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Home My WebLink About42092-Z ��ogUfrFQ(.k�oGy Town of Southold 11/29/2017 P.O.Box 1179 cm W. _ 53095 Main Rd Southold,New York 11971 CERTIFICATE OF OCCUPANCY No: 39364 Date: 11/29/2017 THIS CERTIFIES that the building AS BUILT ALTERATION Location of Property: 2295 Bay Shore Rd, Greenport SCTM#: 473889 Sec/Block/Lot: 53.-4-15 Subdivision: Filed Map No. Lot No. conforms substantially to the Application for Building Permit heretofore filed in this office dated 10/20/2017 pursuant to which Building Permit No. 42092 dated 10/26/2017 was issued, and conforms to all of the requirements of the applicable provisions of the law. The occupancy for which this certificate is issued is: "as built"air conditioner unit as applied for. The certificate is issued to Hahn N,Arthur&Hahn,Russell of the aforesaid building. SUFFOLK COUNTY DEPARTMENT OF HEALTH APPROVAL ELECTRICAL CERTIFICATE NO. 42092 11/21/2017 PLUMBERS CERTIFICATION DATED u o ed Signature o�gUFat�co TOWN OF SOUTHOLD BUILDING DEPARTMENT TOWN CLERK'S OFFICE oy�o ao"� SOUTHOLD, NY BUILDING PERMIT (THIS PERMIT MUST BE KEPT ON THE PREMISES WITH ONE SET OF APPROVED PLANS AND SPECIFICATIONS UNTIL FULL COMPLETION OF THE WORK AUTHORIZED) Permit#: 42092 Date: 10/26/2017 Permission is hereby granted to: Hahn IV, Arthur& Hahn, Russell 12 Honey Dr Syosset, NY 11791 To: legalize "as built" air conditioner unit as applied for. At premises located at: 2295 Bay Shore Rd, Greenport SCTM # 473889 Sec/Block/Lot# 53.4-15 Pursuant to application dated 10/23/2017 and approved by the Building Inspector. To expire on 4/27/2019. Fees: SINGLE FAMILY DWELLING-ADDITION OR ALTERATION $200.00 CO -ALTERATION TO DWELLING $50.00 Total: $250.00 Bi i ding ector 1 Form No.6 TOWN OF SOUTHOLD BUILDING DEPARTMENT TOWN HALL 765-1802 APPLICATION FOR CERTIFICATE OF OCCUPANCY This application must be filled in by typewriter or ink and submitted to the Building Department with the following: A. For new building or new use: 1. Final survey of property with accurate location of all buildings, property lines, streets,and unusual natural or topographic features. 2. Final Approval from Health Dept. of water supply and sewerage-disposal (S-9 form). 3. Approval of electrical installation from Board of Fire Underwriters. 4. Sworn statement from plumber certifying that the solder used in system contains less than 2/10 of I%lead. 5. Commercial building, industrial building,multiple residences and similar buildings and installations, a certificate of Code Compliance from architect or engineer responsible for the building. 6. Submit Planning Board Approval of completed site plan requirements. B. For existing buildings(prior to April 9, 1957)non-conforming uses,or buildings and "pre-existing" land uses: 1. Accurate survey of property showing all property lines, streets, building and unusual natural or topographic features. 2. A properly completed application and consent to inspect signed by the applicant.If a Certificate of Occupancy is denied,the Building Inspector shall state the reasons therefor in writing to the applicant. C. Fees 1. Certificate of Occupancy-New dwelling$50.00,Additions to dwelling$50.00,Alterations to dwelling$50.00, Swimming pool$50.00,Accessory building$50.00,Additions to accessory building$50.00,Businesses$50.00. 2. Certificate of Occupancy on Pre-existing Building- $100.00 3. Copy of Certificate of Occupancy-$.25 4. Updated Certificate of Occupancy- $50.00 5. Temporary Certificate of Occupancy-Residential $15.00,Commercial $15.00x� Date. 14117 l 117 New Construction: Old or Pre-existing Building: �/ (check one) Location of Property: 2M l � 9#1e /`/OO Rwd House No. / /,r ' Street Amp / /�J/ Hamlet Owner or Owners of Property: Ai 4Ur �/�/. HT/�!N tr rl!q� [� V'' . &� o Suffolk County Tax Map No 1000, Section 7 Block Lot S Subdivision Filed Map. fLot: ir Permit No. qkol;� Date of Permit. Applicant: Health Dept.Approval: Underwriters Approval: Planning Board Approval: , / Request for: Temporary Certificate Final Certificate: I/ (check one) Fee Submitted: $ -2 SQ.6 Applicant Signature pf SOUjy®lo Town Hall Annex Telephone(631)765-1802 54375 Main Road N Fax(631)765-9502 P.O.Box 1179 • �Q roger.richerKD-town.southoId.ny.us Southold,NY 11971-0959 QI�c®� 9� BUILDING DEPARTMENT TOWN OF SOUTHOLD CERTIFICATE OF ELECTRICIAL COMPLIANCE SITE LOCATION Issued To: Hahn Address: 2295 Bay Shore Road city.Greenport st: New York zip: 11944 Building Permit#: 42092 Section: 53 Block: • 4 Lot: 15 WAS EXAMINED AND FOUND TO BE IN COMPLIANCE WITH THE NATIONAL ELECTRIC CODE Contractor: "AS BUILT" DBA: License No: SITE DETAILS Office Use Only Residential X Indoor X Basement Service Only Commerical Outdoor X 1st Floor Pool New Renovation 2nd Floor Hot Tub Addition Survey X Attic Garage INVENTORY Service 1 ph 100A Heat Duplec Recpt Ceiling Fixtures HID Fixtures Service 3 ph Hot Water GFCI Recpt Wall Fixtures Smoke Detectors Main Panel 100A A/C Condenser 1 Single Recpt Recessed Fixtures CO Detectors Sub Panel A/C Blower 1 Range Recpt Fluorescent Fixture Pumps Transformer Appliances Dryer Recpt Emergency Fixture Time Clocks Disconnect 100A Switches Twist Lock Exit Fixtures TVSS Other Equipment- "AS BUILT" - "ELECTRICAL SURVEY"- "NO VISUAL DEFECTS" Notes: 100A Service Panel, Central Air Conditioner Circuit. Inspector Signature: Date: November 21, 2017 0-Cert Electrical Compliance Form.xls pF SOUTyo{o t!�r t �OUIf[V, TOWN OF SOUTHOLD BUILDING DEPT. 765-1802 INSPECTION _-_ - - -[ ] FOUNDATION 1ST [ ] ROUGH PLSG. [ ] FOUNDATION 2ND [ ] INSULATION [ ] FRAMING / STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION- ELECTRICAL (ROUGH) [ ] ELECTRICAL (FINAL) REMARKS: LL 1v f r , t, CeAh 4 DATE fG f INSPECTOR OF SOUlyolo o�yC0Uto,0 TOWN OF SOUTHOLD BUILDING DEPT. 765-1802 INSPECTION ( ] FOUNDATION 1ST [ ] ROUGH PL13G. [ ] FOUNDATION 2ND [ ] INSULATION [ ] FRAMING / STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) °) ELECTRICAL (FINAL) REMARKS: DATE L INSPECTOR TOWN OF SOUTHOLD BUILDING PERMIT APPLICATION CHECKLIST BUILDING DEPARTMENT Do you have or need the following,before applying? TOWN HALL Board of Health SOUTHOLD, NY 11971 4 sets of Building Plans TEL: (631) 765-1802 Planning Board approval FAX: (631) 765-9502 � f fj-� Survey Southold town ny.gov PERMIT NO. (j( Check Septic Form N.Y.S.D.E.C. Trustees C.O.Application ]] Flood Permit ! Examined ,20 -7 Single&Separate Truss Identification Form Storm-Water Assessment Form Contact: Approved*2b—,20 Mail to: Disapproved a/c Phone: Expiration ,20 D HDv[S ding Inspector ArPLICATION FOR EUILDING tERMIT D OCT 202017 61 I Date �6 , 20 / BUILDING DEPT. INSTRUCTIONS TP 1M §LQ ' be completely filled in by typewriter or in ink and submitted to the Building Inspector with 4 sets of plans, accurate plot plan to scale. Fee according to schedule. b. Plot plan showing location of lot and of buildings on premises, relationship to adjoining premises or public streets or areas, and waterways. c. The work covered by this application may not be commenced before issuance of Building Permit. d. Upon approval of this application,the Building Inspector will issue a Building Permit to the applicant. Such a permit shall be kept on the premises available for inspection throughout the work. e. No building shall be occupied or used in whole or in part for any purpose what so ever until the Building Inspector issues a Certificate of Occupancy. f. Every building permit shall expire if the work authorized has not commenced within 12 months after the.date"of issuance or has not been completed within 18 months from such date. If no zoning amendments or other regulations affecting the property have been enacted in the interim,the Building Inspector may authorize, in writing,the extension of the permit for an addition six months. Thereafter, a new permit shall be required. APPLICATION IS HEREBY MADE to the Building Department for the issuance of a Building Permit pursuant to the Building Zone Ordinance of the Town of Southold, Suffolk County,New York, and other applicable Laws, Ordinances or Regulations, for the construction of buildings,additions, or alterations or for removal or demolition as herein described. The applicant agrees to comply with all applicable laws, ordinances,building code,housing code,and regulations, and to admit authorized inspectors on premises and in building for necessary inspections. (Signate of ap licant or me,if a corporation) - �css�p/% �f4�n. 7 Z r 0telPV 6,iIle fV�fr�`/, /1/y// 91 (Maili address of applicant) Statehether applicant is owner, lessee, agent, architect, engineer, general contractor, electrician, plumber or builder Name of owner of premises i4r "w Vy, mt7 Uy o2 ((//frP�/ ygGj� (As on the tax roll or latest deed) ' If applicant is a corporation, signature of duly authorized officer ? (Name and title of corporate officer) Builders License No. Plumbers License No. Electricians License No. Other Trade's License No. 1. Location of 14nd onwhich roposed work will be done: v fi Rev 540o ad 6-mo//1 ,i House Numb - - -Street Hamlet ._ ''-., � �y<,-�!u.✓!Vn.n'.=a..n'k.w�_m 3.:1�...63.'.��..-c°d.n�Ww.akl.�: County Tax Map No. 1000 Section fr, B�I,Qc' �. '' `' i"`` 0+Lot w'� a ESP^j; I r '�1 3. :<<>?ns'�:r;•,f„�.f}T �.� Subdivision � Filed Map No. Lot 2. State existing use and occupancy of premises and intended use and occupancy of proposed construction: a. Existing use and occupancy h1,91 f Or to to om A off fI do b. Intended use and occupancy AVA 3. Nature of work(check which'applicable):New Building Addition Alteration Repair Removal Demolition Other WorkDor'e #rP//)'�nrdT ►i,� i� -� (Description) 4. Estimated Cost Fee (To be paid on filing this application) 5. If dwelling, number of dwelling units Number of dwelling units on each floor If garage, nu\existing s 6. If business, comixed occupancy, specify nature and extent of each type of use. 7. Dimensions octures, if any: Front Rear Depth HeightNumber of Stories Dimensions of same struc re with alterations or additions: Front Rear Depth Height Number of Sitorie's= Y ` 8. Dimensions of entire new construc on. Front Rear ' ' Depth - Height N ber of Stories 9. Size of lot: Front ar Depth 10. Date of Purchase Nam of Former Owner y' 11. Zone or use district in which premises are situat 12. Does proposed construction violate any zoning law, rdinance or regulation? YES NO 13. Will lot be re-graded? YES NO Will excess fil e removed from premises? YES NO 14. Names of Owner n-Fr*•emigPs� _ _ Address_ No. -le INO Name of Contractor Address Phone No. 15 a. Is this property within 100 feet of a tidal wetland or a freshwater we %d? *YES NO * IF YES, SOUTHOLD TOWN TRUSTEES & D.E.C. PERMITS MAY E REQUIRED. b. Is this property within 300 feet of a tidal wetland? * YES NO * IF YES, D.E.C. PERMITS MAY BE REQUIRED. 16. Provide survey,, to scale, with accurate foundation plan and distances to property lines. 17. If elevations at arty int on property is at 10 feet or below, must provide topographical data on survey. 18. Are there any covenants and'res'trictions with respect to this property? YES NOy * IF YES, PROVIDE A COPY. STATE OF NEW YORK) SS: COUNTY OF,jo Rkl, /' p44 being duly sworn, deposes and says that(s)he is the applicant (Name of individual signing contract) above named, (S)He is the Omer (Contractor,Agent, Corporate Officer, etc.) of said owner or owners, and is duly authorized to perform or have performed the said work and to make and file this application; that all statements contained in this application are true to the best of his knowledge and belief; and that the work will be performed in the manner set forth in the application filed therewith. Sworn to before me this day of Ar Uef- 201 7 otary Public ATHON PIC1;Ol Signature of Applicant LNdtar�y Public-state of New YorkNa,©1P16244437a►+fied+ umrss+on.Etcpires Jul 1'1,,"2019 o��OF SOUT�oI Town Hall AnnexI J Telephone(631)765-1802 54375 Main Road cn ax(631)765-g5l�2 P.O.Box 1179 Q roger.richert(ci}fown.southolQQ nV us Southold,NY 11971-0959 - y�4U1�Ii'I,�� i BUILDING DEPARTMENT TOWN OF SOUTHOLD APPLICATION FOR ELECTRICAL INSPECTION ' REQUESTED BY: RRffPJ G�j / Dafe: Company Name: - Name: - I License No.: , ; Address- r � Phone No.: JOBSITE INFORMATION: (*Indicates req/wired information) 'Name: ri h:Wq;l J yf Oil *Address: ZZ T "& " P ' Gy�� *Cross Street: 4 • � P�k�- `Phone No.: f /d) -N Permit No.: — Tax-Map District: 1000 Section: f 3 Block: Lot: _ *BRIEF DESCRIPTION OF WORK (Please Print Clearly) /Qh/r 0,4 0n I��1/�' j TrlWh ��fi�f�all- Rui rir � �. M ,�n f� �+%rvl � (ur ry'(, of IZ,--ele - =,41e rpizk1wit Rffmyr ani epyl' P 17° u11�0N1xAi (Please Circle All That Apply) *Is job ready for inspection: I �/ NO Rough in Final *Do-you need a Temp Certificate: YES/,�lO� - Temp Information (if-needed) *Service Size: 1 Phase 3Phase 100 150 200 300 350 400 Other *New Service: Re-connect. Underground Number of Meters Change of Service Overhead Additional Information: PAYMENT DUE WITH APPLICATION 82-Request forinspec6on Form Russell W. Hahn 12 Honey Drive Syosset, New York 11791 516-816-0349 September 28,2017 Town of Southold Building Department P.O. Box 1179 Southold, New York 11971 Dear Sir/Madam: Please find enclosed a request from my brother,Arthur W. Hahn IV,and myself to have a Pre-existing use inspection on our home located at 2295 Bay Shore Road,Greenport, NY 11944. If you could call our real estate agent,JoAnn Wind,to allow access to the house it would be appreciated. She has agreed to provide access and has the keys to the house. Her phone number is 631-764-3847. If you have any questions please feel free to contact me. \t- 1) JI'P Sincerely, Russell W. Hahn Russell W. Hahn 12 Honey Drive Syosset, New York 11791 516-816-0349 D L.J October 16,2017 OCT 2 0 2017 BUILDING DEIN'. Town of Southold To"OF SOMOLD Building-Department P.O. Box 1179 Southold, New York 11971 Dear Sir/Madam: The Town of Southold inspected my brother,Arthur W. Hahn IV,and my property located on 2295 Bay Shore Road,Greenport, NY 11944 on 10/11/17. The inspector remarked that a town electrical inspection is needed for air condition and service panel permits. The air conditioner is a two ton Goodman unit model GSX130241DA requiring 208-230 volts at a minimum 17.7 circuit amps., I've enclosed a copy of the unit's stamp plate. I am now submitted paperwork understood to have this inspection take place: inspection checklist,application for electrical inspection,application for CofO, building permit application checklist and a$250.00 check to cover fee for same. If you could call our real estate agent,JoAnWind,to allow access to the house for the inspection it would be appreciated. She has agreed to provide access and has the keys to the house. Her phone number is 631-764-3847. If you have any questions please feel free to contact me. Sincerely, Russell W. Hahn Y. GDODMA OrOPANY, L.Pi:# ,5'1518 FELIPE, STE 600 MODELGSX13 ffO TON, TX 11056 Q241T1A ` - A.VSERIAL NO. _1204825793IOLTS 208._23Q PHASE 1 3 VOLTAGE RANGI: , HERT O I MIN,, 19-97 .253 MAX. FlUSE-AMP S DIl MAX. CIlfCUJT 'BREAKER 30 r 5 gImE DELAY FUSE OR HACK CIRCUIT BREUER REQIlIFrEp MIN,. CIRCbIT AMPS 17.6 � FAN M01taf F LA 0.7 H.P. 1/B C0�11PRi_SSCR ' RLA " 13.B— LRAM 58.3 MAX. VI0RKING PRESSURE _ FACTORY CHARGE OZ' R-410A T6 fACToRY- TEST PRES$URE�PSIG LOW 240 HIGH 459 1 WARNING r DISCONNECT ALL ELECTRICAL.POWER BEFORE, C `� .u.3 , - yADVEF#TtSSEMENT f 213782078 8 k COUPEZ TOUT LE COURANT AVANT TOU'i EI`I?Cil1 OLi REPARATION. ,. ADVERTENCIA DESCONECTE T6UA`3 LAS FIIENTFS L ANTES DE MANTEMMIENTO U SEIM01 USE COPPER CONDU^,TORS (]NM' THIS t_CtU,:PMENT SUITABLE FOR OWMAIOR "E' 1 = � Air Conditioning&Heating fI��(MOR E,�aLE '��Ill SAL GSX13 NOR TIO N Rk:.QWRED COOLING CAPACITY. 18,000-60,000 BTUIH ENERGY-EFFICIENT COMPLY WITH ALL CODES OF SPLIT SYSTEM AIR CONDITIONER NEW YORK STATE & TOWN CODE 13 SEER/1'z To 5 ToNs AS REQUIRED AND CONDITIONS O� Contents ABOARD Nomenclature. ... .....2 Product Specifications.. 3 5 T . r , Expanded Cooling Data. ...... ......4 AHRI Ratings .... ....... ........ 20 Wiring Diagrams 54 Dimensions ...... ........ ......... . 56 APP OVED 7ED.. ..........................56 DATE: B.P.# a� { r FEE:.2a 'a BY: e iM TAT NOTIFY BUILDd�IG DEp A 765-im SAM TO 4 PM FOR THE FOLLOWING INSPECTIONS: i. FOUNDATION - TWO REQUIRED �.t # FOR POURED CONCRETE AMI2. ROUGH ® FR '+"' PLUMBING t: 3. INSULATE! 4. FINAL - <<.1 :; " l MUST BE COMP ALL CONSTP Ir,�`! `:''a SHALL MEET THE REQUIREMEN` THE CODES OF NEW xr; v YORK STATE. NOT RESPONSIBLE FOR DESIGN OR CONSTRUCTION ERRORS. Standard Features Cabinet Features Energy-efficient compressor • Heavy-gauge galvanized-steel cabinet • Factory-installed filter drier with louvered sound control top • Copper tube/aluminum fin coil ® Attractive Architectural Gray powder-paint OCCUPANCY OR • Service valves with sweat connections finish with 500-hour salt-spray approval �,„�� O� UNLAWFUL and easy-access gauge ports • Steel louver coil guard �j • Contactor with lug connection • Single-panel access to controls with space p/81p��(L11O(I p� V2��j p�� • Ground lug connection provided for field-installed accessories VU USI l V'�E H 9 • AHRI Certified;ETL Listed Q When properly anchored,meets the 2010& (00CUPWNC Y Florida Building Code unit integrity require- ments for hurricane-type winds (Anchor bracket kits available.) 110 PARTS L I a COMPANY WITH COMPANYY v L \ V QUALM SYSTEM ENVIRONMENTAL SYSTEI ♦♦♦{:..;] LIMITED C US CERTIFlED 81 DNV GL CERTIFIED By DW GL YEAR wARRAN" Is.S0o1= Is.I—. Intertek -�9- 'Complete warranty details available from your local dealer or at www amana-hac cum To receive the 10 Year Parts Limited i 13178. Warranty,orAnencgistration must be completed within bO days oflnstallanon Online registration is not required in California or Quebec SS-GSX13 www goodmanmfg com 10/17 Supersedes 8/17 ETXS9-SS LuOD�4WP002 N\N\f\A oE0",,CcnbVOC.k MliHoniCE" J,A'... n2.Pe nviFvm'E-l_l'lF occnb V V G 6 DMOA, 08 .L , U.LVJF' '401 UERbovfMr:-. ;�Jg Cri D E 21 0 'Ff COMA P,,HV,,r NEEI RE COVIII, Pin?, bOnMED -,JACHEi E C-C I- AD JAV"�Yf'ji'viebEcTtO'ma Su61 S 090 suol t -ZE0 suol z Szo AQV 21335 11T VT anlit, po�' — suol V 8t70 suol 2 9c0 suol z t7z0 .-.2133S U33S ET ET -_"suolSUOfVZ IET' i661�Kf 6& suol 51,E ZVO SUOI 51,Z OED SY'01 XT STO Alpedej leu!WON Volt7qj dwnd le@H Z AM-30AED V8 MOIED VOTtHd J@SUDPUOD X zH 09'GsEHd Z'A 0EZ/90Z E adAl muff as ' ;H'Uk:�'se?,-f. 'A Ot7Z/OZZ Z zHwalsAS jildS S NKNIONOW fWMER Ajogale:)pnPOJd (Suijapio jo iuoivam jol p@sn jou) VP_ Puejo uewPOO9 D 14 EAA A 0 Li< '�`?,'T�Pr.l pueja r Cl�pj b F k M W-1 "o c TT'OT 6 8,L,9 S'17 E vv T -ko' ET x 'S 9 ail n-LV7DN311VOlaf PRODUCT SPECIFICATIONS I 0181EH 0181EJ I 1'0301B* I I I 0421B* 414: 1.1 1. CAPACITIES Nominal Cooling,(BTU/h) 18,000 18,000 18,000 23,000 30,000 30,000 36,000 42,000 48,000 60,000 60,000 SEER/EER 13/11 13/11 13/11 13/11 13/11 13/11 13/11 13/11 13/11 13/11- 13/11 Decibels 7S 75 75 7S 73 74 74 7S 76 77 72 COMPRESSOR RLA 67 67 60 77 128 105 141 179 199 250 264 LRA 41 375 37.5 37 64 47 77 112 109 134 134 CONDENSER FAN MOTOR Horsepower 1/8 1/8 1/8 1/8 1/8 1/8 1/4 1/4 1/4 1/4 1/4 FLA 07 06S 065 0.65 0.65 07 12 12 12 12 13 REFRIGERATION SYSTEM Refrigerant line Size' Liquid Line Size("O D) W. %" %" %" W. W. %" W W %" W. Suction Line Size("O.D) %" Y4" %" '/<" %" WY.. 1%" 1%" M. Y11 Refrigerant Connection Size Liquid Valve Size("O D.) W. %" %" W. W. W. W. W. %" W. W. Suction Valve Size("O D)°s %" '/<" %" '/<" %" Valve Type Sweat Sweat Sweat Sweat Sweat Sweat Sweat Sweat Sweat Sweat Sweat Refrigerant Charge 44 58 58 60 60 68 62 80 91 94 111 Shipped with Orifice Size 0.051 0.051 0051 0 OSS 0 061 0 067 0.070 0 076 0 080 0086- 0.086 ELECTRICAL DATA Voltage(60 Hz) 208/230 208/230-60 208/230-60 208/230 208/230 208/230-60 208/230 208/230 208/230 208/230 208/230 Minimum Circuit Ampacity z 9.1 9.1 82 103 16.7 138 188 236 261 32.5 34.3 Max.Overcurrent Protection 3 15 amps 15 amps 15 amps 15 amps 25 amps 20 30 amps 40 amps 4S amps 50 amps 60 amps Min/Max Volts 197/253 197/253 197/253 197/253 197/253 197/253 197/253 197/253 197/253 197/253 197/253 Electrical Conduit Size '/:"or Y." %"or W Y."or'/." %"or%" %:"or%" '/:"or W %"or W '/:"or W %"or'/." W'or W %"or W EQUIPMENT WEIGHT(LBS) 102 102 102 103 115 138 118 171 17S 184 211 SHIP WEIGHT(LBS) 117 117 117 120 132 153 135 189 193 202 233 Line sizes denoted for 25'line sets,tested and rated in accordance with AHRI Standard 210/240 For other line-set lengths or sizes,refer to the installation&Operating instructions and/or the long line-set guidelines ' Wire size should be determined in accordance with National Electrical Codes,extensive wire runs will require larger wire sizes 3 Must use time-delay fuses or HACR-type circuit breakers of the same size as noted 4 Installerwill need to supply'/."to Y."adapters forsuction line connections 5 Installer will need to supply''/."to 1%"adapters forsuction line connections NOTES • Always check the S&R plate for electrical data on the unit being installed • Unit is charged with refrigerant for 15'of liquid line System charge must be adjusted per Installation Instructions Final Charge Procedure SS-GSX13 www goodmanmfg Com 3 I A OUTDOOR AMBIENT TEMPERATURE, k 652F 752F 852F 95OF 1052F 1152F n ENTERING INDOOR WET BULB TEMPERATURE Z M&VMMM� . O MBh 156 162 177 153 158 17.3 14.9 154 16.9 145 15.1 116 13.8 143 15.7 12.8 133 145 5/T 0.70 0.59 041 0.73 0.61 0.42 075 0.62 0.43 0.77 0.64 -0.45 0 80 067 046 081 067 0.47 17 OT 193 167 127 195 16.9 128 195 169 128 196 170 +1129 194 168 127 181 157 119 0 525 kW 1.02 104 108 1.11 1.13 1.17 1.18 1.21 1.25 125 1.28 �1.32 1.30 1 33 138 135 138 1.43 Z Amps 43 44 45 4.6 47 4.9 5.0 5 1 5.3' 54 5.5 1,S.7 5.7 58 60 60 62 64 Gl Hi PR 203 219 231 228 245 259 259 279 294 295 318 j335 332 357 377 367 395 417 Lo PR, 102 109 119 108 115 126 113 120 131 118 126 8137 124 132 144 128 136 149 n MBh 16.4 17.0 187 160 16.6 182 15.7 16.2 17.8 15.3 15.8 `17.4 14.5 150 165 134 139 153 S/T 0.71 060 0.41 074 0.62 0.43 0.76 0.63 0.44 0.78 065 I0 45 081 0.68 0.47 0.82 0.69 0.47 AT 180 15.6 118 182 15.8 120 18.2 158 12.0 18.4 15.9 1112.1 181 1S.7 11.9 16.9 146 111 'n Ln 70 600 kW 103 1.06 1.09 1.12 1.14 1.18 1.19 1.22 1.27 - 126 1.29 1.34 1.32 1.35 1.40 1.37 140 1.45 N Amps 4.3 4.4 46 4,7 4.8 4.9 5.1 52 54 54 5.6 It 5.7 5.8 5.9 6.1 61 63 SS W Hi PR 206 221 234 231 248 262 263 283 298 299 322 !340 336 362 382 372 400 422 O Lo PR 104 110 121 110 117 127 114 121 132 120 127 1139 126 134 146 130 138 151 Do MBh 169 17.6 19.2 165 171 18,8 16.1 16.7 18.3 158 16.3 P17.9 15.0 15.5 17.0 139 144 15.7 T 5/T 073 061 0.42 0.76 0.63 044 0.78 065 0,45 080 067 b.46 083 0.69 048 0.84 070 048 � AT 17.5 151 11.5 17.7 15.3 11.6 17.7 15.3 116 17.8 15.4 117 17.6 15.2 11.6 16.4 142 108 n 650 kW 1.05 107 111 114 1.16 1.20 1.21 1.24 1.29 1.28 131 t'136 1.34 137 1.42 139 1.42 147 as 0 Amps 4.4 4.5 4.6 4.7 49 5.0 5.2 5.3 5.5 5.5 56 115.8 5.9 60 62 6.2 6.4 6.6 T n Ht PR 209 225 238 235 253 267 267 287 304 304 327 4346 342 368 389 378 407 430 000 a Lo PR 106 112 123 112 119 130 116 123 135 122 130 P142 128136 148 132 1,41 153 NJ 3 c, CO 0o MBh 15.9 164 17.7 19.0 155 16.0 173 186 15.2 156 169 18.1 148 15.2 16 5 17.7 14.0 14S 15.7 168 13.0 13.4 14S 156 3 S/T 080 0.72 0 54 03S 083 074 0 56 036 085 0.76 058 037 0.88 0.78 0 59 0.38 091 081 0.62 040 092 082 062 040 CO AT 22.3 205 16.8 11.6 22.5 20.7 17.0 117 22.6 20.8 17.0 11.7 22.7 20.9 (;17.1 11.8 22.4 20.6 16.9 11 7 20.9 19 3 158 10.9 525 kW 103 105 109 1.13 1.12 114 118 1.22 119 1.22 1.26 1.31 1.26 1.29 1;133 1.38 132 1.35 1.39 144 136 140 145 150 Amps 43 44 46 47 47 48 49 5.1 51 52 54 56 54 5.5 x.57 5.9 5.8 59 61 6.3 61 63 65 67 Hi PR 205 221 233 243 230 248 262 273 262 282 297 310 298 321 !.339 353 335 361 381 398 371 399 421 439 Lo PR 104 110 120 128 109 116 127 135 114 121 132 141 119 127 1139 148 125 133 145 155 129 138 150 160 MBh 167 172 186 200 16.3 16.8 182 19.5 15.9 164 178 191 155 46.0 `•17.3 18.6 14.8 152 16.5 177 13.7 141 152 164 S/T 081 073 O.S5 03S 0.84 0.75 0.57 0.37 0.86 0.77 0.58 038 089 x,80 0.60 039 0,92 0.83 063 0.40 093 083 063 041 OT 20.8 191 157 10.8 210 19.4 159 11.0 21.1 194 15.9 11.0 212 19.5 f16.0 11.1 209 19.3 158 109 195 180 147 10.2 75 600 kW 104 107 110 114 113 1.16 1.20 1.24 121 1.23 1.28 1.32 1.27 1.30" X135 1.40 1.33 1.36 141 1.46 138 1.41 146 152 Amps 4.4 45 46 4.8 47 48 5.0 52 5 1 5.2 S4 5.6 5.5 '5:6 ' :S.8 6.0 S8 60 6.2 6'4 62 6.3 6.5 68 Hi PR 208 224 236 246 233 251 265 276 265 285 301 314 302 3251343 358 340 366 386 403 376 404 427 445 Lo PR 105 112 122 130 111 118 129 137 115 123 134 142 121 129 !.141 150 127 135 147 157 131 140 152 162 MBh 172 17.7 19.2 206 168 17.3 18.7 20.1 16.4 169 18.3 19.6 16.0 16.5 €17.9 19.2 15.2 157 170 182 141 14.5 15.7 16.9 S/T 083 074 0.56 0.36 0.86 077 058 0.37 0.88 079 0.60 038 0.91 0.81 4 0 62 0,40 0.94 0.84 0.64 0.41 09S 085 064 0.41 AT 202 186 152 105 204 18.8 15.4 10.7 205 18.8 15.4 10.7 206 19.0 I15.5 107 20.3 187 153 106 19.0 17.5 143 9.9 650 kW 1.06 108 112 116 1.15 1.17 1.21 1.26 1.22 125 1.30 134 129 1.32 E,-137 142 1,35 1.38 143 1'48 1.40 144 1.49 1.54 Amps 44 45 47 4.9 48 4.9 51 5,3 5,2 5.3 5.5 57 56 5.7 59 6,1 5.9 61 6.3 65 63 64 66 69 Hi PR 211 228 240 251 237 255 270 281 270 290 307 320 307 331 1349 364 346 372 393 410 382 411 434 453 Lo PR 107 114 124 132 113 120 131 139 117 125 136 145 123 131 143 152 129 137 150 160 133 142 155 165 X IDB Entering Indoor Dry Bulb Temperature Shaded area reflects ACCA(TVA)conditions I' Amps=outdoor unit amps(comp+fan) 4" w High and low pressures are measured at the liquid and suction service valves, kW=Total system power 4' t t I. Ln OUTDOOR AMBIENT TEMPERATURE X 65°F 75°F 85°F 95°F 105°F 1159F ENTERING INDOOR WET BULB TEMPERATURE w MBh 162 165 177 189 158 161 17.3 18.4 15.4 15.8 16.8 18.0 15.0 15,4 16,4 17.6 14.3 14.6 156 16.7 13.2 13.5 14.5 155 S/T 0,88 082 0.67 0.50 091 085 069 052 093 0.87 0.71 053 096 090 0.73 0.55 1.00 0.94 0.76 0.57 1,01 0.94 077 0.57 A T 248 23.8 207 16.5 25.2 241 210 167 25.2 241 21.0 168 25.4 24.3 211 16.9 25.0 24.0 20.8 166 234 224 19.5 15.5 525 kW 104 106 1.10 114 1 13 '1 15 119 123 120 123 1.27 1.32 127 1.30 1.35 1 39 133 1 36 1.41 146 138 1.41 146 ISI Amps 43 4.4 46 48 4.7 48 50 5.2 5.1 52 54 5.6 55 56 58 6.0 S.8 60 62 64 62 63 65 6.8 Hi PR 207 223 235 246 232 250 264 276 264 285 300 313 301 324 342 357 339 365 385 402 374 403 425 444 Lo PR 105 111 121 129 110 118 128 137 115 122 133 142 121 128 140 149 126 134 147 1S6 131 139 152 162 MBh 17.0 174 186 198 166 170 18.1 19.4 162 166 17.7 18.9 15.8 162 :.17:3. 18.5 15.0 15.4 16'4 175 13.9 142 . 1S2 162 S/T 089 084 0.68 051 092 0.87 0.70 053 0,95 0,89 0.72 0.54 0.98 0.92 'd.7$'! 0.56 1.00 0.95 077 0 58 100 096 078 058 A T 23 2 22 2 19.3 155 235 22.5 19.6 15.6 23.5 22.5 19.6 15.7 23.7 227 '"19.7:.i 15.8 23.0 22.4 195 15.5 213 209 18,2 145 80 600 kW 1.05 1.08 111 115 1.14 1.17 1,21 125 1.22 1.25 1.29 133 1.28 1.32 '',1:36;? 141 1.34 1.38 1.42 148 1.39 1.43 1.48 153 Amps 4.4 4.5 47 4.8 4.8 49 50 5.2 5.2 53 5.5 57 S.5 5.7 .5.9v" 61 5.9 6.0 6.2 6.5 6.2 6.4 66 6.9 Hi PR 210 226 239 249 236 254 268 279 268 288 304 318 305 328 t 347 362 343 369 390 407 379 408 431 450 Lo PR 1 106 113 123 131 112 119 130 138 116 124 135 144 122 130 -'.142'. 151 128 136 149 158 132 141 154 164 MBh 175 179 191 20.S 17.1 17.5 18.7 20.0 16.7 17.1 18.2 19.5 163 16.7 17.8 19.0 155 158 169 181 143 14.7 15.7 16.7 k S/T 091 085 0.69 0 52 094 0.88 0.72 054 097 0.91 074 0.55 1.00 094 076 0 57 1.00 1.00 0.79 0.59 1.00 1.00 080 060 T 225 216Z.,15.0 22.8 21.9 190 15.2 22.8 21.9 19.0 152 23.1 22.0 19.2 15.3 21.9 22.4 18.9 15.1 20.3 207 17 7 141 ZDZ 650 kW 107 109 113 1.17 1.16 118 122 127 1.24 1.26 1.31 1.36 1.30 1.34 1.38 143 136 140 145 150 142 145 150 155 o Amps 45 4.6 4.7 49 48 49 5,1 5.3 5.2 54 56 5.8 5.6 5.8 59 6.2 6.0 61 6 3 6,6 6,3 6.5 6.7 7.0 n O Hi PR 214 230 243 253 240 258 272 284 273 293 310 323 310 334 353 368 349 376 397 414 386 415 439 457 O CL O v Lo PR 108 115 12S 133 114 121 132 141 118 126 137 146 124 132 144 154 130 139 151 161 135 143 157 167 O 3 MBh 16,5 168 176 187 16.1 16.4 172 183 15.7 16.0 168 179 153 15.6 16.3 174 145 148 15.5 166 135 13.7 144 153 O S/T 0.92 0,89 080 065 09S 0.92 083 067 0,98 0.94 085 0,69 1.00 0.97 088 071 100 100 0.91 074 1.00 100 092 075 0 T 265 26 1 24.6 21.3 26.8 26.4 24.9 216 26.9 26.4 250 21.6 26.8 266 25 1 21.8 25.5 26.0 248 215 23 6 24 1 23.2 200 D 525 kW 105 107 1.11 115 114 116 120 1.24 121 124 1.28 1.33 128 1.31 136 141 1.34 1.37 142 147 139 1.42 1,47 153 Amps 44 4.5 4.6 48 47 4.9 5.0 5.2 5.2 53 55 5.7 5.5 5.6 5.8 6.1 5.9 6.0 62 64 62 6.4 66 6.8 Hi PR 209225 238 248 235 253 267 278 267 287 303 317 304 327 346 361 342 368 389 406 378 407 430 448 (n Lo PR 106 112 123 131 112 119 130 138 116 123 135 143 122 130 141 151 128 136 148 158 132 140 153 163 H MBh 173 176 185 19.7 16.9 172 180 19.2 16.5 16.8 176 18.8 16.1 16.4 17.2 18.3 15.3 15.6 16.3 174 142 14.4 15.1 161 Lu S/T 0.93 090 0.81 0.66 0.97 0.93 084 0.68 0.99 0.96 086 070 1.00 0.99 089 072 100 100 0.93 0.75 1.00 100 093 0.76 64 O A T 24.8 243 23.0 199 25 1 246 233 20.2 25.1 247 233 20.2 24.7 24800 203 23.4 239 23 2 200 217 22.1 216 187 00 85 600 kW 1,06 1.08 112 116 115 118 1.22 1.26 1.23 126 1.30 1.35 1.30 1.33 1.37 1.42 136 139 1,44 149 141 1.44 149 154 m Amps 44 45 4.7 49 4.8 49 5.1 53 5.2 53 55 5.7 5.6 5.7 59 61 5.9 6.1 63 65 63 64 67 69 \ Hi PR 212 228 241 251 238 256 270 282 271 291 308 321 308 332 350 365 347 373 394 411 383 412 435 454 n Lo PR 107 114 124 132 113 120 131 140 118 125 136 145 123 131 143 1S3 129 138 ISO 160 134 142 155 166 ri MBh 17.8 182 19.0 20.3 174 178 18.6 19.8 17.0 17.3 18.2 194 16.6 16.9 17.7 18.9 158 161 168 18.0 146 149 156 16.6 H S/T 095 0,92 0.83 067 0.99 0.95 0.86 070 1.00 098 0.88 0.72 1.00 1.00 0.91 0.74 1.00 1.00 095 077 100 1.00 0.95 077 00 A T 241 237 224 194 24.3 23.9 226 19.6 24.1 24.0 22.7 19.6 235 239 228 19.7 22 3 227 22.S 195 206 210 210 182 .gyp 650 kW 108 1.10 114 1.18 1.17 1.19 123 1.28 1.25 1.28 1.32 1.37 132 1.3S 1.40 145 1.38 1.41 1.46 1.S1 1.43 146 151 157 Amps 4.5 46 48 4.9 4.9 5,0 5.2 5.4 53 54 5 6 5.8 . 57 5.8 6.0 6.2 60 62 64 6.6 64 66 6.8 70 O Hi PR 216 232 245 256 242 261 275 287" 275 296 313 326 314 337 356 372 353 380 401 418 390 419 443 462 CID Lo PR 1 109 116 126 135 115 122 134 142 1 120 127 139 148 126 134 146 155 132 140 153 163 1 136 145 158 168 r) IDB Entering Indoor Dry Bulb Temperature Shaded area reflects AHRI conditions Amps=outdoor unit amps(comp+fan) Z High and low pressures are measured at the liquid and suction service valves kW=Total system power !i i' OUTDOOR AMBIENT TEMPERATURE' mk 652F 752F 852F 952F- 1052F 1152F n _ ENTERING INDOOR,WET BULB TEMPERATURE Z a rri MBh 22.S 23.4 25.6 220 22.8 2S 0 215 22.3 244 - 210 21.7 23.8 - 199 206 226 184 191 21.0 - Z) S/T 0.73 061 0.42 076 0.63 044 078 06S 045 080 0.67 10.46 0.83 069 048 084 070 0.49 Q AT 17 15 11 17 15 11 17 15 11 17 15 i,11 17 15 11 16 14 10 O 900 kW 163 166 1.71 1.75 178 1.83 185 1.89 1.95 194 198 :2.04 2.02 206 2.13 2.09 2.13 2.20 Z Amps 58 60 6.2 6.3 6.4 67 68 7.0 72 7.3 75 77 78 8.0 8,2 82 84 87 G1 HI PR 228 246 259 256 276 291 291 314 331 332 357 E377 373 402 424 413 444 469 O Lo PR 105 112 122 111 118 129 115 123 134 121 129 ;1141 127 135 147 131 140 152 n MBh 219 227 248 214 22 2 24.3 20.9 216 237 204 211 X23 1 193 200 22 0 179 186 203 S/T 070 0 S8 040 072 060 042 074 0.62 0.43 076 064 cO 44 079 0.66 0.46 080 0,67 046 AT 18 15 12 18 15 12 18 15 12 18 15 1.12 18 15 12 16 14 11 G) 70 800 kW 162 165 170 173 1.77 182 1.84 1.87 193 1 93 197 E2 03 200 205 2 11 207 2 11 2 18 Amps 58 59 61 62 64 6.6 6.8 6.9 72 72 74 s,77 77 7.9 81 82 8.4 86 LU Hi PR 226 243 257 2S4 273 288 288 310 328 329 354 1,373 370 398 420 408 440 464 N Lo PR 104 111 121 110 117 127 114 121 132 120 127 1,139 126 134 146 130 138 1S1 H MBh 202 209 229 19.7 204 224 193 20.0 219 188 195 121.3 178 18S 203 165 171 188 r� S/T 067 056 039 070 0,58 0.40 071 0.60 0.41 074 062 �0 43 076 064 044 077 064 045 AT 18 15 12 18 16 12 18 16 12 18 16 s 12 18 16 12 17 14 11 700 kW 158 161 1 66 1.69 173 178 179 1.83 1.89 188 192 �1 98 196 200 2.06 2 02 206 2 13 o Amps 5 6 57 S9 6.1 6.2 6.4 66 6.7 7.0 70 7.2 7,4 75 7.7 7.9 79 8,1 84 T °n HI PR 219 236 249 246 265 280 280 301 318 319 343 ;:362 359 386 407 396 426 450 Q n�3, Lo PR 101 107 117 106 113 124 111 118 129 116 124 '!13S 122 130 141 126 134 146 LU UQ MBh 22.9 23 6 2S.S 274 22 4 230 249 26,8 21.9 22.5 244 261 213 22.0 i,23 8 25.5 20.3 209 22 6 24 2 188 19 3 209 224 o S /T 083 0.74 056 036 086 077 058 0,37 0.88 0.79 0,60 038 0.91 0,81 €0 62 040 0.9S 085 064 041 095 085 065 042 3 AT 19 18 15 10 20 18 15 10 20 18 15 10 20 18 1'15 10 20 18 15 10 18 17 14 10 900 kW 164 167 172 177 176 179 1.85 191 186 1.90 196 2.02 196 200 ?2.06 2 13 2.04 2.08 2.15 2,21 2 10 2 15 2 22 2 29 Amps 5.9 60 6.2 64 63 6.5 6.7 7.0 69 7.1 7-3 7.6 74 7.5 7.8 8.1 7.8 80 8 3 86 83 8,5 8.8 9 1 Hi PR 231 248 262 273 2S9 279 294 307 294 317 334 349 33S 361 381 397 377 406 429 447 417 448 474 494 Lo PR 106 113 123 131 112 119 130 139 116 124 135 144 122 130 ;142 151 128 136 149 1S8 133 141 154 164 MBh 22.3 22.9 24.8 266 21.7 22.4 24.2 26.0 21.2 21.8 236 254 20.7 21.3 t 23,1 24.8 19.7 202 219 235 18,2 188 20.3 218 S/T 079 071 0.54 0.34 0.82 073 0.56 0.36 084 0.75 0.57 0.37 087 0.78 X0.59 0.38 090 081 061 0,39 091 081 062 040 AT 20 19 15 11 20 19 15 11 21 .19^ 1S 11 21 19 ;:,16 11 20 19 15 11 19 18 14 10 75 800 kW 1.63 166 1.71 1.76 1.75 1.78 1.84 189 185 1.89 1,95 2.01 1.94 1.98 ,204 2 11 2.02 2.06 2 13 2 20 2.09 2.13 2 20 2 27 Amps 58 6.0 62 6.4 6,3 6.4 6.7 69 6.8 ";'7;Q"` 7.2 7:5 7.3 7.5 47 7 8.0 7.8 80 82 85 82 84 87 9 1 HI PR 228 246 260 271 256 276 291 304 291 `314 331 345 332 357 X377 393 373 402 424 443 413 444 469 489 Lo PR 105 112 122 130 111 118 129 137 115 123 134 143 121 129 !1141 150 127 13S 147 157 131 140 152 162 MBh 20.5 211 22 9 24.6 20.1 20.7 22.4 240 19.6 20.2 21.8 234 19,1 19.7 121.3 22.9 18.2 187 202 217 168 17.3 18.7 20.1 S/T 0.76 0.68 0.52 0.33 0.79 0.71 0.54 0.34 081 0.73 0.55 0.35 0.84 0.75 0.57 0.36 0.87 078 059 038 088 0.78 0.59 0.38 AT 21 19 16 11 21 19 16 11 21 19 16 11 21 19 16 11 21 19 16 11 19 18 15 10 700 kW 159 1 62 1.67 172 1.71 174 1.79 1.85 1.81 1.84 1.90 196 190 194 200 2.06 1.97 201 208 214 204 2.08 2 15 2.22 Amps 5.7 58 6.0 62 6,1 6.3 6.S 6.7 6.6 6.8 7.0 7.3 7.1 :7.3 ,7S 7.8 7.6 7.7 80 8 3 80 82 8.5 88 Hi PR 222 238 252 263 249 267 282 295 283- 304 321 335' 322 346 0366 382 362 390 412 429 400 431 455 474 Lo PR 102 108 118 126 108 114 125 133 112 119 130 138 117 125 °;136 145 123 131 143 152 127 135 148 157 m X IDB Entering Indoor Dry Bulb Temperature Shaded area reflects ACCA(T%A)conditions Amps=outdoor unit amps(comp+fan) w High and low pressures are measured at the liquid and suction service valves ¢' kW=Total system power b' �i 2� ( Ln LP OUTDOOR AMBIENT TEMPERATURE M 652F T 752F 852F 952F 1052F 1152F N w ENTERING INDOOR WET BULB TEMPERATURE MBh 23 3 23.8 25.5 272 22.8 23.3 249 266 22.2 22.7 24,3 26.0 21.7 22.2 23.7 25.3 20.6 211 225 241 191 195 208 22,3 S/T 091 0,85 0.69 0.52 0.94 088 0.72 0.54 0.97 0.91 0.74 055 1.00 094 076 0.57 1.00 100 0,79 059 1.00 100 080 0.60 AT 22 21 18 14 22 21 18 15 22 21 18 15 22 21 18 15 21 22 18 15 20 20 17 14 900 kW 165 1,69 174 179 1.77 1.81 1.86 1.92 1.88 1,92 1.98 2.04 1.97 201 208 214 2.05 2.10 2 16 2 23 2 12 2.17 2 24 231 Amps 59 61 63 65 6.4 66 6.8 70 70 71 74 7.6 74 7,6 79 8.2 79 81 84 87 84 8.6 8,9 92 Hi PR 233 251 265 276 261 281 297 310 297 320 338 352 339 364 385 401 381 410 433 452 421 453 478 499 Lo PR 107 114 124 132 113 120 131 140 118 125 137 145 123 131 143 153 129 138 150 160 134 142 155 166 MBh 22 6 23 1 247 264 22,1 22.6 24,2 2S.8 216 22.1 23.6 25.2 21 1 21S '`,23'`° 24.6 200 205 219 234 185 189 202 216 S/T 0 87 0.81 066 0,50 0.90 0,84 069 0.51 092 087 070 053 0,95 0.89 '0:73,': 054 099 093 075 056 100 093 076 057 AT 23 22 19 15 23 22 19 15 23 22 19 15 23 22 19'F. 15 23 22 19 15 21 20 18 14 80 800 kW 164 167 1.72 178 176 1.79 185 191 186 190 1.96 2,02 1,96 2.00 - 2.06- 2 13 2.04 208 2.15 221 2 10 2,1S 2 22 2 29 Amps 5 9 60 6.2 64 6.3 6,5 6.7 7,0 69 7.1 73 7.6 7.4 75 7:8;:`' 81 78 8.0 8.3 8 6 8,3 85 8.8 9 1 HIPR 231 248 262 273 259 279 294 307 294 317 335 349 335 361 -'181'4; 397 377 406 429 447 417 448 474 494 Lo PR 106 113 123 131 112 119 130 139 116 124 135 144 122 130 ;,,-1 V,; 151 128 136 149 158 133 141 154 164 MBh 209 214 22 8 24.4 20.4 209 22 3 238 199 20.4 21,8 23 3 19.4 199 21.2 22 7 18,S 18,9 202 216 17.1 17S 187 200 k S/T 0 84 0 79. 064 0.48 087 081 066 050 089 083 0.68 0.S1 092 086 070 052 0,9S 089 0.73 0,54 0.96 0.90 073 055 AT 23 22 19 15 23 22 19 15 23 22 19 16 23 22 20 16 23 22 19 15 22 21 18 14 700 kW 160 163 168 173 1.72 175 1.81 186 1.82 186 1.92 1.98 1.91 19S 201 2,08 1.99 203 209 2.16 2.05 210 216 2 23 nI oAmps 5,7 5,9 60 6 3 62 63 6.5 6,8 6.7 6.9 7 1 74 7.2 7.3 7.6 79 76 7.8 8.1 84 81 8,3 8,6 89 n O Hi PR 224 241 254 265 251 270 285 298 286 307 324 338 325 350 370 385 366 394 416 434 404 435 459 479 O a 3 I I I Lo PR 103 109 119 127 109 116 126 134 113 120 131 140 119 126 138 147 O 124 132 144 154 129 137 149 159 0 Cu 7 Z w MBh 23 7 24.2 253 270 23.2 23.6 24.8 26,4 22.6 23.1 242 25.8 22.1 22.5 23.6 25.1 210 214 22.4 23.9 194 198 207 22 1 o S/T 0.95 0.92 083 067 099 0.95 0.86 0.70 1.00 0.98 0.88 072 100 100 0.91 0,74 1.00 100 095 077 100 1,00 095 0,77 3 AT 23 23 22 19 23 23 22 19 23 23 22 19 23 23 22 19 21 22 22 19 20 20 20 17 900 kW 1.66 1.70 1.7S 180 179 182 188 194 189 1,93 1.99 2.06 1.99 203 209 2.16 2.07 2.11 2.18 2.25 214 2 18 2,25 233 Amps 6,0 6,1 6.3 6.6 6.5 6,6 6.8 7 1 7.0 72 7.4 7.7 7.5 7.7 7.9 8.2 80 82 8.5 8.8 8.5 87 9.0 9,3 HIPR 23S 253 267 279 264 284 300 313 300 323 341 356 342 368 389 405 385 414 437 456 425 4S7 483 504 L1 Lo PR 108 11S 126 134 114 122 133 141 119 126 138 147 125 133 145 154 131 139 152 162 135 144 157 167 MBh 23.0 23,5 24.6 262 22.5 22.9 240 256 22.0 22.4 23.5 25.0 21.4 21.9 22.9 244 20.4 20,8 21.7 23 2 18,9 19.2 20.1 215 LU S/T 091 088 0.79 0.64 0.94 0.91 0.82 0.67 097 093 0,84 0.68 1.00 0.96 0.87 0,71 1.00 1.00 0.90 0.73 100 100 091 074 AT 24 24 22 19 24 24 23 20 24 24 23 20 25 24 23 20 23 24 23 20 22 22 21 18 85 800 kW 165 169 1,74 1.79 1.77 1.81 1.86 192 188 1.92 1.98 2.04 1.97 2.01 208 2 14 2.05 2.10 2.16 2.23 2 12 2.17 224 2 31 ri Amps 5.9 6.1 6.3 65 64 66 68 7.0 7.0 7.1 7.4 7.6 7.4 7.6 7.9 8.2 7.9 8.1 8,4 87 8 4 86 8,9 92 HIPR 233 251 265 276 261 281 297 310 297 320 338 352 339 364 385 401 381 410 433 452 421 453 478 499 n Lo PR 107 114 124 132 113 120 131 140 118 125 137 145 123 131 143 153 129 138 150 160 134 142 15S 166 MBh 213 21,7 227 242 208 21.2 22.2 23.7 20.3 207 21.7 23.1 198 202 21.1 22.5 188 19.2 201 214 174 17.7 186 198 S/T 088 085 0,76 062 091 0.88 0.79 064 093 090 081 066 0.96 093 0.84 0 68 100 0,96 0 87 071 100 097 088 071 lzu AT 25 24 23 20 25 24 23 20 25 24 23 20 25 25 23 20 25 24 23 20 23 23 21 19 700 kW 1,61 1.65 1.70 175 173 177 1.82 1.88 1.83 1.87 1.93 1,99 1.93 1.97 203 2.09 2.00 205 211 218 207 211 2,18 2 25 Q> Amps 58 59 6,1 6.3 6.2 1 66 68 68 69 72 74 •72 7.4 77 7,9 77 79 81 85 8.2 84 86 9.0 p HIPR 226 243 257 268 254 273 288 301 288 310 328 342 -328 353 373 389 370 398 420 438 408 439 464 484 Lo PR 104 110 121 128 110 117 127 136 1 114 121 132 141 1 120 127 139 148 126 134 146 155 1 130 138 151 161 p IDB Entering Indoor Dry Bulb Temperature Shaded area reflects AHRI conditions Amps=outdoor unit amps(comp+fang Z High and low pressures are measured at the liquid and suction service valves kW=Total system power J - - r e; t3 00 OUTDOOR AMBIENT TEMPERATURE Rl k 65°F 752F 852F 95°F 1052F 1152F ENTERING INDOOR WET BULB TEMPERATURE Z 59 63 67 71 59 63 67 71 59 63 67 71 O MBh 249 258 283 - 244 25 2 27.7 - 23.8 246 27.0 - 23.2 24.0 26,3 - 22.0 22.8 250 - 204 21.2 23.2 S/T 072 060 042 074 0.62 0.43 0.76 064 0.44 0.79 066 10,46 0.82 0.68 047 082 0.69 048 A T 19 16 12 19 16 13 19 16 13 19 17 i 13 19 16 12 18 15 12 O 875 kW 1.60 164 1.70 1.74 1.78 185 187 1.91 198 197 2.02 ('2.10 2.07 2 12 2.20 2 1S 2.20 2 28 Amps 66 68 70 72 7.4 7.7 7.9 8.1 8.4 8S 87 `;9A 91 9.3 9.6 96 99 10.2 C) Hi PR 209 224 237 234 252 266 266 286 303 303 326 w11345 341 367 388 377 406 428 O Lo PR 103 109 119 109 116 126 113 120 131 119 126 1'138 124 132 144 128 137 149 n MBh 270 280 307 264 27.4 30,0 258 26.7 29.3 25.1 261 128.5 239 247 271 22 1 229 2S 1 S/T 0,74 062 043 0.77 064 0.45 079 0,66 0.46 0,82 068 k0.47 0.85 0.71 049 085 0.71 049 A T 18 15 12 18 15 12 18 15 12 18 16 12 18 15 12 17 14 11 'n 70 1050 kW 165 1.69 175 1.79 1.83 1.90 1.92 1.97 2.04 2 03 2.08 216 2 13 2 18 226 221 2 26 2 35 Amps 68 70 73 7.4 7.6 7.9 8.1 83 8.6 87 90 19.3 93 96 9,9 99 102 106 w Hi PR 215 231 244 241 260 274 274 295 312 313 336 J;355 352 378 400 389 418 442 W Lo PR 106 113 123 112 119 130 116 124 135 122 130 1:142 128 136 149 132 141 154 O MBh 273 283 310 26.7 276 30.3 260 270 295 2S.4 26.3 g28.8 24.1 250 27,4 22 3 23 2 254 S/T 0.76 063 044 079 0.66 045 081 067 047 083 070 10.48 086 0.72 0 50 087 073 O.SO g A T 17 15 11 17 15 11 17 15 11 17 15 .11 17 15 11 16 14 10 n 1125 kW 165 1.69 175 180 1.84 1.91 1.92 197 2,04 204 2.092 16 2.13 2.18 2 26 2.21 2.27 2 35 o Amps 6.9 7.0 7.3 7.5 77 7.9 82' 8.4 8.7 8.8 90 p19.3 9.4 96 10.0 100 102 10.6 7i o Cl- HI PR 216 232 245 242 260 275 275 296 313 314 337 1356 353 380 401 390 419 443 �p Lo PR 106 113 123 112 119 130 117 124 136 123 130 142 128 137 149 133 141 154 LU 3 ac MBh 25.4 261 283 30.3 24.8 255 276 29.6 242 24.9 26.9 289 23.6 24.3 X6.3 28.2 224 23.1 250 268 20.8 214 23 1 248 p 3 S/T 082 073 0.55 036 0.85 0.76 0.57 0.37 0,87 0,78 0 S9 0.38 0.89 0.80 A.61 039 093 083 0.63 040 094 084 063 041 F A T 22 20 16 11 22 20 17 11 22 20 17 11 22 20 -17 12 22 20 16 11 20 19 15 11 R1 875 kW 1.62 166 1.72 1.78 176 1.80 1.87 1.93 188 1.93 2.00 207 199 2.04 12 2 19 209 2.14 2 22 2 30 2.17 2 22 2 30 2.39 Amps 67 69 7,1 7.4 7.3 75 7,7 8,1 80 8.2 85 8.8 86 8.8 ?9.1 95 9.2 9,4 97 10.1 97 100 10.4 108 Hi PR 211 227 239 250 236 2S4 269 280 269 289 306 319 306 330 1348 363 345 371 392 408 381 410 433 451 Lo PR 104 110 121 128 110 117 127 136 114 121 132 141 120 127 ;139 148 125 134 146 1S5 130 138 1S1 161 MBh 27.5 283 30.6 32.9 26.8 27.6 299 32.1 262 27.0 29.2 31.3 25.6 26:3 828.5 306 243 25 0 27.1 29.0 22 5 23.2 2S.1 269 S/T 085 076 057 037 088 078 0.59 0.38 0.90 0.80 061 0.39 093 0.83 1063 0.40 0.96 086 065 0.42 097 0.87 066 342 A T 20 19 15 11 21 19 16 11 21 19 16 11 21 19 116 11 20 19 15 11 19 18 14 10 75 1050 kW 166 170 1.76 1.83 1.81 1.85 192 1.99 1.94 1.98 206 2 13 2.05 2.10 X2.18 2.26 2 15 2.20 2 28 2,36 2 23 2 28 2 37 246 Amps 69 71 73 76 7.5 77 8.0 83 8.2 84 8.7 9.1 88 "9.1w X394 9.8 94 97 10.0 10.4 10.0 103 107 11.1 Hi PR 217 234 247 257 244 262 277 289 277 298 315 329 316 340 11359 374 3SS 382 404 421 393 422 446 465 Lo PR 107 114 124 132 113 120 131 140 118 125 136 145 123 131 P143 1S3 129 138 150 160 134 142 1S5 166 MBh 278 286 30.9 33.2 27 1 27.9 30.2 32.4 26.5 27.2 29.5 31.6 25.8 26.6 28 8 309 245 25.3 27.3 293 22.7 234 25 3 27 2 S/T 0.86 0.77 058 0.38 0.89 0.80 0,61 0.39 0.92 0.82 0.62 040 0.95 0.85 10. 64 0.41 098 0.88 0.66 0.43 099 089 0.67 0.43 A T 20 18 15 10 20 18 15 10 20 18 15 10 20 18 I'15 10 20 18 15 10 18 17 14 10 1125 kW 167 1.71 1.77 1.83 1.81 1.86 1.92 1.99 1.94 1.99 2.06 2.14 206 2.11 12.18 2.26 2.15 2 21 229 2.37 224 2.29 2.37 2.46 Amps 69 7.1 7.4, 77 75 7.7 8.0 8.3 8.2, 8.S 8.8 91 8,9°„x,'9:1- ``9.4 98 95 9.7 101 10.5 101 103 107 111 Hi PR 218 234 248 258 245 263 278 290 278 299 316 330.- 317 341 'i<360 375 356 383 405 422 394 424 447 467 Lo PR 107 114 125 133 113 121 132 140 118 125 137 146 124 132 Aj144 153 130 138 151 161 134 143 156 166 X IDB Entering Indoor Dry Bulb Temperature Shaded area reflects-ACCA(TVA)conditions Amps=outdoor unit amps(tomo+fan) w High and low pressures are measured at the liquid and suction service valves. kW=Total system power E' I M 2 f' �^ OUTDOOR AMBIENT TEMPERATURE X65°F 75°F 85* 95°F 105°F 115°F W ENTERING INDOOR WET BULB TEMPERATURE MBh 258 26.4 28.2 301 25.2 2S 8 27.5 29.4 24.6 25.1 269 287 240 24.5 26 2 280 228 23.3 249 266 21.1 216 23 1 24.7 S/T 089 084 068 05 0.93 087 0.71 0,53 095 0.89 073 0.5 098 092 075 056 102 096 0.78 06 103 0.96 078 059 A T 24 23 20 16 2S 24 20 16 25 24 20 16 25 24 21 16 24 23 20 16 23 22 19 15 875 kW 1,63 167 1.73 18 1.77 182 1.88 1.95 1,90 1.95 202 2 1 201 2.06 2.14 2,21 2,11 2.16 2,24 2.3 2 19 224 2 32 241 Amps 68 69 7.2 75 74 76 7.8 81 8.1 83 8.6 8.9 8.7 8.9 9.2 9,6 92 9.5 98 102 98 101 10.5 109 Hi PR 213 229 242 252.3 239 257 271 283 272 292 309 322.0 309 333 352 367 348 375 396 4125 385 414 437 456 Lo PR 105 112 122 129,7 111 118 129 137 115 123 134 1424 121 129 140 150 127 135 147 1568 131 139 1S2 162 MBh 280 28.6 30.5 32 6 273 27.9 29.8 31.9 26.7 272 291 31.1 26.0 266 28:4.: 304 247 25 3 27.0 28,8 229 23.4 2S 0 26,7 S/T 093 0.87 071 05 096 0.90 0.73 0.55 099 0.92 0.75 06 1.00 0.95 .08' 058 1.00 099 0.81 0.6 100 100 081 061 A T 23 22 19 1s 23 22 19 15 23 22 19 15 23 22 j:`14';i 15 22 22 19 15 20 20 18 14 80 1050 kW 168 172 1.78 1.8 182 187 194 2.01 1,95 2.00 2.07 2.2 2.07 2 12 r"2:20; 228 2.17 2.22 230 24 2.2S 2.31 2.39 2,48 Amps 7.0 7.2 7.4 7.7 7.6 7.8 8.1 8.4 8.3 8.5 88 9.2 8,9 9.1 `%5, 99 95 98 101 10.5 101 104 108 112 m Hi PR 219 236 249 260.1 246 265 280 292 280 301 318 331.9 319 343 j:362 378 359 386 408 4253 396 427 4S1 470 b Lo PR 108 115 126 133.7 114 122 133 141 119 126 138 146.8 125 133 ;`145,1 154 131 139 152 1616 135 144 157 167 MBh 282 28.9 30.8 330 27.6 28.2 30.1 32,2 26.9 27.5 294 31.4 26.3 26.8 28.7 30.7 25.0 25.5 27.2 29.1 23.1 23.6 25 2 270 p S/T 0.95 0,89 0.72 0.5 098 0.92 0.75 0.56 100 0.94 0.77 0,6 1.00 0.97 0.79 059 1.00 1.00 0.82 0.6 1.00 1,00 0.83 0.62 m 0 T 22 21 18 15 22 21 18 15 22 21 18 15 21 21 19 1s 20 21 18 15 19 19 17 14 n 1125 kW 1.68 1.72 178 18 1.83 1.87 1.94 2.01 1.96 2.01 208 2.2 2.07 2.13 2.20 2.28 2.17 2.23 2.31 2,4 2.26 2.31 2.40 2,49 0 o Amps 70 7,2 74 7.7 7.6 7.8 81 8.4 83 85 88 9.2 8.9 9.2 9,5 9.9 9.6 98 10.2 10.6 102 104 108 11.2 _ Hi PR 220 237 250 260,9 247 266 281 293 281 302 319 332.9 320 344 364 379 360 387 409 426 6 398 428 452 471 z Lo PR 108 115 126 1341 115 122 133 142 119 127 138 147.3 125 133 145 155 131 139 152 162.1 136 144 157 168 O 3 D 0o MBh 263 268 28.0 299 257 261 27.4 29.2 25.0 25.5 267 28.5 24.4 24.9 26.1 27.8 232 237 248 264 215 219 230 24S 0 S/T 094 0.90 0.82 0.66 0.97 0.94 085 069 1.00 0.96 0.87 070 100 0.99 090 0,73 1.00 1.00 0.93 0.75 100 100 094 076 A T 26 25 24 21 26 26 24 21 26 26 24 21 26 26 25 21 24 25 24 21 23 23 23 20 G) 875 kW 1,65 169 17S 181 1.79 1,83 1.90 1.97 192 196 204 2.11 2.03 2.08 2.16 2.24 2 13 2 18 2 26 2 34 2.21 2 26 2 35 243 Amps 6.8 7,0 7.3 7.6 7 4 7.6 7.9 8.2 8.1 8.3 86 90 87 9.0 9.3 97 9,3 96 99 103 99 10.2 10,6 11.0 I-A Hi PR 21S 231 244 255 241 260 274 286 274 295 312 325 312 336 355 370 352 378 399 417 388 418 441 460 Ga Lo PR 106 113 123 131 112 119 130 138 116 124 135 144 122 130 142 1S1 128 136 149 158 132 141 154 164 MBh 285 29.0 30,4 32.4 27.8 28.3 297 31.7 27.1 27.7 290 309 26.5 27,0 28.3 30.1 25,1 25.6 268 286 23 3 23.7 24.9 265 Iv S/T 0,97 0.94 0.85 0.69 100 0.97 0.88 0.71 1.00 1,00 090 0.73 1.00 1.00 093 075 100 1.00 .0.96 0,78 1.00 1,00 0,97 079 A T 24 24 23 19 24 24 23 20 24 24 23 20 23 24 23 20 22 22 23 20 20 21 21 18 85 1050 kW 169 173 180 186 184 189 195 2.03 1.97 202 2.09 217 2.09 214 '2.22 2.30 2.19 224 232 2.41 2 27 2.33 241 2 50 Amps 7,0 7.2 75 7.8 77 79 81 85 8.4 86 8.9 93 90 92 96 10.0 9.6 99 102 106 10.2 10S 109 11,3 T Hi PR 222 239 252 263 249 268 283 295 283 304 321 335 322 347 366 382 362 390 412 430 400 431 455 475 W Lo PR 109 116 127 135 115 123 134 143 120 128 139 148 126 134 146 156 132 140 153 163 137 145 159 169 W MBh 287 29 3 307 32 7 281 286 300 320 27.4 279 293 312 267 27.3 285 30.4 254 25,9 27 1 289 235 240 25,1 268 0 S/T 099 096 086 070 100 099 090 073 1,00 100 092 0.74 1.00 1.00 0,95 0,77 1.00 1.00 098 0.80 1,00 100 099 080 01 A T 23 23 22 19 23 23 22 19 22 23 22 19 22 22 22 19 21 21 22 19 19 20 20 18 zj 1125 kW 170 1,74 180 187 185 1,89 196 203 1.98 2.03 2 10 218 209 2 15 2 22 2.31 219 2.25 2 33 242 228 2 33 242 2 51 m Amps 71 7.2 75 7.8 77 7,9 82 8,5 84 8.6 8.9 9.3 90 9.3 9.6 10.0 97 99 10.3 10,7 103 105 10.9 11.4 rti HI PR 222 239 253 263 249 268 283 296 284 30S 322 336 323 348 367 383 364 391 413 431 402 432 4S6 476 Lo PR 110 117 127 13S 116 123 134 143 120 128 140 149 126 134 147 156 132 141 1S4 164 137 146 159 169 17) IDB Entering Indoor Dry Bulb Temoerature - Shaded area reflects AHRI conditions Amps=outdoor unit amps(comp+fan) Z Q0 High and low pressures are measured at the liquid and suction service valves kW=Total system power o OUTDOOR AMBIENT TEMPERATURE; rr 65 75 85 95 105 115 ENTERING INDOORWET BULB TEMPERATURE Z MBh 329 34.1 374 - 32 2 33.3 36.5 - 314 32.5 35.7 - 30.6 31.7 34.8 - 29 1 30.2 33.0 270 279 306 r-) 5/T 077 06S 045 0.80 0.67 046 082 069 0.48 0.8S 0.71 0.49 088 074 0.51 0.89 0.74 0 S 1 17) A T 17 15 11 18 15 12 18 15 12 18 1S 112 17 15 11 16 14 11 O 1350 kW 244 2.49 2 55 2.61 265 2 73 2.75 280 288 288 294 i3 02 299 305 3 14 308 3.14 3 24 Z /anos 97 99 100 101 103 105 10.6 10.8 11.0 110 11.2 1114 114 116 118 118 120 122 Gl Hi PR 183 197 208 205 221 234 234 252 266 266 286 302 299 322 340 331 3S6 376 O Lo PR 95 101 110 100 107 117 104 111 121 110 117 1127 115 122 134 119 126 138 n MBh 320 33 1 363 312 324 355 30.5 316 34.6 297 308 's 33.8 282 293 32 1 262 27 1 29 7 S/T 074 0.62 043 0.76 064 0.44 0.78 065 04S 081 0.68 [0.47 0.84 0.70 0.49 085 071 049 0 T 18 16 12 18 16 12 18 16 12 18 16 '12 18 16 12 17 15 11 Ln 70 1200 kW 242 247 2S4 259 2.64 271 2 73 278 286 2.86 2.91 `3 00 296 302 311 306 3 12 3 21 /anos 97 9.8 100 10.1 10.2 10.4 106 107 109 11.0 11.1 X11.3 11.4 11.5 118 11.8 11.9 122 Cu H1 PR 181 195 206 203 219 231231 249 263 264 284 =299 296 319 337 328 353 372 0 Lo PR 94 100 109 99 106 116 103 110 120 109 116 f426 114 121 132 118 125 137 MBh 29S 306 33.5 288 299 327 28.1 29.2 31.9 274 284 {31.2 261 270 296 242 2S 0 274 ni S/T 0.71 0.59 0.41 074 062 043 0.76 0.63 0.44 078 0 65 D 45 081 068 047 0.82 0.68 0 47, � A T 18 16 12 19 16 12 19 16 12 19 16 X12 18 16 12 17 15 11 1050 kW 237 242 2.48 253 258 26S 267 272 2.80 2.79 285 12.93 2.90 2.96 3 04 2.99 305 3 14 o /anos 96 9.7 9.8 10.0 10.1 10.3 104 105 10.7 10.8 10.9 811.1 112 113 116 11.6 117 120 T a Hi PR 176 189 200 197 212 224 224 242 255 256 275 x;291 288 309 327 318 342 361 LoPRI 91 97 106 96 103 112 100 107 116 105 112 1122 110 117 128 114 121 133 lu 3 on MBh 33 5 34S 37.3 400 32,7 33.7 36.4 391 319 329 35 6 382 31 1 32.1 `34.7 37.3 29,6 30 5 330 354 274 282 305 328 o S/T 088 0,79 060 0.38 0.91 0.81 062 040 093 084 063 0.41 0.96 0.86 ;0 65 0.42 1,00 090 068 044 100 0.90 068 044 3 AT 20 18 15 10 20 19 15 11 20 19 15 11 20 19 s,15 11 20 19 15 11 19 17 14 10 1350 kW 246 250 257 265 262 267 2.75 2.83 2.77 2.82 2 91 2.99 2,90 2.96 3.04 3.14 3.01 3.07 3.16 3.26 3 10 317 3.26 3.36 /anos 9.8 99 101 103 102 10.3 10.5 10.7 107 108 11.0 113 11.1 11.2 11.4 117 11.5 11.7 11.9 12.2 119 121 123 126 Hi PR 185 199 210 219 208 223 236 246 236 254 268 280 269 289 X306 319 303 326 344 359 334 360 380 396 Lo PR 96 102 112 119 101 108 118 126 105 112 123 130 111 118 x129 137 116 124 135 144 120 128 139 149 MBh 32.5 33 5 36 2 389 318 32.7 35.4 38.0 31.0 319 345 37 1 302 31'.1 ''t33.7 36.2 28.7 29.6 32 0 344 266 274 297 318 S/T 084 075 0.57 037 087 078 059 038 0.89 080 0.60 0.39 0.92 0.829 ..0 62 040 0.95 085 06S 0.42 0.96 086 065 042 A T 21 19 16 11 21 19 16 11 21 19 16 11 21 20 1;16 11 21 19 16 11 20 18 15 10 75 1200 kW 244 249 256 2.63 261 266 273 281 2.75 280 2.89 297 288 2.94 13 02 311 299 305 314 3.23 3.08 3.14 3.24 3 34 /anos 97 99 100 102 101 103 10.5 107 10.6 108 110 112 110 11:2 (11.4 116 114 116 118 121 11.8 120 122 125 Hi PR 183 197 208 217 206 221 234 244 234 252 266 277 266 287 1303 316 300 322 340 35S 331 356 376 392 Lo PR 95 101 110 118 100 107 117 124 104 111 121 129 110 117 ',127 136 115 122 134 142 119 127 138 147 MBh 300 309 334 35.9 29 3 302 327 35 1 28.6 295 31.9 34.2 27.9 28.7 `31 1 33 4 26.5 27 3 296 317 246 25.3 274 294 5/T 081 072 055 0.35 084 075 057 036 086 0.77 0.58 037 0.89 0.79 ,0 60 039 092 082 062 040 0.93 083 063 040 AT 21 20 16 11 21 20 16 11 22 20 16 11 22 20 5'16 11 21 20 16 11 20 18 15 10 1050 kW 2 39 243 250 257 255 2,60 267 2 75 2.69 274 282 2.90 2.81 2.87 295 304 2.92 2.98 307 3.16 301 307 3 16 3 26 /anos 96 97 9.9 101 10.0, 10.1 10.3 10.5 10.5 '106 10.8 110 108 11.0 !112 114 11.2 114 116 119 116 118 120 123 N H1 PR 178 191 202 211 199 215 227 236 227 244 258 269 258 278 f'293 306 291 313 330 344 321 345 365 380 Y, Lo PR 1 92 98 107 114 1 97 104 113 121 101 108 118 125 106 113 8124 132 1 112 119 130 138 1 115 123 134 143 Gl X IDB Entering Indoor Dry Bulb Temperature Shaded area reflects ACCA(TVA)conditions Amps=outdoor unit amps(comp+fan) w High and low pressures are measured at the liquid and suction service valves kW=Total system power Design Subcooling 9±3`F @ the liquid service valve,ARI 95 test conditions k: i s, t t N OUTDOOR AMBIENT TEMPERATURE 659F 759F 859F 959F 1o59F 1159F WENTERING INDOOR WET BULB TEMPERATURE 1 MBh 34.1 34.8 372 39.8 33 3 340 363 388 325 33.2 355 37.9 31.7 324 34.6 370 30.1 308 32.9 35.1 27.9 28.5 30.5 32 6 S/T 0.96 090 074 06 100 094 0.76 0.57 1.00 0.96 0.78 0.6 1.00 1.00 081 0.60 1.00 1.00 084 06 1.00 100 0.84 0.63 AT 22 21 19 15 23 22 19 15 22 22 19 15 22 22 19 15 21 21 19 15 19 19 18 14 1350 kW 248 252 2.59 27 264 269 2.77 2.85 2.79 2.85 293 30 2.92 2.98 3.07 3.16 303 309 3.19 3 3 3.13 3.19 3.29 3.39 /anos 98 100 10.1 10.3 10.2 104 106 108 10.7 10.9 111 11.3 111 11.3_ 11.5 11.8 115 117 120 122 120 121 124 127 HI PR 187 201 212 221.5 210 226 238 249 238 257 271 282.7 272 292 309 322 306 329 347 362.2 338 363 384 400 Lo PR 97 103 113 120.0 103 109 119 127 107 113 124 131.8 112 119 130 138 117 125 136 1451 121 129 141 150 MBh 33 1 33.8 361 386 323 33.0 35.3 37.7 31.5 322 344 368 308 31.4 . 33.6'; 359 292 299 319 341 271 277 296 316 S/T 0.92 086 0.70 0 S 09S 0.89 0.73 0.54 0.98 092 075 0.6 100 0.95 :A7] i 058 1.00 098 080 06 100 099 081 060 A T 23 22 19 16 24 23 20 16 24 23 20 16 24 23 -220--i 16 22 22 20 16 21 21 18 15 80 1200 kW 246 250 2.57 2.6 2.62 267 275 2.83 2.77 2.82 291 30 290 2.96 3105 3.14 301 3.07 3 16 3 3 3 10 3.17 3.26 3.36 /anos 98 9.9 101 103 102 10.3 10.5 10.7 10.7 108 110 11.3 11.1 11.2 it-.S,9 11.7 11.5 11.7 11.9 122 11.9 12.1 12.3 126 HI PR 185 199 210 2193 208 223 236 246 236 254 268 2799 269 289 " 306'` 319 303 326 344 3586 334 360 380 396 Lo PR 96 102 112 1188 102 108 118 126 105 112 123 130.5 111 118 124 137 116 124 135 1436 120 128 140 149 MBh 305 312 33 3 356 29.8 30.5 32.6 34.8 291 29.8 318 34.0 28.4 29.0 31.0 33.2 270 27.6 29.5 31.5 25.0 25.5 27.3 292 k S/T 089 083 068 05 0.92 0.86 070 052 0.94 088 072 0.5 0.97 0.91 0.74 0.55 101 09S 0.77 06 102 095 078 0 58 0 T 24 23 20 16 24 23 20 16 24 23 20 16 24 23 20 16 24 23 20 16 22 21 19 15 Z 1050 kW 241 2.45 2.52 26 2.57 262 269 277 271 2.76 2.84 2.9 2.84 2.89 298 3.07 2.94 300 309 32 3.03 3 10 3 19 3 29 � o /anos 97 98 99 101 100 10.2 10.4 10.6 10.5 10.6 10.8 11.1 10.9 11.1 11.3 11.5 11.3 11.5 11.7 11.9 11.7 11.9 12.1 12.4 O CL HI PR 179 193 204 212 7 201 217 229 239 229 246 260 271 5 261 281 296 309 293 316 333 347 8 324 349 368 384 p 3 Lo PR 93 99 108 1153 98 105 114 122 102 109 119 126.6 107 114 125 133 113 120 131 139 3 117 124 135 144 O v r_ 3 Z MBh 347 35.3 37.0 39.5 339 345 362 386 33 1 33.7 353 37.7 32.3 329 344 367 306 312 32.7 34.9 284 289 30.3 32.3 G1 0 S/T 100 098 0.88 0.71 1.00 1.00 0.91 0.74 100 100 0.94 0.76 1.00 1.00 0.97 0.78 1.00 100 1.00 081 100 1.00 100 082 3 A T 24 23 22 19 23 24 22 19 23 23 22 19 22 22 23 20 21 21 22 19 19 20 21 18 1350 kW 249 2 54 261 2 68 2 66 2.71 2.79 287 281 2.87 295 3.04 2.94 300 309 3 19 306 3 12 3 21 3 31 3 15 3 22 3.31 3 42 /anos 9.9 100 10.2 104 10.3 104 10.6 10.8 108 10.9 111 114 11.2 11.4 11.6 118 116 11.8 120 12.3 120 122 125 127 HI PR 189 203 214 224 212 228 241 251 241 259 274 285 274 295 312 325 309 332 351 366 341 367 387 404 ) Ln Lo PR 98 104 114 121 104 110 120 128 108 114 125 133 113 120 131 140 118 126 138 147 123 130 142 152 H MBh 33.7 34.3 35.9 38.3 32.9 33 5 35.1 375 32.1 32.7 34.3 366 313 319 33.4 35 7 29.7 30.3 31.8 339 276 28.1 294 314 W S/T 0.96 093 0.84 0.68 1.00 0.96 087 0.71 1.00 0.99 0.89 0.72 100 100 092 0.75 1.00 100 0.96 0.78 1.00 100 096 078LU A T 25 24 23 20 25 25 23 20 25 25 23 20 24 24 24 20 23 23 23 20 21 22 22 19 0) 85 1200 kW 248 2.52 2.59 2.67 264 269 2.77 2.85 279 285 293 302 2.92 298 307 3 16 3.03 309 3 19 3 28 3 13 319 3 29 3 39 m /anos 98 100 101 10.3 10.2 104 106 108 107 10.9 11.1 113 111 11.3 115 118 115 117 12.0 12.2 12.0 121 124 127 HI PR 187 201 212 221 210 226 238 249 238 257 271 283 272 292 309 322 306 329 347 362 338 363 384 400 \ Lo PR 97 103 113 120 103 109 119 127 107 113 124 132 112 119 130 138 117 125 136 145 121 129 141 150 MBh 31.1 317 33.2 35.4 30.3 309 32.4 346 29.6 30.2 31.6 337 28.9 295 309 329 27.5 28.0 29.3 313 254 2S9 27 2 29.0 S/T 0.93 0.90 081 0.66 0.96 0.93 084 0.68 099 0.95 0.86 0.70 100 098 0.89 072 1.00 1.00 0.92 075 1.00 100 093 0.75 0) A T 25 25 24 20 26 25 24 21 26 25 24 21 25 25 24 21 24 25 24 20 22 23 22 19 (N 1050 kW 2.42 2.47 254 2.61 259 2.64 2.71 279 -273 2.78 2.86 2.95 286 291 3 00 3.09 2.96 3.02 3 11 3.21 3.06 3 12 3.21 3 31 /anos 9.7 9.8 100 10.2 10.1 10.2 104 106 10.6 10.7 -109 111 110 11.1 113 11.6 114 11.5 11.7 12.0 11.8 119 122 125 p HI PR 181 195 206 215 203 219 231 241 231 249 263, 274 263 284 299 312 296 319 337 351 327 352 372 388 Lo PR 1 94 100 109 116 1 99 106 115 123 1 103 110 120 128 109 115 126 134 114 121 132 141 1 118 12S 137 146 n O IDB,Entering Indoor Dry Bulb Temperature Shaded area reflects AHRI conditions Amps=outdoor unit amps(comp+fan) Z High and low pressures are measured at the liquid and suction service valves kW=Total system power Design Subcooling 9 t3°F @ the liquid service valve,ARI 95 test conditions `~ s OUTDOOR AMBIENT TEMPERATURE' 652F 752F 852F 952F. 1052F 1152F ENTERING INDOOR WET BULB TEMPERATURE Z 1 MBh 360 37 3 409 35 2 36.4 39.9 343 356 39.0 - 33 5 34,7 =38.0 - 318 330 36 1 - 295 305 33 5 - O S/T 069 0 S7 0,40 0.71 0.59 041 0.73 061 0,42 075 063 `0 44 0.78 0.65 045 0.79 0,66 046 p A T 19 16 12 19 16 12 19 16 12 19 16 ;12 19 16 12 17 15 11 O 1225 kW 2,78 284 292 298 3.04 3.13 3.15 3,21 3.31 3.30 3,37 ;3,47 343 3.50 3.61 354 3 61 3 73 z Amps 10,7 109 112 115 118 121 125 127 13.2 133 136 1140 14.1 145 149 149 153 158 Gl Hi PR 209 225 238 235 253 267 267 288 304 304 328 346 343 369 389 378 407 430 O Lo PR 1 101 107 117 106 113 124 111 118 129 116 124 .135 122 130 141 126 134 146 n MBh 390 404 443 381 395 433 37.2 38.5 42.2 36.3 37.6 '41 2 345 357 39.1 319 33 1 363 S/T 071 059 041 074 0.62 043 076 063 044 078 065 i0 45 0.81 068 047 0.82 068 047 A T 18 16 12 18 16 12 18 16 12 19 16 X12 18 16 12 17 15 11 n 70 1400 kW 2,84 290 298 305 3.11 3.20 3 22 3 29 339 338 345 13 55 3 S1 358 370 363 370 3 82 >C Amps 109 11 2 116 11.8 12,1 12,5 128 13 1 13.S 13.7 140 114,4 14S 149 15 3 15.4 1S 7 162 W Ht PR 216 232 245 242 261 275 276 297 313 314 338 357 353 380 401 390 420 443 C) Lo PR 104 111 121 110 117 127 114 121 132 120 127 1139 126 134 146 130 138 151 NJ MBh 402 416 456 39 2 407 446 38.3 397 435 374 387 A2 4 35 5 368 40.3 329 34 1 373 Q� S/T 075 062 043 077 065 04S 079 066 0.46 082 068 s0 47 0,85 071 049 086 072 0 50 A T 18 15 11 18 15 12 18 15 12 18 15 ;,12 18 15 12 16 14 11 \ 1575 kW 287 2 92 301 307 3,13 3 22 3 25 3 31 341 3.41 348 1358 3.54 3 61 373 366 3 73 3 85 o Ams 110 113 117 119 122 126 12.9 13,2 136 138 141 Amps 8146 146 15,0 155 155 159 164 � a Hi 218 235 248 245 263 278 278 300 316 317 341 #'360 357 384 405 394 424 448 C) Lo PR 105 112 122 111 118 129 11S 123 134 121 129 [141 127 135 147 131 140 152 N 3 � ma MBh 366 37,7 408 438 35.8 368 399 42.8 34.9 359 389 418 34.1 35.1 380 407 324 33,3 36.1 387 300 309 334 35 8 3 S/T 078 0,70 053 034 081 0.72 055 035 083 074 056 036 086 0.77 [0 S8 037 089 079 060 039 090 080 061 0.39 # A T 21 20 16 11 22 20 16 11 22 20 16 11 22 20 ''17 11 22 20 16 11 20 19 15 10 1225 kW 280 286 294 303 3.00 306 3 15 3.24 3.17 3.24 3 33 344 3 33 3.39 'i1SO 3.61 346 3S3 364 37S 3 57 364 3 76 388 Amps 108 11,0 113 118 11.6 11.9 12.2 12.7 12.6 129 133 13.8 134 13.7 14.2 147 14.2 14.6 151 156 151 154 159 165 Hi PR 212 228 240 251 237 256 270 281 270 291 307 320 308 331 X350 365 346 372 393 410 382 411 434 453 Lo PR 1 102 108 118 126 108 114 125 133 112 119 130 138 117 125 336 145 123 131 143 152 127 135 148 157 MBh 397 408 442 47.4 38.7 399 432 46.3 37.8 38.9 42.2 452 36.9 '38.0" },41.1 44.1 35 1 361 39.1 41,9 325 334 36 2 38,8 S/T 081 072 0.55 0.35 084 075 0.57 0.37 0.86 077 058 0.37 0.89 0.79 1060 0.39 0.92 082 0.62 040 093 0.83 0.63 0 40 A T 21 19 16 11 21 20 16 11 21 20 16 11 22 20 -j'16 11 21 20 16 11 20 18 1S 10 75 1400 kW 287 2.92 3.01 3.10 307 313 3.22 332 3,25 3,31 3.41 3.52 341 3.48 (3.58 3.70 3S4 3 61 3 73 384 366 3 73 3 85 3 97 Amps 110 113 11.7 121 119 12,2 126 13.0 12.9 13 2 1B6 14.1 13,8 `14:1' X14 6 15 1 14.6 15.0 ISS 161 15 5 159 164 170 HIPR 218 235 248 2S9 24S 263 278 290 278 300 316 330 317 341 1360 376 3S7 384 405 423 394 424 448 467 Lo PR 105 112 122 130 111 118 129 137 115 123 134 143 121 - 129 `141 150 127 135 147 157 131 140 1S2 162 MBh 409 42 1 455 489 399 41.1 44.5 47.7 39.0 401 43.4 466 380 39.1 42 4 455 36.1 372 40.2 43.2 334 344 37 3 400 S/T 08S 0.76 057 037 088 079 0.60 038 090 081 0.61 039 093 0.83 :0,63 041 097 086 0.65 0,42 097 087 066 0,42 AT 20 19 15 11 20 19 15 11 21 19 15 11 21 19 x`16 11 20 19 15 11 19 18 14 10 1575 kW 289 2.94 3.03 3.12 3.09 3,15 3.25 335 3 27 3.34 3.44 3,55 343 3.50 t3 61 372 357 3.64 3.76 3,87 368 376 388 400 Amps 111 114 118 12.2 12.0 ,12.3 ' 127 13.2' 13.0 - .13-3 138 14.3 13.9 14.2 ;14 7 15.2 )14.8 15.1 1S 6 162 156 16,0 16.5 17 2 Ln HIPR 220 237 250 261 247 266 281 293 281 '303 . 320 '-333 320 345 364 380 360 388 409 427 398 428 452 472 Lo PR 106 113 123 131 112 119 130 139 116 124 135 144 122 130 [142 151 128 136 149 158 133 141 154 164 Gl X IDB Entering Indoor Dry Bulb Temperature Shaded area reflects ACCA(TVA)conditions Amps=outdoor unit amps(comp+fan) LU High and low pressures are measured at the liquid and suction service valves i, kW=Total system power 4 t ( LP OUTDOOR AMBIENT TEMPERATURE C) 652F 759F 859F 952F 1052F 1159F Lx W ENTERING INDOOR WET BULB TEMPERATURE 1 MBh 373 381 407 435 364 372 397 42.5 35.5 36.3 388 415 347 35.4• 37.8 405 32.9 33.6 360 384 305 312 333 35.6 S/T 0.86 080 065 0.49 089 083 068 0.51 0.91 085 069 052 0.94 0.88 0.72 0.54 0.97 091 074 056 098 092 075 056 AT 24 23 20 16 24 23 20 16 24 23 20 16 24 23 20 16 24 23 20 16 22 22 19 15 1225 kW 2.82 2 88 296 30S 3.02 3.08 3.17 327 320 3.26 3.36 346 335 342 3.53 364 3.48 3.56 3 67 378 360 3 67 379 391 Amps 108 11.1 114 11.9 11.7 12.0 12.4 128 127 13.0 13.4 13.9 _135 138 14.3 148 14.4 147 152 158 152 156 161 16.7 Hi PR 214 230 243 253 240 258 273 284 273 294 310 323 311 334 353 368 350 376 397 414 386 416 439 458 Lo PR 103 109 119 127 109 116 126 134 113 120 131 140 119 126 138 147 124 132 144 154 129 137 149 159 MBh 40.4 413 441 47 1 39.4 40.3 43 1 460 385 393 420 44.9 376 384 >-41;ti 43.8 3S7 365 390 416 330 338 361 386 S/T 089 083 068 051 092 0.86 0.70 0.52 094 088 072 054 0.97 091 ;;'0.74 0 S6 1.00 0.95 077 0.58 100 096 078 058 AT 24 23 20 16 24 23 20 16 24 23 20 16 24 23 :";20'. 16 23 23 20 16 22 21 18 15 80 1400 kW 2.89 294 303 312 309 31S 3.25 335 327 334 3.44 3 55 343 350 =,3.61, 3 72 357 364 3 76 3 88 368 3 76 388 401 Amps 111 114 118 122 12.0 12.3 12.7 132 130 13.3 13.8 14.3 139 142 '-14.7" 15.2 14.8 151 156 162 156 160 16.5 172 Hi PR 220 237 250 261 247 266 281 293 281 303 320 333 320 34S ,1364': 380 360 388 410 427 398 428 452 472 Lo PR 106 113 123 131 112 119 130 139 116 124 135 144 122 130 -'1`42•; 151 128 136 149 158 133 141 154 164 MBh 416 425 454 48.5 406 41S 44.3 47.4 396 40.5 43.3 46.3 387 39.5 42 2 45.1 36.7 37.6 40.1 42.9 340 348 372 39.7 k S/T 093 0.87 071 0.53 096 090 074 0.55 1.00 0.93 075 056 100 096 0.78 0.58 1.00 100 0.81 060 100 100 082 061 n A T 23 22 19 15 23 22 19 15 23 22 19 15 23 22 19 15 21 22 19 15 20 20 18 14 Z 1575 kW 2 91 2.96 3,05 3.14 3.11 3 18 3 27 337 3.30 3.36 3.47 358 3.46 3.53 3.64 3,75 360 3.67 379 3.91 3 71 3 79 3 91 404 � o Amps 112 115 119 12.3 12.1 124 12.8 133 131 13.5 13.9 14.4 140 144 148 154 14.9 15.3 158 164 158 16.2 167 173 n HIPR 223 240 253 264 250 269 284 296 284 306 323 337 324 348 368 383 364 392 414 431 402 433 457 477 p 3 Lo PR 107 114 124 132 113 120 131 140 118 125 137 145 123 131 143 153 129 138 150 160 134 142 155 166 U� MBh 379 38.6 40.5 43.2 37.0 37.7 395 42.2 36.2 36.9 38.6 41.2 35.3 36.0 37.7 40.2 33.5 342 358 382 310 316 33.1 35.4 G) 0 S/T 090 0.87 078 063 0.93 0.90 0.81 0.66 0.95 092 083 0.67 0.98 095 0.86 070 1.00 0.99 0.89 0.72 1.00 099 0.90 0.73 3 A T 26 25 24 21 26 25 24 21 26 25 24 21 26 26 24 21 25 25 24 21 23 24 22 19 1.1. 1225 kW 2.84 290 298 307 304 3.11 3.20 3.29 3.22 3.29 3.39 349 338 34S 3S5 3.66 351 358 370 3.81 3 63 3.70 3.82 394 Amps 109 11.2 11.6 120 118 12.1 125 12.9 128 13.1 13.5 14.0' 136 140 14.4 15.0 14.5 14.9 15.3 159 154 157 16.2 16.8 Hi PR 216 232 245 256 242 261 275 287 276 297 313 327 314 338 357 372 353 380 401 418 390 420 443 462Ln Lo PR 104 110 121 128 110 117 127 136 114 121 132 141 120 127 139 148 126 134 146 155 130 138 151 161 N MBh 41.1 41.9 43.9 46.8 40.1 40.9 42.8 45.7 39.2 39.9 41.8 44.6 382 39.0 40.8 43.5 363 370 38 8 41.3 33.6 34.3 359 383 W S/T 0.93 0.90 0.81 0.66 0.96 0.93 084 0.68 0.99 0.95 0.86 070 1.00 0.98 0,89 0.72 1.00 1.00 0.92 0.75 1.00 100 093 0.75 ) A T 25 25 23 20 25 25 24 20 25 2S 24 20 25 25 24 21 24 24 23 20 22 23 22 19 N 85 1400 kW 291 2.96 3.05 314 3.11 3 18 327 3.37 3.30 3.36 347 3.58 3.46 3.53 364 3.75 3.60 3.67 379 391 371 3.79 B91 404 OD Amps 112 11.S 11.9 12.3 121 12.4 12 8 13.3 13.1 13.5 13.9 14.4 14.0 14.4 14.8 15.4 14.9 15.3 15.8 16.4 15.8 16.2 167 173 HIPR 223 240 253 264 250 269 284 296 284 306 323 337 324 348 368 383 364 392 414 431 402 433 457 477 \ Lo PR 107 114 124 132 113 120 131 140 118 125 137 145 123 131 143 153 129 138 150 160 134 142 155 166 1�; MBh 423 43.1 452 482 413 421 441 471 40.3 41.1 43.1 45.9 39.4 40.1 420 44.8 374 381 399 42 6 34.6 353 370 394 S/T 098 094 085 0 69DI 1 00 0.98 088 071 1.00 100 090 0.73 1.00 100 093 0.76 100 100 0.97 078 100 100 098 079 0) AT 24 24 22 19 24 24 23 20 24 24 23 20 23 23 23 20 22 22 23 20 20 21 21 18 'r-N NJ 1575 kW 2.93 2.99 3.07 3.17 314 3 20 3.30 3.40 3.32 3.39 3.49 360 3.49 3.56 3.67 3.78 3.62 3.70 382 394 3.74 3.82 3 94 407 Amps 11.3 11.6 120 12.4 12.2 125 12913.4 13.3 136 140 14.5 14.2« 14.5 150 155 15.0 154 15.9 165 159 16.3 169 17,5 03 0) HIPR 225 242 255 266 252 271 287 299 287 309 326 '340 327 352 371 387 368 396 418 436 406 437 462 481 Lo PR 1 108 115' 126 134 114 122 133 141 1 119 126 138 147 125 133 145 154 1 131 139 152 162 1 135 144 157 167 n O IDB Entering Indoor Dry Bulb Temperature Shaded area reflects AHRI conditions Amps=outdoor unit amps(comp+fan) Z High and low pressures are measured at the liquid and suction service valves kW=Total system power w `, #f 4q4i H A ,OUTDOOR AMBIENT TEMPERATURE' k 652F 752F 852F 1 954: 1052F 1152F ENTERING INDOOR WET BULB TEMPERATURE 20 '0 m MBh 40.4 41.9 45,9 - 39.5 40.9 44.8 - 38.5 '39,9 43.7 37.6 38.9 <42.7 - 35.7 370 40.5 - 33.1 34.3 37.S - S/T 071 059 041 0.73 061 0,42 075 063 0.44 078 0.65 ;0.45 081 067 047 0.81 0.68 0.47 0 AT 19 16 12 19 16 12 19 16 13 19 17 ('113 19 16 12 18 15 12 r 1400 kW 3 17 323 3 32 3.39 3.46 3.56 359 3.66 3.77 377 3.84 a3.96 3.91 4,00 412 4.04 413 4.26 Z Amps 116 119 12.3 12.6 12.9 13.3 137 14.0 145 14.6 15.0 115.5 155 159 16S 165 169 17.4 G1 HI PR 215 231 244 241 259 274 274 295 311 312 336 81g354 351 377 399 388 417 440 Lo PR 104 111 121 110 117 128 11S 122 133 120 128 a140 126 134 146 130 139 151 n MBh 43.8 45.4 497 427 44.3 48.S 417 432 474 40.7 422 `46 2 387 40.1 439 35 8 37 1 407 S/T 0.73 061 043 0.76 0.64 044 0.78 0.65 OAS 081 0.67 ;0.47 0.84 0.70 048 084 070 0.49 A T 18 16 12 19 16 12 19 16 12 19 16 12 19 16 12 17 15 11 70 1600 kW 324 330 3.40 347 354 36S 3.67 3 75 387 386 3.94 X4.06 401 409 422 414 4 23 4.36 ti Amps 12,0 12.3 12.7 129 13.2 137 141 144 149 15.0 15.4 t' 16.0 16.4 16 9 16,9 17 4 17.9 W Hi PR 221 238 251 248 267 282 282 304 321 321 346 '365 362 389 411 400 430 454 C-) Lo PR 108 114 125 114 121 132 118 126 137 124 132 J,144 130 138 151 134 143 1S6 00 MBh 451 467 51 2 44.0 45.6 50 0 43.0 44.5 488 419 435 r47 6 39.8 413 45.2 369 382 419 00 S/T 0.77 064 OAS 080 067 046 0.82 0.68 0.47 08S 0.71 049 088 073 051 088 074 051 i1 A T 18 15 12 18 16 12 18 16 12 18 16 i12 18 15 12 17 14 11 \ F 1800 kW 3 26 3 33 342 - 350 3 57 3.67 - 370 378 390 - 3.89 3.97 4.09 - 404 413 4,26 - 418 426 440 oAmps 12.1 124 128 130 13.4 13.8 14.2 14.5 15.0 152 15.5 160 16.1 16.5 17.1 171 175 181 n Hi PR 223 240 254 251 270 285 285 307 324 325 349 X369 365 393 415 404 434 459 00 Lo PR 109 116 126 115 122 133 119 127 139 125 133 j,146 131 140 152 136 144 158 w MBh 41 1 423 458 49 1 40.1 413 447 480 392 40.3 437 46.8 38.2 39.3 1426 4S7 36.3 374 40.5 43.4 33.6 34,6 375 402 0) 3 S/T 081 072 055 035 083 075 0.56 0.36 0.86 077 058 037 088 0.79 0 60 0.38 092 0.82 062 0,40 092 083 063 0.40 A T 22 20 16 11 22 20 17 11 22 20 17 11 22 20 1!17 12 22 20 16 11 20 19 15 11 1400 kW 3.19 3.25 3 35 345 342 3.49 3.59 3.70 3 62 369 3.80 3.92 379 3.87 `3 99 412 395 403 415 4.29 408 4.16 4 29 443 Amps 11.7 12.0 12.4 12.9 12.7 130 134 139 13.8 14.1 146 15.1 14.7 15.1 €15.6 16.2 15.7 16.1 166 172 166 17.0 17.6 183 Hi PR 217 233 246 257 243 262 276 288 277 298 314 328 315 339 1358 373 354 381 403 420 391 421 445 464 Lo PR 105 112 122 130 111 118 129 138 116 123 134 143 122 129 141 150 127 136 148 1S8 132 140 153 163 MBh 445 45.8 496 53.2 43.5 448 484 52.0 42.4 43.7 473 50.8 41-A ,42.6 k46.1 49.5 393 40.5 438 47.0 36.4 37.5 40.6 43.6 S/T 0.84 075 0.57 0.36 0.87 0.77 0.59 0,38 0.89 0.79 0.60 0.39 092 0.82 10.62 0.40 09S 0.85 064 0,41 0.96 086 0.65 042 A T 21 20 16 11 22 20 16 11 22 20 16 11 22 20 t;16 11 21 20 16 11 20 18 15 10 75 1600 kW 3.26 3,33 342 3 53 350 3.57 368 3.79 370 378 390 402 3.89 3:97 Y .09 422 404 413 426 439 418 4.26 4.40 454 Amps 12.1 124 128 13.2 13.1 134 138 14.3 14.2 14.5 -15,0 156 152 ^15i5.-516.1 16.7 16.1 165 171 177 171 175 181 188 Hi PR 223 240 254 265 251 270 28S 297 285 307 324 338 325 349 11369 385' 365 393 415 433 404 434 459 478 Lo PR 109 116 126 134 115 122 133 142 119 127 139 148 125 t'133 1146 1S5! 131 140 153 162 136 145 158 168 MBh 45.8 472 51 1 548 44.8 46.1 499 53.6 437 450 48.7 52.3 42.6 43.9 p47.5 510 40.5 41.7 45 1 48.5 37.5 386 418 449 S/T 0.88 078 059 0.38 0.91 081 061 0.40 0.93 083 0.63 0.41 096 0.86 x0.65 0.42 1.00 0.89 0.67 043 1.00 090 0.68 044 A T 21 19 15 11 21 19 16 11 21 19 16 11 21 19 }!16 11 21 19 16 11 19 18 15 10 1800 kW 3 29 3.35 3.45 355 3.52 3,59 3.70 3.82 3.73 3.81 3.93 405 3.92 4.00 4.12 4.26 4.07 4.16 4.29 4.43 421 430 4.44 4S8 Amps 12.2 12.5 12.9 13.4 13.2 13.5 13 9 14,5 14 3� 14 7, :15.1 ;:15,7 15.3' "15.7 16.2 '16.8 16.3 16.7 172 179 17.3 17.7 18.3 190 N226 PR 226 243 2S6 267 2S3 272 288 300 288 3103V'3 '-341 ` 328_ 1353 X373 389 369 397 419 437 408 439 463 483 Lo PR 1 110 117 127 136 116 123 135 143 120 128 140 1`49;` 127 -135 ;147 157 133 141 154 164 137 146 159 170 X IDB Entering Indoor Dry Bulb Temperature Shaded area reflects RCCA(NA)conditions Amps=outdoor unit amps(comp+fan) w High and low pressures are measured at the liquid and suction service valves kW=Total system power E� pI, k N OUTDOOR AMBIENT TEMPERATURE N 652F 752F 852F 952F 1052F 1152F N ENTERING INDOOR WET BULB TEMPERATURE w MBh 418 42.7 456 488 408 41.7 446 47.7 399 40.7 43.5 46.5 38.9 39.7 42.5 45.4 369 378 40.3 43 1 342 350 374 399 S/T 088 0.83 067 0.50 092 086 070 052 094 0,88 072 0.54 0.97 0.91 0.74 055 101 094 077 0.57 1.01 095 077 0.58 A T 24 23 20 16 25 24 20 16 25 24 20 16 25 24 21 16 24 23 20 16 23 22 19 15 1400 kW 321 3 28 3 37 3.47 3.44 351 3.62 373 365 3.72 3.83 3.95 3.82 3.90 403 4.15 398 406 419 432 4.11 420 433 447 Amps 119 121 125 130 128 13.1 13.6 14.1 13.9 14.3 14.7 153 14.9 152 158 16.3 15.8 16.2 16.8 17A 168 172 178 18S HI PR 219 236 249 259 246 264 279 291 279 301 317 331 318 342 362 377 358 385 407 424 395 426 449 469 Lo PR 106 113 124 132 112 120 131 139 117 124 136 145 123 131 143 152 129 137 149 159 133 142 ISS 165 MBh 453 463 495 529 442 452 48.3 516 432 441 472 504 421 43.1 '46.0 ; 49.2 40.0 40.9 43,7 467 37 1 379 40S 433 S/T 092 086 070 052 09S 089 072 054 097 091 074 056 100 094 ,0.77 : 057 1.00 0.98 080 060 100 099 0.80 060 AT 24 23 20 16 24 23 20 16 24 23 20 16 24 23 20 - 16 23 23 20 16 21 21 19 15 80 1600 kW 3.29 3.35 34S 3.S6 3.S2 3S9 3.70 3.82 3.73 3.81 3.93 4.05 392 4.00 444 4.26 407 416 4.29 443 421 4.30 444 458 Amps 12.2 125 129 134 132 13.5 139 145 143 147 152 157 153 157 %`16.2;# 168 16,3 167 173 17.9 173 177 183 190 HI PR 226 243 256 267 253 272 288 300 288 310 327 341 328 3S3 373 389 369 397 419 437 408 439 463 483 Lo PR 110 117 127 136 116 123 135 143 120 128 140 149 127 135 ;,-147 { 157 133 141 154 164 137 146 159 170 MBh 467 477 509 544 45.6 46.6 49.7 53.2 44.5 45.5 48.6 51.9 434 44.3 47.4 50,6 41.2 42 1 450 481 38.2 39.0 417 446 k S/T 096 090 073 055 1.00 0.93 0.76 0.57 1.00 0.96 0,78 0.58 1.00 1.00 0.80 0.60 100 100 083 0.62 1.00 100 084 0.63 A T 23 22 19 15 23 22 19 15 23 22 19 15 22 23 19 16 21 22 19 15 20 20 18 14 Z 1800 kW 331 3.38 348 3.58 3.55 3.62 3.73 3.85 3.76 3,84 3.96 4.08 3.95 4.03 416 429 4.11 4.19 4.33 4.47 4,24 433 447 462 oAmps 123 126 13.0 13.5 13.3 136 14.1 14.6 144 148 153 159 154 158 164 170 164 16.8 174 18.1 174 179 18.5 192 O Hi PR 228 245 259 270 256 275 291 303 291 313 331 345 331 3S6 376 393 373 401 423 442 412 443 468 488 p 3 Lo PR 111 118 129 137 117 125 136 145 122 129 141 151 128 136 148 158 134 143 156 166 139 147 161 171 v 3 z op MBh 42S 434 454 48S 415 42.4 44,4 473 40.6 413 43.3 46.2 39.6 40.3 42.2 45.1 37.6 383 401 428 34.8 3S.5 37.2 397 o S/T 093 0.89 081 065 0.96 0.93 0.84 0.68 0.98 0.95 0.86 0,70 1.00 0.98 0.88 0.72 100 1.00 092 0.74 100 100 093 07S 3 A T 26 25 24 21 26 26 24 21 26 26 24 21 26 26 25 21 25 25 24 21 23 23 23 20 ~D 1400 kW 324 330 340 350 3.47 354 365 3.76 3 67 375 386 399 3.8S 394 4.06 419 4,01 4.09 422 436 414 423 436 4 50 Amps 120 122 126 13.1 12.9 132 13.7 142 140 14.4 149 15,4 15.0 154 159 16.5 160 164 169 17.6 16.9 174 179 186 Hi PR 221 238 251 262 248 267 282 294 282 304 321 334 321 346 365 381 361 389 411 428 399 430 454 473 Ln Lo PR 108 114 12S 133 114 121 132 140 118 126 137 146 124 132 144 153 130 138 151 161 134 143 156 166 H MBh 46.1 470 492 52.5 45.0 45.9 48,1 51.3 43.9 448 469 501 429 437 458 488 '40 7 415 435 464 37.7 38.5 40.3 430 W S/T 096 0.93., 0.84 0,68 1.00 0.96 087 0.70 1.00 098 089 0.72 1.00 1.00 092 074 100 100 095 0.77 1.00 1.00 096 0.78 �4 A T 2S 25 24 20 26 25 24 21 25 25 24 21 25 25 24 21 23 24 24 21 22 22 22 19 Do F� 85 1600 kW 331 338 348 358 355 3 62 3.73 3.85 3.76 3.84 3.96 4.08 3.95 4.03 4.16 4.29 4.11 419 433 447 424 433 447 462 00 Amps 123 126 13.0 135 133 136 141 146 144 148 15.3 15.9 15.4 15.8 16,4 170 164 168 174 181 174 17.9 185 192 HI PR 228 245 259 270 256 275 291 303 291 313 331 34S 331 356 376 393 373 401 423 442 412 443 468 488 n Lo PR 111 118 129 137 117 125 136 145 122 129 141 1S1 128 136 148 158 134 143 156 166 139 147 161 171 D MBh 475 48.4 S0.7 541 464 473 495 52.8 45.3 461 483 S16 442 45 0 471 503 420 428 448 47.8 389 396 415 443 S/T 100 097 088 071 100 100 091 0.74 100 100 0,93 0.76 1.00 1.00 096 078 1.00 100 1,00 0.81 100 100 100 082 DO A T 24 24 23 20 24 24 23 20 23 24 23 20 23 23 23 20 21 22 23 20 20 20 21 18 0) O 1800 kW 334 340 3 50 361 358 365 376 3 88 3.79 387 3,99 411 3.98 406 419 432 414 4.23 436 4.50 428 437 4 51 465 Amps 124 127 13.1 13.6 13.4 137 14.2 147 146 - 14,9 15.4 160 15.6 16,0 16S 17.1 16.6 170 176 182 176 180 186 193 pp Hi PR 230 248 262 273 258 278 294 306 294 316 334 348 335 360 380 397 376 405 428 446 416 448 473 493 Lo PR 1 112 119 130 138 1 118 126 137 146 1 123 131 143 152 1 129 137 ISO 160 1 135 144 157 167 1 140 149 163 173 IDB Entering Indoor Dry Bulb Temperature Shaded area reflects AHRI conditions Amps=outdoor unit amps(comp+fan) Z N High and low pressures are measured at the liquid and suction service valves M=Total system power E OUTDOOR AMBIENT TEMPERATURE k 65°F 752F 852F 95°F 105°F 115°F ENTERING INDOOR WET BULB TEMPERATURE Z 1 • KIM 11 ryl� MBh 50 1 S19 S6.8 489 S07 55.5 47,7 49.5 542 466 483 '82 9 442 458 50,2 410 42 5 46,5 S/T 067 0,56 039 069 058 040 071 059 0.41 0,73 0.61 '0 42 0.76 0.64 044 077 064 0,44 AT 21 18 13 21 18 14 21 18 14 21 18 `'14 21 18 14 19 17 13 1500 kW 387 3,9S 4.07 4.16 424 438 441 4 SO 4.65 4.63 473 )4 89 482 493 509 499 5 10 5 26 Z Amps 144 148 15.3 156 160 165 170 17.4 180 182 18,6 ;192 19.3 198 205 205 21.0 217 01 HI PR 229 246 260 257 276 292 292 314 332 333 358 (378 374 403 425 413 445 470 O LO PR 101 108 118 107 114 125 111 119 129 117 125 :136 123 130 142 127 135 147 n MBh 542 S6,2 61.6 530 S49 601 517 53.6 58.7 504 ,52,3 157 3 479 49,7 S44 444 460 50.4 S/T 0.69 058 040 0.72 060 042 074 062 043 0.76 0.64 '0.44 0.79 066 046 0.80 066 046 AT 20 17 13 20 17 13 20 17 13 20 17 i�13 20 17 13 19 16 12 n 70 1750 kW 396 404 417 4.26 435 448 4.52 462 476 4.75 485 01 495 S.OS 522 5.12 5 23 S40 Amps 14.8 15.2 15,7 16.1 16.4 170 175 17.9 185 18,7 19.1 `.19 8 199 204 21.1 211 216 224 LU HIPR 236 254 268 26S 285 301 301 324 342 343 369 390386 415 438 426 459 484 O LO PR 105 111 122 111 118 128 115 122 133 121 128 ;140 126 135 147 131 139 152 O� MBh SS 9 579 634 546 565 620 S3.3 55,2 60.5 52.0 53.9 ¢59 0 49.4 S1.2 561 457 47.4 S19 00 S/T 0.73 0.61 042 0.75 063 0.44 0.77 0,65 045 0.80 0.67 �0 46 0.83 069 048 083 070 048 AT 19 16 12 19 16 12 19 16 12 19 16 ?13 19 16 12 18 15 12 \ 2000 kW 3.99 407 420 4.29 438 452 4.56 4.65 4.80 4.79 489 OS 4.99 5 10 S 26 S.16 5 27 S44 Amps 1S.0 153 158 16.2 16.6 172 17.6 18.1 187 18.9 193 X20 0 20.1 20,6 213 213 218 22 6 T Q_ HIPR 238 2S6 271 267 288 304 304 327 `346 346 373 394 390 419 443 430 463 489 LZ 3 LO PR 106 112 123 112 119 130 116 123 135 122 130 142 128 136 148 132 141 153 3 UQ MBh S09 52.4 56.7 609 49.7 51.2 554 59.5 48.5 50.0 541 58.1 47.3 48.8 52.8 56.6 45 O 463 50.1 53.8 417 429 464 49.8 0 S/T 076 0.68 0.51 033 079 070 0,53 034 0.81 0.72 0.55 035 0.83 0.75 p0 56 036 0.87 0.77 0 59 038 087 078 059 0,38 AT 24 22 18 12 24 22 18 13 24 22 18 13 24 22 V 18 13 24 22 18 12 22 21 17 12 1500 kW 390 3.98 4.10 423 419 4.28 441 455 4.4S 4.54 468 484 4 67 4.77 =4 93 509 486 497 5.13 S,30 503 5 14 5.31 S 48 s• Amps 14.6 149 154 160 158 16.1 167 17.3 171 176 181 188 18,3 18.8 0194 202 19.5 20,0 207 215 207 21.2 219 228 HIPR 231 249 263 274 2S9 279 295 307 295 317 335 350 336 362 x;382 398 378 407 430 448 418 449 475 495 LO PR 103 109 119 127 108 115 126 134 113 120 131 139 118 126 '137 146 124 132 144 1S3 128 136 149 1S9 MBh 55 1 56.8 615 660 53 9 5S 5 60.0 64.4 52.6 54.1 586 629 51.3 "'52.8 ",57.2 614 487 S02 54.3 583 45 1 46S 503 540 S/T 079 0.71 053 034 082 0.73 055 036 084 075 0.57 036 0.86 0:77 059 0.38 090 0.80 0.61 039 091 081 061 0.39 AT 23 21 17 12 23 21 17 12 23 21 17 12 23 21 18 12 23 21 17 12 21 20 16 11 75 1750 kW 399 407 420 433 429 438 452 466 456 4.65 4,80 496 4.79 4.89 'S 05 S 22 499 510 5,26 S44 5 16 5 27 544 5 63 Amps 15 0 1S3 158 16.4 16.2 166 172 17.8 176 181 187 19,4 189 19:3 1200 20,8 20.1 206 213 22.1 213 218 22.6 23 S HIPR 238 256 271 282 267 288 304 317 304 327 346 360 346 373 =iB94 411 390 419 443 462 431 463 489 510 LO PR 106 112 123 131 112 119 130 138 116 123 135 144 122 130 k,142 151 128 136 148 158 132 141 153 163 MBh 568 585 63 3 679 555 57.1 618 66.4 542 55.8 60.4 64.8 528 54.4 X58.9 63.2 502 517 55.9 60,0 465 479 S18 556 S/T 083 074 0.56 0.36 0,86 0.77 0,58 0.37 0,88 0 79 059 0.38 091 0.81 `0.61 0.39 0.94 084 064 041 0,95 085 064 041 AT 22 20 16 11 22 20 16 11 22 20 16 11 22 20 ; 17 11 22 20 16 11 20 19 15 11 2000 kW 402 411 4.23 437 433 442 456 4.70 459 4,69 4.84 500 483 4.93 �S 09 5.26 SOB 5 14 5 31 548 S 20 S.32 549 5 67 Amps 15 1 15S 16,0 166 16.4 16.8 17.3' 180 17.8 182 18`8 196 19,0 19.5 202 209 20 3 20.8 21.5 22 3 21S 22 0 228 237 HIPR 241 259 274 285 270 291 307 320 307 331 349 364 350 376 ;.398 415 394 424 447 466 43S 468 494 515 LO PR 107 114 124 132 113 120 131 139 117 125 136 145 123 131 =143 152 129 137 150 160 133 142 155 165 X IDB Entering Indoor Dry Bulb Temperature Shaded area reflects ACCA'(TVA)conditions Amps=outdoor unit amps(comp+fan) w High and low pressures are measured at the liquid and suction service valves kW=Total system power i' E ( f L Ln V, OUTDOOR AMBIENT TEMPERATURE C) 65°F 752F 852F 959F 105°F' 1152F �-' ENTERING INDOOR WET BULB TEMPERATURE w - �: MBh S18 52.9 566 605 506 517 55.2 59,1 494 505 53.9 57.6 48.2 492 52.6 56 2 45.8 468 500 53,4 424 43.3 46.3 495 S/T 0.83 078 064 048 0.86 081 066 049 0.89 0.83 068 051 0.91 086 0.70 0.52 095 0.89 072 054 096 0.90 073 OSS AT 26 25 22 18 27 26 22 18 27 26 22 18 27 26 23 18 27 26 22 18 25 24 21 17 1500 kW 3.93 4,01 413 426 422 431 4.45 4.59 4.48 458 472 488 4.71 481 4,97 5.13 490 5.01 5.17 5.34 507 S 18 5.35 S.S3 Amps 147 151 156 161 15.9 16.3 168 17.5 17.3 177 183 19.0 18.5 190 19.6 20.4 19.7 20.2 20.9 217 209 21.4 22 2 230 HIPR 234 251 26S 277 262 282 298 311 298 321 339 353 339 365 386 402 382 411 434 453 422 454 479 S00 LO PR 104 110 120 128 109 116 127 135 114 121 132 141 119 127 139 148 125 133 145 155 129 138 150 160 MBh S61 57 4 613 65.5 54.8 560 59.9 64.0 53.5 54.7 58.4 62.5 522 534 57:0 609 496 50.7 54.2 57.9 45.9 469 502 5316 S/T 0.86 0.81 0,66 049 0.90 0.84 0.68 0.51 092 0.86 0.70 0 S2 0.95 0.89 :0.72.; 0.54 0.98 0.92 075 056 099 0.93 0.76 057 AT 25 24 21 17 26 25 22 17 26 25 22 17 26 25 22 ' 17 26 2S 21 17 24 23 20 16 80 1750 kW 402 4 11 4.23 4.37 4.33 4.42 4.56 470 4.59 4.69 4.84 5.00 4.83 4 93 i.'69--' 5.26 5.03 5.14 531 5.48 520 5.32 549 567 Amps 151 15S 160 16.6 16.4 16.8 17.3 18.0 17.8 18.2 188 19.6 19.0 195 `io.'X, 20.9 203 208 21.5 22.3 21.5 220 22 8 23 7 HIPR 241 2S9 274 285 270 291 307 320 307 331 349 364 350 377 ,.:3981-:' 415 394 424 447 467 435 468 494 515 LO PR 107 114 124 132 113 120 131 140 117 125 136 145 123 131 143 152 129 137 150 160 133 142 155 165 MBh 57.8 59 1 63.1 67.5 565 57.7 61.6 65.9 55 1 56.3 60.2 643 53.8 SS.0 587 628 51,1 52.2 558 596 47.3 484 517 SS.2 k S/T 0 91 D85 0.69 0.52 0.94 0.88 072 054 096 090 074 055 1.00 0.93 076 057 LOD 097 079 0,59 100 100 0.79 O.S9 AT 24 23 20 16 24 23 20 16 24 23 20 16 25 24 20 16 23 23 20 16 22 22 19 15 z 2000 kW 405 4.14 4.27 440 4.36 4.45 4.59 474 463 4.73 488 5.04 4.87 4.97 513 530 5.07 5.18 535 553 5.24 5 36 5.54 S72 O w� Amps 1S2 156 161 167 165 169 17.5 181 18.0 18.4 19.0 198 192 19.7 20.4 211 205 21.0 21.7 22.5 217 22 3 230 239 n 0 0- HIPR 243 262 276 288 273 294 310 323 310 334 353 368 353 380 402 419 398 428 452 471 439 473 499 521 p 3 LO PR 108 115 125 133 114 121 132 141 118 126 137 146 124 132 144 154 130 139 151 161 135 143 1S7 167 OUQ r 3 MBh 52 7 53.7 56.3 60.0 515 525 55.0 58.6 50.3 51.2 53.7 57.2 49.0 50.0 52 3 55.8 46.6 475 497 53.1 43.1 44.0 46.1 491 GC1 0 S/T 087 0.84 0.76 062 0.91 0.87 079 064 0.93 0.90 0.81 0.66 096 0.93 0.83 0.68 100 0.96 0.87 0,70 100 097 0,87 0.71 AT 28 28 26 23 29 28 27 23 29 28 27 23 29 28 27 23 28 28 26 23 26 26 25 21 1500 kW 3.96 404 4.17 430 426 4.35 4.48 4.62 452 4.61 4.76 4.92 4.75 485 S.01 5.17 494 505 5.22 5.39 5.11 5 23 540 5.58 Amps 148 152 157 16.3 16.0 16.4 17.0 17.6 17.5 179 185 192 18.7 191 19.8 205 199 204 211 219 211 216 224 232 HIPR 236 2S4 268 280 265 285 301 314 301 324 342 357 343 369 390 406 386 415 438 4S7 426 459 484 SOS C) LO PR 105 111 121 129 110 118 128 137 115 122 133 142 121 128 140 149 126 134 147 156 131 139 152 162 H MBh 571 S82 610 650 SS 8 56.9 596 63.5 54.5 555 581 620 53.1 542 56.7 605 505 514 S39 S7.S 467 477 49.9 532 lu S/T 091 087 079 064 094 0.91 0.82 066 096 0.93 084 068 099 096 087 070 100 100 090 073 100 100 0.91 074 of AT 27 27 25 22 28 27 26 22 28 27 26 22 28 27 26 22 27 27 25 22 25 25 24 21 H 85 1750 kW 405 414 4.27 440 436 445 4S9 474 463 473 488 504 4.87 497 5 13 5 30 5.07 5 18 535 553 S 24 5.36 S54 5 72 00 Amps 15.2 15 6 161 16.7 16.5 169 17.5 18.1 180 18.4 19.0 19.8 19.2 197 204 21.1 20.5 210 217 22 5 21.7 22 3 23 0 239 HIPR 243 262 276 288 273 294 310 323 310 334 353 368 353 380 402 419 398 428 4S2 471 439 473 499 S21 r1 LO PR 108 11S 125 133 114 121 132 141 118 126 137 146 124 132 144 154 130 139 151 161 135 143 157 167 MBh 588 60.0 62.8 670 575 586 61.3 654 56.1 57 2 59.9 639 547 55.8 584 623 52,0 53.0 555 592 482 49 1 S14 S48 S/T 095 092 083 067 0.99 095 0.86 0.70 100 0.97 088 0,71 100 100 0.91 074 1 OD 100 0.94 076 100 1 00 09S 077 tp AT 26 25 24 21 26 26 24 21 26 26 24 21 25 26 24 21 24 24 24 21 22 23 22 19 H 2000 kW 409 4 17 430 444 439 4.49 4 63 478 4.67 4.77 4.92 508 4.91 501 5 18 5 35 5.11 522 539 557 S 29 S40 S S8 577 Amps 154 158 163 16.9 16.7 17 1 17.6 18,3 18.1 186 19.2 19.9 19.4 19.9 20.6 213 207 21.2 219 22 7 219 22.5 23 2 24.1 HIPR 246 264 279 291 276 297 313 327 313 337 356 371 357 384 406 423 402 432 4S6 476 444 477 504 526 LO PR 109 116 126 135 1 115 122 134 142 1 120 127 139 148 1 126 134 146 155 1 132 140 153 163 1 136 145 158 168 n O IDB Entering Indoor Dry Bulb Temperature Shaded area reflects AHRI conditions Amps=outdoor unit amps(comp+fan) Z High and low pressures are measured at the liquid and suction service valves, kW=Total system power k' II (k M1 S W OUTDOOR AMBIENT TEMPERATURES k 6s 75 85 9si° 105 115 ENTERING INDOOR WET•BULB TEMPERATURE .„ Z D; AIRFLOW 59 63 1 67 71 59 63 67 71 59 63 1 67 1 71 59 63 '67 71 59 63 1 67 71 59 63 1 67 71 O MBh S38 SS 7 610 - S2.5 54,4 S9.6 - 51.3 53.1 58.2 - Soo 51.8 56.8 - 47,5 49.2 53.9 - 44,0 45.6 SO 0 - r:7 S/T 066 0,55 038 068 057 039 070 O 58 0.40 072 0.60 0,42 0.75 062 043 07S 063 044 p AT 22 19 14 22 19 14 22 19 14 22 19 '14 22 19 14 20 18 13 O 1500 kW 397 405 4.18 4.27 4.37 4.51 454 464 4.80 478 4.89 "05 499 5.10 5 27 5 16 S.28 S 4S Z Amps 15.4 158 163 16,7 17.1 17,6 181 18.6- 19.2 19.4 199 20.6 207 21.2 219 22 0 22 S 23 3 G) r HI PR 228 245 259 256 275 291 291 313 331 331 357 •377 373 401 424 412 443 468 O LO PR 98 104 114 103 110 120 107 114 125 113 120 X131 118 126 137 122 130 142 n MBh 554 57,4 629 54.1 561 614 52.8 54:7 59.9 515 53.4 �8 5 489 507 556 453 47,0 515 S/T 0.69 0,57 0.40 0.71 0.60 0.41 0.73 0,61 042 0.75 0.63 0.44 0.78 065 0.45 079 066 046 AT 20 17 13 20 18 13 20 18 13 20 18 1:13 20 17 13 19 16 12 Ln 70 1750 kW 4.00 4,09 4.21 4.31 4.40 4.54 4.58 4.68 484 4,82 493 5.09 5.03 5.14 531 520 5.32 550 k Amps 155 159 164 168 17.2 178 183 188 194 196 20.1 208 209 214 222 222 227 235 W HI PR 230 248 262 258 278 294 294 316 334 335 360 j380 377 405 428 416 448 473 LO PR 99 105 115 104 111 121 108 115 126 114 121 1132 119 127 139 124 131 143 MBh 556 577 63 2 543 56.3 61,7 53 0 55 0 602 518 536 58 8 492 510 5S8 455 47.2 517 S/T 070 058 040 072 0.60 042 0.74 0,62 0.43 077 064 044 079 066 046 080 067 046 AT 18 15 12 18 16 12 18 16 12 18 16 RF12 18 16 12 17 15 11 n 2000 kW 403 412 4,25 434 444 458 4.62 472 4.88 486 497 6.13 5.07 5.18 5,36 S.25 537 5,5S Ott o Amps 157 160 166 170 17,4 180 185 189 196 198 20.3 �1.0 211 21.6 224 22.4 229 237 HI PR 233 250 264 261 281 297 297 319 337 338 364 '384 380 409 432 420 452 477 LO PR 100 106 116 105 112 122 110 117 127 115 122 p134 121 128 140 125 133 145 a3 o-" MBh 547 563 609 65,4 534 550 59,5 639 52.1 537 581 62.3 50.9 52.4 56.7 60 8 48.3 497 53.8 578 44,7 461 499 S3 5 0 5/T 0.75 0.67 0.50 0.32 0.77 0.69 0.52 0.34 0,79 0.71 0.54 0.35 0.82 0.73 '0 55 0,36 0 85 0 76 0,57 0.37 0 86 0.77 0 58 037 + AT 25 23 19 13 25 23 19 13 25 23 19 13 26 23 -$119 13 25 23 19 13 23 22 18 12 1500 kW 4.00 4.09 4,22 4.35 431 4.40 4,S5 4.69 458 4.68 4,84 5 00- 4.82 4.93 5 09- 526 503 5 14 531 549 5 20 5 32 550 569 . Amps 15.5 15.9 164 171 168 17.2 178 185 183 188 19.4 20.2 196 20.1 =2II0.8 21,6 20.9 214 22 2 23 0 22 2 22 7 23 5 244 HI PR 230 248 262 273 258 278 294 306 294 316 334 348 335 360 °380 397 377 405 428 446 416 448 473 493 LO PR 99 105 115 122 104 111 121 129 108 115 126 134 114 121 b2 141 119 127 139 148 124 131 143 153 MBh 563 58.0 627 67.3 5S O 56.6 61.3 658 53.7 553 59.8 642 52.4 .,S19: X58.4 62.6 49.8 512 55.5 59.5 46.1 47S 514 55 1 S/T 078 070 053 034 081 072 055 035 083 0.74 056 036 0 86 0 77 10 58 037 0.89 080 0,60 0 39 0.90 MO 0.61 039 AT 23 21 17 12 23 22 18 12 23 22 18 12 24 22 x;18 12 23 21 18 12 22 20 16 11 75 1750 kW 403 412 425 4,39 434 4.44 4.58 4.73 4.62 4.72 488 SO4 486 4.97 -514 5 31 507 5 18 536 5.54 5.25 S37 5 55 5.74 Amps 15,7 16,1 166 172 17.0 17.4 180 187 185 18.9 19:6 20.3 19.8 "20.3" X21.0 21,8 21.1 21,6 224 23 2 224 22 9 23 7 247 HI PR 233 250 264 276 261 281 297 309 297 320 337 352 338 _364 [384 401 380 409 432 451 420 4S2 478 498 LO PR 100 106 116 123 105 112 122 130 110 117 127 136 115 :-122 '4134 142 121 128 140 149 125 133 145 154 MBh 566 58.3 63.1 67.7 55.3 56.9 61.6 ,66.1 539 55.5 60.1 64,5 52 6 54.2 158.7 63.0 500 51.5 557 59.8 463 47.7 51.6 55.4 S/T 0.79 071 0 54 0.35 0.82 0.73 0 S6 0,36 084 0.75 057 0.37 0.87 0.78 X0.59 0.38 0.90 081 061 0.39 0.91 0.81 0.62 0.40 AT 21 19 16 11 21 19 16 11 21 19 16 11 21 19 :16 11 21 19 16 11 19 18 15 10 2000 kW 4.06 415 428 4.42 4.38 4,48 4.62 4.77 4,66 476 492 5.08 490 5.01 518 535 5,11 523 540 , 559 5 29 541 5 59 578 Amps 15.8- 16.2 16,7 17,4 17.1 17.6 18.1 ;18.8 18.7, 19.1'..19.8 --205, . 20.0 215 21:2 -22.0 21.3 21.8 22.6 -235 22,6 23'2 240 249 HI PR 235 253 267 278 264 284 300 312 300 323 341 355 341 '367 388 405 384 413 437 455 424 457 482 S03 '^ LO PR 101 107 117 125 106 113 124 132` 111 118. 129 137" 116 124 135 144 122 130 141 151 126 134 146 156 G) X DB'Entering Indoor Dry Bulb Temperature Shaded area reflects ACOA(NA)conditions Amps=outdoor unit amps(comp+fan) LU High and low pressures are measured at the liquid and suction service valves. } kW=Total system power f� (E N OUTDOOR AMBIENT TEMPERATURE G) 65 75 85 95 105 115 ix-` ENTERING INDOOR WET BULB TEMPERATURE w MBh 55.6 56 9 60.7 649 543 55 5 593 63.4 53 0 54.2 57.9 61.9 518 52.9 56:5 604 492 502 537 57 4 45.5 465 497 53.2 S/T 082 0.77 062 047 0.85 080 065 0.48 0.87 082 066 0.50 090 084 0:69 0 S 1 0.93 0.87 071 0 53 094 088 072 O.S4 AT 28 27 23 19 28 27 24 19 28 27 24 19 28 27 ~24 "I 19 28 27 23 19 26 25 22 17 1.500 kW 403 412 425 439 435 444 458 473 462 472 488 504 486 497 _A;14'' 5 31 S07 518 5 36 5S4 525 5 37 555 574 Amps 1S7 161 166 172 170 17.4 180 18.7 185 189 196 203 198 20.3 41;0, 21.8 211 21.6 22.4 23.2 22.4 229 23 7 24.7 HIPR 233 250 264 276 261 281 297 309 297 320 337 352 338 364 ';'384' 401 380 409 432 451 420 4S2 478 498 LO PR 100 106 116 123 105 112 122 130 110 117 127 136 115 122 134 142 121 128 140 149 125 133 145 154 MBh 573 58 6 626 669 56.0 57.2 61 1 65 3 546 55 8 S9.6 63.8 533 54.5 582 62 2 50.6 517 55.3 S91 46.9 479 51 2 547 S/T 0 86 080 065 049 089 0.83 068 051 091 085 0.70 0.52 094 088 072 054 1.00 092 0.75 0.56 1.00 0.92 075 0.56 AT 26 25 22 17 26 2S 22 17 26 25 22 17 26 25 22 18 27 25 22 17 25 23 20 16 80 1750 kW 407 415 428 442 438 448 4.62 4.77 466 476 4.92 508 4.90 S.01 5.18 5 35 5.11 5 23 540 5 59 529 541 5 59 5.79 Amps 158 162 167 174 171 176 18.2 189 187 19.1 198 205 200 205 212 220 213 218 226 23.5 226 232 240 249 HIPR 235 253 267 279 264 284 300 313 300 323 341 355 342 368 388 405 384 414 437 455 425 457 482 503 rr LO PR 101 107 117 125 107 113 124 132 111 118 129 137 116 124 13S 144 122 130 142 151 126 134 146 156 n MBh 576 588 62 9 67 2 56 2 575 61.4 65.6 54.9 56.1 59.9 641 53.6 54.7 585 625 50.9 520 55 6 594 47 1 482 515 550 :2: S/T 0 87 0.82 066 0.50 0.90 085 069 051 092 0 87 0.71 0.53 09S 089 073 0.54 100 093 076 0 56 100 094 0.76 057 m AT 23 22 19 15 23 22 19 16 23 22 19 16 23 23 20 16 23 22 19 15 22 21 18 14 O 2000 kW 410 419 432 4.46 4.42 4.51 4.66 481 470 480 496 5 12 4.94 5 06 5.22 540 5.16 5.27 545 5.63 S34 S46 564 584 n O Amps 160 16.4 16.9 176 17.3 17.7 18.3 19 0 18.8 19.3 200 207 20.2 20.7 21.4 22.2 21.5 22.0 22.8 23.7 22.8 234 242 25 1 O a HIPR 237 255 270 281 266 287 303 316 303 326 344 359 345 371 392 409 388 418 441 460 429 461 487 508 LO PR 1 102 108 118 126 108 114 125 133 112 119 130 138 117 12S 136 145 123 131 143 1S2 127 135 148 157 O1 � O 3 MBh S6.6 577 604 645 55 3 564 59.0 63.0 S40 55.0 576 61S S27 537 S62 60 0 50.0 510 534 57.0 463 472 49S S2.8 n o S/T 0 86 0.83 075 0.61 0.89 0.86 0.77 0.63 091 088 0.79 0.64 0.94 0.91 0.82 066 098 094 085 0 69 098 095 086 0.70 3 AT 30 29 28 24 30 30 28 24 30 30 28 24 30 30 28 24 30 29 28 24 28 28 26 23 1500 kW 4.07 415 428 442 438 448 4.62 4.77 4.66 4.76 492 5.08 490 501 5.18 5.35 5.11 5.23 5.40 5,59 5.29 5.41 559 579 C) Amps 158 162 167 174 171 176 182 18.9 18.7 19.1 19.8 205 200 205 21.2 22.0 21.3 21.8 226 23.5 226 232 240 249 X HIPR 235 253 267 279 264 284 300 313 300 323 341 355 342 368 388 405 384 414 437 455 425 4S7 482 503 LO PR 101 107 117 125 107 113 124 132 111 118 129 137 116 124 135 144 122 130 142 151 126 134 146 156 �p MBh 58.3 59.4 62.2 66.4 56.9 581 608 64.9 55.6 56.7 59.4 63.3 54.2 55.3 57.9 618 51.5 525 55.0 58.7 477 487 510 544 ti S/T 0.90 087 078 0.64 093 090 0.81 066 0.96 0.92 0.83 068 099 095 086 070 1.00 0.99 0.89 0.72 100 100 090 073 AT 28 27 26 22 28 27 26 22 28 27 26 22 28 28 26 23 27 27 26 22 25 25 24 21 85 1750 kW 410 419 432 446 442 4.51 4.66 4.81 4.70 480 496 5.12 495 506 522 540 5 16 527 545 563 5.34 S46 S64 584 C� Amps 160 164 169 176 173 17.7 18.3 19.0 188 193 20.0 20.7 20.2 20.7 21.4 222 21.S 22.0 22.8 23.7 22.8 234 24.2 25.1 HIPR 237 255 270 281 266 287 303 316 303 326 344 359 345 371 392 409 388 418 441 460 429 461 487 508 LO PR 102 108 118 126 108 114 125 133 112 119 130 138 117 125 136 145 123 131 143 152 127 135 148 157 1p MBh S86 S9.7 625 667 57 2 58 3 611 65.2 55.9 569 596 63.6 545 556 58.2 621 518 52.8 55 3 S9 0 480 48.9 512 546 N S/T 091 088 079 0.64 0.94 0.91 0.82 0.67 097 093 0.84 068 1.00 0.96 0.87 071 100 100 090 073 1.00 100 091 0.74 AT 25 24 23 20 25 24 23 20 2S 24 23 20 25 25 23 20 24 24 23 20 22 22 21 19 d 2000 kW 4 13 4.22 4 3S 4 50 4 45 4 55 4.70 4.85 4.74 4.84 5.00 5.17 4 99 5.10 5.27 5.45 -5.20 5.32 5.49 5.68 5.38 5 50 5.69 5.89 Amps 161 16S 17.1 177 175 179 18.5 19.2 19 0 19.5 20.1 209 204 20.9 21.6 224 21.7 22 2 23.0 239 230 236 244 254 m HIPR 240 258 272 284 269 289 306 319 306 329 348 363 348 375 396 413 392 422 445 465 433 466 492 513 LO PR 1 103 109 119 127 1 109 116 126 134 1 113 120 131 140 1 119 126 138 147 124 132 144 154 129 137 149 159 n O IDB Entering Indoor Dry Bulb Temperature Shaded area reflects AHRI conditions Amps=outdoor unit amps(comp+fan) Z lu High and low pressures are measured at the liquid and suction service valves kW=Total system power "I AHRI RATINGS COILS/AIR HANDLERS CFM AHR1# 16,800 12,800 130 108 600 5039733 7A7CNQ4XX16DS'j 17,000 13,000 no 10.8 600 5039734 ARUF18B14A* 17,200 13,100 130 110 600 5360107 ARUF18B14A*+TXV 17,200 13,100 130 110 600_.. 5378529 ARUF18B14A*+TXV+HSK 17,200 13,100 130 110 600 9113421 ARUF24B14C*+TXV 17,200 13,100 13.5 11.0 600--" '7084829 ARUF24B14C*+TXV+HSK 17,200 13,100 135 110 600 9113434 ARUF2SB14A* 18,000 13,700 130 110 570~; 798417S ASPT25B14A* 17,600 13,400 140 12 0 S80 8242040 ASPT2SB14A*+HSK 17,600 13,400 140 12,0 S80'',`: ,9113529 ASPT29B14A* 18,000 13,700 14 0 120 560 8242041 ASPT29814A*+HSK 18,000 ; 13,700 140 `' 12.0 560.- 9113530 ASPT30C14A* 18,000 13,700 14 0 120 580 5722522 °"-ASPT30C14A*+HSK '" - - _._ 18,000': ;"13700" ' '14.0'4.' T 120s 580';` 9113426.' AVPTC24B14A* 17,600 M 13,400 140 120 600 5924342 AVP.T,C24614A*+HSK, 17,600,.: - 13,400 14.0 71 12:0`; 600 9113427 .x-17;800' 1 ;600a _�14_0< _1�dm 640 :-89961'10;- _ AVFTG25814A*+HSK4 17,800' 13,600. .-14.0 13.0•'':,;_;640•; y 9113531 - AVPTC29B14A* 18,000 13,700 140 120 585 r 8996111 ;'AVP,TC29614A.*+HSK: 18,000,'; .'-13;700,, MAA,✓ :•'12:0, =5$5' 9113532 AVPTC30Cl4A* 18,000 13,700 140 12.0 615 w 5924442 t "AVP71;30C14A`+HSK= 18,000.;' 13;700`- 14A`'• 72.Ow. 615' 9113428- AWUF18XX16B* 17,200 13,100 130 11.0 600 5039739 GSX13 AVJUF24XX168*; 17,400 14300: 13.0 ,7487211,x_` 0181E* AWUF31XX16A* 17,200 13,100 14.0 113 600 ; ?5039740^ i�&A F1824*6D* •^ r G*EC960303ANA" 17;800.` 13,600 "` 13.5' `ll:Si":' ,�650u _ ^10515927" CA*F1824*6D* G*EC960403ANA* 17,800 13,600 135 11.5 610 10515932 CA'F1824*6D` G*EC960603ANA* 17,400 s 13,300`" 14.0 ` 11.5' "' ',,'5801`-'' 1051S937- CA*F1824*6D* G*EC960403BNA* 17,800 13,600 135 11.5 625 10338172 CA'F1824*6D* G*VC806036`B` 17,800 -13,900 14.0 =" 11.5, 600 9923146,' , ' CA*F1824*6D* G*VC80803B*B* 17,800 13,900 140 11.5 600 9923159 CA*F1824*6D* A*VM970803BNA* 17,800 { 13,600 140 ` 11.5 '630 °7353498- CA*F1824*6D* A*VC960603BNA* 17,800 13,600 14.0 11.5 600 7353495 CA*F1824*6D*-_ G*EC960803BNA* 17,800 13,600 14.0 11'S. - 57.5-, 736S239 CA*F1824*6D* G*VM970803BNA* 17,800 13,600 140 115 630 7353503 CA*F1824*6D* G*E80603B*B* 17,800 13,600 140 11.5 640 5039744 CA*F1824*6D* G*VC960403BNA* 17,800 13,600 140 11.5 625 7353499 CA*F1824*6D* A*EC960803BNA* 17,800 13,600 14.0 115 575 7365345 CA*F1824*6D* G*VC80604B*B* 18,000 13,700 140 115 670 5039746 CA*F1824*6D* A*VC80604B*B` 18,000 13,700 -14.0 115 675 '• <;5039742 CA*F1824*6D* G*VC960803BNA* 17,800 13,600 140 115 630 7353501 CA*F1824*6D* G*EC960302BNA* 17,800 13,600 140 115 600 . '- 7365224 CA*F1824*6D* A*EC960603BNA* 17,400 13,300 140 115 550 7365340 CA*F1824*6D* G*VM970603BNA* 17,800 13,600 140 115 600 7353502 CA*F1824*6D* G*VC960603BNA* 17,800 13,600 140 115 600 7353500 CA*F1824*6D* A*VC960403BNA* 17,800 13,600 140 11.5 625 7353494 CA*F1824*6D* G*EC960402BNA* 17,800 13,600 140 113 600 7365229 CA*F1824*6D* A*EC960402BNA* 17,800 1 13,600 140 1 115 600 7365335 See Notes on Page 53 20 www goodmanmfg com SS-GSX13 AHRI RATINGS (CONT) M.RM, .. ®®® CA*F1824*6D* A*EH800603B*A* 17,800 13,600 140 115 640 6944831 CA*F1824*6D* G*EC960603BNA* 17,400 13,300 14 0 lis 550 7365234 CA*F1824*6D* A*VC960803BNA* 17,800 13,600 140 115 630 7353496 CA*F1824*6D* A*VM970603BNA* 17,800 13,600 14.0 115 600 7353497 CA*F1824*6D* A*EC960302BNA* 17,800 13,600 140 11.5 600 7365330 CA*F1824*6D*+EEP 17,800 13,600 13.0 110 650 5039750 CA*F1824*6D*+MBVC1200**-lA* 18,200 13,900 140 115 640 5039751 CA*F1824*6D*+TXV G*VM970603BNA* 17,800 13,600 14.0 115 600 7353512 CA*F1824*6D*+TXV A*VM970603BNA* 17,800 13,600 140 lis 600 7353507 CA*F1824'6D*+TXV' 'G'EC966302BNA* -17,800 13,600 14.0 115 600 7365225 CA*F1824*6D*+TXV A*EC960302BNA* 17,800 13,600 14.0 115 600 7365331 CA`F1824'6D*+TXV G*VC960803BNA* 17,800 13,600 14.0 11.5 630 7353511 CA*F1824*6D*+TXV A*VC960603BNA* 17,800 13,600 140 115 600 7353505 CA!F1824`6C*+TXV _ G*EC960603BNA* 17,400 13,300 14.0 11.5 550 7365235 CA*F1824*6D*+TXV G*VC960603BNA* 17,800 13,600 140 115 600 7353510 :CA«F182'4"6D*+TXV "A*EC9606038NA' 17;400 13,300 14.0- ' - 11:5'` 550 7365341 CA*F1824*6D*+TXV G*EC960803BNA* 17,800 13,600 14.0 115 575 7365240 "CA*F1824'6D*+TXV" 'A'VC9608036NA'` 17;800 13,600 14.0 =11:5 `630 7353506 CA*F1824*6D*+TXV A*EC960402BNA* 17,800 13,600 140 115 600 7365336 'CA*F1824'60.*+1, , - - G*VM9708038NA''- -17;800' -13;600 - 14:0 ', 1I:S °`630 7353513 CA*F1824*6D*+TXV A*EC960803BNA* 17,800 13,600 140 115 575 7365346 GA* 1824*6D*+TXV_, '"G.VC966463BNA* "17;800- 13,600 , 14.0- '`'`'11:5' 625 7353509 CA*F1824*6D*+TXV A*VM970803BNA* 17,800 13,600 140 lis 630 7353508 GSX13 Gq«p1824*60",+fXV<'r --G*,EC960402BNA* 17;800 13,600 14:0- `31.5 -600 7365230 0181E* =" (Contd) CA*F1824*6D*+TXV A*VC960403BNA* 17,800 13,600 140 11.5 625 7353504 CA`F1824"6D'+TXV+HSK 4 G*EC960303ANA*� ' 17;800 13,600 14.0 `= i-11.0-`' 650- 10515928 CA*F1824*6D*+TXV+HSK G*EC960403ANA* 17,800 13,600 14.0 115 610 10515933 'CAt,F1824'60-*,+TXV+HSK', : t G*EC960603ANA*- 17;400 13,300 -14.0 12.0;'-- 580' 10515938 CA*F1824*6D*+TXV+HSK G*EC960403BNA* 17,800 13,600 140 12.0 625 10338173 CA*F1824*6D*+TXV+HSK. G*,VC806036*B* 18;000 14,100 -14.0 11:5" ' 660 9923147 , CA*F1824*6D*+TXV+HSK G*VC80803B*B* 18,000 14,100 14.0 115 600 9923160 CA'F1824*6D*,+TXV+HSK G*EC960803BNA* 17;800 13,600 14.0 "11:5' 575 9113514 CA*F1824*6D*+TXV+HSK G*VC960403BNA* 17,800 13,600 140 11-5 625 9113440 CA*F1824*6D*+TXV+HSK= G*VM970603BNA* 17,800 13,600 14.0 11-5 600 9113443 CA*F1824*6D*+TXV+HSK G*EC960603BNA* 17,400 13,300 14.0 115 550 9113511 CA*F1824*6D*+TXV+HSK A*EC960603BNA* 17,400 13,300 140 115 550 9113523 CA*F1824*6D*+TXV+HSK A*VM970803BNA* 17,800 13,600 140 115 630 9113439 CA*F1824*6D*+TXV+HSK A*VM970603BNA* 17,800 13,600 140 lis 600 9113438 CA*F1824*6D*+TXV+HSK G*EC960402BNA* 17,800 13,600 140 115 600 9113508 CA*F1824*6D*+TXV+HSK A*VC960803BNA* 17,800 13,600 140 11.5 630 9113437 CA*F1824*6D*+TXV+HSK A*VC960603BNA* 17,800 13,600 140 11.5 600 9113436 CA*F1824*6D*+TXV+HSK A*EC960803BNA* 17,800 , 13,600 14.0 115 575 9113526 CA*F1824*6D*+TXV+HSK A*VC960403BNA* 17,800 13,600 14.0 115 625 9113435 CA*F1824*6D*+TXV+HSK G*VM970803BNA* 17,800 13,600 140 115 630 9113444 CA*F1824*6D*+TXV+HSK A*EC960302BNA* 17,800 13,600 14.0 115 600 9113517 CA*F1824*6D*+TXV+HSK A*EC960402BNA* 17,800 13,600 140 115 600 9113520 CA*F1824*6D*+T)(V+HSK G*VC960603BNA* 17,800 13,600 140 115 600 9113441 CA*F1824*6D*+TXV+HSK G*VC960803BNA* 17,800 13,600 140 IIS 630 9113442 See Notes on Page 53 SS-GSX13 www goodmanmfg com 21 AHRI RATINGS (CONT. OUiDOOR INDOOR UNITS C60LING RATINGS' UNIT . CA*F1824*6D*+TXV+HSK G*EC960302BNA* 17,800 13,600 140 115 600 9113505 CA*F3030*6D*+EEP 18,000 13,700 130 11.0 6S0 5561904 CA*F3030*6D*+EEP+TXV 18,000 13,700 130 110 650 5581977 CA*F3030*6D*+EEP+TXV+HSK 18000 13,700 130 110 650 9113423 CA*F3131*6D*+EEP 18,000 13,700 130 110 650 5561905 CA*F3131`6D*+EEP+TXV 18,000 13,700 13.0 1-1.0 650 5561906 CA*F3131*6D*+EEP+TXV+HSK 18,000 13,700 130 110 650 9113422 ,CA*F3636*6D*, - ,G*VC80603VB*,;,,, --18;000 14,100 14.0 11.5 600 9923148 CA*F3636*6D* G*VC80803B*B* 18,000 14,100 140 lis 600 9923161 CA'F3636*.6D* ,'i A"VC960603BNA*- .18;400" 14,000 14.0 115 _ 600 7353515 CA*F3636*6D' A*VC960403BNA* 18,400 14,000 140 115 625 7353514 CA*F3636'6D` a A`,UC9608038NA'„ '.18;400 -'14,000 14.0 115, 630 7353516 CA*F3636*6D* G*VC960803BNA* 18,400 14,000 140 115 630 7353521 CA*F3636'6D* r:'.,;A!VM9708038NA*. ri18,400: `14;0001 14.0 zr11.5 -630 7353518 1. .. _. - CA*F3636*6D* G*VC960603BNA* 18,400 14,000 140 11.5 600 7353520 "CA*•F3636!6D*;- BN A 14,000-_ ;.,14 0. 115 600 7353522 _.. ....... .. .. .............._..�......_». -.L-....-.-..»- .._ .. __ G*VM97080381VA* 28;400"' D `"14; AHRI RATINGS (CONT-) COOLING HANDLERS ®� CAPT3131*4A* A*VC960403BNA* 18,000 13,700 140 115 625 7353534 CAPT3131*4A* G*VC960803BNA* 18,000 13,700 140 115 630 7353541 CAPT3131*4A* G*EC960402BNA* 17,800 13,600 140 lis 600 7365231 CAPT3131*4A* ADVC80603B*B* 18,000 13,700 14-0 11.5 675 5948610 CAPT3131*4A* G*VC80604B*B* 18,000 13,700 140 115 67S 5948614 CAPT3131*4A* G*VC960403BNA* 18,000 13,700 140 115 625 7353539 CAPT3131*4A* G*E80603B*B* 18,000 13,700 140 115 650 5948612 CAPT3131*4A* G*VC9606036NA* 18,000 13,700 140 lis 600 7353540 CAPT3131*4A* A*VM970603BNA* 18,000 13,700 14"0 115 600 7353537 CAPT3131*4A* G*VM970603BNA* 18,000 13,700 140 lis 600 7353542' CAPT3131*4A* A*VC960803BNA* 18,000 13,700 14"0 115 630 7353536 CAPT3131*4A*i A'EH800603B'A* 18,000 13,700 14.0 11.5 650 6944836 CAPT3131*4A* A*VM970803BNA* 18,000 13,700 140 115 630 7353538 CAPT3131*4A' A'EC960603BNA* 17,400 13,300 140 11.5 556 7365342: CAPT3131*4A* G*EC960302BNA* 17,800 13,600 140 11"5 600 7365226 CAPT3131*4A', G*EC960603BNA* 17,400 13,300 140 11.5 550 7365236 CAPT3131*4A*+EEP 17,400 13,300 13.0 110 650 5611304 CAPT3131*4A*+EEP+HSK 17,400 13,300 130 11.0 650 91134244, _ CAPT3131*4A*+HSK G*EC960303ANA* 17,800 13,600 135 115 650 10515929 CAPT3131*4A'+HSK '-:G*E660463ANA* 17,800 13,600 135 11.5 610 10515931 CAPT3131*4A*+HSK G*EC960603ANA* 17,400 13,300 140 120 580 10515939 CAP.T3131'4A*+HSK `, - G*EC9604036NA* 18;000 13,700 140 12.0 625 '10338174 CAPT3131*4A*+HSK G*VC80603B*B* 18,000 14,100 140 lis 600 9923150 GSX13 -CAPT3131*4A'+HSK`' G'.',VC80803B*B*'' 18,000 14,100 140 -11.S' 600 .99231635 0181E* (Contd.) CAPT3131*4A*+HSK A*VM970803BNA* 18,000 13,700 140 11.5 630 9113459 CAPT3131*4A*+HSK''' 'G"VC9606038NA' 18,000 13,700 140 11.5 600 9113461 CAPT3131*4A*+HSK A*VC960403BNA* 18,000 13,700 140 lis 62S 9113455 C4PT3131*4A*+HSK` G'EC960803BNA* 17,800 13,600 14 0 115 575 9113515; CAPT3131*4A*+HSK A*EH800603B*A* 18,000 13,700 140 lis 650 9113433 CAPT3131*4A*+HSK G*VC960803BNA* 18,000 13,700 14.0 11.5 630 9113461 CAPT3131*4A*+HSK G*VM970603BNA* 18,000 13,700 140 lis 600 9113463 CAPT3131'4A*+HSK ' A*VC80604B*B* 18,000 13,700 140 115 675 9113429 CAPT3131*4A*+HSK A*EC960302BNA* 17,800 13,600 140 115 600 9113518 CAPT3131*4A*+HSK A*EC9604028NA* 17,800 13,600 140 11.5 600 9113521 CAPT3131*4A*+HSK G*VM970803BNA* 18,000 13,700 140 115 630 9113464 CAPT3131*4A*+HSK A*EC960603BNA* 17,400 13,300 140 11-5 550 9113524 CAPT3131*4A*+HSK A*VC960803BNA* 18,000 13,700 140 115 630 9113457 CAPT3131*4A*+HSK G*EC9603028NA* 17,800 13,600 140 115 600 9113506 CAPT3131*4A*+HSK A*VM970603BNA* 18,000 13,700 140 115 600 9113458 CAPT3131*4A*+HSK G*EC960603BNA* 17,400 13,300 140 115 550 9113512 CAPT3131*4A*+HSK A*VC9606038NA* 18,000 13,700 14-0 115 600 9113456 CAPT3131*4A*+HSK G*EC960402BNA* 17,800 13,600 140 115 600 9113509 CAPT3131*4A*+HSK G*VC80604B*B* 18,000 13,700 140 115 675 9113432 CAPT3131*4A*+HSK A*EC960803BNA* 17,800 13,600 140 115 575 9113527 r CAPT3131*4A*+HSK G'VC960403BNA* 18,000 13,700 140 115 625 9113460 CAPT3131*4A*+HSK G*E80603B*B* 18,000 13,700 140 115 650 9113431 CAPT3131*4A*+HSK ADVC80603B*B* 18,000 13,700 140 115 675 9113430 CAPT3131*4A*+MBVC1200**-1 A* 17,400 13,300 140 115 650 5611305 See Notes on Page 53 SS-GSX13 www good manmfg.com 23 AHRI RATINGS(CONT") COILS/AIRHAN' CAPT3131*4A*+MBVC1200**-lA*+HSK 17,400 13,300 140 11S 650 9113425 CHPF1824A6C*+EEP 17,800 13,600 130 110 650 5039752 CHPF2430B6C* G*EC960303ANA* 17,800 13,600 13S 115 650 10SIS930 CHPF2430B6C* G*EC960403ANA*, 17,800 13,600 13.5 11.5 610 10515935 CHPF2430B6C* G*EC960603ANA* 17,400 13,300 140 115 580 10515940 CH02430B6C' G*EC960403BNA* 18,000 13,700 135 11.5 625 10338175 CHPF2430B6C* G*VC80603B*B* 18,000 14,100 140 115 600 9923151 -CHPF2430B6C* G*VC80803B*B* 18,000 14,100 140 11.5 600 9923164 CHPF2430B6C* G*EC960302BNA* 17,800 13,600 140 115 600 7365227 CHPF2430B6C* A*EC960302BNA* 17;800 13,600 140 11.5„ 600 7365333 CHPF2430B6C* A*VM970603BNA* 18,000 13,700 140 115 600 7353547 CHPF2430B6C*, G*.VM970603BNA* 18;000 33,700 140 _11,S 600 7353552 CHPF2430B6C* G*EC960803BNA* 17,800 13,600 140 11.S S75 7365242 642430B6C* ,G'E80603B*B'',,,_' 18,000 13,700- 14.0 11,5_ . -E 640 5039754 CHPF2430B6C* A*VC960803BNA* 18,000 13,700 140 11S 630 7353546 -CHP F2430B6C*' r ;A*EC960603BNA*. . ".17,400, .43,300: • 14.0 :11.5 5S0 7365343 6*VC96040SB A*-:-18,660-"S,V0., -14-0- -_15:5`..` - ' ,625 ":_'735349 W ;0014CHPF2430B6C*' ,A*VC960403BNA* ",18 - ; :0' 115, 625 7353544 _« _ CHPF2430B6C* A*EH800603B*A* 18,000 13,700 140 11.5 640 6944845 CHPF243086C*s G*VM9708038NA'.- . 18,000'=. 13,700 14.0 11.5zr- 630 7353553 CHPF2430B6C* A*VM970803BNA* 18,000 13,700 140 11.5 630 7353548 'CHPF2430B6C*; • _ 6*EC9606036NA,,;; 17;A00" „`43;300 14.0 ;^11.5 550 7365237_ CHPF2430B6C* A*EC960402BNA* 17,800 13,600 140 115 600 7365338 GSX13 .CHPF243086G*_, , G*VC960603BNA*,' "18,000"x13,700 ;14.Ot t,lls->; ,600 7353550 0181E* (Contd) CHPF2430B6C* A*EC960803BNA* 17,800 13,600 140 11.5 S75 7365348 CHPF2430136C,' AWC80604B*W, ;17,700 =:113;500'11 -14.0 =11:5, ,:660 5039796 CHPF2430B6C* G*VC960803BNA* 18,000 13,700 140 11S 630 7353551 :CHPF243086C* - A*YC960603BNA'' 1&000,'_-13,70014.0 11,5, -600 7353545 CHPF243086C* G*VC80604B*B* 17,700 13,500 140 115 660 5039798 CHPF2430B6C*' G*EC9604026NA* ^17;800 13,600 14.0 1L5- 600 7365232 CHPF2430B6C*+EEP 17,800 13,600 130 110 650 5039758 CHPF243086C*+MBVC1200**-1A* .-18,200 -13,900 14.0 .115 6S0 5039759 CHPF2430B6C*+TXV A*VC960803BNA* 18,000 13,700 140 115 630 7353556 CHPF2430B6C*+TXV G*VC960603BW .18,000 -13,700 14.0 11.5 600 7353560 CHPF2430B6C*+TXV A*EC960402BNA* 17,800 13,600 140 115 600 7365339 CHPF2430B6C*+TXV G*EC960302BNA*- 17,800 13,600 140 11.5 600 7365228 CHPF2430B6C*+TXV G*EC960603BNA* 17,400 13,300 140 11.5 550 7365238 C4243086C*+TXV A*VC960603BNA* 18,000 13,700 140 11.5 600 7353555 CHPF2430B6C*+TXV G*VC960403BNA* 18,000 13,700 140 115 625 7353559 CHPF2430B6C*+TXV G*EC960402BNA* 17,800 13,600 14.0 115 600 7365233 CHPF2430BGC*+TXV A*EC960803BNA* 17,800 13,600 140 115 575 7365349 CHPF2430B6C*+TXV G*VM970803BNA* 18,000 13,700 14 0 11.5 630 7353563 CHPF2430B6C*+TXV A*EC960603BNA* 17,400 13,300 140 11.5 550 7365344 CHPF2430B6C*+TXV A*VC9604038NA* 18,000 13,700 140 115 625 7353554 CHPF2430B6C*+TXV G*VM970603BNA* 18,000 13,700 140 115 600 7353562 CHPF2430B6C*+TXV G*VC9608038NA* 18,000 13,700 140 115 630 7353561 CHPF2430B6C*+TXV A*VM970603BNA* 18,000 13,700 14.0 115 600 7353557 CHPF2430B6C*+TXV G*EC960803BNA* 17,800 13,600 140 115 575 7365243 See Notes on Page 53 24 www goodmanmfg com SS-GSX13 AHRI RATINGS(CONT.) C'OOLINb RATINGS COILS/AIF?HANDLERS CHPF2430B6C*+TXV A*EC960302BNA* 17,800 13,600 14 0 115 600 7365334 CHPF243066C*+TXV A*VM970803BNA' 18,000 13,700 140 11.5 630 7353558 CHPF2430B6C*+TXV+HSK G*EC960303ANA* 17,800 13,600 140 12.0 650 10515931 CHPF243086C*+TXV+HSK G*EC960403ANA* 17,800 13,600 14 0 11.5 610 10515936 CHPF2430B6C*+TXV+HSK G*EC96060BANA* 17,400 13,300 -140 lis S80 10515941 CHPF2430B6C*+TXV+HSK G*EC960403BNA* 18,000 13,700 14.0 12.0 625 10338176 CHPF2430B6C*+TXV+HSK G*VC80603B*B* 18,000 14,100 140 11.5 600 9923152 CHPF2430B6C*+TXV+HSK G*VC80803B*B* 18,000 14,100 14.0 11.5 600 9923165- CHPF2430B6C*+TXV+HSK A*VC960403BNA* 18,000 13,700 140 11.5 625 9113465 CHPF243086C'+TXV+HSK G*EC9604028NA* 17,800 13,600 14.0 11:5 600 9113510 CHPF2430B6C*+TXV+HSK A*EC960803BNA* 17,800 13,600 140 115 575 9113528 CHPF2430B6C'+TXV+HSK, A*.VM9706036NA* 18;000 13,700 14.0 11.5" 600 9113468 CHPF2430B6C*+TXV+HSK G*EC960603BNA* 17,400 13,300 14.0 lis 550 9113513 CHPP2430B6C'+TXV+HSK A*EC960603BNA* !i7,'400 13,300 14.0 11:5' L -550 9113525 CHPF2430B6C*+TXV+HSK A*EC960402BNA* 17,800 13,600 14.0 lis 600 9113522 CHPF2430B6C*+TXV+HSK -A'.-VC9606038NA'-" 18,000' 13,700 14.0 " ' '11.5' ' '--600 9113466 CHPF2430B6C*+TXV+HSK G*VM970603BNA* 18,000 13,700 14.0 115 600 9113473 CH1`F2430B6C'+TXV+HSK `A`,VC960803BNAW` `18;000'=- 13,700 ; ' -14.0 -11.5'-_ ---630 9113467 CHPF2430B6C*+TXV+HSK G*VC960403BNA* 18;000 13,700 14 0 115 625 9113470 CHPF2430B6C'+TXV+HSK; G*VC9606030NA' ._18;000, '13;700. 14.0 ' `11:5 '600 9113471' CHPF2430B6C*+TXV+HSK A*EC960302BNA* 17,800 13,600 14 0 ll 5 600 9113519 CHRF2430B6C*+TW+HSK' ;'G*.EC960803BNA*_<";` `17;800 ' 13,600' =" 14.0 11:5 ` ' '575 9113516 CHPF2430B6C*+TXV+HSK G*VC960803BNA* 18,000 13,700 14.0 11.5 630 9113472 GSX13 "CHP.F2430B6C'_+TXV+HSK, -`''G#VM970803BNA� ' 18;000-= "13,700', 14.0 11.5' -630 .9113474'. 0181E* (Contd.) CHPF2430B6C*+TXV+HSK A*VM970803BNA* 18,000 13,700 14.0 115 630 9113469 CHP.F243086C*.+TXV+HSK: GsEG9603026NA* ,± ^13;600 14.0_ -'-11.5"- 606 9113507 CHPF3636B6C* G*VC80603B*B* 17,600 13,800 140 lis 600 9923153 CHPF3636BGC* ' -G`.VC8080k*B* "' 17,600_ _13,800 14.0 11.5 600 9923166 CHPF3636B6C* G*VC960603BNA* 18,200 13,900 14 0 115 600 7353570 CHPF3636B6C* A*VC960803BNA* 18,200 13,900 14.0 '11.5 630 7353566 CHPF3636B6C* A*VC960403BNA* 18,200 13,900 14.0 lis 625 7353564 CHPF3636B6C' G'VC9604038NA' 18,200 13,900 14.0 11.5 625 7353569• CHPF3636B6C* G*VM970603BNA* 18,200 13,900 14.0 11.5 600 7353572 CHPF3636B6C* G*VM9708038NA* 18,200 13,900 14.0 11.5 630 7353573 CHPF3636B6C* A*VC960603BNA* 18,200 13,900 140 11.5 600 7353565 CHPF3636B6C* A*VM9708038NA* 18,200 13,900 140 115 630 7353568 CHPF3636B6C* A*VM970603BNA* 18,200 13,900 140 11.5 600 7353567 CHPF3636B6C* G*VC960803BNA* 18;200 13,900 14 0 115 630 7353571 CHPF3636B6C*+TXV A*VM970603BNA* 18,200 13,900 14 0 115 600 7353577 CHPF3636B6C*+TXV G*VC9608038NA* 18,200 13,900 140- 115 630 7353581 CHPF3636B6C*+TXV A*VC960803BNA* 18,200 13,900 140 115 630 7353576 CHPF3636B6C*+TXV A*VC960403BNA* 18,200 13,900 140 115 62S 7353574 CHPF3636B6C*+TXV A*VM970803BNA* 18,200 13,900 14 0 115 630 7353578 CHPF3636B6C*+TXV A*VC960603BNA* 18,200 13,900 14 0 lis 600 7353575 CHPF3636B6C*+TXV G*VM970803BNA* 18,200 13,900 140 115 630 7353583 CHPF3636B6C*+TXV G*VM9706038NA* 18,200 13,900 140 11.5 600 7353582 CHPF3636B6C*+TXV G*VC960603BNA* 18,200 13,900 140 115 600 7353580 CHPF3636B6C*+TXV G*VC9604036NA* 18,200 13,900 14.0 11S 62S 7353579 See Notes on Page 53 SS-GSX13 www goodmanmfg com 25 AHRI RATINGS (CONT.) ...• ff.. COILS/AIR HANDLERS MOM �® CHPF3636B6C*+TXV+HSK G*VC80603B*B* 17,600 13,800 140 115 600 9923154 CHPF3636B6C*+TXV+HSK G*VC80803B*B* 17,600 13,800 140 115 600 9923167 CHPF3636B6C*+TXV+HSK G*VC960403BNA* 18,200 13,900 140 115 625 9113480 CHPF3636B6C*+TXV+HSK A*VM970603BNA* 18,200 13,900 14.0 11.5 .600 9113478 CHPF3636B6C'+TXV+HSK A*VC960603BNA* 18,200 13,900 140 11.5 600 9113476 CHPF3636B6C*+TXV+HSK G*VM970803BNA* 18,200 13,900 14.0- 11.5 630 9113484 CHPF3636B6C*+TXV+HSK G*VM970603BNA* 18,200 13,900 140 11.5 600 9113483 ,CHPF3636B6C*+TXV+HSK G*VC9606038NA* 18,200 13,900 14.0 - 11.5 . - 600 9113481 CHPF3636B6C*+TXV+HSK A*VM970803BNA* 18,200 13,900 140 115 630 9113479 CHPF3636B6C'+TXV+HSK G*VC960803BNA* 18,200 13,900,_ 14.0.,. 11.5. .. 630 9113482 CHPF3636B6C*+TXV+HSK A*VC960803BNA* 18,200 13,900 140 113 630 9113477 CHPF3636B6C*+TXV+HSK A*VC960403BNA* „18,200 13,900 14,0 115, _.-625 9113475 CSCF1824N6D* G*VC80603B*B* 18,000 14,100 140 11.5 600 9923155 e'GSCF1824N6D*- G*VC80803B*B* .,18,000 14;100; ..'::14.0: 11:5- - 600 9923168,e CSCF1824N6D* A*EH8006038*A* 18,000 13,700 140 11.5 640 6944850 ,CSCF1824WD*> A*VC806046.*.8* 17;700 13;500; ,-,14.0`-`;. ''.115 . 650;-z 5039800->> _ A*VC960603BNA*W6L ".18;000""."`13;700 '""'11:0- --"6600""' :,CSCF:1824N6D*' G*VC9606038NA*:. A8--;000 _ 13200. •,14.0: : -.,11.5:'; .;600'': :73535901-,- CSCF1824N6D* A*VM970603BNA* 18,000 13,700 140 11.5 600 7353587 CSCE1824N6D*' G*VC960403BNA* 18;000 -= 13,700;; ,...14.0'„° .'-11:5 ,62-5 + ';:7353584, - CSCF1824N6D* G*VC960803BNA* 18;000 13,700 140 115 630 7353591 rCSCF182dN6D'' r G`;VM970803BNA*,- -18;000' '-13;700' ;5 14:0;;-' ;:-1;5.x;; : AHR!RATINGS (CONT.) .. COILS/AIR HANDLERS CSCF1824N6D*+TXV+HSK G*VM970803BNA* 18,000 13,700 140 lis 630 9113504 CSCF1824N6D*+TXV+HSK G*VM970603BNA* 18,000 13,700 14.0 11.5 600 9113503 CSCF1824N6D*+TXV+HSK A*VM970603BNA* 18,000 13,700 140 lis 600 9113498 CSCF3036N6D*- G*VC80603B*B* 17,800 13,900 14.0 115 600 99231S7 CSCF3036N6D* G*VC80803B*B* 17,800 13,900 140 115 600 9923170 CSCF3036N6D* G*VC960403BNA* 18,200 13,900 14.0 11.5 625 7353599 CSCF3036N6D* A*VM9706038NA* 18,200 13,900 140 11.5 600 7353597 CSCF3036N6D* A*VC960403BNA* -18,200 13,900 14.0 11.5 625 7353594 CSCF3036N6D* A*VM9708038NA* 18,200 13,900 14.0 11.5 630 7353598 `'CSCF3036N6D* G*VM970803BNA* 18,200 13,900 14.0 --11.5 630 7353603 CSCF3036N6D* A*VC9608038NA* 18,200 13,900 14.0 115 630 7353596 CSCF3036N6D* G*VM970603BNA* 18,200 .13,900 ' 14.0 ll'.S 600 7353602 CSCF3036N6D* G*VC960603BNA* 18,200 13,900 140 lis 600 7353600 tSCF3036N6D*' 'A*VC966603BNA*` 18,200 13,900- 14.o `11.5 600 7353595 CSCF3036N6D* G*VC960803BNA* 18,200 13,900 140 lis 630 7353601 "CSCF3036N6D*.+TXV A*VM970863BNA*' "18,,20'0 ' 13,900 14.0 = 11:5 "-630 7353608 CSCF3036N6D*+TXV G*VC960603BNA* 18,200 13,900 140 115 600 7353610 GSX13 6CF3036N6D',+TXV G*VC960803BNA';' -18,200 13,900 14.0- 11.5 - "630 7353611 0181E* CSCF3036N6D*+TXV A*VC960403BNA* 18,200 13,900 140 115 62S 7353604 (Contd.) CE3036N6D`+TXV. A*VC9606036NA*"-% -18,200 13,900 14.0 =11:5' 600 7353605 CSCF3036N6D*+TXV G*VM970603BNA* 18,200 13,900 14.0 11.5 600 7353612 CSCF3036N6D`+TXV G*Vc9604038NA*''k'' 28,`200 13,900 -14.0 '-11:5 f -625- 7353609. CSCF3036N6D*+TXV A*VM970603BNA* 18,200 13,900 14.0 11.5 600 7353607 -''CSCF3036N6D-+TXV 'A*VC96- BNA*" :18;700'' 13,900 14.0 11:' . 630 7353606 CSCF3036N6D*+TXV G*VM970803BNA* 18,200 13,900 14.0 11.5 630 7353613 CSCF3036N6D'+TXV+HSK G*VC80603B*B`' " :'17;800` -13,900 14.6 11:5' 600 9923158 CSCF3036N6D*+TXV+HSK G*VC80803B*B* 17,800 13,900 140 11.5 600 9923171 CSCf3036N6D"+TXV+HSK; A�,VM9708038NA"'` 18,200 13,900 ` 14.0 11:5 ` 630 9113489 CSCF3036N6D*+TXV+HSK G*VM970603BNA* 18,200 13,900 140 115 600 9113493 "CSCF3036N6D*+TXV+HSK A*VM970660 036NA* 18p200 13,900 14:0 115" 0 , 9113488 CSCF3036N6D*+TXV+HSK G*VM970803BNA* 18,200 13,900 140 115 630 9113494 CSCF3036N6D*+TXV+HSK A*VC960403BNA* 18,200 13,900 14.0 115 625 9113485 CSCF3036N6D*+TXV+HSK G*VC960603BNA* 18,200 13,900 140 11-5 600 9113491 CSCF3036N6D*+TXV+HSK A*VC960603BNA* 18,200 13,900 14.0 11.5 600 9113486 CSCF3036N6D*+TXV+HSK A*VC960803BNA* 18,200 13,900 14.0 115 630 9113487 CSCF3036N6D*+TXV+HSK G*VC960403BNA* 18,200 13,900 14.0 11.5 625 9113490 CSCF3036N6D*+TXV+HSK G*VC960803BNA* 18,200 13,900 14.0 115 630 9113492 ACNF24X0(16D* 22,400 16,600 13.0 110 770 8377184 ACNF30XX16D* 22,600 16,700 130 110 845 8377323 ARUF24B14C*+TXV+HSK 22,000 16,300 130 11.0 800 8377163 ARUF29B14A* 23,400 17,300 130 110 860 8377265 ASPT24B14A*+HSK 23,000 17,000 138 118 810 8377322 GSX13 ASPT2SB14A*+HSK 23,000 17,000 140 120 800 8377172 0241E* ASPT29B14A*+HSK 23,800 17,600 140 120 790 8377349 ASPT30Cl4A*+HSK 23,400 17,300 140 120 845 8377211 AVPTC24B14A*+HSK 22,600 16,700 14.0 120 800 8377161 AVPTC25B14A* 23,000 17,000 140 120 850 8996112 AVPTC25B14A*+HSK 23,000 17,000 140 12.0 850 9113533 See Notes on Page 53 SS-GSX13 www goodmanmfg com 27 AHRI RATINGS (CONT.) COOLINGRATINGS COILS/AIR HANDLERS I'm PER COTF-M sum AVPTC29B14A* 23,400 17,300 140 120 79S 8996113 AVPTC29B14A*+HSK 23,400 17,300 140 120 795 9113534 AVPTC30Cl4A*+HSK 23,400 17,300 140 120 780 8377246 AWUF24XX16B`, 23,000 17,000 130 110 800 8377259 AWUF30XX16B* 23,200 17,200 130 110 800 8377356 AWUF31XX16A` ,23,000 17,000 14.0 1,13 800 8377213 AWUF32XX16A* 23,000 17,000 140 113 800 8377134 CA*F1824*6D*, _ _ WEC960303ANA*, _,23,000 17,000 13.5 115 800 10515945 CA*F1824*6D* G*EC960403ANA* 23,000 17,000 135 115 800 10515950 CA*F1824*6D' ;' q*td9 0603ANA* .:, -,23;000 17,000 135 :11.5 775 10515942 CA*F1824*6D* G*EC960403BNA* 22,600 16,700 140 115 800 10338177 CA*F18206D*11 ,23,000 e 17,500 140 .115, 800 9923172 CA*F1824*6D* G*VC80803B*B* 23,000 17,500 140 11.5 7S0 9923185 CA*1`1824*6D*.'- :r_-,<'.is;; GtVC80804C!8" - '=,23;000-` 17,500. 14.0 11.6 ; 800 9923198- _ :_g._�.._. r, CA*F1824*6D* G*EC960603BNA*_ 23,000 17,000 140 11.5 775 8377346 CA'F1824*6D*' 23,000 17,000 14.0, 11.5 860 8377182 - ... __ .. 7A-EC9fi0302BN'A,...- -«23;000.._ ._1.7;000 >w."14>Or., ..,Yl:s..:, p800-,.,. CA`F1824*6D% _G«V6806048'B!;;•,,. 23;000-•, :17,000 ; - 14.0. 11.6,_,_. .820 8377114' CA*F1824*6D*: A*VC960403BNA*� 23,000 17,000 140 115 805 8377315 CA"F1824`6D*N 6*EG96030�13NA*. ;23;000.`37;000;. .14.0.: 115 800 ,'8377298 CA*F1824*6D* A*VM9708038NA* 23,000 17,000 140 115 810 8377336 'CA*1`1824*6D°F y 6*VItit1970804GNA*`, 23x0,00- _17;000- -_14.0-',• -:11_.5.: '.800 $37724$ CA*F1824*0*: G*VC960804CNA* 23,000 17,000 140 11.5 800 8377131 GSX13 `.Cq*.f1824`6D* M979 603B ; 23;000' t.17,000,-' ' 14:0- 11.5', ' 815 8377250' (Contd) CA*F1824*6D* G*VC960403BNA* 23,000 17,000 140 115 805 8377154 CA*F1824f6D*.: w - ;A*VM9708Gf ` 17,000 14.0 11S' 800 8377124 _ CA*F1824*6D* G*EC960803BNA* 23,000 17,000 14 0 lis 775 8377324 CA*F1824!6D*; 'i°s.i `,'A'EC9608036NA`_;:; .233000 ' 17,000- ,•,140,o-. -.11.5 , :-77S 8377354 CA*F1824*6D*, k A*EH800603B*A* 23,000 17,000 140 115 860 8377217 CA*F1824'6D_*-•;.` A"VC96080ACN9';' 23,000 17,000 140- 11.5 800 8377306. CA*F1824*6D* A*VC80604B*B* 23,000 17,000 140 116 820 8377177 CA*1`1824*6D* ;:G*VM9708038NA!' x.23;000 -17,006 .14.0 11 S 810 8377223 CA*F1824*6D* G*VC960803BNA* 23,000 17,000 140 11.5 810 8377160 CA"1`1824*6D"; ,, A*VC960803BNA'-, 23;000 17,000 14.0 '11.5 810 8377138 CA*F1824*6D* A*VC960603BNA* 23,000 17,000 140 115 815 8377191 CA*F1824'-'6D* A*EC960402BNA* 23,000 17,000 140 11.5 775 8377309 CA*F1824*6D* G*EC960402BNA* 23,000 17,000 140 115 775 8377244 CA*F1824*6D*' y, A`VN!00663BNA* 23,000 17,000 14 0 115 815 8377239 CA*F1824*6D* A*EC960603BNA* 23,000 17,000 140 115 77S 8377151 CA*F1824*6D* G*VC960603BNA* 23,000 17,000 140 115 815 8377262 CA*F1824*6D*+EEP 23,000 17,000 13.0 110 800 8377316 CA*F1824*6D*+MBVC1200**-lA* 23,000 17,000 140 lis 800 8377227 CA*F1824*6D*+TXV+HSK G*EC960303ANA* 23,000 17,000 140 115 800 10515946 CA*F1824*6D*+TXV+HSK G*EC960403ANA* 23,000 17,000 140 115 800 10515951 CA*F1824*6D*+TXV+HSK G*EC960603ANA* 23,000 17,000 140 115 775 10515943 CA*F1824*6D*+TXV+HSK G*EC960403BNA* 22,600 16,700 140 120 800 10338178 CA*F1824*6D*+TXV+HSK G*VC80603B*B* 23,000 17,500 140 lis 800 9923173 CA*F1824*6D*+TXV+HSK G*VC80803B*B* 23,000 17,500 140 lis 7S0 9923186 See Notes on Page 53 28 www goodmanmfg com SS-GSX13 AHRI RATINGS(CONT.) COOLING COILS/AIR HANDLERS ®� . 7FCA*F1824*6D*+TXV+HSK 6D*+TXV+HSK G*EC960803BNA* 23,000 17,000 140 115 775 8377156 A*VC9606038NA* 23,000 17,000 140 115 815 8377339 CA*F1824*6D*+TXV+HSK G*VM970804CNA* 23,000 17,000 140 115 800 8377225 i CA*F1824*6D*+TXV+HSK G*EC960603BNA* 23,000 17,000 140 115 775 8377179 CA*F1824*6D*+TXV+HSK A*VM970804CNA* 23,000 17,000 140 lis 800 8377141 CA*F1824*6D*+TXV+HSK G*EC9604028NA* 23,000 17,000 14.0 11.5 775 8377363 CA*F1824*6D*+TXV+HSK A*VC960803BNA* 23,000 17,000 140 11.5 810 8377203 CA*F1824*6D*+TXV+HSK G*VC960403BNA* 23,000 17,000 14.0 U.S 805 8377238 CA*F1824*6D*+TXV+HSK G*VC960603BNA* 23,000 17,000 140 11.5 815 8377332 CA'F1824'6D*+TXV+HSK G'VM9706038NA* 23,000 17,000 140 11.5 815 8377135 CA*F1824*6D*+TXV+HSK G*VM970803BNA* 23,000 17,000 140 lis 810 8377281 CA*F1824*6D*+TXV+HSK A*VC960403BNA* 23,000 17,000 140 115 805 8377209' CA*F1824*6D*+TXV+HSK A*EC960803BNA* 23,000 17,000 140 115 775 8377145 CA'F1824*6D*+TXV+HSK G*EC960302BNA* 23,000 17,000 14.0 11 5 800 8377201; CA*F1824*6D*+TXV+HSK G*VC960803BNA* 23,000 17,000 140 11.5 810 8377137 -CA*F1824*6D*+TXV+HSK ; G*VC960804CNA*" 23,000 17,000 14.0 11`5 800 8377173--- CA*F1824*6D*+TXV+HSK A*EC960603BNA* 23,000 17,000 140 115 775 8377328 -CA'F1824*6D*+TXV+HSK t A*EC960402BNA* '23,000 17,000 14 0 11.8 775 8377167r CA*F1824*6D*+TXV+HSK A*VC960804CNA* 23,000 17,000 140 lis 800 8377283 CA!F1824*6D',�-*+HSK „ * «- a. "° A.EC960302BN'A °23,000 17,000 140 11.5" 800 8377341'x. CA*F1824*6D*+TXV+HSK A*VM970603BNA* 23,000 17,000 140 115 815 8377304 'CA*F1824*6D4TXV+HSK- A*VM970803BNA*-' -23,000 17,000 14.0 11:5- 810 8377236.1- CA*F3030*6D*+EEP 23,000 17,000 13 0 11.0 '800 8377118 GSX13 CA*F3030*6D!+EEP-+TXV+HSK= 23,000 17,000 13.0' 11.0 800'. $377116-, 0241E* (Contd) CA*F3131*6D*+EEP 23,000 17,000 130 110 800 8377220 CA*F3I31"6D'+EEP+TXV+HSK "' 23,000 17,000 13.0 11:0 800 8377202 CA*F3636*6D* G*VC80603B*B* 23,000 17,500 140 lis 800 9923174 CA* F3636*6D*' G*VC80803B*8* 23,000 17,500 14.0 11.5 750 9923187- CA*F3636*6D* G*VM970803BNA* 23,600 17,500 14.0 115 810 8377185 CA*F3636t6D*, G*VC960603BNA* 23,600 17,500 140 115, '815 8377307' CA*F3636*6D* A*VM970603BNA* 23,600 17,500 140 115 815 8377199 CA*F3636*6D*, A*VC9606036NA* 23,600 17,500 140 115 815 8377166.' CA*F3636*6D* G*VC960803BNA* 23,600 17,500 14.0 lis 810 8377360 CA*F3636*6D* A*VM970803BNA* 23,600 17,500 140 11.5 816 8377270, CA*F3636*6D* A*VC960803BNA* 23,600 17,500 140 115 810 8377280 CA*F3636*6D* G*VM970603BNA* 23,600 17,500 14.0 115 815 8377215' CA*F3636*6D* G*VC960403BNA* 23,600 17,500 140 lis 805 8377200 CA*F3636*6D* A*VC9604036NA* 23,600 17,500 14.0 11 5 805 8377197- CA*F3636*6D*+EEP 23,000 17,000 13 0 110 800 8377278 CA*F3636*6D*+EEP+TXV+HSK 23,000 17,000 130 11.0 800 8377158 CA*F3636*6D*+TXV+HSK G*VC80603B*B* 23,000 17,500 140 115 800 9923175 CA*F3636*6D*+TXV+HSK G*VC80803B*B* 23,000 17,500 140 115 750 9923188 CA*F3636*6D*+TXV+HSK A*VC960403BNA* 23,600 17,500 140 115 80S 8377333 CA*F3636*6D*+TXV+HSK G*VM970603BNA* 23,600 17,500 140 115 815 8377325 CA*F3636*6D*+TXV+HSK A*VC960803BNA* 23,600 17,500 140 115 810 8377256 CA*F3636*6D*+TXV+HSK G*VC960603BNA* 23,600 17,500 140 115 815 8377251 CA*F3636*6D*+TXV+HSK G*VM 9708038NA* 23,600 17,500 140 115 810 8377233 CA*F3636*6D*+TXV+HSK G*VC960403BNA* 23,600 17,500 140 115 805 8377230 See Notes on Page 53 SS-GSX13 www goodmanmfg com 29 t AHRI RATINGS(CONT) COOLING COILS/AIR HANDLERS mff-1144-� CA*F3636*6D*+TXV+HSK A*VC960603BNA* 23,600 17,500 14 0 115 815 8377188 CA*F3636*6D*+TXV+HSK G*VC9608038NA* 23,600 17,500 14 0 115 810 8377299 CA*F3636*6D*+TXV+HSK A*VM970803BNA* 23,600 17,500 140 115 810 8377140 CA*F3636*6D*+TXV+HSK A*VM970603BNA* 23,600 17,500 140 115 815 8377155 CA*F3743*6D* A*VM970804CNA* 23,600 17,500 140 - 115 800 8377320 CA*F3743*6D* A*VC960804CNA* 23,600 17,500 14.0 11.5 800 8377303 CA*F3743*6D* G*VM970804CNA* 23,600 17,500 140 115 800 8377308 CA*F3743*6D* G*VC960804CNA* 23;600 17,500 14.0 11.5 800 8377231 CA*F3743*6D*+TXV+HSK A*VC960804CNA* 23,600 17,500 140 115 800 8377305 CA'F3743'6D*+TXV+HSK A'VM9,70804CNA' 23,600 17,500 140_ 11.5 800 8377295 CA*F3743*6D*+TXV+HSK G*VM970804CNA* 23,600 17,500 140 11.5 800 8377255 CA*F3743"6D*fTXV+HSK G*VC960804CNA23,600 17,500 14 0 , 115, 800 8377183 CAPT3131*4A*+EEP+HSK 22,400 16,600 13 0 110 800 8377110 CAPT3131'4A*+HSK G'EC960303ANA*; 23000" 17,000 13.5 '11.5 _ ---;800 10515947 CAPT3131*4A*+HSK G*EC960403ANA* 23,000 17,000 135 11.5 800 10515952 CAPT3131*4A*+HSK- , G*EC960603ANA!'_.. ,23,000,,.: 17,000 13.5 11.S, 775 10515944 CAPT3131*4A*+1454K 6*EC9604038NA*" 23;000` -17,bdb 140 12b '-8dd CAPT3131'4A*+HSK G*VC806038`B _.. _=23;000 = 17,500 14.0, ' 1151,- 800 9923176 CAPT3131*4A*+HSK G*VC80803B*B* 23,000 17,500 140 115 750 9923189 CAPT3231'4A'+HSK;. -. ::, " G*VC960803BNAa,- '.-23;000 " ;'17,000_ 14.0 .11,5 810 8377136 CAPT3131*4A*+HSK ADVC80603B*B* 23,000 17,000 140 115 800 8377319 CAPT3131!4A*+HSK `23,000,,` =37,000=; :14:0.. 11.5= -•..830 8377165 CAPT3131*4A*+HSK A*VC960403BNA* 23,000 17,000 140 115 805 8377144 GSX13 r_�pp3131*4A'+HSK., G`VM970804CNA* 23;000: - 37,000:: •` 14.0 115 800 8377345 (Contd) CAPT3131*4A*+HSK A*EC960803BNA* 23,000 17,000 140 11.S 775 8377314 w.CAPT3131',4A*-HSK°;; „:;G*.EC9608038NA*;.- 23,000 -'17,000 ,u;19.0,LL 11:5 .'775 8377310" CAPT3131*4A*+HSK G*VM970603BNA* 23,000 17,000 14 0 11 5 815 8377331 CAPT3131'4A*+HSK A*VC960804CNA' 23,,000 ";17,000 14.0 11.5-, 800 8377170 CAPT3131*4A*+HSK G*VC960603BNA* 23,000 17,000 14.0 115 815 8377115 -.CAPT3131'4A*+HSK A*VM970803BNA', -23,000! 17,000 140 11.5_ 810 8377153 CAPT3131*4A*+HSK G*EC960302BNA* 23,000 17,000 140 115 800 8377318 CAPT3131*4A*+HSK 'G*VC960804CNA* ,, ,23,000 17,000 14 0 11.5 800 8377274 CAPT3131*4A*+HSK A*VM970603BNA* 23,000 17,000 140 115 815 8377276 CAPT3131'4A*+HSK A*VM970804CNA* 23,000 17,000 14 0 11.5 _ 800 8377253 CAPT3131*4A*+HSK G*EC960603BNA* 23,000 17,000 14.0 11.5 775 8377338 CAPT3131*4A*+HSK A*EH800603B*A* 23,000 17,000 14.0 11.5 800 8377224 CAPT3131*4A*+HSK A*EC960603BNA* 23,000 17,000 140 115 775 8377193 CAPT3131*4A*+HSK G*EC960402BNA* 23,000 17,000 14.0 115 775 8377241 CAPT3131*4A*+HSK A*VC960803BNA* 23,000 17,000 140 115 810 8377264 CAPT3131*4A*+HSK G*VC960403BNA* 23,000 17,000 140 11.5 805 8377192 CAPT3131*4A*+HSK G*E80603B*B* 23,000 17,000 140 11.5 800 8377214 CAPT3131*4A*+HSK A*EC960402BNA* 23,000 17,000 140 115 775 8377257 CAPT3131*4A*+HSK A*VC80604B*B* 23,000 17,000 140 11.5 830 8377254 CAPT3131*4A*+HSK A*EC960302BNA* 23,000 17,000 140 115 800 8377175 CAPT3131*4A*+HSK A*VC960603BNA* 23,000 17,000 140 115 815 8377130 CAPT3131*4A*+HSK G*VM9708038NA* 23,000 17,000 14.0 115 810 8377122 CAPT3131*4A*+MBVC1200'*-1A*+HSK 22,800 16,900 140 11.5 800 8377210 CAPT3743*4A*+HSK G*VC960804CNA* 23,600 17,500 140 11S 800 8377340 See Notes on Page 53 30 www goodmanmfg com SS-GSX13 AHRI RATINGS(CONT.) COOLINGINDOOR UNITS ColLs/AIR HANDLERS." ��Mmm-w M. CAPT3743*4A*+HSK A*VC960804CNA* 23,600 17,500 140 115 800 8377235 CAPT3743*4A*+HSK G*VM970804CNA* 23,600 17,500 140 11.5 800 8377286 CAPT3743*4A*+HSK A*VM970804CNA* 23,600 17,500 140 lis 800 8377222 CHPF1824A6C*+EEP 23,000 17,000 130 11.0 800 8377351 CHPF2430B6C* G*EC960303ANA* 23,000 17,000 135 11-5 800 10515948 CHPF2430B6C* G*EC960403ANA* 23,000 17,000 135 115 800 10515953 CHPF2430B6C* G*EC960603ANA* 23,000 17,000 135 115 775 10515955 CHPF2430B6C* G'-EC960403BNA' 23,200 17,200 14.0 115 800 10338180 CHPF2430B6C* G*VC80603B*B* 23,000 17,500 140 115 800 9923177 CHPF2430B6C* G'•VC808038*B* 23,000 17,500 14.0 11.5 750 9923190 CHPF2430B6C* A*VM970603BNA* 23,200 17,200 14 0 115 815 8377186 C4F243086C' A*EC960803BNA* ' 23,000 17,000 14.0 11.5 775 8377247, CHPF2430BGC* G*VC960803SNA* 23,200 17,200 140 115 810 8377258 CHPF2430B6C*- A'EC9604028NA* 23,000 17,000 14.0 11.5 775 8377196 CHPF2430B6C* G*VC960403BNA* 23,200 17,200 140 115 805 8377249 CHPF2430B6C `G*YM970603BNA* ' £23,200` 17,200 14.0 11.5 815 8377317 CHPF2430B6C* A*VM970803BNA* 23,200 17,200 140 lis 810 8377261 CHP,F2430BWC G#VM970803BNA`,`. `23;200` 17,200 14.0 '11.S 810 8377221' CHPF2430B6C* A*EH800603B*A* 23,000 17,000 140 lis 860 8377198 CHP.F2430B6C* `A`VC9604Q38NA', ;23;200 - 17,200 14.0 11.5' 805 8377335 CHPF2430B6C* A*EC960603BNA* 23,000 17,000 140 11.5 775 8377272 -CHPF243066C*• j G!EC9606038WL` .:23,000,- 17,000' 14'0 11.5 775 83772904 CHPF2430B6C* G*E80603B*B* 23,000 17,000 140 115 860 8377240 GSX13 CHPF2430B6C, '`G*VC960603BNA" '-23;200, -",17,200 14°0' -11.5" 815 8377208 0241E* - -_ {Contd) CHPF2430B6C* G*EC960402BNA* 23,000 17,000 140 11.5 775 8377297 CHPF243066C* G�EC960302BNA*-`` ' 23;000 17,000 14:0: ' '11.5 800 83771711 CHPF2430B6C* G*EC960803BNA* 23,000 17,000 140 11.5 775 8377334 CHPF243066C` A*,VC960603BNA*- -`23,200 17,200 14.0 11.5 815 8377218' CHPF2430B6C* A*VC960803BNA* 23,200 17,200 140 115 810 8377176 CHPF2430B6C* WtC960302BNA*' 23,000 17,000 14.0 11.5 800 837727S- CHPF2430B6C*+EEP 23,000 17,000 130 110 800 8377146 CHPF2430B6C*+MBVC1200**-IA* 23,400 17,300 14 0 11.5 800 8377282 CHPF2430B6C*+TXV+HSK G*EC960303ANA* 23,000 17,000 140 115 800 10515949 CHPF243086C*+TXV+HSK. G*.EC960403ANA*'" •23,000 17,000 14.0 11.5 800 10515954 CHPF2430B6C*+TXV+HSK G*EC960603ANA* 23,000 17,000 140 lis 77S 10515956 CHPF2430B6C*+TXV+HSK G*EC960403BNA* 23,200 17,200 140 12.0 800 10338181 CHPF2430B6C*+TXV+HSK G*VC80603B*B* 23,000 17,500 140 115 800 9923178 CHPF2430B6C*+TXV+HSK G*VC80803B*B* 23,000 17,500 140 11.5 750 9923191 CHPF2430B6C*+TXV+HSK G*VC960803BNA* 23,200 17,200 14.0 115 810 8377364 CHPF2430B6C*+TXV+HSK A*EC960302BNA* 23,000 17,000 140 11.5 800 8377169 CHPF2430B6C*+TXV+HSK G*VC960603BNA* 23,200 17,200 140 11.5 815 8377107 CHPF2430B6C*+TXV+HSK A*VC9608038NA* 23,200 17,200 140 US 810 8377108 CHPF2430B6C*+TXV+HSK G*VC960403BNA* 23,200 17,200 140 115 80S 8377164 CHPF2430B6C*+TXV+HSK G*EC960302BNA* 23,000 17,000 140 115 800 8377358 CHPF2430B6C*+TXV+HSK A*VM9708036NA* 23,200 17,200 140 lis 810 8377288 CHPF2430B6C*+TXV+HSK A*EC960603BNA* 23,000 17,000 140 115 775 8377195 CHPF2430B6C*+TXV+HSK A*EC960803BNA* 23,000 17,000 140 115 775 8377229 CHPF2430B6C*+TXV+HSK G*VM970803BNA* 1 23,200 17,200 1 140 1 11.5 810 1 8377159 See Notes on Page 53 SS-GSX13 wwwgoodmanmfg com 31 AHRI RATINGS (CONT) COOLING CFM AHRI# COILS/AIR HANDLERS llll�allwmgm �® CHPF243066C*+TXV+HSK G*EC9608038NA* 23,000 17,000 140 115 775 8377216 CHPF2430B6C*+TXV+HSK G*EC960402BNA* 23,000 17,000 14.0 11.5 775 8377139 CHPF2430B6C*+TXV+HSK A*VM970603BNA* 23,200 17,200 140 11.5 815 8377157 CHPF2430B6C*+TXV+HSK A*EC9604028NA* 23,000 17,000 14.0 115 775 8377142 CHPF2430B6C*+TXV+HSK A*VC960403BNA* 23,200 17,200 140 11.5 805 8377126 CHPF243086C*+TXV+HSK G*,EC9606038NA* 23;000 17,000 14.0 ;115 . 775 8377150 CHPF2430B6C*+TXV+HSK G*VM970603BNA* 23,200 17,200 140 11.5 815 8377301 CHPF2430B6C*+TXV+HSK A*VC960603BNA* 23,200 17,200 140 11.5 .815 8377291 CHPF3636B6C* G*VC80603B*B* 23,400 17,800 140 11.5 800 9923179 ,CHPF3636B6C*-- G*VC80803B*B' 23,400- 17,800, 14.0 - 11.5, 750 9923192 CHPF3636B6C* G*VC960403BNA* 23,400 17,300 140 11.5 80S 8377117 CHPF3636B6C* A*VM9706036NA*- 23;400 17,300 .14.0 115;, - --.815 8377132 CHPF3636B6C* A*VC960603BNA* 23,400 17,300 14.0 11.5 _ 815 8377267 CHPF3636B6C* G*VC9608038NA* - -23,400 ;17,300' ==14 0:, ''0'115,:_;. :.810 =; `8377148 - - - = CHPF3636B6C* G*VM970603BNA* 23,400 17,300 140 11.5 81S 8377355 :.CHPF3636B6C*' A*VC9608036NA' ,23;400 17300 14.0' _:11`.5,,;; ;810 8377112. __----_ CFTPF3636g6C*""�`"`�•` G*VM9708038NA'*" " '`23;400 " "I7;300" ""Sidi'""' CHPF3636B6C*t - A*VM970803BNA*_ 23;400 17;300: 14 810, 8810; 8377353"; CHPF3636B6C* A*VC960403BNA* 23,400 17,300 14.0 11.5 80S 8377181 'CHPF3636B6C* G*.VC960603BNA*, 23;400 .-17,300-'Y1-14.0 ,`11:5 ;`' =',815 8377337 _ _ _ CHPF3636B6C*+TXV+HSK G*VC80603B*B* 23,400 17,800 140 11.5 800 9923180 CHPF3636B6C'+TXV+HSK i G*VC80803M*�- •=23,400' 17;800:='„34 0: i-11.5 -750', +; 9923193:; CHPF3636B6C*+TXV+HSK A*VC960403BNA* 23,400 17,300 140 W 11.5 805 8377347 GSX13 CHPF3636B6C*+TXV+HSK A'VC960803BNA*-,:;; 23400 ,-17;300` ;14,0 (Contd) CHP F3636B6C*+TXV+HSK G*VC960803BNA* 23,400 17,300 140 v 11.5 810 8377344 RF363666C',+TXV+HSK - G*.VM970603BNA';; 23;400,' '17,300'. 14.0`;- 11:5 ".`-.815- -_ 8377268' CHPF3636B6C*+TXV+HSK G*VM970803BNA* 23,400 17,300 140 11.5 810 8377168 CHPF3636B6C*+TXV+HSK A*V060603BNA* 23;400 „17,300 '-'14.0.' 115 -' ^8L5'= 8377125 CHPF363666C*+TXV+HSK G*VC960603BNA* 23,400 17,300 140 11.5 815 8377361 CHPF363686C*+TXV+HSK A*VM970603BNA*- 23;400 17,300 -14.0 _-.__.11.5;;_` 815' :, 8377279 CHPF3636B6C*+TXV+HSK G*VC960403BNA* 23,400 17,300 140 11.5 805 8377302 CHPF3636B6C*+TXV+HSK A*VM970803BNA* 21400 17,3001- -,14. 11.5,,. _ 810 -8377312' CHPF3642C6C* G*VC960804CNA* 23,400 17,300 14.0 11.5 800 8377321 -CHPF3642C6C* A*VM970804CNA* 23,400 17,300 -::14.0 ll.5= 800 8377296 CHPF3642C6C* G*VM970804CNA* 23,400 17,300 140 lis 800 8377129 CHPF3642C6C* A*VC960804CNA* 23,400 17,300 .-14.0 - _ 11.5„ 800 8377204 CHPF3642C6C*+TXV+HSK A*VC960804CNA* 23,400 17,300 140 lis 800 8377287 CHPF3642C6C*+TXV+HSK A*VM970804CNA* 23,400 17,300 140 11.5 800 8377178 CHPF3642C6C*+TXV+HSK G*VM970804CNA* 23,400 17,300 140 11.5 800 8377219 CHPF3642C6C*+TXV+HSK G*VC960804CNA* 23,400 17,300 14.0 11.5 860 8377277 CSCF1824N6D* G*VC80603B*B* 23,000 17,500 140 115 800 9923181 CSCF1824N6D* G*VC80803B*B* 23,000 17,500 14.0 11.5 750 9923194 CSCF1824N6D* A*VC960403BNA* 23,000 17,000 140 lis 805 8377293 CSCF1824N6D* G*VC960603BNA* 23,000 17,000 140 US 815 8377189 CSCF1824N6D* G*VC960804CNA* 23,000 17,000 140 115 800 8377357 CSCF1824N6D* G*VC960403BNA* 23,000 17,000 140 115 805 8377300 CSCF1824N6D* A*VC960803BNA* 23,000 17,000 140 lis 810 8377352 CSCF1824N6D* G*VC960803BNA* 23,000 17,000 140 11.5 810 8377350 See Notes on Page 53 32 wwwgoodmanmfg com SS-GSX13 AHRI RATINGS (CONT.) • COOLING HANDLERSUNIT Coms/AIR ®®� CSCF1824N6D* G*VM970804CNA* 23,000 17,000 14 0 115 800 8377242 CSCF1824N6D* A*VM970804CNA* 23,000 17,000 14 0 11.5 800 8377292 CSCF1824N6D* A*VM9706038NA* 23,000 17,000 14.0 115 815 8377128 CSCF1824N6D* A*VM970803BNA* 23,000 17,000 14.0 11.5 810 8377294 CSCF1824N6D* G*VM9706038NA* 23,000 17,000 14.0 11.5 815 8377226 CSCF1824NM*, A*VC960603BNA* 23,000 17,000 14.0 ll.S 815 8377365 CSCF1824N6D* A*VC960804CNA* 23,000 17,000 140 11.5 800 8377273 CSCF1824N6D* G*VM9708038NA* 23,000 17,000 " 14.0 11.5 810 8377326 CSCF1824N6D*+EEP 23,000 17,000 13 0 110 800 8377120 CSC F1824N6D*+TXV+HSK G*VC80603B*B* 23;000 17,500- 14.0 11.5- 800 9923182 CSCF1824N6D*+TXV+HSK G*VC80803B*B* 23,000 17,500 140 115 750 9923195 I-CSCF1824N6D*.+TXV+HSK, G*VC960603BNA* 23,000 17,000 14.0'" il.5 815 8377109 CSCF1824N6D*+TXV+HSK G*VC960803BNA* 23,000 17,000 140 115 810 8377269 CSCF1824N6D*+TXV+HSK G*,VC960804CNA* 23,000 17,000'' 14.0 11.5 800 8377330 CSCF1824N6D*+TXV+HSK G*VM970804CNA* 23,000 17,000 14 0 115 800 8377285 CSCF1824N6D*+TXV+HSK' G*VC960403BNA* 23;000 47,000 14.6---, -11.5r, "805 8377232 CSCF1824N6D*+TXV+HSK A*VM970803BNA* 23,000 17,000 14 0 11.5 810 8377111 -'CSCF1824N6D*+TXV+HSK: A'VC960804CNA* 23,000 17,000, 14.0 :-11.5- 800 8377113 CSCF1824N6D*+TXV+HSK G*VM970803BNA* 23,000 17,000 14.0 115 810 8377228 CSCF1824N66'+TXV+HSK G*VM970603BNA* 23,000 17,000 ;=14A '11:5 ' 815 8377234 CSCF1824N6D*+TXV+HSK A*VM970603BNA* 23,000 17,000 14.0 115 815 8377245 CSCF1824N6D*+TXV+HSK', A*VC960803BNA* 23;000' "17,000' : 14.0_ _ 11:5 :-810, 8377260 CSCF1824N6D*+TXV+HSK A*VC960403BNA* 23,000 17,000 14.0 115 805 8377266 GSX13 i CSCF1824N6D*-+TXV+HSK, A*_VM970804CNA' `23;000 17,000`. ' =140 "11;5' 800- 8377123 0241E* (Contd) CSCF1824N6D*+TXV+HSK A*VC960603BNA* 23,000 17,000 140 11.5 815 8377174 CSCF3036N6D* G*VC80603B*B* ;23,200'. >17,700 , -14.0 --'113 �800 9923183 CSCF3036N6D* G*VC80803B*B* 23,200 17,700 14.0 115 750 9923196 .CSCF3036N6D* G*VM9708038NA*, `23,200. 17,200'. 14.0 11.5 810 8377271 CSCF3036N6D* A*VM970804CNA* 23,200 17,200 14.0 115 800 8377342 -" Sd3036-M-W A*VM9708038NA* 23,200 17,200 14.0 11.5 810 8377284 CSCF3036N6D* G*VC960603BNA* 23,200 17,200 140 11.5 815 8377243 CSCF3036N6D* G*VC960804CNA* _ 23,200 17,200 14.0 11.5 800 8377252 CSCF3036NGD* G*VM970804CNA* 23,200 17,200 14.0 115 800 8377237 CSCF3036N6D* A*VC960603BNA* 23,200 17,200 14.0 11.5 815 8377207 CSCF3036N6D* A*VM970603BNA* 23,200 17,200 140 11.5 815 8377362 CSCF3036N6D* A*VC960403BNA* 23,200 17,200 14.0 115 805 8377143 CSCF3036N6D* A*VC960804CNA* 23,200 17,200 140 lis 800 8377119 CSCF3036N6D* A*VC960803BNA* 23,200 17,200 140 115 810 8377206 CSCF3036N6D* G*VC960403BNA* 23,200 17,200 140 115 805 8377152 CSCF3036N6D* G*VM9706038NA* 23,200 17,200 140 11.5 815 8377348 CSCF3036N6D* G*VC960803BNA* 23,200 17,200 140 115 810 8377162 CSCF3036N6D*+TXV+HSK G*VC80603B*B* 23,200 17,700 140 113 800 9923184 CSCF3036N6D*+TXV+HSK G'VC80803B*B* 23,200 17,700 140 115 750 9923197 CSCF3036N6D*+TXV+HSK G*VM970804CNA* 23,200 17,200 140 11.5 800 8377359 CSCF3036N6D*+TXV+HSK A*VM9708038NA* 23,200 17,200 14 0 11.5 810 8377289 CSCF3036N6D*+TXV+HSK A*VC960803BNA* 23,200 17,200 140 115 810 8377133 CSCF3036N6D*+TXV+HSK G*VM970603BNA* 23,200 17,200 140 lis 815 8377343 CSCF3036N6D*+TXV+HSK G*VC9608038NA* 23,200 17,200 14.0 115 810 8377149 See Notes on Page 53 SS-GSX13 www goodmanmfg com 33 AHRI RATINGS (CONT. COOLING COILS/AIR HANDLERS MOM CSCF3036N6D*+TXV+HSK A*VM970804CNA* 23,200 17,200 140 115 800 8377190 CSCF3036N6D*+TXV+HSK A*VC960403BNA* 23,200 17,200 14.0 115 805 8377327 CSCF3036N6D*+TXV+HSK A*VM970603BNA* 23,200 17,200 140 115 815 8377313 GSX13 CSCF3036N6D*+TXV+HSK A*VC960603BNA* 23,200 17,200 140 115 815 8377311 0241E* CSCF3036N6D*+TXV+HSK G*VC960603BNA* 23,200 17,200 140 115 815 8377180 (Contd.) CSCF3036N6D*+TXV+HSK G*VM970803BNA'.} 23;200 17,200 140 115 810 8377147 CSCF3036N6D*+TXV+HSK G*VC960804CNA* 23,200 17,200 140 lis 800 8377205 CSCF3036N6D*+TXV+HSK- _ ,G*VC960403BNA* 23;200 17,200 14 0 11.5 805 8377212 CSCF3036N6D*+TXV+HSK A*VC960804CNA* 23,200 17,200 140 115 800 8377329 ACNF30XX16D* r 28,400 21,600 13.0 11.0, 890 10258620 ARUF29B14A* 28,600 21,800 130 11.0 1,020 10258621 ASPT36C14A*+HSK 28;600 21,800 -,14;0'1 12.0 1,010 10258622 ASPT37B14A*+HSK 28;800 21,900 140 120 945 10258623 .'=;'ASPT39Gl4A*+HSK." _ .-'c; :F28,400 21,600 14.0,; 11.5 1,000 10446906, AVPTC25B14A*+HSK 28,800 21,900 135 11.5 975 10258624 AVPTC29814A'+HSK_ K- :,� :-28"400 : 21,600 -14.0 12.0.. 925 10258625, "AVP7C31C14b*+HSK . "� `."."` ". 2$;4(70.. 21;co-"'".].4a0'"`' 12.0"`"93.0'_. 'Td258626' AVP_TC36C14A`+H5K-,- - _,28;400 •21,600 140"-,, 12.0 990 10258627 AVPTC39C14A*+HSK 28,000 21,400 140 120 965 10446907 AWUF30XX166"`= "# 28,400 21,600. 13.0,..,• . 11.0_ 1;000" 10258628; _.._.. ». ..L' AWUF36XX16B* 28,400 21,600 13.0 11.0 1,000 10258629 :;AVVUF37XX16B�: " r - `" :,28400, 21,600; ;13'.0,.• :-11.0`_ 995 10258630 CA*F3030*6D* G*EC960303ANA* 28,000 21,800 135 115 975 10517440 CA*F3030'6D�^ `' G*EC90403ANA `s. `.28;400 22,000 13:0 11.5, ;-975: =10517446 CA*F3030*6D*. G*EC960403BNA* 28,400 22,000 135 11.5 1,000 10338182 CA*F3030.6D° P'G*EC960302BNAs 28,200 21,500 13:5 11.5, 1,010 10258636' CA*F3030*6D* G*EC960402BNA* 28;000 21,300 13S 115 1,010 10258643 CA''F3030*-6D* =ti G*EC960603BW,:-.,28;400 21,600 13.S F11.5 _1020 10258654 65X13 CA*F3030*6D* G*EC960803BNA* 28,400 21,600 135 11.5 995 10258665 0301L'* ° CA*F3030*6D*. ';'t= `_W' G'-VC80603B-"B'-,,, 28,400, 21,600 13.5 11.5 , :,1015 10258685 CA*F3030*6D* G*VC80604B*B* 28,400 21,600 135 11.3 995 10258686 CA*F3030*6W'.- G*VC80803B*B*- 27,600 21,000 13.5 11.5 1,050 10258700 uj . CA*F3030*6D* G*VC80804C*B* 28,400 21,600 135 11.3 1,035 10258702 CA*F3030*6W;- ,.G*'UC960403BNA* 27,000 20,600 140 11.5, 1,000 10258706 CA*F3030*6D* G*VC960603BNA* 27,600 21,000 140 115 990 10258716 •CA*F3030'6D*. G*VC960803BNA* 28,000 21,300 14 0 11.5 1,015 10258726 CA*F3030*6D* G*VC960804CNA* 29,000 22,100 140 lis 1,025 10258736 CA*F3030*6D*r G*VM970603BNA* 28,000 21,300 140 115 995 10258746 CA*F3030*6D* G*VM970803BNA* 28,400 21,600 14.0 115 1,015 10258756 CA*F3030*6D*: G*VM970804CNA* 29,000 22,100 140 11.5 1,025 10258766 CA*F3030*6D*+EEP 28,400 21,300 13 0 110 1,050 10258601 CA*F3030*6D*+TXV+HSK G*EC960303ANA* 28,000 21,800 13.5 11.5 975 10517441 CA*F3030*6D*+TXV+HSK G*EC960403ANA* 28,200 22,000 13S lis 975 10517447 CA*F3030*6D*+TXV+HSK G*EC960603ANA* 28,000 21,800 135 11.3 975 10517439 CA*F3030*6D*+TXV+HSK G*EC960403BNA* 28,400 22,000 135 115 1,000 10338183 CA*F3030*6D*+TXV+HSK G*EC960302BNA* 27,600 21,000 140 115 1,010 10258637 CA'F3030*6D*+TXV+HSK G*EC9604028NA* 27,800 21,200 140 115 1,010 10258644 CA*F3030*6D*+TXV+HSK G*EC960603BNA* 28,000 21,300 13S 11.5 1,020 10258655 See Notes on Page 53 34 www goodmanmfg com SS-GSX13 AHRI RATINGS(CONT, '66TDOOR INDOOR UNITS CoouNG CA*1`3030*6D*+TXV+HSK G*EC9608038NA* 28,400 21,600 13S lis 995 10258666 CA'F3030*6D'+TXV+HSK G*VC806036*B` 28,400 21,600 14 0 115 1,015 10258684 CA*F3030*6D*+TXV+HSK G*VC80803B*B* 28,400 21,600 140 11.5 1,050 10258699 CA*F3030*6D*+TXV+HSK G*VC960403BNA* 29,000 22,100 14 0 115 1,000 10258707 CA*F3030*6D*+TXV+HSK G*VC960603BNA* 29,000 22,100 140 115 990 10258717 CA*F3030*6D*+TXV+HSK G*VC960803BNA* 28,000 21,300 140 115 1,015 10258727 CA*F3030*6D*+TXV+HSK G*VC960804CNA* 28,400 21,600 140 lis 1,025 10258737 CA*F3030*6D*+TXV+HSK G'VM976603BNA' 28,600 21,800 140 11.5 99S 10258747 CA*F3030*6D*+TXV+HSK G*VM970803BNA* 28,600 21,800 140 lis 1,015 10258757 CA*F3030*6D*+TXV+HSK G*VM970804CNA* 28,600 21,800 140 lis 1,025 10258767 CA*F3131*6D* G*EC960303ANA* 28,200 22,000 13S 11.5 975 10517442 CA'F3131*6D*_ G`EC960403ANA* 28,400 22,000 135 11.5 975 10517448- CA*F3131*6D* G*EC960403BNA* 28,400 22,000 135 115 1,000 10338184 CA*,F3131*6D*. G*EC960302BNA* 28,400 21,600 13.5 113 '1,010 10258638 CA*F3131*6D* G*EC960402BNA* 28,400 21,600 135 11.3 1,010 10258645 CA*F3131*6D* G*,EC960603BNA* 28;400 21,600 13.5 11.3 `1020 '10258656 CA*F3131*6D* G*EC960803BNA* 28,400 21,600 13.S 11.3 995 10258667 CA*F3131*6D* G*VC80604B'B' 28,600 21,800 13.5 11.3 "'995' , 10258687 CA*F3131*6D*+EEP 28,600 21,800 130 110 1,050 10258602 ,CA'F3131*6D"+MBVC1200**-lA* 28,600 21,800 135 11.3 '9 0 -10258603 CA*F3131*6D*+TXV+HSK G*EC960303ANA* 28,000 21,800 13S 11.5 975 10517443 CA*1`3132*6D*tTXV+HSK; "G'EC960403ANA* 28,400 22,000 13.5 11.5 975 ;. 10517449,z CA*F3131*6D*+TXV+HSK G*EC96060BANA* 28,200 22,000 135 11.3 97S 1OS17454 GSX13 CA'.F3131!6D*+TXV+14SK, G*EC960403BNA* 28,400 22,000 14.0 11:7 1;000,, 10338185- 0301L* L (Contd) CA*F3131*6D*+TXV+HSK G*EC960302BNA* 28,600 21,800 140 115 1,010 10258639 CA*F3131'6D-+TXV+HSK„ _ G*EC960402BNA* 28,600 21,800 14.0 11.5 :•`'10258646' . "- CA*F3131*6D*+TXV+HSK G*EC960603BNA* 28,600 21,800 135 11S 1,020 10258657 CA*F3131'6D*-+TXV+HSK. 'G*EC960803BNA* 28,400 21,600 135 115 995 10258668 CA*F3137*6A* G*EC960403ANA* 28,600 22,200 135 115 975 10517450 CA*1`3137*6A* G*EC960403BNA* 28,600 22,200 13S 115- 1,000, 10338186- CA*F3137*6A* G*EC960402BNA* 28,400 21,600 135 115 1,010 10258647 CA*F3137*6A* G*EC9606038NA* 28,400 21,600 14 0 115 1,020 10258658 CA*F3137*6A* G*EC960803BNA* 28,400 21,600 13.5 11.5 995 10258669 CA*F3137*6A* G*.VC80603B*B* 28,400 21,600 13S 11.5 -1,015 10258683 CA*F3137*6A* G*VC80604B*B* 28,600 21,800 140 lis 995 10258688 CA*F3137*6A* G*VC80803B*B* 28,600 21,800 135 11.5 '1,050 10258698 CA*F3137*6A* G*VC960403BNA* 28,600 21,800 140 115 1,000 10258708 CA*F3137*6A* G*VC960603BNA* 28,600 21,800 140 115 990 10258718 CA*F3137*6A* G*VC960803BNA* 28,800 21,900 140 115 1,015 10258728 CA*F3137*6A* G*VM970603BNA* 28,800 21,900 140 115 995 10258748 CA*F3137*6A* G*VM970803BNA* 28,600 21,800 140 115 1,015 10258758 CA*F3137*6A*+EEP 28,400 21,600 130 110 1,000 10258604 CA*F3137*6A*+EEP+TXV+HSK 28,400 21,600 13S 11.0 1,000, 10258605 CA*F3137*6A*+MBVC1200**-lA* 28,400 21,600 140 115 1,015 10258606 CA*F3137*6A*+MBVC1200**- 28,400 21,600 140 lis 1,015 10258607 lA*+TXV+HSK CA*F3137*6A*+TXV+HSK G*EC960403ANA* 28,600 22,200 140 115 975 10517451 CA*F3137*6A*+TXV+HSK G*EC960603ANA* 28,400 22,000 13S 113 975 10517455 See Notes on Page 53 S5-GSX13 wwwgoodmanmfg com 35 AHRI RATINGS (CONT. .. COILS/AIR ®�� CA*F3137*6A*+TXV+HSK G*EC960403BNA* 28,600 22,200 14 0 117 1,000 10338187 CA*F3137*6A*+TXV+HSK G*EC960402BNA* 28,600 21,800 14 0 115 1,010 10258648 CA*F3137*6A*+TXV+HSK G*EC960603BNA* 28,600 21,800 14 0 lis 1,020 10258659 CA*F3137*6A*+TXV+HSK G*EC960803BNA* 28,600 21,800 135 lis 995 10258670 CA*F3137*6A*+TXV+HSK G*VC80603B*B* 28;600 21,800 14 0 115 1,015 10258682 CA*F3137*6A*+TXV+HSK G*VC80604B*B* 28,600 21,800 140 115 995 10258689 CA*F3137*6A*+TXV+HSK G*<VC80803B`8* 28,600 21,800 140 11.5 1,050 10258697 CA*F3137*6A*+TXV+HSK G*VC960403BNA* 28,600 21,800 140 115 1,000 10258709 CA*F3137*6A*+TXV+HSK G*_VC960603BNA* 28,400 21,600 140 115 990 10258719 CA*F3137*6A*+TXV+HSK G*VC960803BNA* 28,400 21,600 14 0 lis 1,015 10258729 ;.CA*F3137*6A*+TXV+HSK G*.,VM970603BNA* _,28;400 21,600 140 115 995 10258749 CA*F3137*6A*+TXV+HSK G*VM970803BNA* 28,400 21,600 140 115 1,015 10258759 CA*F3636*6D*+EEP,;- 28,400 21,600 13 0 110- 1,000 10258608 CA*F3636*6D*+EEP+TXV+HSK 28,400 21,600 130 11.0 1,000 10258609 ,CA*F3642*6D*+EEP: _ 28;200 21,500 13 0 11 0 1,000 10258610 CA*F3642*6D*+EEP+TXV+HSK 28,200 21,500 130 110 1,000 10258611 - ®... G'EC9604C/28NA°, ,„=2$;600"" :.:21:800">.�:,13":5'""":'"`T1"3;"" `"1;OT0, � 1'025$6'49""' CA*F3743*6D* G*EC960603BNA* 28,600 21,800 135 113 1,020 10258660 3 µ CA*F3743*6D� f G*.EG960803BNA* ;28,200 21,500 13.5 -11.3- 995 10258671 - CA*F3743*6D* G*VC960804CNA* 28,200 21,500 140 115 1,025 10258738 CA*F3743*6D*° ',G*NM970804CNA*° =-.28;200- ,21,500 ,14.01 11.5 ,_,1,025 10258768 CA*F3743*6D*+EEP 28;200 21,500 135 110 1,000 10258612 -CA*F3743 6D'+EEP.+TXV+HSK-: n28t600 21,800 13:5, 11.0_ ,1000 - 10258613 GSX13; CA*F3743*6D*+TXV+HSK G*EC960403BNA* 28,600 22,200 14 0 11.7 1,000 10338188 (,6ntd.) - -.CA*F3743'6D'•-TXV+HSK •` :6`EC960402BNA* ;28,600 ?-21,800 14.0,, 11.5 1010 10258650 CA*F3743*6D*+TXV+HSK G*EC960603BNA* 28,200 21,500 -140 11.5 1,020 10258661 CA*F3743:6D*tTXV+H5KBN ' „28;400 21,600- 14 0, 11.5 99S 10258672 CA*F3743*6D*+TXV+HSK G*VC960804CNA* 28,400 21,600 14.0 115 1,025 10258739 CA*F3743*6D*+TXV+HSK 7 ,rr "G*vM970804CNA' . 28;400 21,600 14.0 11.5, 1,025 10258769 CAPT3131*4A*+HSK G*VC80603B*B* 28;400 21,600 135 115 1,015 10258681 .CAPT3131*4A*+HSK :;G*VC80803B*.B*_, _ 28,400 21,600 13.5 11.5 1,050 10258696 CAPT3131*4A*+HSK G*VC960403BNA* 28,200 21,500 13S 113 1,000 10258710 CAPT3131*4A*+HSK G*VC960663BNA'_ _28;600 21,800 140 11.5 990 10258720 CAPT3131*4A*+HSK G*VC960803BNA* 28,600 21,800 135 115 1,015 10258730 CAPT3131*4A*+HSK G*VC960804CNA* 28,200 21,500 13.5 11.5 1,025 10258740 CAPT3131*4A*+HSK G*VM970603BNA* 28,200 21,500 140 115 995 10258750 CAPT3131*4A*+HSK G*VM970803BNA* 28;200 21,500 135 115 1,015 10258760 CAPT3131*4A*+HSK G*VM970804CNA* 28,200 21,500 135 115 1,025 10258770 CAPT3743*4A*+EEP+HSK 28,400 21,600 130 110 1,000 10258614 CAPT3743*4A*+HSK G*EC960403BNA* 28,600 22,200 140 117 1,000 10338189 CAPT3743*4A*+HSK G*E80603B*B* 28,400 21,600 135 115 990 10258631 CAPT3743*4A*+HSK G*EC960302BNA* 28,400 21,600 140 lis 1,010 10258640 CAPT3743*4A*+HSK G*EC960402BNA* 28,400 21,600 140 115 1,010 10258651 CAPT3743*4A*+HSK G*EC960603BNA* 28,400 21,600 135 11 5 1,020 10258662 CAPT3743*4A*+HSK G*EC960803BNA* 28,600 21,800 135 115 995 10258673 CAPT3743*4A*+HSK G*VC80603B*B* 28,600 21,800 140 115 1,015 10258680 CAPT3743*4A*+HSK G*VC80604B*B* 28,000 21,300 140 120 99S 10258690 CAPT3743*4A*+HSK G*-VC80803B*B* 28,200 21,500 140 11S 1,050 10258695 See Notes on Page 53 36 www goodmanmfg com SS-GSX13 AHRI RATINGS (CONT.) COOLING HANDLERS CAPT3743*4A*+HSK G*VC80804C*B* 28,400 21,600 140 12.0 1,035 10258701 CAPT3743*4A*+HSK G*VC80805C*B* 28,400 21,600 140 120 1000 10258703 7CAPT3743*4A*+HSK G*VC8080SD*B* 28,400 21,600 140 120 1000 10258704 CAPT3743*4A*+HSK G*VC81005C*B* -28,400 21,600 140 120 1,050 10258705 CAPT3743*4A*+HSK G`,VC960403BNA* 28,400 21,600 140 11.5 1,000 10258711 CAPT3743*4A*+HSK G*VC960603BNA* 28,400' 21,600 135 115 990 10258721 CAPT3743*4A*+HSK G!VC9608038NA* 28,600 21,800 140 11.5 1,015 102S8731 CAPT3743*4A*+HSK G*VC960804CNA* 28,600 21,800 140 115 1,025 10258741 CAPT3743*4A*+HSK G*VM970603BNA* 28,400 21,600 13.5 11.5 99S 10258751 CAPT3743*4A*+HSK G*VM970803BNA* 28,400 21,600 140 115 1,015 10258761 CAPT3743.4A*_+HSK G*VM970804CNA* 28,400 21,600 14.0 11.5 1,025 10258771 CAPT3743*4A*+M BVC1200**-lA*+HSK 28,400 21,600 140 115 950 10258615 CAPT3743*4A*,+MSVC1600**-lA*+HSK 28;400 21,600 14.0 115 1,020 16258616 CHPF2430B6C* G*EC960303ANA* 28,400 22,000 13S 113 975 10517444 CHPF2430B6C' G"EC960403ANA* 28,400 22,000 13.5 11.5 975 10517452 CHPF2430B6C* G*EC960403BNA* 28,400 22,000 135 115 1,000 10338190 CHPF2430B6C! "G*E80603VB*- 28,400 21,600 135 ' 113 990 10258632 CHPF2430B6C* G*EC960302BNA* 28,400 21,600 140 115 1,010 10258641 CHPF2430B6C*- 'G'EC960402BNA"� 28,400 21,600 14.0 11.5 1,010 10258652 CHPF2430B6C* G*VC80603B*B* 28,600 21,800 13.5 113 1,015 10258679 CHPF2430B6C* ?' _ G'VC808038*B*'_``"=-28;600 21,800 13.5 11'.3" 1;050 10258694 CHPF2430B6C* G*VC960403BNA* 28,000 21,300 140 115 1,000 102S8712 -CHPF2430B6C'_ ., .- i :G*VC9606p39NA"M :.38,200.,. ,21',500_ 14.0_' ;_11'.5 `" _ :990 _10258722 -GSX13 CHPF2430BK*� G*'W960803BNA* 28,400 21,600 14.0 115 1,015 10258732 0301L* (Contd J - CHPF2430B6C*. = G*,VM'9706036NA*- 28;400 _21,600 14.0 11.5 --995 10258752 CHPF2430B6C* G*VM970803BNA* 28,400 21,600 14 0 11.5 1,015 10258762 CHPF2430B6C•,+EEP 28;400 21;600 13.0 11:0 ' 1,050 10258617 CHPF2430B6C*+MBVC1200**-lA* 28,400 21,600 140 115 1,045 10258618 CHPF2430B6C*,+TXV+HSK' `- G*EC960303ANA• 287400 22,000- 14 0 11:5 975 10517445 CHPF2430B6C*+TXV+HSK G*EC960403ANA* 28,400 22,000 13S 115 975 10517453 CHPF2430B6C*+TXV+HSK, G*.EC960403BNA* 28,400 22,000 140 11.7 1,000 10338191 CHPF2430B6C*+TXV+HSK G*E80603B*B* 28,400 21,600 140 lis 990 10258633 CHPF243086C*+TXV+HSK- G*EC960302BNA* 28;600 21,800 14.0 11.5 1,010 10258642 CHPF2430B6C*+TXV+HSK G*EC960402BNA* 28,600 21,800 140 lis 1,010 10258653 CHPF2430B6C'+TXV+HSK G*VC80603B*B* 28,000 21,300 140 115 1,015 10258678 CHPF2430B6C*+TXV+HSK G*VC80803B*B* 28,200 21,500 140 lis 1,050 10258693 CHPF2430B6C*+TXV+HSK G*VC960403BNA* 28,400 21,600 140 11.5 1,000 10258713 CHPF2430B6C*+TXV+HSK G*VC960603BNA* 28,400 21,600 140 115 990 10258723 CHPF2430B6C*+TXV+HSK G*VC9608038NA* 28,400 21,600 140 lis 1,015 10258733 CHPF2430B6C*+TXV+HSK G*VM970603BNA* 28,600 21,800 140 lis 995 10258753 CHPF2430B6C*+TW+HSK G*VM9708638NA* 28,400 21,600 140 115 1,015 10258763 CHPF363686C* G*EC960603BNA* 28,400 21,600 13S 115 1,020 10258663 CHPF3636B6C* G*EC960803BNA* 28,600 21,800 13S 115 1,010 10258674 CHPF3636B6C*+TXV+HSK G*EC960603ANA* 28,400 22,000 13S 113 975 10517456 CHPF363686C*+TXV+HSK G*EC960603BNA* 28,600 21,800 140 115 1,020 10258664 CHPF363686C*+TXV+HSK G*EC960803BNA* 28,400 21,600 140 115 1,010 10258675 CHPF3642C6C* G*VC960804CNA* 28,400 21,600 140 115 1,015 10258742 CHPF3642C6C* G*VM970804CNA* 28,400 21,600 14 0 11-5 1,015 10258772 See Notes on Page S3 - SS-GSX13 www goodmanmfg com 37 AHRI RATINGS (CONT.) COILS/AIR HANDLERS CHPF3642C6C*+TXV+FSK G*VC960804CNA* 28,400 21,600 140 11.5 1,015 10258743 CHPF3642C6C*+TXV+HSK G*VM970804CNA* 28,400 21,600 140 115 1015 10258773 CHPF4860D6D* G*E80805C*B* 28,400 21,600 13.5 113 1025 102S8634 CHPF4860D6D*+TXV+HSK G*E80805C*B* 28,400 21,600 140 115 1,025 10258635 CSCF3036N6D* G*VC80603B*B* 28,400 21,600 135,- 11.2, 1,015 10258677 CSCF3036N6D* G*VC80803B*B* 28,600 21,800 135 11.2 1,050 10258692 CS63036N6W G*VC960403BNA* 28;600 21,800 14.0 ,11.5, ,; 1,000 10258714 CSCF3036N6D* G*VC960603BNA* 28,000 21,300 140 11.3 990 10258724 CSCF3036N6D* G*VC960803BNA* 28,400 21,600 140,, 11.5 ,_. 1,015 10258734 CSCF3036N6D* G*VC960804CNA* 28,400 21,600 140 lis 1,025 10258744 GSX13' " CSCF3036N6D* G*VM970603BNA* %28,400 =-21;600 • 14:0;,,.. ,;,31.3, -995- 10258754 03011*- CSCF3036N6D* G*VM970803BNA* 28,400 21,600 140 115 1,015 10258764 on_(Ctd.) - _CSCF3036N6D*,, G'VM970804CNA*, -28;400,. 21;600 , ;. 14.0•, 11.5 ,1,025 ;,10258774 CSCF3036N6D*+EEP 28,400 21,600 130 110 1,000 10258619 *+TX +HSK 28400` 121;60013.5' 1,015 `=10258676--CSCF3036N6D . CSCF3036N6D*+TXV+HSK G*VC80803B*B* 28,600 21,800 135 112 1,050 10258691 xz- - " " CSCF3036N6D"+1X�l+F(SK" ;G*,VC9604038NP'=`T" 11.5 3;DOT)", =10258115" CSCF3036N6D*+TXV+HSK G*VC9606038NA* 28,000 21,300 140 113 990 10258725 CSCF.3036N6D*+TXV+HSK; G*VC960803BN' * ,.;',28;400 '-21,6Q0'` -14.0_ ''-; 1iS,: :.:'1015, 10258735, 4.1 �_ CSCF3036N6D*+TXV+HSK G*VC960804CNA* 28,400 21,600 140 115 1025 10258745 _.CSCF3036N6D*+TXV+HSK' G*VM970603BNA* '28;400_ `21,600':; :.14.0',:: 3`. 995 _10258755 CSCF3036N6D*+TXV+HSK G*VM970803BNA* 28,400 21,600 14.0 11.5 1,015 10258765 k' 'CSCF3036N6D*+TXV+HSK= G`VM97086,4CNA' 28,400.1.'21,600 14i0 11.5 i .`.1 25 ♦.10258775' ARUF36C14B*+TXV 34,000 26,400 130 11.0 1,165 5696621 =ARUF37G1�(A` _ 34;000'; 36;400'. 13.0 ,I1.0' 1,050 79$4177 x_. _ ARUF42C14A*+TXV 34,200 26,600 130 110 1,150 5696623 ..ASPT36C14A* 34;000`, 5'18800 118 r_:,; `11.8, 1;210 5722540- ASPT37C14A* 34,200 26,600 14 0 12.0 1,120 8242045 AVPTC36C14A*`- =:34;000,- :26;400_ 13:8.,,, z.11.8,: 1,215 s 5924444 AVPTC37B14A* 34,600 27,000 135 11.5 1,080 8996117 AVPTC37C14A'' 35;000 27;206' :M,14.0_`-;: 12.0: :,1,130 8996118 AVPTC37D14A* 35,400 27,600 14.0 12.0 1,145 8996119 AVPTC42D14A*' 34;600 27,000. 14.0=. 120. _ 1,225 5924445_ AVPTC48C14A* 34,000 26,400 140 120 1,100 7079217 AWUF36XX16B" 33,400 26,000 13 0 - -110, - 1,150 5696626 GSX13 AWUF37XX16B* 33,600 26,200 130 110 1,150 5696627 0361E* CA*F3137*6A* G*VC80603B*B* 34;000 27,200 -14.0- _ 11,5 1200 9923222 CA*F3137*6A* G*VC80803B*B* 34,000 27,200 140 115 1150 9923224 CA*F3137*6A* A*VM970603BNA* 34,000 26,400 135 11.0 1,055 7489415 CA*F3137*6A* A*VC960403BNA* 34,000 26,400 135 11.0 1,050 7489412 CA*F3137*6A* A*VC80604B*B* 34,000 26,400 140 11.5 1,095 7489411 CA*F3137*6A* G*VM970603BNA* 34,000 26,400 13S 11-0 1,055 7489425 CA*F3137*6A* G*VC960803BNA* 34,000 26,400 135 11.0 1,100 7489424 CA*F3137*6A* A*VC9606038NA* 34,000 26,400 135 110 1,055 7489413 CA*F3137*6A* A*EC960603BNA* 34,000 26,400 135 11.0 1,090 7489408 CA*F3137*6A* A*EC960803BNA* 34,000 26,400 135 110 1,090 7489409 CA*F3137*6A* A*EH800603B*A* 34,000 26,400 14 0 lis 1,100 7489410 CA*F3137*6A* ADVC80603B*B* 34,000 26,400 135 110 1,075 7489417 See Notes on Page 53 38 www goodmanmfg com SS-GSX13 AHRI RATINGS(CONT. COOLINGOUT06 INDOOR UNITS UNIT COILS/AIR HANDLERS �® CA*F3137*6A* G*VC9606038NA* 34,000 26,400713S1101,055 7489423 CA*F3137*6A* G*EC960803BNA* 34,000 26,4001,090 7489420 CA*F3137*6A* G*VC9604038NA* 34,000 26,4001,050 7489422 CA*F3137*6A* G*VC80604B*B* 34,000 26,400 140 115 1,095 7489421 CA*F3137*6A* A*VC960803BNA* 34,000 26,400 13.5 7:10 1,100 7489414 CA*F3137*6A* A*VM9708038NA* 34,000 26,400 135 110 1,100 7489416 CA*F3137*6A* G*E80603B*B* 34,000 26,400 14.0 11.5 1,100 7489418 CA*F3137*6A* G*VM970803BNA* 34,000 26,400 13.5 11.0 1,100 7489426 CA*F3137*6A* G*EC960603BNA* 34,000 26,400 13.S 11.0 1,090 7489419 CA*F3137*6A*+EEP 34,000 26,400 13.0 11.0 1,200 7489430 CA*F3137*6A*+EEP+TXV 34,000 26,400 13.5 11.0 -1,200 7489429 CA*F3137*6A*+MBVC1200**-lA* 34,000 26,400 140 115 1,050 7489434 1 CA"F3137*6A*+MBVC1200**-lA'+TXV 34;000 26,400 14.0- 11.5 1,050 7489433 CA*F3137*6A*+TXV G*VC80603B*B* 34,000 27,200 14.0 115 1200 9923223 CA*F3137*6A*+TXV G*VC808036'B* 34,000 .27,20014.0. 11.5 1150 9923225 CA*F3137*6A*+TXV A*EC960803BNA* 34,000 26,400 135 110 1,090 7489390 'CA*F3i37*6A*+TXV' =A'VM970603BNA* -3 ' 26,400' 1410,` r"11,5 '1,055 7489396 CA*F3137*6A*+TXV A*EC960603BNA* 34,000 26,400 135 11.0 1,090 7489389 :r CA' 13 A*UC806048*8"'- `34;000: _26;400 14,0,' 11:5 1',095 7489392 = CA*F3137*6A*+TXV A*VC960403BNA* 34,000 26,400 140 115 1,050 7489393 CA"F313T6A*..+TXV A*EH800603B*A* 34j000 26,400' ;14,Q 11.5 "1;100' 7489391 CA*F3137*6A*+TXV G*,VC80604B*B* 34,000 26,400 14.0 11.5 1,095 7489402 -''CA*,F3137*6A*+TXV- G*,VM970603BNA*'' '34,'000-- 26,400 14.0'. `11:5 ;+1;055 -7489406 GSX13= CA*F3137*6A*+TXV A*VC960803BNA* 34,000 26,400 140 11.5 1,100 7489395 ,(Contd:)' CA`F313i6W+TXV' A'.V 60603BNA* ?34;000= 26,400, - '14:0 .11:5 ' 2;055 _ 7489394 CA*F3137*6A*+TXV G*EC960603BNA* 34;000 26,400 135 110 1,090 7489400 'CA*,F3137*6A*+TXV G`VC9608036NA* '}'34;000 26,400 14.0 %`11,5 1,100 7489405 CA*F3137*6A*+TXV ADVC806036*B* 34,000 26,400 14.0 11.5 1,075 7489398 •CAIF3137*6A*+TXV' A*VM9708038NA* 34;000 '26,400, 14.0 '11,5 1,100 7489397 CA*F3137*6A*+TXV G*VM970803BNA* 34,000 26,400 14.0 11.5 1,100 7489407 CA*F3137*6A*+TXV G'VC960403BNA* '34,000 26,400 14.0 '11,5 1,050 7489403 CA*F3137*6A*+TXV G*VC960603BNA* 34,000 26,400 14.0 11.5 1,055 7489404 CA*F3137*6A*+TXV G*EC960803BNA* 34,000 26,400 13.5 11.0 1,090 7489401 CA*F3137*6A*+TXV G*EB0603B*B* 34,000 26,400 140 115 1,100 7489399 CA*F3636*6D*+EEP 33,600 26,200 13 0 11.0 1,200 5696608 CA*F3642*6D*+EEP 33,600 26,200 130 11.0 1,200 5696609 CA*F3642*6D*+MBVC1600**-lA* 34,000 26,400 14.0 115 1,200 5696640 CA*F3743*6D* G*VC81005C*B* 34,000 27,200 135 113 1150 9923228 CA*F3743*6D* A*VM971005CNA* 34,000 26,400 135 113 1,175 7353888 CA*F3743*6D* G*EC961004CNA* 33,600 26,200 135 115 1,100 7365299 CA*F3743*6D* G*VM970804CNA* 34,000 26,400 13 0 11.0 1,115 7353893 CA*F3743*6D* A*VM970804CNA* 34,000 26,400 130 110 1,115 7353887 CA*F3743*6D* G*VC960804CNA* 34,000 26,400 130 11.0 1,115 7353890 CA*F3743*6D* G*VM971205DNA* 34,000 26,400 13.5 113 1,150 7353895 CA*F3743*6D* G*VM971005CNA* 34,000 26,400 135 11.3 1,175 7353894 CA*F3743*6D* A*VC961005CNA* 34,000 26,400 135 113 1,175 7353885 CA*F3743*6D* A*EC961004CNA* 33,600 26,200 135 lis 1,100 7365407 CA*F3743*6D* G*VC961205DNA* 34,000 26,400 13S 113 1,150 7353892 See Notes on Page 53 SS-GSX13 wwwgoodmanmfg com 39 AHRI RATINGS(CONT. • COOLINGRATINdS COILS/AIR HANDLERS OEM CA*F3743*5D* A*VC960804CNA* 34,000 26,400' 13 0 110 1,115 7353884 CA*F3743*6D* G*VC961005CNA* 34,000 26,400 135 113 1,175 7353891 CA*F3743*6D* A*VM971205DNA*, 34,000 26,400 13S 11-3 1,150 7353889 CA*F3743*6D* A*VC961205DNA* 34,000 26,400 135 113 1,150 7353886 CA'F3,743*6D*,+EEP 34,200 26,600 13.0 110 1,200 5696610 CA*F3743*6D*+EEP+TXV 34,200 26,600 135 110 1,200 5696611 CA'F3743`6D'-+MBV,C1600*'--lA*. 34,000 26,400 140 115 1,210 5696641 CA*F3743*6D*+TXV G*VC81005C*B* 34,000 27,200 13S 11-5 1150 9923229 CA*F37,43*6D*+TXV- _ A-EC960603BNAt. _ - 33,600 26,200 13-5 11.0 1,175 7365403 CA*F3743*6D*+TXV G*EC960603BNA* 33,600 26,200 135 110 1,175 7365295 'CA"F3743*6D*+TXV`_. _ :GVM971005CNA' 34,000 26,400 13.5_ - 11.3 1,175 7353906 CA*F3743*6D*+TXV A*EC960803BNA* 33,400 26,000 135 110 1,075 7365405 CA*F3743,*6D`kT IV_,, `G*VC961005CNA* ;345000 _,-26;400. _.13.5, _ 11.3 .1,175 7353903 CA*F3743*6D*+TXV G*VC960804CNA* 34;000 26,400 13.5 113 1,115 7353902 `,CA*F3743'6D*+TXV '_ i _:A*UC961205DNA* 34000 26,400_ 13.511:3, .>; 1,150 7353898 CA*F3743*6D*+TXV A*VM971005CNA* 34;000 26,400 135 11.3 1,175 7353900 G*EC961004Gnn��A' 33;600- '26;200'' 14;0`= '11:5' ""Ob `7355300'" C CA*F3743*6D*+TXV A*VC960804CNA* 34,000 26,400 135 113 1,115 7353896 CA`E3743*6D'+TXV-_ G*EC960$03BNA', 33;400. 26,000 ' 13.5,- 11.0- 1,075.'` 736S297,,. CA*F3743*6D*+TXV G*VM970804CNA* 34,000 26,400 135 113 1,115 7353905 CA!F3743*6D*+7XV - .. 6*UIVI971205DNA* ':_34£000.._ ;20,400 135'" 1Q7,150 73539 " CA*F3743*6D*+TXV A*VM970804CNA* 34,000 26,400 135 113 1,115 7353899 CA`F3743*.6D*tTXV s- ' .:,'.A*,V 971205DNA'.; 34;000'• "26;400 13.5- 113E 1;150'' :7353901 =,; •. GSX13 CA*F3743*6D*+TXV A*EC961004CNA* 33,600 26,200 140 115 1,100 7365408 �`..r' .r CA'F3743`60'+TXV ; -- `c ti `A`VC961005CNA',,<„ '.348000- -_26,400" 13:5, : - 11.3 ;1,175; _ 7353897: Coad. ' CA*F3743*6D*+TXV G*VC961205DNA* 34,000 26,400 135 11.3 1,150 7353904 .:CAPT3743'4A*;; ;^:G*VC80804C*8* ;; _34;000". 27,200 13.5,_•- 11.5 1250 - 9923225 " CAPT3743*4A* G*VC80805D*B* 34,000 27,200 135 115 1200 9923227 'CA PT3743'4A°F. -< _XA VC960804CNA!i 34+000 26,400 13.0 110'- , 1,115 7353908 CAPT3743*4A* G*VM970804CNA* 34;000 26,400 13.0 110 1,115 7353917 _CAPT3743'-4A' '-G`EC961004CNA* 33,600 26,200 13.5 11.3, 1,100 7365301 CAPT3743*4A* A*VC96120SDNA* 34,000 26,400 13.5 113 1,150 7353910 ;CAPT3743*4A*y; r - A'VM970804CNA' , 34y000 26,400 13.0 11.0 - 1,115 7353911 CAPT3743*4A* G*VC80604B*B* 34,000 26,400 13S 11-5 1,220 6494277 CAPT3743*4A' A*EH800603B*A* 34,000 26,400 130 11.0 1,150 6944884 CAPT3743*4A* ADVC81005C*B* 34,000 26,400 135 11S 1,235 6494242 CAPT3743'4A* AD,VC80805C*B* 34,000 26,400 13.5 115 - 1,190 6494241 CAPT3743*4A* A*VM971005CNA* 34,000 26,400 130 110 1,175 7353912 CAPT3743*4A*' G*VM971205DNA* 34,000 26,400 135 113 1,150 7353919 CAPT3743*4A* A*EC961004CNA* 33,600 26,200 135 113 1,100 7365409 CAPT3743*4A* G*VC80805C*B* 34,000 26,400 135 115 1,190 6494278 CAPT3743*4A* A*VC80805C*B* 34,000 26,400 135 11-5 1,190 6494226 CAPT3743*4A* G*VC961205DNA* 34,000 26,400 135 11-3 1,150 7353916 CAPT3743*4A* G*E80603B*B* 34,000 26,400 130 110 1,150 6494243 CAPT3743*4A* A*VC81005C*B* 34,000 26,400 135 115 1,210 6494227 CAPT3743*4A* ADVC80603B*B* 34,000 26,400 135 lis 1,165 6494240 CAPT3743*4A* A*VM971205DNA* 34,000 26,400 13S 113 1,150 7353913 CAPT3743*4A* A*VC80604B*B* 34,000 26,400 13S 11.5 1,220 6494225 See Notes on Page S3 40 www goodmanmfg com SS-GSX13 AHRI RATINGS CONT.) 0 .... INDOOR UNITS COOLING TOTAV COILS/AIR HANDLERS ®�� CAPT3743*4A* A*EH800805C*A* 34,000 26,400 135 11.5 1,210 6944886 CAPT3743*4A* G*VC81005C*B* 34,000 26,400 135 115 1,210 6494279 CAPT3743*4A* G*VM971005CNA* 34,000 26,400 130 11.0 1,175 7353918 CAPT3743*4A* G*VC96100SCNA* 34,000 26,400 13 0 110 1,175 7353915 CAPT3743*4A* G*VC960804CNA* 34,000 26,400 130 11.0 1,115 7353914 CAPT3743*4A* G*E81005C*B* 34,000 26,400 135 lis 1,230 6494245 CAPT3743*4A* G*E80805C*B* 34,000 26,400 135 11.5' 1,210 6494244, CAPT3743*4A* A*EH801005C*A* 34,000 26,400 -13S 11.5 1,230 6944888 CAPT3743*4A* A*VC961005CNA* 34,000 26,400 130 110 1,175 7353909, CAPT3743*4A*+EEP 34,000 26,400 130 11.0 1,200 5696612 CAPT3743*4A*+MBVC1200**-lA* 34,000 26,400 13 0 ll 5 - 1,200 6494250 CAPT3743*4A*+MBVC1600**-lA* 34,000 26,400 140 115 1,205 5696642 CAPT3743*4A*+MBVC2000**-JA* 34,000 26,400 140 11.5 1,205 -5696644, CHPF3636B6C*+EEP 34,000 26,400 130 11.0 1,200 5696613 C4F3642C6C! G*VC81005C*B* 34,000 27,200 IBS 11.3` 1150 9923230, CHPF3642C6C* G*VC961005CNA* 34,000 26,400 135 113 1,175 7353925 'CHPF3642C6C*' A*VM971005CNA* 34,000 26,400 13.5 11:3-" "1;IZ5 , ,7353923 CHPF3642C6C* A*VM970804CNA* 33,800 26,400 13.0 110 1,115 7353922 " CHPF3642C6C'- G*VC960804CNA* 33,800 26,400 13.0 11.0 1;115 7353924 , CHPF3642C6C* A*VC960804CNA* 33,800 26,400 13.0 110 1,115 7353920 t CHPF3642CKC 34,000 26,400 14.0 11:5 ' 1;100 7424249' 0 - CHPF3642C6C* A*VC961005CNA* 34,000 26,400 135 11.3 1,175 7353921 ? CHPF3642C6C* G!VM971605CNA' '34,000 26,400 13 5`" 11.3`,, .1;17.5 '-7353927 GSX13 CHPF3642C6C* G*VM970804CNA* 33,800 26,400 130 11.0 1,115 7353926 0361E* , (C6ntd.) CHPF3642t6C*+EEP „ 34,000 26,400 13.0: 11A' - '1;200"'i 5696614` CHPF3642C6C*+MBVC1600**-lA* 34,000 26,400 140 115 1,210 5696643 CHPF3642C6C'.+TXV j 6*VC81005C*B* 34,000 27,200 13.5", 11.5'' ='1150 9923231'. i, CHPF3642C6C*+TXV A*VM970804CNA* 33,800 26,400 13.5 113 1,115 7353930 CHPF3642C6C'+TXV ''AWM971005CNA* 34,000 26,400 13.5 11.3 :^1;175 °7353931' CHPF3642C6C*+TXV A*VC961005CNA* 34,000 26,400 135 113 1,175 7353929 CHPF3642C6C*+TXV G*VC961005CNA* 34,000 26,400 13'5 11 3 1,175 7353933; CHPF3642C6C*+TXV G*VM970804CNA* 33,800 26,400 13S 113 1,115 7353934 CHPF3642C6C*+TXV G*VC960804CNA* 33,800 26,400 13S P11.3 °1,115 7353932 CHPF3642C6C*+TXV G*VM97100SCNA* 34,000 26,400 135 11.3 1,175 7353935 CHPF3642C6C*+TXV A*VC960804CNA* 33,800 26,400 135 11.3 1,115 7353928, CHPF3642D6C* G*VM971205DNA* 34,000 26,400 135 113 1,150 7353939 CHPF3642D6C* A*VM97120SDNA* 34,000 26,400 13S 113 1,150 7353937 CHPF3642D6C* G*VC961205DNA* 34,000 26,400 13.5 113 1,150 7353938 CHPF3642D6C* A*VC961205DNA* 34,000 26,400 135 11.3 1,150 7353936 CHPF3642D6C*+EEP 34,000 26,400 130 11.0 1,200 5696615 CHPF3642D6C*+TXV G*VM971205DNA* 34,000 26,400 13.5 113 1,150 7353943 CHPF3642D6C*+TXV A*VM971205DNA* 34,000 26,400 13S 113 1,150 7353941 CHPF3642D6C*+TXV A*VC961205DNA* 34,000 26,400 135 11.3 1,150 7353940 CHPF3642D6C*+TXV G*VC961205DNA* 34,000 26,400 13S 113 1,150 7353942 CHPF3743C6B* A*EC961004CNA* 33,600 26,200 IBS 11.3 1,100 7365410 CHPF3743C6B* G*EC961004CNA* 33,600 26,200 135 113 1,100 7365302 CHPF3743C6B*+TXV A*EC960603BNA* 33,600 26,200 135 110 1,175 7365404 CHPF3743C6B*+TXV G*EC960603BNA* 33,600 26,200 135 110 1,175 736S296 See Notes on Page 53 SS-GSX13 wwwgoodmanmfg com 41 AHRI RATINGS (CONT. CLITDOOR INDOOR UNITS .. UNIT COILS/AIR HANDLERS CHPF3743C6B*+TXV A*EC961004CNA* 33,600 26,200 146 11 S 1,100 7365411 CHPF3743C6B*+TXV A*EC960803BNA* 33,400 26,000 135 110 1,075 7365406 CHPF3743C6B*+TXV G`EC960803BNA* 33,400 26,000 13S 110 1,075 7365298 CHPF3743CGB*+TXV G*EC961004CNA* 33,600 26,200 140 115 1,100 7365303 CSCF3036NM*+EEP 34,000 26,400 130 110 1,200 6752560 CSCF3642N6D* G*VC81005C*B* 34,000 27,200 135 113 1150 9923232 CSCF3642N6D*' G`-VC960804CNA', .33,600 26,200 13 0 11.0 1,115 7353950 CSCF3642N6D* A*VC961005CNA* 33,800 26,400 13S 113 1,175 7353945 CSCF3642N6D*. G*-VC961205DNA' 33,600 26,200 13S - ,11.3 1,150 7353952 CSCF3642N6D* G*VM97120SDNA* 33,600 26,200 135 113 1,150 7353955 -CSCF3642N6D*. " _G*VM971005CNA* 33800 26,400 13.5 11.3 1,175 7353954 CSCF3642N6D* G*VC961005CNA* 33,800 26,400 135 113 1,175 7353951 CSCF3642N6D*,- ;A'VC960804CNA* _ 33,600 26,200, 13.0, 110_ 1,115 7353944, CSCF3642N6D* A*VC961205DNA* 33,600 26,200 135 11.3 1,150 7353946 :CSCF3642N6D* A*VM971305DNA,*_�,. _;33j600 26,200. 13.5 11.3 ,1,150 7353949 GSX23 CSCF3642N6D* G*VM970804CNA* 33;600 26,200 13 0 11.0 1,115 7353953 •,036].6';n.-;. _-- - - � - - _ _ _ _ _ _. •..., ,._...a�ew-.,...�...�.-., .. `*(Coritd} = •-CSCF3642N6D'; 4*UN19708.00I�A' 33;6tf0 26200" "13:0 .r, t -CSCF3642N6D* A*VM971005CNA* 33,800 26,400 135 113 1,175 7353948 CSCF3642N6Q!+EER: .1341600' 27;000-` - 13.0 = 11.0 : -.1,200 6752561' CSCF3642N6D*+TXV G*VC81005C*B* 34,000 27,200 135 lis 1150 9923233 - CSCF3642N6D*.+1XV, '= A*.V,C960804CNA* =33;600 ` 26,200';,; 13.0_ 11.0. 1,115 7353956_. - CSCF3642N6D*+TXV A*VM970804CNA* 33,600 26,200 13 0 110 1,115 7353959 CSCF3642N6D*,,+TXV, ;- _, G"-VC960804GNA''< ;x33;600.' 26,200- 13.0. 11.0,,;, 1,115 7353962. _ . . . ,. CSCF3642N6D*+TXV A*VC96100SCNA* 33;800 26,400 13.5 11.3 1,175 7353957 CSCF3642146D`+TXV.- "' _ G4.VC961005CNA, '-33;800'--,,26,400, 13,5. 11.3; 1,175, 7353963 _ CSCF3642N6D*+TXV A*VM971205DNA* 33,600 26,200 135 113 1,150 7353961 .,CSCF3642N6D*+TXV-- 'G*VC9612050NA` .,33;600 ; ,26,200 13.5 11.3 1,150 7353964 CSCF3642N6D*+TXV G*VM971005CNA* 33,800 26,400 13S 11.3 1,175 7353966 CSCF3642M*+TXU A*VM971005CNQ'e 33;800- 26;400 135, 11.3- 1,175 : 7353960 CSCF3642N6D*+TXV A*VC961205DNA* 33,600 26,200 13.5 113 1,150 7353958 CSCF3642N6D*9W # yG*VM971205DNA*, 33;600 26,200 135 11.3 1,150 7353967 CSCF3642N6D*+TXV G*VM970804CNA* 33,600 26,200 13 0 11.0 1,115 7353965 M F42C14A*+TXV, .- j 39,500 30,200' 13.0, 11.0 , 1,280 5378539 ARUF43C14A* 40,500 31,000 130 11.0 1,345 7984178 ARUF43D14A* 40,500 31,000 130 110 1,270 8171719 ASPT47D14A* 40,000 30,600 140 120 1,200 8242046 ASPT49D14A* 40,500 31,000 140 12.0 1,290 8242047 AVPTC42D14A* 40,500 31,000 140 120 1,495 5924343 AVPTC48C14A* 39,500 30,200 13S 115 1,300 7079219 GSX13 AVPTC49D14A* 41,000 31,400 140 12 0 1,320 8996122 0421B* AVPTC59C14A* 40,000 30,600 140 120 1,290 8996120 AVPTC59D14A* 40,500 31,000 140 120 1,365 8996121 CA*F3642*6D* A*EH80080SC*A* 40,000 30,600 130 113 1,350 6944898 CA*F3642*6D* G*E80805C*B* 40,000 30,600 130 113 1,350 5038971 CA*F3642*6D*+EEP 40,000 30,600 130 110 1,400 4946292 CA*F3642*6D*+EEP+TXV 40,000 30,600 130 110 1,400 5561917 CA*F3743*6D* G*VC8100SC*B* 40,500 32,000 140 lis 1300 9923234 CA*F3743*6D* A*VM970804CNA* 40,500 31,000 140 lis 1,300 7353971 See Notes on Page 53 42 www goodmanmfg com SS-GSX13 AHRI RATINGS (CONT.) HANDLERS ®� CA*F3743*6D* G*VC961005CNA* 40,500 31,000 140 11.5 1,300 7353975 CA*F3743*6D* G*VM971205DNA* 40,000 30,600 14.0 115 1,250 7353979 CA*F3743*6D* G*VM971005CNA* 40,500 31,000 14 0 lis 1,300 7353978 CA*F3743*6D* A*VC961205DNA* 40,000 30,600 140 115 1,250 7353970 CA*F3743*6D'. G*VC960804CNA* 40,500 31,000 14.0 lis 1,300 7353974 CA*F3743*6D* A*VM971005CNA* 40,500 31,000 14 0 115 1,300 7353972 CA*F3743*6D* A*,EH800805C*A* -40,000 30,600 13.0 113 1,350 6944900 CA*F3743*6D* A*VC960804CNA* 40,500 31,000 14 0 115 1,300 7353968 CA*F3743*6D*� G+VC9612osbi A* 40;000 30,600 14.0 115 1,250 7353976 CA*F3743*6D* G*E80805C*B* 40,000 30,600 130 113 1,350 5039232 CA*F3743*6D*, G*'VM970804CNA* 40,500 31,000 14.0 115 1,300 7353977- CA*F3743*6D* A*VC961005CNA* 40,500 31,000 14 0 115 1,300 7353969 CA*•f3743*6bA`VM971205DNA*' '40;000 30,600 14 0 lis 1,250 7353973, CA*F3743*6D*+EEP 40,000 30,600 130 11.0 1,400 4415025 CA*F3743*6D*+TXV' G,VC81005C'B* -40,500 32,000 14 0 11.5 1300 9923235-- CA*F3743*6D*+TXV A*VM971005CNA* 40,500 31,000 140 lis 1,300 7353984 CA`F3743*6D*+TXV`` G!VC960804CNA*` 40;500 31,000 14 0 11.5 1,300 7353986! CA*F3743*6D*+TXV A*VM970804CNA* 40,500 31,000 140 11S 1,300 7353983 "CA':F3743*6D'+TXV _3!VM971205DNA!:' "40{000.` 30,600 14.0 11.5 -1,250 7353991: CA*F3743*6D*+TXV A*VC960804CNA* 40,500 31,000 140 lis 1,300 7353980 CA*F3743*6D*+TXV i`•, G*..VC9612050NP •-40;000 -30,600 30,600 14.0 '11,5 1,250 7353988 CA*F3743*6D*+TXV A*VC961005CNA* 40,500 31,000 14.0 115 1,300 7353981 CA'F3743*6D'tTXV' G'VC961005CNA'`.p �40;500s 31,000 14.0 11.5 1,300 7353987 GSX13 _ CA*F3743*6D*+TXV A*VM971205DNA* 40,000 30,600 14.0 11.5 1,250 7353985 04218* II 1` '., :a. * *.. (Contd) CA'-F3743'6D',+TXV' •.GSVM970804CNA '`40,500 31,000 14.0 '•11.5 `1,300 7353989- CA*F3743*6D*+TXV A*VC961205DNA* 40,000 30,600 14.0 115 1,250 7353982 CA*F3743*6D*+TXV ^. 'i, s•,GVM971005CNA* "'` 40500 31,000 14.0 11.5 1,300 7353990} CA*F4860*6D* G*VC81005C*B* 40,500 32,000 140 115 1300 9923236 x.: CA-F4866-6D° A`VM971005CNA* ' 41000 31,400 14.0 11.5 1,300 7353996, CA*F4860*6D* A*,VC96100SCNA* 41,000 31,400 14 0 115 1,300 7353993 CA*F4860*6D* '`tA*VM970804CNA* 41;000 31,400 140 115 1,300 7353995 , CA*F4860*6D* A*VC961205DNA* 40,500 31,000 140 lis 1,2SO' 7353994 CA*F4860'6D* a "61VC961205DNA'* " 40;500 31,000 140 115 1,250 7354000' CA*F4860*6D* G*VC960804CNA* 41,000 31,400 140 115 1,300 7353998 CA*F4860*6D* A-.EC961004CNA* 39,500 30,200 140 115 1,275 7365412 CA*F4860*6D* G*EC961004CNA* 39,500 30,200 14 0 115 1,275 7365304 CA*F4860*6D* A":,VM971265DNA* 40,500 31,000 14 0 11.5 1,250 7353997 CA*F4860*6D* A*VC960804CNA* 41,000 31,400 14.0 11.5 1,300 7353992 CA*F4860*6D* G*EC961205DNA* 40,000 30,600 13 S 113 1,400 7365309 CA*F4860*6D* A*EH800805C*A* 41,000 31,400 13.5 115 1,510 6944902 CA*F4860*60* G*,VM971005CNA* 41,000 31,400 14.0 115 1,300 7354002 CA*F4860*6D* G*VM970804CNA* 41,000 31,400 140 il5 1,300 7354001 CA*F4860*6D* G*E80805C*B* 41,000 31,400 13S lis 1,510 5039124 CA*F4860*6D* G*VC961005CNA* 41,000 31,400 14 0 115 1,300 7353999 CA*F4860*6D* A*EC961205DNA* 40,000 30,600 135 113 1,400 7365417 CA*F4860*6D* G*VM971205DNA* 40,500 31,000 140 115 1,250 7354003 CA*F4860*6D*+EEP 41,000 31,400 130 110 1,400 3880267 CA*F4860*6D*+MBVC1600**-lA* 41,000 31,400 140 11.5 1,400 3880314 See Notes on Page 53 55-GSX13 www goodmanmfg com 43 AHRI RATINGS (CONT. COOLING CFM AHRW COILS/AIR HANDLERS ®� EER 3 CA*4860*66*+TXV G*VC81005C*B* 40,500 32,000 140 -1T 5 ' 1300 9923237 CA*F4860*6D*+TXV A*VC961005CNA* 41,000 31,400 140 115 1,300 7354005 CA*F4860*6D'+TXV A*EC961004CNA* 39,500 30,200 140 lis 1,275 7365413 CA*F4860*6D*+TXV G*VC960804CNA* 41,000 31,400 140 11.5 1,300 7354010 CA*F4860*6D*+TXV G*VC961205DNA* 40,500 31,000 14.0 11.5 . 1,250 7354012 CA*F4860*6D*+TXV A*VM970804CNA* 41,000 31,400 14.0 115 1,300 7354007 CA'F4860`6D*+TXV G*VM970804CNA* , 41;000 31;400; 140 - .11.5. ::,1,300 7354013 CA*F4860*6D*+TXV G*EC961205DNA* 40,000 30,600 140 115 1,400 7365310 CA*F4860*6D*+TXV A*VC960804CNA* 41;000' 31,400 14.0 11.5. ,--,-1,300 7354004 CA*F4860*6D*+TXV A*VC96120SDNA* 40,500 31,000 140 115 1,250 7354006 CA*F4860*6D*+TXV r A*EC961205DNA`,_ 40;000` :-30,600, -e 14 0 r-•:, 11.5 .. 1;400 7365418 CA*F4860*6D*+TXV G*VM971005CNA* 41,000 31,400 140 115 1,300 7354014 CA*F4860*6D'+TXV . G*EC961004CNA'- :'39ySOQ, 30;200' ;:14:Or; .`.x11.5:» "1,275 z 7365305 CA*F4860*6D*+TXV A*VM971005CNA* 41,000 31,400 140 115 1,300 7354008 CA*F4860'6D*+TXV ,- G*,VC961005CNA',-,,,`41000w :,31,400 Y`14.0s ,11:`5 1,300` ;7354011 CA*F4860*6D*+TXV G*VM971205DNA' 40,500 31,000 140 11.5 1,250 7354015 860 6D :A*VM97,1205DN'A+,-,-' ;40'500", •31"000;" "1'4:0` ' �T:5' 1;256" ',-"7354009-' CA*F4961*6D*+EEP 41;000 31,400~ 130 11.0 1,400 4887677 x ;.CAPT4961*4A*;' G'VC81005G*B` .s; ;40500" i"32,000=a' ::14:0.,. : 115 ,1300: 9923238 CAPT4961*4A* A*VM971205DNA* 40,500 31,000 140 115 1,250 7354021 _..._ 'fkPT4961'4A* ' A*,VC9612050NA*V 40,500 • ,31;000"'Y' 14 0 11:5.'-, 'i 3~250'•_.v 7354018 CAPT4961*4A* G*EC961205DNA* 40;500 31,000 140 11.5 1,400 7365311 -CAPT4961'4A*-. A`VC80805C`B" "41,000 '_.31;400 '. '1410'--- ,12.0-i" 1;395 �1 6945540,;' GSX13 - CAPT4961*4A* A*VC80604B*B* 41,000^ 31,400 140 120 1,410 6945534 CAP.T49Gr4A*"• = G!VM971005GNA',-'. 41,000' '<31;400:: Y 14:0 j,,:11:5': .:1;300,_ 3 735d026 CAPT4961*4A* A*VC81005C*B* 41,000 31,400 140 12.0 1,370 6945545 CAPT4961*.4A' G«VC961205DNA': . ,40;500,`;=,31;000 •,.1,250 7354024 t. CAPT4961*4A* A*EC961205DNA* 40,500 31,000 140 11.5 1,400 7365419 CAPT4961*4A'E G*,E81005C'8* ;t?41;000: :'31;400'' , 14.0;,- J2:0 :1;300 6945529 z <_. CAPT4961'4A* A*VM970804CNA' 41,000 31,400 140 11.5 1,300 7354019 - CAPT4961*4A'', A*EC961004CNA* 39;500_ 30;200. 14. 11.&11.5. 1,275 . 7365414 CAPT4961*4A* ADVC8100SC*B* 41,000 31,400 14.0 120 1,405 6945668 CAPT4961*4A*c A*VC960-804CNA,* 41;000. .-31,4100. 4,4.0-- ll.S. ,•1,300 7354016 CAPT4961*4A* G*VM971205DNA* 40,500 31,000 140 115 1,250 7354027 CAPT4961*4A* G'VM970804CNA* 41;000 31,400 14.0 .11:5, 1,300 7354025 CAPT4961*4A* ADVC80805C*B* 41,000 31,400 140 12.0 1,380 6945664 CAPT4961'4A* G*E806036*B* 41;000 31,400 13.5 115 1,3SS 6945520 CAPT4961*4A* G*EC961004CNA* 39,500 30,200 14 0 115 1,275 7365306 CAPT4961*4A* G*VC961005CNA* 41;000 31,400 140 115 1,300 7354023 CAPT4961*4A* A*VC96100SCNA* 41,000 31,400 140 11.5 1,300 7354017 CAPT4961*4A* G*E80805C*B* 41;000 31,400 140 120 1,350 6945522 CAPT4961*4A* G*VC960804CNA* 41,000 31,400 140 11.5 1,300 7354022 CAPT4961*4A* A*VM971005CNA* 41,000 31,400 140 115 1,300 7354020 CAPT4961*4A*+EEP 40,500 31,000 130 110 1,400 5611311 CAPT4961*4A*+MBVC1600** 1A* 41;000 31,400 140 115 1,375 5611312 CAPT4961*4A*+MBVC2000**-1A* 41,000 31,400 140 lis 1,400 5611313 CHPF3642C6C* G*E8080SC*B* 40,000 30,600 130 113 1,350 5039027 CHPF3642C6C' A*EH80080SC*A* 40,000 30,600 130 113 1,350 6944908 See Notes on Page 53 44 www.goodmanmfg com SS-GSX13 AHRI RATINGS(CONT.) .. IL�S AR,H!TDLERS CO COILS/AIR,HANDLERS - - EMS I=M 7CHPCHPF3642C6C*+EEP 40,000 30,600 130 110 1,400 35395875 F3642D6C*+EEP 40,000 30,600 130 110 1,400 3539877 CHPF3743C6B* G*VC8100SC*B* 40,000 31,600 135 11.2 1300 9923239 CHPF3743C68* A*VM97100SCNA* 40,500 31,000 135 11.3 1,300 7354031 CHPF3743C6B* G*VM971005CNA* 40,500 31,000 13.S 11.3 1,300 7354035 CHPF3743C6B* A*VM970804CNA* 40,500 31,000 13S 113 1,300 7354030 CHPF3743C6B* G*VC961005CNA* 40,500 31,000 13.5 11.3- 1,300 7354033 CHPF3743C6B* A*VC960804CNA* 40,500 31,000 135 113 1,300 7354028 CHPF3743C6B* A*VC961005CNA* 40,500 31,000 135 11.3 1,300 7354029 CHPF3743C6B* G*VC960804CNA* 40,500 31,000 135 113 1,300 7354032 CHPF3743C6B* G*VM970804CNA* 40,500 31,000 13.5 11.3 1,300 7354034 CHPF3743C6B*+EEP 40,000 30,600 13.0 110 1,400 6497574 CHPF3743C68*+TXV G',VC81005C*B* 40,000 '31,600 13.5 -11:2' 1300 9923240 CHPF3743C6B*+TXV A*VM970804CNA* 40,500 31,000 14.0 11.5 1,300 7354038 `CHPF3743C68*+TXV' "A*VM97100SCNA* 40,500 31,000' 14.0 '11.5 1,300 7354039 CHPF3743C6B*+TXV A*VC960804CNA* 40,500 31,000 140 11.5 1,300 7354036 CHPF3743C68*+TXV - G*VM971005CNA*' . 40,500, 31,000 ' 14:0 `' "'115 ' '1,300 7354043 CHPF3743C68*+TXV G*VC960804CNA* 40,500 31,000 14.0 11.5 1,300 7354040 ""CHPF3743C6B*+TXV' 'G*VC961005CNA'` '`40 500 = 31;000, 14.0' r° 11.5 1;300 7354041 CHPF3743C6B*+TXV A*VC96100SCNA* 40,500 31,000 14.0 11.5 1,300 7354037 ''CHPF3943C68'+TXV' ' G`VM970804CNA* 40,500 31,000 14.0'' `il' "'`'1,300 7354042 - _ CHPF3743D6B* A*VM971205DNA* 40,000 30,600 13.5 113 1,250 7355024 .CHPF3743D6B'. G*VC96I205DNA*` ;-,`4Q000 '30,600 - 13.5 - 'ilt3' --"i;250 7355025 :GSXI3, CHPF3743D6B* G*VM971205DNA* 40,000 30,600 13.5 113 1,250 7355026 _ _ ` Coritd. tl-103743DWB 'A*VC961205DNk `40;000 ' 30,600- `-13.5 11.3 ,1.,250 7355023 CHPF3743D6B*+TXV G*VC961205DNA* 40,000 30,600 14 0 11.5 1,250 7355029 'CH0F3743D6B*+TXV G*VIv19712o5DNA*"' 40,000' 30,600 ; 14.6 11.5 1,250 7355030 CHPF3743D6B*+TXV A*VM971205DNA* 40,000 30,600 140 115 1,250 7355028 -CHP,F3743D6B*+TXV A*VC961205DNA*'?' ='40,000 30,600 14.0 "i1S -1',250 7355027 CHPF4860D6D* G*VC81005C*B* 40,500 32,000 14.0 115 1300 9923241 CHPF4860D6D* G*•VM971205DNA* 40;500 31,000 14.0 115 1,250 7354055 CHPF4860D6D* A*VC960804CNA* 41,000 31,400 14.0 115 1,300 7354044 CHPF4860D6D* A'EC9612056NA* 40,500 31,000 13.S -11.3 1,400 736S420 CHPF4860D6D* G*VM970804CNA* 41,000 31,400 140 115 1,300 7354053 CHPF4860D6D* G*VC961005CNA* 41,000 31,400 140 11.5 1,300 7354051 CHPF4860D6D* G*VC961205DNA* 40,500 31,000 140 115 1,250 7354052 CHPF4860D6D* G*VM971005CNA* 41,000 31,400 140 11.5 1,300 7354054 CHPF4860D6D* A*EC961004CNA* 39,500 30,200 140 115 1,275 7365415 CHPF4860D6D* A*EH800805C*A* 41,000 31,400 13.5 115 1,510 6944910 CHPF4860D6D* A*VM970804CNA* 41,000 31,400 14.0 11.5 1,300 7354047 CHPF4860D6D* A*VM971005CNA* 41,000 31,400 14.0 115 1,300 7354048 CHPF4860D6D* G*EC96120SDNA* 40,500 31,000 135 113 1,400 7365312 CHPF4860D6D* G*EC961004CNA* 39,500 30,200 14.0 115 1,275 7365307 CHPF4860D6D* G*E80805C*B* 41,000 31,400 13S 115 1,400 5038972 CHPF4860D6D* A*VM971205DNA* 40,500 31,000 140 115 1,250 7354049 CHPF4860D6D* A*VC961205DNA* 40,500 31,000 140 lis 1,250 7354046 CHPF4860D6D* G*VC960804CNA* 41,000 31,400 140 lis 1,300 7354050 CHPF4860D6D* A*VC961005CNA* 41,000 31,400 140 115 1,300 7354045 See Notes on Page S3 SS-GSX13 wwwgoodmanmfg com 45 AHRI RATINGS(CONT. • MIM COOLING COILS/AIR HANDLERS ®�� CHPF486006D*+EEP u 41,000 31,400 i 13'0__ 110 1,400 3539879 CHPF4860D6D*+MBVC1600**-lA* 41,000 31,400 140 115 1,400 3609448 CHPF4860D6D*+TXV G*VC8100SC*B* 40,500 32,000 140 115 1300 9923242 CHPF4860D6D*+TXV G*E80805C*B* 41,000 31,400 140 11 5 1,400 7614641 CHPF4860D6D'+TXV.. G*EC961205DNA*-,, 40,S00 31,000 140 11.5,._ 1,400 7365313 CHPF4860D6D*+TXV A*VC961005CNA* 41,000 31,400 140 115 1,300 7354057 CHPF4860D6D*+TXV_ A*VC961205DW. .40500 31,000 140 11.5 ; 1,250 7354058 CHPF4860D6D*+TXV G*VC961005CNA* 41,000 31,400 140 115 1,300 7354063 CHPF4860D6D*+TXV_ ,A*VM970804CNA*. ,91;000 31,400 14 0 11.5, 1,300 • - 7354059 CHPF4860D6D*+TXV A*VC960804CNA* 41,000 31,400 140 115 1,300 7354056 CHPF4860D6D*+TXV•:-_ _ V VM971205DNA*' ,4Q500 31,000, 140 _ .115,,-_ 1,250 , -7354067 CHPF4860D6D*+TXV A*VM971205DNA* 40,500 31,000 140 11.5 1,250 7354061 CHPF4860DfiD'+TXV £,_, A*EC961004CNF�".,," 39,500:;"30,200= 14.0. 11'5:,.. 1;275 7365416 CHPF4860D6D*+TXV G*VM971005CNA* 41,000 31,400 14.0 11.5 1,300 7354066 CHPF4860D6D*..+TXV ..G"UC961205DNA* ;40;500' 31,000 14.0,',, .1�5- . ';1,250„ - 7354064 - CHPF4860D6D*+TXV A*EC961205DNA* 40,500 31,000 140 11.5 1,400 7365421 ""` ` 'CI1PF4860D6D'+F7(V; 'G*VC96G804CNA"M 4YO00" -M00,1_1 "14:0" ,12.Sm 1','300' 7354062 CHPF4860D6D*+TXV A*VM971005CNA* 41,000 31,400 140 115 1,300 7354060 CFIPF4860D6D* TXV 'G'EC961004CNA','.,-:','.39;500':'-30;200= "14:0 - :;11`5.' ,1,275::. -7365308 CHPF4860D6D*+TXV G*VM970804CNA* 41,000 31,400 140 115 1,300 7354065 'CSC 64 , ; 40;000,, 30,600'' _;13:0 11.4. , :1,325`"" ,4767422 t CSCF4860N6D* G*VC81005C*B* 41,000 32,400 13S 115 1300 9923243 CSCF4860N60*p - A`VC961205DNA* p °40 SQ0;, 31,000- c 13,5,.:' 3; -°1;250'=,--7354070'_ GSX13 - CSCF4860N6D* G*VM971005CNA* 41,000 31,400 13.5 11.5 1,300 7354078 CSCF4860N60* ?-s t z,G`VC961205DNA* ,40;500; `$1;000, 1315 11:3:`. 1;250 •7354076 CSCF4860N6D* A*VM970804CNA* 41,000 31,400 US 11.3 1,300 7354071 ,GSCF4860N6D` G*VC960809CNA';.; .-.41,000., ,31',400`_ 13.5;_ 12:3' 1,300,- 7354074- CSCF4860N6D* A*VC961005CNA* 41,000 31,400 13S 11.5 1,300 7354069 0. w _1,250,;, 7354073C8CF4860N6D* ;513.5VN3 CSCF4860N6D*, G*VC961005CNA* 41,000 31,400 135 11.5 1,300 7354075 ,,C-SCF4_86ON6D` _G'VM971205DNA-`.,a -40,500 -31,000 13.5. ;,11:3'+, 1;250 ' 7354079 CSCF4860N6D* A*VC960804CNA* 41,000 31,400 135 11.3 1,300 7354068 C5CF4860N6D*;_- A*VM971005CNA*, 41,000 31,400 135 11.5_ .,1,300 7354072 CSCF4860N6D* G*VM970804CNA* 41,000 31,400 13.5 11.3 1,300 7354077 CSCF4860N6D*+EEP- 41,000 31,400 13 0 -,11.0, ,1,325 4767426 CSCF4860N6D*+TXV G*VC81005C*B* 41,000 32,400 140 115 1300 9923244 CSCF4860N6D*4XV G*VM971005CNA* 41,000 31,400 140 115 1,300 7354090 CSCF4860N6D*+TXV G*VC961205DNA* 40,500 31,000 14 0 115 1,250 7354088 CSCF4860N6D*+TXV G*VC961005CNA* 41,000 31,400 140 115 1,300 7354087 CSCF4860N6D*+TXV A*VM970804CNA* 41,000 31,400 14.0 115 1,300 7354083 CSCF4860N6D*+TXV G*VC960804CNA* 41,000 31,400 140 115 1,300 7354086 CSCF4860N6D*+TXV G*VM971205DNA* 40,500 31,000 140 lis 1,250 7354091 CSCF4860N6D*+TXV A*VC96100SCNA* 41,000 31,400 14 0 115 1,300 7354081 CSCF4860N6D*+TXV G*VM970804CNA* 41,000 31,400 140 lis 1,300 7354089 CSCF4860N6D*+TXV A*VM971005CNA* 41,000 31,400 140 11.5 1,300 7354084 CSCF4860N6D*+TXV A*VC960804CNA* 41,000 31,400 140 115 1,300 7354080 CSCF4860N6D*+TXV A*VM971205DNA* 40,500 31,000 140 lis 1,250 7354085 CSCF4860N6D*+TXV A*VC96120SDNA* 40,500 31,000 140 11S 1,250 7354082 See Notes on Page 53 46 www goodmanmfg com SS-GSX13 AHRI RATINGS(CONT.) ARUF47D14A* 45,000 34,600 130 110 1,515 7984179 ARUF48D14A*+TXV 44,500 34,200 130 110 1,550 5378542 ARUF49D14A* 45,000 34,600 130 110 1,455 8171720 ARUF60Dl4A*+TXV 44,500 34,200 130 110 1,460 5378543 ASPT49D14A* 45,000 34,600 14.0 115 1,430 8242048 AVPTC48C14A* 44,000 33,800 130 11.0 1,450 7079222 AVP.TC48D14A* 46,000 35,200 138 11.3 1,615 5924446 AVPTC59C14A* 45,000 34,600 130 110 1,485 8996123 AVPTC59D14A* 4S,S00 34,800 14.0 12.0 1,580 9000366 AVPTC61D14A* 46,000 35,200 140 120 1,455 9000367 CA*F4860*6D*+EEP 46,000 35,200 -130 11:0 -1,600 4214133 CA*F4860*6D*+MBVC2000**-IA* 46,000 35,200 140 113 1,600 3880321 'CA`F4860*6D*,+TXV "A*EH80100SC*A* 46;000 35,200 13.5 11.3' L'570--. 6944918, ' CA*F4860*6D*+TXV G*E8100SC*B* 46,000 35,200 135 113 1,570 5039261 r CA*,F4860*6D*+TXV A*EH800805C*A* 46;000 35,200 13 5 _ 11'3� 3,650_ 6944916' CA*F4860*6D*+TXV G*EC961004CNA* 46,000 35,200 140 115 1,550 7365314 CA`F4860*6D*+TXV- G'E80805C*8* 46,000 35;200 135' "113' ' 1';650 5039233, CA*F4860*6D*+TXV A*EC961004CNA* 46,000 35,200 140 115 1,550 7365422 CA*F4961*6D*, `A*EC961205DNA* 45;500 34,800 14.0 1P:5`• 1;525 7365427,- CA*F4961*6D* G*EC961205DNA* 45,500 34,800 140 115 1,525, 7365319 (A'F496i*6D'+EEP 4 46,000 35,200;_ 13.0 11:0- ,1;600'-.:_..568509$' CA*F4961*6D*+TXV G*,VC81005C*B* 45,000 35,400 140 115 1600 9923245 CA*F4961';6D'+TXV`' A"EC961004CNA• 46;000 35,200 7365423? GSX13 CA*F4961*6D*+TXV G*VM971005CNA* 45,000 34,600 140 11.5 1,520 7354102 : .. `=CA-f4961.6D +TXV G.EVC961205DNA 46,000 35,200- 14:4 '11.5` ,L575; :7354100'; CA*F4961*6D*+TXV A*VM971005CNA* 45,000 34,600 14.0 11.5 1,520 7354096 CA•F4961*6D'+TXV 'G'VC961005CNA* 45;000 34,600 14.0 11:S' '510._"'7354099, CA*F4961*6D*+TXV A*EC961205DNA* 46,000 35,200 14.0 lis 1,525 7365428 "WF4961*6D'+TXV'` G*VC960804CNA* 45;000 34,600 14.0' '-11:5 '1;585`- 7354098'- _ CA*F4961*6D*+TXV G*VM970804CNA* 45,000 34,600 14.0 115 1,585 7354101 CA*F4961*6D*+TXV` A*VM971205DNA* 46,000 35,200 14.0' 11.5' 1,515 7354097 CA*F4961*6D*+TXV A*VC961205DNA* 46,000 35,200 14.0 115 1,575 7354094 CA*F4961*6D*+TXV G*EC961004CNA* 46,000 35,200 140 11.5- 1,S50 .736S315 CA*F4961*6D*+TXV A*VC961005CNA* 45,000 34,600 14.0 115 1,520 7354093 CA*F4961*6D*+TXV A*VM970804CNA* 45,000 34,600 140 115 -21,585 7354095' CA*F4961*6D*+TXV G*EC961205DNA* 46,000 35,200 140 11.5 1,525 7365320 CA*F4961*6D*+TXV A*VC960804CNA* 45,000 34,600 14.0 115 1,585 7354092 CA*F4961*6D*+TXV G*VM971205DNA* 46,000 35,200 140 115 1,575 7354103 CAPT4961*4A* G*VC81005C*B* 47,000 37,000 13.5 11.5 1600 9923246 CAPT4961*4A* A*VC81005C*B* 47,000 36,000 135 lis 1,600 6945546 CAPT4961*4A* G*VM970804CNA* 45,000 34,600 135 113 1,585 7354113 CAPT4961*4A* G*E80805C*B* 46,000 35,200 135 115 1,480 6945523 CAPT4961*4A* A*VC80805C*B* 47,000 36,000 135 115 1,590 6945541 CAPT4961*4A* G*EC961004CNA* 46,000 35,200 14.0 115 1,550 7365316 CAPT4961*4A* G*E81005C*B* 47,000 36,000 135 115 1,570 6945530 CAPT4961*4A* A*VM970804CNA* 45,000 34,600 135 113 1,585 7354107 CAPT4961*4A* G*VC960804CNA* 45,000 34,600 135 113 1,585 7354110 CAPT4961*4A* A*VC96120SDNA* 46,000 35,200 140 115 1,575 7354106 See Notes on Page 53 SS-GSX13 www goodmanmfg com 47 AHR!RATINGS(CONT.) COOLING Coms/AIR HANDLERS CAPT4961*4A* G*VC961005CNA* 45,000 34,600 140 115 1,520 7354111 CAPT4961*4A* G*EC961205DNA* 46,000 35,200 135 113 1,525 7365321 CAPT4961*4A* G*.VM971205DNA* 46,000 3S,200 140 115 1,575 7354115 CAPT4961*4A* G*VC96120SDNA* 46,000 35,200 140 115 1,575 7354112 CAPT4961*4A* ADVC81005C*B* 47,000 36,000 13S 115 1,620 6945669 CAPT4961*4A* A*VC80604B*B* 47,000 36,000 135 115 1,545 6945535 CAPT4961*4A*, A*EC961004CNA* 46,000 35,200 140 115 1,550 7365424 CAPT4961*4A* A*VC96100SCNA* 45,000 34,600 140 lis 1,520 7354105 ,CAPT4961*4A* A*,VM97100SCNA* 45,000 34,600 140 11.5 1,520 7354108 CAPT4961*4A* A*EC961205DNA* 46,000 35,200 135 113 1,525 7365429 CAPT4961*4A* - ;:A`VC960804CNA' 45,000 34,600 13.5 11.31, 1,585 7354104 CAPT4961*4A* A*VM971205DNA* 46,000 35,200 140 115 1,575 7354109 CAPT4961'4A':< += ADVC80805C'B_*,, ..47000 36,000 13.5, 115 . 1,585 6945665 CAPT4961*4A* G*VM97100SCNA* 45,000 34,600 140 lis 1,520 7354114 CAPT4961*4A' EEP 46;500 35,600 13-0 11.0 1,600 561131g` ? CAPT4961*4A*+MBVC1600**-lA* 47,000 36,000 140 115 1,500 5611315 Y wPT4961-`AAf+M6VC2000"'=1'4*"`V ""' 47E000,` 36 000= 14:0; 11:5" 71.550 561137:6 CHPF4860D6D* A*EC961004CNA* 45,500 34,800 13S 115 1,550 7365425 CHPF.4860D&D*-,' _,,;, A*EC961205D{VA':;: .-45'%0 34,800 13.5,- 11.3 1,525 ; 7365430` CHPF4860D6D* G*EC961205DNA* 45,500 34,800 135 113 1,525 7365322 _ -CHPF486006p"- `G*EG961004CNA'_'-"45;500`• 34,800 13.5, , 11.5',° 1,550' 7365317,'; CHPF4860D6D*+EEP 46,000 35,200 130 110 1,600 3539868 CHPF4860D,6D*+MBVC2000_!"-1A';'. .z' x ;::46;000': _35,200:_ 14.01. __.11.3. •' 1;600 - 3609452 65X13 CHPF4860D6D*+TXV G*VC81005C*B* _ 45,000 35,400 140 115 1600 9923247 04818* - _ _ (Coritd.) . CHPF4860D6D'+JXV"; A*VC961005CNA's;, :'-,4'5';000- ' 34,600: 14.0. 11.5 1,520' -'3354-1 17 CHPF4860D6D*+TXV G*.EC961004CNA* 45500 34,800 140 11.5 1,550 7365318 CHPF4860D6D',+fXV.=; 45;500 34,800• 14.0 - '. 11.5 , -1,550 7365426 _. CHPF4860D6D*+TXV G*VM970804CNA* 45,000 34,600 140 11.5 1,S85 7354125 CHPF4860D6D*-MV-- G*.VC960804CNA*, 45;000' 34,600 14.0. 115 - 1;585 7354122 CHPF4860D6D*+TXV A*EC961205DNA* 45,500 34,800 140 115 1,525 7365431 _CHPF4860D6D*+TXV,.- ^M9712O5DNA* :;46,000 35,200 14.0 11.5 ,•1,575 7354121 CHPF4860D6D*+TXV G*EC96120SDNA* 45,500 34,800 140 lis 1,525 7365323 CHPF4860D6D'+TXV' ;,G*.E8100SC'B" 46,000 35,200 135 11.3 1,570 5038912 CHPF4860D6D*+TXV G*VM971005CNA* 45,000 34,600 140 115 1,520 7354126 CHPF486006D'+TXV G*VC961005CNA',. - 45;000 34,600 140 11.5 1,520 7354123 CHPF4860D6D*+TXV A*VM970804CNA* 45,000 34,600 14.0 115 1,585 7354119 CHPF4860D6D*+TXV A*VM97100SCNA* 45;000 34,600 14.0 115 1,520 7354120 CHPF4860D6D*+TXV G*VC96120SDNA* 46,000 35,200 140 115 1,575 7354124 CHPF4860D6D*+TXV A*VC960804CNA' 45,000 34,600 140 11.5 1,585 7354116 CHPF4860D6D*+TXV A*EH801005C*A* 46,000 35,200 13S 113 1,570 6944925 CHPF4860D6D*+TXV G*E80805C*B* 46,000 35,200 135 113 1,650 5039110 CHPF4860D6D*+TXV A*VC961205DNA* 46,000 35,200 140 115 1,S7S 7354118 CHPF4860D6D*+TXV A*EH800805C*A* 46,000 35,200 135 113 1,650 6944923 CHPF4860D6D*+TXV G*VM97120SDNA* 46,000 35,200 140 lis 1,575 7354127 CSCF4860N6D*+EEP 46,000 35,200 130 110 1,600 4767427 CSCF4860N6D*+TXV G*VC81005C*B* 44,500 35,000 140 115 1600 9923248 CSCF4860N6D*+TXV G*VC961005CNA* 44,500 34,200 140 11.5 1,520 7354135 CSCF4860N6D*+TXV A*VC960804CNA* 44,500 34,200 13S 113 1,585 7354128 See Notes on Page 53 48 www goodmanmfg com SS-GSX13 AHRI RATINGS(CONT. HANDLERS ®� CSCF4860N6D*+TXV A*,VM971205DNA* 45,500 34,800 140 115 1,575 7354133 CSCF4860N6D*+TXV G*VM971205DNA* 45,500 34,800 140 lis 1,575 7354139 CSCF4960N6W+TXV G*.VM971005CNA* 44,500 34,200 140 11.5 1,520 7354138 CSCF4860N6D*+TXV A*VM970804CNA* 44,500 34,200 135 113 1,585 7354131 GSX13 CSCF4'860N6D*+TXV G4VC961205DNAI* 45,500 34,800 140 31 5 1,575 7354136 0481B* (Contd CSCF4860N6D*+TXV A*VC961005CNA* 44,500 34,200 140 115 1,520 7354129 CSCF4860N6D*,+TXV G*VM970804CNA* 44,500 34,200 135 113 1,585 7354137 CSCF4860N6D*+TXV A*VC961205DNA* 45,500 34,800 140 115 1,575 7354130 CSCF4860N6D*+TXV '`A*VM9710056NA*' 44,500 34,200 14.0 11.5 1,520 7354132 CSCF4860N6D*+TXV G*VC960804CNA* 44,500 34,200 135 113 1,585 7354134 AVP.TC59D14A" 55;000 39,000 13.0 11.0 1,660 8996124 AVPTC60Dl4A* 56,000 40,000 130 110 1,750 6349242 AVP.TC61D14A' `. 56,000 40,000 13.5 11.5 '1,775 8996125 CA*F4961*6D*+EEP 55,500 39,500 130 11.0 1,650 4945868 CA F4961 bD+MBVC2000 lA --; ''. r "56,000 40,000 13.5 11.5 1,650 4431670 CA*F4961*6D*+MBVC2060**-lA*+TXV 56,000 40,000 135 115 1,750 4431671 'CAVF49W6D*+TXV" :; - '=};,=WVC80805D*Bk ``-55,500 40,500 13.3 11.2 1650 9923249 CA*F4961*6D*+TXV G*VM971005CNA* 54,000 38,500 130 11.0 1,600 7354150 CA`F4961*16Q!+TXV;_ "`A;VC80805G*Bf_, 55,500 39,500 13.3 11:2' 1,800 5039235 CA*F4961*6D*+TXV A*VC960804CNA* 54,000 38,500 13.5 11.0 1,585 7354140 V,-..-. CA!F4961'6D'+TXVf ^`. r., i; G*VN1971205DNA*•" 54;000" '38;500 ' 13.5' 11.5'= 1,585 7354151 CA*F4961*6D*+TXV G*VC960804CNA* 54,000 38,500 135 110 1,585 7354146 CA F4961"6Q?+7XV.' u E i A'VC967205DNA*`.' 54,000.- 38,500 13,5 " 11.5 1,585 7354142 CA*F4961*6D*+TXV A*VC81005C*B* 55,500 39,500 133 112 1,800 5039112 CA'F4961'6Q*£+7XV'. EH801005C*A° 55,000- 39,000 13.3 11.2 1,720 '6944932; I " CA*F4961*6D*+TXV G*VC961005CNA* 54,000 38,500 130 11.0 1,600 7354147 CA`F49G1#6D'+TXVr° 4`` `G,VC9G1105DNA*',` :'54;000 38,500 13.5 11:5`- 1,585 7354148' CA*F4961*6D*+TXV A*VM970804CNA* 54,000 38,500 13.5 110 1,585 7354143 GSX13 CA*F4961*6D'k+TXV `_' _` • A*EH800805C'A* ', 54,500 -38,500 13.3 11.2 1,650 6944930 0601B* CA*F4961*6D*+TXV G*EC961205DNA* 56,500 40,000 130 11.0 1,950 7365324 WF4961*6D*+TXV ; >>MEC961205DNA' 56,500 40,000 13.0 11.0 1,950 7365432 CA*F4961*6D*+TXV A*VM971205DNA* 54,000 38,500 135 11-5 1,585 7354145 CA*F4961*6D'+TXVf G'VC80805C*B* 55;500 39,500 133 11.2 1,700 5039111 CA*F4961*6D*+TXV G*E80805C*B* 54,500 38,500 133 11.2 1,650 5038979 CA!F4961*6D*+TXV G*E81005C*B*`- 55,000 39,000 133 11.2 1,720 5038893 CA*F4961*6D*+TXV G*VM970804CNA* 54,000 38,500 135 110 1,585 7354149 CA*F4961*6D*+TXV A*VC961005CNA* 54,000 38,500 13.0 11.0 1,600 7354141 CA*F4961*6D*+TXV G*VC81005C*B* 55,500 39,500 13.3 112 1,700 5038945 CA*F4961*6D*+TXV A*VM971005CNA* 54,000 38,500 13.0 110 -1,600 7354144 CAPT4961*4A* G*VC80805D*B* 55,500 40,500 130 11.0 1650 9923250 CAPT4961*4A* G*VM971205DNA* 54,000 38,500 130 11.0 1,585 7354163 CAPT4961*4A* G*VC80805C*B* 55,500 39,500 130 11.0 1,625 5520638 CAPT4961*4A* ADVC8100SC*B* 55,500 39,500 13.0 110 1,625 5520635 CAPT4961*4A* A*EC961205DNA* 56,500 40,000 130 110 1,950 7365433 CAPT4961*4A* A*VM970804CNA* 54,000 38,500 130 110 1,585 7354155 CAPT4961*4A* A*EH800805C*A* 54,500 38,500 130 110 1,675 6944934 CAPT4961*4A* A*VC961205DNA` 54,000 38,500 130 110 1,585 7354154 CAPT4961*4A* A*VM971005CNA* 54,000 38,500 130 110 1,600 7354156 See Notes on Page 53 SS-GSX13 wwwgoodmanmfg com 49 AHRI RATINGS (CONT, .. COI /AIR HANDURS' CAPT4961*4A* A*VC80805C*B* 55,500 39,500 130 110' _ 1,6255520629 CAPT4961*4A* A*VC960804CNA* 54,000 38,500 130 110 1,585 7354152 CAPT4961*4A* G*VM970804CNA* 54,000 38,S00 130 110 1,585 7354161 CAPT4961*4A* G*E8080SC*B* 54,500 38,500 130 110 1,675 5520636 CAPT4961*4A* G*VC960804CNA* 54,000 38,500 130 110 1,585 7354158 CAPT4961*4A* G*VC81005C*B* 55,500 39,500 130 110 1,625 5520639 CAPT4961*4A* G*E81005C*B* 5S,000 39,000 13.0, 11.0. ,1,625 5526637 CAPT4961*4A* G*VC96100SCNA* 54,000 38,500 130 110 1,600 7354159 CAPT4961*4A* G*EC961205DNA* 56,500 40,000, 13.0 110 1,950 7365325 CAPT4961*4A* A*VC961005CNA* 54,000 38,500 130 110 1,60D 7354153 CAPT4961*4* A*VM971205DNA* 54,000- 38,500: 13.0-" .. :11.0;. .1,585 7354157 CAPT4961*4A* G*VC961205DNA* 54,000 38,500 130 110 1,585 7354160 CAPT4961*4A*; A*EH801005C*A* 55,000, `.39,000 :13.0.; ,11:0 "1,625 6944936 CAPT4961*4A* A*VC81005C*B* 55,500 39,500 130 110 1,625 5520630 CAPT4961*4A* G`VM97100SCNA* °,54,000„ 38,500; b, 13. ' - 11:0 ,J,600` 7354162 CAPT4961*4A* 56,500 40,000 130 110 1,600 6945515 CAPT4961"4A* ry" ry A15VC80805C*B* 55;500 ; 39,500`: :13.0 11.0,, 1,625 5520634' CAPT4961*4A*+MBVC1600**-IA* 57,000 40,500 130 110 1,700 6945516 CAPT4961*4A*+MBVC2000*'-lA* _ i 56,000 . 40,000-; "13,5, "' . '.1`1!5'"'{ 1,625: '�5527435 CHPF4860D6D*+EEP+TXV SS,500 39,500 130 110 1,500 5604754 t ,VCHPF4860D60"+MBVC20d0**-lA#+TXV + 1625w368586` CHPF4860D6D*+TXV G*VC80805D*B* 55,500 40,500 130 110 1650 9923251 Y CHPF4860D6D*+TXV, A*EH800805C'A* `54;500^;_38,500 `..13:3: 11.2 1;650 '6944938 - GSX13 CHPF4860D6D*+TXV A*VC80805CxB* 55,500 39,500 130 110 1,800 5038849 -'06016* CHPF4850D6D*+TXV GkEC961205DNA* 56,500 ; ',40,000'" :13.0- 11:0' 1;950„, :'7365326` CHPF4860D6D*+TXV G*VC961205DNA* 54,000 38,500 135 11.5 1,585 7354172 CHPF4860D6D*+TXV A*EC961205DNA'* 56,500 ";40;000. ,,13T0.-- 11:0 1;950.- 7365434 _- - CHPF4860D6D*+TXV A*VC81005C*B* 55,500 39,500 130 110 1,800 5039148 CHPF4860D6D*+TXV AWM970804CNA* 54000 38,500 . 13,5:- il.Q - -1,585 7354167 CHPF4860D6D*+TXV G*VC960804CNA* 54,000 38,500 135 11.0 1,585 7354170 CHPF4860D6D*+TXV G`VM971205DNA*` -54,000` 38,500_ AS,` ,.-11.5--: - 1,585 7354175 CHPF4860D6D*+TXV G*VC81005C*B* 55,500 39,500 130 110 1,800 5038848 CH04860D6D'+TXV A*VC961205DNA* 54;000 ''38,500' 13.5. ll.S.- 1,585 7354166 CHPF4860D6D*+TXV A*VM971205DNA* 54,000 38,500 13S 115 1,585 7354169 CHPF4860D6D*+TXV A*EH801005C*A* 55,000 39,000 13 3,:_ 11.2- 1,720 6944940 CHPF4860D6D*+TXV G*E80805C*B* 54,500 38,500 133 112 1,650 5039181 CHPF4860D6D*+TXV A*-VM97100SCNA* 54,000 38,500 130 110 1,600 7354168 CHPF4860D6D*+TXV A*VC960804CNA* 54,000 38,500 135 110 1585 7354164 CHPF4860D6D*+TXV A*VC961005CNA* 54,000 38,500 130 110 1,600 7354165 CHPF4860D6D*+TXV G*VM970804CNA* 54,000 38,500 135 11.0 1,585 7354173 CHPF4860D6D*+TXV G*E81005C*B* 55,000 39,000 133 112 1,720 5039194 CHPF4860D6D*+TXV G*VC80805C*B* 55,500 39,500 130 110 1,800 5038946 CHPF4860D6D*+TXV G*VC961005CNA* 54,000 38,500 130 110 1,600 7354171 CHPF4860D6D*+TXV G*VM97100SCNA* 54,000 38,500 130 110 1,600 7354174 CSCF4860N6D*+EEP 54,000 38,500 130 110 1,600 5446159 CSCF4860N6D*+MBVC2000**-IA* 53,500 38,000 135 115 1,650 4767698 CSCF4860N6D*+TXV G*VC81005C*B* 54,000 39,500 130 110 1600 9923252 CSCF4860N6D*+TXV G*VM971005CNA* 54,000 38,500 130 110 1,600 7354186 See Notes on Page 53 50 wwwgoodmanmfg com SS-GSX13 AHRI RATINGS(CONT.) O .... .. HANDLERS CSCF4860N6D*+TXV A*VC96120SDNA* 53,500 38,000 13S 11.0 1,585 7354178 CSCF4860N6D*+TXV G*VM97120SDNA* 53,500 38,000 13S 110 1;585 7354187 CSCF4860N6D*+TXV G*VM970804CNA* S4,000 38,500 130 110 1,585 7354185 CSCF4860N6D*+TXV A*VC960804CNA* 54,000 38,500 130 110 1,585 7354176 GSX13 CSCF4860N6D*+TXV G*VC96120SDNA* 53,500 38,000 135 110 1,58S 7354184 0601B* CSCF4860N6D*+TXV G*VC960804CNA* 54,000 38,500 130 110 1,585 7354182 .'(Contd) CSCF4860N6D*+TXV A*VM971005CNA* 54,000 38,500 130 110 1,600 7354180 CSCF4860N6D*+TXV A*VC96100SCNA* S4,000 38,500 130 110 1,600 7354177 CSCF4860N6D*+TXV A*VM970804CNA* 54,000 38,500 13.0 11.0 1,585 7354179 CSCF4860N6D*+TXV A*VM971205DNA* 53,500 38,000 135 110 1,585 7354181 CSCF4860N6D*+TXV G*VC961005CNA* 54,000 38,500 13.0 11.0 1,600 7354183 ARUF61D14A* 55,500 38,000 13.0 110 1,S20 7984180 ASPT61D14A56,000 38,500 14.0 11:5j 1,645 8242049 AVPTC59D14A* 56,000 38,500 13S 115 1,660 8996126 AVPTC60Dl4A* 56,000 38,500 14.0 '11.5 1,620 5924344 AVPTC61D14A* 57,000 39,000 140 11.5 1,775 8996127 'CA*F4860*6D*+EEP` 55,000 ` -37,600 13.0 11'.0 1,500 5586534 CA*F4860*6D*+MBVC2000**-lA* 56,000 38,500 13.5 11.5 1,575 5586537 'CA*F4860*6D*+MBVC2000**=1A'+TXV 56,000-- 38,500' 14.0 11.5 1,575- 5586540 CA*F4860*6D*+TXV G*VC80805D*B* 55,500 39,000 13.5 11.0 1500 9923253 CA`F4860'60*-MV - :`ADVC8100SC-;B*" '-`-'551500- :38,000 13:0 .', `' .11:0 1,550 5586714 CA*F4860*6D*+TXV A*EH801005C*A* 55,000 37,600 13.5 110 1,525 6944944 CA!F4860*6D*+TXV A*EH800805C*A` ' '55,500 38,000; .13.0 11:0 "1,5 0 6944942 CA*F4860*6D*+TXV G*E8100SC*B* 55,000 37,600 135 110 1,525 5586717 CA*F4860*6D*+TXV A*VC8100SC'B*'` 55,500,: -'38;000 13.5 =11.0"' ;1,520 5586543 CA*F4860*6D*+TXV G*VC80805C*B* 55,500 38,000 13.5 110 1,520 5586720 CA*F4860*6D*+TXV G'VC81005CsB' 55,500 38,000 13.5' '-11.0 1',520 `5586564 CA*F4860*6D*+TXV A*VC80805C*B* 55,500 38,000 13.5 110 1,520 5586705 CA*F4860*6D*+TXV 4DVC80805C*B* 55,500-- 38;000- -• 13.0 "11:0 1,500 5586558 GSX13 CA*F4860*6D*+TXV G*E80805C*B* 55,500 38,000 13.0 110 1,550 5586561 0611A* CA*F4961*6D*+EEP 56,500 38,500 13.0 " 11.0" 1;500 5586582 CA*F4961*6D*+MBVC2000**-1A* 57,000 39,000 14.0 11.5 1,575 5586856` CA*F4961*6D*+MBVC2000**-lA*+TXV 57,000 39,000' 14;0 `12.0 1,575 5586585 CA*F4961*6D*+TXV G*VC8080SD*B* S6,500 40,000 140 11.5 1500 9923254 CA*F4961*6D*+TXV 'A*VM97120SDNA* S6,000 38,500 14.0 11.5 1,545 7354191 CA*F4961*6D*+TXV G*E81005C*B* 56,000 38,500 14.0 115 1,525 5586609 CA*F4961*6D*+TXV G*VM97100SCNA* 56,000 38,500 13.5 115 1,520 7354194 CA*F4961*6D*+TXV G*VC96100SCNA* 56,000 38,500 135 115 1,520 7354192 CA*F4961*6D*+TXV G*E8080SC*B' 56,000 38,500 14.0 115 1,550 5586606 CA*F4961*6D*+TXV A*EH801005C*A* 56,000 38,500 14.0 11.5 1,S25 6944952 CA*F4961*6D*+TXV A*EH800805C*A* 56,000 38,500 14.0 115 1,550 6944950 CA*F4961*6D*+TXV A*VC81005C*B* 56,500 38,500 140 115 1,520 5586591 CA*F4961*6D*+TXV A*EC961205DNA* 56,000 38,500 14.0 115 1,525 7365435 CA*F4961*6D*+TXV G*EC96120SDNA* 56,000 38,500 140 115 1,525 7365327 CA*F4961*6D*+TXV G*VC80805C*B* 56,500 38,500 140 115 1,520 5586612 CA*F4961*6D*+TXV G*VC81005C*B* 56,500 38,500 140 115 1,520 5586615 CA*F4961*6D*+TXV A*VC961005CNA* 56,000 38,500 135 115 1,520 7354188 CA*F4961*6D*+TXV ADVC81005C*B* 57,000 39,000 13S 110 1,550 5586603 See Notes on Page 53 SS-GSX13 wwwgoodmanmfg com 51 AHRI RATINGS(CONT. COOLING HANDLERS. OUTDOOR IFJD60R UNITS UNIT ®� �. CA*F4961*6D*+TXV 'A*VC961205DNA* 56,000 _38,500 14-0 11.5 t ' 1;545 7354189 CA*F4961*6D*+TXV G*VC961205DNA* 56,000 38,500 140 11.5 1,545 7354193 CA*F4961*6D*+TXV A*VC80805C*B* 56,500 38,500 140 115 1,520 5586588 CA*F4961*6D*+TXV A*VM971005CNA* 56,000 38,500 135 lis 1,520 7354190 CA*F4961.*6D'+TXV G*VM971205DNA* S6,000 38,500 1410 115, 1,545 7354195 CA*F4961*6D*+TXV ADVC8080SC*B* 57,000 39,000 135 110 1,500 5586600 CAPT4961*4A* G*VC80805D*B* 56,500 40,000 14.0. .,11.5 - -1500 1500 9923255 CAPT4961*4A* G*VM9712OSDNA* 56,000 38,500 13S 115 1,545 7354203 _ CAPT49W4A*:' - ADVC8080SC`B* 57,000 39,000 135.,-- 110 , . ,1,500 5586642 CAPT4961*4A* G*VC80805C*B* 56,500 38,500 140 11,5 1,520 5586654 --CAPT496'1*4A*i G*VC81005C*B*_ 56,500 38,500 14.0... .:11.5 _1,520 5586657 CAPT4961*4A* A*EH801005C*A* 56,000 38,500 140 11.5 1,525 6944960 CAP.T,4961'4A' '.G*VC961005CNA*. 56,000. 38,500_ 13.5 11.0. , V 1;520- 7354200 CAPT4961*4A* G*VM971005CNA* 56,000 38,500 135 11.0 1,520 7354202 Y ;[APT4961'4A"` ' ;, A*VC961005GNA'' -56,000:- -38,500- 1 S` ' ~_11:0 1; -520 - 7354196 -_ CAPT4961*4A* G*E8080SC*B* 56,000 38,500 140 115 1,550 5586648 " C4PT4961'4A* " .4 VNI971005C13a*t-"56`000-""-3$`SOCi " 3:5' ' 1 :0` 0 "7354158 CAPT4961*4A* A*EH800805C*A* 56,000 38,500 140. 11.5 1,550 69449S8 TCAPT4961'4A": - 5*E8100SC'B* 56,000 38,500., _ 14A , 11.5 1,525__ 5586651: CAPT4961*4A* G*EC961205DNA* 56,000 M 38,500 135 11-5 \ 1,525 7365328 "CAPTA961*4A"= - A*-EC961205DNA' 56,000.= .:38,500` 13.5' •11:5 1;525 "7365436 CAPT4961*4A* A*VC81005C*B* 56,500 38,500 140 11.5 1,520 5586633 CAPT4961;*4A* G`VC9612050NA!,.' r 56,000 ,38,500- "'13:5„ 11:5:;. 1;545 7354201, GSX13 ; CAPT4961*4A* A*VC9612OSDNA* 56,000 38,500 135 115 1,545 7354197 v ` 13:5. 1 0 1550 5586645CT961*4A' ,-ADVC1005C57,000,Contd _39,00& f CAPT4961*4A* A*VM971205DNA* 56,000 38,500 135 11.5 1,545 7354199 GAPT4961;-*:'4A*. A*VC80805C'B'' 56,500'.', 38,S00_ 14.0, y11.5`z 1;520 5586630- CAPT4961*4A*+EEP 56,500 38,500 135 110 1,500 5586770 _ 2 ,CAPT4961'4A*+MBVG1600'*.;lA*' - 57,000 39;000 ,-13.5'_-_ 11:5,;_.., :1,560 6945517. t CAPT4961*4A*+MBVC2000**-lA* 57,000 39,000 14.0 120 1,575 5586672 A _; CHPF4860066'+EEPf 56;000 38,500 13.0,-;. ll.q', 1,500 5586675 y - _. CHPF486OD6D*+MBVC2000**-IA* 57,000 39,000 14-0 11.5 1,575 5586900 GHPF4860D6D*+MBVC2006*'--lA*+TXV,, 57,000 , 39,000., -,14.0.; - 11:5 . _-1,575 5586773 CHPF486OD6D*+TXV G*VC8080SD*B* 56,000 39,500 140 11.5 1500 9923256 CHPF4860D6D'+TXV, A'VM971205DNA*. 56,000 38,500 14.0 - .. 11.5 <1,545 7354207 _ . CHPF486OD6D*+TXV G*EC961205DNA* 56,000 38,500 140 11.5 1,525 7365329 CHPF4860D6D*+TXV G*E80805C*B* 56,000 38,500 140 115 - 1,550 5586802 CHPF4860D6D*+TXV G*VC8080SC*B* 56,000 38,500 140 115 1,520 5586808 CHPF486OD6D*+TXV A*VC81005C*B* 56,500 38,500 140 115 1,520 5586779 CHPF486OD6D*+TXV G*VC8100SC*B* 56,500 38,500 140 11.5 1,520 5586811 CHPF486OD6D*+TXV A*VM971005CNA* 56,000 38,500 135 11.0 1,520 7354206 CHPF486OD6D*+TXV G*E81005C*B* 56,000 38,500 140 115 1,525 5586805 CHPF486OD6D*+TXV G*VM971005CNA* 56,600 38,500 13S 110 1,520 7354210 CHPF4860D6D*+TXV G*VM971205DNA* 56,000 38,500 140 lis 1,545 7354211 CHPF4860D6D*+TXV G*VC961005CNA* 56,000 38,500 135 110 1,520 7354208 CHPF4860D6D*+TXV A*VC961005CNA* 56,000 38,500 135 110 1,520 7354204 CHPF486OD6D*+TXV A*VC961205DNA* 56,000 38,500 140 115 1,545 7354205 CHPF486OD6D*+TXV G*VC961205DNA* 56,000 38,500 140 lis 1,545 7354209 See Notes on Page 53 52 www goodmanmfg com SS-GSX13 AHRI RATINGS (CONT.) COILVAIIIIHANDLERt CHPF486OD6D*+TXV A*EH800805C*A* 56,000 38,500 14.0 115 1,550 6944966 CHPF486OD6D*+TXV A*EC9612OSDNA* 56,000 38,500 140 115 1,525 7365437 CHPF4860D6D*+TXV A*VC80805C*B* 56,000 38,500 140 11.S 1,520 5586776 CHPF486OD6D*+TXV A*EH80100SC*A* 56,000 38,500 140 IIS 1,525 6944968 CSCF4860N6D*+EEP S5,000 37,600 13.0 110 1,500 5589903, CSCF486ON6D*+MBVC2000**-lA* 56,000 38,500 135 lis 1,575 5589906 CSCF4860N6D*+MBVC2000**-lA*+TXV 56,000 38,500. 14.0 115 1,575 5586690, CSCF486ON6D*+TXV G*VC808OSD*B* 56,500 40,000 135 11.5 1500 9923257 CSCF486ON6D*+TXV G*VC80805C*B* 56,500 38,500 13.5 11.5 1,520 5589936; CSCF4860N6D*+TXV A*VC961205DNA* 55,500 38,000 13.5 11.0 1,545 7354213 CSCF4860N6D*+TXV A*VC961005CNA* 55,500 38,000'" 135'` 11.0 _ 1,520 7354212 GSX13 CSCF486ON6D*+TXV G*VM971205DNA* 55,500 38,000 13.5 110 1,545 73S4219 0611A* (Contd j CSCF4860N6D*+TXV G*VC961005CNA* 55,500 38,000 135 11.0 1,520 7354216, CSCF486ON6D*+TXV G*VC81005C*B* 55,500 38,000 135 110 1,520 5589939 CSCF486ON6D*+TXV A*VM9712OSDNA* 55,500 38,000 135 11.0 1,545 7354219 CSCF486ON6D*+TXV A*VC81005C*B* 55,500 38,000 135 11.0 1,520 5589912 '6CF4860N60*+TXV 'A*EH801005C*A* 55,500 38,000 13.5 11.0 -1,525 6944976 CSCF4860N6D*+TXV G*VM971005CNA* SS,500 38,000 135 11.0 1,520 7354218 CSCF486ON6D*+TXV G*VC961205DNA* 55,500 38,000 13.5 11.0 1,545' -7354217 CSCF4860N6D*+TXV G*E81005C*B* 55,500 38,000 13.5 11.0 1,525 5589933 CF4860N6D*#TXV A*EH800805C*A* 54,500 37,400= ; ':13.0'" '`11:0 F ' 1,550 `6944 CS974' _. ..- - CSCF486ON6D*+TXV A*VC80805C*B* 56,500 38,500 13.5 115 1,520 5589909' CSCF486ON6D*+TXVt 't' ,_G-E80905C"B* 54,500 37,400 13.0:!' 11:0 '1,550' 5586829` CSCF4860N6D*+TXV A*VM971005CNA* 55,500 38,000 13S 11.0 1,520 7354214 ' BTU/h Z Seasonal Energy Efficiency Ratio,Certified per AHRI 210/240 @ 80'F/67°F/95"F 3 Energy Efficiency Ratio @ 80'F/67"F/95"F NOTES • Always check the S&R plate for electrical data on the unit being installed • When matching the outdoor unit to the indoor unit,use the piston supplied with the outdoor unit or that specified on the piston kit chart supplied with the indoor unit • EEP-Order from Service Dept PartNo 813707-38 or new Solid State Board 813707-355 PartNo 813707-38 is not interchangeable with 813707-35S The Goodman®brand gas furnace contains the EEP cooling time delay • HSK-Hard StartKit This is an additional capacitor to assist with compressor start-up,used with the standard"run"capacitor that is supplied in the unit Order from a Goodman brand distributor or service department SS-GSX13 www goodmanmfg com 53 s (• Ln 11 A LvJB I OUTDOOR POWER SUPPLY _ �J CONTROL BOX BUPK-Y NOTE 1 �! � SEE RATING PLATE BL-C O} I I I T1 Iy J T2 BUPK € ��^� � 1 r�,••( r� �L ..�� T7 L1 SV BR I2�f r`t `SCI OI L2 H I C COLOR CODE , RCC �l x BKBLACK ) Lu z P�COMP L---_– / BBLUE m , r H so BUPK-----BLUEIPINK STRIPE yj p p �'aN'�,R F `• UJ BRBROWN0 F- �r O HRB OR-----ORANGE WLPU----PURPLE z z L saJ00 RD --RED w 0 10 (IF USED) J WH--WHITE F-W m TI T2 D YLYELLOW . <0 B% SR TT R I f. CIO L1 L2p I -p Si C I __J GS v ' m 2,'�I I BL qt ' LU YL $($ O an 0WIRING CODE YL FACTORY WIRING �} C m — PO HERM HIGH VOLTAGE ? C IV�44G4_ 3 c LOW VOLTAGE R BR F I OPTIONAL HIGH VOLTAGE --p RCCF 1 o _ 1 FIELD WIRING HPS 3 1 _SA HIGHVOLTAGE — Ti'i T21'i BUPK (IF USED)97 LOW VOLTAGE N-OT�E 2 ` LI.', 1.2 BUPK —RD ALTERNATE DOUBLE Y C POLE CONTACTOR )+ 2j NOTES ----------- ------- - - 1)TO INDOOR UNIT LOW VOLTAGE COMPONENT CODE J' TERMINAL BLOCK AND INDOOR COMP == C--r----•--CONTACTOR THERMOSTAT MAIN EQUIPMENT GROUND CM=•----OUTDOOR FAN MOTOR � 2) START ASSIST FACTORY RD oil,pQ, COMPCOMPRESSOR ' EQUIPPED WHEN REQUIRED BK AUX HPS----•HIGH PRESSURE SWITCH E 3) USE COPPER CONDUCTORS ONLY MAIN �VC94#Q 1' PU 10-----INTERNAL OVERLOAD ; t t USE N E C CLASS 2 WIRE HPS LVJB----LOW VOLTAGE JUNCTION BOX 1J} AUX BR YL Io RCCF---RUN CAPACITOR FOR COMPRESSOR 8 FAN ��• IG BX (S) SA START ASSIST i SC-----START CAPACITOR FOR COMPRESSOR(OPTIONAL) a SIR–----START RELAY FOR COMPRESSOR(OPTIONAL) CM CONTROLS SHOWN WITH THERMOSTAT IN IQFF'POSITION. 0140800258-8 i' In a, Wiring is subject to change Always kI x refer to the wiring diagram or the I High Voltage: Disconnect all power before servicing or Installing this unit Multiple power L W unit for the most up-to-date wiring WARNING sources may be present Failure to do so may cause property damage,personal injury,or death 7 s� t� LVJB C) X CONTROLBOX I OUTDOOR POWER SUPPLY_ W YL-Y SEN. t SEE RATING PLATE BL-C t t I T1 T2 - L1 C 5 gq 2 I SC C L2 COLOR CODE 10 HC BK BLACK BL BLUE J C PJi' BR BROWN z RCCF OR ORANGE '0 COMP SC PU PURPLE 00 F REO w iN R W 1 WH WHRE � VL YELLOW BL B O 1 �&R R B 1 I a o 10 P (IF USED) I WIRINGCODEB INGSR YL -� HIGHVOLTAGE CM ��Y S LOWVOLTAGE _ C OPTIONAL HIGH VOLTAGE FIELD WIRING -RD HIGH VOLTAGE IL PU R GO 1 1 RCCF H C F COMPONENTCODE O CL C CONTACTOR CM—OUTDOOR FAN MOTOR C N —YL ` COMP—COMPRESSOR 7 I 10 INTERNAL OVERLOAD 3 :L BR LVJB—LOWVOLTAGE JUNCTION BOX 00�' '1 I RCCF—RUN CAPACITOR FOR COMPRESSOR 6 FAN n SA—START ASSIST O SC—START CAPACITOR FOR COMPRESSOR(OPTIONAL) 3 SA SR—START RELAY FOR COMPRESSOR(OPTIONAL) T10 T20 (IFUSED) T1T T1 NOTE 2 CONTROLS SHOWN NTH THERMOSTAT IN'OFF'POSITION L10 L2p �-RD ALTERNATEDOUBLE POLE CONTACTOR Y +} C I I SEE NOTE I NOTES. O COMP MAIN — 1)TO INDOOR UNIT LOWVOLTAGE TERMINAL BLOCK d C) RD EQUIPMENT GROUND INDOOR THERMOSTAT JBK qUX SEE NOTE 2)START ASSISTFACTORY EQUIPPED WHEN REQUIRED n MAIN 3)USE COPPER CONDUCTORS ONLY PU AUX BR •�••, y•• 10 C S �•1"� BK t t USE N E C CLASS 2 WIRE T R 1 � x H UJ CM ••• O 0140R00015P•C W O Wiring is subject to changeAlways refer to the wiring diagram or the I High Voltage:Disconnect all power before servicing or Installing this unit. Multiple power L t� u�i unit for the most up-to-date wring WARNING sources may be present Failure to do so may cause property damage,personal Injury,or death 7 DIMENSIONS B 7 6 5 4 3 2 1 CCi 12,e ;-xE xsrsx':u •SK di x'r F•WF• i Nti 4t}"t"t E MODEL DIMENSIONS E W" D" H" GSX130181E` 23 23 25% GSX130241E' 26 26 27'/: GSX1303016' 26 26 27'/: GSX130301L' 26 26 32% D GSX130361E' 26 26 27% D GSX130421B' 29 29 36Y W <� GSX130481B' 29 29 D 40 65X1306016` 29 29 40 GSX130611A' 35% 35% 38'/. 1� C C 13 Goodman Manufacturing Company,L P A GSX13 A S�_{;Fi.0• (L4' tl1tv41�SCDa�331YfMiDW4taHL5S'4n'F5M7a4i�s'tG#tLSR:iti69AJa�KtGiCS✓v • C wV'V!ec S-:fk 7wfEffLt CCIt"i: WV J �5-,�tl ®kv'SCZ+3 ®• tYrtaLlEl;"itC' Q•SC ".FFti?7sr3.^aPSiC. vtfixsrcczwaryPrscazou..w..-wuwcax.tr+r;rtaxautcm:sc.vscsacce.,scrasr" A .a .rra�nratn-wi�xrm�nuewiwewex�mu�auawcxmiurvuwpwa�ssuc +•:s+x d"G�' 8 7 8 5 4 3 •<,2 1 ACCESSORIES MODEL# DESCRIPTION ABK-20 Anchor Bracket Kit A X X X X X X X ABK�21 Anchor BradkkXif^ X X _... .. _. . _ .._. __._ .... ____. _. _. _ _.b._ _ . ------ ,_ Al _,... ASC-01 Anti-Short Cycle Kit X X X X X X X X X CSR;U 1 Hard-sta'rt`Kit..... ..,.. X _ X_._. <X ._ X.. CSR-U'2 Hard-start-Kit X . X X X X GSR>U-3 :Haid start Kit:_ _ 1, _ X_ X. X FSK01A' Freeze Protection Kit X X X X X X X X X _ Liquid lne'Solen'oid`Kit X, ''' ?;X X X X X X'.. X :X. LSK02A 0130R00000S Low-Pressure Switch Kit X X X X X X X X X CAKTO0* :tow Ambient Kits :X X r X X X X' „X e X X- TX2N42 TXV Kit X X TX;2N4A? M, Kit TX3N42 TXV Kit X r X TXSN4z TXV,Kit ' X X X X Contains 20 brackets,four brackets needed to anchor unit to pad ' installed on indoor coil ' Field-installed,non-bleed,expansion valve kit Condensing units and heat pumps with reciprocating compressors require the use of start-assist components when used in conjunction with an indoor coil using a non-bleed thermal expansion valve refrigerant metering device or liquid line solenoid kit Goodman Manufacturing Company,L P,reserves the right to discontinue,or change at any time,specifications or designs without notice or without incurring obligations 0 2017 Goodman Manufacturing Company,L P • Houston,Texas • Printed in the USA 56 www goodmanmfg corn SS-GSX13