 061 0.96 0.95 062 0.94 0.98 519E 060 0.92 0.94 063 0.97 0.99 506B 061 1 0.97 1 0.95 t 517E 005 1.00 1.00 *Detailed cooling capacities are based on indoor and outdoor unit at the same elevation and connected by 25 feet of tubing. If other than 25 feet of tubing is used and/or indoor unit is located above outdoor unit, a slight variation in capacity may occur. tTotal and sensible capacities are net capacities. Blower motor heat has been subtracted. $Sensible capacities shown are based on 80°F entering air at the indoor coil. For sensible capacities at other than 80°F, deduct 835 Btuh per 1000 Cfm of indoor coil air for each degree below 80°F, or add 835 Btuh per 1000 Cfm of indoor coil air per degree above 80°F. **System KW is total of indoor and outdoor unit KW's. EWB- Entering Wet Bulb HEAT PUMP HEATING PERFORMANCE 693A018•A/ 517EN025 I Indoor Coil Airflow Cfm* 675 EDB OUTDOOR COIL ENTERING AIR TEMPERATURE OF 700 -3 7 17 27 37 47 57 67 Instantaneous Capacity (MBtuh) 6.01 7.88 10.1 12.6 15.6 19.0 23.0 27.4 Integrated Capacity (MBtuh)t 5.53 7.24 9.17 11.2 14.2 19.0 23.0 27.4 Total Power Input (KW)t 1.44 1.55 1.66 1 1.78 1.91 2.07 2.25 2.47 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Heating Capacity Power Indoor Section Size Heating Capacity Power 51913/509A 018 0.95 1.06 506B 510B 024 1.00 1.03 0.97 0.98 019 0.99 1.03 030 517EN 024 1.00 1.04 024 0.99 1.03 025 1.00 1.00 519E 018 0.95 1.06 1 030 1.00 1.05 516A 024 0.99 1.03 030 1 0.98 1.00 516A 018 0.97 1.01 508A 024 0.98 1.04 024 0.99 1.04 693A024•A/ 517EN031 I Indoor Coil Airflow Cfm* 900 EDB OUTDOOR COIL ENTERING AIR TEMPERATURE OF 700 7 17 27 37 47 57 67 Instantaneous Capacity (MBtuh) .-3 9.59 12.2 15.1 18.4 22.2 26.5 32.0 37.9 Integrated Capacity (MBtuh)t 8.83 11.2 13.L_+16.3 20.2 26.5 32.0 37.9 Total Power Input (KW)$ 1.83 1.96 2.09 2.23 2.37 2.54 2.76 3.02 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Heating Capacity Power Indoor Section Size Heating Capacity Power 519DI509A 024 0.97 1.03 506B 030 0.97 1.01 025 030WB 0.97 0.98 1.03 1.00 517E/GN 030 0.98 1.00 031 1.00 1.00 519D 030B 0.98 1.00 036 0.98 1.01 519E 1 024 1 0.97 1.03 516A 024 0.98 1.02 030 1 0.98 1.00 030 0.98 1.02 508A 1 024 1 0.97 1.03 See notes on page 9. -7- HEAT PUMP HEATING PERFORMANCE 693AO48-A/ 517EIGN063 I Indoor Coil Airflow Cfm# 1800 EDB '• OUTDOOR.COIL ENTERING AIR TEMPERATURE OF ARI 6o61ing Capacity 700 -3 7.. 17, :.$` 27' _ 37 . 47 57 67 Instantaneous Capacity (MBtuh) Instantaneous Capacity (MBtuh) 20.5 24.9 • 29.7 35:0 , 40.9 48.2 56:4 62.8 Integrated Capacity (MBtuh)t Integrated Capacity (MBtuh)t `.:. 18.8 22.9- 27.1 31:1 37.2 48.2. 56.4 62.8 Total Power Input (KW)t Total Power Input (KW)t 3.47 3.68. , i 3.89 t.a "; 4.10 _ 4.33 4.63 4.95 5.22 6.19 6.73 Multipliers.for'Determining the Performance With_Other Indoor Sections Multipliers for Determining the Performance With Other Indoor Sections ` Indoor Section Heating Size __Capacity Power Indoor Section Indoor Section Size;, e: Capacity, Heating Power 519C 060 0.99 1.00 1.01 .508A 048=` 0.96 1.02 519D 048 0.98 1.01 517E/GN •. 5068 ' . 049.. 0.97 1.07 1.05 1.00 049 0.98 1.00 061. 0.99 ' ' 0.99 1.01 248 0.96 1.01 510B 048 1.00 0.97 1.00 519DI509A 148 0.98 1.01. 060' 1.00 1.00 1.00 057 0.98 1.00 517EIGN .. 048 1.00 1.00 060 1.00 1.00 ":f, 049, 1.00 1.00 061 0.99 0.99 060. 0.99 1.00 519E 048 0.98 1.01 062 : 0.99 1.00 060 0.98 ' 1.00 063 0.99 0.99 693A060 -AI 517EN005 & 315016.701 Indoor Coil Airflow Cfm* 2000 EDB. 700 Capacity, OUTDOOR COIL ENTERING AIR TEMPERATURE"OF ARI 6o61ing Capacity -3 7 17 27 37 47 57 67 Instantaneous Capacity (MBtuh) -1.01 22.6 29:3 36.0 43A'_-'-' ' 51.0 61.0 73.1 85.9 Integrated Capacity (MBtuh)t Air Temp OF (DB) 20.8 26:9 32.8 38.2 .46.4 61.0 73.1 85.9 Total Power Input (KW)t 0:99, -, 3.87 4.22 4.56 4.90 5.26 5.68 6.19 6.73 Multipliers for Determining the Performance With Other Indoor Sections ` Indoor Section Size Heating Capacity Power Indoor r Seotion _ Size' Capacity, Heating' Power 519D/509A 057 0.95 1.01 ' S108' ­t ^:060 0.98 1.00 060 061 0.96 0.96 1.00 1.00• 517E/GN •. 060 062 1.00 1.00 1.07 1.05 519E 060 0.95 1.01 063 ' 0.98 1.03 506B 061 0.97 1.00' 517E 005 1.00 1.00 *See the Heating Performance Correction Factors Table for Cfm and. indoor coil entering air temperature adjustments. tThe Btuh heating capacity: values shown are .net "integrated" values from which the defrost effect has been subtracted. The Btuh heating from sup- plement heaters should be added to those values to obtain total system capacity. tThe KW values include the compressor, outdoor fan motor, and indoor blower motor. The KW from supplement heaters should be added to these val- ues to obtain total system KW. EDB = Entering Dry Bulb HEATING PERFORMANCE CORRECTION Indoor`Coil Cfm I I Correction Factors ' per :12,000 Btuh of Capacity, Power' ARI 6o61ing Capacity 400 0'.99:' -1.01 450 1:00 1:00 500 Indoor Coil Entering Air Temp OF (DB) 65 a 1.01 0.97 70 1.00 1.00 75 0:99, -, 1.03 1H HEAT PUMP HEATING PERFORMANCE 693AO30-A/ 517EN031 I Indoor Coil Airflow Cfm* 1125 EDB OUTDOOR COIL ENTERING AIR TEMPERATURE OF OUTDOOR COIL ENTERING AIR TEMPERATURE OF 67 Instantaneous Capacity (MBtuh) 700 -3 7 17 27 37 47 57 67 Instantaneous Capacity (MBtuh) 22.7 10.2 13.5 17.3 21.2 25.8 31.1 38.0 13.8 45.3 Integrated Capacity (MBtuh)t 24.2 29.4 9.35 12.4 15.7 18.8 23.5 31.1 38.0 2.85 45.3 Total Power Input (KW)$ 3.58 2.13 2.28 2.43 2.59 2.75 2.93 3.15 Power 3.39 Indoor Section Size Multipliers for Determining the Performance With Other Indoor Sections Power Indoor Section Size Capacity Heating Indoor Section Size Heating Capacity Power 0.97 Indoor Section Size Capacity Heating Power 1.01 519C 036 0.99 0.97 0.96 508A 036 0.97 036 0.99 248 519D 030 136 0.97 0.99 0.97 0.97 042 506B 030 036 0.97 0.99 042 0.97 1.00 0.99 0.99 142 0.97 1.02 519D/509A 130 0.97 0.97 0.99 510B 036 0.98 0.99 0.97 0.99 143 1 0.97 0.99 036 030 0.99 0.97 0.97 0.97 042 517EN 031 036 1.00 0.99 043 0.99 1.00 •0.99 242 0.97 1.00 519E 0.98 036 0.99 0.97 516A 030 0.99 1.01 693AO36-AI 517E/GN043 I Indoor Coil Airflow Cfm* 1350 EDB OUTDOOR COIL ENTERING AIR TEMPERATURE OF 700 -3 7 17 27 37 47 57 67 Instantaneous Capacity (MBtuh) 15.0 18.7 22.7 27.2 32.3 38.2 45.6 53.2 Integrated Capacity (MBtuh)t 16.9 13.8 17.2 20.7 24.2 29.4 38.2 45.6 53.2 Total Power Input (KW)$ 3.21 2.68 2.85 3.02 3.18 3.37 3.58 3.88 4.21 Multipliers for Determining the Performance With Other Indoor Sections Heating Capacity Power Indoor Section Size Heating Capacity Power Power Indoor Section Size Capacity Heating Power 519C 042 0.97 1.01 0.97 519E 036 0.96 048 0.99 1.01 519D 136 0.96 1.01 042 0.96 1.01 519D/509A 036 0.96 1.01 048 508A 036 0.95 248 107 042 0.96 1.01 042 506B 036 0.97 042 0.97 1.00 1.06 142 0.97 1.02 042 0.97 1.02 043 1 0.97 0.99 510B 517E/GN 042 1 0.99 1 0.99 143 1 0.97 0.99 043 1.00 1 1.00 242 1 0.97 1.01 042 0.99 693A042 -A/ 517E/GN049 I Indoor Coil Airflow Cfm* 1575 EDB OUTDOOR COIL ENTERING AIR TEMPERATURE OF 700 -3 7 17 27 37 47 1 57 1 67 Instantaneous Capacity (MBtuh) 18.3 22.4 26.8 31.5 36.9 43.3 51.0 58.8 Integrated Capacity (MBtuh)t 16.9 20.6 24.4 28.0 33.5 43.3 51.0 58.8 Total Power Input (KW)t 3.02 3.21 3.40 3.59 3.80 4.06 4.40 1 4.79 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Heating Capacity Power Indoor Section Heating Size Capacity Power 519C 048 0.98 1.00 519E 042 0.97 1.00 519D 048 0.99 1.00 048 0.99 1.00 049 0.99 0.98 508A 048 0.98 1.01 248 0.98 1.00 506B 042 0.97 1.00 519D/509A 042 0.97 1.00 049 0.98 0.98 142 0.97 1.00 510B 048 1.00 0.98 043 0.98 0.98 517E/GN 042 0.99 0.99 143 0.98 0.99 043 0.99 0.98 242 0.97 1.00 048 0.98 0.98 148 0.99 1.00 049 1.00 1.00 See notes on page 9. Iff-M Residential Gas -Water Heaters Meet the requirements of California Energy Commission, title 24 section 2-5352 (i) without added insulation blanket. MOR- FL 1f1A MERICA N'" Water Heaterm ! ij t e 1 j. G�+,;•y�1 'i4N'' � r X� ����iil,,k�i' SPECIAk-P T71 ClRE. ; �'' P� }� • AOA' certified' for -w4-, cl f Ingtalla�itxt t t Requires no more:,.epacq>, YInstallAl�km thag°�; standard water heatert::Y'„ • Tdp temperature8 pressure felief=yalv�s teppin4:�.: j • OVERCOAT' Foan►:' Insulatloo VvIt6i` wJ of 16.7 reduces standb hsat l,��q • Specially design ed provides,'greate tank protection for Ionger'Iffe-5 • Heavy duty burner assem* • E.C.O. cut -off -switch factory installed. • Unique Amerl•Oless tanik Ilning oven fused,'; at 1600° F. • 5 year limited tank warranty. • Automatic temperature regulating thermostat. <'';a • Complies with South Coast Air Quality Management District Rule;lit;2T.;:;, W1Fr•`9� s�}2e�1.%�• { 5 Year limited: Warranty, �+ SPECIFICATIONS W Model Gel. BTU O.P.M. NeWnM Mat. to Mgt. to DI8. Vent Mgt. to Mgt. to 6hlp. BTU Q.P.H. Propene C•P• Input Reeey. EMINer►oy Top or Top of Size Ger T A P Wgt. Input Reeov. Efflcl•ney Net. at 90' RIM Vent Hsster Conn. Open. In Propane at 90' Rb• OM O.O.E.• 70% Lbs. Gee D.O.E. 78% '." 1;a..4al.n' GV2F333TN 30 30000 30.1 81% 58% 18 3 161 TOP 126 29000 29.3 •=.sh,}1•.=��i OV2F133TN 10 33000 33.1 6416 69 20 3 16% 1 TOP 136 29000 29.3 50 37000 37.4 6216 59% 22 3 1616 • TOP: 166 36000 35.4 a F} +'.; I., HS18 SERIES EXPANSION VALVE SYSTEM CONDENSING UNITS (1 thru 5 Nominal Ton) *12,000 to 62,500 Btuh Cooling Capacity *DOE and ARI 210/240 Standard Ratings Lennox HS18 Series Condensing Units Provide Low Cost Installation With Maximum Cooling Efficiencies High efficiency, compact size and operational dependability have been featured in the design of the HS18 series of condensing units. 4 Available in 1 thru 5 nominal ton sizes with seasonal energy effi- i. ciency ratings of up to 10.65 and cooling capacities of 12,000 to . 62,500 Btu h. Units are applicable to expansion valve systems and f'rare compatible to a variety of matching Lennox blower powered l and furnace add-on evaporator units, See ARI Ratings table. For 1complete data see evaporator unit bulletins indexed in Coils -Blower ,s C.oil Units section. Compact design of condensing unit cabinet and vertical discharge of air provides ease of concealment for installa- tion on a slab at round level or on a roof. 3�s'4 9 .Weather resistant cabinet is constructed of galvanized steel with a baked -on outdoor enamel paint finish for maximum protection r.. from rust and corrosion. Extra large four sided. wraparound coil provides maximum cooling efficiency. Additionally, cooling effi- ciency is increased by the use Of durable copper tubing and ripple- , .edged aluminum lanced fins. Powerful direct drive fan with totally enclosed motor draws air thru the entire coil and discharges it up and away from shrubs and lawn. Rugged, PVC coated steel wire I fan and coil guards are furnished. Compressor is protected from 0.'excessive current and temperatures. Electrical control box is located zi for easy access. Service valves and refrigerant line connections ',,are externally located. Available as options to be ordered extra are; f 7thermostat, timed -off control, low ambient kit, crankcase heater, i' mounting base and refrigerant line sets. 'Condensing units are shipped factory assembled, piped and vvired. In addition, each unit is test operated at the factory to ensure proper operation. The installer has only to set condens- 1ing unit in the desired location, connect refrigerant lines and :make electrical connections to complete a low cost installation. Unit on slab at grade level INDENT La� q's1.NwN°�D ��on PUD��L.s CERTOICANON APPLIES ONLY MEN USED MTN PROPER COMPONENTS AS LTSTED WITN AN ENGINEERING DATA COOLIN,GaUNITS CONDENSING, UNITS F?aj3e�27 August;41990 Supersedes�N ' rnber 1988 CEInIFl AONLY WNEN OST. SE. WITS1. PROPER COMP.NMTIMTED 1 Typical Applications Multiple units on rooftop NOTE - Specifications, Ratings and Dimensions subject to change without notice. ©1990 Lennox Industries Inc. ARI RATINGS Condensing Unit *ARI Standard 210/240 Ratings Evaporator Unit Model No. *ARI Standard 270 SRN (bels) SEER IBtuh/ Watts) EER (Btuh/ Watts) Cooling. Capacity (Btuh) ;.Total Unit Watts Up -Flo Down -Flo Horizontal Expansion Valve Kit 8.60 8.05 32,200 4001 ---- CR16-31 FF 8.75 8.15 33,000 4040 ---- ---- CH16-31FF 8.55 8.10 33,200 4096 C16-28FF, C16-28WFF ____ ____ C16-31FF C16-31WFF 8.75 1 8.25 34,200 4145 **CB18-31 **CBS18-31 9.00 8.40 35.000 4169 CR 16-41 F F H S 18-411 8.80 8.25 35,000 4240 **CB18-41 **CBS18-41 8.90 8.25 35,200 4279 ,.Q16 1F.F,.C16-41WFFr'. 9.05 8.30 35.400 4269 ---- C H 16-41 F F 9.00 8.30 35 8004303 C16-46FF C16-46WFF HS18-413 (7.8) 9.05 8.35 36 000 4306 ---- CR16-51FF LB-25778CF 9.60 9.20 36,200 3892 **CB19-31 **CB19-31 **CBH19-31 9.60 9.30 36,200 3902 **CB19-41 **CB19-41 **CBH19-41 9.10 8.30 36.400 4377 **CB18-51 **CBS18-51 9.00 8.45 36,800 4354 ---- ---- CH16-51FF 9.80 9.10 37,000 4085 **CB21-41 **CB21-41 **CBH21-41 9.50 9.20 37.200 4048 **CB19-51 **CB19-51 *'C131-119-51 9.25 8.65 4351 C 14-41 FF ---- ---- 9.85 9.00 _37.600 37,800 4220 **CB21-51 **CB21-51 **CBH21-51 10.20 9.15. 38000 4146 ---- ---- "*CB15-41FF 9.10 8.30 40,000 4819 ---- CR16-41FF 9.20 8.40 40.000 4762 C 16-41 FF C 16-41 W F F ---- ---- HS18-461 9.25 8.45 40,500 4793 C H 16-41 F F 9.10 8.25 40,800 4945 * *CB 18-41 * *CBS 18-41 9.80 8.85 42,000 4746 **CB19-41 **CB19-41 **CBH19-41 9.45 8.45 42,000 4970 C16746FF,-C16-46WFF`_ ---- ---- 9.25 8.30 42,200 5084 ---- CR16-51FF ---- HS18-463 (8.4) 9.90 9.10 42.500 4685 **CB21-41 **CB21-41 **CBH21-41 tLB-53O81CB 9.40. 8.45 43.000 5089 **CB18-51 **CBS18-51 9.45 8.50 42,700 5024 C16-51FF ---- ---- 9.55 8.55 42.700 4994 ---- ---- CH16-51FF 9.75 8.75 43,400 4960 **CB19-51 **CB19-51 **CBH19-51 9.70 8.70 44,200 5080 C 14-41 FF ---- ---- 10.00 8.95 44,300 4950 ---- • ---- **CB15-46FF 10.00 1 8.90 45,500 5110 **CB21-51 **CB21-51 **CBH21-51 9.15 8.45 46,500 5506 C16-46FF C16-46WFF ---- ---- 9.00 8.20 47,000 5717 **CB18-51 **CBS18-51 9.05 8.40 47,500 5653 ---- CR16-51 FF ---- 9.40 8.65 47,500 5485 ---- ---- CH16-51FF 10.00 8.75 48,000 5486 C16-51 FF ---- ---- H S 18-511 HS18-513 (7.8) 9.10 8.25 48,000 5822 **CB18-65 **CBS18-65 LB-53081CC 9.60 8.80 48,500 5496 C14-41FF ---- ---- 9.30 8.60 50,000 5806 ---- C R 16-65 ---- 9.35 8.65 49,000 5679 C16-65 ---- 10.25 9.20 50,000 5426 ---- ---- **CB15-46FF 10.00 9.30 50,000 5376 **CB19-51 **CB19-51 **CBH19-51 9.65 8.85 51,000 5754 ---- ---- CH16-65V *Factory Installed 10.00 9.10 51,000 5640 **CB21-51 **C321-51 **CBH21-51 10.20 9.35 51,500 5510 ---- ---- * * C B 15-65 9.75 8.95 52,000 5794 C14-65 ---- ---- LB-53O81CC 10.05 9.50 52.500 5529 **CB19-65 **CB19-65 **CBH19-65 9.95 9.30 53.500 5750 **CB21-65 **CB21-65 **CBH21-65 9.30 8.40 55,500 6610 1 ---- ---- CH16-51FF 9.30 8.35 56.000 6760 C14-41FF 9.00 8.10 56,500 6975 ---- CR16-51FF ---- HS18-651 H S 18-653 (8.2) 9.10 8.30 57,500 6930 C16-51FF ---- --- LB -530810E 9.30 8.30 59,000 7110 tk>'`,*?tf'C1(i65-:`''.. ---- 8.90 8.05 59,000 7330 **CB18-65 **CBS18-65 9.20 8.35 60.000 1 7185 ---- C R 16-65 9.55 8.70 61,000 7012 **CB19-65 **CB19-65 **CBH19-65 9.10 8.50 61,000 7175 ---- ---- CH16-65V °Factory Installed 9.55 8.60 61.500 7150 C14-65 ---- 1 ---- L B -53081 C E 9.95 8.90 62 000 6970 ---- ---- I * * C B 15-65 9.45 1 8.90 62,500 7035 **CB21-65 I **CB21-65 I **CBH21-65 NOTE= Shaded area denotes most popular evaporator coil. *Sound Rating Number in accordance with ARI Standard 270. **Denotes blower powered evaporator. -Furnished as standard with coil. *Rated in accordance with ARI Standard 210/240 and DOE; 950F outdoor air temperature, 800F db/670F wb entering evaporator air with 20 ft. of connecting refrigerant lines. trKit is optional and must be ordered extra for field installation. tHard Start Kit is required for field installation and must be ordered extra (1 phase models only). See Repair Parts Master Price List Card PL1 for kit requirements. -27d- Q12X 'SERIES —'UPrFLO CO. iTO'R. R ..GAS FURNACES i *Q00 113tun Input U to �100, ..Add bling:—1 thru'5 Nominal Tons Typical Applications � i i 1.0Fi A Closet Installation With cooling coil and electronic air cleaner G12Q3/4X780 (G12=40 Model ecibipped with frame filters) JC cps A .. ........ RT1111 Wester Vivision P. ENGINEERING DATA HEATIN AUNITS Z�Vyj , - 10. 'SW PPaq 'I.i. 0 c or, Supersd 'I 6y 1988 O lwama Lennox DURACURVE© Aluminzed steel Heat Exchanger NOTE —, Specifications" Ratings and . Dimensions subject to change'Without notice Basement Installation with cooling coil, return air cabinet and p6wer humidifier CONSERVATOR . Gas Furnaces Feature Application: Flexibility a c nd' Efficient Op4raticin. The G12X series line of gas fired furnaces include four .models. Furnaces are certified -by A.G.A. Laboratories and ratings are cer- (natural gas only) with Btuh input capacities of .40,000 to 100,000:'• tified-by GAMA': Units.also meet the California Nitrogen Oxides". Cabinet With side or bottom return air entry, Will allow installation (NOX) Standards and'California Seasonal Eff iciency requirements. :.in 6 basement; closet,'recreation or utility room. Optional return In addition.Uniis have been*rated and tested according to Depart- . air cabinets are available to simplify return air duct connection to a ..ment of Eriergy:�(CiOE),test procedures and Federal Trade Com the furnace., Lennox direct expansion evaporator units and match- mission (FTC), labeling regulations in the Lennox Research Lab - I . n . g condensing units,electronic air cleaners and power humidifiers oratory. Each unit is test operated on the assembly line befdre.ship- can be added to the furnace for a complete all season Total Com- rhentinsuring proper, operation., Blower data is from unit tests fort installation. Quiet operating blowers have sufficient capacity conducted in-theLehnox Research Laboratory air test chamber. to.handle addron air conditioning.'air volume requirements. Units are.eq. the gas saving autorn tic electronic pilot ignition pipped With a Units are ship64c omipletely factory assembled with 611. controls in- system. Pilot flame is.only on during main burner operating cycle§*. stalled. Installer has'only to mount the. thermostat, make duc* t, flue No 'need to shut off oilot during air conditioninaseason. vent gas and electrical supply connections for a low cost installation. NOTE —, Specifications" Ratings and . Dimensions subject to change'Without notice y1:. s. tfsy >$0ECIF4CAT,IONS` Model Number G12Q2X-40 G12Q2/3X-60 G12Q3/4X-80 G12Q4/5X-100 Input Btuh 40,000 60,000 80,000 100,000 Output Btuh 32,000 48,060 64,000 80,000 tA. F. U. E. 75.7% 75.7% 75.7% _ 75.7% .California Seasonal Efficiency 72.1% 72.1% 72.3% 72.2% Temperature rise range (°F) "' ` " ==' 25'`= 55 10 - 60 30 - 60 30 - 60 Flue size (in.) 4 round 4 round 5 oval 5 oval A.G.A. certified high static (in. wg.) .50 .50 .50 .50 Gas piping size (in.) (Natural Gas Only) 1/2 1/2 1/2 1/2 Blower wheel nominal diameter x width (in.) 9.x 7 10 x 7 10 x 8 12 x 12 Blower motor horsepower 1/4 1/3 1/2 3/4 Tons of additive cooling 1, 1-1/2 or 2 1-1/2, 2 or 3 3, 3-1/2 or 4 4 or 5 Net filter area (sq. ft.) and cut size (in.) "(1) 16 x 25 x 1 (5.8) 36 x 28 x 1 (6.6) 40 x 28 x 1 (8.9) 52 x 28 x 1 Shipping weight (lbs.) (1 package) 145 171 208 268 Electrical characteristics 120 volts - 60 hertz - 1 phase (All Models) (Less than 12 amps) Optional Return Model. No. RA10-16-49 RA10-16-49 T RA10-16-49 RA10-16-53 Air Cabinet Shipping weight (lbs.) 54 54 54 56 . ..TAnnual Fuel Utilization Efficiency based on DOE test procedures and FTC labeling regulations. Isolated combustion system rating for non -weatherized furnaces. 'Frame type filter. A.G.A. INSTALLATION CLEARANCES Sides, Rear, Top 1 inch Front 6 inches Floor Combustible "Vent '6 inches 'This is clearance to all vent pipes except type °°B°'. Type °°B'° vent is as listed by U.L. NOTE - Air for combustion and ventilation must conform to the methods outlined in American National Standard (ANSI -2223.1) National Fuel Gas Code. DIMENSIONS (inches) G12X SERIES FURNACES RETURN AIR CABINET i 1-v1s SUPPLY AIR A ELECTRICAL IN LETS .(Both Sides) FLUE OUTLET C E F (Centered Side to Side) "i 16-1/4 3-1/8 tr 26-1/8 B "t SUPPLY AIR A ELECTRICAL IN LETS .(Both Sides) FLUE OUTLET OPENING E F (Centered Side to Side) "i 16-1/4 3-1/8 tr 26-1/8 B "t 000 r>` V; - ' r 22 ETURN OPENING . I 2-1/16 21-1/4 O' �� IBotIFSIde51 I 3-5/8 G12Q4/5X-100 53 26-1/4 17-1/2 18 21 2-5/8 -- 1-1/2'22 I :. 1.11/16 Left —�E—►I - *Bottom Return Air Knockout p 21-1/2 - GAS PIINLETS Right - . (Both Sldeal ;: A m I A ELECTRICAL IN LETS .(Both Sides) C 2.3/8 E F G12Q2X-40 G12Q2/3X-60. 49 16-1/4 14-1/8 14 000 r>` V; - ' r 22 ETURN OPENING . I 2-1/16 21-1/4 - �� IBotIFSIde51 I 3-5/8 G12Q4/5X-100 53 26-1/4 24-1/8 18 21 2-5/8 -- 1-1/2'22 I :. 1.11/16 F —�E—►I - *Bottom Return Air Knockout Model No. A B C D E F G12Q2X-40 G12Q2/3X-60. 49 16-1/4 14-1/8 14 11 2-5/8 G12Q3/4X-80 49 21-1/4 19-1/8 14 14 3-5/8 G12Q4/5X-100 53 26-1/4 24-1/8 18 21 2-5/8 -12a- 41 NOTE — Return Air Cabinet shipped knocked down and must be field assembled. r — 1 2 It 'RETURN AIR I - j+ KNOCKOUT' I I _.`'`(both 'sides) - L— ---J 1-1/2 Model No.. RA10-16-49 RA10-16-53 A 49 53 B 1 14 18 1T-3/4.. , RETURN AIR ,OPENING %t NOTE — Return Air Cabinet shipped knocked down and must be field assembled. r — 1 2 It 'RETURN AIR I - j+ KNOCKOUT' I I _.`'`(both 'sides) - L— ---J 1-1/2 Model No.. RA10-16-49 RA10-16-53 A 49 53 B 1 14 18