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HomeMy WebLinkAbout52097-Z TOWN OF SOUTHOLD BUILDING DEPARTMENT TOWN CLERK'S OFFICE 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#: 52097 Date: 07/11/2025 Permission is hereby granted to: Walsh Prk Benevolent Assc PO BOX 684 Fishers Island, NY 06390 To: install HVAC system to existing three-family dwelling as applied for. Premises Located at: 1054 Madeline Ave, Fishers Island, NY 06390 SCTM# 6.4-9 Pursuant to application dated 06/23/2025 and approved by the Building Inspector. To expire on 07/11/2027. Contractors: Required Inspections: ELECTRICAL- ROUGH, PLUMBING , ELECTRICAL- FINAL, FINAL, Fees: As Built HVAC $500.00 ELECTRIC -Residential $200.00 CO-RESIDENTIAL $100.00 � Total S800.00 � r Building Inspector 6Ow TOWN OF SOUTHOLD—BUILDING DEPARTMENT Town Hall Annex 54375 Main Road P. O. Box 1179 Southold,NY 11971-0959 µ Telephone (631) 765-1802 Fax (631) 765-9502t : Date Received APPLICATION FOR BUILDING PERMIT For Office Use Only PERMIT NO. �. Building Inzpetcr.,_.....w_.� JUN r Applications and forms must be filled out in their entirety. Incomplete applications will not be accepted. Where the Applicant is not the owner,an TOwI t 1ld vital SooD01t l lrrld Owner's Authorization form(Page 2)shall be completed. r OfI c�tat Date:6/20/2025 OWNER(S)OF PROPERTY: Name:Walsh Park Benevolent Association SCTM #1000- Project Address: 1054 Madeline Ave, Unit A, Fishers Island, NY 06390 Phone#:(631) 788-7927 Email:medwards@walshpark.org Mailing Address:PO Box 684, Fishers Island, NY 06390-0684 CONTACT PERSON: Name:Julie Liu Mailing Address:1265 Dean St, Brooklyn, NY 11216 Phone#:917-615-4392 Email:julie@centsiblehouse.com DESIGN PROFESSIONAL INFORMATION: Name: Mailing Address: Phone#: Email: CONTRACTOR INFORMATION: Name:Toms Plumbing & Heating Mailing Address:Po Box 534, Fishers Island, NY 06390 Phone#:6317887141 Email:toms plumbing@yahoo.com DESCRIPTION OF PROPOSED CONSTRUCTION ❑New Structure ❑Addition ®Alteration ❑Repair ❑Demolition Estimated Cost of Project: ❑Other $22500 Will the lot be re-graded? ❑Yes L0No Will excess fill be removed from premises? ❑Yes ®No 1 PROPERTY INFORMATION Existing use of property: intended use of property: �� Zone or use district in which premises is situated: Are there any covenants and restrictions with respect to this property? Dyes BNo IF YES,PROVIDE A COPY. 0 Check BOX After Reading: The owner/contractor/design professional is responsible for all drainage and storm water issues as provided by Chapter 236 of the Town Code.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,alterations or for removal or demolition as herein described.The applicant agrees to comply with all apprcable laws,ordinances,building code, housing code and regulations and to admit authorized inspectors on premises and in building(s)for necessary inspections.False statements made herein are punishable as a Class A misdemeanor pursuant to Section 210AS of the New York State Penal Law. ' (print n e Julie Liu, Centsible House, Inc ®Authorized Agent ❑Owner Application Submitted By(p Signature of Applicant: ` ate � �Brandon�Mw Rivera STATE OF NEW YORK) Not rY PUblic, State of New York SS: Registration 4 01RI6415135 COUNTY OF NOW #r ) Commission Expires 03/29/2029 ti M4G� N being duly sworn, deposes and says that(s)he is the applicant (Name of individual signing contract)above named, (S)he is theAgent (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/her knowledge and belief;and that the work will be performed in the manner set forth in the application file therewith. Sworn before me this 2a day of-j -,.A......,20 Notary Public PROPERTY OWNER AUTHORIZATION (Where the applicant is not the owner) Walsh Park Benevolent Assc 1054 Madeline Ave, Fishers Island residing at _w ..... Julie Liu, President,Centsible House, Inc do hereby authorize to apply on my behalf to the Town of Southold Building Department for approval as described herein. Owner's Signature Date Matthew Edwards, Program Manager Print Owner's Name 2 Buildina Department A lieatiau AUTHORIZATION (Where the Applicant is not the Owner) I Walsh Park Benevolent Assc residing at 1054 Madeline Ave (print property owner's name) (Mailing Address) Fishers Island m..... mmm do hereby authorize Julie Liu, President _M. �................wMw�.. ....__._.._...m_.._._...... (Agent) Centsable House Inc to apply on my behalf to the _..... ........_.w_.......w..._w_......_._.w... _w.ww..__...w. Southold Building Department. Owner.-s...Signature) i..,nature.......H_ (....w_.. g .. ) (Date) Matthew Edwards, Program Manager ��_�._.._�.....�..M...�rint Owner's Name) PO Box 684, Fishers Island, NY 06390 00 1054 Madeline Ave Unit A Scope of Work Insulation Rim joist insulation, 130 linear feet, closed cell foam to R14/2" HVAC Two (2) LG KUMXA241A condensers A and B Two (2) LG KNUAB121A wall mount IDUs Al , 131 Four (4) LG KNUAB091A wall mount IDUs A2, A3, B2, B3 Units B and C space heating system remained unchanged AP P "E S NOTED 'PLY WITH ALL,CODES ' FIB BY. NEW YORK STATE& TOWN CODES NOTIFY BUILDING DEPARTMENT AT REQUIREDAS I N' IIS F 631-765-1802 8AM TO 4PM FOR THE FOLLOWING INSPECTIONS: SO H 1. FOUNDATION-TWO REQUIRED 11 � E FOR POURED CONCRETE � , �� ,� � 2. ROUGH-FRAMING& PLUMBING 3. INSULATION , �)EC 4. FINAL-CONSTRUCTION MUST P10�qpc BE COMPLETE FOR C.O. ALL CONSTRUCTION SHALL MEET THE REQUIREMENTS OF THE CODES OF NEW YORK STATE. NOT RESPONSIBLE FOR DESIGN OR CONSTRUCTON ERRORS OCCUPANCY OR 1"LL"MICAL USE IS UNLAWFUL INSP E.'c` nON REQUIRED WITHOUT CERTIFICATE I Job Name/Location: Tag No: Date: 6/20/2025 For:LJ File ❑Resubmit PO No.: ❑Approval ❑Other • LG Architect: GC: En r: Mech: Rep: (company) (Project Manager) t" I<UMXA241A LG . ...I. R32 Multi F with D' Outdoor ar �+ Outdoor Unit (ODU) Performance: Operating Range: Cooling Capacity(Min.-Rated-Max.,Btu/h) 8,400^24,000-30,000 Cooling('F DB) 14 to 118 Heating Capacity(Min.-Rated-Max.,Btu/h) 10,248-26,000^31,200 Heating(°F WB) -13 to+64 Max.Heating Capacity at 17°F(Btu/h) 28,500` n it Data: Max.Heating Capacity at 5°F(Btu/h) 26,000 Max.Heating Capacity at-4°F(Btu/h) 24,600 Refrigerant Type R32 Refrigerant Control EEV Max.Heating Capacity at-13"F(Btu/h) 19,480 Sound Pressure(Cool/Heat)±1 dB(A)^ 52/55 Cooling COP @95"F(Rated) 3.95 Net/Shipping Weight(Ibs.) 149.9/167,6 Heating COP @47'F(Rated) 3.66 Power Wiring from ODU to IDU(No x AWG)2 3 x 14 Cooling Nominal Test Conditions: Heating Nominal Test Conditions: Indoor:80°F DO/67"F WB Indoor:70"F DB/60"F WB Communication Wiring from ODU to IDU(No x AWG)2 2 x 18 Outdoor:95-FDS/75"F WB Outdoor:477 DB/43T WB Heat Exchanger Coating g Gold FGn" Electrical" Minimum No.of Indoor Units 2 Power Supply(V/Hz/0)1.2 208-230V,60,1 Maximum No.of Indoor Units MOP(A) 30 MCA(A) 23.1 Com ressors Cooling Rated Amps(A) 17.65 Type Scroll Heating Rated Amps(A) 17.65 Quantity 1 Compressor(A) 17.0 Oil/Type PVE Fan Motor(A) 0.65 Fens Locked Rotor Amps(A) 23 MOP-MaximumOvercurrentProtection MCA-Minimum Circuit Ampacity Type Axial Piping: Quantity 1 Motor/Drive Brushless Digitally Controlled/Direct Refrigerant Charge(lbs.) 5•29 Max.Airflow Rate(CFM) 2,119 Liquid Line Connection(in.,O.D.) 1/4 x 3 Vapor Line Connection(in.,O.D.) 3l8 x 3 Notes: 1.A cceptable operating voltage:187V-253V. Maximum Total Piping3(ft.) 246.1 2.All powersupply wiring to the outdoor unit lsfield supplied,solid orstranded.Thepowerwiringand Min./Max.ODU to IDU Piping(ft.) the communication wiling from the outdoor unit to the Indoor unit Is field supplied and must be stranded, 9.8/82.0 welded or unshlelded(If shlekied,It must be grounded to the chassis of the outdoor unit only).All wiring Piping Length(no add'I refrigerant,ft.) 123.0 must comply with applicable local and national codes. a.Power Supply Wiring to Outdoor U nit(No.x AWG):3 x 12 for 18k,24k,and 30k. Additional Refrigerant Charge(oz./ft.) 022 b.PowerWiringandCommunicationWiringfromOutdoorUnittoIndoorUnit(No.xAWG)3x14/2x18. Maximum Elevation between ODU and IDU ft. 4.soundpresns Levelsre retes. ( ) 49.2 4.Sound pressure levels are tested to an anecholc chamber under I50 Standard 3745. S.This data Is rated 0ft.above sea level,with 0ft.level difference between outdoor and Indoor units,and Maximum Elevation between IDU and IDU(ft.) 24.6 the following refrigerant pipe lengths: ODU-Outdoor UnA WU-6ndoor Unk KUMXA181A:16.4 ft.x 2=32.S ft.;KUMXA241A:16.4 ft.x 3=49.2 ft.;KUMXA301A:16.4 ft.x 4=65.6 ft. 6.All capacities are net with a combination ratio between 95-105%. Features: 7.Must follow installation Instructions In the applicable LG Installation manual. B.Refer to the Combintion Data Manual for combination capacity tables. •Auto operation/Auto restart • Restart delay(three[3]minutes) 9.Seethe Performance Data Manual for sensible and latent capacities. • Inverter(variable speed •Self diagnosis compressor) •Soft startoil • Integrated central control • Factory-installed drain pan heater � e connection • Low ambient cooling down to • Defrost/Deicing 14°F(-4°F with Wind Baffle Kit) O U Optional Accessories: I ❑Power Distribution Indicator ❑LG Monitoring View(LGMV)for ± (PDI)Premium-PQNUDIS41 Computers -PRCTILO ❑Mobile LGMV for Android' ❑Low Ambient Wind Baffle Kit 0- Smartphones/Tablets or for iOS' ZLABGP04A 2 ����+ III T Tablets BLGMVW100 f Android Is a registered trademark of Go le LLC. m E :1 LGRED IDS Is a registered trademark of Cisco Systems,Inc.) Controller Options: ProparsNrNng and installation of equipment Is critical to achieve optkmatl performance.SpdNt sYstam air tondtitYonacrs and ❑MUItiSITE Communication Mgr. ❑ACP 5 BACnet®Gateway heat pumps(excluding ductless systems)must be matched with appropriate coil components to meet ENIAGY$TARO ❑AC Smart 5 ❑LonWorksO Gateway criteria.Ask your contractor for details or visit ww'w.e-nergystargov, ❑ACP 5 BACnet°Is a rees'temu trademark of ASH RAE.Lon- (ENERGY STAR and the ENERGY STAR mark are reghteed trademarks owned by the U.S.Environmental Protection Agency.) Works is a registered trademark of Echelon Corp. For a complete list of available accessories,contact your LG representative. SB Multi F LGRED ODU R32 KUMXA241A 2025 01 07 195702 For continual product development,LG reserves the right to change specifications without notice. ®LG Electronics U.S.A.,Inc.,Englewood Cliffs,NJ.All rights reserved."LG Life's Good"is a registered trademark of LG Corp./www.Ighvac.com Page 1 of 2 Job Name/Location: Tag No.: KUMXA241A Date: 5/20/2025 R32 Multi F with LGRED' Outdoor PO No.: I _ 31) View , ?7 13 77' t 8ianddn r Air Outlet Handle" Handle �.., Yaw lipM44 IPd O © C3 �. sod VI 5 Z (Piping Connection Ports) .._�.........m......._M......_.._..._............. 16g u�tacP•Vd up.a E;onnn�lion t� `Etlff^I Wring Access Hole 4roiC'rtiwa'CW�&i:,ar�..waa�wv� ....,.�:,.:.`.pp:...:.................. � r —44D 04 hales for drain connection Symbols Note " i Unit musil be Insianed in compaande wit)the ilnstwiaoan manna[ mix --W Piping Direction 2.¢Jnn must be grounded an accordance wnh the focal or state , l"o tln"surd p�Ap'armcA0.ahC arisl""I.It r"!Il, ..,, Litnrd 6* iR'ttY +�Datum one d A460d hu and dP o�c4mirworntd and materials must rarmecUor comply will tho local,stale and national codas Adrw, rpypuyry p4org 4 Elscmcal cnaracterohm nvel the consFdered Tor oecarsai work and ypyt,G;;rnM design..The capacity of power cable smal cimuit brvI its V;II"'r,+owuY outdoor a ndt must follow local„state,national,and manufacturer requirements For continual product development,LG reserves the right to change specifications without notice. SBa Multi_F,_,LGRED_,0DU._R32—,KUMXA241A_2025_01 07_195702 ©LG Electronics U,S.A„Inc.,Englewood Cliffs,NJ.All rights reserved."LG Life's Good"is a registered trademark of LG Corp./www,lghvaccom ._Page 2 of 2 NEEP'S COLD CLIMATE AIR SOURCE feat PumpList 02il/2, N ,,�,r f� �,,,i n b P ., IG Multi F IGRED Central Air Conditioning Heat Pump (HP) Muhizone All Ducted AHRI Cert#`:214343476 Outdoor Unit Model 4-:ICMMUM41A Indoor Model##-: Maximum Heating Capacity(Btufh)@.5°F:21,600 Rated Heating Capacity(Btulh)@47°F":24,000 OPP Rated Cooling Capacity(Btulh)@95°P:22,000 .,a„. Inforination Tables Performance Specs Brand w Heating/ Outdoor Indoor Dry Series MuhiFIfiRID Cooling Dry Bulb Bulb Unit Min Rated` Max Ducting MuhiwneAnDucted Cooling 95T 80OF BtWh' 10380 22,000 27,500 Configuration kW 1.13 1.76 2.66 AHRI Certificate 214848476 COP 2.69 3.66 3.03 0- Cooling 82T 80 T Btu/h' 10,890 29,680 OutdoorUnit IaJM3W41A kW 1 236 Model#' 1ndoorModel#` COP 3.19 3.69 Indoor Unit Ducted Indoor Units Heating 47T 70T Btu/h' 13,200 24,000 28,800 Type' kW 136 1.94 .277 Furnace Model"# COP 2.84 3.63 3.05 E EFr Heating 17T 70T BMW 9,372 15.000 25210 SEEW kW 1.12 1.57 3.18 HSPF(Regiou COP 2.45 2.8 232 Heating 5T 70T Btu/h' 7.779 21.600 21.600 EER2` 12.5 kW 121 3.42 3A2 SEERZ' 18.5 COP 1.88 1.85 1.85 HSPF2(Region 9.5 Heating -13T 701F Fkn/h' 6,034 17240 n)` HSPF2(Region V) 7.8 kW 1.01 2.81 ENERGYSTAR COP 1.75 1.8 V6.1 L IF&,T STAR V6.1 Cold Climate ENIRGYSTAR V5.0 Federal Tax Credit Eligibility North Federal Tax (redid Eligibility South CF3ETmr 1 Path A ' (2025) CEETier1 Path B (2025) Capacity 62% Maintenance (Rated 170F7Rated 470F) Capacity 90% Maintenance (Rated So17Rated 47°1) Capacity 90% Maintenance (Max 5*1b/Rated 47°F) Variable Capacity Integration WORESWnHIGSMARS-THINQ,IG PROPRIIETARYHE TIM RIIAY AfY''=f DDTCC Tf_DDnT)DTr rA`DV system Gape ty.Heating and Cooang toa&and weather Data Graph [j .., .° ouuouo n noeuo*a � w .e. Product Sizing For Heating Capacity Balance Point(M 26 Annual Btu's Cowered by Supplemental Heat(16111tn) 11.9 Minimum Capacity Threshold(0l) 43 hours Requiring Supplemental Heat 471 Maximum Capacity at Design Temp(Btta/h) 22.,202 Percent Hours Requiring Supplemental Heat 7S% Percent Design Load Served 53.3% Percent Annual load Modulating 57.9% Annual Heating load(MMBtu) 825 Percent Annual load with low-Load Cgcling 25.0% Percent Annual Heating Ioad Served $5.6% :Product Sizing For Cooling Minimum Capacity Threshold(0F) 103 Percent Annual Canting load Served 100.0% Maximum Capacity at Design Temp(Btu/h) 27,500 Percent Annual load Modulating 0.0% Percent Design Ioad Served 366.7% Percent Annual load with lour-load gcliag 100.0% Annual Cooting load(MMBtu) 1.1 Job Name/Location: "rag No.: Date: 6/20/2025 For:F!File ❑Resubmit PO No.: OApprovaILJOther Architect: GC: i Engr: Mech: s I� e Cloy pinny (Proiect Meneser) R32 Multi F Wall • e• ••• I Performance: Entering Mixed Air: Nominal Cooling Capacity(Btu/h) 12,000 Cooling(°F WB) 57—77 Nominal Heating Capacity(Btu/h) 13 600 Heating(°F DB) 59^ 81 Cooling Nominal Test Conditions: Heating Nominal Test Conditions: Indoor:80'F DB/677 WB Indoor.70'F DB/60"F WB Outdoor:95'F DB/75'F WB Outdoor.47'F DB/43'F WB Unit Data: Refrigerant Type R32 Electrical: Refrigerant Control EEV Sound Pressure H/M/L)(±3 dB[A])' 38/34/29 Power Supply(V/Hz/qJ)1� 208-230/60/1 ( `Primary Filter Washable Pre-filter Rated Current(A) 0.4 Secondary Filter 3M Micro Dust Net Weight(tbs.) 19.73 Shipping Weight(tbs.) 22.7 Piping: Installed Liquid Pipe(in.,O.D.) 01/4 Fan: Installed Vapor Pipe(in.,O.D.) 03/8 Type Cross Flow Liquid Connection(in.,O.D.) 01/4 Vapor Connection(in.,O.D.) o3/8 Quantity 1 27/32,5/8 Motor/Drive Brushless Digitally Controlled/Direct Drain(in.,O.D./I.D.) Temperature Sensor 27/32 ist 8 Air Flow H/M/L(CFM) 282/233/177 Dehumidification(pts./hr.) 2.75 Controls Features: • Left/right and u /down auto • 3M Micro Dust Filter Notes: g P 1.Acceptable operating voltage:197V-253V. swing •Self-cleaning indoor coil 2.The power wiring and the communication wiring from the outdoor unit to the Indoor unit,orfrom the • 24-Hour on/off timer •Sleep mode branch distribution unit to the Indoor unit Is fleld supplied and must be stranded,shielded or unshlelded(if •Auto operation • R321eak detection sensor shielded,it must be grounded to the chassis of the outdoor unit only).All wiring must comply with applica- P ble local and national codes. •Auto restart • Built-in Wi-Fivia Smart ThinQ a.Power Wiring and Communication Wiring from outdoor Unit to Indoor Unit(No.xAWG)3x14/2x1B. • Group control app b.Power Wiring and Communication Wiring from Branch Distribution Unit to Indoor Unit(No.x AWG) 3x 14/2x 18. • Inverter(variable speed fan) •Compatible with applicable Single 3.Sound Pressure levels are tested In an anecholc chamber under ISO Standard 3745. •Jetcool/Jetheat Zone Outdoor Units see single zone 4.See Engineering Manual for sensible and latent capacities. ( 5.The indoor unit comes with a dry helium charge. literature for matching system details) 6,Corresponding refrigerant piping length Is In accordance with standard length of each outdoor unit and the level difference Is Oft.All capacities are net with a combination ratio between 95-105%. 7.Must follow Installation instructions In the applicable LG Installation manual. Included Accessories: •Wireless Remote Controller—AKB76044208 Optional Accessories: ❑Auxiliary Heater Kit-PRARSI ❑Single-Port Shutoff Valve-PRHPZ010A ❑R32 Alarm Kit-PLDCAAOS Controller Options: ❑MultiSITE' CRC*Controllers ❑Standard III Remote Controllers ❑Deluxe Remote Controller ❑Dry Contacts CHOUS 4 N Fora complete listof available accessories,contactyourLGrepresentative.Forcontinual product development,LG reservesthe righttochange specifications without notice. SB_MUILIF HIEfE WallMOunted„wIDU, R32,KNUA6121A_,2025„OS_15_x131307 ©LG Electronics U.S.A.,Inc.,Englewood Cliffs,NJ.All rights reserved."LG Life's Good"is a registered trademark of LG Corp./www.lghvac.com Page 1 of 2 Job Name/Location:, Tag No.: R32 Multi F Wall Mounted High Efficiency Indoor Unit �(D Date: 6/20/2025 rrr . PO No.: 121r) d4W � ' rIM OM o f .. a C7 n o o m � m � m N G 0 7 N d- CA W N p� �1n2 ro o— m�F r � o m a]. n� r` ij p 5—. o-. ...,.�.......,_,.... -.� no ^ 2. _ µ I 1 9 oo �Al I� ,.. # �z•Aresat For continua I product development,LG reserves the rightto change specifications without notiice. SB,_ H!Eff WaINounted"„•IDU,,,,,R32,_,KNUAB121A_2025 05M,15_131307 MultiF"„ ©LG Electronics U.S.A„Inc.,Englewood Cliffs,NJ,,All rights reserved,"LG Life's Good"is a registered trademark of LG Corp./w .lghvac.com Page 2 of 2 Job Name/Location: "Tag No.: Date: 6/20/2025 For:DFile ❑Resubmit PO No.: ❑ApprovalDOther Architect: GC: Engr: Mech: Re (Companyl 1project Ndan4gar l(NMAB071A R32 Multi F Wall Mounted High Efficiency Indoor 1 Performance: Entering Mixed Air: Nominal Cooling Capacity(Btu/h) 7,000 Cooling(°F WB) 57 77 Nominal Heating Capacity(Btu/h) 8,100 Heating(°F DB} 59" 81' Cooling Nominal Test Conditions: Heating Nominal Test Conditions: Indoor.001 DB/67°F WS Indoor:701 DB/60°F WB Outdoor.95'F DB/75'F WB Outdoor 47'F DB/43'F WB Unit Data: Refrigerant Type R32 Electrical: Refrigerant Control EEV Sound Pressure(H/M/L)(±3 dB[A))3 35/31/26 Power Supply(V/Hz/�)12 208-230/60J1 Primary Filter Washable Pre-filter Rated Current(A) 0.4 Secondary Filter 3M Micro Dust Net Weight(lbs.) 19.73 Shipping Weight(Ibs.) 22.7 Piping: Installed Liquid Pipe(in.,O.D.) 01/4 Fan: Installed Vapor Pipe(in.,O.D.) 03/8 Type Cross Flow Liquid Connection(in.,O.D.) 01/4 Quantity 1 Vapor Connection(in.,O.D.) 03/8 Motor/Drive Brushless Digitally Controlled/Direct Drain(in.,O.D./I.D.) 27/32,5/8 Air How H/M/L(CFM) 254/204/148 Temperature Sensor Thermistor Dehumidification(pts./hr.) 2.65 Controls Features: Notes: • Left/right and up/down auto • 3M Micro Dust Filter 1.Acceptable operating voltage:187V-2S3V. swing • Self-cleaning indoor coil 2.The power wiring and the communication wiring from the outdoor unit to the indoor unit,orfromthe • 24-Hour on/off timer • Sleep mode branch distribution unIttothe indoor unit Is field supplied and must be stranded,shielded orunshielded jif shielded,it must be grounded to the chassis of the outdoor unit only).All wiring must comply with applica- •Auto operation • R32 leak detection sensor We hacat ind national codes, •Auto restart • Built-in Wi-Fivia Smart ThinQ a.PowerWiring and Communication Wlringfrom outdoor Unittolndoorunit(No.xAWG)3x14/2xIs. • Group control a pp 3 Power j Wiring and Communication Wiring from Branch Distribution Unit to Indoor Unft(No,x AWG) • Inverter(variable speed fan) 3.Sound Pressure levels are tested roan anechoic chamber under ISO Standard 3745. •Jet cool/Jet heat 4.See Engineering Manual for sensible and latent capacities. S.The Indoor unit comes with a dry helium charge. 6.Corresponding refrigerant piping length Is In accordance with standard length of each outdoor unit and the)evel difference Is 0 ft.All capacities are net with a combination ratio between 95-105%. 7.Must follow Installation Instructions In the applicable LG Installation manual. Included Accessories: • Wireless Remote Controller—AKB76044208 Optional Accessories: ❑Auxiliary Heater Kit-PRARS1 ❑Single-Port Shutoff Valve-PRHPZ010A ❑R32 Alarm Kit-PLDCAAOS Controller Options: ❑MultiSITE11 CRC*Controllers liiii11111111611661111611iiiii ❑Standard III Remote Controllers ❑Deluxe Remote Controller ❑Dry Contacts O ca IJS For a complete list of available accessories,contact your LG representative.For continual 0515 131307 ®LG Electronics U.S.A.,Inroduct a.,Englewood Cliffs,NJ.All rights reserved,"LG ment,LG reserves the right to change Life' Good'is acations t registered trademark of LG Corp./www.Ighvac.Iwim mHlEfF,_WaIIMOUnYed„mI DIJR32,_KN MABD7IA _. 5... Page 1 of 2 Job Name/Location: Tag No.: B0 R32 Multi F Wall Mounted High Efficiency Indoor Unit Ile LG Date: 6/20/2025 00 Btu/h PO No.: - c CA, - 0 � paz a v 0 Q.Q. P O ry <W 3C N m N D YN }� - �T N .a,� S�C Z[n 2 W �np "�yw N cn X x ,o aI .._..... ig ro n 07 C 3�. d �aae ash o 00 S I " tl p 0 00IRK � __............ I j _. ti z"az 5 k S Zq IN spa 1-4 ................u.?:__e�?�................. For continual product development,LG reserves therighttochange specifications without notice. SB Mulff wHlEffWaIIMourtted„,IDU„R32_KNMAB071A„2025_05 15_131307 ©LG Electronics U.S.A.,Inc.,Englewood Cliffs,NJ.All rights reserved."LG Life's Good"is a registered trademark of LG Corp./www.lghvac.com Page 2 of 2 o EmPower New York sT YEoF House Diagram Worksheet Customer Name: Stacey McCarthy Contractor Name: Centsible House, Inc Empower ID#: DO 1049578 Date: House Diagram-REQUIRED for all Home Performance projects. Indicate locations of pre-insulated wall areas AND identify attic areas to be insulated. Aiul I ........... �„r . .1_ .. I t j Rim joist insulationBO sgft 1 I f Clsoed cell foam "/R14 e _�RJ " 1 f " l t I I I I CAZ Zone Locations-Optional Zonal Pressure Diagnostics-Optional Zone 1 ? H/z H/Z H/z H/z HT Pressure Difference Z/o z/o z/o z/n z/o J 1 (No Hole) ........ .....,......., _.,......., 1 l New CFM Pressure of i Difference CFM 0 If Difference ......: ....... ......_ ... .— e Multiplier From Chart r; Maximum Reduction Post Pressure Difference NEWYORK EmPower New York 4�, o�PORTUWTY House Dia ram Worksheet Customer Name: Stacey McCarthy Co Centsibi House, Inc Empower ID#: DO 1049578 Date: House Diagram-REQUIRED for all Home Performance rojects. Il Indicate locations of pre-insulated wall areas AND ide Itify attic areas to be J?Sh pp jNUIrth j I j .. � I [do ndenserB .. ................._ IDUS Al and KNUAB121A � I i j I Condenser A � ! ! � S t i f I I I i i S r` i 0000 C I CAZ Zone Locations-Optional Zonal Pressure Diagnostics-Optional Zone Pressure H/Z H/Z H/Z H/Z H/z z/a z/o z/o z/o z/o Difference ----- t (No Hole) t,__.................. New CFM �r a% v Pressure zi _°01, Difference pi, I CFM Difference Multiplier From Chart Maximum ,� ff Reduction Post Pressure Difference NEWYORK, NYSERDA EmPower New York ATE OF OPPORTUNITY. House Diagram Worksheet Customer Name: Stacey McCarthy Contractor Name: Centsible House, Inc EmPower ID#: DO 1049578 Date: House Diagram-REQUIRED for all Home Performance projects. Indicate locations of pre-insulated wall areas AND Identify attic areas to be insulated. Ind o _ ........, f j UA I I i I I i IDU A2 and B2 .. f KNMAB071A I I i I I I I I I I ` South �.... ......._....._.._ i j i I CAZ Zone Locations-Optional Zonal Pressure Diagnostics-Optional Zone � Pressure H/Z H/Z H/Z H/Z H/Z I I Difference z/a z/u z/a z/a z/a (No Hole) ... _. . _ _ New CFM I 'o Pressure c Difference CFM Difference t Multiplier From Chart pMaximum Reduction I Post Pressure Difference i r NEW MIRK NYSERDA EmPower New York 1ATE OF m���NORrUwaImY House Diagram Worksheet Customer Name: Stacey McCarthy Contractor Name: Centsible House, Inc EmPower ID#: DO 674119 Date: House Diagram -REQUIRED for all Home Performance projects. Indicate locations of pre-insulated wall areas AND identify attic areas to be insulated. ... �?r 3 rd F]North 1 r i o 1 Attic opebn blow to 1149/14 ` 1,000 sgft cellulose ' � louvre vents(2) j ,,IDUs A3 and B3 �KNMAB071A K aLU r, Aid 4r, t l i SouthJi � t i I CAZ Zone Locations-Optional Zonal Pressure Diagnostics-Optional Zone 1 H/Z, H/Z H/Z H/Z H/Z Pressure Difference z/01 z/o z/o z/a z/a I (No Hole) _. ........ New CFM a z! Pressure a" i Difference p!, CFM Difference Multiplier ... ... ... ........ ._ . From Chart 1 Maximum 4 Reduction Post Pressure Difference i ' C 1. Project Name: 2023-359_McCarthy Address: Madeline Avenue,Fishers Island, NY OUTDOORICONDITIONS Weather station:New London (Bridgeport DID) Summer Outdoor F: JIM Summer Indoor F: = Design Grains: JIM Daily Range: Winter Outdoor F: IS= Winter Indoor F: IN ) Cooling RH: Elevation(Ft): LOAD CALCULATION TOTALS HVAC System:Wholehouse Heated square footage: am=I Heating BTUH: CM. Cooled square footage: (,a Cooling BTUH: I�t r.."°rm Heated volume(above grade CF): ,:a� CFM: Elm Cooled volume(above grade CF): 1 Sensible cooling: Exposed wall area(SF): IN� �) Latent cooling: KEWN SHR: MaZz Load Calculation Cooling 6MEMMM Heating 0 10,000 20,000 30,000 40,000 50,000 BTUH Approved ACCA MJ8 Calculations '� B Calculations are based on the ACCA Manual J 8th Edition and are approved by ACCA. All computed calculations are estimates on building use, weather data, and inputted values such a R-Values, window types, duct loss, etc. Equipment selections should meet both the latent and sensible gain as well as building heat loss. HEATING AND COOLING LOADS NONE= Heating Loads ....// Walls windows ' / aboveGradeWalls 1,932 11,076 ....,..,.�..... ...... ���,��� aboveGred / e 27 9% %/% %j / 27 3% ceilings 936 1,297 //,� s � � ceiling,° /j/iiii„/ ° doors �__,m_ ......d ors doors 48 1,179 !�, -- ��"", N d m floors 468 741 infiltration 0 14,991 infiltration floors skylights 0 0 ° windows 450 11,340 Totals 40,624 m a Cooling Loads AEDExcursion m W........ 0.5% bonreGradeWalls windows AEDExcursion 0 101 0 ......... �a......... _..13....... ..... 9% aboveGradeWalls 1,932 2,901 0 35.3% appliances plants ti appliances 0 3,400 0 ceilings 936 927 0 pant .•- �/ �� . ... 4 4% doors 48 393 0 �� occupants ' f� ,, i�� i infiltration floors 468 121 0 10 3/° .,.,..,.,. /, infiltration 0 1,083 2,143 occupants 0 1,150 1,000 plants 0 0 300 skylights 0 0 0 windows 450 7,368 0 Totals 17,444 3,443 FENESTRATION LOADS MmJng(0):This apphastion has glass areas that produced nak fflively large cooling loads for pad of the day.Zoning may be reqUired to overictme spikes In solar load for one of,amm roorTm,A zoned systern rnay be requimd,or siorne rooms may rv...qufte zone contrall(provided by individual„motorized,theff"05tatiCAly controlled darnpers). AED Graph(mid-summer) 10,000 .. ........... ........ 5,000 CQ 0 8 9 10 11 12 13 14 15 16 17 18 19 — BTUH Average —Average 1.3 This graph represents hourly aggregrate fenestration loads in mid-summer. AED graph(fall) 7,500 ............ ti X 5,000 CQ 2.500 0 8 9 10 11 12 13 14 15 16 17 18 19 — BTUH Average ..................Average 1.3 This graph represents hourly aggregrate fenestration loads in October, LOADSCOMPONENT System generated wall-N Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-Osw Exposure: NE Healing BTUH: 671 U Value: 0.091 Area: 117 Cooling BTUH: 176 insulation, Stucco or Siding. System generated wall-W Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-Os w Exposure: SE Heating BTUH: 1,187 U Value: 0.091 Area: 207 Cooling BTUH: 311 insulation, Stucco or Siding. System generated wall-S Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-Os w Exposure: SW Heating BTUH: 671 U Value: 0.091 Area: 117 Cooling BTUH: 176 insulation, Stucco or Siding. System generated wall-E Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-Os w Exposure: NW Heating BTUH: 1,187 U Value: 0,091 Area: 207 Cooling BTUH: 311 insulation, Stucco or Siding. Map trace wall Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-Os w Exposure: NE Heating BTUH: 808 U Value: 0.091 Area: 141 Cooling BTUH: 212 insulation, Stucco or Siding. Map trace wall Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-0s w Exposure: SE Heating BTUH: 1,118 U Value: 0.091 Area: 195 Cooling BTUH: 293 insulation, Stucco or Siding. Map trace wall Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-Os w Exposure: SW Healing BTUH: 774 U Value: 0.091 Area: 135 Cooling BTUH: 203 insulation, Stucco or Siding. Map trace wall Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-Os w Exposure: NW Heating BTUH: 1,118 U Value: 0.091 Area: 195 Cooling BTUH: 293 insulation, Stucco or Siding. Map trace wall Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-Os w Exposure: NE Heating BTUH: 774 U Value: 0.091 Area: 135 Cooling BTUH: 203 insulation, Stucco or Siding. Map trace wall Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-Os w Exposure: SE Heating BTUH: 998 U Value: 0.091 Area: 174 Cooling BTUH: 261 insulation, Stucco or Siding. Map trace wall Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-Os w Exposure: SW Heating BTUH: 774 U Value: 0.091 Area: 135 Cooling BTUH: 203 insulation, Stucco or Siding. Map trace wall Frame Wall,Wood framing, R-13 cavity Construction nr. 12C-0s w Exposure: NW Heating BTUH: 998 U Value: 0.091 Area: 174 Cooling BTUH: 261 insulation, Stucco or Siding. � s There are no components for this section. se Default medium windows for wall id 6383069 Construction nr. 1 G U Value: 0,4 Heating BTUH: 605 Window, NFRC rated, Clear glass. Exposure: NE SHGC: 0A Cooling BTUH: 263 Default small windows for wall id 6383069 Construction nr: 1G U Value: 0.4 Heating BTUH: 151 Window, NFRC rated, Clear glass. Exposure: 6 SHGC: 0.4 Cooling BTUH: 66 Default medium windows for wall id 6383072 Construction nr: 1 G U Value: 0.4 Healing BTUH: 605 Window, NFRC rated, Clear glass. Exposure: 24 SHGC: 0.4 Cooling BTUH: 487 SE Default small windows for wall id 6383072 Construction nr: 1 G U Value: 0.4 Heating BTUH: 302 Window, NFRC rated, Clear glass. Exposure: 12 SHGC: 0.4 Cooling BTUH: 244 SE Default medium windows for wall id 6383070 Construction nr. 1G U Value: 0.4 Heating BTUH: 605 Window, NFRC rated, Clear glass. Exposure: 24 SHGC: 0.4 Cooling BTUH: 517 Default small windows for wall id 63B3070 Construction nr. 1 G U Value: 0.4 Heating BTUH: 151 Window, NFRC rated, Clear glass. Exposure: 6 SHGC: 0.4 Cooling BTUH: 129 Default medium windows for wall id 6383071 Construction nr: 1 G U Value: 0.4 Heating BTUH: 605 Window, NFRC rated, Clear glass. Exposure: 24 SHGC: 0.4 Cooling BTUH: 314 Default small windows for wall id 6383071 Construction nr iG U Value: 0.4 Heating BTUH: 302 Window, NFRC rated, Clear glass. Exposure: 12 SHGC: 0.4 Cooling BTUH: 157 Default medium windows for wall id 6383034 Construction nr: 1 G U Value: 0.4 Heating BTUH: 605 Window, NFRC rated, Clear glass. Exposure: 24 SHGC: 0.4 Cooling BTUH: 263 Default small windows for wall id 6383034 Construction nr: 1G U Value: 0.4 Heating BTUH: 151 Window, NFRC rated, Clear glass. Exposure: 6 SHGC: 0.4 Cooling BTUH: 66 Default large windows for wall id 6383036 Construction nr: 1 G U Value: 0.4 Healing BTUH: 907 Window, NFRC rated, Clear glass. Exposure: 36 SHGC: 0.4 Cooling BTUH: 731 SE Default small windows for wall id 6383035 Construction nr. 1 G U Value: 0,4 Heating BTUH: 302 Window, NFRC rated, Clear glass. Exposure: 12 SHGC: 0.4 Cooling BTUH: 244 SE Default medium windows for wall id 6383036 Construction nr: 1 G U Value: 0.4 Heating BTUH: 605 Window, NFRC rated, Clear glass. Exposure: sw 24 SHGC: 0.4 Cooling BTUH: 517 Default small windows for wall id 6383036 Construction nr 1 G U Value: 04 Heating BTUH: 302 Window, NFRC rated, Clear glass. Exposure: 12 SHGC: 0.4 Cooling BTUH: 259 Default medium windows for wall id 6383033 Construction nr 1 G U Value: 0.4 Healing BTUH: 907 Window, NFRC rated, Clear glass. Exposure: 36 SHGC: 0,4 Cooling BTUH: 470 Default small windows for wall id 6383033 Construction nr: 1 G U Value: 0.4 Heating BTUH: 302 Window, NFRC rated, Clear glass. Exposure: 12 SHGC: 0.4 Cooling BTUH: 157 Default medium windows for wall id 6383042 Construction nr 1 G U Value, 0.4 Heating BTUH: 605 Window, NFRC rated, Clear glass. Exposure: 24 SHGC: 0.4 Cooling BTUH: 255 NE Default small windows for wall id 6383042 Construction nr 1 G U Value: 0.4 Heating BTUH: 302 Window, NFRC rated, Clear glass. Exposure: 12 SHGC: 0.4 Cooling BTUH: 124 NE Default medium windows for wall id 6383043 Construction nr: 1 G U Value: 0.4 Heating BTUH: 907 Window, NFRC rated, Clear glass. Exposure: 36 SHGC: 0.4 Cooling BTUH: 707 SE Default small windows for wall id 6383043 Construction nr: 1 G U Value: 0.4 Heating BTUH: 151 Window, NFRC rated, Clear glass. Exposure: 6 SHGC: 0.4 Cooling BTUH: 114 Default medium windows for wall id 6383044 Construction nr: 1 G U Value: 0.4 Heating BTUH: 605 Window, NFRC rated, Clear glass. Area: re: 24 SHGC: 0„4 Cooling BTUH: 505 ExposuDefault small windows for wall id 63B3044 Construction nr 1 G U Value: 0.4 Heating BTUH: 302 Window, NFRC rated, Clear glass. Area:osure: 12 SHGC: 0.4 Cooling BTUH: 246 Default medium windows for wall id 6383041 Construction nr: 1G U Value: 0.4 Heating BTUH: 907 Window, NFRC rated, Clear glass. Exposure: N N SHGC: 0,4 Cooling BTUH: 460 Default small windows for wall id 6383041 Construction nr. 1 G U Value: 0.4 Healing BTUH: 151 Window, NFRC rated, Clear glass. Exposure: 6 SHGC: 0.4 Cooling BTUH: 75 Window cooling BTUHs shown here are daily average values.See AED graphs for details of fenestration loads during the day. System generated ceiling. Ceilingunder attic or attic knee wall,Asphalt Construction nr. 16B-44 ad Heating BTUH: 649 p Area: 468 shingles, Dark, R-44. U Value: 0 022 Cooling BTUH: 463 Map trace generated ceiling Ceilingunder attic or attic knee wall,Asphalt Construction nr: 16B-44 ad Heating BTUH: 649 p Area: 468 U Value: 0.022 Cooling BTUH: 463 shingles, Dark, R-44. There are no components for this section. Skylight cooling BTUHs shown here are daily average values.See AED graphs for details of fenestration loads during the day. Default doors for wall id 6383069 Construction nr. 11 Area: 24 Heating BTUH: 590 Wood Door, Solid Core. U Value: 0.39 Exposure: NE Cooling BTUH: 197 Default doors for wall id 6383070 Construction nr. 11 Area: 24 Heating BTUH: 590 Wood Door, Solid Com, U Value: 0.39 Exposure: SW Cooling BTUH: 197 System generated floor. Floor over enclosed unconditioned crawl space Construction nr. 19C-osp Heating U Value:0.368 Heating BTUH: 741 Area: 468 Cooling U Value:0.368 Cooling BTUH: 121 or basement, no floor insulation. F Value: NSA There are no components for this section. s There are no components for this section. a There are no components for this section. e NCFM Heating: 216 Heating BTUH: 14,991 Leakage Category: NCFM Cooling: 99 Sensible BTUH: 1,083 Latent BTUH: 2,143 a a �- There are no components for this section. r There are no components for this section. Nr.Occupants: 5 Sensible BTUH: 1,150 Latent BTUH: 1,000 Sensible Kitchen,utility room,additional fridge,lighting:3,400 BTUH Quantity: Latent B BTUH: 3.400 BTUH: Plant Size: small Quantity: 5 Latent BTUH: 50 Plant Size: medium Quantity: 5 Latent BTUH: 100 Plant Size: large Quantity; 5 Latent BTUH: 150 ROOM DETAIL Room name:Second Heated square footage: off= Total Cooling BTUH: Cooled square footage: OR= w Total Heating BTUH: Heated volume(above grade CF): JJNM CFM: Elm Cooled volume(above grade CF): 23,M, Exposed wall area(SF): � Load Calculation Cooling Heating 0 5,000 10,000 15,000 BTUH AED Graph(mid-summer) 4,000 2,000 m 0 8 9 10 11 12 13 14 15 16 17 18 19 BTUH — Average Average*1.3 AED graph(fall) 3,000 A,,,r�.. ti m 1,000 0 8 9 10 11 12 13 14 15 16 17 18 19 BTUH —Average Average*1.3 ROOM DETAIL Room name:Third Heated square footage: MWO Total Cooling BTUH: imim iw Cooled square footage: Total Heating BTUH: MEMO, Heated volume(above grade CF): o CFM: 0 M��; Cooled volume(above grade CF): Exposed wall area(SF): u Load Calculation Cooling Heating 0 5,000 10,000 15,000 BTUH AED Graph(mid-summer) 4,000 2,000 m 0 8 9 10 11 12 13 14 15 16 17 18 19 BTUH Average - Average*1.3 AED graph(fall) 3,000 . , � 2,000 ca 1,000 0 8 9 10 11 12 13 14 15 16 17 18 19 BTUH .............°Average Average*1.3 ROOM DETAIL Room name: First Heated square footage: Total Cooling BTUH: Cooled square footage: Total Heating BTUH: Heated volume(above grade CF): CFM: Cooled volume(above grade CF): Exposed wall area(GF): Load Calculation Cooling Heating U 5.000 10.000 15.000 a7UH Aso Graph(miu'summor) 3,000 2,000 -- --------- 1.000 O u e 10 11 12 13 14 1e 16 17 18 1e --- BTUM ~--Average --- /venaQo°1.3 xso graph(n,x) 3,000 2,000 ca 1,000 o o 10 11 12 13 14 15 16 17 18 19 =Menu r� glrttottk4 Search Digital Codes Q 2020 ANSURESNEVACCAACC 310 standard Codes/ICC Standards/2020 ANSI/RESNET/ACCA/ICC 310 Standard for Grading the Installation of HVAC Systems v 0 BASIC I for Grading the Installation of HVAC Systems Appendix A(Normative)—Design Temperature Limits by State and County,and U.S.Territory ::Fanac aen Now York Monroe 86 B 2.6 (A) -. Airport NY(M) Airport N , Version:Jan 2D2l � � ����� - y(M) CONTENTS NOTES New York Montgomery 88 -2 3.6 Albany City Office NY(M) Gloversville NY(M) Gloversville NY(M) mU Newark Liberty Overview New York Nassau 92 0 21 International Airport NJ Norwalk CT(M) Norwalk CT(M) Copyright (A) Newark Liberty About Air Conditioning Contractors of America,Inc, New York New York 92 U 2.1 International Airport NJ Norwalk CT(M) Norwalk CT(M) (A) About the International Code Council° -. Niagara Falls About Residential Energy Services Network,Inc,. New York Niagara 86 R 2.7 Lockport NY(M) International Airport NY Lockport NY(M) (A) Resnet Standards Development Committee 300 Syracuse Hancock in NY Now York Oneida 87 a 3,0 ( Griffis AFB NY(M) Griffis AFB NY(M) '.. Resnet Standards Management Board '.. New York Onondaga 87 a 3,5 Auburn NY(M) Cortland NY(M) Ithaca 13 E NY(A) Special Nate - Dansville Municipal Now York Ontario 88 2 3.1 Geneva NY(M) Auburn NY(M) Airport NY(A) Foreword(Informative) Now York Orange 90 2 3.4 Essex County Airport NJ Kingston NY(M) Monticello NY(M) 1,Purpose (A) New York Orleans 87 5 2.7 Batavia NY(M) Batavia NY(M) Lockport NY(M) 2,Soope New York Oswego 87 -6 3.5 Syracuse Hancock In NY Watertown Airport NY Watertown Airport NY 3.Definitions.. (A) (M) (M) > 4.Task 1:Evaluation of the Design, New York Otsego 85 -4 3.1 Utica Oneida Co,Airport Oneonta NY(M) Oneonta NY(M) NY(M) > 5,Task 2:Evaluation of the Total Duct Leakage. Now York Putnam 89 2 2.7 Poughkeepsie Cuteness Kingston NY(M) Oxford CT(M) Co,Airport NY(M) > 6.Task 3:Evaluation of the Blower Fan Volumetric '.... Newark Liberty '.. Airflow. New York ❑ueans 92 9 2.1 International Airport NJ Norwalk CT(M) Norwalk CT(M) > 7.Task 4:Evaluation of the Blower Fan Watt Draw. (A) Now York Rensselaer 88 4 3.3 Albany City Office NY Glans Fells Airport NY Glens Falls Airport NY > 8.Task 5:Evaluation of the Refrigerant Charge. (M) (M) (M) Newark Liberty 9 References. New York Richmond 92 10 1.7 International Airport NJ New Brunswick NJ(M) New Brunswick NJ(M) Appendix A(Normative)-Design Temperature Limits ! A I by State and County,and U.a.Territory Newark Liberty Poughkeepsie Dulchess Danbury Municipal New York Rockland 92 a 2.2 International Airport NJ Co,Airport NY(M) Airport CT(A) Appendix 9—Target Superhea (A) Appendix C—Weigh-in Method Refrigerant Charge Naw York Saratoga 88 -4 3.6 Albany City Office NY Glens Fells Airport NY Gloversville NY(M) Verification Weight (M) (M) '.. Albany City Office NY Glens Fells Airport NY New York Schenectady 88 -0 3.6 Gloversville NY(M)(M) (M) New York Schoharie 88 -0 3,6 Albany City Office NY Oneonta NY(M) Gloversville NY(M) New York Schuyler 87 0 3.5 Geneva NY(M) Homad NY(M) Ithaca 13 E NY(A) New York Seneca 87 0 3,5 Geneva NY(M) Ithaca NY(M) Ithaca 13 E NY(A) New York St,Lawrence 85 -9 3,6 Massena Airport NY(M) Massena Airport NY(M) Massena Airport NY(M) Now York Stauban 86 0 3.4 Dansville Municipal Homell NY(M) Homell NY(M) Airport NY(A) New Haven Airport CT Francis S Gabreski NY New York Suffolk 88 7 2.2 Republic NY(M} wM (A) - New Yorke Sullivan 88 3 34 Orange County Airport Monticello NY(M) Monhcallo NY(M) NY(A) Now York Toga 87 0 3 5 Elmira Coming Regional Ithaca NY(M) Ithaca 13 E NY(A) Airport NY(M) '...,.. New York Tompkins 87 0 3.5 Geneva NY(M) Ithaca NY(M) Ithaca 13 E NY(A) New York Ulster 89 2 3,4 Poughkeepsie Dutchess Kingston NY(M) Monticello NY(M) Co,Airport NY(M) Now York Warren 85 ,2 3.1 Floyd Bennett Memor NY Floyd Bennett Memor NY Floyd Bennett Marron NY (A) (A) (A) New York Washington 85 -4 3.6 Glens Falls Airport NY Glens Falls Airport NY Rutland State Airport VT (M) (M) (M) Gro"Wef Nochastaf P NY Oswego County Airport Oswego County Airport New York Wayne 86 4 2.8 (A) NY(A) NY(A) Newark Liberty Po,Air s Poughkeepsie Cuteness Now York Westchester 92 6 2,7 International Airport NJ Co,.Airport NY(M) Oxford CT(M) (A) n z A Dansville Municipal H-11 MY fhA1 H-11 MY rsel Job Name/Location: Tag No: Date: 6/20/2025 For:❑ File []Resubmit r PO No.: ❑Approval ❑Other Architect: GC: n r° Mech: Rem scat PaayB (Project Manalari i APHWC501M (8 LG Life's Good 58 Gal. High-Efficiency Electric Heat •u Im• l; Features: •Square-shaped heat pump water heater with inverter technology in a silver finish. •Anode rod and enamel-coating in water tank assists in preventing corro- sion,and helps promote longer water tank life. •Self-diagnosis function using LG ThinQ •Simple control with digital display includes four(4)buttons:Mode,Set, Up,and Down. Operating Conditions: •Built-in LG ThinQ7 Wi-Fi(download app)allows for operation mode Heating("F) 23 to 120 (Auto,Heat Pump,Turbo,Vacation,Schedule)temperature settings,and monitoring of hot water temperature. Unit Data: •Two(2)separate heat sources—heat pump plus two(2)heating Refrigerant Type R134A elements—enable back-up operation if one component fails. Refrigerant Charge(oz.) 23 •Water temperature sensor monitors water draw and helps to optimize Refrigerant Control Electronic Expansion Valve(EEV) operation. Compressor Type Twin Rotary Modes: Rated Air Flow Rate(CFM) 155.4 •Auto •Turbo •Heat Pump •Vacation Hot Water Setpoint Range(°F) 95 to 140 Sound Pressure Level'(Auto)dB(A)±3 42 Sound Pressure Level'(Turbo)dB(A)±3 45 Performance: Insulation Foam,1.6-2.4 in. Nominal Capacity(gal.) 58 Net Dimensions(W x H x D,in.) 22-27/32 x 63-31/32 x 22-29/32 Rated Storage Volume(gal.) 53 Shipping Dimensions(W x H x D,in.) 29-1/16 x 69-7/8 x 27-5/32 FHR(gal.) 76 Net Weight(lbs.) 220 Recovery 90°Rise(gal./hour) 22.7 Shipping Weight(lbs.) 260 Annual Energy Consumption(kW/h) 1262 U EF 3.93 FHR=First Hour Rating UEF=Uniform Energy Factory Heat Pump Fan: Electrical: Type Propeller Power Supply(V/Hz/0)1,2 208-240/60/1 Quantity 1 MOP(A) 30.0 Motor/Drive Brushless Digitally Control led/Direct MCA(A) 30.1 Notes: Heater Rated Amps(240V)(A) 20.8 1.Acceptable operating voltage:176V v 276V. Compressor Rated Amps(A) 1.5 2.Power wiring size must comply with the applicable local and national codes. Compressor Rated Load Amps(RLA)(208V/240V) 3.3/3.1 3.Sound pressure levels are tested in an anechoic chamber under Northern Climate Specification(NEEA)Version 6.0 Appendix D:Sound Pressure Measurement Test Compressor Rated Power Input(W) 376 Method. Fan Motor Output(W) 43 4.Must follow installation instructions in the applicable LG installation manual. Fan Full Load Amps(FLA) 0.22 Upper Element Wattage(kW)208V/240V 3.8/5 Lower Element Wattage(kW)208V/240V 3.8/5 e TFI,S``,`' MOP-Maximum Overcurrent Protection MCA-Minimum Circult Ampacity 9. Water System: ii umm uuo Maximum Working Pressure(Water Tank)(psi) 150 MH� IU�(�� � � ���� mw1 Design Pressure System(High Side) 290 Design Pressure System(Low Side) 130.5 Water Connection Location Side Water Connection Size(in.) 3/4 Female or Male Pipe Thread w° a Drain Hose Size(I.D„) 3/4,112 Male or Female Pipe Thread G u Accessory: ° ❑Duct Adapter—PHDCLAO o a a n For a complete list of available accessories,contact your LG representative, For continual product development,LG reserves the right to change specifications without notice. SB HeatPump_WaterHeater AP HWC501M,_2023,_11„_15_w064750 ©LG Electronics U S.A.,Inc.,Englewood Cliffs,NJ.All rights reserved."LG Life's Good"is a registered trademark of LG Corp./www.ighvac.com Page 1 of 2 Job Name/Location: (0 LG Tag No.: [APHWC501M Life's Good Date: 6/20/2025 S8 Gal. High-Efficiency Electric Heat Pump Water Heater PO No.: Unit: Inch (mm) ax W$PS 11� PS�tlN 6 r Junction Cover Top Cover Front Panel Water Tank _ Temperature and Pressu Emergency Relief 3/4 NPT�" �„„�., Outlet Pipe, Cutoff,"" y Valve"' 170.E°F 3f4NPT Heater"" WO Drain Valve, Inlet Pipe, 3/4 NPT `..,-",w 314 NPT Wooden Pallet Motor Fan Propeller Control Box Back Panel I -�••- Compressor c � "41w r s For continual product development,LG reserves the right to change specifications without notice, SB_HeatPump_WaterHeater, APHWC501M_2023_11w 15 064750 ©LG Electronics U,S A.,Inc„Englewood Cliffs,NJ.All rights reserved,"LG Life's Good"is a registered trademark of LG Corp,./www.lghvac com Page 2 of 2 Job Name/Location: Tag No: Date: 6/20/2025 For:!_ File Resubmit PO No.: --'Approval _Other LIG Architect: GC: Engr: Mech: ����((Illn�'h 'i��llll�ll))������ Rep: �lj t\hr�s��P``�; (Company) (Protect Manager) 4"\p��\�\;``Pq Si��///��j///� LG Performance: Operating Range: Cooling Capacity(Min.-Rated-Max.,Btu/h) 8.400-24,000-30,000 Cooling(°F DB) 14 to 464 Heating Capacity(Min:Rated-Max.,Btu/h) 10,248-26.000-31.200 Heating(°F WB) -13 to Max.Heating Capacity at 17°F(Btu/h) 28,500' Unit Data: Max.Heating Capacity at 5°F(Btu/h) 26,000 Refrigerant Type Max. Heating Capacity at-4°F(Btu/h) R32 24,600 Refrigerant Control Max.Heating Capacity at-13°F(Btu/h) EEV Cooling COP @95°F(Rated) 19.480 Sound Pressure(Cool/Heat)±1 dB(A)4 52/55 3.95 Net/Shipping Weight(lbs.) 149.9/167.6 Heating COP @47°F(Rated) 3.66 Power Wiring from ODU to IDU(No x AWG)2 3 x 14 Cooling Nominal Test Conditions: Heating Nominal lest Conditions: Indoor:80'F DB/6TF WB Indoor:70T D8/60°F W8 Communication Wiring from ODU to IDU(No x AWG)z 2X18 Outdoor:95'F DB/75•F WB Outdoor:47'F OB/43T WB Heat Exchanger Coating r8 Electrical: Gold Fin Power Supply(V/Hz/0)12 208 230V,60,1 Minimum No.of Indoor Units 2 MOP(A) 30 Maximum No.of Indoor Units MCA(A) 23.1 Com ressor: Cooling Rated Amps(A) 17.65 Type Scroll Heating Rated Amps(A) 17.65 Quantity 1 Compressor(A) 17.0 Oil/Type PVE Fan Motor(A) 0.65 Locked Rotor Amps(A) 23 Fan: MOP-MaximumOvercurrentProtection MCA-Minimum Circuit Ampacity Type Axial Piping: Quantity 1 Motor/Drive Brushless Digitally Controlled/Direct Refrigerant Charge(lbs.) 5•29 Max.Airflow Rate(CFM) 2,119 Liquid Line Connection(in.,O.D.) 1/4 x 3 Vapor Line Connection(in.,O.D.) 3/8 x 3 Notes: Maximum Total Piping3(ft.) 1.Acceptable operating voltage:187V-253V. 246.1 2.All power supply wiring to the outdoor unit is field supplied,solid or stranded.The power wiring and Min./Max.ODU to IDU Piping(ft.) 9 8/82 D the communication wiring from the outdoor unit to the indoor unit is field supplied and must be stranded, shlelded or unshielded(if shielded,ft must be grounded to the chassis of the outdoor unit only).All wiring Piping Length(no add'I refrigerant,ft.) 123.0 must comply with applicable local and national codes. Additional Refrigerant Charge(oz./ft.) a.Power Supply Wiring to Outdoor Unit(No.x AWG):3 x 12 for 18k,24k,and 30k. 0.22 b.Power Wiring and Communication Wiring from Outdoor Unit to Indoor Unit(No.x AWG)3 x 14/2 x 18. Maximum Elevation between ODU and IDU(ft.) 4.Sound 3.Piping lengths are equivalent. 49.2 pressure levels are tested in an anechoic chamber under ISO Standard 3745, Maximum Elevation between IDU and IDU(ft.) 24 6 S.This data is rated D ft.above sea level,with Oft.level difference between outdoor and indoor units,and the following refrigerant pipe lengths: ODU=Outdoor Unit IDU=Indoor Unit KUMXA181A:16.4 ft.x 2=32.8 ft.;KUMXA241A:16 4 ft.x 3=49.2 ft.;KUMXA301A:16.4 ft.x 4=65.6 ft. 6.All capacities are net with a combination ratio between 95-105%. Features: 7.Must follow installation Instructions in the applicable LG installation manual. is Auto operation/Auto restart • Restart Bela three 8.Refer to the Combintion Data Manual for combination capacity tables. y( J 311 minutes) 9.See the Performance Data Manual for sensible and latent capacities. • Inverter(variable speed • Self diagnosis compressor) • Soft start • Integrated central control • Factory-installed drain pan heater connection • Low ambient cooling down to ->" • Defrost/Deicing 14°F(-4°F with Wind Baffle Kit) Optional Accessories: `"' „q - ❑Power Distribution Indicator ❑LG Monitoring View(LGMV)for - ,: (PDI)Premium-PQNUD1S41 Computers -PRCTILO ❑Mobile LGMV for Android' ❑Low Ambient Wind Baffle Kit Smartphones/Tablets or for iOS' ZLABGP04A = r r Tablets -PLGMVW100 (Android is a registered trademark of Google U.C. ;— —-'{- J �' a i,.,1, d LGRED' ioSn is a registered trademark of Cisco Systems,Inc.) ;�iiq d'.+�; tZ Controller Options: ❑MuItiSITE Communication Mgr. ❑ACP 5 BACnet°Gatewa Pro)ersizingand installation ofequipment is critical to achieve optimal performance.Split system air conditioners and y hea:pumps(excluding ductless systems)must be matched with appropriate coil components to meet ENERGY STAR° ❑AC Smart 5 ❑Lon Works°Gateway criUria.Ask your contractor for details or visit www.energystar.gcv. ❑ACID 5 BACnet°is a registered trademark of ASHRAE.Lon- (ENERGY STAR and the ENERGY STAR mark are registered trademarks owned by the U.S.Environmental Protection Agency.) Works is a registered trademark of Echelon Corp. For a complete list of available ent, ones,reserves ttyourtt representative. SB Multi F LGRED ODU R32 KUMXA241A 2025 01 07 195702 For continual product development,LG reserves the right to change specifications without notice. ®LG Electronics U.S.A.,Inc.,Englewood Cliffs,NJ.All rights reserved.'LG Life's Good'is a registered trademark d LG Corp/www Ighvac.com Page 1 of 2 Job Name/Location: Tag No.: Y" Date: 6/20/2025 • • • PO No.: LT 4 holies for An-hor Bolt(M-0) 3D View 3?k C 13 Handle ' Air Outlet Handle ). 1 Handle =r+J^1 7 U r_j r -- 'Vapor ping. 3en•¢e :a" O [=j i' .PlRing • ,aervlce Valve 1 E Side View iT (Piping Connection Ports) oal-IDU eonnecbon Power Wiring Access Hole inOOV.33 Cerw+cc�' T I=� LxY.M.ek3.M rib ) 4d` L ri P . o I e -4-1 D 0- hc7es for brain correction .l I i' Symbols Note j t Unit must be installed n copiance with the•nstslation rrinual —►Piping Direction 1.Unit must be groundee in xmcomarce vrd,tne'ccal or rae l/ regulations and apP+iwbk national codes. Lrgwtl Prong Datum fine 3.Ail Seld-supplied electrical,cor+ponents and materials RL:: Connection \, comply with the loyal,state,and national codes Maine) .}vapor P¢+rg a c!ec ncal cnaraC,e sti s must be considered tar e+earrcalwc ti and Conrewon dee+gn The capacity of power cable and C+n:t.f broakar for dal (Flare) outdoor unit must follow local,state,national and mantfattuer rebwrements 56 Multi_F_LGRED_ODU_R32_KUMXA241A_2025_01 07_195702 For continual product development,LG reserves the right to change specifications without notice _ Page 2 Of 2 ©LG Electronics U.S.A.,Inc,Englewood Cliffs,NJ All rights reserved."LG Life's Good"is a registered trademark of LG:orp./www Ighvac cam NEEP'S COLD CLIMATE AIR SOURCE Heat Pump List W Diu It i F LGRM Central Air Conditiontrig, Heat Purnp (HP) Njultizone .411 Ducted AHRI Cert =-:2143484'76 Outdoor Unit Xfodel=-:Ja_N1.N'_-U41A Indoor N.10del %faxtrnurn Heating Capacity(Btu h) ??5 T:21,600 Rated Heatme Capacity(Btu h) d47-P:24,000 tb Rated Cooling Capacity(Btu'h) ii 9 5 7P:2 2,000 ................... 40 Information Tables Performznce Specs Brand LG Heating + Outdoor MndoorDrs- Cooling Dry Bulb Bulb Unit 'Min Rated- 36121 Series Nfuki:LGRED Cooling 95=F SOT Btu h' 103S0 22,000 27,500 Ducting Muinzone All Ducted Configuration k:�' 113 65 1.'6 AHRICertificate _11S4S3'6 COP 2.69 3.66 3�3 I�E- Cooling 827 80T Btu h- 10-990 - 29.680 Outdoor Unit klNMA241A kR- 1 136 ]fodel 4' COP 3.19 - 3.69 Indoor\lodet=- Heating 47T 70T Btu h- 13200 24,000 2S,So0 Indoor Unit Ducted Indoor Units kWI.36 1.94 , Type' -- Furnace NIodeh.0 COP 2.84 3.63 3 05 1M Heating I7 F 70T Btu h- 9_372 15,000 25 210 SFIIt kR' 1.12 1.5' -'-.IS HSPF(Re gina COP 2 M5 2-8 2-32 INT Heating Btu h' 7.779 21,600 21,600 EIIZ2' 12.= kW 121 3.42 31' SEM- IS.5 COP 1.S8 1-85 1.85 HSM(Region 95 Heating -13T 70T Btu.h- 6,034 17,230 kW 1-01 2.SI HSPP2(Region N) 'S COP 175 - I.S IRGY STAR A-6.1 ri IRGY STAR C6.1 Co Id Climate P`IRGY STAR V .0 Federal Tax Credit Eligibility North Federal Tax Credit Eligibility South CfETier I Path A (2 02 5) CFE Tier I Path B (202-T) Capacity 62°n MMaintenauce (Rated 1?°F'Rated 47'F) Capacity 900, Maintenance (Rated;'F'Rated 4- F) Capacity 90% Maintenance (]lax 51U Rated 4'=F) variable Capacity Integration 'Vk-MZS A=LGSILART-=QLG PROPR=ARYHF,NTEF?RaAY 1rY-VZnDDTVQ T(.nT)nD0 %D'V + �v<+rm Cs.a ty +4st n.;an.1�.n•�.a;l++s+". .r....''h'.sth+t D�+n::•+�.h Gj ........... e � Product Sizing For Heating Capacity Balance Point('� 26 Annual Bir's Covered by Supplemental Heat(\I\lBtn) 118 13 Hours Requiring Supplemental Heat ; 1 Minimum Capacity Threshold("D l 2 202 Percent Hours Requiring Supplemental Heat 7 ge0 lazimam Capacity at Design Temp(Btnlh) Percent Design Load Served >3 3°° Percent Annual Load Modulating5-8°° g2 5 Percent Annual load with Low•-load Cycling 25 0°° Annual Heating toad(AINIBta) Percent Annual Heating Load Sen'ed 8=.6°0 Product Sizing For Cooling Minimum Capacity Threshold('Y) 103 Percent Annual Cooling Load Served 100.000 ]Iazimum Capacity at Design Temp(Btn.`h) 2'_ 00 Percent Annual Load\lodulating 0 0°0 Percent Design Load Served 366'0o Percent Annual Load with low-Load Cycling IOOA°° Annual Cooling load(\L%lBtu) 1.1 4 ssejDrs 1054 Madeline Ave Unit A Scope of Work 5�417 Insulation 6--� 7— Rim joist insulation, 130 linear feet, closed cell foam to R14/2 ' HVAC Two (2) LG KUMXA241A condensers A and B Two (2) LG KNUAB121A wall mount IDUs Al , B1 Four (4) LG KNUABO91A wall mount IDUs A2, A3, B2, B3 Units B and C space heating system remained unchanged Job Name/Location: Tag No.: Date: 6/20/2025 For:_— File _-Resubmit PO No.: ;Approval_'Other Architect: GC: Engr: Mech: Rep: (Company) (Project Manager) - - - . LU 940 Performance: Entering Mixed Air: Nominal Cooling Capacity(Btu/h) 12,000 Cooling(°F WB) 57 ]77 Nominal Heating Capacity(Btu/h) 13,600 Heating(°F DB) 59^ Cooling Nominal Test Conditions: Heating Nominal Test Conditions: Indoor:80'F DB/677 WB Indoor:70-F OB/60-F WS Outdoor:95-F DB/75-F WS Outdoor.47'F DB J 437 WE; Unit Data: Electrical: Refrigerant Type R32 r�{ Refrigerant Control EEV Power Supply(V/Hz/0)1•2 208-230/60/1 Sound Pressure(H/M/L)(±3 dB[A])3 38/34/29 Rated Current(A) 0.4 Primary Filter Washable Pre-filter Secondary Filter 3M Micro Dust Net Weight(lbs.) 19.73 Shipping Weight(Ibs.) 22.7 Piping: Installed Liquid Pipe(in.,O.D.) 01/4 Fan: Installed Vapor Pipe(in.,O.D.) 03/8 Liquid Connection(in.,O.D.) Type 03/4 Quantity Cross Flow Vapor Connection(in.,O.D.) m3/8 y 1 Drain in.,O.D./I.D. Motor/Drive } 27/32,5/8 Brushless Digitally Controlled/Direct Temperature Sensor Thermistor Air Flow H/M/L(CFM) 282/233/177 Dehumidification(pts./hr) 2.75 Controls Features: • Left/right and up/down auto • 3M Micro Dust Filter Notes: indoor coil 1.Acceptable operating voltage:187V-253V. swing • Self-cleaning 2.The power wiring and the communication wiringfrom the outdoor unit to the indoor unit,or from the • 24-Hour on/off timer • Sleepmode branch distribution unit to the indoor unit is field supplied and must be stranded,shielded or unshielded(if shielded,i must be grounded to the chassis of the outdoor unit only).All wiring must comply with applica- •Auto operation • R32 leak detection sensor •Auto restart • ble local ant d national codes. Built-in Wi-Fi via Smart ThinQ a.Power Wiring and Communication Wiring from Outdoor Unit to Indoor Unit(No.x AWG)3 x 14/2x18. • Group control app b.Power Wiring and Communication Wiring from Branch Distribution Unit to Indoor Unit(No.x AWG) • Inverter(variable speed fan) •Compatible with applicable Single 33x 14/2x18. •Jet cool Jet heat g .Sound Pressure levels are tested In an anechoic chamber under ISO Standard 3745. Zone Outdoor Units (see single zone 4.See Engineering Manual for sensible and latent capacities. 5.The Indoor unit comes with a dry helium charge. literature for matching system details) S.Corresponding refrigerant piping length is in accordance with standard length of each outdoor unit and the level difference is 0 ft.All capacities are net with a combination ratio between 95-105%. Included Accessories: 7.Must follow installation instructions In the applicable LG installation manual. • Wireless Remote Controller—AKB76044208 Optional Accessories: ❑Auxiliary Heater Kit-PRARSS ❑Single-Port Shutoff Valve-PRHPZ010A ❑R32 Alarm Kit-PLDCAAOS Controller Options: ❑MultiSITETM'CRC*Controllers f•�, ;` ❑Standard III Remote Controllers ❑Deluxe Remote Controller • ❑Dry Contacts C"Ous For a complete list of available accessories,contact your LG representative. For continual product development,LG reserves the right to change specifications without notice. 5B_MultiF_HiEff_WaIWOunted_IDU_R32_KN JAB 121A 2025 05 15 131307 ®LG Electronics U.S.A.,Inc.,Englewood Cliffs,NJ All rights reserved.'LG Life's Good"is a registered trademark of LC Corp./www.lghvac.com Page 1 of 2 Job Name/Location: Tag No.: Alli Date: 6/20/2025 PO No.: paQ� 7-71321!6) 7 n S 3 iso (5-29/32(15op \�� Alr Intake Hole 0 E a 0 o °o o crDi — � o 'o o c C j CA 9.O Ui m � m d, 7 y =p SE a m N p ZF F Ono 0 ?v m n cn A 0 x � 3 N at m m 2-5916 °m o�m 3 f 3 3 12.118 308 o 0.. 0dF a = a a x o o m 2. x n�oa >> 0 2-7132(56',s g8 a 1-27/324 a 10-11/32 263 m a 2-1732 mi �i• e I I j j V uo0 29132 LU sl v J I — _. 00• m j j v g 63j 132 o i j I 2W32 23 l j �I ° I NI -------- 12-18(308) , — ---�12-1/8(308) -- --2-16132(83) For continual product development,LG reserves the right to change specifications without notice. SB_Mulff—HIEff_Wa IIMounted IDU_R3Z_KNUAB121A_2025_05_15_1.31307 ©LG Electronics U S A,Inc.,Englewood Cliffs,NJ.All rights reserved "LG Life's Good"is a registered trademark of LG Grp./www Ighvac com Page 2 of 2 Job Name/Location: Tag No.: Date: 6/20/2025 For:—!File Resubmit PO No.: -Approva JOther Architect: GC: Engr: Mech: Rep: (Company) (Project Manager) QUA We 0 (S LU Performance: Entering Mixed Air: Nominal Cooling Capacity(Btu/h) 7,000 Cooling(°F WB) 57—77 Nominal Heating Capacity(Btu/h) 8,100 Heating(°F DB) 59—81 Cooling Nominal Test Conditions: Heating Nominal Test Conditions: Indoor:80'F OB/67'F WB Indoor:70'F DB/60'F WB Outdoor:95'F DB/75'F WS Outdoor:477 DB/43'F WB Unit Data: Refrigerant Type R32 Electrical: Refrigerant Control EEV 208-230/60/1 Sound Pressure(H/M/L)(±3 dB[A])3 35/31/26 Power Supply(V/Hz/fd)12 Primary Filter Washable Pre-filter Rated Current(A) 0.4 Secondary Filter 3M Micro Dust Net Weight(lbs.) 19.73 Shipping Weight(lbs.) 22.7 Piping: Installed Liquid Pipe(in.,O.D.) o114 Fan: Installed Vapor Pipe(in.,O.D.) o3/8 Type Cross Flow Liquid Connection(in.,O.D.) 01/4 Quantity 1 Vapor Connection(in.,O.D.) 03/8 Motor/Drive Brushless Digitally Controlled/Direct Drain(in.,O.D./I.D.) 27/32,5/8 Air Flow H/M/L(CFM) 254/204/148 Temperature Sensor Thermistor Dehumidification(cats./hr.) 2.6565 Controls Features: • Left/right and u /down auto • 3M Micro Dust Filter Notes: g p 1.Acceptable operating voltage:187V-253V. swing • Self-cleaning indoor coil 2.The power wiring and the communication wiring from the outdoor unit to the indoor unit,or from the • 24-Hour on/off timer • Sleep mode branch distribution unit to the indoor unit is field supplied and must be stranded,shielded or unshielded(if •Auto operation • R321eakdetectionsensor shielded,it must be grounded to the chassis of the outdoor unit only).Allwiringmustcomplywithapplica- ble local and national codes. •Auto restart • Built-in W i-Fi via Smart ThinQ a.Power Wiring and Communication Wiring from Outdoor Unit to indoor Unit(No.x AWG)3 x 14/2 x 18. • Group control app b.Power Wiring and Communication Wiring from Branch Distribution Unit to Indoor Unit(No.x AWG) 3x 14/2x 18. • Inverter(variable speed fan) 3.Sound Pressure levels arc tested in an anechoic chamber under ISO Standard 3745. •Jet cool/Jet heat 4.See Engineering Manual for sensible and latent capacities. 5.The indoor unit comes with a dry helium charge. 6.Corresponding refrigerant piping length is In accordance with standard length of each outdoor unit and the level difference is 0 ft.All capacities are net with a combination ratio between 95-105%. 7.Must follow installation instructions In the applicable LG Installation manual. Included Accessories: • Wireless Remote Controller—AKB76044208 Optional Accessories: ❑Auxiliary Heater Kit-PRARS1 ❑Single-Port Shutoff Valve-PRHPZ010A ❑R32 Alarm Kit-PLDCAAOS Controller Options: ❑MultiSITEt"CRC*Controllers . .y. ,Y. ; ❑Standard III Remote Controllers ❑Deluxe Remote Controllerv. o Dry Contacts ip 9± ',ter." .•.; C US For a complete list of available accessories,contact your LG representative. $B MultiF HiEff W311MOUtlt2d IDU R32 KNMAB071A 2025 OS 15 131307 For continual product development,LG reserves the right to change specifications without notice. — — — — — — — — — ®LG Electronics U.S.A.,Inc.,Englewood Cliffs,NJ.All rights reserved "LG Life's Good"is a registered trademark of LG:orp./www.lghvac.com Page 1 of 2 Job Name/Location: Tag No.: 1 • Date: 6/20/2025 wivW� G PO No.: 4g�m C 2-713(56) ��,3 0 S q?b�j [5-29132(150)] y Air Intake Hole m —► � o E a 0 in 8 p o p C a o n QO N O 0 O N F `m D m ai o x n p �?v <o� ��a N ^NA � 2 5918 " m 3 �+;0-0 c, 12-1r8 308 maw �tnm � n'-c o0 0 'o cni d a o �vp 0�`s y C) ao o � S D OA IL2(9 I<o E-Ul O p mPP O N o 2-782(55) S 3 10-11r32 263 1-2732(47)O y Y o 2-17M 64 N I I aT(23 Q 0 0 O I A m N I n O I 261s732 �E3) m I =_ a132 23 I 1 �I o :PI w vi P I 2.1sr32 El) 12-1re 1303) 12-ve(3oe) For continual product development,LG reserves the right to change specifications without notice. SB_M U Iti F_H I Eff_W a I I M o U n ted_I D U_R3 2_K N M AB071A_2025_05_15_131307 ©LG Electronics U.S.A.,Inc.,Englewood Cliffs,NJ All rights reserved "LG Life's Good"is a registered trademark of LG Corp/www Ighvac com Page 2 of 2 NEWYORK ��� ���� EmPower New York �._ STATE Or ti CPPOPTUv1T`/ +� House Diagram Worksheet Customer Name: Stacey McCarthy Contractor Name: Centsible House, Inc Empower ID#: DO 1049578 Date: House Diagram- REQUIRED for all Home Performance projects. Indicate locations of pre-insulated wall areas AND identify attic areas to be insulated. &AAM.Qt b � r c Rim joist insulation130 sqft Clsoed cell foam 2"/R14 W 1 �' R a S J W ®r,- CAZ Zone Locations-Optional Zonal Pressure Diagnostics-Optional Zone Pressure H/Z H/Z H/Z 0 H/Z 0 H/Z Difference z/o z/0 z/o z/0 z/0 (No Hole) u New CFM J < z` aa, Pressure Difference p CFM Difference Multiplier From Chart Maximum Reduction Post Pressure Difference WSERDA EmPower New York STA,c r: ` House Dia ram Worksheet Customer Name: Stacey McCarthy Coi Centsibl House, Inc EmPower ID#: DO 1049578 Date: House Diagram-REQUIRED for all Home Performance rojects. Indicate locations of pre-insulated wall areas AND ide tify attic areas to be iifsCtld I st floor North !Condenser B iIDUS Al and B1 -- KNUAB121A j \ c CondenserA f �4 fit. S r Sb ut CAZ Zone Locations-Optional _ Zonal PressureyDiagnostics-Optional Zone Pressure H/Z H/Z H/Z H/Z 0 H/Z Difference z/o z/o z/o z/o z/o (No Hole) r 5 a; New CFM Z 1 v Pressure O' I—, �Difference O- CFM Difference _ Multiplier From Chart Maximum Reduction Dost Pressure difference s' rT YrYO iTA' NYSERD EmPower New York OVIPORTt;z;!T House Diagram Worksheet Customer Name: Stacey McCarthy Contractor Name: Centsible House, Inc EmPower ID#: DO 1049578 Date: House Diagram - REQUIRED for all Home Performance projects. Indicate locations of pre-insulated wall areas AND identify attic areas to be insulated. 2 n d floor 64K, LAJ _ . ._ . IDU A2 and B2 Cr XNMAB071 A LU South CAZ Zone Locations-Optional Zonal Pressure Diagnostics-Optional Zone i Fressure H/Z ❑ H/Z H/Z ❑H/Z ❑ H/Z Difference Z/o Z/o Z/o Z/o Z/o No Hole) ti New CFM z O a Pressure a' C Difference O. CW Difference Multiplier From Chart Naximum Reduction Post Pressure Dfference -'r,TFC= NlYSERD EmPov� er New York L Ct'�CPTU`41T= i - House Diagram Worksheet Customer Name: Stacey McCarthy Contractor Name: Centsible House, Inc Empower ID#: DO 674119 Date: House Diagram-REQUIRED for all Home Performance projects. Indicate locations of pre-insulated wall areas AND identify attic areas to be insulated. North %?e' 3rd Ff Attic opebn blow to R49/14", i 1,000 sgft cellulose louvre vents(2) (IDUs A3 and 63 C o'— -IKNMAB071A _ _. . Cr Attic I r South CAZ Zone Locations-Optional _._ Zonal Pressure Diagnostics-Optional Zone Pressure H/Z ❑ H/Z H/Z EJ H/Z H/2 Difference z/o z/o z/o z/o z/o (No Hole) J New CFM a i o aa, Pressure a =Difference O. CFM 3 Difference Multiplier From Chart Maximum Reduction Post Pressure Difference 1 17 1 Project Name: 2023-359—McCarthy Address: Madeline Avenue, Fishers Island, NY OUTDOOR DESIGN CONDITIONS Weather station:New London (Bridgeport DID) Summer Outdoor F: Summer indoor F: Design Grains: Daily Range: ' Winter Outdoor F: Winter Indoor l': ',!-�i� Cooling RH: g Elevation (Ft): LOAD CALCULATION TOTALS HVAC System Wholehouse Heated square footage: .1=71 Heating BTUH: 1z=7 Cooled square footage: Cooling BTUH: r7= Heated volume(above grade CF): CFM: Cooled volume(above grade CF): Sensible cooling: r777"rr"" Exposed wall area (SF): Latent cooling: V7177-11 SHR: J Load Calculation Cooling Heating 0 10,000 20,000 30,000 40,000 50,000 BTUH Approved ACCA MJ8 Calculations Calculations are based on the ACCA Manual J 8th Edition and are approved by ACCA. All computed calculations are estimates on building use, weathe- data, and inputted values such a R-Values, window types, duct loss, etc. Equipmeit selections should meet both the latent and sensible gain as well as building heat loss. HEATING AIJD COOLING LOADS Heating Loads endows aboveGradeWalls aboveGradeWalls 1,932 11,076 -'-- " — ceilings 936 1,297 ceilings doors 48 1,179 .:.- ':T: I doors floors 468 741 infiltration 0 14.991 infiltration floors skylights 0 0 -- windows 450 11,340 Totals 40,624 o, ,„ ,.- Cooling Loads a J AEDExcursion n, - � _. s=_._Lr-.....,4 - „ aboveGradeWalls AEDExcursionP 0«tl 101 0 Windows a aboveGradeWalls 1,932 2,901 0 %` appliances appliances 0 3.400 0 � i ceilings ceilings 936 927 0 plants doors d8 393 0 occupants infiltration _ .._�. — floors 468 121 0 infiltration 0 1,083 2.143 occupants 0 1,150 1,000 plants 0 0 300 skylights 0 0 0 windows 450 71368 0 Totals 17,444 3,443 FENESTRAT1O"J LOADS Warning (0): This application has glass areas that produced relatively large cooling loads for part of the day. Zoning may be required to overcome spikes in solar load for one or more rooms.A Boned system may be required,or some rooms may require zone control(provided by individual,motorized,thermostatically controlled dampers). AED Graph(mid-summer) 10,000 __. �-... . ... _._..... 2 5,000 m 0 8 9 10 11 12 13 14 15 16 17 18 19 ® BTUH ---Average Average*1.3 This graph represents hourly aggregrate fenestration loadE in mid-summer. AED graph(fall) 7,500 = 5,000 m 2,500 0 8 9 10 11 12 13 14 15 16 17 18 19 ®- BTUH —Average Average 1.3 This graph represents hourly aggregrate fenestration loads in October. COMPONENT LADS _ System generated wall-N Frame Wall, Wood framing, R-13 cavity Construction nc 12C-Os w Exposure NE Heating BTUH: 671 U Value: 0.091 Area: 117 Coolino BTUH. 176 insulation, Stucco or Siding. System generated wall-W Frame Wall, Wood framing, R-13 cavity Construction nr. 12C-Os w Exposure. SE Heating BTUH: 1,187 U Value: 0.091 Area. 207 Cooling BTUH: 311 insulation, Stucco or Siding. System generated wall-S Frame Wall,Wood framing, R-13 cavity Construction nr- 12C-Cs w Exposure SW Heatmo BTUH: 671 U Value: 0.091 Area. 117 Cooling BTUH: 176 insulation, Stucco or Siding. System generated wall-E Frame Wall, Wood framing, R-13 cavity Construction nr 12C-Os w Exposure: NW Heating BTUH: 1,187 U Value: 0.091 Area 207 Cooling BTUH 311 insulation, Stucco or Siding. Map trace wall Frame Wall,Wood framing, R-13 cavity Construction nr 12C-Os w Exposure NE Heatina BTUH: 808 U Value: 0.091 Area: 141 Cooling BTUH 212 insulation, StUCCO Or Siding. Map trace wall Frame Wall, Wood framing, R-13 cavity Constriction nr: 12C-Os w Exposure: SE Heating BTUH: 1.118 U Value 0,091 Area 195 Coolino BTUH: 293 insulation, Stucco or Siding. Map trace wall Frame Wall, Wood framing, R-13 cavity Construction nr: 12C-Os w Exposure SW Heating BTUH' 774 insulation, Stucco or Siding. U Value: 0.091 Area. 135 Cooling BTUH: 203 Map trace wall Frame Wall, Wood framing, R-13 cavity Construction nr: 12C-Os w Exposure' NW Heating BTUH 1,118 U Value: 0.091 Area 195 Cooling BTUH: 293 insulation, Stucco or Siding. Map trace wall Frame Wall, Wood framing, R-13 cavity Construction nr' 12C-Os w Exposure: NE Heating BTUH. 774 U Value. 0.091 Area 135 Cooling BTUH 203 insulation; Stucco or Siding. Map trace wall Frame Wall, Wood framing, R-13 cavity Construction nr: 12C-Os w Exposure. SE Heating BTUH: 998 U Value: 0.091 Area: 174 Cooling BTUH. 261 insulation, Stucco or Siding. Map trace wall Frame Wall, Wood framing, R-13 cavity Construction nr: 12C-Os w Exposure SW Heating BTUH: 774 U Value: 0.091 Area 135 Cooling BTUH: 203 insulation, Stucco or Siding. Map trace wall Frame Wail, Wood framing, R-13 cavity Construction nr: 12C-Os w Exposure NW Heating BTUH: 998 U Value: 0.091 Area 174 Cooling BTUH: 261 insulation, Stucco or Siding. _..e747- 777777 There are no components for this section. Default medium windows for wall id 6383069 Construction nr. 1G Window, NFRC rated, Clear glass. Area: 2q U Value 0.4 Heating BTUH: 605 Exposure. NE SHGC- 0.4 Cooling BTUH 263 .`775 ate Default small windows for wall id 6383069 Construction nr 1G U Value 0.4 Heating BTUH: 151 Window, NFRC rated, Clear glass. Area: 6 SHGC: 0.4 Cooling BTUH: 66 Exposure: NE Default medium windows for wall id 6383072 Construction nr 1 G U Value 0.4 Heating BTUH 605 Window, NFRC rated, Clear glass. Area: 24 SHGC: 0.4 Coolina BTUH 487 Exposure: SE Default small windows for wall id 6383072 Construction nr 1 G U Value: 0.4 Heating BTUH: 302 Window, NFRC rated, Clear glass. Area: 12 SHGC' 0.4 Cooling BTUH: 244 Exposure: SE Default medium windows for wall id 6383070 Construction nr 1G U Value: 0.4 Heating 6TUH. 605 Window, NFRC rated, Clear glass. Area 24 SHGC 0.4 Cooling BTUH: 517 Exposure Sw Default small windows for wall id 6383070 Construction nr 1 G U Value: 0.4 Heating BTUH: 151 Area 6 SHGC: 0.4 Cooling BTUH: 129 Window, NFRC rated, Clear glass. Exposure: Sw Default medium windows for wall id 6383071 Construction nr. 1 G U Value, 0.4 Heating BTUH: 605 Window, NFRC rated, Clear glass. Area: 24 SHGC. 0.4 Cooling BTUH: 31A Exposure: NW Default small windows for wall id 6383071 Construction nr 1G U Value. 0.4 Heating BTUH. 302 Window, NFRC rated, Clear glass. Area: 12 SHGC. 0.4 Cooling BTUH: 157 Exposure: NW Default medium windows for wall id 6383034 Construction nr 1 G U Value. 0.4 Heating BTUH: 605 Area: 24 SHGC: 04 Cooling BTUH: 263 Window, NFRC rated, Clear glass. Exposure: NE Default small windows for wall id 6383034 Construction nr 1G U Value' 0.4 Heating BTUH: 151 Window, NFRC rated, Clear glass. Area: 6 SHGC: 04 Cooling BTUH. 66 Exposure: NE Default large windows for wall id 6383035 Construction n' 1G U Value' 0.4 Heating BTUH: 907 Area: 36 SHGC' 0.4 Cooling BTUH: 731 Window, NFRC rated, Clear glass. Exposure: SE Default small windows for wall id 6383035 Construction n': 1 G U Value 0.4 Heating BTUH: 302 Window, NFRC rated, Clear glass. Area 12 SHGC' 0.4 Cooling BTUH: 244 Exposure: SE Default medium windows for wall id 6383036 Constriction n': i G U Value 0.4 Heating BTUH. 605 Area. 24 SHGC. 04 Cooling BTUH' 517 Window, NFRC rated, Clear glass. Exposure: SW Default small windows for wall id 6383036 Construction n- 1 G U Value 0.4 Heating BTUH: 302 Window, NFRC rated, Clear glass. Area: 12 SHGC: 0.4 Cooling BTUH: 259 Exposure: Sw Default medium windows for wall id 6383033 Construction rr: 1G U Value 0.4 Heating BTUH: 907 Window, NFRC rated, Clear glass. Area: 36 SHGC: 0.4 Cooling BTUH: 470 Exposure: NW Default small windows for wall id 6383033 Construction n- 1G U Value. 0.4 Heating BTUH: 302 Window, NFRC rated; Clear glass. Area: 12 SHGC: 0.4 Cooling BTUH: 157 Exposure: NW Default medium windows for wall id 6383042 Construction rr 1 G U Value 0.4 Heating BTUH: 605 Window, NFRC rated, Clear glass. Area: 24 SHGC: 0.4 Cooling BTUH. 255 Exposure' NE Default small windows for wall id 6383042 Construction rr 1 G U Value: 0.4 Heating BTUH: 302 Window, NFRC rated, Clear glass. Area: 12 SHGC: 0.4 Cooling BTUH: 124 Exposure. NE Default medium windows for wall id 6383043 Construction rr: 1 G U Value: 0.4 Heating BTUH: 907 Window, NFRC rated; Clear glass. Area. 36 SHGC 0.4 Cooling BTUH: 707 Exposure: SE Default small windows for wall id 6383043 Construction rr: 1 G U Value 0.4 Heating BTUH: 151 Window, NFRC rated; Clear glass. Area. 6 SHGC. 0.4 Cooling BTUH: 114 Exposure: SE Default medium windows for wall id 6383044 Construction or. 1 G U Value 0.4 Heating BTUH 605 Window, NFRC rated, Clear glass. Area 24 SHGC 0.4 Cooling BTUH' 505 Exposure' Sw Default small windows for wall id 6383044 Construction Mr- 1 G U Value: 0.4 Heating BTUH: 302 Window, NFRC rated, Clear glass. Area: 12 SHGC 0.4 Cooling BTUH 246 Exposure: Sw n v Default medium windows for wall id 6383041 Construction nr 1G J 4 U Value 0.4 Heating BTUH' 907 Window, NFRC rated, Clear glass. Area r 36 SHGC 04 Cooling BTUH' 460 ExposuDefault small windows for wall id 6383041 Construction nr 1G U Value' 0.4 Heating BTUH 151 Window, NFRC rated, Clear glass. Area e nlvv SHGC 0.4 Cooling BTUH: 75 ExposurWindow cooling BTUHs shown here are daily average values.See AED graphs for details of fenestration loads during the day. 777 - 777 System generated ceiling. Ceiling under attic or attic knee wall,Asphalt Construction nr 168-44 ad Area 468 Heatino BTUH 649 shingles, Dark, R-44. U Value 0.022 Cooling BTUH. 463 Map trace generated ceiling Ceiling under attic or attic knee wall,Asphalt Construction nr 1613-44 ad Area 468 Heating BTUH 649 shingles, Dark, R-44. U Value. 0.022 Cooling BTUH. 463 : There are no components for this section. Skylight cooling BTUHs shown here are daily average values.See AED graphs for details of fenestration loads during the day. 777 Default doors for wall id 6383069 Construction nr' 11 Area: 24 Heating BTUH: 590 Wood Door, Solid Core. U Value. 0.39 Exposure: NE Cooling BTUH 197 Default doors for wall Id 6383070 Construction nr' 11 Area. 24 Heating BTUH 590 Wood Door, Solid Core. U Value: 0.39 Exposure: SW Cooling BTUH: 197 �, .....�a.+...a....�.ri...,..>...',.,. _,._.w .........,....,.w,.,.n....:'.k.....�_r.�..__...._..._..a._-:.._...._..>_.x,.._..._..._.,...�...tee:,_,...»-......>:........wi System generated floor. Floor over enclosed unconditioned crawl space Construction nr. 19C-Osp Heating U Value 0.368 Heating BTUH: 741 Area, 468 Cooling U Value 368 Cooling BTUH. 121 or basement, no floor Insulation. F Value' N/A =f' ..au»..........-_aw-..m �..._............._...,�._._......._..�..._,_..—.Y_.....'L v_._..._.-.r....�._.....•_. +J�i .Y d ... ...._-a.-.__-�.3 There are no components for this section. There are no components for this section. y r- There are no components for this section. y i 777 NCFM Heating' 216 Heating BTUH 14,991 Leakage Category' NCFM Cooling, 99 Sensible BTUH' 1,083 Latent BTUH: 2,143 7 7- There are no components for this section. 77 There are no components for this section. Nr Occupants 5 Sens11ijblea,BfUH 1,150 Latent BTUH 1,000 KI Kitchen,utility room,additional fridge.lighting 3,400 BTUH Quantity Sensible BTUH 3,400 Latent BTUH. Plant Size: small Quantity: 5 Latent BTUH 50 Plant Size. medium Quantity: 5 Latent BTUH' 100 Plant Size large Quantity- S Latent BTUH 150 ROOM DETAIL Room iamei Second Total Cooling BTUH: Heated square footage: Total Heating BTUH: Cooled square footage: CFM: Heated volume(above grade CF): I J Cooled volume(above grade CF): 777; Exposed wall area(SF): Load Calculation Cooling Heating 0 5,000 10,000 15,000 BTUH AED Graph(mid-summer) 4,000 2,000 cc 0 8 9 10 11 12 13 14 15 16 17 18 19 — BTUH ®Average - Average 1.3 AED graph(fall) 3,000 2,000 ti 1,000 0 8 9 10 11 12 13 14 15 16 17 118 19 — BTUH —Average Average*1.3 ROOM DETAIL Room name:Third Heated square footage: Total Cooling BTUH: �7_- Z77 Cooled square footage: Total Heating BTUH: 7°--1 Heated volume(above grade CF): CFM: Cooled volume(above grade CF): Exposed wall area (SF): Load Calculation Cooling Heating 0 5,000 10,000 15,000 BTUH AED Graph(mid-summer) 4,000 ti 2,000 0 8 9 10 11 12 13 14 15 16 17 18 19 — BTUH ®Average Average 1.3 AED graph(fall) 3,000 Z 2,000 ca 1,000 0 8 9 10 11 12 13 14 15 16 17 18 19 — BTUH —Ave-age ---- Average*1.3 ROOM DETAIL Room name: First Heated square footage: �7= Total Cooling BTUH: r,7777 Total Heating BTUH: Cooled square footage: Heated volume(above grade CF): CFM: Cooled volume(above grade CF): i_ Exposed wall area (SF): 7_7 Load Calculation Cooling 77-77�7777 Heating 0 5,000 10,000 15,000 BTUH AED Graph(mid-summer) 3,000 1 2,000,000 0 8 9 10 11 12 13 14 15 16 17 18 19 — BTUH —Average - Average 1.3 AED graph(fall) 3,000 2,000 -------- ca 1,000 0 8 9 10 11 12 13 14 15 16 17 18 19 ® BTUH —Average --- Average*1.3 \\ DICITAt Menu s" Goers Szarol-.Digital Codes ■�� 4t 2020 ANSI/RESNET/ACCA/ICC 310 Standard Codes/ICC Standards/2020 ANSI/RESNET/ACCA/ICC 3'0 Standard for Grading the Installation of HVAC Systems v f for Grading the Installation of HVAC Systems Appendix A(Normative)—Design Temperature Limits by State and County,and U.S.Territory Version:Jan 2021 New York Monroe 86 6 2.6 (A) Airport NY(M) Airport NY(M) New York Mont Albany City Office NV CONTENTS NOTES Montgomery 88 •2 3.6 (M) Gloverswlle NY(M) Gloversville NY(M) Overview ' Newark Liberty New York Nassau 92 9 2.1 International Airport NJ Norwalk CT(M) Norwalk CT(M) Copyright (A) Newark Liberty About Air Conditioning Contractors of America,Inc. New York New York 92 9 21 International Airport NJ Norwalk CT(M) Norwalk CT(M) About the International Code Council" (A) Niagara Falls About Residential Energy Services Network,Inc. New York Niagara 86 6 2.7 Lockport NY(M) International Airport NY Lockport NY(M) (A) Resnet Standards Development Committee 300 Syracuse Hancock In NY New York Oneida 87 0 3.0 (A) Gnffi as AFB NY(M) Gnffiss AFS NY(M) Resnet Standards Management Board New York Onondaga 87 0 3 5 Special Note Auburn NY(M) Cortland NY(M) Ithaca 13 E NV(A)Now York Ontario 88 2 31 Dansville Municipal Geneva NY(M) Auburn NY(M) Foreword(Informative) • Airport NV(A) 1.Purpose New York Orange 90 2 3 4 EAs)sex County Airport NJ Kingston NY(M) Monticello NY(M) 2.Scope New York Orleans 87 5 2.7 Bafavia NY(M) Batavia NY(M) Lockport NY(M) New York Oswego 87 -6 3.5 Syracuse Hancock In NY Watertown Airport NY Watertown Airport NY 3 Definitions (A) (M) (M) > 4 Task is Evaluation of the o Design. New York Otsego Utica Oneida Co Airport g 9 80 -4 3.1 NY(M) Oneonta NV(M) Oneonta NY(M) > 5.Task 2 Evaluation of the Total Duct Leakage. New York Putnam 89 2 2.7 Poughkeepsie Dutchess Kingston NV(M) Oxford CT(M) Co Airport NY(M) > 6.Task 3:Evaluation of the Blower Fan Volumetric Newark Liberty Airflow No.York Queens 92 9 21 International Airport NJ Norwalk CT(M) Norwalk CT M) > 7 Task 4,Evaluation of the Blower Fan Watt Draw. (A) New York Rensselaer 88 -4 3.3 Albany City Once NY Glens Falls Airport NY Glens Falls Airport NY > 8 Task 5 Evaluation of the Refrigerant Charge. (M) (M) (M) 9.References. Newark Liberty New York Richmond 92 10 1.7 International Airport NJ New Brunswick NJ(M) New Brunswck NJ(M) Appendix A(Normative)—Design Temperature Limits (A) by State and County,and U.s Territory Newark Liberty New York Rockland 92 6 22 International Airport NJ Poughkeepsie Dutchess Danbury Municipal Appendix B—Target Superhea (A) Co Airport NV(M) Airport CT(A) Appendix C—Weigh-In Method Refrigerant Charge New York Saratoga 88 -4 3 6 Albany City Office NY Glens Falls Airport NY Gloversville NY M)Verification Weight (M) (M) New York Schenectady 88 -4 3.6 Albany City Office NV Glens Falls Airport NY (M) (M) Gloversville NY(M) New York Schohane 88 4 3.6 Albany City Office NY Oneonta NY(M) Gloversville NY(M) New York Schuyler 87 0 3.5 Geneva NY(M) Hornell NY(M) Ithaca 13 E NY(A) New York Seneca 87 0 3.5 Geneva NY(M) Ithaca NY(M) Ithaca 13 E NV(A) New York St Lawrence 85 -9 3.6 Massena Airport NY IV) Massena Airport NY(M) Massena Airport NY(M) New York Souben 88 0 34 Dansville Municipal Hornell NY(M) Hornell NY(M) Airport NY(A), . . New York Suffolk 88 7 2.2 Republic NY(M) New Haven Airport CT Francis S Gabreski NY (M) (A) New York Sullivan 88 3 3.4 Orange NY(A) County Airport Monticello NY(M) Monticello NY(M) New York Tioga 87 0 3.5 Elmira Coming Regional Ithaca NY(M) Ithaca 13 E NY(A) Airport NY(M) New York Tompkins 87 0 3.5 Geneva NY(M) Ithaca NY(M) Ithaca 13 E NY(A) New York Ulster 89 2 3.4 Poughkeepsie Dutchess Co.Airport NY(M) Kingston NY(M) Monticello NV(M) New York Warren 85 -2 3.1 Floyd Bennett Memor NY Floyd Bennett Memor NY Floyd Bennett Memor NY (A) (A) (A) New York Washington 85 -4 36 Glens Falls Airport NY Glens Falls Airport NV Rutland State Airport VT (M) (M) (M) New York Wayne 86 4 2 8 Greater Rochester I NY Oswego County Airport Oswego County Airport (A) NY(A) NY(A) Newark Liberty New York Westchester 92 g Poughkeepsie Dutchess 2.7 International Airport NJ Oxford CT(M) (A) Co.Airport NY(M) e ~`� "� `'Y�'�'"�.�'��:'''�' Nnu vnr. Nr„nm,.,n An n n A Dansville Municipal Hnmell NV!M1 Nnrnuii r.IV fAal Job Name/Location: Tag No: Date: 6/20/2025 For:_ File _Resubmit Approval _Other PO No. J �r -may Architect: GC: ' El Mech: Rep: `4 (Company) (Project Manager) LU Life's Good , s Features: t =, •Square-shaped heat pump water heater with inverter technology in a , ; silver finish. = •Anode rod and enamel-coating in water tank assists in preventing corro- sion,and helps promote longer water tank life. •Self-diagnosis function using LG ThinQ •Simple control with digital display includes four(4)buttons:Mode,Set, Operating Conditions: Up,and Down. •Built-in LG ThinQ7 Wi-Fi(download app)allows for operation mode Heating(-F) 23 to 120 (Auto,Heat Pump,Turbo,Vacation,Schedule)temperature settings,and monitoring of hot water temperature. Unit Data: •Two(2)separate heat sources—heat pump plus two(2)heating Refrigerant Type R134A elements—enable back-up operation if one component fails. Refrigerant Charge(oz.) 23 •Water temperature sensor monitors water draw and helps to optimize Refrigerant Control Electronic Expansion Valve(EEV) operation. Compressor Type Twin Rotary Modes: Rated Air Flow Rate(CFM) 155.4 •Auto •Turbo •Heat Pump •Vacation Hot Water Setpoint Range(°F) 95 to 140 Sound Pressure Level'(Auto)dB(A)±3 42 Sound Pressure Level'(Turbo)dB(A)±3 45 Performance: Insulation Foam, 1.6—2.4 in. Nominal Capacity(gal.) 58 Net Dimensions(W x H x D,in.) 22-27/32 x 63-31/32 x 22-29/32 Rated Storage Volume(gal.) 53 Shipping Dimensions(W x H x D,in.) 29-1/16 x 69-7/8 x 27-5/32 FHR(gal.) 76 Net Weight(lbs.) 220 Recovery 90o Rise(gal./hour) 22.7 Shipping Weight(lbs.) 260 Annual Energy Consumption (kW/h) 1262 UEF 3.93 FHR=First Hour Rating UEF=Uniform Energy Factory Heat Pump Fan: Electrical: Type Propeller Quantity 1 Power Supply(V/Hz/0)1.2 208-240/60/1 Motor/Drive Brushless Digitally Controlled/Direct MOP(A) 30.0 MCA(A) 30.1 Notes: Heater Rated Amps(240V)(A) 20•8 1.Acceptable operating voltage:176V_276V. Compressor Rated Amps(A) 1.5 2.Power wiring size must comply with the applicable local and national codes. Compressor Rated Load Amps(RLA)(208V/240V) 3.3/3.1 3.Sound pressure levels are tested in an all chamber under Northern Climate 376 Specification(NEEA)Version 6.0 Appendix D:Sound Pressure Measurement Test Compressor Rated Power Input(W) Method. Fan Motor Output(W) 43 4.Must follow installation instructions in the applicable LG installation manual. Fan Full Load Amps(FLA) 0.22 Upper Element Wattage(kW)208V/240V 3.8/5 Lower Element Wattage(kW)208V/240V 3.8/5 MOP-Maximum Overcurrent ProtectionMCA-Minimum Circuit Ampacity `: y.- Water System: Maximum Working Pressure(Water Tank)(psi) 150 °- ry - Design Pressure System(High Side) 290 Design Pressure System(Low Side) 130.5 Water Connection Location Side 1 Water Connection Size(in.) 3/4 Female or Male Pipe Thread CCUS i "u Drain Hose Size(I.D.) 3/4,1/2 Male or Female Pipe Thread �t r; ,.d:< }) Accessory: 0 Duct Adapter—PHDCLAO For a complete list of available accessories,contact your LG representative. For continual product development,LG reserves the right to change specifications without notice. sB_HeatPump_WatefHeater_APHWCSOIM_Z023_11_15_064750 ©LG Electronics U.S.A,Inc,Englewood Cliffs NJ All rights reserved %G Life's Good"is a regisil trademark of LG Corp /www Ighvac com Page 1 of 2 Job Name/Location: � Tag No.: LG I Date: 6/20/2025 Llfe's Good - , PO No.. Unit: Inch (mm) 2van6 ms) 22-53164(SM 0 3 � Junction Cover Top Cover Front Panel Water Tank ® Temperature and Emergency Pressure Outlet Pipe, Cut Off, Relief Valve, 3/4 NPT 170.67 3/4 NPT Heater a � Drain Valve, Inlet Pipe, 3/4 NPT 3/4 NPT Wooden '3e"�r&n6'"I - Pallet Motor Fan Propeller Back Panel Control Box \ Sgo HOC 8®8 --Compressor 0 0 � � Q For continual product development,LG reserves the right to change specifications without notice 5B_HeatPump_WaterHeater_APHWC501M_2023_11_15_064750 ©LG Electronics U 5 A,Inc,Englewood Cliffs,NJ All rights reserved "LG Llfe's Good"is a registered trademark of LG Corp /www Ighvac com Page 2 of 2 1 Fo Section 3 Scope of Work Air sealing and insulation /�►M E • ® ENT Two (2)strip and sweep doors Air sealing attic top plate, construction penetrations in living space and basement and wi dow trim Basement rim joist insulation, 136 linear feet, closed cell foam to R14/2" ����' r� Attic open blow, 1000 sqft, cellulose to R52/14" Mudroom on first floor, 75 sgft crawlspace wall, closed cell foam to R14/2', 270 sgft above ground wall dense pack cellulose, 144 sgft secondary attic to R21-R30/6-8"and plumbing pipe insulation Vent out microwave ventilation fan First Floor If insulation in wall,attic and Mudroom/bathroom extension Crawlspace is not found Option 1.ln'sulate 100 extension Microwave with and ventilate unit A kitchen exhaust option 144 sgft attic, Dense pack cellulose Madeline Ave' 0 to 6-8"/R21=R30 75 sgft crawlspace wall Closed cell foam or board 4�3 to 2"/R14 Bath ���r MUd 270 sgft wall, � k r', 7 Room 8' dense pack cellulose to 4"/R14 Crawlspace plumbing pipe insulation wrap Add exhaust to microwave Fan to eliminate need to open Door Window to vent while cooking, Unit C Rear Yard Unit A Sweep and strip door, Cat litter box Empower paid D C C" ED � E j 1 S E P - 9 2025 Building Der)artment Labor and material included unless exclusion is explicitly listed below Page 8 nb P�