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47567-Z
r�g1tFF0 X�r opo oot Town of Southold 11/16/2023 P.O.Box 1179- 53095 17953095 Main Rd pt Southold, �ao��1f Southold,New York 11971 CERTIFICATE OF OCCUPANCY No: 44736 Date: 11/16/2023 THIS CERTIFIES that the building ADDITION/ALTERATION Location of Property: 1460 Strohson Rd., Cutchogue SCTM#: 473889 Sec/Block/Lot: 103.-10-29.1 Subdivision: Filed Map No. Lot No. conforms substantially to the Application for Building Permit heretofore filed in this office dated 2/2/2022 pursuant to which Building Permit No. 47567 dated 3/18/2022 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: additions and alterations, including covered porch, enclosed porch, attached garage and"as built"deck,to existing single family dwelling as applied for per ZBA#7455,dated 1/21/2021. The certificate is issued to Cannizzaro D&Miltakis,B QPRT of the aforesaid building. SUFFOLK COUNTY DEPARTMENT OF HEALTH APPROVAL ELECTRICAL CERTIFICATE NO. 47567 10/23/2023 PLUMBERS CERTIFICATION DATED 0 Au ori e i nature �o�uFFai TOWN OF SOUTHOLD aya BUILDING DEPARTMENT co TOWN CLERK'S OFFICE SOUTHOLD, NY 2 1:C �Ia tV 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#: 47567 Date: 3/18/2022 Permission is hereby granted to: Cannizzaro D APRT 192-25 Underhill Ave Fresh Meadows, NY 11365 To: construct additions and alterations and to legalize an "as built" deck addition to existing single-family dwelling as applied for per DEC Non-Jurisdiction letter, Trustees & ZBA approvals. At premises located at: 1460 Strohson Rd., Cutchogue SCTM #473889 Sec/Block/Lot# 103.-10-29.1 Pursuant to application dated 2/2/2022 and approved by the Building Inspector. To expire on 9/17/2023. Fees: SINGLE FAMILY DWELLING-ADDITION OR ALTERATION $734.40 AS BUILT- SINGLE FAMILY ADDITION/ALTERATION $307.20 CO-ADDITION TO DWELLING $50.00 Total: $1,091.60 uil ing Inspector pF SO(/jyol Town Hall Annex Telephone(631)765-1802 54375 Main Road P.O.Box 1179 G Q Southold,NY 11971-0959 Jamesh .southoldtownny.gov OWN, BUILDING DEPARTMENT TOWN OF SOUTHOLD CERTIFICATE OF ELECTRICAL COMPLIANCE SITE LOCATION Issued To: John Miltakis QRTP Address: 1460 Strohson Road city:Cutchogue st: New York zip: 11935 Building Permit#: 47567 section: 103 Block: 10 Lot: 29.1 WAS EXAMINED AND FOUND TO BE IN COMPLIANCE WITH THE NATIONAL ELECTRIC CODE Contractor: T&K Electric INC Electrician: Todd Darrell License No: 31563-ME SITE DETAILS Office Use Only Residential X Indoor X Basement Service X Commerical Outdoor 1st Floor X Pool New Renovation X 2nd Floor Hot Tub Addition Survey Attic Garage INVENTORY Service 1 ph X Heat Duplec Recpt 22 Ceiling Fixtures Bath Exhaust Fan Service 3 ph Hot Water GFCI Recpt 2 Wall Fixtures Smoke Detectors Main Panel 200a A/C Condenser 40a Single Recpt Recessed Fixtures 12 CO2 Detectors Sub Panel A/C Blower 15a Range Recpt Ceiling Fan 1 Combo Smoke/CO Transfer Switch UC Lights Dryer Recpt Emergency Strobe Heat Detectors 1 Disconnect 1 Switches 12 4'LED 2 Exit Fixtures Sump Pump Other Equipment: Notes: GARAGE/SUNROOM/SERVICE Inspector Signature: Date: October 23, 2023 Copy of 1460 strohson rd •' v pP 50UlyOl -- --- ` ✓✓ # # TOWN OF SOUTHOLD BUILDING DEPT. coulumv, 631-765-1802 .INSPECTION [ ] UNDATION 1ST [ ] UGH PLBG. FOUNDATION 2ND [ INSULATION/CAULKING [ ] FRAMING /STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [ ] ELECTRICAL (FINAL) [ ] CODE VIOLATION [ ] PRE C/O [ ] RENTAL lbitmo e"ac yam REMARKS: bAdd,. 1f- -- ' L DATE Y INSPECTOR ` Of SOUIyo # # TOWN OF SOUTHOLD BUILDING DEPT. °`ycourmN�'' 631-765-1802 INSPECTION [ FOUNDATION 1 ST [ ] ROUGH PLBG. [ 1,/FOUNDATION 2ND [ ] INSULATION/CAULKING ] FRAMING /STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [ ] ELECTRICAL (FINAL) [ ] CODE VIOLATION [ ] PRE C/O [ ] RENTAL REMARKS: t JVD, oft Yom -�(-p log DATE INSPECTOR rqjf s 0 4�li;kFlOUTH'0qL&D (B9UILD'51NG DEPT. cou 631-765-1802 INSPECTION FOUNDATION IST ROUGH PLBG. FOUNDATION 2ND INSULATIOWCAULKING FRAMING STRAPPING FINAL FIREPLACE & CHIMNEY FIRE SAFETY INSPECTION FIRE RESISTANT CONSTRUCTION FIRE RESISTANT PENETRATION ELECTRICAL (ROUGH) ELECTRICAL (FINAL) CODE VIOLATION PRE C/O RENTAL REMARKS: -1 CAtOt 4-1 it Sk4 &Ld—M v SOC&e— J — - oravvic! ro r4, a -q na 01'e Ae bgvye DATE INSPECTOR o0op V OF SOUIyo� # # TOWN OF SOUTHOLD BUILDING DEPT. 631-765-1802 INSPECTION [ ] FOUNDATION 1ST [ ] ROUGH PLBG. [ ] FOUNDATION 2ND [ ] ULATION/CAULKING [ ] FRAMING /STRAPPING [ FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [ ] ELECTRICAL (FINAL) [ ] CODE VIOLATION [ ] PRE C/O [ ] RENTAL REMARKS: Vh'D • Z--m , Is rpt c� CPA Q vv k4lvaL DATE c �o�'N>>' INSPECTOR o��0ES0Uly0 � 7SG 7 1160 ro * * TOWN OF SOUTHOLD BUILDING DEPT. cou631-765-1802 INSPECTION [ ] FOUNDATION 1ST [ ] ROUGH PLBG. [ ] FOUNDATION 2ND [ ] INSULATION/CAULKING [ ] FRAMING /STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) ] ELECTRICAL (FINAL) [ ] CODE VIOLATION [ ] PRE C/O [ ] RENTAL REMARKS: l"04c -fcoliumm 6erotc,41 leD AgedG �r �L`�►��"1 to, KJLk ✓e +D seg and t-ouPd DATE ©'' Q 7 ,50 INSPECTOR r. 1 = 1 � h� ANAM J, 7T INS gIVF 6 q- �pOTECiI _ EE E j {ING orE�et y NOL IV- x `•-M I •. • - � .' ..e� '� �,: y .. .'•rte L � �� y._. � - f 1 # ✓1 �f 1� 4 ' v �x F. + t� - ' t�.•.{.T Y % �v t •'`" �,�✓�'. •+���i lei {�i•� ;i t�. : \�y 4•,� a \ eJ'4�� ��� { ,eiA': w �.c. ''���a� •ty��'1.A•�?y""��t( �,X .� Y1M •�,.., r1 .� • .•t C 4 �T�T� �`�L7} yT '1''- '��'�x i• /p ;�. �i .l �'{lyd�i'�.++5 aT! r•1^(� � 1"'. •Y��`��tiG�•••,i.° F r •rite� ,„v �i yCfS�';,'����� , r r ,r T `rv.yY, V; 1 s• r t r .ia � � 1p Cw• Y r ` � f a Y J, r ✓ �„ •+i• rig , ;^!'.. '. 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R1i: STA � TE EN�RGY•�CC�DE" ', .' .:lr:t£,'i.',, htc;,ir''••�a'�,>`:s:5�°;:':iii;;�.. ,\ Tr,' .'L.:,c:'.iC:'•.i+=i:i"`. ..:'w+r`%C•"Yr:;4;,`'—r bah _ ..1„-Y�.;l`'j�iy:'�I'� ,�li)r�hf': 11'.��`;J�'.•J:..:,i.,•r:. � .- YON�.�!'�t."vf.: �r7� r .rylv�f'�,iJ•::: ''1.::.`isy!l{,MSii:1l':/,yy •r.•:,, • 1 i�`;{!.';rj yi5� ':p;;�jj�k;li>,"r•:hui4�a•'•ssr+,;r' :,;:,;,:•;' ., • .. •�:7>, `;;`'�;:}:':}`.;.'rt''� `°`.;4?,.?f1'•v d'r:,�,�1Lit%'''�..: ... � �, . .'.1�c:.r"•.: .7':',;+;I?i"tip is `'o���ffOL �o�°•. TOWN OF SOUTHOLD—BUILDING DEPARTMENT Town Hall Annex 54375 Main Road P. 0. Box 1179 Southold,NY 11971-0959 Telephone(631) 765-1802 Fax(631)765-9502 https://www.southoldtownny..ov Date Received APPLICATION FOR BUILDING PERMIT � C E0 � � i For Office Use Only ® 2� fit. 2 �o PERMIT NO. t5�L Building Inspector I BUILDING DEPT. TOWN OF SOUTHOLD Applications and forms must be filled out in their entirety. complete applications will not be accepted. Where the Applicant is not the owner,an Owner's Authorization form(Page 2)shall be completed. Date: ` V OWNER(S)OF PROPERTY: Name: MI20. \ SCTM# 1000- , Project Address: ,1-� n " �) Phone#: Ck I t -`1_ Emall: �I (4 a2A Mailing Address: 1 _ ! Vri� ter CONTACT PERSON: Name: Mailing Address: \ Wo , qL Phone#: Email:W ` •` J G 1 DESIGN PROFESSIONAL INFORMATION: Name: yAorc�\� Mailing Address: '3 �1 • �� �` 1 1�� Phone#: (1 `� Email: r} CONTRACTOR INFORMATION: Name: Mailing Address: Phone#: Email: DESCRIPTION OF PROPOSED CONSTRUCTION ❑New Structure MAddition MAlteration ❑Repair ❑Demolition Estimated Cost of Project: ❑Other $ Will the lot be re-graded? []Yes ENO Will excess fill be removed from premises? []Yes ONO 1 PROPERTY INFORMATION Existing use of property: 6&[W Intended use of property: "1 Zone or use district in which premises is situated: Are there any covenants and restrictions with respect to this property? OYes®No IF YES,PROVIDE A COPY. Al 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 taws,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 applicable laws,ordinances,building code, housing We and regulations and to admit authorized Inspectors on premises and in bullding(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. Application T $IAuthorized Agent 00wner PP Submitted B Y(print name): V Q(ZCii er t C Signature of Applicant: Date: �$� STATE OF NEW YORK) SS: r COUNTY OF l� Up-(-n]%kC W i C l�� being duly sworn,deposes and says that(s)he is the applicant (Name of individual signing contract)above named, (S)he is the 13 (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 n day of 20 22 Notary Public CF1n1QTjhr S GAUGE. NOTARY f L1;A10 SyWiE'OF MrW YORK OU/11FI G COUNTY PROPERTY OWNER AUTHORIZATION 01-cel�0107 W CmrAn61sS1('tJ F.ypi r. m.i 7! ----LWhere the applicant is not the owner) I, G%nn 0��\S residing at L9 M„ do hereby authorize �etlrlt�p W C 1�S to apply on my behalf to th own of Southold Building Departmentior approval as described herein. Mach -�), 2z22' Owner's Signature Date Print Owner's Name 2 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 Suryey Southoldtownny.gov PERMIT NO. Check Septic Form F N.Y.S.D.E.C. Trustees C.O.Application Flood Permit Examined ,20 E C E Single&Separate FEB0 2 2nPTruss Identification Form Stone-Water Assessment Form BUlLDIP�G DEPT. Contact: W-,,:�-SOU!HOLD TO Approved 20 Mail to: Disapproved a/c Phone: Expiration 120 uilding Inspector APPR OVA APPLICATION OR BUILDING PERMIT F E B 2 2Q20 Date , 20�_ INST CTIONS d.This application MUST be completely filled in by typ writer or in ink and submitted to the Building Inspector with 4 sets of plans, accurate plot plan to scale.Fee according to schedul . b. Plot-plan showing location of lot and of buildings on pr ises,relationship to adjoining premises or public streets or areas, and waterways. c. The work covered by this application may not be comme ed before issuance of Building Permit. d. Upon approval of this application,the Building Inspector ill issue a Building Permit to the applicant. Such a permit shall be kept on the premises available for inspection throughout the ork. e.No building shall be occupied or used in whole or in part fo 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 of commenced within 12 months after the date of issuance or has not been completed within 18 months from such date. If o zoning amendments or other regulations affecting the property have been enacted in the interim,the Building Inspector may au orize,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 or the issuance of a Building Permit pursuant to the Building Zone Ordinance of the Town of Southold, Suffolk County,New rk, and other applicable Laws, Ordinances or Regulations,for the construction of buildings, additions, or alterations or fo emoval or demolition as herein described. The applicant agrees to comply with all applicable laws,ordinances,building cod , housing code, and regulations, and to admit authorized inspectors on premises and in building for necessary inspections. ignature applicant or name,if a corporation) (Mailing address of applicant) State whether applicant is owner, lessee, agent,.architect, engineer, general con actor, electrician, plumber or builder Name of owner of premises db `e �V (As on the tax roll or latest dee ) 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 land on which pr sed work will be done: o o C House Number Street Hamlet County Tax Map No. 1000 Section r Block Lot �.q Subdivision Filed Map No. Lot 1 2. State existing use and occupancy of premises and intended use and occupancy of proposed construction: a. Existing use and occupancy_&J t,AVnCQ_ b. Intended use and occupancy 'ZP_JA+dgap 3. Nature of work(check which applicable): New Building Addition Alteration Repair Removal Demolition Other Work (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, number of cars 6. If business, commercial or mixed occupancy, specify nature and extent of each type of use. 7. Dimensions of existing structures, if any: Front Rear Depth Height Number of Stories Dimensionsof sa a trust ith alterations or additions: Front Rear Depth '; weight Number of Stories 8. Dimensions of entire new construction: Front Rear Depth Height Number of Stories a, s 9. Size of lot: Front �Jf Rearepth 10. Date of Purchase Name of Former Owner 11. Zone or use district in which premises are situated 12. Does proposed construction violate any zoning law, ordinance or regulation? YES NO 13. Will lot be re-graded? YES NO Will excess fill be removed from premises?YES NO 14. Names of Owner of premises Address Phone No. Name of Architect Address Phone No Name of Contractor Address Phone No. 15 a. Is this property within 100 feet of a tidal wetland or a freshwater wetland? *YES � NO * IF YES, SOUTHOLD TOWN TRUSTEES &D.E.C. PERMITS MAY BE 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 elevation at any point on property is at 10 feet or below, must provide topographical data on survey. 18. Are there any covenants and restrictions with respect to this property? * YES NO_L_ * IF YES, PROVIDE A COPY. STATE OF NEW YORK) SS: COUNTY OF ) CAS being duly sworn, deposes and says that(s)he is the applicant (Name of individual signing contract)above named, (S)He is the (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 0 20 //i6 4 �Ci tRl dti Rd,Ci ',�+ Si ture of Applicant '.NOTARY PUBLIC STATE OF NEIN YORK', QUALIFIED IN SUFFOLK COUNTY REG.01 SC6140107 "'MY COMMISSION EXPIRESWLV42011"2-9"22 Ruilding 0cluirtment Application AUTHORIZATION (Whem the Applicant is not the Owner) residing at`1�:'! , l.�n� ► ` V'� (Print Property owner's name) (Mailing Address) do hereby authorize (Agent) to apply on my behalf to the Southold Building.Department. (0+0's Signature) (tate) (Print Owner's Name) 0z/Lll l0 S3HIdX3 NOISSIWWOO M CHRISTINE S CALICE L040t7L90S 10'03d A1Nfl0O�IlOddfiS NI 031dIlVf1D NOTARY PUBLIC STATE OF NEW YORK NHOAM3N d0 31ViS Onond AaVlON QUALIFIED IN SUFFOLK COUNTY �OIlVOS3NI1SIHHO REG.01SC6i401W ll_ 9-zI MY C MMISSION EXPIRE V�1Je.l.�l,�'dV� •`r�BOARD OF SOUTHOLD"TOWN,TRUSTEES" : r " •• ': '� SOUTHOLD, NEW YORK j 7 _ PERMIT NO. 10058 DATE:`'JANUARY 19;2022'. , E ISSUED TO: " D. CANNIZZARO'QRPT'&'B. MYLTAKIS ORPT c/o- `'' JOHN MILTAKIS',TRUSTEE PROPERTY ADDRESS: 1460 STROHSON ROAD,CUTCHOGUE SCTM#:•1000-103-10-29.1 r AUTHORIZATION Pursuant to the provisions of Chapter 275 of the Town Code .of,the, Town of Southold and in 1 , accordance with the Resolution of the Board of Trustees adopted Ehe'.meefing held on January 19, 2022, and in consideration of application fee in the sum of$250.00 paid by Cannizzar&Miltakis and subject to the Terms and Conditions as stated in the Resolution, the Southold Town Board of Trustees authorizes and permits the following: ' Wetland Permit for the as-built un-treated Trex•decking along bulkhead,"walkways to the house of various dimensions consisting of 512"0613", 12'x5', 1512"017",5'5"x12',and ' t'�• 451411x161; as-built 16'x44' patio; as=built 3'X16' planter/6ench';'as-built,51x10' stone steps; to ' li maintain.the walkway in 10' bufferwith '/s 'spacing between,boar ds.to.allow adequate' drainage; for-the as-built 395.27sq.ft. deck; for a proposed first floor rear addition of 5:75sq.ft.; a proposed•second'floor garage addition of 779.81sq.ft.; a proposed garage,expansion of = 113.5sq.ft.; a proposed 120sq.ft. front covered stoop; and a proposed 120sq.ft: first floor front ✓ entry addition; with the condition that the decking shown on approved plans seaward of the retaining wall•be converted to thru-flow' 'decking;and that the sand non' -;turf buffer be ,. 1 t vegetated with American Beach grass, planted 6-102' on center; and as,,depicted on the site plan prepared by David Cannizzaro, received:on January 19,2022,'and 'stamped approved on a January 19,2022. ' IN WITNESS WHEREOF, the said Board of Trustees hereby causes its Corporate Seal to be affixed, and these `' .err presents to be subscribed by a majority of the said Board as'of,the 19th,day of January,2022. �1 pguFFO� JW ,:r,{t:t•L \3T. S®��' Town Hall Annex Glenn Goldsmith,President ��► �® A. Nicholas Krupski,Vice President °`® �® 54375 Route 25 AL P.O. Box 1179 Eric Sepenoski aw Southold,New York 11971 Liz Gillooly G Tele hone 631 765-1892 Elizabeth Peeples ®�� _w`�® paE69 7 -1414 E c®UNTi D lS� VV�� u u N O V 1 5 2023 BOARD OF TOWN TRUSTEES 'TOWN OF SOUTHOLD BraMinxg Department Town of Southold CERTIFICATE OF COMPLIANCE #2106C Date: November 13, 2023 THIS CERTIFIES that the existing un-treated Trex decking along bulkhead,walkways to the house of various dimensions consisting of 57"x36'3 ' 12'x5' 15'2"07" 5'5"x12' and 45'4"x16'; as-built 16'x44' patio; as-built 3'x16' planter/bench; as-built 5'x10' stone steps;to maintain the walkway in 10' buffer with 'h"spacing between boards to allow adequate drainage; for the as-built 395.27sa.ft. deck; for a proposed first floor rear addition of 5 75sq ft• a proposed second floor garage addition of 779.8 1 sq.ft• a proposed garage expansion of 113 5sq_ft• a proposed 120sq ft front covered stoop-, and a proposed 120sq ft first floor front entry addition; with the condition that the decking shown on approved plans seaward of the retaining wall be converted to thru-flow decking; and that the sand non-turf buffer be vegetated with American Beach grass planted 6-10"on center; At 1460 Strohson Road, Cutchogue Suffolk County Tax Map#1000-103-10-29.1 Conforms to the application for a Trustees Permit heretofore filed in this office Dated November 12, 2021 pursuant to which Trustees Wetland Permit#10058 Dated January 19, 2022,was issued and conforms to all of the requirements and conditions of the applicable provisions of law. The project for which this certificate is being issued is for the existing un-treated Trex deckingalong bulkhead walkways to the house of various dimensions consisting of 5'2"x36'3" 12'x5' 15'2"x3'7", -5'5"x12' and 45'4"x16'• as-built 16'x44' patio; as-built 3'x16' planterlbench• as-built 5'x10' stone steps;to maintain the walkway in 10' buffer with 1/2" spacing between boards to allow adequate drainage; for the as-built 395 27sq ft deck; for a proposed first floor rear addition of 5.75sq.ft.; a proposed second floor garage addition of 779 81sq ft • a proposed garage expansion of 113.5sq.ft.• a proposed 120sa.ft. front covered stoop; and a proposed 120sq ft first floor front end addition; with the condition that the decking shown on approved plans seaward of the retaining wall be converted to thru-flow decking; and . that the sand non-turf buffer be vegetated with American Beachrg ass planted 6-10"on center. The certificate is issued to D Cannizzaro QRPT&B. Miltakis QRPT c/o John Miltakis, Trustee owner f the afores id propertX. a" J v y -, Authorized Signature NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION Division of Environmental Permits,Region.I SUNY A Stony.Brook.50 Circle Road.Stony proo.k.NY 11790 P:.(631)444-03.65:1 R(631)444-0360 WWw.dec:ny.gov LETTER OF NO-JURISDICTION December 1,2021 John Miltakis. . Re: Application ID 1-4738-01519/00009 192-26 Underhill Avenue. 1460 Strohson Road- Fresh:Mead.ows,.NY 11365 .Cufchogue SCTM # 1000-103-10-29.1 ARNO-DEP. Dear Applicant: .Based on the information your agent submitted.and additional .New York State Department of Environmental Conservation (DEC) archived 'information, DEC has made the following determination. The portion of the referenced property landward of the existing functional bulkhead and adjacent bulkhead totaling more than 100 feet in length and originally constructed prior to 8/20/1977, as evidenced on Aerographics Corp.aerial photograph dated 4/6/1976(exposure 70-1973)and Tidal Wetlands Map#712=542, is beyond the jurisdiction,of Article 25:Tidal Wetlands. - Therefore, in accordance with the current Tidal Wetlands Land Use Regulations (6 NYCRR Part 661), no permit is required for work occurring -at the property landward of the jurisdictional boundary described above. Please be advised however; that no construction, sedimentation, discharge., or disturbance of any kind may take place seaward of the jurisdictional boundary without a permit. It is your responsibility to ensure that all: necessary precautions are taken to prevent rany sedimentation or other .alteration or disturbance to the ground surface or vegetation within DEC's jurisdiction which may result from your project. Such precautions may include, maintaining an: adequate work area (i.e., a 1.5' .to 20' wide construction area) or erecting a tempora y,fence,. barrier, or hay.b�ale.berm. Please be further advised that this.letter does not relieve,you of the responsibility of obtaining any necessary permits or approvals from local municipalities or other agencies. Vey tr ly yours, usan V. Ackerman Regional Permit Administrator SVA/mrp CC: Jennifer Wicks BMHP File NEW YORK Department of o>rorsiuNrtr Envirdhtnerftal Conservation FORM NO. 3 TOWN OF SOUTHOLD BUILDING DEPARTMENT SOUTHOLD,N.Y. NOTICE OF DISAPPROVAL DATE:March 3, 2020 TO: Jennifer Wicks (Cannizzaro) 200 Belleview Ave. Center Moriches,NY 11934 Please take notice that your application dated February 12, 2020: For permit to:legalize"as built"deck addition and construct additions and alterations to existing single-family dwelling at: Y Location of property: 1460 Strohson Road, Cutchogue,NY County Tax Map No. 1000—Section 103 Block 10 Lot 29.1 Is returned herewith and disapproved on the following grounds: The"as built"and proposed construction on this non-conforming 13,894 square foot lot in the Residential R-40 District, is not permitted pursuant to Article XXIII Section 280-124 which states lots measuring less than 20,000 square feet in total size require a minimum side vard setback of 10 feet. The construction has a minimum side yard setback of 6.7 feet. Authorized Sig u - Note to Applicant: Any change or deviation to the above referenced application may require further review by the Southold Town Building Department. CC: file, Z.B.A. FORM NO. 3 TOWN OF SOUTHOLD BUILDING DEPARTMENT SOUTHOLD,N.Y. NOTICE OF DISAPPROVAL DATE:March 3, 2020 RENEWED: November 5, 2020 TO: Jennifer Wicks (Cannizzaro) 200 Belleview Ave. Center Moriches,NY 11934 Please take notice that your application dated February 12, 2020: For permit to: legalize"as built"deck addition and construct additions and alterations to existing single-family dwelling at: Location of property: 1460 Strohson Road Cutchogue,NY County Tax Map No. 1000—Section 103 Block 10 Lot 29.1 Is returned herewith and disapproved on the following grounds: The"as built"and proposed construction, on this non-conforming 13,894 square foot lot in the Residential R-40 District, is not permitted pursuant to Article XXIII Section 280-124, which states lots measuring less than 20,000 square feet in total size require a minimum side yard setback of 10 feet. The construction has a minimum side yard setback of 6.7 feet. / in, Authorizedure Note to Applicant:Any change or deviation to the above referenced application may require further review by the Southold Town Building Department. CC: file, Z.B.A. ` BOARD MEMBERSO sOU Southold Town Hall Leslie Kanes Weisman,Chairperson y,� p/yo 53095 Main Road•P.O.Box 1179 �O !Q Southold,NY 11971-0959 Patricia Acampora Office Location: Eric Dantes �, as Town Annex/First Floor, Robert Lehnert,Jr. • ��. 54375 Main Road(at Youngs Avenue) Nicholas Planamento Cgum Southold,NY 11971 http://southoldtownny.gov RECEIVED _ ZONING BOARD OF APPEALS TOWN OF SOUTHOLD JAN 2 7^2021 � Tel.(631)765-1809•Fax(631)765-9064 C.G. n.VXGCAr/�f/�f Sou hold.Town Clerk. MINGS,DELIBERATIONS AND DETERMINATION MEETING OF JANUARY 21,2021 ZBA FILE:#7455 NAME OF APPLICANT: D.Cannizzaro APRT/John Miltalds PROPERTY LOCATION: 1460 Strohson Road,Cutchogue NY SCTM: 1000-103-10=29.1 SEORA DETERMINATION: The Zoning Board of Appeals has visited the property under consideration in this application and determines that this review falls under the Type 11 category of the State's List of Actions, without further steps under SEQRA. SUFFOLK COUNTY ADMINISTRATIVE CODE: This application was referred as required under the Suffolk dated December16,120 Oostatt g that this application's considered a matte Dr �ent oPPlanning-issued-its-reply=---�- . local determination as there appears to be no significant county-wide or inter-community impact. LWRP DETERMINATION: This application was referred for review under Chapter 268;Waterfront Consistency review of the Town-of Southold Town.Code and.the Local Waterfront.Revitalization Program (LWRP) Policy Standards.The LWRP Coordinator issued a recommendation dated December 21,2020. Based upon the information . provided on the LWRP Consistency Assessment Form submitted to this department,as well as the records available, it is recommended that the proposed action is INCONSISTENT with LWRP policy standards since the structure was constructed without obtaining required permits,although,being that the proposed action is less than the code required minimum side yard setback of 10 feet, the Action is EXEMPT from LWRP review. The Action can be deemed CONSISTENT by imposing conditions that require that the "as built" decks remain open to the sky, and that the applicant obtain a building permit;and therefore,be CONSISTENT with LWRP policy standards. PROPERTY FACTS/DESCRIPTION: The subject, non-conforming 13,894 square feet, .32 acre rectangular, waterfront parcel'located in the R40 Zoning District measures 80 feet along Strohson Road then runs east 179.43 feet along a residentially developed lot to the north,then runs 80.83 feet along wooden bulkheading at Baldwin's Creek, then returns 167.91 feet along a second residentially developed lot the south. The subject parcel is developed with a single-story wood frame residence with attached garage and waterside deck, concrete patio, anasphalt circular driveway,concrete retaining wall before the bulkhead,a wooden pier with floating dock and a garden shed stfaddliing the southern lot line,as shown on the survey prepared by John Gerd Heidecker,L.S. and dated May 8,2017. BASIS OF APPLICATION: Request for a Variance from Article XXIII, Section 280-124 and the Building Inspector's November 5,2020 Notice of Disapproval based on an application for a permit to legalize-an"asbuilt" deck addition and construct additions and alterations to an existing single-family dwelling,at 1)located less than the code required minimum side yard setback of 10 feet; located at: 1460 Strohson Road (Adj. to Baldwin's Creek), Cutchogue,NY. SCTM No. 1000-103-10-29.1. Page 2,January 21,2021 #7455,Cannizzaro SCTM No. 1000-103-10-29.1 RELIEF REQUESTED: The applicant requests a variance to legalize an`as-built'waterside attached deck of 395.27 square feet,a first floor addition of 5.75 square feet,a second floor garage addition(storage area accessed via a pull down stair) of 779.81 square feet, a garage.expansion of 113.5 square feet, a covered front stoop addition of 120 square feet and a fust floor front entry addition of 120 square feet,where the existing side yard setback of 6.7 feet . will-be-maintained-while-the-code-regaires-a-minimum-side--yard-setback-of-1-0-fee*. ADDITIONAL INFORMATION: No immediate neighbor or member of the public spoke in favor of or against this application. During the public hearing it was discovered that the storage shed located in the front yard straddled the lot line to the south. The subject parcel has the following Certificates of Occupancy on file: #Z353 issued July 27, 1959 covers a private one family dwelling #Z14386 issued May 8, 1986 covers a non-conforming single-family residence with attached two car garage #Z1540 issued September 6, 1961 covers an addition to an existing dwelling #Z1 171 issued October 23,:1961 covers a private one family dwelling #Z18812 issued February 21,1990 Deck with hot tub addition to an existing one family dwelling #Z39766 issued July 12,2018 covers underground electrical service and service to dock FINDINGS OF FACT/REASONS FOR BOARD ACTION: The Zoning Board of Appeals-held a"public hearing on this application on January, 7,2021 at which.time written, _aud-orA-e-A le-ce were psesented:_Based upon all testimonya documentation,-_personal inspeetion..of the:property and surrounding.neighborhood,,and other evidence,the Zoning Boardfinds the following;facts to bearue and relevant and makes the.following findings: 1. Town Law.&267-b(31(b)(1). Grant of the variance will not produce an undesirable.change in.the :character of. the neighborhood or a'detriment to nearby properties. Strohson Road consists of-residential'waterfront and,non waterfront residences developed prior to zoning;along BaldwWs Creek. The roadway is'unimproved and meanders along the creek. The subject property is sited towards the end of the road where few people,other than.the occupant of the subject parcel or the residence to the north would commonly travel. While the applicant proposes alterations and additions to their property,the`as-built' and proposed improvement will maintain the pre-existing 6.7 feet side yard setback with no further increase in its non-conformity. As a result ofthe house being setback from the roadway, it will be hard for any individual to discern the difference between the code required 10 feet and maintaining the existing setback. 2. Town Law 4267-b(3)(b)(2). The benefit sought by the applicant cannot be achieved by some method,feasible for the applicant to pursue,other than an area variance. The residence and garages were built at an earlier time and a Certificate of Occupancy,#Z14386,was issued May 8, 1986 recognizing the non-compliant side yard setback of 6.7 feet where the code requires a minimum of 10 feet. As a result of the pre-existing setback, the `as-built' deck follows the side facade,creating the need for a variance. It is unclear whether the certificate of occupancy#Z18812, issued February 21, 1990 for a deck with hot tub addition covers the `as-built' application for a deck,subject of this application. Furthermore,the second-floor addition over the garage will also follow this pre-existing setback. 3. Town Law§267-b(3)(b)(3). The variance granted herein are not mathematically substantial, representing 33% relieffrom-the-code. However,,the setback,exists,-and the applicant_does.not propose to_further reduce.the set_b_ac_k as part of their alteration and additions plan. L Page 3,January 21,2021 #7455,Cannizzaro SCTM No. 1000-103-10-29.1 4. Town Law 4267-b(3)(b)(4). No evidence has been submitted to suggest that a variance in this residential community will have an adverse impact on the physical or environmental conditions in the neighborhood. The applicant must comply with Chapter 236 of the Town's Storm Water Management Code. 5. Town Law&267-W)(b M. The difficulty has been self-created. The applicant purchased,the parcel after the ZoniWOode-was-in-effect-and-itis-presumed-that-the-applicant-had-actual-or-constructive--knowledge off flit; limitations on the use of the parcel under the Zoning Code in effect prior to or at the time of purchase. 6.Town Law 4267-b. Grant of the requested relief is the minimum action necessary and adequate to enable the applicant to enjoy the benefit of additions and alterations,including a second-floor attic storage area over the garage, to an existing single-family residence and the legalization of an 'as-built'. accessory deck while preserving and protecting the character of the neighborhood and the health,safety and welfare of the community. RESOLUTION OF THE BOARD:In considering all of the above factors and applying the balancing test under New York Town Law 267-B,motion was offered by Member Planamento,seconded by Member Weisman(Chairperson), and duly carried,to GRANT the variance as applied for,as shown on Site Plan and Architectural Drawings prepared by Harold E.Gebhard,Architect,dated October 1,2020 and labeled DWG NO 1 of 2 and DWG NO 2 of 2. SUBJECT TO THE FOLLOWING CONDITIONS: 1. The shed straddling the southern lot line is to be removed from the property or relocated to a conforming location. . - _ __— =_2:__ The-_applicant�nust_apply__to the---Bu.itding,._D�p_ar�ment_for_�a,bu�[l_dng_peztp-it�or`th�_"as��ilt°�:_._T,T._. • `un rovemen s w�thin nine 90 da s ofthe date of this ' ty( ) y de�ision.andaabmitsame to;tlie Office of the. P � ) Zoning.Board"of`Appeals,or submit a written;request for an extensionao the�Board::of-Appeals.setting"`: forth:the reasons)why the applicant.was unable`_to obtain'a buildingpeiinit in;tlie`time"allotted: .. . ;_;'` 3: The applicant must obtain a Certificate of Occupancy from:the Burldwg Department for.the as built improvements) and submit same to the Office of the Zoning Board of Appeals v✓ithin. twelve (1.2) . months of this decision or submit a written request for an extension to the.Board of AppeaIs:setting forth the reason(s)why the applicant was unable to obtain.a.Certificate.of occupa4cy'm the time allotted. 4. The"as built"improvement(s)may not be used until a Certificate of Occupancy has been obtained. 5. Prior to receiving a building permit for the additions and alterations proposed,the owner(s)of the subject property cited herein must sign a statement acknowledging that he/she/they have read this determination;understand the limits of the variance relief granted herein;and are aware that if a demolition occurs during construction,or any construction undertaken exceeds the scope of the approvals granted herein,the Zoning Board of Appeals retains jurisdiction and has the right,after a public hearing,to modify,suspend or revoke such approvals or any term or condition thereof or to impose thereon one or more new conditions,pursuant to Article XXV,Section 280-141 of the Town Code ' 6. The subject second floor'attic storage',accessed via a pull-down stair,over the existing garage shall remain non-habitable space and shall be unfinished with open stud walls and rafters. 7. At the discretion of the Board of Appeals,failure to comply with the above conditions may render this decision null and void. That the above conditions be written into the Building Inspector's Certificate of Occupancy, Hhen issued. Any deviation from the survey, site plan and/or architectural drawings cited in this decision will result in delays and/or a possible denial by the Building Department of a building permit, and may require a new application and public hearing before the Zoning Board of Appeals. Page 4,January 21,2021 07455,Cannizzaro SCTM No. 1000-103-10-29.1 Any deviation from the variance(s)granted herein as shown on the architectural drawings, site plan and/or survey cited above,such as alterations, extensions, or demolitions, are not authorized under this application when involving nonconformities under the zoning code. This action does not authorize or condone any current or future use,setback or other feature of the subject property that may violate the Zoning Code, other than,such uses, setbacks and other features as are expressly addressed in this action. In the event that an approval is granted subject to conditions, the . approval-shall-not-be-deemed effective-mtil-the-reqTtired-condittons-have-been-m and failure to comply7l�ei'ewith will render this approval null and void. The Board reserves the right to substitute a similar design that is de minimis in nature for an alteration that does not. increase the degree of nonconformity. Pursuant to Chapter 280-146(B)of the Code of the Town of Southold any variance granted by the Board of Appeals shall become null and void where a Certificate of Occupancy has not been procured,and/or a subdivision map has not been filed with the Suffolk County Clerk,within three (3)years from the date such variance was granted. The Board of Appeals may,upon written request prior to the date of expiration,grant an extension not to exceed three(3)consecutive one (1)year terms. Vote of the Board: Ayes:Members Weisman(Chairperson),Acampora,Dantes,Lehnert,and Planamento(5-0). Le Ch- e Kanes'Weisman, airperson Approved for filing :./yam/202Y OFFICE LOCATION: MAILING ADDRESS: Town Hall Annex V��'®F S® �® P.O. Box 1179 54375 State Road Route 25 �® �® Southold, NY 11971 (cor.Main Rd. &Youngs Ave.) Southold, NY Telephone: 631 765-1809 ® a0 http://southoldtownny.gov COUN � IC IU, IC 11 +I11 I� � January 19, 2023 ZONING BOARD OF APPEALS Town of Southold JAN 2 6 2023 David Cannizzaro t�llit.l.Denl(;�EPT 1460 Strohson Road 70WN0FS0UTH6L0 Cutchogue,NY 11935 RE: Request for an Extension Appeal No. 7455, Cannizzaro 1460 Strohson Road, Cutchogue SCTM No. 1000-103-10-29.1 Dear Mr. Cannizzaro; We received your email correspondence dated January 4, 2023, requesting an extension to comply with the Zoning Board of Appeal's Condition#3 relating to "As Built" improvements described in the January 21, 2021 decision, and cited below: The applicant must obtain a Certificate of Occupancy from the Building Department for the "as built" improvement(s) and submit same to the Office of the Zoning Board of Appeals within twelve (12) months of this decision or submit a written request for an extension to the Board of Appeals setting forth the reason(s) why the applicant was unable to obtain a Certificate of occupancy in the time allotted. In your letter you explain that the"contractors schedule was delayed due to project delays caused by COVID material and scheduling delays". During the January 19, 2023 Special Meeting, the Zoning Board of Appeals granted your request for a One Year extension of the above condition beginning this date and to expire on January 19, 2024. You further advise that you believe the Certificate of Occupancy can be obtained by or before January 27, 2024 and, if not, you request that the ZBA extend the term of the approval for one year. Please be advised that prior to the expiration date of the subject Appeal, dated January 21, 2021,to expire January 212024, that "Pursuant to Chapter 280-146(B) of the Code of the Town of Southold any variance granted by the Board of Appeals shall become null and void where a Certificate of Occupancy has not been procured, and/or a subdivision map has not been filed with the Suffolk County Clerk, within three (3) years from the date such variance was granted. The Board of Appeals may, upon written request prior to the date of expiration, grant an extension not to exceed three (3) consecutive one (1) year terms." Please feel free to contact our office, if you have any further questions or concerns. Sincerely, Leslie Kanes Weisman Chairperson cc: Building Department i:. —1q55 I q lNOV 16 id20 � � 4 - U mM1noa''Prroxn• I U • 1 . iF O m =,1 1 I _ II DECK O _ jl I w BEDROOM LIVNG ROOM = DINING ROOM 'I j� I. ' - l ' -NGLOSED PORCH . e%15nN6 wuu.WxPa6.ETc. . TOqo EERBbv£D PATLw REPNP � - AIW SiFALP4D HATGI 4 __ _ - =� _ O BEDROOM BEDROOMS IK TGHEN 00 =mr_ __ T ___ I --� ---- sroRA&E . Fn E3ALDNIN'S GREEK FOYER ® ow„ §_ ! Lra_J 4' R t 7 80.83' GARAGE If Y _ I I —TPKwN.L,POPre ETe.To GOVERED �unPvm P^Tu+�P^Irt ovEtutKs Az PEranuP turcP ENTRt( An.lwwrK s1nPAces =TVs B - • war,osfo ist nau � � I Llw.'OP NEi, 9 , �Inv• PaAK=1 m= - __ - FINAL MAP LL--=- - ----- - - ORIa!FIN FL I —— STORi6E FIN PL. w _ I_ _ _ _—_—_—_ -- 1 �P ®®® I i I l -RONT ELEVATION (WE5T) I j 51DE ELEVATIO7, a,,,,TH) SLATE Y.•=1•-0• — SLALEY•=F-O; 1 7 7 L--� --- ---- - I L=� I I sroaive Fm.FL ••� � I as fIN Pt I ni - FM I II i,L FIN_ ---------- - - ; aw,oF ----------------r --} RNAL.MAP. IREV,IEWED B)) ZBA 1 SEE DECISION)q)qqq REAR ELEVATION (EA5T) SIDE ELEVf�TION (N01�T#�)DATED J_I "SLAEY•�I'-0• 1. SLALE Y'=I'-0' PRIPP05ED ADDITION5 6 �• LANNIZZARO D ORPr. MILTAK15 B aRPT Harold E'.�&abhard '• 51460 STROH50N ROAD /,rchltact .I vim" r �DI^ANA GOMEZ OITLHOGUE,N.Y. 369 NorN It. y.Av LM 31-2 ,NY.IITSI 5/-.T.M.No.000 40310-29.1 FA%]26-33080 _{ ELEVATIONS HEGARGbYAHOOGOM .1 �„•� 2 j I f t f 1 I 1 I I I I 0 10 20 30 METERS 171 r— FEET YONG ` 0 20 40 60 80 '-"- PECr1JPIVP-L' GRAPHIC SCALE 1" =•20' NOV r ' oaT � I xoNTt9 I POINT OF BEGINNING 1 " 1" PIPE FOUND 1 I I i S 84'54'20" E 179.43'0 01 1O ASPHALT DRIVEWAY AREA— � 13894 SQFT 00 Q . . Q i 'OR W V W O 0.{319 ACRES Z m W #1460 5 0 Q I I �7 2 STORY 2 U I RESIDENCE y z I rN 1 I _ ATC BASIN BASIN w E`{ li W t x 10 Of ZQi O i a I I i CONIC WOODEN PIER COM I LLI I Q o VJ v I ASPHALT I Y OL :,T - - z co Q O ASPHALT DRIVEWAY 81.2' v 1 O cOi GARAGE DECK Z N W FLOATING DOCK z 1" PIPE'FOUND o 3 M I NOTES 1 FIELD WORK WAS CONDUCTED APRIL,2017tAND ALL: 0 OL— MEASUREMENTS WERE TAKEN ON T1EBy HODECKER LAND SURVEYING.PLLO•GROUND , U 1.3' ZZ N 84'54 20 W � 3,0' .2 PROPERTY LINES,BEARINGS.AND NORTN ARROW ARE BASED UPON DEED FILED WITH THE I J 1 1 _ s SUFFOLK COUNTY CLERK IN LIBER 12488—PAGE 1 I :•1 C' PRIOR87 TDi C NS UOION ARE N o i' -b SECTION 103.00—BL06K 1'0.00�1LTAX LOT 029.001 W PRIOR TO CONSTRUCTION THE CONTRdCTOq I G I N/F.JOHN. MILTAKIS, .AS.TRUSTEE SAND HAVEHALL CALL'CALL BEFORE YOU OIC!AT 871 IIx ' I OF THE.D._ CANNIZZAR-8 APRT THE CROUNO UTOITY IACARONS MARKED ON i Ix I Da .DATED 'OCTOBER b7;"2006 o HE�o yo LIBER 12499-PAG I= 074 I CEFMFI0A-n0N /�7J A �/T //I}/ I JOHN GEPD NDOEOKER,A LICENSED LAND _: TE n DA y IL CANNIZZAR 0 PRa,NO �s SURVEYOR W THE STATE OF NEW YORK(LICENSE /^� 3 ZDI U...thor"•d dt•rohpn add,hon NO 50)18},DO HEREBY CERTIFY THAT TMS WP 0 to thla--y u p ,I'll -oT was P.BP.IN ACCORDANCE WITH THE (� �. HN GERD HEIDECKER N Y STATE LAND SURVEYOR LIC Q 0.50719 DAATE �IB OUNDARY SURVEY SHEET NO cUvn 7209,wbdnipion 2,of DUSTING CODE OF PRACTICE FO q LAND SURVEYS r , A."" York St.t•Edocabon ADOPTED BY THE NEW YORK STATE N'SU ON .n `p a. , 42 CROWN STREET MAY B, 2017 I 1 OF 1 not Gonna of thn avu,o map OF PROFESSN EX UDS 0 STATE iHCi VA 0$D71 KINGSTON,NEW YORK 12401 ! I IJFFOIK ON 103—BLOCK 10—TAX LOT 29.1 JOB d CERODGTKIN EXTENDS ONTO THE PARTIES l� ,\ DRAWN BY. C.H. 1460 STROHSON ROADn l beano.the land e1 yo;p NAMED BELOW AND IS NOT TRANSFERABLECHK BY.J.H. �tn,k•d ar•mbpsaed aevl aholI nol 46y1�1L1YA (845)-901-7829 TTTOWN OF_SOUTHEAST CAD FILET ba aonpiapTpa tp by p wad Dopy .cCOUNTY NEW YORK1.DAVID cANwzrAgo SCALE. 1'='20' Trasnmowc 1. I KEl.r1VtU I ` Nov 16 2020 f II I Zoning Board Of Appeal i, I, — I: i+ I ' O STOR-465 FIN.FL GO I I " Ist.FIN.FL. - I I 1 I ®N7 LE 7 A7I®N Y FEST ` I k I PROP05E-D ADDITIONS ff date: GANNIZZARO D GRPT 10-+-70 I MILTAKIS B GRPT Harold E. 6eb Ard d wn b! 51460 STROHSON ROAD Architect IANA GONEZ GUTGHOGUE,N.Y. 363 North� Lindenhurst, A enve"Lindenhurst,,K N.Y..II'ISl Jo n°` S.G.T.M.No.1000-103-10-29.1 651-226-5706 02020-48-G FAX-226 500 f 142 WR ARC"YAHOO.GOM dwg no: 10 l FRONT ELEVATION It I I I I I i I I FFo �®�v� pt 41CO BUILDING DEPARTMENT- Electrical Inspector TOWN OF SOUTHOLD © Town Hall Annex - 54375 Main Road - PO Box 1179 N Southold, New York 11971-0959 Telephone (631) 765-1802 - FAX (631) 765-9502 1 ' rogerresoutholdtownny.gov — seand@southoldtownny.gov APPLICATION FOR ELECTRICAL INSPECTION ELECTRICIAN INFORMATION (All Information Required) Date: Company Name: I} - i� I Electrician's Name: -- _ License No.: 3 ( S t'a 3 hl F Elec. email: Elec. Phone No: 5J4o- 0.3E ©I request an email copy of Certificate of Compliance Elec. Address.: Aur ,� ICLr ,.SOB SITE INFORMATION (All information Required) Name: ,�vg ry M/LTAY- L5 p pT Address: /4(,D Ro#.SDN A� G vT G9oc,ug Cross Street: $Aj)W/N dU - Phone No.: 9/7- 90 -Zer6 Bldg.Permit#: '475'67 email: WRE G�p�p Tax Map District: 1000 Section: 103 Block: /4 Lot: 29./ BRIEF DESCRIPTI NOF WORK, IN.Q LUDE.SQUARE FOOTAGE (Please Print Clearly): GoNst�u�('a dt-hvxrt a 9V,-q,&3 aud, 40 4//1Ic all 'as 0;# Gt�t r r'Oiu �o e�l51�/' S ti li M i( C�u.�//iiv 2 5�1i0/,t?z �.v� �.00AFOAI /tl► heo 51 leh�r, i rs�s �7,� o y .S' Square Footage: Circle All That Apply: Is job ready for inspection?: ❑ YES ® NO ❑Rough In ❑ Final Do you need a Temp Certificate?: ❑ YES M NO Issued On Temp Information: (All information required) Service Size❑1 Ph❑3 Ph Size: A # Meters Old Meter# ❑New Service❑Fire Reconnect❑Flood Reconnect❑Service Reconnect❑Underground❑Overhead # Underground Laterals n 1 F2 F1 H Frame Pole Work done on Service? Y N Additional Information: Suffolk County Dept.of { Labor,Licensing&consumer Affairs MASTER ELECTRICAL LICENSE I Name �oc� TODD D DARRELL i 13 I23�� f� 12 Business Name ieC L 38� s CE>is dul llic ns T&K ELETRICAL INC DBA ,rer is duly licensed he Courty of suffolk License Number:ME-31563 111 Rosalie Drago Issued: 05/2912002 C(✓ Commissioner Expires: 5/1/2024 t sy Foi410, BUILDING DEPARTMENT- Electrical Inspector TOWN OF SOUTHOLD Town Hall Annex - 54375 Main Road - PO Boz 1179 t;5v Southold, New York 1.1971-0959: Telephone (631) 765-1802 FAX (631).765-9502 rooe rresouth old townnv.,q ov - seandCcD-southoldtownny.gov APPLICATION FOR ELECTRICAL INSPECTION ELECTRICIAN INFORMATION (All information Required) Date Company Name: 'ii- _K Electrician's Name: L.A—Pzp-n-t- License No.: S 40 3 Nle Elec. email: Q C—t-�=�o -ZQI,"v �6. Elec. Phone No: 51- o7 03j) L I request an email copy of Certificate of Compliance Elec. Address.: LLI - OA– ,PA 4<Li JOB SITE INFORMATION (All Information Required) Name: ,figw mu, -rAivisop_pr Address: 1460 , 4o#5olv 9), (,LTCW04u9 Cross Street: W IAI dU . � {VA D gVj) Phone No.: oo7 -.3eg6 Bldg.Permit #: 47506-1— email: XRe Tax Map District: 1000 Section: /03 Block: /0 Lot: 29.1 BRIEF DESCRIPTIQN OF WORK, INLUDE SQUARE FQOTAGE (Please Print Clea v(;�C oAdt-b iW,x� a gu-q,4iako aud- 4o 4//,x<c S- , le 14 4 1-fy d ar- lege, 'TA64Z5 f 444 Square Footage: Circle All That Apply: Is job ready for inspection?: YES. R�q /gh In Final E Do you need a Temp Certifica te?- [ YES E NO Issued On Temp Information: (All information required) Service Size111 PhF-]3 Ph Size: A # Meters Qld Meter# [New Service�Fire Reconnect D Flood Reconnect[]Service Reconnect[]Underground Eloverhead # Underground Laterals[]1 []2F] H Frame F-1 Pole Work done on Services-"E Y []N ,Additional Information: Suffolk County,Dept.06 Labor,Licensing&consumer Affairs MASTER ELECTRICAL LICENSE Name TODD D DARRELL Business Name TBC 153 38-7 i cerl,fies that the T&K ELETRICAL INC DSA rrer is duly licensed ! t.0 Cojrty of 506k License Number: ME-31563 Rosalie Drago Issued: 05/29/2002 Commissioner Expires: 51112024 PERMIT# Address: Switche , Outlets GFI's I Surface Sconces H H's ljq, I l UC Lts Fans Fridge HW Exhaust Oven WAD Smokes DW Mini Carbon Micro Generator Combo Cooktop Transfer AC �/V�+M,�P AH ' 1� p Hood Service c;200 A04P Amps Have Used Special: 2 Comments � � a0 A P `A � (VU fl� �S hmP GSI 1AFT, P bP 1 30 AQP �P I IMP�, AQ 30 Awj S�P FE4A, FE5A Infinity@ Series 1 Communicating Variable—Speed Fan Coil Puron@ Refrigerant Carrier Sizes 002 thru 00. turn to the •- Product Data PREMIUM ENVIRONMENTALLY RESPONSIBLE FAN COIL The latest in technology makes the FE4A and FESA fan coil models the most advanced air handlers available.With attention to -Y - --- quiet,efficient,and comfortable operation,Carrier has developed a new benchmark forrhomeowner comfort and ease of installation. The FE4A and FESA utilize the InfinityO Control as a required t accessory to enable state of the art smart-diagnostics capability. This enables faster troubleshooting,providing ease of service and w repair.The FE4A and FESA also provide a 4-wire hook up with matching outdoor unit and the InfinityO Control. This makes installation simpler and a lot quicker than with conventional fan coils.The FE4A and FESA have advanced technology that allows the fan coil to self-configure with a matching outdoor unit and the Infinity- Control,cutting down on installation time. The FE4A and FESA feature Puron'D refrigerant,the chlorine-free r alternate that is the future for the residential heating and cooling industry.The FE4A and FESA using Puron®refrigerant maximize performance for environmentally responsible systems.In addition Y,these systems to environmental safet thstems are 30 to 40%more efficient than standard heating and cooling systems, thereby combining - - ---- __ excellencein efficiency and environmental sustainability. fThe FE4A and FESA provide these benefits due to Carrier's e command of Electronically Commutating Motor (ECM) �. technology.These motors are extremely efficient at all speeds,and J enable the FE4A and FESA to operate at the correct speed to deliver airflow precisely, ensuring proper performance across a 1 wide range of duct static pressures. This adaptive efficiency also makes installation quality easier to achieve for today's demanding homeowner. Carrier's command of ECM technology may be most evident in the comfort advantages that an ECM can deliver.For true comfort,the 9 homeowner can achieve command of both temperature and 'r• - humidity in cooling and heating modes. Another feature which sets the FE4A and FESA apart is the " factory-installed TXV, which enhances efficiency and provides s compressor-protecting operation at all recommended conditions. Grooved tubing,louvered aluminum fins, and the large face areas i of the FE4A and FESA refrigerant coils also provide superior efficiency,for high SEER and HSPF performance. Carrier leads the way in condensate control, a hallmark of these multipoise fan coils.All of these featured components are protected within a rugged,pre-painted metal cabinet lined with super-thick, high-density insulation. For neat, high quality installations, the Nron. unit exterior features sweat refrigerant connections for simple leak free performance, and multiple electrical entry for both high and low voltage service. Assembled at the factory compliant with low leak requirements of less than 2% cabinet leakage rate at 0.5 inches W.C. and 1.4% cabinet leakage rate at 0.5 inches W.C.when tested in accordance with ASHRAE 193 standard. FEATURES Smart Diagnostics s • Self configuring(ease of installation) • Easier troubleshooting,providing faster service and repair • Energy Tracking capability with the InfinityO Series Wall Control. (Energy Tracking has the ability to monitor and estimate the energy consumption of your InfinityO system.) Environmentally Responsible Refrigerant Technology • PuronOO refrigerant the chlorine—free,non—ozone depleting refrigerant • Thermostatic Expansion Valve(TXV)designed to maximize performance with Puron®refrigerant Energy Efficient Operation • Electronically Commutated Motor(ECM)operates efficiently at all speeds • Maximizes efficiency of heating and cooling systems • Ultra°low power consumption during fan only operation Comfort Control • Warm,comfortable heating air temperatures • Unmatched humidity control Airflow and Sound Technology • Logarithmic spiral blower housings for high blower efficiency and quiet operation • Diffuser air discharge section for high airflow efficiency and quiet,smooth operation • High duct static capability • Design meets stringent regulations for cabinet air leakage of less than 2%when tested at 0.5 inches W.C.,and cabinet air leakage less than 1.4%at 0.5 inches W.C.when tested in accordance with ASHRAE 193 standard. Condensate Control and Disposal Technology • Minimal standing water—less microbial growth for improved IAQ and reduced condensate line clogging and related condensate leakage • Condensate fittings relocated away from turbulent airflow patterns at the blower entrance for improved condensate control performance • Overflow feature for slope coil units allows condensate to exit the unit without damage to product under clogged primary and secondary line conditions • Tested for condensate disposal at conditions much more severe than those required by ARI • Primary and secondary drain connections to comply with HUD • All pans constructed of an injection molded glass—filled polycarbonate engineered resin material,with brass drain connections • High density,super thick cabinetry insulation with vapor barrier • Pre—painted galvanized sheet metal cabinet Heat Transfer Technology • Grooved tubing • Lanced sine wave aluminum fins • Discreet refined counterflow refrigerant circuitry • Bi—flow hard—shutoff TXV metering device Quality Assisting,Ease of Installation and Service Features • Easy 4 wire hook up:convenient and reduces installation time. • FE4A unit is multipoise • FE5A unit is upflow/downflow only(single drain pan). • Provision made for suspending from roof or ceiling joints • Modular cabinet on sizes 003 through 006 • Sweat connections for leak free service • Multiple electrical entry for application flexibility(high and low voltage) • Low voltage terminal strip,to safely hold connections within the cabinet • Cabinet construction features innovations designed to prevent cabinet sweating Controls and Electrical Features • Easy plug connection provided for quick installation of accessory heater packages • 40VA 208/230v transformer • Replaceable 3—amp blade—type auto fuse,protects against transformer secondary short Filter Features • Factory supplied filter • Cleanable polyester filter media • Filter"springs"out for easy access—no tools required • Newly improved filter rack area—filter door insulation added for an improved air seal 2 MODEL NUMBER NOMENCLATURE 1 2 3 4 5 6 7 8 9 10 11 12 F E 4 A N B 0 0 2 0 0 0 Coil Type Product T00=Tin—plated F=Fan Coil 000=Copper L00=Aluminum Type E=Infinity®,VS,Puron®Refrigerant Capacity 002=18-36,000 Position 003=24-42,000 4= Multi—poise 004=24-42,000 5= Upflow/Downflow 005=30-48,000 006=36-60,000 Series A Cabinet/Insulation B=Modular Electrical F=Single piece N =208/230v,1 ph-60 Hz D Use of the AH RI CeNfied TM Mares a Arra®rTe c h c indicates O us'77 in the program For verfication of certification for individual Products.go to v—ahridlrectory.org. ISD 9001 GMISAI Gbbl 3 ire•. 1 3132• ° 2'DIA.N.G.'S fOR HIGH VOLTAGE POWER WIRING tI I'DI A.N.O. 1718• FOR LOW VOLIA6E COXIAOL WINING NOTE: I.SCRI[S DESIGNATION IS THE IITH POSITION OF UNIT PRODUCT NUMBER I ISI 16' �I• 13/8' TOP VIEW 22 I/16' 1/11' 10 3/16• II' 7/8' D 2 I OU7lET AIR 711• ISll6'�C ISCORNECI OR CIRCUIT BREAKER NOTE:ALLOW 21'FROM FRONT LOCATION FOR SERVICE UNIT CONNECTION SIZES ALTEANAIE LOWER,CONTROL, 1OR',I 3/32•,2•DI A.R.O.'S NOTE'NODULAR 6[L CCTRIC HEALER SUCTION:112 6 003-711' I.D.SWEAT FOR HIGX VOLTAGE UNITS HILL HAVE ACCESS PANEL 001 006-718' I.0.SWEAT ALT[RNAT[ POWER WIRING A TWO-PIECE LIOUID:3/B'I.D.SWEAT 7/B'DIA.R.O. OPPOSITE SIDE CABINET CONDENSAI E:711'FPT FOR LOW VOLTAGE CONTROL WIRING OPTIONAL FIELD CONVERTED RIGHT SIDE RETURN OPENING INLET AIR (SLOPE COIL UNITS ONLY] OIL ACCESS PAXEL A z SIB' 1 II/I6' I} FITTING IOUID LINE CONNECTION 6c.� NNECTto iONE IOUID LINE PANEL 3 1/I6' CONNECTION SUCTION(INF CONRECTION17116• I FOR nSUCTION LINE 19' MODULAR UNITS ID 7/16' U 10 311' CONNECTION OO g 9 Ilt' 0 ® C 1 3/1• ° 0 6 3/16' >O Q 0 0� 0 0 0 e a II-1 9FILTER ACCESS I OPENING • OPENING PANEL ACCFSS PANEL CONFIG. FOR I I/1•�'I F�19 I7/I6' I. SLOPE COIL DETAILS 2 1/2• D SLOPE COILS RIGHT SIDE VIEW CONNECiI ON LOCATIONS SHOWN DOWN FLOW OR HOR12. FOR UPFLOW OA HOR12. RIGHT APPLICATIONS INLET AIR LEFT APPLICATIONS AND INLET AIA FRONT VIEW "A" COILS SHOWN WITH'A'COIL DETAILS CONNECTION DOWN FLOW APPLICATIONS LOCATIONS FOR UPFLOW OR HOR12.APPLICATIONS DIMENSIONS UNIT SIZE AB C D E H* in mm in mm in mm in. mm in mm in mm FE4A 002 42-11/16 1084 17-5/8 448 15-3/4 400 15-5/8 397 10-3/4 273 — — FE4A 003 53-7/16 1357 21-1/8 537 19-1/4 489 19-1/8 486 19-3/16 487 — — FE4A 003* 53-7/16 1357 21-1/8 537 19-1/4 489 19-1/8 486 19-3/16 487 28-5/16 719 FE4A 005 1 53-7/16 1357 1 21-1/8 537 19-1/4 489 19-1/8 486 19-1/2 495 — — FE4A 005* 53-7/16 1 1357 21-1/8 1 537 19-1/4 489 19-1/8 486 19-1/2 495 28-5/16 719 FE4A 006* 59-3/16 1 1503 24-11/16 1 627 22-3/4 578 22-11/16 576 25-1/4 641 34-1/16 865 FE5A 004* 59-3/16 1 1503 24-11/16 1 627 22-3/4 578 22-11/16 576 25-1/4 641 34-1/16 865 *Modular Cabinet NOT E6: SLOPE COI I.CONDENSATE PAN DRAIN CAPS NOT SHOWN FOR CLARITY. t/I6' AIRFLOW It PLAm CESI• AIR(LOW �12'!A�ESI 6P.1 {i' I`I•TIP. 1 PRIMARY DRAIN © 11 PLACESI' 3 Ill' SECONDARY DRAIN F G PRIMARY DAAI 1 I/A SECONDARY DRAT PAI HAAT DAAI I IJ/16' SECONDARY DAAI TTP f1F6• SECONDARY DRAIN © O O PRIMARY DRA Itl Ill• r t 1/a' © 15/16' �. f1�'TLICETIE TYP.•I/t' I•TTPI /15!a' 2 9116' 11 PLA[[SI• 1 I3/ l6' 1'1/a I If/' TYP.• 11, T',va• z T/e• 1 lT', 3 Ile• iYP.• F TTP-' HORIZ. LEFT S. 12 PLACES); UPFLOW DOWNFLOW (AS SHIPPED) (AS SHIPPED) (FIELD CONVERTEDI HORIZ. RIGHT (FIELD CONVERTED) ""'TTP. HORIZONTAL MOUNT LOCATIONS-DIMPLES PROVIDED IN TOP PANEL, AI A(LOW 1/PLACES AIRFLOW AND BACK 0(CABINE T. IN CABINET BOTTOM.HOLES PROVIDED 2 3116'EYP. .136'DIA.HORIZONTAL HANGING HARDWARE 10 BE FIELD SUPPLIED. I1 PLACESI. I-EYE. © (2 PLACES) 0 0 SECONDARY DIAL F A 311' G PR HURT GRAI 3 1116' 0 $[CONDFAT DRA1tl PRI MART DRAIN PRIMARY DRAM 1 11116' Jt I..--. SECONDARY DRAIN TTP. I jjpfi. SECONDARY GRAIN PRIMARY DRAIN r o O I (t PLACESI• I/2' 5116' iT J Il16' 7l IB'TTP, 1 5 T/d' 13116' IF TTP• 5 t!a' J 2 II/16' TIP• /311' L/PLACES)- i 7f a' TTP.• ila' I)I 16' 2 3l 16' TTP- 1 7/9' 12 PLACES)TYE- DOWNFLOW I uTYP' 11a• HORIZ. LEFT UPFLOW (FIELD CONVERTED) (FIELD ICONVERTED)Z. RIGHT TTP, (AS SHIPPED) (AS SHIPPED) A DIMENSIONS UNIT SIZE F G COIL CONFIGURATION SHIPPING WEIGHT in mm in mm Slope "A' Ib/kg FE4A 002 18-9/16 472 18-1/4 464 — Yes 135/61 FE4A 003 26-15/16 684 27-1/2 699 Yes — 150/68 FE4A 003* 26-15/16 684 27-1/2 699 Yes — 150/68 FE4A 005 27-1/4 692 26-15/16 684 — Yes 172/78 FE4A 005* 27-1/4 692 26-15/16 684 — Yes 172/78 FE4A 006* 32-15/16 837 32-5/8 829 — Yes 207/94 FE5A 004* 32-15/16 837 32-5/8 829 — Yes 200/91 *Modular Cabinet PHYSICAL DATA NOMINAL DIMENSIONS SHIPPING FIELD-INSTALLED HEAT COOLING CA- ` ORDERING NO. (kW) PACITY WEIGHT (BTUH) Height Width Depth Ib/kg FE4ANF002000 18,000 42-11/16-in10 17-5/8-in 448 22-1/16-in 135 Ib FE4ANF002T00 5,8,9,10,15,20 to 84 mm mm 560 mm 61 kg FE4ANF0021_00 36,000 FE4ANF003000 24,000 53-7/16-in 21-1/8-in 537 22-1/16-in 150 lb FE4AN(B,F)003T00 5,8,9,10,15,18,20 to 1357 mm mm 560 mm 68 kg FE4AN(B,F)003L00 42,000 FE4ANF005000 30,000 53-7/16-in 21-1/8-in 537 22-1/16-in 172 Ib FE4AN(B,F)005T00 5,8,9,10,15,18,20,24,30 to 1357 mm mm 560 mm 78 kg FE4AN(B,F)005L00 48,000 FE4ANB006000 36,000 59-3/16-in 24-11/16-in 22-1/16-in 207 Ib FE4ANB006T00 8,9,10,15,18,20,24,30 to 1503 mm 627 mm 560 mm 94 kg FE4ANB006L00 60,000 FE5ANB004T00 24,0005 8 9 10 15 18 20 to 59-3/16-in 24-11/16-in 22-1/16-in 2001b FE5ANB004L , , , , , ,00 42,000 1503 mm 627 mm 560 mm 91 kg SPECIFICATIONS MODEL SIZE 002 003 005 006 004 COIL Refrigerant Metering Device PuronO Refrigerant(R-410A)TXV TXV Size 2 Ton 3 Ton 4 Ton 5 Ton 3 Ton Configuration A Slope A A A Rows-Fins/In. 3/14.5 Face Area(Sq Ft) 3.46 3.46 5.93 7.42 7.42 MATCHES OUTD,OOR'UNIT SIZES Nominal Cooling Tons 1.5,2,2.5,3 2,2.5,3,3.5 2.5,3,3.5,4 3,3.5,4,5 2,2.5,3,3.5 FAN Air Discharge Upflow,Downflow,Horizontal Upflow,Downflow CFM/Ton(Nominal Clg/Htg) 350+ Motor HP(ECM) 1/2 1/2 1/2 3/4 3/4 Filter 16-3/8-in 19-7/8-in 19-7/8-in 23-5/16,-in 23-5/16-in 21-1/2-in(546 mm) x (417 mm) (505 mm) (505 mm) (592 mm) (592 mm) CABINET CONFIGURATION OPTIONS 1-piece 1-:piece/Modular 1-piece/Modular Modular Modular 6 PERFORMANCE DATA AIRFLOW DELIVERY-COOLING, HEATING, ELECTRIC HEATING MODES The FE4 and FE5A fan coils will provide airflow at a rate that is documentation for the User Interface for more information on how requested by the Integrated System User Interface during air the User Interface controls the fan coil. Safe operation of electric conditioning or heat pump heating (without electric heat)modes. heaters requires airflow delivery at or above the minimum CFM for The nominal airflow for both heating and cooling modes is 350 electric heater application listed in the chart below. The fan coil cfm/ton nominal size of the outdoor unit installed. The airflow will adjust its airflow delivery to maintain safe airflow as operating actually requested by the User Interface is modified by its internal mode and staging conditions require. algorithms for zoning,comfort or efficiency concerns. Refer to the . FE4A/FE5A FAN COIL AIRFLOW DELIVERY CHART (CFM)—ELECTRIC HEATING MODELS MODEL FE4A OUTDOOR UNIT CAPACITY BTUH ELECTRIC HEATER kW RANGE 5 9 10 15 20 24 30 EMERGENCY 625 625 675 775 950 — — 18,000 625 625 675 — — — — 002 24,000 650 725 775 900 — — — 30,000 800 875 875 925 1125 — — 36,000 975 975 975 1025 1125 — — EMERGENCY 675 700 775 850 1050 — — 24,000 675 875 875 1100 1150 — — 003 30,000 800 875 875 1100 1150 — — 36,000 975 975 1025 1150 1250 — — 42,000 1125 1125 1125 1150 1350 — — EMERGENCY 675 700 775 850 1050 1400 1425 30,000 800 875 875 1100 1150 — — 005 36,000 975 975 1025 1150 1250 — — 42,000 1125 1125 1125 1150 1250 — — 48,000 1305 1305 1305 1305 1350 1500 1600 EMERGENCY 1050 1050 1050 1050 1125 1750 1750 36,000 1050 1050 1100 1350 1350 — — 006 42,000 1125 1125 1150 1350 1350 — — 48,000 1300 1300 1300 1350 1500 1750 1750 60,000 1625 1625 1625 1625 1750 1750 1750 MODEL FE5A OUTDOOR UNIT CAPACITY BTUH ELECTRIC HEATER kW RANGE 5 9 10 15 20 24 30 EMERGENCY 675 775 775 900 1125 — — 24,000 975 975 975 — — — — 004 30,000 1050 1050 1100 1125 — — — 36,000 1050 1050 1100 1350 1350 — — 42,000 1125 1125 1150 1350 1350 — — Note 1: Emergency—Air conditioner with electric heater application,or emergency heat. Note 2: These airflows are minimum airflows as UL listed. Note 3: Dashed entry indicates that the heater/fan coil/outdoor unit combination is not approved. Do not apply. 7 ACCEPTABLE DUCT CONDITIONS 0.7- 0.6 .7 0.s ---------- i i 0.5 U 3 i a c W ' 'fr ACCEPTABLE RANGECn p W G= TOO HIGH n. 0.3 - RETURN STATIC U i PRESSURE (DIFFICULT TO Q MAKE TRAP). i 0 ------------- i 0 0 0.1 02 0.3 0.4 0.5 0.6 RETURN STATIC PRESSURE(in wc) A07273 For satisfactory,operation(specifically making dry secondary trap),subject fan coils must be installed with duct systems which fall within the"Acceptable Range"illustrated above. MINIMUM RPM TABLE MAXIMUM STATIC TABLE MODEL SYSTEM SIZES CFM MIN MODEL AIRFLOW AVAILABLE STATIC RANGE RPM DELIVERY PRESSURE FE4ANF002 018,024,030,036 150-1200 300 525 CFM 1.00 in we FE4AN(B,F)003 024,030,036,042 200-1400 285 700 CFM 1.00 in we FE4AN(B 8005 030,036,042,048 250-1600 275 FE4ANF002 875 CFM 1.00 in we FE4ANB006 036,042,048,060 500-2000 275 1050 CFM 0.80 in we FE5AN13004 024,030,036,042 500-1 1200 CFM 0.60 in we 700 CFM 1.00 in we 875 CFM 1.00 in we FE4AN(B,F)003 1050 CFM 1.00 in we 1225 CFM 1.00 in we 1400 CFM 0.80 in we 875 CFM 1.00 in we 1050 CFM 1.00 in we FE4AN(B,F)005 1225 CFM 1.00 in we 1400 CFM 1.00 in we 1600 CFM 0.50 in we 1050 CFM 1.00 in we 1225 CFM 1.00 in we FE4ANB006 1400 CFM 1.00 in we 1750 CFM 1.00 in we 2000 CFM 0.60 in we 700 CFM 1.00 in we 875 CFM 1.00 in we FE5AN13004 1050 CFM 1.00 in we 1225 CFM 1.00 in we 1400 CFM 1.00 in we 8 GROSS COOLING CAPACITIES (MBTUH) INDOOR COIL SATURATED TEMPERATURE LEAVING EVAPORATOR(°F/°C) V AIR 35/2 1 40/4 45/7 50/10 55/13 CFM EWB TC SHC BF TC SHC BF TC SHC BF TC SHC BF TC I SHC BF FE4ANF002 72/22 40.19 19.65 0.00 36.23 17.59 0.00 31.86 15.48 0.00 27.00 13.31 0.00 21.65 11.11 0.00 500 67/19 32.99 19.92 0.01 28.96 17.79 0.01 24.52 15.62 0.01 19.64 13.40 0.01 14.28 11.17 0.01 62/17 26.44 20.11 0.01 22.36 17.93 0.01 17.93 15.73 0.01 13.56 13.56 0.03 11.28 11.28 0.19 72/22 49.76 24.23 0.00 44.85 21.76 0.00 39.40 19.20 0.00 33.36 16.55 0.01 26.66 13.83 0.01 650 67/19 40.90 24.80 0.01 35.90 22.22 0.01 30.37 19.55 0.02 24.27 16.82 0.02 17.58 14.06 0.02 62/17 32.84 25.24 0.02 27.75 22.56 0.02 22.25 19.85 0.02 17.13 17.13 0.06 14.25 14.25 0.21 72/22 61.99 30.08 0.00 55.87 27.15 0.00 49.04 24.04 0.01 41.48 20.80 0.02 33.10 17.46 0.02 875 67/19 51.08 31.23 0.03 44.83 28.09 0.03 37.91 24.84 0.03 30.23 21.47 0.03 21.83 18.03 0.03 62/17 41.11 32.14 0.03 34.76 28.88 0.03 27.91 25.53 0.04 22.04 22.04 0.10 18.33 18.33 0.25 72/22 67.83 32.91 0.00 61.10 29.76 0.00 53.66 26.40 0.02 45.36 22.89 0.03 36.17 19.27 0.03 1000 67/19 55.96 34.39 0.04 49.12 31.01 0.04 41.53 27.48 0.04 33.11 23.83 0.04 23.88 20.06 0.04 62/17 45.09 35.62 0.04 38.13 32.08 0.04 30.69 28.43 0.05 24.54 24.54 0.12 20.40 20.40 0.27 72/22 77.77 37.84 0.00 70.13 34.30 0.03 61.59 30.55 0.05 52.04 26.60 0.05 41.42 22.50 0.05 1250 67/19 64.36 40.02 0.06 56.52 36.24 0.06 47.77 32.27 0.06 38.04 28.12 0.06 27.46 23.81 0.07 62/17 51.98 41.92 0.06 44.00 37.93 0.06 35.61 33.77 0.08 29.12 29.12 0.16 24.20 24.20 0.30 FE4ANF003 72/22 43.01 20.98 0.00 38.69 18.78 0.00 33.92 16.51 0.00 28.64 14.18 0.00 22.85 11.81 0.01 600 67/19 35.27 21.34 0.01 30.88 19.04 0.01 26.07 16.71 0.01 20.79 14.34 0.01 15.03 11.95 0.01 62/17 28.24 21.59 0.01 23.81 19.25 0.01 19.05 16.90 0.02 14.56 14.56 0.05 12.11 12.11 0.21 72/22 53.83 26.15 0.00 48.40 23.49 0.00 42.36 20.71 0.00 35.72 17.83 0.02 28.38 14.89 0.02 800 67/19 44.23 26.92 0.02 38.71 24.10 0.02 32.61 21.20 0.03 1 25.91 18.24 0.03 18.65 15.26 0.03 62/17 35.47 27.49 0.03 29.87 24.58 0.03 23.89 21.65 0.03 18.67 18.67 0.09 15.51 15.51 0.24 72/22 63.07 30.60 0.00 56.66 27.57 0.00 49.58 24.36 0.02 41.76 21.04 0.03 33.10 17.62 0.03 1000 67/19 51.91 31.82 0.04 45.41 28.58 0.04 38.24 25.24 0.04 30.31 21.78 0.04 21.76 18.29 0.05 62/17 41.71 32.80 0.04 35.12 29.43 0.04 28.13 26.00 0.05 22.41 22.41 0.12 18.60 18.60 0.27 72/22 71.01 34.48 0.00 63.77 31.12 0.02 55.79 27.57 0.04 46.95 23.88 0.05 37.18 20.08 0.05 1200 67/19 58.54 36.17 0.05 51.21 32.59 0.05 43.10 28.87 0.06 34.13 25.02 0.06 24.47 21.08 0.06 62/17 47.12 37.60 0.06 39.70 33.86 0.06 31.89 30.00 0.07 25.83 25.83 0.15 21.43 21.43 0.29 72/22 77.95 37.95 0.01 70.07 34.31 j 0.04 61.29 30.47 0.06 51.54 26.47 0.06 40.78 22.33 0.07 1400 67/19 64.44 40.15 0.07 56.37 36.28 0.07 47.43 32.24 0.07 37.54 28.04 0.07 26.89 23.69 0.08 62/17 51.95 42.08 0.07 43.78 37.99 0.08 35.30 33.73 0.09 28.95 28.95 0.19 24.01 24.01 0.32 FE5ANB004 72/22 40.42 19.84 0.00 36.59 17.80 0.00 32.35 15.70 0.00 27.64 13.54 0.00 22.39 11.33 0.00 600 67/19 33.22 20.00 0.00 29.31 17.90 0.00 24.99 15.74 0.00 20.19 13.53 0.00 14.87 11.27 0.00 62/17 26.67 20.11 0.00 22.69 17.95 0.00 18.31 15.75 0.00 13.60 13.54 0.00 11.29 11.29 0.17 72/22 52.07 25.46 0.00 47.19 22.92 0.00 41.75 20.28 0.00 35.66 17.53 0.00 28.84 14.70 0.00 800 67/19 42.88 25.89 0.00 37.88 23.24 0.00 32.31 20.49 0.00 26.10 17.66 0.00 19.18 14.75 0.00 62/17 34.51 26.21 0.00 29.39 23.46 0.00 23.73 20.64 0.00 17.81 17.81 0.01 14.85 14.85 0.18 72/22 62.54 30.48 0.00 56.75 27.53 0.00 50.25 24.45 0.00 42.94 21.21 0.00 34.73 17.84 0.00 1000 67/19 51.63 31.28 0.00 45.66 28.17 0.01 38.98 24.93 0.01 31.49 21.55 0.01 23.12 18.06 0.01 62/17 41.65 31.91 0.01 35.51 28.66 0.01 28.71 25.30 0.01 21.89 21.89 0.03 18.26 18.26 0.19 72/22 71.89 34.94 0.00 65.33 31.70 0.00 57.89 28.24 0.00 49.50 24.59 0.00 40.06 20.76 0.00 1200 67/19 59.49 36.20 0.01 52.68 32.73 0.01 45.02 29.06 0.01 36.39 25.22 0.01 26.71 21.21 0.01 [_ 62/17 48.10 37.22 0.01 41.07 33.55 0.01 33.27 29.72 0.01 25.77 25.77 0.05 21.51 21.51 0.20 72/22 80.24 38. 086 94 0.00 73.00 35.45 0.00 64.73 31.69 .00 55.41 27.69 0.01 44. 23.46 0.01 1400 67/19 66.53 40.71 0.01 58.99 36.93 0.01 50.47 32.91 0.02 40.84 28.66 0.02 29.98 24.20 0.02 62/17 53.91 42.17 0.02 46.10 38.14 0.02 37.43 33.92 0.02 29.46 29.46 0.07 24.60 24.60 0.22 FE4ANF005 72/22 57.24 28.01 0.00 51.64 25.08 0.00 45.46 22.08 0.00 38.59 19.00 0.00 30.99 15.85 0.00 750 67/19 46.98 28.35 0.00 41.29 25.33 0.00 35.01 22.24 0.00 28.09 19.09 0.00 20.47 15.90 0.01 62/17 37.67 28.59 0.01 31.89 25.50 0.01 25.61 22.37 0.01 19.28 19.28 0.02 16.05 16.05 0.19 72/22 69.68 33.97 0.00 62.89 30.52 0.00 55.32 26.92 0.00 46.89 23.21 0.00 37.57 19.40 0.00 950 67/19 57.29 34.68 0.01 50.33 31.06 0.01 42.64 27.33 0.01 34.14 23.51 0.01 24.80 19.63 0.01 62/17 45.99 35.21 0.01 38.92 31.47 0.01 31.24 27.68 0.01 23.90 23.90 0.04 19.89 19.89 0.20 72/22 80.80 39.28 0.00 72.96 35.40 0.00 64.17 31.32 0.00 54.37 27.06 0.01 43.48 22.66 0.01 1150 67/19 66.56 40.46 0.02 58.50 36.34 0.02 49.54 32.05 0.02 39.60 27.64 0.02 28.70 23.15 0.02 62/17 53.51 41.36 0.02 45.29 37.07 0.02 36.38 32.70 0.02 28.26 28.26 0.07 23.51 23.51 0.22 72/22 97.47 47.29 0.00 88.05 42.83 0.00 77.49 38.05 0.01 65.68 33.04 0.02 52.41 27.78 0.02 1500 67/19 80.52 49.40 0.03 70.85 44.58 0.03 60.01 39.53 0.03 47.89 34.25 0.03 34.64 28.83 0.04 62/17 64.96 51.12 0.03 55.02 46.04 0.03 44.30 40.80 0.04 35.27 35.27 0.10 29.34 29.34 0.25 72/22 105.61 51.26 0.00 95.43 46.52 0.01 84.03 41.43 0.03 71.21 36.06 0.03 56.82 30.42 0.03 1700 67/19 87.38 53.92 0.04 76.93 48.80 0.04 65.20 43.40 0.04 52.01 37.70 0.04 37.60 31.83 0.05 62/17 70.60 56.17 0.04 59.87 1 50.74 0.04 48.32 1 45.08 1 0.05 38.96 1 38.96 0.13 32.40 32.40 0.27 FE4ANBOO6 72/22 76.01 37.07 0.00 68.82 33.39 0.00 60.76 29.56 0.00 51.72 25.55 0.00 41.64 21.42 0.00 1050 67/19 62.63 37.91 0.01 55.22 34.04 0.01 46.97 30.03 0.01 37.78 25.89 0.01 27.60 21.64 0.01 62/17 50.40 38.54 0.01 42.81 34.53 0.01 34.49 30.41 0.01 26.28 26.28 0.03 21.90 21.90 0.19 72/22 89.66 43.58 0.00 81.26 39.43 0.00 71.77 35.02 0.00 61.13 30.39 0.00 49.17 25.55 0.01 1300 67/19 74.04 45.04 0.01 65.36 40.60 0.01 55.62 35.94 0.01 44.72 31.09 0.01 32.62 26.09 0.01 62/17 59.73 46.18 0.01 50.78 41.52 0.02 40.97 36.70 0.02 31.77 31.77 0.06 26.48 26.48 0.21 72/22 110.09 53.41 0.00 99.92 48.64 0.00 88.41 43.46 0.01 75.38 37.95 0.02 60.66 32.13 0.02 1750 67/19 91.28 56.16 0.02 80.74 50.96 0.03 68.83 45.42 0.03 55.35 39.55 0.03 40.35 33.42 0.03 62/17 73.94 58.45 0.03 63.04 52.91 0.03 51.08 47.08 0.03 40.82 40.82 0.10 34.04 34.04 0.24 72/22 121.19 58.89 0.00 110.14 53.79 0.01 97.57 48.25 0.02 83.25 42.30 0.03 67.02 35.98 0.03 2050 67/19 100.75 62.56 0.04 89.24 56.99 0.04 76.15 51.01 0.04 61.30 44.63 0.04 44.72 37.88 0.04 62/17 81.81 65.71 0.04 69.88 59.72 0.04 56.88 53.37 0.05 46.27 46.27 0.12 38.60 38.60 0.26 72/22 126.10 61.36 0.00 114.71 56.14 0.02 101.67 50.45 0.03 86.78 44.32 0.03 69.87 37.76 0.04 2200 67/19 104.99 65.51 0.04 93.05 59.79 0.04 79.44 53.62 0.04 63.97 47.02 0.04 46.71 40.00 0.05 62/17 85.35 69.12 0.04 72.98 62.94 0.05 59.55 56.35 0.06 48.85 48.85 0.14 40.75 40.75 0.27 9 CFM-Cubic Ft per Minute EWB-Entering Wet Bulb(°F/°C) LWB-Leaving Wet Bulb('F/°C) TC-Gross Cooling Capacity 1000 Btuh SHC-Gross Sensible Capacity 1000 Btuh BF-Bypass Factor MBH-1000 Btuh NOTES: 1. Contact manufacturer for cooling capacities at conditions SHC CORRECTION FACTOR other than shown in table. 2. Formulas: ENTERING AIR DRY-BULB TEMPERATURE(°F) Leaving db=entering db-sensible heat cap. 1.09 x CFM BYPASS 79 78 77 76 75 Under 75 Leaving wb=wb corresponding to enthalpy of air leav- ing coil(hewb) 81 82 83 84 85 Over 85 hiwb=hewb-total capacity(Btuh) Correction Factor 4.5 x CFM where hewb=enthalpy of air entering coil.Direct inter- 0.10 .098 1.96 2.94 3.92 4.91 Use formula polation is permissible.Do not extrapolate. 0.20 0.87 1.74 2.62 3.49 4.36 shown 3. SHC is based on 80°F db temperature of air entering coil. below Below 80°F db,subtract(Correction Factor x CFM)from 0.30 0.76 1.53 2.29 3.05 3.82 SHC. Above 80°F db,add(Correction Factor x CFM)to SHC. Interpolation is permissible. 4. Bypass Factor=0 indicates no psychometric solution. Correction Factor=1.09 x(1 -BF)x(db-80) Use bypass factor of next lower EWB for approximation. ESTIMATED SOUND POWER LEVEL (dBA) MODEL CONDITIONS OCTAVE BAND CENTER FREQUENCY SIZE CFM ESP 63 125 250 500 1000 2000 4000 400 0.25 61.0 57.0 55.0 50.0 48.0 46.0 42.0 600 0.25 62.7 58.7 56.7 51.7 49.7 47.7 43.7 FE4ANF002 800 0.25 64.0 60.0 58.0 53.0 51.0 49.0 45.0 1000 0.25 65.0 61.0 57.0 56.0 52.0 50.0 46.0 1200 0.25 65.8 61.8 57.8 56.8 52.8 50.8 46.8 1400 0.25 66.4 62.4 58.4 57.4 53.4 51.4 47.4 400 0.25 61.0 57.0 55.0 50.0 48.0 46.0 42.0 600 0.25 62.7 58.7 56.7 51.7 49.7 47.7 43.7 800 0.25 64.0 60.0 58.0 53.0 51.0 49.0 45.0 FE4ANF003 1000 0.25 65.0 61.0 59.0 54.0 52.0 50.0 46.0 1200 0.25 65.8 61.8 59.8 54.8 52.8 50.8 46.8 1400 0.25 66.4 62.4 58.4 57.4 53.4 51.4 47.4 1600 0.25 67.0 63.0 59.0 58.0 54.0 52.0 48.0 600 0.25 62.7 58.7 56.7 51.7 49.7 47.7 43.7 800 0.25 64.0 60.0 58.0 53.0 51.0 49.0 45.0 FE5ANB004 1000 0.25 65.0 61.0 59.0 54.0 52.0 50.0 46.0 1200 0.25 65.8 61.8 59.8 54.8 52.8 50.8 46.8 1400 0.25 66.4 62.4 60.4 55.4 53.4 51.4 47.4 1600 0.25 67.0 63.0 61.0 56.0 54.0 52.0 48.0 400 0.25 61.0 57.0 55.0 50.0 48.0 46.0 42.0 600 0.25 62.7 58.7 56.7 51.7 49.7 47.7 43.7 800 0.25 64.0 60.0 58.0 53.0 51.0 49.0 45.0 FE4ANF005 1000 0.25 65.0 61.0 59.0 54.0 52.0 50.0 46.0 1200 0.25 65.8 61.8 59.8 54.8 52.8 50.8 46.8 1400 0.25 66.4 62.4 58.4 57.4 53.4 51.4 47.4 1600 0.25 67.0 63.0 59.0 58.0 54.0 52.0 48.0 600 0.25 62.7 58.7 56.7 51.7 49.7 47.7 43.7 800 0.25 64.0 60.0 58.0 53.0 51.0 49.0 45.0 1000 0.25 65.0 61.0 59.0 54.0 52.0 50.0 46.0 1200 0.25 65.8 61.8 59.8 54.8 52.8 50.8 46.8 FE4ANB006 1400 0.25 66.4 62.4 60.4 55.4 53.4 51.4 47.4 1600 0.25 67.0 63.0 61.0 56.0 54.0 52.0 48.0 1800 0.25 67.5 63.5 59.5 58.5 54.5 52.5 48.5 2000 0.25 68.0 64.0 60.0 59.0 55.0 53.0 49.0 2150 1 0.25 68.3 64.3 60.3 59.3 55.3 53.3 49.3 *Est.sound power levels have been derived using the method described in the 1987 ASHRAE HVAC Systems&Applications Handbook,chapter 52,p.52.7. AIRFLOW PERFORMANCE CORRECTION FACTORS HEATER KW ELEMENTS STATIC PRESSURE CORRECTION(in wc) Sizes 002-005 Size 006 0 0 +.02 +.03 5 1 +.01 +.02 8,10 2 0 0 9,15 3 -.02 -.03 20 4 -.04 -.06 18,24,30 6 -.06 -.10 The FE4A airflow performance table was developed using fan coils with 10kW electric heaters(2 elements)in the units.For fan coils with heaters made up of a differ- ent number of elements,the external available static at a given CFM from the table may be corrected by adding or subtracting pressure.Use table for this correction. 10 FACTORY-INSTALLED FILTER STATIC PRESSURE DROP (in we) MODEL CFM FE4A 400 600 800 1000 1200 1400 1600 1800 2000 002 0.020 0.044 0.048 0.072 0.100 - - - - 003 - 0.020 0.035 0.051 0.070 0.092 - - - 005 - - 0.035 0.051 0.070 0.092 0.120 - - 006 - - - 0.038 0.053 0.070 0.086 0.105 0.133 MODEL CFM FE5A 400 600 800 1000 1200 1400 1600 1800 2000 004 - 0.015 0.026 0.038 0.053 0.070 - - - AIR DELIVERY PERFORMANCE CORRECTION COMPONENT PRESSURE DROP (in wc) AT INDICATED AIRFLOW (DRY TO WET COIL) MODEL CFM FE4A 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 002 0.012 0.016 0.022 0.028 0.034 0.040 0.049 - - - - 003 - 0.026 0.034 0.042 0.052 0.063 0.075 0.083 0.091 0.098 0.110 005 - 0.006 0.008 0.010 0.012 0.015 0.017 0.020 0.023 0.027 0.030 CFM 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2100 006 0.013 0.016 0.018 0.020 0.023 0.027 0.030 0.034 0.039 0.044 0.048 MODEL CFM FE5A 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 004 1 0.004 0.005 0.007 0.009 0.011 0.013 0.016 0.018 0.020 0.023 - NOTE:Subtract the above pressure drop corrections from unit airflow data when that component or condition is used. The remaining external static pressure will be available for the duct system. UNITS WITHOUT ELECTRIC HEAT UNIT SIZE VOLTS-PHASE FLA MIN CKT AMPS BRANCH CIRCUIT Min Wire Size Awg* Fuse/Ckt Bkr Amps 002 208/230-1 4.3 5.4 14 15 003 208/230-1 4.3 5.4 14 15 005 208/230-1 4.3 5.4 14 15 004,006 208/230-1 6.8 8.5 14 15 * Use copper wire only to connect unit.If other than uncoated(non-plated)75°C ambient,copper wire(solid wire for 10 AWG and smaller,stranded wire for larger than 10 AWG)is used consult applicable tables of the National Electric Code(ANSI/NFPA 70). NOTE:If branch circuit wire length exceeds 100 ft/30.5 m,consult NEC 210-19a to determine maximum wire length.Use 2%voltage drop. FLA- Full Load Amps ACCESSORY ELECTRIC HEATERS HEATER kW VOLTS/ STAGES(kW INTERNAL FAN COIL HEATING CAP. INTELLIGENT PART NO. AT CAPABLE 2400 PHASE OPERATING) CICUIT PROTECTION SIZE WITH @ 230V$ W OPERATING) KFCEHO501 N05 5 230/1 5 None All 15,700 - KFCEH0901 N10 10 230/1 10 None All 31,400 - KFCEH3001 F1 5 15 230/1 5,15 Fuses** All 47,100 5,10,15 KFCEH3201 F20 20 230/1 5,20 Fuses** All 62,800 5,10,15,20 KFCEH2901 N09 9 230/1* 3,9 None All 28,300 3,6,9 KFCEH1601315 15 230/3 5,15 None All 47,100 - KFCEH3401 F24 24 230/31 8,16,24 Fuses 005,006 78,500 8,16,24 KFCEH3501 F30 30 230/31 10,20,30 Fuses 005,006 94,200 10,20,30 KFCEH2401 C05 5 230/1 5 Ckt Bkr All 15,700 - KFCEH2601 C1 0 10 230/1 10 Ckt Bkr All 31,400 - KFCEH3101 C15 15 230/1 5,15 Ckt Bkr All 47,100 5,10,15 KFCEH3301 C20 20 230/1 5,20 Ckt Bkr All 62,800 5,10,15,20 * Field convertible to 3 phase. t These heaters field convertible to single phase. ** Single point wiring kit required for these heaters in Canada. # Blower motor heat not included. ELECTRIC HEATER INTERNAL PROTECTION HEATER kW PHASE FUSES QTY/SIZE CKT BKR QTY/SIZE* 5 1 - 1/60 8 1 - 1/60 9 1/3 - - 10 1 - 1/60 15 1 2/30,2/60 2/60 15 3 - - 18 3 - - 20 1 4/60 2/60 24 3/1 6/60 - 30 3/1 6/60 - * All circuit breakers are 2 pole. 11 ACCESSORY ELECTRIC HEATER ELECTRICAL DATA BRANCH CIRCUIT P HEATER AMPS INTERNAL Min Am acl Min Wire Size AWG Min Gnd Wire Size Max Fuse/CM Bkr Am s Max Wire Length HEATER kW H CIRCUIT 208I230V P H (AWG) P ) A 208/230V`• 208/230V}t 208/230V 208/230V 208/230V(tt)# PART NO. S PROTEC- E TION Single Dual Circuit Single Dual Circuit Single Dual Circuit Single Dual Clreult Single Dual Clrcult Single Dual Circuit 240V 208V Circuit L1,L2 L3,L4 Circuit L1,L2 L3,L4 Clrcult L1,L2 L3,L4 Circuit L1,L2 L3,L4 Circuit L1,L2 L3,L4 Circuit L1,L2 L3,L4 KFCEH0501N05 5 3.8 1 None iB.1/20.0 — — 31.2/33.5 — — 8/8 — — 10110 — — 35135 — — 85/88 — — KFCEH2401C05 5 3.8 1 Ckt Bkr 18.1/20.0 — — 31.2/33.5 — — 8/8 — — 10/10 — — 35/35 — — 85/88 — — KFCEH0801ND8 8 6.0 1 None 28.9/32.0 — — 44.7148.5 — — 8/8 10/10 — — 45/50 — — 59160 — — KFCEH2501C08 8 6.0 1 Ckt Bkr 28.9/32.0 — — 44.7148.5 — — 8/8 10110 — — 45/50 — — 59/60 — — KFCEH2901N09' 9 6.8 1 None 32.8/36.0 — — 49.5/53.5 — — 8/6 — — 10/10 50/60 — — 54/87 — — KFCEH29D1N09't 9 6.8 3 None 18.8/20.8 — V18.1/20.0 32.0/34.5 — — 8/8 — — 10/10 35/35 — — 83/85 — — KFCEH0901N10 10 7.5 1 None 36.2/40.0 — 53.8/58.5 — — 6/6 — — 10/10 — — 60/60 — — 78/80 — — KFCEH2601C70 10 7.5 1 Ckt Bkr 36.2/40.0 — 53.8/58.5 — — 6/6 — — 10/10 — — 60/60 — — 78/80 — — KFCEH30DiF15a1 15 11.3 1 Fuse 54.2/59.9 36.2140.0 76.3/83.4 53.8/58.5 22.7/25.0 4/4 6/6 10/10 8/8 10110 10/10 80/90 60160 25/25 88/89 78/80 75/76 KFCEH3101C75' 15 11.3 1 Ckt Bkr — 36.2/40.0 — 53.8/58.5 22.7/25.0 — 6/6 10/10 — 10110 10/10 — 60/60 25/25 — 78/80 75/76 KFCEH1601315 15 11.3 3 None 31.3/34.6 — 47.7/51.8 — — 8/6 — — 10/10 — — 50/60 — — 56/90 — — KFCEH2O01318 18 13.5 3 None 37.6141.5 — — 55.5/60.4 — — 6/6 — — 10/8 — — 60/70 — — 76/77 — — KFCEH3201F20'1 20 15.0 1 Fuse 72.3179.9 36.2/40.0 36.2/40.0 98.91108.4 53.8/58.5 45.3/50.0 3/2 6/6 8/8 8/6 10/10 10/10 100/110 60/60 50/50 85/109 78/80 59/59 KFCEH7301C20' 20 15.0 1 Ckt Bkr — 36.2/40.0 36.2/40.0 — 53.8/58.5 45.3/50.0 — 616 818 — 10110 10/10 — 60/60 50/50 — 78/80 59/59 24 18.0 3 Fuse 50.1/55.4 71.2/77.8 — — 414 — — 8/8 — — 80/80 — — 94/95 — — KFCEH3401F24*t 24 18.0 1 Fuse 86.7/95.5 — — 116.9/127.9 — — 1/1 — — 6/6 — — 125/150 — — 1151116 — — KFCEH3501F30*t 30 22.5 3 Fuse 62.6/69.2 — — 86.8/95.0 — — 313 — — 8/8 — — 901107 — — 97/98 — — 30 22.5 1 Fuse 109.0/120.0 — — 144.8/158.5 — — 0/00 — — 6/6 — — 150/175 — — 1171150 — — FIELD MULTIPOINT WIRING OF 24-AND 30-kW SINGLE PHASE N P HEATER AMPS MIN AMPACITY MIN WIRE SIZE(AWG) MAX FUSE/CKT BKR HEATER PART kW H 208/230V 208/230V** 208/230Vtt MIN GND AMPS MAXNGTH AX AX WIRE E (FT)# NO. A WIRE SIZE 208/230V S 208/230V 240V 208V E L1,L2 L3,L4 L5,1_6 L1,L2 L3,L4 L5,L6 L1,L2 L3,L4' L5,L6 L1,L2 L3,L4 L5,L6 L1,1_2 L3,L4 L5,L6 KFCEH3401 F24*t 24 18.0 1 28.9/32.0 28.9/32.0 28.9/32.0 44.7/48.5 36.2/40.0 36.2/40.0 8/8 8/8 818 10/10 45/50 40/40 40/40 59/60 73/73 73/73 KFCEH3501 F30-t 30 22.5 1 1 36.2140.0 36.2/40.0 36.2/40.0 1 53.8/58.5 45.3/50.0 45.3/50.0 6/6 8/8 8/8 1 10/10 60/60 50/50 50/50 78/80 59/59 59/59 * Heaters are Intelligent Heat capable when used with the FE fan coil and Comfort Zone II- or Infinity Control-. t Field convertible to 1 phase,single or multiple supply circuit. $ Field convertible to 3 phase. ** Includes blower motor amps of largest fan coil used with heater. tt Copper wire must be used.If other than uncoated(non—plated),75'C ambient,copper wire(solid wire for 10 AWG and smaller,stranded wire for larger than 10 AWG)is used,consult applicable tables of the National Electric Code(ANSI/NFPA 70). $$ Length shown is as measured 1 way along wire path between unit and service panel for a voltage drop not to exceed 2%. NOTES: 1. Single circuit application of F15 and F20 heaters requires single—point wiring kit accessory. ACCESSORIES REQUIRED ACCESSORY ITEM ACCESSOORY PART FAN COIL SIZE USED WITH Infinity®Touch Control with Integrated Wi—Fi SYSTXCCITC01 All or 1 Infinity®Touch Control Wi—Fi SYSTXCCITW01 All with bundled router or Infinity®Touch Control SYSTXCCITN01 All ADDITIONAL ACCESSORIES ITEM ACCESNOORY PART FAN COIL SIZE USED WITH 2. Infinity®Series 4 Zone Board SYSTXCC4ZC01 All 3. Infinity®Series Smart Sensor SYSTXCCSMS01—A All 4. Infinity®Remote Room Sensor SYSTXCCRRS01 All 5. Infinity©Series Network Interface Module SYSTXCCNIM01 All 6. Disconnect Kit KFADK0201 DSC Cooling controls and heaters 3—through 10—kW KFACB0201CFB 002 7. Downflow Base Kit KFACB0301 CFB 003,005 KFACB0401 CFB 004,006 8. Downflow Conversion Kit KFADCO201 SLP 003 KFADC0401ACL 002,004,005,006 9. Single—Point Wiring Kit KFASP0101 SPK Only with 15—and 20—kW Fused Heaters KFAFK0212MED 002 10. Filter Kit(12 Pack) KFAFK0312LRG 003,005 KFAFK0412XXL 004,006 FNCCABCC0017 002 11. Filter Media Cabinet FNCCABCC0021 003,005 FNCCABCC0024 004,006 FILCCFNC0017 002 12. Media Filter Cartridges FILCCFNC0021 003,005 FILCCFNC0024 004,006 GAPABXCC1620 002 13. Infinity®Series Air Purifier GAPABXCC2020 003,005 GAPABXCC2024 004,006 14. PVC Condensate Trap Kit(50 pack) KFAET0150ETK All 15. Air Cleaner 240—volt Conversion Kit KEAVCO201240 All 16. Downflow/Horizontal Conversion Gasket Kit KFAHDO101SLP All 17. Horizontal Water Management Kit(25 pack) KFAHC0125AAA All KFAFR0101 FRM NA 18. Standard Filter Rack Kit KFAFR0201 FRM 002 KFAFR0301 FRM 003,005 KFAFR0401FRM 004,006 19. Hydronic Relay Interface Kit KFAIF0101 HWC All 20. Door Gasket Kit** 344994-751 All * Factory authorized and listed,field installed. **This kit is for replacement of factory installed gaskets if they are damaged or removed from the fan coil. 13 ACCESSORIES (CONT.) Accessory Kits Description Suggested and Required Use 1. Infinity@ Touch Control with Integrated Wi—Fi Deluxe programmable wall—mounted system control with integrated Wi—Fi. or Infinity@ Touch Control Wi—Fi with bundled router Deluxe programmable wall—mounted system control with integrated Wi—Fi. Sold bundled with Wi—Fi router or InfinityO Touch Control Deluxe programmable wall—mounted system control without remote access. 2. InfinityO Series 4 Zone Board 4—Zone Damper Control Module wall—mounted control. REQUIRED USE:For all four—zone systems.For systems with 5 to 8 zones,a second Damper Control Module is required. 3. Infinity®Series Smart Sensor Wall control used to monitor temperature and/or fan control. SUGGESTED USE:For use in zone systems. 4. InfinityO Remote Room Sensor Wired remote temperature sensor for zone control. SUGGESTED USE:For use in zone systems. 5. InfinityO Series Network Interface Module Connects Heat Recovery and Energy Recovery Ventilators on non—zoning applications and non—communicating 2—speed units. REQUIRED USE: For non—zoned systems installed with HRV or ERV,Hybrid Heat with non—communicating heatpumps or non— communicating 2—speed units. 6. Disconnect Kit The kit is used to disconnect electrical power to the fan coil so service or maintenance may be performed safely. SUGGESTED USE:Units for 3—through 10—kW electric resistance heaters and cooling controls. 7. Downflow Base Kit This kit is designed to provide a 1—in.minimum clearance between unit discharge plenum,ductwork,and combustible materials.It also provides a gap—free seal with the floor. REQUIRED USE:This kit must be used whenever fan coils are used in downflow applications. 8. Downflow Conversion Kit Fan coils are shipped from the factory for upflow or horizontal—left applications.Downflow conversion kits provide proper condensate water drainage and support for the coil when used in downflow applications.Separate kits are available for slope coils and A—coils. REQUIRED USE:This kit must be used whenever fan coils are used in downflow applications. 9. Single Point Wiring Kit The single point wiring kit acts as a jumper between Ll and L3 lugs,and between the L2 and L4 lugs.This allows the installer to run 2 heavy—gauge,high1voltage wires into the fan coil rather than 4 light—gauge,high—voltage wires. SUGGESTED USE.fan coils with 15—and 20—kW fused heaters only. 10. Filter Kit(12 pack) The kit consists of 12 fan coil framed filters. These filters collect large dust particles from the return air entering the fan coil and prevents them from collecting on the coil.This process helps to keep the coil clean,which increases heat transfer and,in tum, the efficiency of the system. SUGGESTED USE:To replace filters in fan coils. REQUIRED USE:All units unless a filter grille is used. 11. Filter Media Cabinet This cabinet is mounted to the fan coil on the return air end and designed to slip over the outer fan coil casing.The cabinets are insulated using the same insulation as production fan coils.They are designed for the removal of particulates from indoor air using FILCCFNC00(14,17,21,24)media filter cartridges. SUGGESTED USE: All fan coils. 12. Media Filter Cartridges These fan coil media filter cartridge kits are designed for the removal of particles from indoor air.The cartridge is installed in the return air duct next to the air handler or further upstream. SUGGESTED USE: All fan coils. 13. InfinityO Series Air Purifier The Infinity Series Air Purifier wires directly to fan coil and requires no duct transitions with Carrier units.It comes with an airflow sensor. SUGGESTED USE: All fan coils. 14. Condensate Drain Trap Kit This kit consists of 50 PVC condensate traps.Each trap is pre—formed and ready for field installation.This deep trap helps the system make and hold proper condensate flow even during blower initiation. SUGGESTED USE:All fan coils. 15. Air Cleaner 240—volt Conversion Kit The AIRA electronic air cleaner comes ready for 115—v operation. REQUIRED USE:This kit is required when running 240—volt circuit to air cleaner. 14 ACCESSORIES (CONT.) 16. Downflow/Horizontal Conversion Gasket Kit ` This kit provides the proper gasketing of units when applied in either a downflow or horizontal application. REQUIRED USE:Fan coils in either downflow or horizontal applications. 17. Horizontal Water Management Kit This kit provides proper installation of fan coils under conditions of high static pressure and high relative humidty. SUGGESTED USE: All fan coils(except FE5 and FF1). 18. Standard Filter Rack Kit This kit mounts in fan coil filter rack area and modifies the existing filter rack to support standard 1—in.filter sizes. SUGGESTED USE:Fan coils using standard filter sizes. 19. Hydronic Relay Interface Kit This kit provides interface of the FE4 and FE5 fan coils with Hydronic Heat equipment. NOTE:Electric heat cannot be used with Hydronic Interface Relay Kit. SUGGESTED USE:All FE4 and FE5 fan coils installed with hydronic heat. 20. Door Gasket Kit This kit consists of specific adhesive—backed foam strips which are applied to the unit door and frame,limiting air leakage. 15 NOTES: ---------------------------------------------------------------------------------- ---------------------------------------------------------------------------------- ------------------------------------------------------------------------------------ ----------------------------------------------------------------------------------- ----------------------------------------------------------------------------------- ------------------------------------------------------------------------------------ --------------------------------------------------------------®-------------------- ----------------------------------------------------------------------------------- -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- ----------------------------------------------------------------------------------- ----------------------------------------------------------------------------------- --------------=------------------------------------------------------------------ --------------------------------------------------------------------------------- ----------------------------------------------------------------------------------- Copyright 2019 Carrier Corp.• 7310 W.Morris St.• Indianapolis,IN 46231 Edition Date: 07/19 U.S.Export Classification:EAR99. Catalog No: FE4A-12PD Manufacturer reserves the right to change,at any time,specifications and designs without notice and without obligations. Replaces: FE4A-11 PD 16 2 5VNA INFINITY® VARIABLE'SPEED HEAT PUMP' WITH GREENSPEE[j TM INTELLIGENCE ,2- TO 5 NOMINAL TONS Turn to the experts PRODUCT DATA Industry leading Features I Benefits Energy Efficiency Up to 24 SEER, 15 EER, 13 HSPF Microtube TechnologyTm refrigeration system Indoor air quality accessories available ": I �1l}}llll}��1_l��_lj�jjllj�� .1111111111�� � Sound 1111 l� _ ,�„J f Sound level as low as 51 dBA in low speed. :���j»�����}l�� v T : '�IW Comfort il - Variable speed compressor with capacity range from 25-100% fl - Air cooled Inverter variable speed drive j��}�}}}� ���������J!�!��J� Il }}����������� ��� � , '�" — System requires Infinity Control with Greenspeed capability — Energy Tracking capability with the Infinity Control Wall Control w/latest software version (Energy Tracking has the ability to monitor and estimate the energy consumption of your Infinity system.) Reliability Non-ozone depleting Purong refrigerant Front-seating service valves Greenspeed Intelligence actively monitors critical system parameters High pressure switch Discharge pressure transducer Electronic expansion valve(EXV)for heating,TXV for cooling (47) - Filter drier(field installed) Pxi_ron. INFINITY® SYSTEM ' Internal crankcase heater standard Flexibility and installation: - 2 control wires to outdoor unit Carrier's 25VNA4 with GreenspeedTM Intelligence is a breakthrough - Minimum and maximum airflow adjustments product providing up to 13 HSPF heating efficiency and up to 24 SEER - Compressor heating capacity control cooling efficiency. The variable speed capacity control results in strong . Hybrid HeatTM Dual Fuel capable heating capacity as the outdoor temperature drops resulting in less Durability reliance on auxiliary heat. Lower speed operation, when needed in WeatherArmor UltraTM protection package: cooling,for enhanced comfort and dehumidification. - Solid,Durable sheet metal construction This product has been designed and manufactured to meet Energy Stare . Steel louver coil guard criteria for energy efficiency when matched with appropriate coil - Baked-on,complete outer coverage, powder paint components. Refer to the combination ratings in this Product Data for Applications system combinations that meet Energy Star guidlines. - Long-line-up to 250 feet(76.2 m)total equivalent length,up to 200 NOTE:Ratings contained in this document are subject to change at any feet(60.96 ni)condenser above evaporator, or up to 80 ft. (24.38 in) time. Always refer to the AERI directory (www.ahridirectory.org) for evaporator above condenser (See Longline Guide for more the most up-to-date ratings information. information.) 25VNA4:PRODUCT DATA Model Number Nomenclature 1 2 3 4 5 6 7 8 9 10 11 12 13 N N A A AN N N N AN AN AN N N 2 5 V N A 4 3 6 A. 0 0 3 0 Product Product Tier Major SEER Cooling Variations Open Open Voltage Minor Series Family Series Capacity Series 25=HP V=VS HP N A=Puron 1,000 Btuh A=Standard O=Not O=Not 3=208/230-1 0,1,2... Infinity Series (nominal) Defined Defined @.U, Use of the AHRI Certified ^ S TM Mark indicates a manufacturer's participation in the program For verification of certification for individual Quality products,go to ISO 9001 www.ahridirectory.org. OSAIGLOBAL greenspeedo I N T E L L I G E N C E IdealHumidity Comfort xem vumv srsrsu Standard Features Unit Size FEATURES 24 36 48 60 Puron Refrigerant X X X X Variable Speed Rotary Compressor �X X X Variable Speed Scroll Compressor X Air-Cooling Inverter Drive X X X X Louvered Coil Guard X X X X Field-Installed Filter Drier X X X X Front-Seating Service Valves X X X X Internal Pressure and Temperature Protection X X X X Suction Pressure Transducer X X X X High Pressure Switch X X X X Crankcase Heater X X X X Utility Interface Connections X X X X Bluetooth®Module X X X X Enhanced Diagnostics X X X X Energy Tracking Capability X X X X Dual Sound Blanket X X X X Outdoor Air Temperature Sensor X X X X Long Line Capability X X X X X=Standard Manufacturer reserves the right to change,at any time,specifications and designs without notice and without obligations. 25VNA4:PRODUCT DATA Refrigerant Piping Length Limitations Maximum Line Lengths: The maximum allowable total equivalent length for heat pumps varies depending on the vertical separation. See the tables below for allowable lengths depending on whether the outdoor unit is on the same level,above or below the outdoor unit. Maximum Line Lengths for Heat Pump Applications MAXIMUM ACTUAL LENGTH MAXIMUM EQUIVALENT LENGTHT MAXIMUM VERTICAL SEPARATION ft ft(m) ft(m) (m) Units on equal level 200(61) 250(76.2) N/A Outdoor unit ABOVE 200(61) 250(76.2) 200(61) indoor unit Outdoor unit BELOW See Table'Maximum Total Equivalent Length:Outdoor Unit BELOW Indoor Unit' indoor unit *.Maximum actual length not to exceed 200 ft(61 m) . t.Total equivalent length accounts for losses due to elbows or fitting.See the Long Line Guideline for details. Maximum Total Equivalent Length*-Outdoor Unit BELOW Indoor Unit HP with Puron®Refrigerant-Maximum Total Equivalent Length Liquid Line Size Diameter Vertical Separation ft(m)Outdoor unit BELOW indoor unit; w/TXV 0-20 21-30 31-40 41-50 51-60 61-70 71-80 (0-6.1) (6.4-9.1) (9.4-12.2) (12.5-15.2) (15.5-18.3) (18.6-21.3) (21.6-24.4) 024 3/8 250* 250* 250' 250* 250* 250* 250* 036 3//8 250* 250* 250* 250* 250* 250* 250* 048 3/8 1 250* 250* 250* 250* 230 160 -- 060 3/8 1 250* 225* 190 150 110 - -- *.Total equivalent length accounts for losses due to elbows or fitting.See the Long Line Guideline for details. --=Outside acceptable range. Long Line Applications An application is considered Long Line when the refrigerant level in the system requires the use of accessories to maintain acceptable refrigerant management for systems reliability. Defining a system as long line depends on the liquid line diameter, actual length of the tubing, and vertical separation between the indoor and outdoor units. For Heat Pump systems, the chart below shows when an application is considered Long Line. Beyond these lengths, long line accessories are required: HP with Puron®Refrigerant Long Line Description ft(m) Beyond these lengths,long line accessories are required Liquid Line Size Units On Same Level Outdoor Below Indoor . Outdoor Above Indoor 3/8 80(24.4) 20(6.1)vertical or 80(24.4)total 80(24.4) NOTE:See Long Line Guideline for details COOLING CAPACITY LOSS TABLE Nominal Cooling Capacity Loss(%) Size Line OD(in) Total Equivalent Length(ft) (Btuh) 25 50 75 80 1,00. 125 150 175 200 225'. 250 5/8 0.5 1.0 2.0 2.0 2.5, 3.0 3.5 4:5 5.0 5.5 6.0 24000 3/4 0.0 0.5 0.5 0.5 1.0 1.0 .1.5 1.5 2.0 2.0• 2.5 5/8 1.0 2.5 3.5 4.0 5.0 6.5. 7.5 9.0. 10.5 11,5 13.0 36000 3/4 0.5 1.0 1.5 1.5 2.'0," 2:5 3.0, 3.0 3.5 4.0 4.5 7/8 0.0 0.5 0.5 0.5 1.0 1.0 1:5 1:5 2.0 2;0 2.5- 314 0.5 1.5 2.5 2.5 3.0 4.0 .5.0 5.5 6.5 7.5 8.0 48000 7/8 0.5 0.5 1.0 1.0 1.5 2.0 2.5 3.0 .3.0 15 4.0 11/8 0.0 0.0 0.0 0.5 0.5, 0.5, 0.5 0.5 1.0 1.0 1.0 3/4 1.0 2.5 3.5 4.0 5.01 6.0, 7.5 8.5 10.0 11.0 12.5 60000 7/8 0.5 1.0 1.5 2.0 2.5' 3.0� 3:5', _4.0 5.0' 5.5' 6.0 11/8 0.0 0.0 0.5 0.5 0.5 0.5 1.0 1.0 1.0 1.5 1.5. Rating size in BOLD =TE Length greater than 80 ft requires long line accessory liquid line solenoid. Manufacturer reserves the right to change,at any time,specifications and designs without notice and without obligations. a 25VNA4:PRODUCT DATA Equipment sizing Guidelines If primary load is cooling, size the same as any other air conditioning system. If primary load is heating,use the chart below for maximum size for heating. Maximum Recommended Equipment Size-Heating COOLING LOAD(tons) MAXIMUM RECOMMENDED EQUIPMENT SIZE FOR HEATING* 2 36 2.5 36 3 48 3.5 60 4 60 5 60 *.Make sure duct work is capable of delivering required airflow. Make sure combination rating exists for desired combination MIN/MAX Airflow tables The indoor airflow delivered by this system varies significantly based on outdoor temperature, indoor unit combination, and system demand. The airflows on these tables are for duct design considerations.' Duct systems capable of these ranges will ensure the system will deliver full capacity at all outdoor temperatures. Minimum and maximum airflows can be adjusted from these numbers in the Infinity Control Heat Pump Setup screen. Size Cooling-Comfort Mode Cooling-Efficiency Mode Max Airflow Min Airflow Max Airflow Min Airflow 24 820 300 900 500 36 1100 300 1100 300 48 1550 500 1600 600 60 1625 500 2000 750 Size Heating-Comfort Mode Heating-Efficiency Mode Max Capacity Min Capacity Max Capacity Min Capacity 24 850 300 1000 650 36 1500 300 1500 650 48 1550 500 1600 600 60 2000 500 2000 850 Manufacturer reserves the right to change,at any time,specifications and designs without notice and without obligations. A 25VNA4:PRODUCT DATA Physical Data UNIT SIZE SERIES 24-30 36-30 48-30 60-30 COMPRESSOR TYPE Variable Speed rotary Variable Speed Scroll REFRIGERANT Puron®(R-410A) Control TXV(Puron®Hard Shutoff) Charge Ib(kg) 8.9(4.05) 14.1 (6.4) 14.15(6.42) 16.25(7.37) Outdoor Htg Exp.Device EXV EXV EXV EXV COND FAN Forward Swept Propeller Type,Direct Drive Air Discharge Vertical Air Qty(CFM) 3100 4100 4700 4700 Motor HP 1/3 1/3 1/3 1/3 Motor RPM 200-800 200-800 200-800 200-800 COND COIL Face Area(Sq ft) 30.25 33 33 33 Fins per In. 20 20 20 20 Rows 2 2 2 2 Circuits 5 8 9 9 VALVE CONNECT.(In.ID) Vapor 3/4 7/8 7/8 7/8 Liquid 3/8 REFRIGERANT TUBES(In.OD) Rated Vapor' 3/4 7/8 1-1/8 1-1/8 Max Liquid Line 3/8 *. Units are rated with 25 ft(7.6 m)of lineset length. See Vapor Line Sizing and Cooling Capacity Loss table when using other sizes and lengths of lineset. Note: See unit Installation Instruction for proper installation. Electrical Data UNIT SIZE-VOLTAGE, SERIES V/PH OPER VOLTS COMPR FAN MCA MAX FUSEL or MAX MIN LRA RLA FLA CKT BRK AMPS 24-30 N/A 12.4 0.88 16.4 25 36-30 N/A 13.7 0.88 18.0 30 208-230-1 253 197 48-30 N/A 21.2 0.88 27.4 40 6o-30 N/A 26.6 0.88 34.2 50 *. Permissible limits of the voltage range at which the unit will operate satisfactorily t. Time-Delay fuse. FLA - FullLoadAmps LRA - LockedRotorAmps MCA- Minimum Circuit Amps RLA- Rated Load Amps NOTE:Control circuit is 24-V on all units and requires external power source. Copper wire must be used from service disconnect to unit. All motors/compressors contain internal overload protection. Complies with 2010 requirements of ASIlRAE Standards 90.1 Charging Subcooling (TXV-Type Expansion Device) UNIT SIZE-VOLTAGE,SERIES REQUIRED SUBCOOLING IF(°C)-See UI 24-30 36-30 Subcooling recommendation displayed on UI in Charging Mode must be 48-30 followed 60-30 Manufacturer reserves the right to change,at any time,specifications and designs without notice and without obligations. F 25VNA4:PRODUCT DATA Accessories KIT NUMBER KIT NAME 24-30 36-30 48-30 60-30 KSASF0201AAA SUPPORT FEET X X X X KHASS0606MPK SNOW STAND X X X X KSATX0301 PUR TXV KIT X X KSBTX0301PUR TXV KIT X X KSATX0401 PUR TXV KIT X X KSBTX0401PUR TXV KIT X X x=Accessory ACCESSORY USAGE GUIDELINE REQUIRED FOR REQUIRED FOR LONG LINE REQUIRED FOR SEA ACCESSORY LOW-AMBIENT COOLING APPLICATIONS` COAST APPLICATIONS APPLICATIONS (Over 80 ft/24.38 m) (Within 2 miles/3.22 km) (Below 55*F/12.8_C) Crankcase Heater Standard Standard Standard Evaporator Freeze Protection Standard with Infinity Control No No Liquid-Line Solenoid Valve No Yes No Low-Ambient Control Standard with Infinity Control No No Puron Refrigerant Balance Port Hard-ShutOff TXV Yest Yest Yest Support Feet Recommended No Recommended Winter Start Control Standard with Infinity Control No No *. For tubing set lengths between 80 and 200 ft.(24.38 and 60.96 m)horizontal or 20 ft.(6.10 m)vertical differential(total equivalent length),refer to the Long Line Guideline—Air Conditioners and Heat Pumps using Puron®Refrigerant. fi. Required on all indoor units.Standard on all new Greenspeed compatible fan coils and furnace coils. - Accessory Description and Usage (Listed Alphabetically) 1.Compressor Start Assist The inverter drive gently starts the variable speed compressor at all times.No other start device is compatible with this unit. 2.Crankcase Heater This unit has a compressor crankcase heater that will be energized to prevent the compressor from being the coldest part of the system thus enhancing reliability.the indoor unit and UI do not need to be installed for the crankcase heater to operate properly.. 3.Liquid-Line Solenoid Valve(LLS) An electrically operated shutoff valve which stops and starts refrigerant liquid flow in response to compressor operation. It is to be installed at the outdoor unit to control refrigerant off cycle migration in the OFF mode. Usage Guideline: An LLS is required in all long line applications to control refrigerant off cycle migration in the OFF mode..See Long Line Guideline. Suggested for all commercial applications. 4.Snow Stand Coated wire rack which supports unit 18 in.(457.2 mm)above mounting pad to allow for drainage from unit base. Usage Guideline: Suggested in the following applications: -Unit installations in heavy snowfall areas. -Unit installations in snow drift locations. -Unit installations in areas of prolonged subfreezing temperatures. -All commercial installations. 5.Thermostatic Expansion Valve(TXV)Bi-Flow A modulating flow-control valve which meters refrigerant liquid flow rate into the evaporator in response to the superheat of the refrigerant gas leaving the evaporator. Usage Guideline: Accessory required to meet AFRI rating and system reliability,where indoor not equipped. Manufacturer reserves the right to change,at any time,specifications and designs without notice and without obligations. F 25VNA4:PRODUCT DATA Sound Power Level (dBA) Unit Size Typical Octave Band Spectrum Min Speed Cooling Max Speed Cooling Min Speed Heating Max Speed Heating Speed 900 3480 900 6000 125 53.5 61.3 53.2 69.5 250 53.0 55.2 54.7 70.3 500 47.4 53.2 49.4 68.1 24 1000 44.5 53.6 43.6 67.9 2000 37.1 49.8 39.1 65.6 4000 33.9 50.5 38.5 66.7 8000 42.3 49.6 41.8 63.3 Sound Rating(dBA) 51 59 52 74 Speed 900 3960 900 6060 125 57.4 62.6 54.9 70.8 250 62.2 62.5 58.8 72.8 500 49.9 60.5 45.9 65.6 36 1000 47.5 59.5 49.0 63.4 2000 43.5 54.7 44.3 65.0 4000 39.1 51.3 38.7 58.7 8000 46.7 48.6 44.3 55.6 Sound Rating(dBA) 56 64 54 71 Speed 900 3060 900 4700 125 55.0 67.4 55.6 75.4 250 59.7 66.5 60.4 64.9 500 51.9 64.4 52.5 64.1 48 1000 47.6 59.7 49.9 60.3 2000 44.2 57.2 42.6 68.8 4000 45.9 55.3 36.5 56.5 8000 43.2 55.4 43.6 54.6 Sound Rating(dBA) 56 66 56 72 Speed 960.0 3420.0 900.0 4500.0 125 59.6 71.1 55.0 65.8 250 60.6 71.7 55.4 70.1 500 57.4 70.5 51.7 65.4 60 1000 50.6 66.4 47.5 63.4 2000 48.3 65.2 45.7 63.7 4000 41.2 58.3 41.3 62.6 8000 42.6 55.7 41.5 55.4 Sound Rating(dBA) 58 72 54 71 NOTE:Tested in compliance with AHRI 270-2008 but not listed with AHRI. Manufacturer reserves the right to change,at any time,specifications and designs without notice and without obligations. 7 Dimensions z D A UNIT SERIES OPERATING SHIPPING SHIPPINGSHIPPING I O ERIES CB.ECTMCAL A B C D E F G H J K HARACTERISTICS WEIGHT WEIGHT yLENGTHIDT / H/ HEIGHT INCH I MM NCH T MM WCH MM NCH MM NCH MM WCH NIM WCH MM NCH MM NCH MM WCH MM NCH MM Lbs Kgs Lbs Kgs NCH MM NCH MM C C 25VNA424AO030050 0 Y N N N 35 889.0 43 13/16 1112.6 314 19.1 6 9/16 166.1 28 7116 722.8 9 118 231.3 1 118 28.2 313/16 97A 15 718 403.2 16 3/8 415.9 20 112 520.7 276 1252 298 1352 3713116 960.0 48 518 1235.0 0 1 25VNA436AO030050 0 Y N N N 35 889.0 47 3/16 1199.0 718 222 6 9116 166.1 28 7/16 722.8 9 118 231.3 1 118 28.2 313/16 97A 16 M 419.1 16 1/2 419.1 21 533.4 344 156.0 367 166.5 3713116 960.0 52 1321A p tv 25VNA448AO030050 0 Y N N N 35 889.0 47 3/16 1199.0 7/8 222 6 9116 166.1 28 7116 722.8 9 1/8 231.3 1 118 28.2 313/16 97.4 16 1/2' 419.1 16 1/2 419.1 21 533.4 373 1692 396 179.6 3713/16 960.0 52 1321.4 3 -Cw 25VNA46OA0030040 0 Y N N N 35 669.0 47 3116 1199.0 7I8 222 6 9116 166.1 28 7/16 722.8 9 118 231.3 1 1/8 28.2 313/16 97.4 16 12 419.1 i6 1/2 419.1 21 533.4 380 172.4 403 182.8 3713/16F960.0 52 1321.4 D >v A b d .y Y=YES us N=NO NOTES: m 1.CE NTm OF GRAV TY CD N 5 A S0. 0) (a AIR DISCHARGE AIA IN AIR E; � f F � DISCHARGE n S 9/ Cal N 7 � a 3 P I N (D FIELD POWER SUPPLY CONN. b B 7/8'0 22.2) HOLE WITH AIR IN -AIR IN O I 1/8.1028.6) KNOCKOUT 0 p' FIELD CONTROL SUPPLY CONN. y 07/8'(022.21 HOLE E N O C1' 03/8'(09.5) C1.LIQUID LINE CoNN. K N u0i - 71 3 314' 3 112' F 196.0) (88.9) I H p O I I .�. O CVAPOR LINE CONN.I I- -Y 50.- x{ 1 13116, Xso. ws.n v2' G (12.71 LR 3/8'09.5) TIEDOWN KNOCKOUTS (2) PLACES 2 13116° IN C 171.01 d c UNIT SIZE Mrm✓Aan caoLND MouN1Nc MN2x1MROOF-TOMOUP4G P 41 PADAPPLICATIONDNENSIONS PAD APPLICATION DFAMIONS O Q ' '18 587.3 17 7/8 454.6 m - 25 3/4 654.0 20 7116 518.5 c - 31 3/16 792.5 2215/16 583.2 NOTE:ALL DIMENSIONS IN INCH(MM) U.S.ECCN: Not Subject to Regulation(N.S.R.) 24,36,48,60 35 889.0 26 3/4 679.7 25VNA4 SD5554-4 REV.IS N 25VNA24 Balance Point Worksheet Z A 2 TON BALANCE POINT WORKSHEET 0 0 COMFORT MINIMUM AND MAXIMUM HEATING CAPACITIES � D 40 a ° U f � Qa - - ! -- --- -- -- -- 35 -- ------ - - —�— - 10 U i S - O Q ' - 8 s W I 2 a Uj 25 �— '— — ----� — -- — i --- C7 ----- y00 6 20 — -- ----—---- ----- ------ —— i ---- m 7 CL 15 ---- -- --- —---- -- ----- -- -------' --- — ------ — — NCL I -- --- 4 s 10 - 2 5 -- ------ — - —�-- -- — --_----�-- ------------- ------ m -••---• Minimum Capacity Maximum Capacity 0 I 0 �o o -10 0 10 20 30 40 50 60 70 80 y OUTDOOR TEMPERATURE F 25VNA36 Balance Point Worksheet z 3 TON BALANCE POINT WORKSHEET 0 v COMFORT MINIMUM AND MAXIMUM HEATING CAPACITIES � D 50 I I a 14 U Q 45 - - — ------ - N � i u I I 12 C740 ------ ----- ---- ---- ---- —�--- ---- ----- -- ---- z o ~Q ! 35 10 LU ~ 30 —�-- —� I i 8 I I -25 ------ —i— — — ---- --- -----4ff -----� --- ----- T m I Y I 11 d z -- ---� ---- �— I --- ----�-- -- 6 20 — — a N £ ..• .................. LU o10 ---• - — --—�---- ---- --- kD j z I 2 CL I I £• 5 ------ co ---m .•... Minimum Capacity Maximum Capacity I d p p N -10 0 10 20 30 40 50 60 70 80 OUTDOOR TEMPERATURE F 25VNA48 Balance Point Worksheet Cn Z A 4 TON BALANCE POINT WORKSHEET O 0 COMFORT MINIMUM AND MAXIMUM HEATING CAPACITIES � D c 70 , D - 20 F- i U CDP- 60 I D U I �- N � ID ErS S 15 Q 50 - -- ----- - ---; --;- -- -� -- -- ------- - S Uj w I I 3 °C 40 ---------- -- - --- -- - - - '---------J -— 10 ca 0 z 30 '-- — ---- -- y N I O ....... E 20 --- ----- - ------j - - - J•- -----i- --- ........ ---,— LU z10 - — — ----- --r.-- --- o m ..... Minimum Capacity Maximum Capacity 1 I 0 0 3 -10 0 10 20 30 40 50 60 70 80 N OUTDOOR TEMPERATURE F 25VNA60 Balance Point Worksheet Z A 5 TON BALANCE POINT WORKSHEET X O 0 COMFORT MINIMUM AND MAXIMUM HEATING CAPACITIES o 70 a - 20 i F- ' 1 i J Q 60 ID S r^ I I ~ 50 - 15 cc = LU a3 Q oc 40 LU Z 10 — co i y j 30 –---- — — --1--- —i------i — I ----- c CL N N cn j N 20 w ; - 5 ............. ........... ! ...... .I cD z10 — - — ----�– -- ------�--- —! -- -- -----�----- ---- --- S J i o ..... Minimum Capacity Maximum Capacity m 0 i I 1 i i � i _ O m y -10 0 10 20 30 40 50 60 70 80 OUTDOOR TEMPERATURE F Clearances N) Z Clearances (various examples) A X 0 0 c Wall Wall D � D m c 6„ 24" CD CD (152.4 mm) Service z N 3 ID 324» 12" 12" 611 5 (609.6) (304.8) (304.8) (152.4) Service d 12" 12" 3 (304.8) (304.8} � 0 Wall N d ° 24" 24" 24" a ID. (609.6) (609.6) (609.6) N Service Service Service S O 0 24" 24" 24" d (609.6) (609.6) (609.6) a f s 0 0 a Note: Numbers in () = mm 0 3 N IMPORTANT:When installing multiple units in an alcove,roof well,or partially enclosed area,ensure there is adequate ventilation to prevent re-circulation of discharge air. A07833 Tested AHRI Combination Ratings* NOTE: Ratings contained in this document are subject to change at any time. A For AHRI ratings certificates, please refer to the AHRI directory www.ahridirectory.org Additional ratings and system combinations can be accessed via the Carrier database at: www.MyCarrierRatings.com Equipment performance o calculator can be accessed at: http://rpmob.wrightsoft.com/ obi D 3c ID Heating 47°F Temp Heating 17°F Temp D Model Number Coil Model Number Clg Cap High EER SEER HSPF High Low Capacity COP Capacity COP m 25VNA424A**30 FE4ANF002L+UI 23400 14 22.0 850 500 24,000 3.78 11 24,400 2.62 cc U) 2 25VNA436A**30 FE4AN(B,F)005L+UI 34600 13.5 22.5 1100 550 35,000 3.80 11 32,800 2.54 M E. . 25VNA448A**30 FE4ANB006L+U1 46000 13.5 22.0 1600 600 46,000 3.92 11 42,500 2.60 CD I 25VNA460A**30 FE4ANB006L+UI 58500 13 21.0 1625 900 59,000 3.36 11 49,500 2.66 O *Ratings are net values reflecting the effects of circulating fan heat.Supplemental electric heat is not included.Ratings are based on: i Cooling Standard:80°F(27°C)db 67*F(19°C)wb indoor entering air temperature and 95'F(35°C)db air entering outdoor unit. High-Temp Heating Standard:70°F(21'C)db indoor entering air temperature and 47'F(8°C)db 43T(6°C)wb air entering outdoor unit. m Low-Temp Heating Standard:70'F(21'C)db indoor entering air temperature and 17'F(-8°C)db 15T(,9°C)wb air entering outdoor unit. m COP—Coefficient of Performance m EER—Energy Efficiency Ratio HSPF—Heating Seasonal Performance Factor SEER—Seasonal Energy Efficiency Ratio UI—User Interface N - V fD � O � 7 O d O 3 N d 3 a CL m N f0 3 N S ' O C_ 3 ,.r O_ n tD N 3 G 3 O r- 0 O O' (O d O 3 N Detailed Cooling Capacities#'Comfort + Dehumidify Mode Z 25VNA4241FE4ANB002 COOLING COMFORT+DEHUMIDIFY MODE CONDENSER ENTERING AIR TEMPERATURES°F(°C) Dl' 125(46.1) 115(46.1) 105(40.6) 95(35) 85(29.4) 75(23.9) 65(18.3) ;u EVARAIR Ca achy Total Capacity Total Capaclty Total Total Capaclty Total p EDB EWB Capacity Total Capacity Total P Ca act MBtuh °F(°C) of(°C) SCFM MBtuht Sys. SCFM MBtuh Sys. SCFM MBtuh Sys. SCFM MBtuh Sys. SCFM MBtuh Sys. SCFM P tY Sys' SCFM MBtuh Sys. Total Sens$ Kw" Total Sens$ KW** Total Sens$ �� Total Sens$ KW** Total Sens$ �� Total Sens$ Total Sens$' --1 MAXIMUM DEMAND D w -i 72(22.2) 20.65 8.49 2.39 22.32 9.10 2.11 W15.74 1.86 1.633 W219'7 .00 1.320 75 67(19.4) 18.67 11.49 2.37 20.17 12.10 2.10 1.85 22.74 13.27 1.63 23.95 13.78 1.44 .44 1.34 25.00 14.37 1.34c (23.9) 63(17.2) 630 17.18 13.84 2.35 630 18 54 14.43 2.08 640 1.84 650 20.94 15.68 1.63 650 22.05 16.19 1.45 700 .07 1.35 680 23.24 16.98 1.33CD 57(13.9) 15.96 15.96 2.33 16.96 16.96 2.06 1.82 19.06 18.35 1.62 19.66 19.58 1.46 .05 1.35 21.53 19.23 1.32w 72(22.2) 20.56 11.51 2.39 22.23 12.12 2.11 1.86 25.01 13.28 1.63 26.30 13.77 1.43 .34 1.32 27.03 14.20 1.34m 67(19.4) 18.60 14.48 2.37 20.10 15.09 2.10 4 1.85 22.67 16.35 1.63 23.88 16.86 1.44 .75 1.34 24.93 17.59 1.34 H (26.7) 63(17.2) 630 17.36 16.50 2.36 630 18 56 17.36 2.08 640 19.79 18.08 1.84 650 20.94 18.74 1.63 650 22 04 19.25 1.45 700 .36 1.35 680 23.22 20.18 1.33 57(13.9) 17.03 17.03 2.35 18.09 18.09 2.07 19.10 19.10 1.83 20.04 20.04 1.63 20.87 20.87 1.46 .97 1.35 22.06CD 22.06 1.33 MEDIAN DEMAND 72(22.2) 17.83 7.24 2.00 19.37 7.83 1.79 20.53 W1.63 5 18.99 7.69 1.14 19.48 7.88 0.97500 19.770.84 19.62 7.94 0.86 75 67(19.4) 16.11 9.48 1.98 17.47 10.05 1.78 18.55 17.21 10.00 1.15 17.73 10.22 0.918.12 10.52 0.86 18.11 10.46 0.87 m (23.9) 63(17.2) 465 14.82 11.22 1.96 465 16.06 11.78 1.77 470 17.07 3 475 15.84 11.78 1.16 475 16.34 12.00 0.916.80 12.44 0.87 490 16.88 12.39 0.87 357(13.9) 13.37 13.37 1.94 14.52 13.80 1.75 15.58 2 14.18 14.18 1.16 14.80 14.06 1.015.25 14.66 0.88 15.35 14.76 0.87 72(22.2) 17.75 9.52 2.00 19.31 10.09 1.79 20.46 5 18.91 10.01 1.14 19.41 10.19 0.919.69 10.43 0.84 19.51 10.31 0.86 80 67(19.4) 16.06 11.71 1.98 17.43 12.29 1.76 18.50 17.16 12.28 1.15 17.68 12.50 0.918.06 12.91 0.86 18.05 12.81 0.87 (26 7) 63(17 2) 465 14.61 13.44 1.96 465 16.05 14.01 1.77 470 17.05 3 475 15.83 14.04 1.16 475 16.33 14.27 0.99 16.79 14.83 0.87 490 16.87 14.72 0.87 3 57(13.9) 14.25 14.25 1.95 15.18 15.18 1.76 15.97 15.97 1.62 15.09 15.09 1.16 15.47 15.47 0.99 16.00 16.00 0.88 16.05MINIMUM DEMAND 16.05 0.67 w 3 72(22.2) 14.29 5.75 1.68 15.46 6.23 1.50 16.22 6.55 1.36 12.68 5.12 0.75 12.01 4.87 0.60 12.14 !78 2 0.4679 67(19.4) 12.90 7.20 1.65 13.90 7.64 1.49 14.63 7.97 1.35 11.39 6.54 0.76 10.86 6.33 0.61 11.09 2 0.48 11.06 6.41 0.51 300 300 300 300 300 300 300(23.9) 63(17.2) 11.85 8.31 1.63 12.75 8.74 1.47 13.45 9.08 1.33 10.43 7.65 0.77 9.97 7.44 0.62 10.19 4 0.50 10.23 7.56 0.52 357(13.9) 10.43 9.93 1.60 11.20 10.34 1.45 11.83 10.68 1.31 9.21 9.21 0.78 8.91 8.91 0.63 9.05 5 0.51 9.16 9.16 0.52 N72(22.2) 14.26 7.22 1.68 15.42 7.69 1.50 16.19 8.01 1.36 12.63 6.58 0.75 11.96 6.33 0.60 12.09 8 0.46 11.85 6.28 0.49 o. 80 67(19.4) 12.87 8.65 1.65 13.87 9.10 1.49 14.61 9.42 1.35 11.35 8.00 0.76 10.83 7.78 0.61 11.06 7 0.48 11.03 7.86 0.51 N (26.7) 63(17.2) 300 11.83 9.76 1.63 300 12 73 10.19 1.47 300 13.43 10.53 1.33 300 10.41 9.10 0.77 300 9 96 8.89 0.62 300 10.18 9 0.50 300 10.22 9.01 0.52 m 57(13.9) 10.87 10.87 1.61 11.49 11.49 1.45 11.98 11.98 1.31 9.83 9.83 0.77 9.51 9.51 0.62 9.66 9.66 0.50 9.73 9.73 0.52 f See notes on page 22 0 0 c_ 0 m w 3 a f 0 0 c 0 6 0] w O 7 N Detailed Cooling Capacities#"Comfort + Dehumidify Mode (cont.) Z 25VNA436/FE4ANB005 COOLING COMFORT+DEHUMIDIFY MODE CONDENSER ENTERING AIR TEMPERATURES°F(°C) a 125(51.7) 115(46.1) 105(40.6) 95(35) 85(29.4) 75(23.9) 65(18.3) EDB EVAP.AIR Capacity MBtuh Total ID Capacity MBtuht Total Capacity MBtuht Total Capacity MBtuht Total Capacity MBtuht Total Capacity MBtuht Total HIpall MBtuht Total 0 ID SCFM ID ID ID ID W °F(°C) EWB°F(°C) Sys. Sys. SCFM Sys. Sys. System Sys, Sys. 0 SCFM KW Total Sens KW' Total Sens$ KW SCFM Total Sens$ KW'• SCFM Total Sens$ KW SCFM Total Sens$ i(yV" SCFMSens$ KW" O Total Sens$ $ cMAXIMUM DEMANDD d n 72(22,2) 28.30 11,05 3.41 30.89 12.07 3,11 33.35 13.03 2,83 36.29 14,18 2.60 38,81 15.16 2,37 40,96 16.00 2.22 42.48 16.60 2.30 C 67(19.4) 25.31 14.10 3.39 27.58 15.33 3.10 29.79 16.55 2.83 32.50 18.16 2.60 34.79 19.38 2.38 36.81 20.48 2.22 38.35 21.38 2.26 i 75 650 700 750 850 900 950 1000 63(17.2) 22.94 16.37 3.37 25.17 17.85 3.08 27.25 19.22 2.82 29.72 21.25 2.60 31.85 22.66 2.38 33.76 23.96 2.21 3527 25.08 2.24 N 57(13.9) 21.19 18.35 3.36 22.01 21.55 3.06 23.89 23.22 2.81 26.17 25.76 2.60 28.09 27.44 2.38 29.83 29.03 2.20 3129 30.45 2.20 N N 72(22.2) 28.25 14.23 3.41 30.79 15.47 3.10 33.27 16.68 2.83 36.20 18.30 2.60 38.72 19.53 2.37 40.89 20.62 2.22 42.41 21.45 2.30 N 67(19.4) 25.25 17.223.39 27.50 18.67 3.10 29.75 20.10 2.83 32.43 22.22 2,60 34.72 23.68 2.38 36.75 25.02 2.22 38.28 26.14 2.26 to 80 650 700 750 850 900 950 1000 =r63(17.2) 23.06 19.56 3.38 25.11 21.18 3.08 27.22 22.83 2.82 29.71 25.30 2.60 31.83 26.942.38 33.74 28.48 2.21 3526 29.82 2.24 m 57(13.9) 21.43 21.43 3.36 23.31 23.31 3.07 25.21 25.21 2.82 27.76 27.76 2.60 29.67 29.67 2.38 31.44 31.44 2.21 32.96 32.96 2.22 (5 S MEDIAN DEMAND p 72(22.2) 24.09 9.41 2.77 26.35 10.30 2.51 28.59 11.17 2.28 27.67 10.81 1.79 28.50 11.13 1.56 29.95 11.70 1.49 30A8 11.91 1.51 C7 67(19.4) 21.45 11.91 2.77 23.47 13.00 2.51 25.51 14.13 2.28 24.71 13.79 1.81 25.51 14.25 1.58 26.88 14.97 1.49 27.50 15.36 1.49 S 75 530 575 625 625 650 675 700 63(17.2) 19.52 13.84 2.76 21.37 15.11 2.51 2328 16.44 2.29 22.56 16.11 1.82 23.31 16.68 1.59 24.62 17.51 1.50 2527 18.03 1.48 lO N 57(13.9) 16.96 16.69 2.74 18.63 18.21 2.50 20.35 19.83 2.28 19.77 19,51 1.83 20A8 20.23 1.60 21.70 21.24 1.49 22.37 21.93 1.46 ,�. 72(22.2) 24.01 12.04 2.77 26.25 13.14 2,51 28,51 14.28 2.28 27.60 13.92 1.79 28.43 14.37 1.56 29.89 15.07 1.49 30.41 15.40 1.51 3 67(19.4) 21.39 14.51 2.77 23.39 15.83 2.51 25.46 17.21 2.28 24.65 16.86 1,81 25.44 17.45 1.58 26.82 18.29 1.49 27.44 16.80 1.49 'G 80 530 575 625 625 650 675 700 63(17.2) 19.48 16.45 2.76 21.35 17.94 2.51 2325 19.51 2.29 22.54 19.18 1.82 2329 19.87 1,59 24.61 20.82 1.49 2526 21.46 1.48 57(13.9) 18.03 18.03 2.75 19.73 19.73 2.50 21.51 21.51 2.29 21.02 21.02 1.82 21.77 21.77 1.59 22.96 22.96 1.50 23.65 23.65 1.47 NMINIMUM DEMAND 9 N 72(22.2) 18.03 7.04 2.33 19.87 7.76 2.10 21.79 8.51 1.89 17.15 6.70 1.19 16.32 6.38 0.96 16.81 6.57 1.02 16.46 6.43 0.96 � O A n 67(19.4) 16.00 8.87 2.33 17.66 9.78 2,11 19.40 10.76 1.90 15,24 8.50 1.21 14.55 8.20 0.97 15.07 8.42 1.01 14.82 8.32 0.94 y 75 410 450 500 400 400 400 400 63(17.2) 14.51 10.30 2.33 16.01 11.36 2.11 17.65 12.53 1.91 13.84 9.91 123 13.22 9.62 0.98 13.76 9.87 1.01 13.59 9.79 0.93 t7 57(13.9) 12.52 12.38 2.31 13.92 13.67 2,10 15.94 14.36 1.91 12.04 11.98 124 - 11.61 11.61 0.99 12.23 11.74 1.00 11.98 11.93 0.91 ty 72(22.2) 17.97 9.00 2.33 19.81 9.91 2.10 21.73 10.90 1.89 17.09 8.61 1.19 1626 8.29 0.96 16.76 8.48 1.02 16.40 8.34 0.96 3 t1 67(19.4) 15.95 10.82 2.33 17.59 11.90 2.11 19.34 13.14 1.90 15.20 10.40 122 14.51 10.11 0.97 15.02 1 10.32 1.01 1 14.78 1 10.22 1 0.94 C. 80 410 450 500 400 400 400 400 N 63(17.2) 14.49 12.24 2.33 16.01 13.48 2.11 17.62 14.90 1,91 13.83 11.80 123 13.23 11.52 0.98 13.75 11.77 1.01 13.58 11.69 0.93 !G 57(13.9) 13.39 13.39 2.32 14.80 14.80 2.11 16.34 16.34 1.91 12.87 12.87 124 12.44 12.44 0.99 12.86 12.86 1.01 12.76 12.76 0.92 3 rn See notes on page 22 f 0 0 c_ 0 m Iv a f 0 c 0 Q m 0 N Detailed Cooling Capacities#'Comfort + Dehumidify Mode (cont.) Z 25VNA448/FE4ANB006 Cooling COMFORT+DEHUMIDIFY MODE CONDENSER ENTERING AIR TEMPERATURES°F(°C) a 125(46.1) 115(46.1) 105(40.6) 95(35) 85(29.4) 75(23.9) 65(18.3) O EDB EVAP, p AIR EWB Capacity Total Capacity MBtuh Total Capacity MBtuh Total Ca aclt MBtuh Total Ca achy MBtuh Total Ca acit MBtuh Total Ca Capacity MBtuh Total C -F AIR ID ID P tY ID P tY ID P Y ID P ID Capacity ID P °F(°C) SCFM MBtuht Sys. SCFM Sys' SCFM Sys' SCFM Sys' SCFM Sys' SCFM Sys' SCFM Sys. Total Sens)* KW" Total Sens)* � Total Sens)* KW" Total Sen-It " Total Sens)* KW" Total Sens}$ KW** Total Sens}$ �` l7 � D m D cMAXIMUM DEMAND 72(22.2) 38.63 15.56 4.22 43.06 17.33 3.86 45.77 18.39 3.47 49.21 19.73 3.13 52.23 20.91 2.81 53.76 21.51 2.63 55.15 22.06 2.51 c 67(19.4) 34.98 19.99 4.16 38.81 22.16 3.81 41.32 23.24 3.45 44.55 25.12 3.13 47.48 26.86 2.82 49.18 27.60 2.63 50.73 28.27 2.50 83 75(23.9) 63(17.2) 900 32.26 23.43 4.11 1000 35.66 25.91 3.77 1000 37.98 26.98 3.42 1100 40.99 29.25 3.12 1200 43.81 31.41 2.83 1200 45.53 32.21 2.62 1200 47.15 32.97 2.49 N 57(13.9) 29.00 27.80 4.04 31.61 31.36 3.71 33.62 32.49 3.38 36.34 35.29 3.10 38.93 37.99 2.82 40.57 38.89 2.60 42.13 39.75 2.45 72(22.2) 38.47 19.99 4.22 42.94 22.26 3.86 45.65 23.32 3.47 49.07 25.15 3.13 52.05 26.79 2.81 53.59 27.40 2.63 54.98 27.95 2.51 Q N 67(19.4) 34.91 24.38 4.16 38.72 27.03 3.81 41.24 28.11 3.45 44.46 30.46 3.13 47.37 32.67 2.82 49.07 33.41 2.63 50.62 34.09 2.50 80(26.7) 900 1000 1000 1100 1200 1200 1200 63(17.2) 32.22 27.80 4(D I .11 35.63 30.76 3.77 37.94 31.84 3.42 40.95 34.57 3.12 43.77 37.21 2.83 45.48 38.01 2.62 47.09 38.77 2.49 57(13.9) 30.33 30.33 4.07 33.52 33.52 3.74 35.24 35.24 3.40 38.17 38.17 3.11 40.96 40.96 2.82 42.32 42.32 2.61 43.62 43.62 2.46 MEDIAN DEMAND n 72(22.2) 34.63 13.96 3.62 37.69 15.15 3.27 37.46 15.06 2.63 36.80 14.81 2.05 35.45 14.32 1.54 36.28 14.64 1.35 37.32 15.03 1.13 m 67(19.4) 31.31 17.93 3.57 33.90 19.04 3.24 33.78 19.04 2.62 33.33 18.87 2.07 32.59 18.80 1.57 33.84 19.38 1.41 34.87 19.81 1.19 75(23.9) 63(17.2) 800 28.82 20.99 3.53 800 31.12 22.06 3.21 800 31.06 22.05 2.61 800 30.64 21.94 2.07 850 30.11 22.20 1,59 850 31.48 22.86 1.43 850 32.82 23.48 1.23 m y 57(13.9) 25.46 25.39 3.47 27.44 26.49 3.16 27.40 26.55 2.56 27.08 26.45 2.07 26.86 26.86 1.60 28.07 27.76 1.44 29.39 28.49 1,26 y 72(22.2) 34.48 17.93 3.62 37.59 19.15 3.27 37.36 19.09 2.63 36.68 18.85 2.05 35.24 18.61 1.53 36.13 18.95 1.35 37.13 19.34 1.13 K 67(19.4) 31.21 21.86 3.57 33.83 22.99 3.24 33.71 23.00 2.62 33.25 22.87 2.07 32.48 23.12 1.57 33.76 23.66 1.40 34.74 24.08 1.19 80(26.7) 800 800 800 800 850 850 850 3 63(17.2) 28.78 24.93 3.53 31.08 26.00 3.21 31.02 26.02 2.61 30.62 25.92 2.07 30.09 26.48 1.59 31.45 27.12 1.43 32.78 27.74 1.23 57(13.9) 27.12 27.12 3.50 28.76 28.76 3.18 28.77 28.77 2.59 28.53 28.53 2.07 28.60 28.60 1.60 29.69 29.69 1.44 30.78 30.78 1.25 N V N MINIMUM DEMAND � n v n 72(22.2) 31.04 12.49 3.19 33.60 13.50 2.87 29.44 11.86 1.96 24.23 9.78 1.23 24.48 9.88 V1.05 24.49W 7 . 0.5667(19.4) 28.00 15.97 3.16 30.21 16.92 2.84 26.46 14.82 1.96 21.81 12.30 1.25 22.31 12.5222.6481 22.38 12.56 0.6275(23.9) 63(17.2) 700 25.71 18.66 3.13 700 27.70 19.58 2.82 600 24.25 17.13 1.95 500 19.93 14.23 1.26 SOD 20.4514.4820.924 500 21.14 14.82 0.6657(13.9) 22.67 22.56 3.08 24.36 23.48 2.78 21.30 20.51 1.94 17.45 17.07 1.27 17.92 17.3218.376 18.74 17.78 0.70C- 72(22.2) 30.92 16.01 3.19 33.51 17.02 2.87 29.36 14.92 1.96 24.14 12.36 1.23 24.35 12.4524.31 76 23.59 12.15 0.55N 67(19.4) 27.92 19.46 3.16 30.14 20.42 2.84 26.38 17.88 1.96 21.75 14.87 1.25 22.25 15.1022.5881 22.32 15.14 0.62780(26.7) 63(172) 700 25.67 22.14 3.13 700 27.66 23.06 2.82 600 24.21 20.16 1.95 500 19.91 16.79 1.26 500 20.42 17.0520.8984 500 21.11 17.39 0.66 m 57(13.9) 24.11 24.11 3.10 25.53 25.53 2.79 22.32 22.32 1.94 18.44 18.44 1.26 18.83 18.8319.20 19.20 0.85 19.49 19.49 0.69 See notes on page 22 0 c_ 3 0 m m C CL f S O C_ O Q to d O 7 N Detailed Cooling Capacities#"Comfort + Dehumidify Mode (cont.) Ln Z 25VNA460/FE4ANB006 Cooling COMFORT+DEHUMIDIFY MODE CONDENSER ENTERING AIR TEMPERATURES°F(°C) a 125(46.1) 115(46.1) 105(40.6) 95(35) 85(29.4) 75(23.9) 65(18.3) EDB EVEWBIR ID Capacity Total ID Capacity MBtuh Total ID Cap city MBtuh TORI Ip Capacity MBtuh Total ID Capacity MBtuh Total ID Capacity MBtuh Total ID Capacity MBtuh Total 0p °F(°C) .F(.C) SCFM MBtuht Sys. SCFM Sys' SCFM Sys' SCFM Sys' SCFM Sys' SCFM Sys' SCFM Sys. OC,1 Total Sens* KW*' Total Sens$ KW�� Total Sens$ KW*' Total Sens$ KW- Total Sens$ KW Total Sens}$ KW" Total Sens)$ mMAXIMUM DEMAND D c 72(22.2) 45.72 18.30 5.49 51.31 20.52 4,97 55.44 22.14 4.43 58.33 23.27 3.93 62.41 24.86 3.60 65.06 25.90 3.16 67.33 26.79 2.78 D n 75(23.9) 67(19.4) 41.87 23.52 5.46 46.61 26.21 4.95 50.38 28.44 4.41 52.99 29.58 3.92 56.81 31.95 3.59 59.25 33.01 3.16 61.37 33.95 2.77 1000 1125 1250 1250 1400 1400 1400 c 63(17.2) 38.89 27.54 5.44 43.08 30.62 4.93 46.56 33.32 4.40 48.97 34.44 3.90 52.53 37.41 3.59 64.80 38.47 3.16 56.83 39.43 2.77 57(13.9) 34.93 33.46 5.40 38.53 37.12 4.90 41.69 40.48 4.38 43.79 41.63 3.89 47.05 45.40 3.58 49.04 46.51 3.16 50.87 47.51 2.77 N 72(22.2) 45.51 23.30 5.49 51.15 26.16 4.97 _ 55.29 28.39 4.43 58.19 29.53 3.93 62.24 31.85 3.60 64.89 32.90 3.16 67.16 33.80 2.78 67(19.4) 41.75 28.48 5.47 46.51 31.78 4.95 50.27 34.61 4.41 52.90 35.75 3.92 57.23 39.08 3.62 59.67 40.14 3.19 61.75 41.06 2.80 N80(26.7) 63(17.2) 1000 38.83 32.49 5.44 1125 43.02 36.17 4.93 1250 46.51 39.45 4.40 1250 48.91 40.59 3.90 1400 52.47 44.26 3.59 1400 54.74 45.33 3.16 1400 56.76 46.30 2.77 3 57(13,9) 36.20 36.20 5.41 40.10 40.10 4.91 43.55 43.55 4.39 45.33 45.33 3.89 49.04 49.04 3.58 50.73 50.73 3.16 52.23 1 52.23 1 2.76 MEDIAN DEMAND 72(22.2) 42.80 1 17.14 1 .85 48.11 19.25 4.37 47.98 19.20 3.54 45.76 18.31 2.73 44.99 18.01 A24 1.840 67(19.4) 39.32 22.08 4.63 43.76 24.54 4.35 43.62 24.48 3.53 41.62 23.35 2.74 40.87 22.76 41.86 23.19 1.86 43.33 23.84 1.62 75(23.9) 63(17.2) 900 35.98 2558 4.80 1000 40.50 28.64 4.33 1000 40.34 28.56 3.53 950 38.50 27.23 2.74 900 37.73 26.41 900 38.67 26.85 1.87 900 40.11 27.55 1.63 a) S7(13.9) 32.16 31.04 4.76 35.45 34.26 4.29 35.29 34.17 3.50 33.63 32.54 2.73 33.52 31.75 34.34 32.19 1.89 35.67 32.91 1.63 72(22.2) 42.50 21.78 4.85 47.94 24.46 4.37 47.83 24.42 3.54 45.60 23.24 2.73 44.86 22.72 45.86 23.11 1.84 47,31 23.70 1.61 to67(19.4) 39.20 26.71 4.83 43.64 29.68 4.35 43.50 29.62 3.53 41.53 28.25 2.74 40.79 27.41 41.77 27.85 1.86 43.24 28.50 1.62 80(26.7) 63(17.2) 900 36.53 30.50 4.81 1000 40.44 33.77 4.33 1000 40.29 33.70 3.53 950 38.45 32.12 2.74 900 37.68 31.04 900 38.62 31.49 1.87 900 40.06 32.18 1.63 57(13.9) 34.06 34.08 4.79 37.62 37.62 4.31 37.50 37.50 3.52 35.76 35.76 2.74 34.77 34.77 35.4fi 35.4fi 1.88 36.54 36.54 1.63 MINIMUM DEMANDm (n 72(22.2) 38.25 15.34 4.22 42.98 17.22 3.78 37.13 1W2.62 28.70 11.52 1.59 25.33 10.15 1.15 24.54 9.84 0.85 25.13 10.07 0.75 m 67(19.4) 35.11 19.87 4.21 39.08 22,01 3.77 33.67 125.94 14.75 1.61 22.83 12.81 1.17 22.23 12.55 0.88 23.D1 12.89 0.78 t) 75(23.9) 800 875 75000 500 500 500 'p 63(17.2) 32.68 23.37 4.20 36.14 25.72 3.76 31.06 223.86 17.26 1.63 20.97 14.88 1.18 20.39 14.63 0.90 21.20 14.99 0.79 m 57(13.9) 29.20 28.39 4.17 32.14 31.12 3,74 27.53 221.10 20.92 1.65 18.46 17.91 1.20 17.98 17.66 0.92 18.73 18.05 0.80 0 72(22.2) 38.38 19.77 4.22 43.18 22.08 3,79 37.34 128.92 14.89 1.60 25.57 12.98 1.15 24.57 12.59 0.85 25.05 12.77 0.75 ONi 67(19.4) 35.45 24.34 4.22 39.57 26.95 3.79 34.21 226.50 18.24 1.62 23.11 15.65 1.17 22.50 15.38 0.88 23.20 15.69 0.78 80(26.7) 800 875 75000 500 500 500 G 63(17.2) 32.93 27.78 4.20 36.44 30.55 3.76 31.37 26.29 2.61 24.16 20.62 1.63 21.27 17.72 1.19 20.72 17.46 0.90 21.51 17.83 0.79 G 57(13.9j 30.58 30.58 4.18 33.75 33.75 3.75 28.98 28.98 2.61 22.46 22.46 1.64 19.50 19.50 1.20 19.09 19.09 0.91 19.70 19.70 0.80 N N See notes on page 22 w f 0 0 c 0 m c CL f s 0 r- 0 0 o- m 0 N Detailed Cooling Capacities#-Cooling Efficiency Mode z 25VNA4241FE4ANB002 COOLING EFFICIENCY MODE CONDENSER ENTERING AIR TEMPERATURES deg'F(°C) Dr 125(46.1) 115(46.1) 105(40.6) 95(35) 85(29.4) 75(23.9) 65(18.3) EDB EVAPORATOR Ip Capacity��t Total Ip Capacity MBtuh Total Ip Capacity MBtuh Total Ip Capacity MBtuh Total Ip Capacity MBtuh Total Ip Capacity MBtuh Total Ip Capacity MBtuh Total 0p °F(C) `F('C) SCFM MBtuhtSys. SID Sys' SCFM Sys' SCFM Sys' SCFM Sys' SCFM Sys' SCFM Sys. OC,1 Total Kw" Total Sans* KW" Total Sens$ " Total Sens$ " Total Sens$ Kms' Total Sens$ KW" Total Sens$ " --I DEMANDMAXIMUM D 3 72(22.2) 20.65 8.49 2.39 22.32 9.10 2.11 23.79 9.65 1.86 25.11 10.16 1.63 26.39 10.64 1.43 27.22 11.00 1.32 27.13 10.95 1.34 D n 75(23.9) 67(19.4) 18.67 11.49 2,37 20.17 12.10 2.10 21.50 12.70 1.85 22.74 13.27 1.63 23.95 13.78 1.44 24.91 14.44 1.34 25.00 14.37 1.34 630 630 640 650 650 700 680 c 63(17.2) 17.18 13.84 2.35 18.54 14.43 2.08 19.78 15.07 1.84 20.94 15.68 1.63 22.05 16.19 1.45 23.04 17.07 1.35 23.24 16.98 1.33 57(13.9) 15.96 15.96 2.33 16.96 16.96 2.06 17.93 17.93 1.82 19.06 18.35 1.62 19.66 19.58 1.46 20.97 20.05 1.35 21.53 19.23 1.32 N 72(22.2) 20.56 11.51 2.39 22.23 12.12 2.11 23.70 12.73 1.86 25.01 13.28 1.63 26.30 13.77 1.43 27.12 14.34 1.32 27.03 14.20 1.34 67(19.4) 18.60 14.48 2.37 20.10 15.09 2.10 21.43 15.74 1.85 22.67 16.35 1.63 23.88 16.86 1.44 24.84 17.75 1.34 24.93 17.59 1.34 CD 80(26.7) 63(17.2) 630 17.36 16.50 2.36 630 18.56 17.38 2.08 640 19.79 18.08 1.84 650 20.94 18.74 1.63 650 22.04 19.25 1.45 700 23.04 20.36 1.35 680 23.22 20.18 1.33 17.03 17.03 2.35 18.09 18.09 2.07 19.10 19.10 1.63 20.04 20.04 1.63 20.87 20.87 1.46 21.97 21.97 1.35 22.06 22.06 1.33 MEDIAN DEMAND �. 72(22.2) 18.90 8.05 2.07 20.58 8.63 1.86 21.84 9.08 1.64 19.88 8.37 1.19 17.89 7.68 0.87 18.75 7.98 0.72 18.83 7.99 0.64 C 67(19.4) 17.11 11.60 2.06 18.62 12.18 1.85 19.82 12.65 1.64 18.13 11.93 1.20 16.34 11.25 0.90 17.05 11.52 0.75 17.22 11.53 0.67 75(23.9) 750 750 750 740 740 740 730 0 63(17.2) 15.80 14.35 2.04 17.16 14.94 1.84 18.28 15.43 1.63 16.76 14.67 1.21 15.35 12.59 0.91 15.96 14.32 0.78 16.21 14.34 0.69 d 57(13.9) 15.35 15.35 2.03 16.43 16.43 1.83 17.32 17.32 1.63 16.09 16.09 1.21 14.85 14.85 0.92 15.49 15.49 0.79 15.70 15.70 0.70 3 72(22.2) 18.78 11.60 2.07 20.47 12.19 1.86 21.74 12.65 1.64 19.77 11.89 1.19 17.77 11.19 0.87 18.63 11.49 0.72 18.72 11.46 0.64 o� 67(19.4) 17.06 15.09 2.06 18.56 15.69 1.85 19.76 16.17 1.64 18.08 15.39 1.20 16.31 14.67 0.90 17.00 14.96 0.75 17.14 14.91 0.66 m 80(26.7) 63(17.2j 750 16.44 16.44 2.05 750 17.61 17.61 1.85 750 18.90 17.45 1.63 740 17.23 17.23 1.21 740 15.86 15.86 0.90 740 16.49 16.49 0.76 730 16.62 16.62 0.68 3 57(13.9) 16.42 16.42 2.05 17.58 17.58 1.85 18.49 18.49 1.63 17.20 17.20 1.21 .15.84 15.84 0.90 16.46 16.46 0.76 16.60 16.60 0.68 3MINIMUM DEMAND m in 72(22.2) 21.32 9.10 2.49 23.17 9.74 2.20 24.68 10.27 1.94 25.90 10.65 1.69 27.30 11,16 1.48 28.591-=27 27.68 1127 1.39m 67(19.4) 19.29 13.31 2.47 20,96 13.95 2.19 22.38 14.50 1.94 23.56 14.69 1.69 24.87 15.21 1.50 26.0731 25.56 15.36 1.39 75(23.9) 63(17.2) 900 17.82 16.54 2.45 90019.33 17.21 2.18 900 20.64 17.78 1.93 850 21.73 17.81 1.69 850 22.94 18.34 1.51 850 24.1033 825 23.85 18.52 1.38 57(13.9) 17.43 17.43 2.45 18.64 18.64 2.17 19.69 19.69 1.92 20.36 20.36 1.69 21.29 21.29 1.51 22.1435 22.02 22.02 1.38 0 72(22.2) 21.18 13.31 2.49 23.04 13.95 2.20 24.54 14.49 1.94 25.78 14.66 1.69 27.18 15.17 1.48 28.4827 27.10 14.99 1.37 7d 67(19.4) 19.25 17.42 2.47 20.90 18.09 2.19 22.31 18.65 1.94 23.48 18.65 1.69 24.78 19.18 1.50 25.9931 25.47 19.21 1.39 80(26.7) 900 900 900 850 850 850825a 63(17.2) 18.68 18.68 2.46 19.99 19.99 2.18 21.54 19.65 1.93 21.89 21.55 1.69 23.43 22.37 1.51 24.6134 24.40 22.54 1.38 a 57(13.9) 18.66 18.66 2.46 19.96 19.96 2.18 21.21 21.21 1.93 21.73 21.73 1.69 22.70 22.70 1.51 23.60 23.60 1.34 23.32 23.32 1.38 A N m' See notes on page 22 w f 0 0 c_ 0 0 m m C CL 0 0 c _ 0 tr U3 d 0 N Detailed Cooling Capacities#-Cooling Efficiency Mode (cont.) z 25VNA436/FE4ANB005 COOLING EFFICIENCY MODE CONDENSER ENTERING AIR TEMPERATURES deg°F(°C) D� 125(51.7) 115(46.1) 105(40.6) 95(35) 85(29.4) 75(23.9) 65(18.3) O EVAPORATOR Capacity MBtuh Capacity MBtuht Capaelty MBtuht Capacity MBtuht Capacity MBtuht Total Capacity MBtuht Capacity MBtuht p EDB AIR EWB Total Total Total Total Sys- Total Total C °F(°C) °F(°C) ID SCFM Sys. ID SCFM Sys. ID SCFM Sys. ID SCFM Sys. ID SCFM y ID SCFM Sys. ID SCFM Sys. 0 Total Sens$ „ Total Sens$ „ Total Sens$ „ TotalFS-Z „ Total Sens$ tem Total Sens$ Kw„ Total Sens$ „ Kw D w � D c y 72(22.2) 30.93 12.40 3.62 33.40 13.29 3.30 35.75 14.13 3.01 37.97 14.95 2.69 40.24 15.79 2.45 41.481621 221 42.48 16.60 2.30 O C 67(19.4) 27.59 17.52 3.62 29.82 18.39 3.30 31.97 19.25 3.02 34.02 20.08 2.70 36.13 20.94 2.46 3728 20.92 2.21 38.35 21.36 226 to 75(23.9) 63(17.2) 1100 25.17 21.52 3.62 1100 2723 22.40 3.30 1100 29.22 23.26 3.02 1100 31.12 24.09 2.70 1100 33.06 24.95 2.46 1000 34.18 24.58 2.21 1000 35.27 25.08 223 t'p 57(13.9) 23.90 23.9D 3.61 25.47 25.47 3,30 26.97 26.97 3.02 28.40 28.40 2.70 29.84 29.84 2.47 3027 29.87 2.20 31.30 30.46 220 N 2 72(22.2) 30.79 17.65 3.62 33.28 18.64 3.30 35.64 19.39 3.01 37.88 20.22 2.69 40.17 21.08 2.45 41.41 21.06 2.21 42.42 21.44 2.30 N 67(19.4) 27.51 2270 3.62 29.72 23.59 3.30 31.87 24.47 3.01 34.67 26.03 2.70 36.02 26.15 2.46 3721 25.69 2.21 38.28 26.14 226 80(26.7) 1100 1100 1100 1100 11D0 1000 1000 63(17.2) 25.76 25.76 3.62 27.48 27.32 3.30 29.35 28.35 3.02 3122 29.22 2.70 33.13 30.10 2.46 34.18 29.32 2.21 35.26 29.82 224 D 57(13.9) 25.71 25.71 3.62 27.36 27.36 3.30 28.93 28.93 3.02 30.40 30.40 2.70 31.90 31.90 2.46 32.10 32.10 2.20 32.96 32.96 222 7 MEDIAN DEMAND M 72(22.2) 26.07 10.32 2.93 28.12 11.07 2.63 30.09 11.80 2.36 31.94 12.50 2.11 25.89 10.25 1.34 25.35 9.91 1.19 26.15 10.22 120 O n 67(19.4) 23.19 14.14 2.94 25.06 14.89 2.64 26.86 15.622.38 2856 16.33 2.12 23.15 14.12 1.37 22.72 12.55 1.19 23.55 12.91 1.19 75(23.9) 63(17.2) 800 21.11 17.12 2.94 800 22.83 17.87 2.65 800 24.50 18.61 2.39 800 26.10 19.32 2.13 800 21.16 17.14 1.38 550 20.80 14.62 1.20 550 21.61 15.00 1.19 to 57(13.9) 19.59 19.59 2.94 20.86 20.86 2.65 22.10 22.10 2.39 2325 2325 2.13 19.69 19.69 1.39 1825 17.65 1.21 19.01 18.05 1.18 .w. 72(22.2) 25.94 14.28 2.93 28.01 15.03 2.63 29.98 15.77 2.36 31.85 16.47 2.11 25.80 14.23 1.34 25.30 12.65 1.19 26.09 12.96 1.20 w 67(19.4) 23.11 18.05 2.94 24.97 18.80 2.64 26.78 19.54 2.38 2849 20.24 2.12 23.09 18.03 1.37 22.67 15.26 1.19 23.49 15.63 1.19 �._. 80(26.7) 63(17.2) 800 21.23 20.95 2.94 800 22.88 21.75 2.65 800 24.52 22.50. 2.39 800 26.09 2322 2.13 800 21.30 20.96 1.38 550 20.78 17.33 1.20 550 21.59 17.71 1.19 57(13.9) 21.07 21.07 2.94 22.40 22.40 2,65 23.68 23.68 2.39 24.88 24.88 2.13 21.14 21.14 1.38 1921 1921 1.20 19.83 19.83MINIMUM 1.18 w N CD 72(22.2) 19.28 7.57 2.48 20.84 8.16 2.18 $22.2411.35 2 1.92 DEMAND 23.71 9.26 1.70 9.74 4.23 0.58 10.48 4.48 0.49 10.77 4.50 I n 67(19.4) 17.07 10.06 2.50 18.51 10.65 2.20 22 1.94 21.16 11.76 1.72 8.66 6.83 0.61 9.38 7.09 0.51 9.93 7.28 550 550 550550 550 550 550 75(23.9) 63(17.2) 15.47 1201 2.51 16.80 12.60 2.21 17 1.95 19.30 13.73 1.73 8.17 8.17 0.62 8.76 8.76 0.53 9.26 9.26 O 57(13.9) 14.03 14.03 2.51 14.98 14.98 2.22 89 1.96 16.88 16.61 1.74 8.15 8.15 0.62 8.76 8.76 0.53 9.25 9.25 3 I4 72(22.2) 19.19 10.19 2.48 20.76 10.78 2.18 35 1.92 23.66 11.90 1.70 9.61 6.84 0.58 10.39 7.10 0.48 10.86 7.24 67(19.4) 17.02 12.66 2.50 18.43 13.25 2.20 82 1.94 21.11 14.38 1.72 8.87 8.87 0.60 9.48 9.48 0.51 10.01 9.86 C 80(26.7) 550 550 550550 550 550 55063(17.2) 15.49 14.61 2.51 16.78 15.19 2.21 .77 1.95 1928 16.33 1.73 8.85 8.65 0.60 9.47 9.47 0.51 9.98 9.96 57(13.915.1015.1016.09 16.09 2.21 17.02 17.02 1.95 17.93 17.93 1.73 8.83 8.83 0.60 9.45 9.45 0.519.92 U3 H See notes on page 22 f 0 c 0 w w CI CIL S O C O a_ w_ o' 3 N Detailed Cooling Capacities*-Cooling Efficiency Mode (cont.) Z 25VNA448/FE4ANB006 COOLING EFFICIENCY MODE CONDENSER ENTERING AIR TEMPERATURES°F(°C) a v 125(46.1) 115(46.1) 105(40.6) 95(35) 85(29.4) 75(23.9) 65(18.3) EDB EVAPORATOR Capacity MBtuht Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Totel Capacity MBtuh Total Capacity MBtuh Total 0p °F(°C) ID S s, 11) Sys. 11) Sys. 11) SYs• 11) SYs• ID SYs• ID SYs• C °F(°C) SCFM Total Sens# l0y SCFM Total Sans$ • SCFM Total Sens# Kyy SCFM Total Sens# Kyy SCFM Total Sens$ Kyy SCFM Total Sens# Kyy» SCFM Total Sens$ I(yy MAXIMUM DEMAND D w V17113.�13 ) 41.05 17.12 4.54 45.49 18.68 4.14 48.60 19.79 3.74 51.54 20.86 3.35 53.94 21.73 2.99 53.75 21.51 2.63 55.17 22.06 2.51 ...1 •C-n ) 37.36 24.88 4.49 41.24 26.40 4.11 44.18 27.55 3.73 46.94 28.66 3.36 49.34 29.63 3.01 49.18 27.59 2.63 50,71 28.26 2.50 D w 75(23.9) 1600 1600 1600 1600 1600 1200 1200 ,n. ) 34.59 30.89 4.45 37.95 32.36 4.07 40.70 33.56 3.71 43.31 34.68 3.36 45.61 35.70 3.01 45.52 32.21 2.62 47.14 32.98 2.49 C tp ) 33.46 33.46 4,43 36.07 36.07 4.05 38.20 38.20 3.69 40.20 40.20 3.35 42.00 42.00 3.01 40.56 38.89 2.60 42.13 39.75 2.45 ) 40.69 24.73 4.54 45.26 26.35 4.14 48.37 27.46 3.74 51.31 28.53 3.35 53.68 29.40 2.99 53.59 27.40 2.63 54.88 27.91 2.51 to ) 37.21 32.41 4.49 41.12 33.99 4.11 44.04 35.16 3.73 46.80 36.27 3.36 49.19 37.26 3.01 49.06 33.40 2.63 50.59 34.07 2.50 80(26.7) 1600 1600 1600 1600 1600 1200 1200 2) 35.76 35.76 4.47 38.69 38.68 4.08 41.21 40.29 3.71 43.51 42.06 3.36 45.74 43.15 3.01 45.48 38.00 2.62 47.08 38.77 2.49 .N. 9) 35.67 35.67 4.47 38.60 38.60 4.08 40.84 40.84 3.71 42.92 42.92 3.36 44.74 44.74 3.01 42.32 42.32 2.61 43.62 43.62 2.46 MEDIAN DEMAND3 m 72(22.2) 37.05 15.56 3.83 40.73 16.80 3.45 39.97 16.42 2.74 38.66 15.84 2.11 36.33 14.95 1.56 36.04 14.49 1.37 37.00 14.86 1.14 ^ 67(19.4) 33.63 22.43 3.79 36.90 23.42 3.43 36.35 22.68 2.74 35.35 21,74 2.14 33.69 20.82 1.61 33.46 18.91 1.41 34.62 19.42 121 G 75(23.9) 1400 1350 1250 1150 1100 800 800 n 63(17.2) 30.48 27.48 3.75 33.93 28.53 3.40 33.50 27.50 2.73 32.66 26.25 2.15 31.33 2526 1.63 31.06 22.16 1.43 32.41 22.79 124 S 57(13.9) 30.08 30.08 3.74 32.08 32.08 3.38 31.39 31.39 2.73 30.34 30.34 2.15 29.23 2923 1.65 27.60 26.79 1.45 28.91 27.50 127 w 72(22.2) 36.74 22.34 3.83 40.52 23.39 3.45 39.75 22.60 2.74 38.39 21.57 2.11 36.04 20.47 1.56 35.74 18.49 1.36 36.82 18.91 1.14 M 67(19.4) 33.08 28.97 3.79 36.79 29.95 3.43 [Ea 2.74 E2.."7. 4 27.43 2.13 33.55 26.29 1.61 33.35 22.93 1.41 34.44 23.41 1.20 80(26.7) 1400 1350 1250 1150 1101) 800 800 N 63(17.2) 32.17 32.17 3.78 34.64 33.79 3.41 2.74 31,82 2.15 31.44 30.63 1.63 31.03 26.18 1.43 32.36 26.81 1.24 57(13.9) 32.11 32.11 3.77 34.32 34.32 3.41 2.74 39 32.39 2.15 31.12 31.12 1.64 28.98 28.98 1.44 30.05 30.05 1.26 3MINIMUM DEMAND 72(22.2) 33.48 14.06 3.32 36.31 14.92 2.95 31.54 12.94 2.00 24.65 10.16 1.17 17.52 7.45 0.61 17.88 7.57 0.48 W6.20 2--0.3567(19.4) 30.32 20.02 329 32.83 20.38 2.93 28.63 17.56 2.00 22.54 13.89 1.20 16.13 10.70 0.64 16.75 10.94 0.52 92 -0.3975(23.9) 1200 1100 900 700 600 600 60063(17.2) 27.98 24.66 3.26 30.15 24.61 2.91 26.31 21.07 2.00 20.69 16.67 1.22 14.96 13.20 0.66 15.70 13.52 0.54 68 0.4357(13.9) 26.92 26.92 325 28.17 28.17 2.89 24.35 24.35 2.00 19.16 19.16 1.22 14.38 14.38 0.67 15.14 15,14 0.56 58 0.4572(22.2) 33.22 19.98 3.31 36.12 20.40 2.95 31.35 17.52 2.00 24.44 13.75 1.17 17.34 10.56 0.61 17.62 10.66 0.48 31 0.33In 67(19.4) 30.21 25.88 3.29 32.72 25.81 2.93 28.55 22.08 2.00 22.47 17.47 1.20 16.07 13.80 0.64 16.70 14.07 0.52 .99 0.3980(26.7) 1200 1100 900 700 600 600 600O. 28.82 28.82 328 30.32 29.88 2.91 26.38 25.55 2.00 20.74 20.23 1.21 15.45 15.45 0.65 16.06 16.06 0.54 .20 0.42 CL 57(13.9) 28.77 28.77 3.28 30.12 30.12 2.91 26.03 26.03 2.00 20.52 20.52 1.22 15.42 15.42 11.65 16.03 16.03 0.54 16.22 16.22 0.42 N See notes on page 22 ta• m f E? 0 c_ 0 0 w w a f 0 0 r- 0 0 v w 0 3 N Detailed Cooling Capacities#-Cooling Efficiency Mode (cont.) z 25VNA460/FE4ANB006 COOLING EFFICIENCY MODE CONDENSER ENTERING AIR TEMPERATURES°F(°C) a 125(46.1) 115(46.1) 105(40.6) 95(35) 85(29.4) 75(23.9) 65(18.3) X EDB EVAPORATOR Capacity Total Total Total Total Total Total Total O AIR EWB ID ID Capacity MBtuh 10 Capacity MBtuh ID Capacity MBtuh ID Capacity MBtuh ID Capacity MBtuh ID Capacity MBtuh F( °p(°C) SCFM MBtuht Sys. SCFM Sys' SCFM Sys' SCFM Sys' SCFM Sys' SCFM Sys' SCFM Sys' n Total Sens$ Kyy" Total Sens* K�"' Total Sens$ Total Sens$ rvv" Total Sens$ Kyy" Total Sens$ `° Total Sens$ °° -I MAXIMUM DEMAND D c72(22.2) 49.10 20.36 6.31 55.86 22.73 5.77 61.34 24.68 4.96 64.21 25.67 4.33 64.14 25.56 3.74 66.95 26.62 3.30 68.43 27.20 2.85 D ami 67(19.4) 45.18 30.47 6.30 51.03 32.75 5.75 56.04 33.98 4.94 58.65 34.26 4.32 58.63 33.79 3.73 61.17 34.86 3.30 62.46 34.75 N23 75(23.9) 2000 2000 1775 1625 1625 1625 147563(17.2) 42.25 38.30 6.29 46.88 40.33 5.71 51.98 41.25 4.93 54.39 40.95 4.31 54.38 40.16 3.73 56.77 41.25 3.30 57.99 40.59 57(13.9) 41.18 41.18 6.28 44.74 44.74 5.69 47.71 47.71 4.89 48.81 48.81 4.27 49.30 46.32 3.69 51.71 46.69 3.27 51.23 48.67 w72(22.2) 48.63 30.10 6.31 55.53 32.51 5.77 61.07 33.75 4.95 63.98 34.05 4.33 63.93 33.56 3.74 66.73 34.64 3.30 68.24 34.56 fD 67(19.4) 44.95 40.04 6.30 50.84 42.43 5.75 55.86 42.99 4.94 58.50 42.58 4.32 58.49 41.71 3.73 61.02 42.78 3.30 62.34 41.99(D 80(26.7) 63(17.2) 2000 43.65 43.65 6.29 2000 47.82 47.82 5.71 1775 52.12 49.97 4.93 1625 54.40 49.17 4.31 1625 54.36 48.02 3.73 1625 56.74 49.13 3.30 1475 57.92 47.80 S 57(13.9) 43.60 43.60 6.29 47.66 47.66 5.71 50.76 50.76 4.90 51.86 51.86 4.28 51.37 51.37 3.70 IAN DEMAND 53.19 53.19 3.27 53.18 53.18 m �. 72(22.2) 46.73 19.51 5.15 52.78 21.64 4.65 52.41 21.40 3.74, 49.60 20.21 2.83 46.07 18.72 2.09 48.05 19.44 1.79 49.10 19.77 1.54 67(19.4) 43.12 28.95 5.14 48.28 30.96 4.64 47.95 30.11 3.74 45.47 27.81 2.64 42.34 25.63 2.11 44.26 26.41 1.82 45.37 26.43 1.56 75(23.9) 1750 1750 1625 1400 1250 1250 1175 3 63(17.2) 40.45 36.31 5.12 44.83 38.21 4.62 44.48 36.89 3.74 42.15 33.69 2.85 39.36 30.96 2.13 41.20 31.77 1.83 42.37 31.55 1.57 d 57(13.9) 39.36 39.36 5.12 42.78 42.78 4.61 42.01 42.01 3.73 39.28 39.28 2.85 36.43 36.43 2.14 37.88 37.88 1.85 38.98 37.18 1.58 3 72(22.2) 46.23 28.53 5.14 52.42 30.71 4.65 52.08 29.87 3.74 49.31 27.54 2.83 45.76 25.33 2.09 47.72 26.05 1.79 48.82 26.02 1.54 o) 67(19.4) 42.87 37.85 5.13 48.09 39.96 4.64 47.77 38.54 3.74 45.30 35.12 2.84 42.19 32.20 2.11 44.09 32.98 1.82 45.23 32.63 1.56 80(26.7) 1750 1750 1625 1400 1250 1250 1175 O 63(17.2) 41.60 41.60 5.13 45.90 44.65 4.63 44.78 44.78 3.74 42.29 40.63 2.85 39.44 37.42 2.12 41.24 38.27 1.83 42.36 37.71 1.57 M 57(13.9) 41.55 41.55 5.13 45.49 45.49 4.63 44.69 44.69 3.74 41.74 41.74 2.85 38.71 38.71 2.13 40.18 40.18 1.84 40.68 40.68 1.57 3MINIMUM DEMAND (D y 72(22.2) 40.90 17.22 4.43 46.18 19.07 3.99 40.55 17.06 2.79 31.40 13.47 1.68 20.67 9.14 0.90 21.76 9.50 0.71 22.25 9.70 0.60 m 67(19.4) 37.73 25.41 4.43 42.27 27.17 3.98 36.89 24.94 2.80 28.75 19.84 1.70 18.82 13.89 0.93 19.78 14.26 0.74 20.32 14.46 0.62 v 75(23.9) 1500 1500 1475 1175 875 875 875 63(17.2) 35.56 31.87 4.44 39.52 33.58 3.99 34.71 31.24 2.82 27.01 24.88 1.72 18.09 16. 0.94 18.72 18.05 0.77 19.24 18.29 0.64 N 57(13.9) 34.35 34.35 4.42 37.38 37.38 3.97 33.35 33.35 2.81 26.03 26.03 1.72 17.37 17.37 0.94 18.32 18.32 0.77 18.86 18.86 0.65 O 72(22.2) 40.43 25.04 4.42 45.84 26.95 3.99 40.17 24.80 2.78 31.01 19.64 1.67 20A6 13.82 0.90 21.51 14.18 0,71 22.02 14.36 0.59 7 U) 67(19.4) 37.51 33.14 4.43 42.10 34.98 3.98 36.78 32.57 2.80 28.68 25.98 1.70 18.82 18.46 0.92 19.75 18.84 0.74 20.28 19.07 0.62 80(26.7) 1500 1500 1475 1175 875 875 875 O. 63(17.2) 36.46 36.46 4.44 40.09 40.09 3.99 35.89 35.89 2.81 28.15 28.15 1.71 18.90 18.90 0.93 19.75 19.75 0.75 20.18 '20.18 0.63 O- 57(13.9) 36.27 36.27 4.42 39.74 39.74 3.98 35.53 35.53 2.80 27.78 27.78 1.71 18.59 18.59 0.93 19.38 19.38 0.74 19.86 19.86 0.62 CD N tD t Total and sensible capacities are net capacities.Blower motor heat has been subtracted. m $Sensible capacities shown are based on 80'F(27°C)entering air at the indoor coil.For sensible capacities at other than 80°F(27°C),deduct 835 Btuh(245 kW)per 1000 CFM(480 L/S)of indoor coil air for each degree below 80°F(27°C),or add 835 Btuh £ (245 kW)per 1000 CPM(480 L/S)of indoor coil air per degree above 80°F(27°C). Er **System kw is total of indoor and outdoor unit kilowatts. #Detailed cooling capacities are based on indoor and outdoor unit at the same elevation per AIDU standard 210/240-08.If additional tubing length and/or indoor unit is located above outdoor unit,a slight variation in capacity may occur. o NOTE:When the required data falls between the published data,interpolation may be performed.Extrapolation is not an acceptable practice. 0 F,WB-Entering Wet Bulb (D a) ex f ' 3 O O rT Q N O 3 N N Heat Pump Heating Performance-comfort mode z INDOOR 25VNA424/FE4ANB002 Heating Comfort Mode Condenser Entering Air Temperature°F(°C) a AIR .3(-19.4) 7(-13.9) 17(-8.3) 27(-2.8) 37(2.7) 47(8.3) 57(13.9) 67(19.4) ;D Capacity Total ID Capac(ty Total 10 Capacity Total ID Capacity Total ID Capacity Total to Capacity Total ID Capacity Total ID Capacity Total p EDB SCFM MBtuh Sys. SCFM MBtuh Sys. SCFM MBtuh Sys. SCFM MBtuh Sys. SCFM MBtuh Sys. SCFM MBtuh Sys. SCFM MBtuh Sys. SCFM MBtuh Wt KWt Total Inte # KWt Total Inte $ KWt Total Integ$ KwY Total Integ$ KWt Total Integ$ KWt Total Integ# KWt Total Integ$ Total Integ$ g 9 v MAXIMUM DEMAND D c 65(18.3) 15.21 13.99 2.15 19.41 17.84 2.51 23.84 21.74 2.78 28.34 25.17 3.13 32.43 29.51 3.48 36.29 36.29 3.90 21.93 21.93 1.69 24.43 24.43 1.80 D tv 70(21.1) 500 14.80 13.62 2.26 500 19.06 17.51 2.59 500 23.47 21.40 2.84 500 27.82 24.71 3.16 500 31.84 28.98 3.52 500 35.60 35.60 3.95 500 21.62 21.62 1.7fi 500 24.15 24.15 1.88 n c 75(23.9) 14.47 13.31 2.36 18.70 17.19 2.66 23.10 21.06 2.88 27.32 24.26 3.20 31.24 28.43 3.56 34.88 34.88 4.01 21.25 21.25 1.83 23.68 23.68 1.94 CD MEDIAN DEMAND cn 65(18.3) 12.27 11.29 1.64 116.291 14.97 11.95 20.53 18.71 2.17 MM724.58 21.83 2.36 25.63 23.32 2.26 26.55 26.55 2.15 18.57 18.57 1.17 19.15 19.15 1.09 70(21.1) 400 11.84 10.89 1.68 400 15.98 14.69 2.01 400 20.18 18.39 2.23 400 24.06 21.37 2.42 400 25.21 22.95 2.33 400 26.11 26.11 2.23 400 18.28 18.28 1.23 400 18.95 18.95 1.16 U) 75(23.9) 11.69 10.75 1.76 15.64 14.38 2.05 19.81 18.06 2.29 23.58 20.94 2.48 24.77 22.54 2.40 25.60 25.60 2.29 18.00 18.00 1.29 18.72 18.72 1.22 5 (D MINIMUM DEMAND (p 65(18.3) 6.24 5.74 0.89 8.69 7.96 0.98 10.90 9.94 1.06 12.81 11.38 1.14 14.10 12.83 1.17 12.00 12.00 0.85 10.84 10.84 0.65 M rt70(21.1) 300 6.11 5.62 0.91 300 8.53 7.84 1.01 300 10.70 9.76 1.09 300 12.57 11.16 1.18 300 13.83 12.59 1.22 300 11.711 11.78 0.90 300 10.64 10.64 0.69 300 075(23.9) 598 5.50 0.94 6.37 7.69 1.04 10.49 9.56 1.13 12.32 10.94 1.22 13.55 12.33 1.26 11.55 11,55 0.94 10.44 10.44 0.73 03 See notes on page 30 m m m m 3 m N V ID J �• J O d O 7 N d 3 Q Q ID N (a 7 N 7 O C_ 3 O_ 0 O d 7 Q f s 0 c 0 5 d O 3 N Heat Pump Heating Performance - comfort mode (cont.) < Z INDOOR 25VNA436/FE4ANB005 Expanded Ratings Heating Comfort Mode Condenser Entering Air Temperatures°F(°C) AIR -3(-19.4) 7(-13.9) 17(-8.3) 27(-2.8) 37(2.7) 47(8.3) 57(13.9) 67(19.4) .Z7 1. Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Totai Capacity Total Capacity Total EDB SCFM MBtuh Sys. SCFM ID MBtuh Sys. SCFM ID MBtuh Sys. SCFM ID MBtuh Sys. SCFM ID MBtuh Sys. SCFM ID MBtuh Sys. ID SCFM MBtuh Sys. to SCFM MBtuh Sys. C Total Integ$ t Total Into KWt Total Integ$ KVllt Total Integ$ t Total Integ$ KW1 Total Integ$ t Total Integ$ f Total Integ$ KYVf MAXIMUM DEMAND D c 65(18.3) 22.58 20.99 3.43 27.98 25.71 3.63 33.38 30.43 J. 39.30 34.91 4.08 45.23 41.15 4.34 44.51 44.51 3.69 41.82 41.82 2.91 40.28 40.28 2.40 Y n 70(21,1) 750 22.28 20.71 3.54 750 27.63 25.39 3.76 970 32.97 30.06 3.97 1120 38.87 34.52 4.23 1200 45.26 41.18 4.53 1260 44.22 44.22 3.83 1300 41.25 41.25 3.02 1300 39.66 39.66 2,50 1 75(23,g) 21.98 20.43 3.65 27.27 25.06 3.88 32.56 29.68 4.11 38.20 33.93 4.37 44.53 40.53 4.68 43.55 43.55 3.97 40.75 40.75 3.14 39.05 39.05 2.60 MEDIA DEMAND N 65(18.3) 16.19 15.06 2.43 19.85 18.25 2.54 24.05 21.92 2.69 25.70 22.83 2.51 28.78 26.19 2.55 27.91 27.91 2.11 26.92 26.92 1.73 27.27 27.27 1.50 m 70(21,1) 525 15.91 14.79 2.50 525 19.55 17.96 2.61 660 23.71 21.62 2.78 730 25.36 22.53 2.61 750 28.57 25.99 2.65 780 27.58 27.58 2.20 810 126.50 26.50 1.81 810 26.46 26.46 1.56 2 uui 75(23.9)- 15.64 14.54 1 2.56 1 19.25 17.69 1 2.69 23.38 21.32 2.87 1 24.96 22.17 2.70 28.14 25.61 1 2.75 1 27.18 1 27.18 2.29 126.13 26.13 1.89 26.16 26.16 1,84 5MINIMUM DEMAND Q 65(18.3) 10.00 9.28 1.59 14.23 13.08 1.41 15.78 14.39 1.33 14.65 13.01 1.05 14.49 13.18 0.95 13.20 13.20 0.76 14.49 14.49 0.73 15.28 15.28 0.67 fi] 70(21,1) 300 9.77 9.07 1.62 300 13.93 12.80 1.45 350 15.48 14.11 1.37 350 14.38 12.77 1.10 300 14.23 12.95 1.00 300 12.92 12.92 0.80 300 10.52 10.52 0.73 300 11.00 11.00 0,71 O 75(23,g) 9.52 8.84 1.66 13.62 12.52 1.49 15.18 13.84 1.42 14.07 12.50 1.14 13.95 12.69 1.04 12.70 1270 0.84 14.01 14.01 0.82 14.83 14.83 0.76 O d See notes on page 30 3 m w w 7 fD N 4 O J n 0 O w 0 3 N w 3 C a 0 N !G 7 N f S O C_ 3 O C) O w a f s 0 c 0 v m' w 0 3 N s Heat Pump Heating Performance -comfort mode (cont.) z INDOOR 25VNA448/FE4ANB006 Expanded Ratings Heating Comfort ModeCondenser Entering Air Temperatures°F(°C) •D•• AIR -0 .3(-19.4) 7(-13.9) 17(-8.3) 27(-2.8) 37(2.7) 47(8.3) 57(13.9) 67(19.4)ID � Capacity Total CID apacity Total Capacity Total Capacity Total Capacity Total Capacity Total ID Capacity Total ID Capacity Total p EDB SCFM MBtuh Sys. SCFM MBtuh Sys. SCFM MBtuh SYs• SCFM MBtuh Sys. SCFI.M MBtuh Sys. SCFM MBtuh Sys. SCFM -I Sys. SCFM MBtuh KWt -ni KWf Total Inte Li Total Inte $ KWt Total Integ$ KWf Total Integ# KWt Total Integ$ KWt Total Integ$ Total Integ$ KW f Total Integ$ g$ g O 3MAXIMUM DEMAND D m � �. 65(18.3) 17.26 15.88 1 2.61 34.21 31.44 4.40 41.09 37.46 4.58 47.73 42.39 4.75 53.49 48.67 4.78 46.85 46.85 3.34 54.13 54.13 3.51 61.67 61.67 3.66 D n 70(21.1) 500 16.90 15.55 2.68 900 33.70 30.97 4.51 1250 40.49 36.92 4.71 1450 47.04 41.78 4.89 1550 52.73 47.98 4.93 1450 46.13 46.13 3.48 1400 53.33 53.33 3.66 1400 60.86 60.86 3.83 c 75(23.9) 16.47 15.16 2.75 33.18 30.49 4.63 39.89 36.37 4.84 46.34 41.16 5.03 51.95 47.28 5.09 45.40 45.40 3.61 52.50 52.50 3.81 60.02 60.02 4.00 'm m MEDIAN DEMAND U) 65(18.3) 15.11 13.90 2.31 25.49 23.42 3.27 30.95 28.22 3.47 34.24 30.41 3.30 35.26 32.08 2.95 33.89 33.89 2.38 35.66 35.66 2.18 39.70 39.70 2.20 m 70(21.1) 500 14.80 13.62 2.46 700 25.08 23.05 3.44 850 30.46 27.77 3.65 1000 33.70 29.93 3.53 1000 34.69 31.56 3.20 1000 33.33 33.33 2.65 950 35.16 35.16 2.42 950 39.22 39.22 2.41 75(23.9cn ) 14.41 13.26 2.53 24.66 22.66 3.54 29.97 27.33 3.76 33.15 29.44 3.64 34.11 31.04 3.31 32.76 32.76 2.76 34.61 34.61 2.53 38.73 38.73 2.54 FIF CD MINIMUM DEMAND m 65(18.3) 13.11 12.06 2.04 17.00 15.62 2.26 21.11 19.25 2.36 21.11 18.75 2.04 18.14 16.50 1.51 17.92 17.92 1.27 18.83 18.83 1.16 19.53 19.53 1.10 7 ": 70(21.1) 500 12.83 11.81 2.11 500 16.63 15.28 2.33 650 20.72 18.89 2.44 620 20.73 18.41 2.12 500 17.79 16.19 1.57 500 17.59 17.59 1.34 500 18.53 18.53 1 1.23 500 19.16 19.16 1.17 O 3 75(23.9) 12.51 11.51 1 2.18 16.29 1 14.97 2.40 20.32 18.53 2.52 1 20.33 18.06 2.20 17.44 1 15.87 1.64 17.25 17.25 1.41 18.24 18.24 1.30 18.77 18.77 1.23 See notes on page 30 co m m d 3 3 m N _ fD d 0 3 N fv 7 a a N f0 3 V1 3 O C 3 O_ n N a) 3 a f S O C_ O O- (O aI O 7 N Heat Pump Heating Performance -comfort mode (cont.) z INDOOR 25VNA460/FE4ANB006 Expanded Ratings Heating Comfort Mode Condenser Entering Air Temperatures°F(°C) a AIR -3(-19.4) 7(-13.9) 17(-8.3) 27(-2.8) 37(2.7) 47(8.3) 57(13.9) 67(19.4) Capacity Total L apacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total 0p EDB S D MBtuh Sys. ID SCFMMBtuh Sys. S D MBtuh Sys. S IDM MBtuh Sys. SCFM MBtuh Sys. SCFM to MBtuh Sys. ID SCFM MBtuh Sys. ID SCFM MBtuh Sys. C Total Integ$ KWt al Integ$ KWt Total Integ$ I(Wt Total Integ$ KWt Total Integ$ I(Wt Total integ$ KWt Total Integ$ KWt Total Integ$ KWt --i MAXIMUM DEMAND D w > -� 65(18.3) 19.54 17.98 2.91 23.37 21.48 2.93 40.34 36.78 3.84 44.07 39.14 4.35 52.27 47.57 4.63 66.10 66.10 5.48 61.59 61.59 4.25 54.08 54.08 3.16 n 70(21.1) 2000 19.00 17.48 3.06 2000 22.99 21.12 3.07 1150 39.53 36.05 4.01 1450 43.64 38.76 4.56 1750 51.54 46.90 4.86 1900 65.80 65.80 5.75 2000 60.91 60.91 4.47 2000 54.30 54.30 3.35 c 75(23.9) 19.08 17.56 3.19 22.73 20.89 3.23 39.13 35.68 4.20 42.96 38.16 4.76 51.02 46.43 5.09 64.11 64.11 6.01 59.58 59.58 4.70 52.56 52.56 3.53 to MEDIAN DEMAND A 770(21.1) 15.79 14.53 2.30 18.90 17.37 2.30 25.46 23.21 2.77 29.94 26.59 2.80 34.74 31.62 2.82 41.43 41.43 3.02 41.61 41.61 2.57 36.31 36.31 1.92 1625 15.56 14.31 2.45 1625 18.74 17.22 2.45 825 25.01 22.81 2.91 975 29.53 26.23 2.91125 34.08 31.01 2.97 1200 40.26 40.26 3.19 1250 40.39 40.39 2.72 1250 35.32 35.32 2.05 15.32 14.10 2.57 18.53 17.03 2.57 24,73 22.55 3.07 29.21 25.94 3.12d 33.78 30.74 3.15 40.08 40,08 3.37 40.23 40.23 2.89 35.36 35.36 2.19 S (D I MINIMUM DEMAND tC 65(18.3) 11.65 10.71 1.71 14.28 13.12 1.71 14.96 13.64 1.71 14.98 13.30 1.46 14.99 13.64 1.29 14.60 14.60 1.10 20.89 20.89 1.65 17.35 17.35 1.20 S 70(21.1) 1250 11.38 10.47 1.81 1250 14.08 12.93 1.83 500 14.69 13.39 1.82 500 14.70 13.05 1.55 500 14.61 13.30 1.38 500 14.33 14.33 1.18 500 20.54 20.54 1.75 500 17.54 17.54 1.30 n 75(23.9) 11.33 10.43 1.93 13.88 12.76 1.95 14.76 13.45 1.94 14.77 13.12 1.67 14.74 13.41 1.48 14.48 14.48 1.29 20.20 20.20 1.84 17.08 17.08 1.36 7' w See notes on page 30 to 30 w w 3 3 m N O fD O 31 n w 0 N w 7 CL C (D N 7 N S O C O_ n ID w 7 CL O C O C fG w O 7 N Heat Pump Heating Performance - Efficiency Mode z INDOOR 25VNA4241FE4ANB0O2 Expanded Ratings Heating Efficiency Mode Condenser Entering Air Temperatures°F(°C) a AIR .3(-19.4) 7(-13.9) 17(-8.3) 27(-2.8) 37(2.7) 47(8.3) 57(13.9) 67(19.4) 'U Capacity Toat ID Capacity Total I'D--F-ca aacity Togl IDCapacity Total Capacity Total Capacity Total ID Capacity Total Capacity Total 0 EDB -CM MBtuh Sys. SCFM MBtuh Sys. S FM MBtuh Sys. SCFM MBtuh Sys. SCFM MBtuh Sys. SCFM MBtuh Sys. S FM MBtuh Sys. SCFM MBtuh Sys. ID Total Integ$ KWt Total Integ$ KWt Total Integ$ KWt Total Integ$ KWt Total Integ$ Icwt Total Integ$ KWY Total Integ$ KWf Total Integ$ KW1 MAXIMUM DEMAND D 7 65(18.3) 14.59 13.42 1.118 19.23 17.67 2.32 24.77 22.58 2.56 29.28 26.01 2.89 35.45 32.26 3.23 39.04 39.04 3.57 23.16 23.16 1.51 26.17 26.17 1.55 D c 70(21.1) 1000 14.02 12.89 2.06 1000 18.92 17.39 2.47 1000 24.40 22.25 2.69 1000 28.95 25.71 2.99 940 34.96 31.81 3.32 850 38.50 36.50 3.66 850 22.81 22.81 1.59 850 25.83 25.83 1.64 c 75(23.9) 13.25 12.19 2.20 18.39 16.90 2.58 24.01 21.89 2.60 28.30 1 25.13 1 3.07 1 32.91 29.95 1 3.37 37.93 37.93 1 3.75 1 22.44 1 22.44 1.66 1 25.47 1 25.47 1 1.72 tDMEDIAN N 65(18.3) 11.71 10.77 1.59 14.12 12.98 1.67 16.84 17.18 1.81 20.33 18.06 1.78 20.62 18.77 1.48 23.95 23.95 1.53 17.02 17.02 0.94 11 20.12 20.12 0.94 m 70(21.1) 890 11.03 10.15 1.59 890 14.26 13.10 1.71 890 18.37 16.75 1.85 890 20.87 18.54 1.86 845 19.89 18.10 1.54 775 23.60 23.60 1.60 775 16.67 16.67 0.99 775 19.75 19.75 1.00 (D 75(23.9) 10.79 9.93 1.61 13.95 12.82 1.74 18.01 16.42 1.90 20.46 18.18 1.91 19.90 18.10 1.60 23.22 23.22 1.67 16.33 16.33 1.05 19.36 19.36 1.07 S MINIMUM DEMAND 65(18.3) 5.65 5.20 0.87 7.99 7.35 U. 10.32 9.41 0.96 10.71 9.51 0.84 3.60 3.28 0.34 2.68 2.68 0.38 4.79 4.79 0.34 7.08 7.08 0.29 ? 70(21.1) 650 5.61 5.16 0.89 650 7.93 7.28 0.95 650 10.12 9.23 0.99 650 10.50 9.32 0.88 650 3.47 3.16 0.3fi 650 1.54 1.54 0.36 fi50 4.66 4.66 0.36 650 7.02 7.02 0.32 0 7g(Y3,g) 5.43 5.00 0.91 7.72 7.09 0.98 9.90 9.03 1.03 10.27 9.12 0.92 3.35 3.05 0.38 1.74 1.74 0.39 4.50 4.50 0.38 6.90 6.90 0.35 n y See notes on page 30 3 fD w w 3 3 to N (D J � - J n w 0 3 N w 7 Q CL m N tO 7 N 0 O C_ O n w r a 0 0 6 to w O 3 N Heat Pump Heating Performance - Efficiency Mode (cont.) Z INDOOR 25VNA4361FE4ANB005 Expanded Ratings Heating EFFICIENCY MODE Condenser Entering Air Temperatures°F(°C) p AIR .3(-19.4) 7(-13.9) 17(-8.3) 27(-2.8) 37(2.7) 47(8.3) 57(13.9) 67(19.4) Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total O EDB ID MBtuh Sys. ID MBtuh Sys• ID MBtuh Sys. ID MBtuh Sys ID MBtuh Sys• ID MBtuh Sys ID MBtuh Sys• ID MBtuh Sys• n SCFM KWt SCFM Total Inte $ KWt SCFM Total Inte $ KWt SCFM Total Inte $ Wt SCFM Total Integ$ KWt SCFM Total Integ$ KWt SCFM Total Integ$ KWt SCFM Total Integ$ KWt -Total Integ$ g g g 0 m MAXIMUM DEMAND D c 65(18.3) 1 123.57 21.91 3.27 28.80 26.46 3.51 34.02�30. 02 3.75 39.89 35.43 4.00 45.80 41.67 4.26 35.67 35.67 2.66 36.87 36.87 2.41 40.90 40.90 2.41 D m .�* 70(21.1) 1500 23.30 21.65 3.42 1500 28.46 26.15 3.66 1500 33.6265 3.90 1500 39.37 34.97 4.16 1500 45.80 41.68 4.44 1500 35.20 35.20 2.77 1500 36.33 36.33 2.51 1500 40.26 40.26 2.51 c 75(23.9) 23.02 21.39 3.55 28.11 25.83 3.80 33.2027 4.05 38.93 34.58 4.31 44.75 40.72 4.56 34.70 34.70 2.87 35.78 35.78 2.60 39.59 39.59 2.61 N MEDIAN DEMAND m 65(1B.3) 16.30 15.15 2.33 20.26 18.62 2.46 24.21 22.08 2.59 28.51 25.32 2.72 32.31 29.40 2.77 22.02 22.02 1.53 23.27 23.27 1.41 25.75 25.75 1.40 u0i 70(21.1) 1100 16.00 14.88 2.40 1100 19.93 18.32 2.54 1100 23.86 21.76 2.68 1100 28.12 24.98 2.82 1100 32.04 29.15 1 2.88 1100 21.69 21.69 1.60 1100 22.90 22.90 1.47 1100 25.83 25.83 1.46 5 75(23.9) 15.71 14.60 2.47 19.61 18.02 2.62 23.51 21.43 2.77 27.75 24.64 2.92 31.51 28.67 2,99 21.34 21.34 1.67 22.55 22.55 1.54 25.39 25.39 1.54 m MINIMUM DEMAND 65(18.3) 10.83 10.07 1.13 13.70 12.59 1.19 16.57 15.11 1.24 19.62 17.43 1.28 19.25 17.52 1.49 9.69 9.69 0.50 10.75 10.75 0.50 12.15 12.15 0.44 70(21.1) 650 10.50 9.77 1.16 650 13.38 12.30 1.22 650 16.26 14.83 1.28 650 19.35 17.18 1.33 700 18.94 17.24 1.56 650 9.44 9.44 0.54 650 10.92 10.92 n 0.53 650 12.28 12.28 0.48 A) 75(23.9) 10.20 9A9 1 1.19 1 13.07 12.01 1.26 15.94 14.54 1.33 19.04 16.91 1.39 18.64 16.96 1.63 9.18 1 9.18 0.57 10:70 10.70 1 0.57 112.30 12.30 0.52 See notes on page 30 m m 3 fA B A J �• p O w 0 U) N d 7 O. CL m w 3 N 0 O C , 7 O_ n fD d 3 a S 0 c 0 o• _ cc d 0 3 N � r Heat Pump Heating Performance - Efficiency Mode (cont.) z INDOOR 25VNA448/FE4ANB006 Expanded Ratings Heating EFFICIENCY MODE Condenser Entering Air Temperatures°F(°C) Dom, AIR -3(-19.4) 7(-13.9) 17(-8.3) 27(-2.8) 37(2.7) 47(8.3) 57(13.9) 67(19.4) O Capacity Total LM apacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total C EDB ID MBtuh Sys, IDBtuh Sys, ID Mp cit Sys, ID M it Sys ID MBtuh Sys. ID MBtuh Sys. ID MBtuh Sys. ID MBtuh Sys.SCFM SCFM SCFM SCFM SCFM SCFM SCFM SCFM n Total Integt KWt tal Integt KWt Total Integt KWt Total Integ$ KWt Total Integt KWt Total Integt KWt Total Integt KWt Total Integt KWt MAXIMUM DEMAND >O c 55(98.3) 18.44 16.97 2.67 34.88 32.05 4.35 41.61 37.94 4.62 48.05 42.67 4.79 55.61 50.6t5..2 46.73 46.73 3,34 53.76 53.76 3.49 60.52 60.52 3.62 D iv �. 70(21.1) 1600 18.15 16.70 2.75 1600 34.38 31.59 4.46 1600 41.03 37.41 4.75 1600 47.36 42.07 4.93 1600 54.83 49.9 1400 46.01 46.01 3.47 1400 53.04 53.04 3.65 1400 59.83 59.83 3.80 75(23.9) 17.64 16.23 2.81 33.87 31.12 4.58 40.42 36.86 4.88 46.66 41.44 5.07 54.02 49.1 45.27 45.27 3.61 52.27 52.27 3.80 59.06 59.06 3.97 MEDIANDEMAND N M 65(18.3) 15.97 14.70 2.29 25.81 23.71 3.16 31.17 28.42 3.37 32.09 28.50 2.96 32.75 29.81 2.63 28.78 28.78 1.87 34.26 34.26 1.96 38.91 L37.95 1 2.01 2 vOi 70(21.1) 1250 15.67 14.42 2.44 1250 25.41 23.35 3.33 1250 30.70 27.99 3.55 1200 31.60 28.07 3.19 1100 32.21 29.31 2.87 1100 29.00 29.00 2.12 1100 33.74 33.74 2.19 1100 38.455 2.22 3' 75(23.9) 15.28 14.06 2.51 25.00 22.97 3.42 30.21 27.55 3.66 31.07 27.59 3.31 31.65 28.81 2.98 27.76 27.76 2.22 33.09 33.09 2.30 37.95 2.35 MINIMUM DEMANDw Co T 65(18.3) 12.91 11.88 1.95 117.081 15.69 2.13 121.17 1 19.30 2.26 17.15 15.23 1.51 9.52 8.66 0.73 11.85 11.85 0.71 14.00 14.00 0.76 16.27 16.27 0.81 n 70(21.1) 900 12.55 11.55 2.01 900 16.66 15.31 2.20 900 20.79 18.95 2.35 800 16.80 14.92 1.58 600 9.46 8.61 0.78 600 11.58 11.58 0.76 600 13.66 13.66 0.81 600 15.81 15.81 0.87 0 75(23.9) 12.12 11.15 2.07 16.27 14.95 2.28 20.39 18.59 2.44 16.43 14.59 1.66 8.97 8.16 0.82 11.30 11.30 0.81 13.49 13.49 0.86 15.54 15.54 0.93 See notes on page 30 w m 3 m N V (D J � D 0 O w O 7 V1 w 7 O. CL 0 N 3 N 0 O C_ 7 O n cD w 7 a f 0 0 c_ 0 Q w 0 N Heat Pump Heating Performance- Efficiency Mode (cont.) M Z INDOOR 25VNA4601FE4ANB006 Expanded Ratings Heating EFFICIENCY MODE Condenser Entering Air Temperatures°F(°C) A AIR .3(-19.4) 7(-13.9) 17(-8.3) 27(-2.8) 37(2.7) 47(8.3) 57(13.9) 67(19.4) Capacity Total Capacity Total Capacity Total Capacity Total Capacity Tatal Capacity Total Capacity Total Capacity Total O EDB ID MBtuh Sys. ID MBtuh Sys. ID MBtuh Sys. ID MBtuh gys ID MBtuh gys ID MBtuh Sys' ID MBtuh Sys ID MBtuh Sys. C SCFM Total Integ$ KWt SCFM Total Integ$ KWt SCFM Total Integ$ KWt SCFM Total Integ$ KWt SCFM Total Integ$ KWt SCFM Total Integ$ KWt SCFM Total Integ$ KWt SCFM Total Integ$ KWt dMAXIMUM DEMANDD 65(18.3) 26.77 24.63 3.84 U36.3133.37 4.74 50.18 45.75 4.92 50.98 45.27 5.15 47.73 43.44 5.11 66.96 66.96 5.49 64.95 64.95 4.54 54.72 54.72 3.16 D m � 70(21.1) 2000 25.80 23.74 4.01 2000 4.93 2000 49.26 44.91 5.13 2000 50.04 44.44 5.36 2000 58.22 52.98 5.56 2000 66.31 66.31 5.76 2000 64.24 64.24 4.76 2000 54.18 54.18 3.35 c 75(23.9) 25.92 23.85 4.14 5.14 46.82 44.52 5.35 49.57 44.02 5.60 56.49 51.41 5.79 64.28 64.28 5.99 62.17 62.17 4.97 52.36 52.36 3.52 MEDIAN DEMAND 2 65(18.3) 19.78 18.20 2.89 25.86 23.77 3.141 30.34 27.66 3.22 35.67 31.68 3.34 41.36 37.64 3.43 39.95 39.95 2.83 38.21 38.21 2.53 36.08 36.08 1.96 CD 70(21.1) 1625 19.60 18.03 3.04 1625 25.70 23.61 3.311635 30.05 27.40 3.39 1725 35.31 31.36 3,52 1765 40.92 37.24 3.62 1425 39.50 39.50 3.01 1425 37.64 37.64 2.68 1425 35.56 35.56 2.09 75(23.9) 19.77 18.19 3.16 25.43 23.37 3.47 29.75 27.12 3.57 34.94 31.03 3.71 40.47 36.83 3.81 39.05 39.05 3.18 37.07 37.07 2.84 34.98 34.98 2.23 A MINIMUM DEMAND 65(18.3) 13.02 11.98 1.97 13.36 12.28 1.71 13.87 12.65 1.69 13.18 11.70 1.73 11.12 10.12 1.74 5.07 5.07 0.82 5.28 5.28 0.95 4.33 4.33 0.97 0 70(21.1) 1250 12.84 11.81 2.09 1250 13.24 12.17 1.82 1270 16.43 14.98 1.85 1450 19.83 17.62 1.86 1525 23.18 21.09 1.88 850 12.71 12.71 0.95 850 13.94 13.94 1.08 850 16.51 16.51 1.11 O d 75(23.9) 12.73 11.71 2.21 13.24 12.16 1.94 16.19 14.76 1.97 19.59 17.40 1.98 22.89 20.83 2.01 12.47 12.47 1.03 13.66 13.66 1.16 16.19 16.19 1.20 3 ID NOTES: f The kW values include the compressor,outdoor fan motor,and indoor blower motor.The kW from supplement heaters should be added to these values to obtain Total Sys.kilowatts. $The Btuh heating capacity values shown are net integrated values from which the defrost effect has been subtracted.The Btuh heating from supplement heaters should be added to those values to obtain Total Sys.capacity. NOTE:When the required data falls between the published data,interpolation may be performed.Extrapolation is not an acceptable practice. 3 EDB-Entering Dry Bulb m N 4 O a � O 5' n ID O 7 N w a CL m N 7 N S O C_ 7 O n N 3 CL F S O O O' to d O 3 H 25VNA4:PRODUCT DATA r Guide specifications AIR-COOLED,SPLIT-SYSTEM HEAT PUMP General 25VNA4 2 TO 5 NOMINAL TONS System Description Refrigeration Components Outdoor-mounted, air-cooled, split-system heat pump unit suitable for — Refrigeration circuit components will include liquid-line ground or rooftop installation.Unit consists of a hermetic compressor,an front-seating shutoff valve with sweat connections, vapor-line air-cooled coil,forward-swept blade propeller-type condenser fan,and a front-seating shutoff valve with sweat connections, system charge control box.Unit will discharge supply air upward as shown on contract of Puron'D(R-410A)refrigerant,PVE compressor oil,accumulator, drawings. Unit will be used in a refrigeration circuit to match up to a electronic expansion valve,and reversing valve. packaged fan coil or coil unit. Some models will be equipped with a brazed plate heat exchanger Quality Assurance and vapor injection EXV — Unit will be,equipped with high-pressure switch, suction pressure — Unit will be rated in accordance with the latest edition of AHRI transducer,discharge pressure transducer and filter drier for Purono Standard 240. refrigerant. — Unit will be certified for capacity and efficiency, and listed in the latest AM directory. Operating Characteristics — Unit construction will comply with latest edition of ASHRAE and — The capacity of the unit will meet or exceed Btuh at a suction with NEC. temperature of °F(°C).The power consumption at full load — Unit will be constructed in accordance with UL standards and will will not exceed kW. carry the UL label of approval.Unit will have C-UL approval. — Combination of the unit and the evaporator or fan coil unit will — Unit cabinet will be capable of withstanding Federal Test Method have a total net cooling capacity of Btuh or greater at Standard No. 141 (Method 606 1)500-hr salt spray test. conditions of CFM entering air temperature at the evaporator — Air-cooled condenser coils are pressure tested and the outdoor units at °F (°C) wet bulb and °F (°C) dry bulb, and air are leak tested. entering the unit at °F(°C). — Unit constructed in IS09001 approved facility. — The system will have a SEER of Btuhlwatt or greater at DOE Delivery, Storage, and Handling conditions. — Unit will be shipped as single package only and is stored and Electrical Requirements handled per unit manufacturer's recommendations. — Nominal unit electrical characteristics will be v, single Warranty (for inclusion by specifying engineer) phase, 60 hz. The unit will be capable of satisfactory operation — U.S.and Canada only. within voltage limits of v to V. — Unit electrical power will be single point connection. PRODUC'T'S - Control circuit will be 24v. Equipment Special Features — Factory-assembled, single-piece, air-cooled heat pump unit. — Refer to section of this literature identifying accessories and Contained within the unit enclosure is all factory wiring, piping, descriptions for specific features and available enhancements. controls, compressor, refrigerant charge Puron'D (R-410A) — Infinity control with appropriate software version is required for refrigerant,and special features required prior to field start-up. full featured operation. Unit Cabinet — Unit cabinet will be constructed of galvanized steel, bonderized, and coated with a powder coat paint. Fans — Condenser fan will be direct-drive propeller type, forward swept blade,discharging air upward. — Condenser fan motors will be totally enclosed, 1-phase type with class B insulation and permanently lubricated. — Shafts will be corrosion resistant. — Fan blades will be statically and dynamically balanced. — Condenser fan openings will be equipped with coated steel wire safety guards. Compressor — Compressor will be hermetically sealed. — Compressor will be mounted on rubber vibration isolators. — Compressor will be covered with a sound absorbing blanket. Condenser Coil — Condenser coil will be air cooled. — Coil will be constructed of aluminum fins mechanically bonded to copper tubes which are then cleaned,dehydrated,and sealed. Manufacturer reserves the right to change,at any time,specifications and designs without notice and without obligations. 25VNA4:PRODUCT DATA System Design Summary 1. Intended for outdoor installation with free air inlet and outlet.Outdoor fan external static pressure available is less than 0.01-in.wc. 2. This product is qualified for low ambient cooling operation(below 55'F/12.8°C)with an Infinity User Interface ONLY. 3. The maximum outdoor operating ambient in cooling mode is 125°F(51.67°C). 4. Minimum outdoor operating air temperature for heating mode is—15°F(-26.1°C). 5. Maximum outdoor operating air temperature for heating mode is 75°F(23.9°C). 6. For reliable operation,unit should be level in all horizontal planes. 7. For interconnecting refrigerant tube lengths greater than 80 ft(23.4 m)and/or elevation differences between indoor and outdoor units greater than 20 ft(6.1 m),consult Residential Piping and Longline Guideline and Service Manual available from equipment distributor. 8. If any refrigerant tubing is buried,provide a 6 in.(152.4 mm)vertical rise to the valve connections at the unit.Refrigerant tubing lengths up to 36 in.(914.4 mm)may be buried without further consideration.Do not bury refrigerant lines longer than 36 in.(914.4 mm). 9. Use only copper wire for electric connection at unit.Aluminum and clad aluminum are not acceptable for the type of connector provided. 10.Do not apply capillary tube indoor coils to these units. 11.Factory-supplied filter drier must be installed. ©2020 Carrier.All rights reserved. Edition Date:08/20 Catalog No:25VNA4-03PD Replaces:25VNA4-02PD Manufacturer reserves the right to change,at any time,specifications and designs without notice and without obligations. z� I TRANSMITTAL TOWN OF SOUTHOLD 53095 MAIN ROAD * PO BOX 1179 SOUTHOLD, NY 11971 ATTN: BUILDING DEPARTMENT RE: BUILDING PERM ITAPPLICATION D.CANNIZZARO APRT/JOHN MILTAKIS 1460 STROHSON ROAD,CUTCHOGUE 1000-103-10.29.1 ENCLOSED PLEASE FIND: • ZBA FINDINGS • ARCHITECTURAL PLANS • SURVEY Please call or email upon receipt of documents. Jennifer Wicks On Point Land Consulting 516-319-5203 jwpermits@optonline.net February 12,2020 RE: Application for building permit John Miltakis 1460 Strohson Rd,Cutchogue 1000-103-10-29.1 Attached please find building permit application for the above mentioned property. This application is for legalization of: • Existing on grade trex deck walkways • Existing on grade paver patio • Existing elevated deck � — Building permit for new alteration over existing garage conversion and permit for garage conversion. Any questions please feel free to call me on 516-319-5203. Thankou, Jennif Wic �A ZONING BOARD OF APPEALS Town Hall Annex, 54375 Route 25 P.O.Box 1179 Southold,New York 11971-0959 Fax(631)765-9064 Telephone(631)765-1809 ZBA FILE: #7455 NAME OF OWNER OF SUBJECT PROPERTY: D. Cannizzaro OPRT/John Miltakis PROPERTY LOCATION: 1460 Strohson Road, Cutchogue . DATE OF ZBA DETERMINATION: January 21,2021 SCTM No. 1000-103-10-29.1 , PROPERTY OWNER'S STATEMENT I/we,the undersigned,am/are the owner(s)of the property cited above and acknowledge that I/we: i. have received and read ZBA determination number: #7455 Dated:January 21,2021 understand the limits of the variance relief granted therein; 2, agree to immediately contact the Building Department if a demolition,as defined by Section 280-4 of the Town Code,occurs during construction,or any construction undertaken in any other way exceeds the scope of the approvals granted herein,or the issued building permits; 3. know that the Zoning Board of Appeals retains jurisdiction until the issuance of the Certificate of Occupancy and has the right,after a public hearing,to modify,suspend or revoke such appr®vals or any term or condition theregf-or to impose thereon one or more new conditions,pursuant to Article 30EV,Section 280-141 of the Town Code; 4. must submit a signed and notarized copy of this statement must be submitted to both the Office of the Zoning Board of Appeals and the Building Department prior to my/our applying for a building permit; 5. that the Building(Department will not issue a building permit without receipt of this signed statement. (Print Name of Owners) d 7sZQro a wr /z-o u M WA k s Signature of Owner(s) Dated:_ o ���p -2- .� Dated• Sworn to before me this 21 ST day Sworn to before me this day of Jw4ugz ,20A:.L _. of 20 S- N F wlPubli ; taAe of New York Notary Public No.01AUG250427 Qualified in Nassau County Commission Expiresio•!f--?OZ3 0 10 20 30 METERS V � FEET HEIDECKER LAND SURVEYING 0 20 40 60 80 - GRAPHIC SCALE 1" = 20' I I , I o I Q I n, I > I \ Q POINT OF BEGINNING 1 " PIPE FOUND I S 84°54'20" E 179.43' o 0Uj ASPHALT DRIVEWAY AREA— rn Uj � 13 894 S FT. \\\\\ � � ' Q 4 LLJ OR \ Y cn Y o w j U W 0.319 ACRES z m W O i #1460 \ � z ' z 2 STORY w i RESIDENCE z ^ I CATCH BASIN w Q � I LIJ 12: LL ZLd WI Y Q I U I CONC\\ Woo PIER H rn () W \ Cn VJ v I ASPHALT �[ 2 z \\\ Q 0 Ln ASPHALT DRIVEWAY 81 .2 0� GARAGE DECK z N W o z FLOATING p LO _ OCK U z 1 " PIPE FOUND \ 0 3 NOTES I . SHED 1. FIELD WORK WAS CONDUCTED APRIL, 2017 I f (� BY HEIDECKER LAND SURVEYING, PLLC AND ALL I U N 84'54'20" UV 1.3' MEASUREMENTS WERE TAKEN ON THE GROUND. Z — 710' 2. PROPERTY LINES, BEARINGS, AND NORTH iLd 16 7.91 J 0.8' ARROW ARE BASED UPON DEED FILED WITH THE J SUFFOLK COUNTY CLERK IN LIBER 12499—PAGE I Q 674. I OfSECTION 103.00—BLOCK 10.00—TAX LOT 029.001 3. UNDERGROUND UTILITIES ARE NOT SHOWN. I PRIOR TO CONSTRUCTION THE CONTRACTOR I Q I SHALL CALL "CALL BEFORE YOU DIG" AT 8„ I Of N/F JOHN M I LTAKI S, AS TRUSTEE N OF THE D. CANNIZZARO APRT AND HAVE ALL UTILITY LOCATIONS MARKED ON THE GROUND. W ❑0 Q I DATED OCTOBER 17, 2006 ��F NE0 H � LIBER 12499—PAGE 674 E/p�0 CERTIFICATION SURVEY PREPARED FOR.7_1T$ �y 7� � ]�,T �/ /� I JOHN GERD HEIDECKER, A LICENSED LANG r > ,'� b L A V 0 y A 1 dl 19/IZ 6 A l!-�' ® PROD. 57 IO. s IN THE STATE OF NEW YORK (LICENSE �^ O ; ATE: 25 Ll�l l V 111��Jlil 1 C N LLJJ A�JJ L��11 JC [[LL 17HLS57 Unauthorized alteration or addition NO. 50719), DO HEREBY CERTIFY THAT THIS MAP `+ TD I to this survey is a violation of WAS PREPARED IN ACCORDANCE WITH THE �►!° HN GERD HEIDECKER N.Y. STATE LAND SURVEYOR LIC. # 050719 DATE: BOUNDARY S'lJ SURVEY SHEET NO. section 7209, subdivision 2, of EXISTING CODE OF PRACTICE FOR LAND SURVEYS 1 OF 1 the New York State Education ADOPTED BY THE NEW YORK STATE ASSOCIATION , lO, 42 CROWN STREET MAY 8, 2017 Law. Copies of this survey map OF PROFESSIONAL LAND SURVEYORS. THIS (),5i17A Q� KINGSTON, NEW YORK 12401 SECTION 103-BLOCK 10-TAX LOT 29.1 JOB # not bearing the land surveyors CERTIFICATION EXTENDS ONLY TO THE PARTIES ��' \` DRAWN BY: C.H. 1 #1460 STROHSON ROAD 9 Y NAMED BELOW AND IS NOT TRANSFERABLE. (845)-901-7629 CHK BY: J.H. TOWN OF ' SOUTHEAST CAD FILE: inked or embossed seal shall not - r, be considered to be a valid copy. jheidecker@heideckerls.com SCALE: 1"= 20' SUFFOLK COUNTY NEW YORK 17HLS57FP.DWG 1. DAVID CANNIZZARO ' .. . O dRd ' e Neck Rd B m4pp,° --'`Y' 1�4F0?Stroh' Road 1 Q , w CIV j3,0v&PI S 8454'20" E 4r' .•N ' TIMBER PLANTER BOX PROPOSED 10 LF VINYL BULKHEAD RETURN i ^ 0 ASPHALT DRIVEWAY 00 i'"'.y"F^[j;;:r%•'_i,^ ^f'k ' Q1, AREA= 0 179.43' MEET EXISTING BULKHEAD o ' 53.89 1 0 ; 13,894 SQ. FT. 1 iv PROPOSED 81 LF VINYL RETAINING WALL TO BE PLACED MAXIMUM ' 1 OR37 OF 24'SEAWARD OF EXISTING CONCRETE RETAINING WALL) o z i i 0.319 ACRES NEW PAVER TURF 2 `?" p REMOVE AND DISPOSE OF EXISTING TIMBER BULKHEAD #1460 PAno N LAWN :qty, AND CONCRETE RETAINING WALL (CUT TIMBER FLUISH WITH MUDLINE) PROJECT LOCATION M A P RESDTENCE LINE OF 10' WIDE NON-TURF BUFFER N.T.S. 1 cn 1 Lu PROPOSED 10' OF THRU-FLOW DECKING , .I�� a I ��0yy ' o CONIC N PA o r EXISTING PIER TO REMAIN UNDISTURBED (TYP.)PA [1�� 1 R 3x6• EAR WALE ASPHALT 40 f I {.V 1 ' L• PROPOSED FILL PROPOSED FIR TIMBER TOP CAP I 1 ^ p� ASPHALT DRIVEWAY Z %/ :::o .1 s; w00 Ery p/ BEHIND PROPOSED vl PROPOSED 2D' LONG 10'BUTT , � o %i%/i/. :�of 3 ER ;li TTQ``y' BULKHEAD-B cr ' Z V Ems) 1 1 —8 / 4'f N V CCA TREATED TIMBER PILE.6' CV 4't 20'. ULu TURF %.. 1[1F•..: Ft_� T� EZISTNG CONCRETE N 84'54'20" W — _ n >i^ CIA71ry0 OAK 1 WALL TO BE REMOVED ' i < 7-0'- 38.4 M.H.W. & M.LW.ALONG �c ' FACE OF BULKHEAD PROPOSED 6'.6'Ca' WALES i o 167.911'' REPLANT EXISTING VEGETATION LANDWARD OF hy' 24 wz II I i N o PROPOSED BULKHEAD UPON COMPLETION OF WORK /`�7 — - I ATrIIaoGu6E LLlLr.B ao► OS 'I i CCA MEET EXu ISTING BULKHEAD "`'1 AY-LOG�PILe TIP IIA unE eLLr a o.o,: 1 _ BULKHEAD ' PROPOSED 10 LF VINYL BULKHEAD RETURN '"�/ PROPOSED S'LENGTH .0 BOLTEDP%. .0 6. M c ELEVATION�MIffH ' I LAY-LOG WITH 3/4' I I GALVANIZED n1RU-BOLTS. ,11�6 N 1 PROPOSED 16'LONG CLOC TYPICAL SECTION 9000 VINYL SHEE7tNG N.T.S. NOTES: PROPERTY OWNER: r 1. ELEVATIONS REFER TO N.A.V.D. 1988 DATUM JOHN MILTAKIS, TRUSTEE SCALE: 192-25 UNDERHILL AVE. BULKHEAD PERMIT PLANS 1"=30' 2. PORTIONS OF PLAN FROM SURVEY PREPARED BY: FRESH MEADOWS, NY 11365 JOHN GERD HEIDECKER N.Y. STATE LAND SURVEYOR LIC. # 50719 PREPARED BY: PROPOSED PLAN, SECTION DATE: 42 CROWN STREET JEFFREY PATANJO & LOCATION MAP 5-13-17 KINGSTON, NEW YORK 12401 106 HEWITT BLVD. 9-21-17 (845)-901-7629 CENTER MORICHES, NY 11934 1460 STROHSON ROAD 10-24-17 jheidecker@heideckerls.com 631-484-9332 CUTCHOCUE, TOWN OF SOUTHOLD JPATANJOQOPTONLINE.NET SUFFOLK COUNTY, NY SHEET: 3. LOT AREA = 13,894 S.F. / 0.319 ACRES TAX MAP NO. 1000-103-10-29.1 1 of 1 TOP OF ROOF-ELEV.22'-0" ------------------ --- 0 v ROOF-ELEV.17'-0" ------------------ --- o 2ND FLR-ELEV.9'-0" -------------------- -------------------------------------------------------- --- 0 -------------------- -------------------------------------------------------- --_ TIT -MF 1ST FLR-ELEV.0'-0" ------------------- I 32--1„ I� SOUTH/RIGHT ELEVATION SCALE: 1/4": 1'-0" t Cannizzaro Residence 1460 Strohson Rd Cutchogue,N.Y SOUTH/RIGHT ELEVATION SCALE 4"=1"-0" Generated by REScheck-Web Software Compliance Certificate Project CANNIZZARO Energy Code: 2018 IECC Location: Cutchogue, New York Construction Type: Single-family Project Type: Addition Orientation: Bldg. faces 270 deg. from North Climate Zone: 4 (5572 HDD) Permit Date: Permit Number: Construction Site: Owner/Agent: Designer/Contractor: 7'1460 STROHSON ROAD DAVID CANNIZZARO HAROLD GEBHARD CUTCHOGUE, NY 11935 ARCHITECT 363 NORTH WELLWOOD AVENUE LINDENHURST, NY 11757 HEGARCH@YAHOO.COM • • • UA trade-off Compliance: 0.0%Better Than Code Maximum UA: 15 Your UA: 15 Maximum SHGC: 0.40 Your SHGC: 0.30 The%Better or Worse Than Code Index reflects how close to compliance the house is based on code trade-off rules. It DOES NOT provide an estimate of energy use or cost relative to a minimum-code home. Envelope Assemblies Gross Area Assembly or Cavity Cont. U-Factor UA Ceiling:Cathedral Ceiling 72 30.0 0.0 0.034 2 Wall: Wood Frame, 16" o.c. 145 15.0 2.5 0.063 9 Orientation: Unspecified Window:Wood Frame 3 0.290 1 SHGC: 0.30 Orientation; Unspecified Floor:All-Wood joist/Truss 72 21.0 0.0 0.044 3 Compliance Statement: The proposed building design described here is MAR Ming plans, specifications, and other calculations submitted with the permit application.The proposed build' ab eet the 2018 IECC requirements in REScIhe'ck Version : REScheck-Web and to comply with the mandato r Ir O dht ii h Scheck Inspection Checklist. Q Name-Title Sigs5i Date S� 14219 9TF OF WO d� Project Title: CANNIZZARO Report date: 04/01/21 Data filename: Page 1 of 9 CREScheck Software Version : REScheck-Web �(J Inspection Checklist Energy Code: 2018 IECC Requirements: 0.0% were addressed directly in the REScheck software Text in the "Comments/Assumptions" column is provided by the user in the REScheck Requirements screen. For each requirement,the user certifies that a code requirement will be met and how that is documented, or that an exception is being claimed. Where compliance is itemized in a separate table, a reference to that table is provided. Section Plans Verified Field Verified # Pre-Inspection/Plan Review Value Value Complies? Comments/Assumptions &Req.ID 103.1, ,Construction drawings and ;❑Complies 103.2 ;documentation demonstrate ❑Does Not [PR1]1 :energy code compliance for the ;building envelope.Thermal []Not Observable envelope represented on []Not Applicable construction documents. ' 1 103.1, ;Construction drawings and 40Complies 103.2, documentation demonstrate ;❑Does Not 403.7 :energy code compliance for [PR3]1 lighting and mechanical systems. ;❑Not Observable V Systems serving multiple ❑Not Applicable dwelling units must demonstrate compliance with the IECC Commercial Provisions. 302.1, Heating and cooling equipment is; Heating: Heating: ;❑Complies 403.7 sized per ACCA Manual S based Btu/hr Btu/hr E❑Does Not [PR2]z �on loads calculated per ACCA ; Cooling: Cooling: �yJ Manual J or other methods Btu/hr Btu/hr ❑Not Observable j approved by the code official. ❑Not Applicable i Additional Comments/Assumptions: 11 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3) Project Title: CANNIZZARO Report date: 04/01/21 Data filename: Page 2 of 9 Section # Foundation Inspection Complies? Comments/Assumptions &Req.l D 303.2.1 A protective covering is installed to ;❑Complies [FO11]2 protect exposed exterior insulation :❑Does Not �J and extends a minimum of 6 in. below grade. ;❑Not Observable I ;❑Not Applicable 403.9 Snow-and ice-melting system controls;,E]Com plies [FO12]2 {installed. ;❑Does Not err ;❑Not Observable ❑Not Applicable Additional Comments/Assumptions: 1 I High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3) Project Title: CANNIZZARO Report date: 04/01/21 Data filename: Page 3 of 9 Section Plans Verified Field Verified # Framing/Rough-In Inspection Value Value Complies? Comments/Assumptions & Req.ID 402.1.1, ,Glazing U-factor(area-weighted U- U- ;❑Complies ;See the Envelope Assemblies 402.3.1, average). ❑Does Not ;table for values. 402.3.3, 402.5 j❑Not Observable [FR2]1 ;❑Not Applicable <OD 303.1.3 ;U-factors of fenestration products ❑Complies [FR4]1 are determined in accordance ODoes Not d ;with the NFRC test procedure or ; taken from the default table. ❑Not Observable J❑Not Applicable 402.4.1.1 Air barrier and thermal barrier ❑Complies [FR23]1 installed per manufacturer's ❑Does Not 19 j instructions. ❑Not Observable I❑Not Applicable 402.4.3 ;Fenestration that is not site built { ❑Complies [FR20]1 is listed and labeled as meeting ( ❑Does Not ;AAMA/WDMA/CSA 101/I.S.2/A440 1 or has infiltration rates per NFRC []Not Observable 400 that do not exceed code ❑Not Applicable limits. I 402.4.5 IC-rated recessed lighting fixtures, ;❑Complies [FR16]2 sealed at housing/interior finish ❑Does Not and labeled to indicate 52.0 cfm leakage at 75 Pa. ❑Not Observable IE]Not Applicable 403.3.1 ;Supply and return ducts in attics �❑Complies [FR12]1 ;insulated >= R-8 where duct is []Does Not >=3 inches in diameter and>= Q ;R-6 where< 3 inches. Supply and ❑Not Observable return ducts in other portions of ❑Not Applicable :the building insulated >= R-6 for jdiameter>=3 inches and R-4.2 ;for< 3 inches in diameter, ; 403.3.2 ;Ducts, air handlers and filter []Complies [FR13]1 boxes are sealed with 113Does Not ;J joints/seams compliant with ;International Mechanical Code or ❑Not Observable ; ;International Residential Code,as []Not Applicable applicable. 403.3.5 ;Building cavities are not used as []Complies [FR15]3 ducts or plenums. ❑Does Not ❑Not Observable ❑Not Applicable 403.3.6(1,!Ducts partially or completely ❑Complies 2) !buried in ceiling insulation have ❑Does Not [FR26]3 ;an insulation R-value not less than R-8,the sum of the ceiling ❑Not Observable insulation R-value against and I❑Not Applicable i above the top of the duct, and against and below the bottom of f the duct, is>=than R-19, t excluding the R-value of the duct ,excluding I ; 1 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3) Project Title: CANNIZZARO Report date: 04/01/21 Data filename: Page 4 of 9 Section Plans Verified Field Verified # Framing/Rough-In Inspection Value Value Complies? Comments/Assumptions &Req.ID 403.3.7 Ducts declared to be within the !❑Complies [FR28] 1 conditioned space are either 1) ❑Does Not R completely within the continuous air barrier and within the building ❑Not Observable 1thermal envelope,2) buried �❑Not Applicable within ceiling insulation in accordance with Section R403.3.6 and the air handler is located completely within the "continuous air barrier and within ;the building thermal envelope and the duct leakage is<= 1.5 1 cfm/100 square feet of conditioned floor area served by the duct system,or 3)the ceiling insulation R-value installed against and above the insulated duct>=to the proposed ceiling insulation R-value, less the R- value of the insulation on the 403.4 HVAC piping conveying fluids R- R- I❑Complies [FR17]2 above 105 9F or chilled fluids ;❑Does Not below 55 9F are insulated to>_R- E� �3 ; :❑Not Observable ❑Not Applicable 403.4.1 :Protection of insulation on HVAC ❑Complies [FR24]1 piping. ❑Does Not ❑Not Observable I❑Not Applicable 403.5.3 Hot water pipes are insulated to ; R- R- ;❑Complies [FR18]2 >_R-3. :❑Does Not ❑Not Observable ❑Not Applicable 403.6 Automatic or gravity dampers are ❑Complies [FR19]2 installed on all outdoor air ❑Does Not intakes and exhausts. ❑Not Observable ❑Not Applicable Additional Comments/Assumptions: 11 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3) Project Title: CANNIZZARO Report date: 04/01/21 Data filename: Page 5 of 9 Section Plans Verified Field Verified # Insulation Inspection Value Value Complies? Comments/Assumptions & Req.ID 303.1 Wl installed insulation is labeled ❑Complies [IN13]2 or the installed R-values I ,O[Does Not provided. ❑Not Observable ❑Not Applicable 402.1.1, Floor insulation R-value. ; R- R- ❑Complies ;See the Envelope Assemblies 402.2.6 ❑ Wood ❑ Wood ;l--]Does Not ;table for values. [IN1]1 ❑ Steel ❑ Steel ;❑Not Observable U ❑Not Applicable I 303.2, :Floor insulation installed per ;❑Complies 402.2.8 manufacturer's instructions and ❑Does Not [IN2]1 ;in substantial contact with the j ;underside of the subfloor,or floor ;❑Not Observable ; framing cavity insulation is in ❑Not Applicable contact with the top side of sheathing,or continuous insulation is installed on the '11 ,underside of floor framing and S extends from the bottom to the { ;top of all perimeter floor framing ' members. } 402.1.1, ;Wall insulation R-value.If this is a R- R- ;❑Complies ;See the Envelope Assemblies 402.2.5, mass wall with at least 1/z of the ❑ Wood ;❑ Wood ;❑Does Not table for values. 402.2.6 wall insulation on the wall ;❑ Mass ❑ Mass :❑Not Observable [IN3]1 ;exterior,the exterior insulation requirement applies(FR10). E] Steel I❑ Steel i❑Not Applicable 303.2 ;Wall insulation is installed per ❑Complies [IN4]1 manufacturer's instructions. ❑Does Not ❑Not Observable ❑Not Applicable Additional Comments/Assumptions: 1 I High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 Low Impact(Tier 3) Project Title: CANNIZZARO Report date: 04/01/21 Data filename: Page 6 of 9 Section Plans Verified Field Verified # Final Inspection Provisions Value Value Complies? Comments/Assumptions &Req.ID 402.1.1, ;,Ceiling insulation R-value. ; R- ; R- ;[:]Complies ;See the Envelope Assemblies 402.2.1, Wood ;❑ Wood ;❑Does Not ;table for values. 402.2.2, Steel ❑ Steel :,[--]Not Observable 402.2.6 [Fll]1 ;❑Not Applicable ; 303.1.1.1, Ceiling insulation installed per i ❑Complies 303.2 ;manufacturer's instructions. ❑Does Not [F12]1 ;Blown insulation marked every ;300 ft2. ❑Not Observable I❑Not Applicable 402.2.3 1 Vented attics with air permeable { ❑Complies ; [FI22]2 insulation include baffle adjacent I 1EIDoes Not to soffit and eave vents that extends over insulation. J❑Not Observable ❑Not Applicable 402.2.4 ;Attic access hatch and door ; R- R- ;❑Complies [FI3]1 .:insulation>_R-value of the :❑Does Not adjacent assembly. :[-]Not Observable ❑Not Applicable 402.4.1.2 Blower door test @ 50 Pa. <=5 ; ACH 50= ACH 50= ❑Complies [FI17]1 ;ach in Climate Zones 1-2, and ; PDoes Not <=3 ach in Climate Zones 3-8. ;❑Not Observable ❑Not Applicable 403.3.3 ;Ducts are pressure tested to cfm/100 cfm/100 ;❑Complies [FI27]1 determine air leakage with ft2 ft2 ❑Does Not either: Rough-in test:Total leakage measured with a ❑Not Observable ; ❑Not Applicable pressure differential of 0.1 inch PP ;w.g, across the system including ;the manufacturer's air handler ; ; enclosure if installed at time of test. Postconstruction test:Total ; 1 leakage measured with a pressure differential of 0.1 inch w.g.across the entire system including the manufacturer's air handler enclosure. 403.3.4 :Duct tightness test result of<=4 cfm/100 cfm/100 ;❑Complies [F14]1 cfm/100 ft2 across the system or ft2 ft2 ❑Does Not <=3 cfm/100 ft2 without air handler @ 25 Pa. For rough-in :.❑Not Observable ;tests,verification may need to ;❑Not Applicable occur during Framing Inspection. 403.3.2.1 ;Air handler leakage designated ❑Complies [FI24]1 I by manufacturer at<=2%of 111Does Not design air flow. ❑Not Observable ; ❑Not Applicable 403.1.1 Programmable thermostats ❑Complies [FI9]2 installed for control of primary ❑Does Not heating and cooling systems and initially set by manufacturer to []Not Observable code specifications. ❑Not Applicable 403.1.2 Heat pump thermostat installed E❑Complies (1`110)2 on heat pumps. ❑Does Not i❑Not Observable j I❑Not Applicable 403.5.1 Circulating service hot water #❑Complies [Fl11]2 systems have automatic or ❑Does Not accessible manual controls. i ❑ � Not Observable ❑Not Applicable 11 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 1 Low Impact(Tier 3) Project Title: CANNIZZARO Report date: 04/01/21 Data filename: Page 7 of 9 Section Plans Verified Field Verified # Final Inspection Provisions Value Value Complies? Comments/Assumptions &Req.ID 403.6.1 !All mechanical ventilation system ❑Complies [F125]2 fans not part of tested and listed ❑Does Not I HVAC equipment meet efficacy 11 I and air flow limits per Table ❑Not Observable R403.6.1. #❑Not Applicable 403.2 !Hot water boilers supplying heat ;❑Complies (FI26]2 I through one-or two-pipe heating []Does Not systems have outdoor setback control to lower boiler water I❑Not Observable temperature based on outdoor }❑Not Applicable (temperature. 403.5.1.1 i Heated water circulation systems ❑Complies [F[28]2 Ihave a circulation pump.The ❑Does Not system return pipe is a dedicatedreturn pipe or a cold water supply I❑Not Observable 1I pipe.Gravity and thermos- ❑Not Applicable (syphon circulation systems are not present. Controls for circulating hot water system pumps start the pump with signal for hot water demand within the occupancy.Controls lautomatically turn off the pump when water is in circulation loop t is at set-point temperature and G no demand for hot water exists. 403.5.1.2 }Electric heat trace systems E❑Complies [F129]2 !comply with IEEE 515.1 or UL i❑Does Not 1515.Controls automatically Iadjust the energy input to the ;❑Not Observable i heat tracing to maintain the ❑Not Applicable desired water temperature in the piping. 403.5.2 !i Demand recirculation water ❑Complies [FI30]2 I systems have controls that EDoes Not jmanage operation of the pump and limit the temperature of the l❑Not Observable water entering the cold water I❑Not Applicable piping to <= 1044F. l 403.5.4 Drain water heat recoveunits j❑Complies [FI31]z tested in accordance withry CSA i❑Does Not B55.1. Potable water-side pressure loss of drain water heat }❑Not Observable recovery units< 3psi for +❑Not Applicable individual units connected to one or two showers. Potable water- I side pressure loss of drain water heat recovery units<.2 psi for i individual units connected to three or more showers. 404.1 ;90%or more of permanent E❑Complies [F16]1 fixtures have high efficacy lamps. ❑Does Not ❑Not Observable 10Not Applicable 404.1.1 Fuel gas lighting systems have ,❑Complies [FI23]3 :no continuous pilot light. �❑Does Not -8 j �❑Not Observable 1 111Not Applicable 401.3 Compliance certificate posted. ❑Complies [FI7]z i ❑Does Not E]Not Observable i ❑Not Applicable 1 lHigh Impact(Tier 1) 2 Medium Impact(Tier 2) 3 1 Low Impact(Tier 3) Project Title: CANNIZZARO Report date: 04/01/21 Data filename: Page 8 of 9 Section Plans Verified Field Verified # Final Inspection Provisions Value Value Complies? Comments/Assumptions &Req.ID 303.3 {Manufacturer manuals for l iiI❑Complies [FI18]3 mechanical and water heating EDoes Not systems have been provided. 1 ❑Not Observable i J❑Not Applicable Additional Comments/Assumptions: 11 High Impact(Tier 1) 2 Medium Impact(Tier 2) 3 1 Low Impact(Tier 3) Project Title: CANNIZZARO Report date: 04/01/21 Data filename: Page 9 of 9 APPR VED AS NOTED DATE: 3 B.P.# 1-5� FEE: D Fly.— ELECTRICAL. NOTIFY BUILDING __ 6-'C7T AT . INSPECTION REQUIRED 765-1802, 8 AM TO PM FOR THE FOLLOWING INSPECTIONS: 1. FOUNDATION - T`d REQUIRED FOR POURED CONCRETE .2..ROUGH - FRAMING & PLUMBING 3. INSULATION 4. FINAL - CONSTRU.CTION MUST BE COMPLETE _ _ C.O. ALL CONSTRUCTICk SHALL MEET THE Blower door REQUIREMENTS OF THE CODES OF NEW and ductwork YORK STATE. NOT RESPONSIBLE FOR testingrequired. DESIGN OR CONSTRUCTION ERRORS. COMPLY WITH ALL CODES OF NEW YORK STATE & TOWN CODES AS REQUIRED AND CONDITIONS OF Allexterior lighting __.•. '''�7!'CLD TOWN ZBA installed,replaced or repaired shall conform ARD to Chapter 172 y SOUTHOLD TOWN TRUSTEES of the Town Code N.Y.S.DEC �)CCUPANCY OR JSE IS UNLAWFUL WITHOUT CERTIFICV )F OCCUPANCY RETAIN STORM WATER RUNOFF, PURSUANT TO CHAPTER 236 OF THE TOWN CODE. RIDGE VENT. ENERGY CODE GOMPL.I ANGE STATEMENT NOTES, SPEC I f I GATI ONS I$ DETAILS NPDATED 10-22-2o) CLIMATIC 8 GEOGRAPHIC DESIGN CRITERIA - TABLE R50 2(1) I THE HEREBY UNDERSIGNED NEW YORK STATE REGISTERED DESIGN PROFE55IONAL STATES GROUND WIND DESIGN SUBJECT TO DAMAGE FROM ICE 0 SEISMIC WINTER FLOOD AIR MEAN THAT TO THE BEST OF MY KNOWLEDGE,BELIEF AND PROFESSIONAL JUDGEMENT,THESE PLANS SNOW SPEED TOPOGRAPHIG SPECIAL WIND-BORNE DE516N DESIGN BARRIER HAZARDS FREEZING ANNUAL LK 12 AND/OR SPECIFICATIONS ARE IN COMPLIANCE WITH THE 2020 NY5ECGC (R401.2 AND G401.2) LOAD (mph) EFFECTS WIND DEBRIS GATEGORY WEATHERING FROST LINE TERMITE TEMP UNDERLAYMENT INDEX TEMP < - - - P REGION ZONE DEPTH N ® - 20 130 NO NO I Mlle from Coast B SEVERE BOF 3 Mod to Heavy SEE BELOW YES x a e P ans 5qq 51°F q FT F � Examiners office N GENERAL NOTE WINTER DESIGN TEMP Z • INTERIOR SPACES INTENDED FOR HUMAN OCCF OCCUPANCY SHALL BE PROVIDED WITH AN INDOOR TEMPERATURE OF NOT LE55 THAN 68° AT A POINT 3 FEET ABOVE THE FLOOR ON THE DE516N HEATING WEATHER VANE I THIS PROJWT CZ TO TGH OM LES HM • SYSTEM DESIGN SHALL BE BASED ON MAX 12°F HEATING,MINIMUM 75°F COOLING z DEGREE DAYS(M'LA GUARDIA)4811,WINTER DESIGN TEMP I5°F,DRY BULB 8q° F,WET BULB 75° F(2020 IPG APPENDIX D) 1 \ • THE 2020 ALM YORK STAR RE5IDERMAL GORE • AS PER NY56C 2020 CHAPTER 16 SECTION 160q AND A5GE 1 2016,WIND EXPOSURE CATEGORY AND SURFACE ROUGHNESS 15 B V • USE G FOR BOTH SOUTH SHORE AND FIRE ISLAND • THE STAAbARD 1^�"�GM 2018 GENERAL NOTES 51 TE NOTES ~ I. THE DESIGN COMPLIES WITH THE 2020 RESIDENTIAL CODE OF NEW YORK TATE AND REFEuFr�rFn • THE 2020 NESt:HANIC.�1L GODS OF MY STATE,GHAPTER5 12 TFROUSH 24 CE ki 1' 0" - STANDARD WFGM 2018. I.PITCH GRADE AWAY FROM BUILDING. R THE 2020 PIu�BIN6 GODS OF NY STATE,GHAPTE�tS 23 TlROUFSFf 32 2. THESE DRAWINGS DO NOT INCLUDE COMPONENTS NECESSARY FOR CONSTRUCTION SAFETY. 2.PROVIDE DRY WELLS AS REQUIRED. 0 - • CONTRACTORS ARE SOLELY RESPONSIBLE FOR SUCH COMPONENTS. 3.ALL TREES WITHIN 15'OF CONSTRUCTION TO BE PROTECTED. PROVIDE PROVIDE ALU 3. BUILDER TO OBTAIN CERTIFICATE OF OCCUPANCY(r-.o) 4.ANY LANDSCAPING DAMAGED BY CONSTRUCTION OPERATION SHALL BE REPLACED. n/ _ - THE 2020 ENERGY G01/ATION GODS MY STATE 4. BUILDER TO CARRY WORKMANS COMP. INS. IN AMOUNTS A5 REQUIRED BY LAW. AS REQUIRED, lnL FLASHING STEP FLASHING T PROVIDE to 5. ALL WORK SHALL BE FULLY GUARANTEED FOR ONE YEAR AFTER G.O.15 ISSUED. 5.ALL CURB5,51DEWALK5,ETC.DAMAGED SHALL BE REPLACED. OL EXISTING ROOF FLASHING t b. OWNER TO BE RESPONSIBLE FOR FINAL SURVEY AND COSTS AS REQUIRED BY BUILDING DEPARTMENT. -� 12 m PLANS COMPLY WITH APENDIX J. AND AJ8 1. ARCHITECT HAS NOT BEEN RETAINED FOR ANY FIELD SUPERVISION OR INSPECTION. EXCAVATION NOTES I'-4"(P GABLE N FOR LEVEL 3 ALTERATIONS 8. DRAWINGS ARE NOT TO BE SG,>LED BY CONTRACTOR.ANY DISCREPANCIES ON DRAWINGS ARE TO BE BROUGHT TO ARCHITECT'S ATTENTION IMMEDIATELY PRIOR TO CONSTRUCTION. VENT. W/LOUVRE q _ - - - STORAGE FIN. FL. q. THIS ARCHITECT HAS BEEN RETAINED FOR WORK SHOWN ON TH15 DRAWING ONLY. ARCHITECT 15 NOT I.EXCAVATION CONTRACTOR TO EXCAVATE TRUE TO LINES AND GRADES DOWN TO i FIRE/ SMOKE/ HEAT DETECTION RESPONSIBLE FOR OTHER ALTERATIONS AND CONDITIONS. SPECIFIED LEVELS. 2.ALL TOP 501L TO BE STOCK PILED FOR FUTURE USE.ALL EXCAVATED GOOD i I. INSTALL SMOKE S CARBON MONOXIDE DETECTORS AS SHOWN ON PLAN. DESIGN LOADS MATERIAL NEEDED FOR BACK FILL,TO BE STOCK PILED SEPARATELY,NOT NEEDED MATE/ \ \ DE51GN LOADS ARE IN COMPLIANCE W 5ECTION5 R301.4,8301.5 d 301.6 3.BACKRFIILL 514AAND HBE PLACED IN 12CCEPTABLE "LIFTS 4IAL O13E LE!6ALLY COMPACTED TO 5%OF FROM FLED 2.SINGLE R MULTIPLE STATION SMOKE ALARMS ARE ALSO TO BE INSTALLED IN CELLAR AND SHALL BE ROOF LOADS: ALLOWABLE DEFLECTIONS COMPLY w/SECTION R301.1 PROCTOR DENSITY. INTERGONNEGTED 50 THAT THE ACTUATION OF ONE ALARM WILL ACTIVATE ALL ALARMS. :: SNOW LOAD 45 P5F_ -(� POWER SOURCE FOR SMOKE ALARM SYSTEM 15 TO COMPLY w/8315.5. TABLE 8301.6,d 83012(1) 1Q OO 10 I 1 - "- DEAD LOAD 15 P5F REINFORCING NOTES / \ /�O�\ / \ //O\\ 3.CARBON MONOXIDE ALARMS SHALL BE PROVIDED WITHIN EACH DWELLING UNIT ON EACH STORY ATTIC LOADS: WIND LOAD: 130 MPH 1 0 P51' I������ CONTAINING A SLEEPING AREA WITHIN 15 FEET OF THE SLEEPING AREA,PROVIDE MORE THAN ONE NON STOSTORAGE GE ?0 P5F-TABLE 4-1 ASGE(PAGE 13) I. ALL REINFORCING BARS TO BE OF THE DIAMETER 5HOWN DEFORMED INTERMEDIATE CARBON MONOXIDE ALARM IF NECESSARY.THE CARBON MONOXIDE ALARM 15 TO BE LISTED R -TABLE 4-1 A5CE(PAGE 13) FROM FIGURE 6-Ic ASCE(PAGE 40) GRADE NEW BILLET STEEL CONFORMING TO A5TM A FLOOR LOADS: 615 GRADE 60 HAVING A DESIGN STRENGTH OF 60,000 P51. LABELED AS COMPLYING w/UL 2034 OR CAN/CSA b.lq,AND IS TO BE INSTALLED AND MAINTAINED LIVE LOAD 40 PSF FROM FIGURE 8301.2.15.1 IN ACCORDANCE w/MANUFACTURERS INSTRUCTIONS AND SECTION R315 OF THE 2020 RESIDENTIAL WALL LOADS: 2.TYPICAL COVER FOR ALL REINFORCING BARS BE THREE(3) INCHES FOR BARS \ / I CODE OF NYS AND SECTION 915 OF THE 2018 IFC . DEAD LOAD 10 PSF TABLE 4-I ASCE(PAGE 13) DEAD LOAD 15 P5F PLACED AGAINST EARTH AND 2"FOR BARS PLACED AGAINST FORMS UNLESS EXISTING EXISTING _ UPLIFT. WIND EXPOSURE 'B'GATEGORY SEISMIC LOAD: CATEGORY G OTHERWISE SHOWN. I 4.INSTALL HEAT DETECTION IN GARAGE AS PER 2020 NYS RESIDENTIAL GORE SECTION R314.23 FROM AF a PA WOOD FRAME CDN5TRUGTION MANUAL FROM FIGURE R301.2(2) 3.ALL BARS TO BE CONTINUOUS UNLE55 SPECIFIC LENGTHS ARE SHOWN. ALL SPLICES TO I BE FORTY(40)BAR DIAMETERS MIN. ELECTRICAL NOTES TABLE 8602.3 I 4.WELDED WIRE FABRIC(WWF)TO BE b`x 6"SPACES,#10 x#10 GAUGE WHIGH SHALL CONSIST OF GOLD DRAWN MEMBERS HAVING AN ULTIMATE STRENGTH NOT LESS THAN I. ALL WORK SHALL COMPLY WITH THE NATIONAL ELECTRICAL CODE AND LOCAL UTILITY CO. FA5TENIN6 SCHEDULE FROM 2020 M'51RC 10,000 PSI.WWF TO BE PLACED AS SHOWN ON THE PLAN. 2. ON NEW WORK BASE BID ON 200 AMP SERVICE. ITEM DE51GRIPTION OF BUILDING EL&IENT5 NUMBER AND TYPE OF FASTENER- SPACING AND LOCATION 5.ALL REINFORCING TO BE 5EGURELY FASTENED TO RE515T MOVEMENT DURING -ISt. FIN. FL. - - - - - - - - - - - 3. ALL WIRING TO BE MIN. 14 AWG. ROOF CONCRETE PLACEMENT. GRADE4. CONVENIENCE OUTLETS TO BE 18'A.F.F.,UNLESS NOTED OTHERWISE. 6.WELDED WIRE FABRIC OF EQUIVALENT STEEL AREA MAY BE 5U55TITUTED FOR ANY 5. PROVIDE GROUND FAULT INTERRUPTER OUTLETS AS PER CODE. ¢8d box(2 "x0.113")or REINFORCING BAR GRID. 71 6. ELECTRICAL CONTRACTOR TO PROVIDE HOOKUPS FOR HEATING AND AIR CONDITIONING 1 BLOCKING BETWEEN CEILING JOISTS 3-8d common(2'xO.131')or SYSTEMS. OR RAFTERS TO TOP PLATE 3-IOd box(3"x0.128");or TOE NAIL -I. ELECTRICAL CONDUCTOR PENETRATIONS THROUGH BUILDING STRUCTURAL COMPONENTS MUST 3-3"x0.131"nall5 CONCRETE NOTES COMPLY w/SECT.E3402.O 4-Sd box(2 "x0.113")or i I 1 I I I I I I I 8. PROVIDE MAINTENANCE CLEARANCE AROUND CIRCUIT BOX,BOILER,ETC.SEE SECT.E3405. I. ALL CONCRETE TO BE f 'c = 3,500 P51 a 28 DAYS UNLESS OTHERWISE NOTED.-GONG. 1 cl. ELECTRICAL CONTRACTOR TO COORDINATE WITH OTHER TRADES. 2 CEILING J015T TO TOP PLATE 3-8d common(2"x0.131")or PER JOIST,TOE NAIL STEPS TO BE 3,500 f"c a 28 DAYS I I I 3-IOd box(3'x0.128");or 2. ALL EXP05ED CONCRETE TO BE AIR ENTRAINED. 3-3"x0.131"nails - L, TABLE 8FOR CONCRETE ( CEILING JOIST NOT ATTAGHEDTO 3. 501E VALUE ASSUMED AT=-I TON PER 50.FT.AT DEPTHS PROPERTIES 501E CONDITIONS IT BE I I I I I I L -J MINIMUM HORIZONTAL REINFORCEMENT FOR CONCRETE BASEMENT WALLS ¢ IDd box(3"x0.28")or VERIFIED PRIOR TO CONSTRUCTION.WATER FRONT OR PROPERTIES IN GL05E PROXIMITY TO PARALLEL RAFTER,LAPS OVEN " BEACH,CANAL,WATER,ETC.TO PROVIDE THI5 OFFICE WITH TEST HOLE DATA BY LICENSED - ---- -- 3 3-16d common x0.162")or FACE NAIL MAXIMUM UNSUPPORTED PARTITIONS(SEE SECTION ls OR CERTIFIED SOIL MECHANIC. HEIGHT OF BASEMENT WALL LOCATION OF HORIZONTAL REINFORCEMENT 8802.52 AND TABLE Rb025.� 4-3"x0.131"nails 1 (FT) 4. 50T70M OF EXTERIOR FOOTINGS TO BE 3'-0"MINIMUM BELOW GRADE. CEILING J015T ATTACHED TOP 5. ALL FOOTINGS TO REST ON VIRGIN UNDI5TURBED SOIL. 4 6. STEP FOOTINGS DOWN AS REQUIRED. MAXIMUM STEP FOOTINGS SHALL BE ONE VERTICALLY BSMT. FIN. FL. s 8 ONE NO.4 BAR WITHIN 12 INCHES OF THE TOP OF THE WALL STORY AND RAFTER(HEEL JOINT)(SEE SECTION TABLE R802.52 FACE NAIL TO TWO HORIZONTALLY WHERE ELEVATIONS CHANGE. �- - - - - - - - - - - - ONE NO.4 BAR NEAR MID-HEIGHT OF THE WALL STORY R8O252 AND TABLE Rb025.2) 7. WALL FORMS TO REMAIN IN PLACE IN PLACE 3 DAYS MINIMUM. ONE NO.4 BAR WITHIN 12 INCHES OF THE TOP OF THE WALL STORY AND 5 COLLAR TIE TO RAFTER,FACE MIL OR ¢Iod box(3"x0.128")or 8. CURE AND SEAL ALL SLABS ON GRADE WITH 2 GOATS HORN CLEAR SEAL OR EQUAL. Z 8 ONE NO.4 BAR NEAR THIRD POINTS IN THE WALL STORY 14"x 20 GA.RIDGE STRAP TO R4FTER 3-IOd common(3'x0.148")or FACE NAIL EACH OTHER g• REQUIRED CONTRACTOR �L CONSTRUCTION ADEQUATE TDBRAGING FOR ALL WALLS AS 4-16x0.131°Halls 10. PROVIDE SAWED OR KEYED AND FORMED CONTROL JOINTS FOR SLA55 AND WALKS ON 1 3- Ibd box nails(3 "x0.135");or 2 TOE NAILS ON ONE SIDE GRADE,AT 20'-0'MAXIMUM IN BOTH DIRECTIONS. TABLE 8402.2 b RAFTER OR ROOF TRUSS TO PATE 3-IOd common nails(3"x0.148")pr AND I TOE NAIL ON II. PROVIDE SLEEVES IN FOUNDATION WALLS AS REQUIRED FOR ELECTRIC,PLUMBING MINIMUM SPECIFIED COMPRESSIVE STRENGTH OF CONCRETE ¢IOd box(3"x0.128");or OPP051TE 51DE OF EACH MECHANICAL,ETC. COORDINATE WITH OTHER CONTRACTORS,DRAWINGS,AGENCIES,ETC. MINIMUM SPECIFIED GOMPRE55IVE STRENGTH" fc9 4-3"xO.131"nalls RAFTER OR TRU55n 12. CONCRETE FOUNDATION WALLS TO BE CAST MONOLITHIC.NO HORIZONTAL JOINTS SHALL BE _ _ _ _ _ _ _ _ - - - - - - - - - - - - - TYPE OF LOCATION OF 4-8d box(2 "x0.113")or PLACED IN WALLS. CONCRETE CONSTRUCTION WEATHERING POTENTIAL 13. ALL EXP05ED CONCRETE SLABS TO RECEIVE ARCHITECTURAL FIN15H AND SCORING A5 PER - 3-Sd common(2"x0.131")or PLANS AND SPEGIFIGATION5. ION NEGLIGIBLE MODERATE SEVERE ROOF RAFTERS TO RIDGE,VALLEY 3- IOd box(3"x0.128");or 14. NO CONCRETE OR MASONRY SHALL BE PERFORMED IN TEMPERATURES 40 DEGREES F.OR BASEMENT WALL5,FOUNDATIONS AND OTHER 7 OR HIP RAFTERS OR ROOF RAFTER 3-3"x0.131"palls LESS. NO CONCRETE SHALL BE CAST ON FROZEN SURFACES. FRONT ELE v AT (VNE5T) CONCRETE NOT EXP05ED TO THE WEATHER 2,500 2,500 2,500 TO MINIMUM 2"RIDGE BEAM 3-Ibd box nails 0 "x0.135");or 5. NO ADDITIVES SHALL BE PERMITTED WITHOUT WRITTEN PERM1551ON FROM ARCHITECT. 2- Ibd common(3 "xO.1629jor END NAIL Ib. ALL FOOTINGS TO BE 8"OR b"PROJECTION ON EACH SIDE OF FOUNDATION WALL MIN.(2) BA5EMENT SLABS ON GRADE,EXCEPT 2�0 2,500 2,500 3-3"x0.131"nails #4 REBAIRS CONTINUOUS,UNLE55 OTHERWISE NOTED(SEE PLANS). r� SG LE 1/411 = I I-Q II GARAGE FLOOR 5LA55 WALL IT PROVIDE MINIMUM 2"x4"KEY BETWEEN FOOTINGS AND FOUNDATION WALL. BASEMENT WALL5,FOUNDATION WALL5, 18. ANCHOR E30LT 517E AND MAXIMUM SPACING MUST COMPLY WITH TABLES 32A,3.25 AND EXTERIOR WALLS AND OTHER VERTICAL 2 d d Ibd commons "x0.162") 24"oz.FACE NAIL 3.2G,OF THE WFGM 2018.T'MIN.ANCHOR BCOW -RETE EMBEDMENT INTO CORETE FOUNDATION CONCRETE WORK EXPOSED TO THE WEATHER 500 3,000 3,000 8 PANELS)STUD TO STUD(NOT A BRACED W4LL 10d box 3"x0.128";or Ib"o.c.FACE NAIL 2.1 WALLS AND 15"MIN.IN MA50NRY BLOGK5,AS PER TABLES 3TAND 32.2.3.ANCHOR PORCHES,CARPORT SLABS AND STEPS 3"x0.131"nulls BOLTS MUST BE PROVIDED WITH 3"WASHERS,PER 3.22.3,AND ARE TO BE PLACED WITHIN EXP05ED TO THE WEATHER,AND GARAGE 2,500 3,000def 3500de,fSTUD TO STUD AND ABUTTING 511)5 AT Ibd box "x0.135");or 12"oc.FACE NAIL 2'FROM ANY CORNER,AND 6"TO 12"FROM THE END OF EACH PLATE SECTION PER 32.1.7. q INTERSECTING WALL CORNERS(AT I Iq. CRAWL SPACE VENTS,IN ACCORDANCE w/SECTION 408 ARE TO BE LOCATE=D WITHIN 3'-0" FLOOR SLABS BRACED WALL PANELS) Ibd commons(3 "x0.162') Ib"o.c.FACE NAIL OF EACH CORNER OF THE BUILDING. a. Strength at 215dais psi. BUILD-UP HEADER(2"TO 2'HEADER Ibd common(3 "x0.162") Ib"o.c.EACH EDGE FACE NAI 20.ALL FOUNDATION WALLS AT BASEMENTS TO RECEIVE BITUMINOUS WATERPROOFING. b. See table R3012(I for weathering potential. 10 WITH�"SPACER) Ibd box C3 "x0.135") 12"o.c.EACH EDGE FACE NAI �p \ 2020 NYS RES CODE - R312.2.1 c. Concrete in these locations that Is sub)ect to freezing and thawtrng durN construction shall be air-entrained Concrete t1 GAR ZEN 1 RY NOTES 13ALDN/ N 'S IN DWELLING UNITS, WHERE THE TOP OF THE SILL OF AN OPERABLE WINDOW �ard�e wlth Footnote d. 5-8d box(2 "x0.113')or d. Concrete shall be air-entrained. Total ah content(percent by volume of concrete)shall be not less than 5 percent or more than 11 CONTINUOUS HEADER TO STUD 4-8d common(2"x0.131")or TOE NAIL I. ALL WOOD SILLS,BLOCKING,NAILER5,ETC.IN CONTACT WITH MASONRY,CONCRETE OR SOIL OPENING IS LOCATED LESS THAN 24 ABOVE THE FINISHED FLOOR AND GRATER T percent. ¢ Iod box 3"x0.128" TO BE PRE5;5URE TREATED. THAN 12" ABOVE THE FINISHED GRADE OR OTHER SURFAGE BELOW ON THE e. See Section R4022 for maximum cementitious materials content. Ibd commons(3 "x0.162") 16"o.c.FACE NAIL 2. PROVIDE GALVANIZED STEEL TERMITE SHIELD 4 SILL SEALER AROUND ENTIRE PERIMETER. f. For gar floors with a steel-troweled finish,reduction of the total air content(percent by volume of concrete)to not less than 12 TOP PLATE TO TOP PLATE IOd box 3"x0.128";or 3. ALL NAIL5,BOLTS,JOISTS HANGERS E FRAMING CONNECTORS To BE HOT-DIPPED S��o 17 1 EXTERIOR OF THE BUILDING, THE OPERABLE WINDOW SHALL GOMPLY WITH ONE 3 is permitted If the specified compressive stre of the concrete is increased to not less than 4,000 I. 12"o.c.FACE NAIL GALVANIZED. 3"x0.131"Halls 11 4. ALL JOISTS,RAFTERS,HEADERS 4 GIRDERS SHALL BE DOUG FIR f'b 850 PSI MIN.STUDS TO Q OF THE FOLLOWING: • PLEASE NOTE THESE DEFINITIONS: e- Ibd box nails(3 "x0.162);or FACE NAIL ON ONE SIDE OF BE MIN.HEM FIR f'b 850 PSI. _ • OPENINGS THAT WILL NOT ALLOW A 4 INCH DIAMETER SPHERE TO PASS 12- Ibd box(3'x0.135")pr END JOINT(MINIMUM 24: 5. ALL SHEATHING SHALL BE 1/2"DOUGLAS FIR EXTERIOR GRADE PLYWOOD, NAILED bd a 6" 13 DOUBLE TOP PLATE SPLICE m �� 8Q. THROUGH THE OPENING IN ITS LARGEST OPENED POSITION. CELLAR-THE LOWEST LEVEL OF A STRUCTURE WHEN THERE I5 LESS THAN 50%OF THE I2- IOd box(3"x0.128");or LAP SPLICE LENGHT EACH O.G.2 INTERIOR 3 INTERMEDIATE BLOCKING POINTS. COVERED WITH 15 LB.BUILDING PAPER 8�I LOWEST LEVEL ABOVE AVERAGE GRADE. FOR THE PMP05E OF DETERMINING THE PERCENT 12-3"x0.131"nails SIDE OF END JOINT) OR CELOTEX INFILTRATION BARRIER PROPERLY TAPED 4 5EALED. • FALL PREVENTION DEVIGES THAT COMPLY WITH ASTM F 201-10 (THE WINDOW BELOW GRADE,THE CELLAR SHALL BE MEASURED FROM THE FIRST-FLOOR ELEVATION(F.F.EL) BOTTOM PLATE TO JOIST,RIM JOI5T, Ibd commons(3 "x0.162") Ib"oc.FACE NAIL Co. ALL 5UB FLOORS TO BE 3/4"PLYWOOD NAILED WITH TH15T NAILS a 6"O.G. TO THE CELLAR FLOOR. A CELLAR SHALL BE COUNTED AS GROSS FLOOR AREA AS REQUIRED 14 BAND J015T OR BLOCKING(NOT AST7. ALL WALL CORNERS To BE MIN.3 STUDS NAILED Ibd- 12'O.G. BRACED WALL PANELS) 12"oc.FACE NAIL _ OPENING CONTROL DEVIGE AFTER OPERATION TO RELEASE THE GONTROL UNDER THE DEFINITION OF 'GROSS FLOOR AREA." A CELLAR SHALL NOT BE USED AS Ibd box"l5 "x0.135");or 8. HE3ADER5,TRIMMERS 4 J015T5 UNDER PARTITIONS TO BE DOUBLED BLOCK BETNEEN JOISTS . DEVICE ALLOWING THE WINDOW TO FULLY OPEN, SHALL NOT REDUCE THE NET HA51TABLE SPACE. BOTTOM PLATE TO JOIST,RIM JOLT, 3-Ibd box nails(3 "x0.135"9;or 3 EACH Ib"o.c.FACE NAIL OF ER PARTITIONS. ARTI IONS. BLOCK STUD WALLS a 1/2 STORY HEIGHTS 4 AT UNSUPPORTED EDGES r CLEAR OPENING AREA OF THE WINDOW UNIT TO LESS THAN 5.1 SQUARE FEET. 15 BAND JOIST OR BLOCKING(AT 2- Ibd common nails(3"x0.162")pr 2 EACH 16"o.c.FACE NAIL q. ALL GAP PLATES To BE DOUBLED 4 NAILED WITH Ibd a 12"O.G.LAP GAP PLATES AT r BASEMENT-THE LOWEST LEVEL OF A STRUCTURE WHEN THERE 15 MORE THAN 5o%OF THE BRACED WALL PANELS) 4-3"x0.131'nails 4 EACH 16"o.c.FACE NAIL CORNER. LOWEST LEVEL ABOVE AVERAGE GRADE. FOR THE PURPOSE OF DETERMINING THE PERCENT 4-8d box(2 "x0.113")or U. HEADERS OVER DOORS AND WINDOWS UP TO 3'-0"WIDE TO BE(2)2x6 FOR OPENINGS 3'-0" STORM SHUTTER DETAIL - FOR HOMES ONE MILE FROM ANY SHORELINE ABOVE GRADE,THE BASEMENT SHALL BE MEASURED FROM THE FIR5T-FLOOR ELEVATION 3-Ibd box(3"x0.135")or TO 5'-0"USE(2)2x8,UNLESS OTHERWISE NOTED. (F.F.EL)TO THE BASEMENT FLOOR. A BASEMENT SHALL BE COUNTED AS GROSS FLOOR AREA. II. FOR HEADERS OVER 5'-0"LONG USE DOUBLE AGK STUDS. 1(� 1x4 CEDAR WINDOW TRIM 4-8d common(2"xo.131");or TOE NAIL 12. MIN.BEARING FOR JOISTS,BEAMS 4 STUDS TO BE%--. �b"�STAINLESS STEEL T EYE-HOOKS® 12"o% 4- IOd box(3"x0.128") 13. PROVIDE SOLID BRIDGING MAX.8'-0"O.G. IN ALL FLOOR CONSTRUCTION. GRO55 FLOOR AREA (G.F.AJ-THE TOTAL FLOOR AREA OF A STRUCTURE A5 MEASURED Ib TOP OR BOTTOM PLATE TO STUD 4-3"x0.131'nails 14. PROVIDE COLLAR BEAMS AT RAFTERS AS PER STATE 4 LOCAL CODES.(I6"o%,a 4'-5" - - - FROM THE EXTERIOR FACES OF THE WALLS. 6RO55 FLOOR AREA SHALL INCLUDE ACCESSORY 3- Ibd box(3 "x0.135");or ABOVE ATTIC FLOOR) - - _ - - - BUILDIN65/5TIR ICTURES,BASEMENTS,ABOVE-GRADE FLOORS,STAIRWELLS AT EACH STORY, 2-Ibd common nails(3"x0.162");or END NAIL 15. ROOF FRAMING 15 DESIGNED IN ACCORDANCE w/THE PROVISIONS OF CH.3 OF THE W.F.C.M. - - - INTERIOR BALCONIES MEZZANINES,STORAGE SPACE,FLOOR SPACE UTILIZED FOR MECHANICAL 3-IOd box(3"x0.128');or 2016 EDITION. EQUIPMENT WITH STRUCTURAL HEADROOM OF SEVEN FEET SIX INCHES OR MORE,AND COVERED 3-3"xO.131"nai15 Ib. PARALLAM,MIGROLLAM OR WOOD STRUCTURAL MEMBERS TO BE AS MANUFACTURED BY TJI OR ENCL05ED PORCHES,PATIOS AND DECKS. GRO55 FLOOR AREA SHALL INCLUDE THE AREA 3- IOd box Halls 3"x0.128`;or CORP.OR APPROVED EQUAL. ® UNDER A GABLE,HIP,GAMBREL OR 51MILAR TYPE ROOF,WHERE THERE EXISTS A FLOOR-TO- TOP PLATES,LAPS AT CORNERS AI!D IT MATERIAL FOR STRUCTURAL MEMBER5 15 TO BE IDENTIFIED IN ACCORDANCE w/R502.1 - - - CEILING HEIGHT OF FOUR FEET SIX INCHES OR MORE. RESIDENTIAL CELLARS SHALL NOT BE 11 INTERSECTIONS 2- Ibd common nails(3"x0.162")pr FACE NAIL MATERIAL FOR LOAD 5R6.STUDS,PLATES,AND HEADERS ARE TO BE IDENTIFIED IN - - - - INCLUDED IN -RO55 FLOOR AREA PROVIDED THAT THEY ARE AT LEA5T 75%BELOW GRADE AND 4-3"x0.131"nails ACCORDANCE w/8602.1. ARE NOT UTILIZED EXCEPT FOR STORAGE PURPOSES ONLY. ALL CELLARS,BASEMENTS, - x x0. ;or l8. STRUCTURAL FLOOR MEMBERS ARE NOT TO BE OUT,BORED,OR NOTCHED IN EXGE55 OF THE 7.O STORAGE SPACE OR OCGUPIED SPACE SHALL BE INCLUDED WHEN CALCULATING GROSS FLOOR 2-8d common(2"x0.131");or LIMITATIONS SPECIFIED IN FIG.R502.8.GUTS,NOTCHES,AND HOLES BORED IN ENGINEERED EXISTING DECK EXIS ei"MARINE GRADE AREA FOR NONRESIDENTIAL USES. DECK5,EXCLUDING THOSE LOCATED ON FIRE ISLAND,SHALL 18 1"BRAGE TO EACH STUD AND PLATE 2-Iod box(3"x0.128");or FADE NAIL WOOD PRODUCTS ARE NOT PERMITTED UNLESS THE EFFECTS OF SUCH PENETRATIONS ARE 38527 S.F. PLYWOOD WIN�BORNE DEBRIS PROTECTION NOT BE INCLUDED IN GROSS FLOOR AREA,PROVIDED THAT THEY ARE ACCESSORY TO A 2 5ta les IJ- SPECIFICALLY CONSIDERED IN THE DESIGN OF THE MEMBER, IN ACCORDANCE w/R502.62. PERMITTED PRINCIPAL USE AND ARE NOT ROOFED OVER,COVERED OR ENCLOSED. _ STUD DRILLING 6 NOTCHING ARE ALSO TO COMPLY w/8602.6.(SEE DETAIL) FASTENING SCHEDULE FOR WOOD x x ; 1" Iq. IN ACCORDANCE w/SECTION 8312.1,REQUIRED GUARDS FOR HANDRAILS ARE TO HAVE 51T2UGTURAL PANELS 2-8d common(2"x0.131")pr GAPS THAT DO NOT ALLOW PASSAGE OFA 4"�SPHERE FASTENER 5PAGING(INGHE5) Iq I"xb"SHE 2-TO EACH BEAR% 2-Iod box(3"x0.128');or EXISTING PROPOSED 1st. FLOOR FACE NAIL 20.STAIR TREADS SHALL BE I Y4"THICK CLEAR OAK,UNLESS NOTED. RESIDENCE REAR ADDITION FA6TENE PANEL 2'S 4'< b'< 2 5to les I'crown,I6 a.,I " Ion 21. INTERIOR TRIM SHALL BE CLEAR MATERIAL UNLESS OTHERWISE NOTED. _ _ SPAN PANEL PANEL PANEL ALLOWABLE DEFLECTION OF STRUCTURAL MEMBERS 3-8d box(2 "x0.113')or 22.WALL 4 CEILING FINISHES ARE TO HAVE A FLAME SPREAD CLASSIFICATION NOT GREATER C1.0 1,720.47 S.F. 5.75 S.F. _ - - - - - - - _ S 2 S 4N SPAAN SPAN b. 3-8d box(2�"x0.131")or THAN 200 4 A SMOKE DEVELOPED INDEX NOT GREATER THAN 450,IN ACCORDANCE w/ ' '#6 STRUCTURAL W "x AL MEMBER ALLOABLE 3- IOd common(30.128");or 8316.3. 2 PROPOSED 15t. EXIST. PROPOSED 2nd. FLOOR 3 staples I"crown,Ib a I Ion 23.ALL CLOSET SHELVES OT BE a/4'x1 I CLEAR PINE UNLESS OTHERWISE NOTED. �RD� I6 Ib 12 q DEFLECTION � I"x8"AND WIDER SHEATING TO L'�GH p g •' �" g 24.PROVIDE Iy4'WOOD CLOTHES ROD IN ALL CLOSETS. FLOOR FRONT STORAGE ADDITION BEARING Wider than I"X8" FACE NAIL 25.CERAMIC,TILE 5URFAGE-5 4 INSTALLATION ARE TO COMPLY w/R702.4,OTHER FINISHES TO ENTRY ADDITION 185.81 S.F. _ _ _ - - - - - - - - 2,�'#8 RAFTER5 HAVING SLOPES GREATER THAN 3%2 L/180 ' ¢8d box(2�x0.113");or COMPLY w/R7025, 4 R702.6. WODD I6 I b ib 12 3-8d common(2 x ROOF I N6 / SIDING NOTES 6.7 ® RAFTERS 3- IOd box(3"x0.128');or I. ROOF COVERING MATERIALS ARE TO COMPLY w/SECTIONS 8902,8904, $ Rg05 AND ARE 72.0 S.F. ® WITH NO FINISHED CEILING ATTACHED TO ' 8");o)pr IPANEL TO BE 4"LARGER THAN WINDOW 4 sta les I"crown,Ib a.,I " Ion g I TO 13E EXIS ® ® •FOR SCREW DOWN SHUTTERS ONLY INTERIOR WALLS AND PARTITIONS H/IRO F L 0 0 R ACCORDANCE P4/ DARAWINGS AND DETAILS NGE W R(104.4.ROOF DTO BE SUBMITTED RAINS ARE To E INSTALLED IN ® ¢8d box(2 'x0.113');or 2.ASPHALT SHINGLE UNDERLAYMENT 15 TO COMPLY w/SECTION 8905.2.3.SELF SEAL STRIPS PROPOSED FRONT STANLEY 81-4500 3-8d common(2"x0.131")pr AND FASTENERS ARE TO COMPLY w/R905.2.4 t Rg05.25.DETAILS OF ASPHALT SHINGLE COVERED STOOP STORM PANEL HARDWARE FLOORS AND PLASTERED GEILIN65 L/360 21 JOIST TO SILL,TOP PLATE OR 6RDE . TOE NAIL ROOFING INSTALLATION ARE TO BE SUBMITTED.FOR ROOF SLOPES OF 4/12, DOUBLE > �q 3- IOd box(3 x0.128");or UNDERLAYMENT 15 REa'D. IN AGGORDANGE w/Rg052.1.THE REQV UNDERLAYMENT IS TO 120.00 S.F. PROPOSED GARAGE 3-3 x0.131"nails CONFORM w/A5TMD226,TYPE I,OR ASTM D48bq,TYPE I IN ACCORDANCE w/Rg052.3 EXPANSION ALL OTHER 5TRUGTURAL MEMBERS L/240 8d box(2 x0.113") 4"o c.TOE NAIL 3.FOR ROOF SLOPES,LGE PROTECTION THAT CONSISTS OF AT LEAST 2 LAYERS OF RIM JOIST,BAND JOIST OR BLOGf.ING Sd box(2 "x0.131");or II3.5 S.F. 22 TO SILL OR TOP PLATE(ROOF UNDERLAYMENT CEMENTED TOGETHER,OR A SELF ADHESIVE POLYMER MODIFIED BITUMEN 8310 ESCAPE/ RESCUE OPENINGS RG EXTERIOR WALLS wITH PLASTER OR 10d common nails(3"x0.128")pr 6"o.c.TOE NAIL SHEET,15 TO BE USED t 15 TO EXTEND FROM THE EAVE'5 EDGE TO 24"MIN. INSIDE THE STUGGO FIN15H H/360 APPLICATIONS ALSO) EXTERIOR WALL LINE OF THE BUILDING IN ACCORDANCE w/R405.2.1. 3-3"x0.131'nails 4.FLASHING MATERIALS ARE TO BE C-ORRO51ON-RESISTANT AND INSTALLED IN ACCORDANCE 3-8d box(2 "x0.113")or 34'CLEAR a w/8703.85,8903.2,d 8905.2.8. 20'CLEAR EXTERIOR WALLS- WIND LOADS WITH 2-8d box(2"x0.131`)or 5.HOUSE WRAP MATERIAL OR BUILDING FELT 4 ITS INSTALLATION ARE TO COMPLY w/R703.2 MINIMUM OP0. FT. L/240 23 1"x6" FLOO OR OF LESS TO 3-lod common(3"x0.128');or FACE NAIL b.WEATHER RESISTANT SIDING ATTACHMENT AND MIN.THICKNESS ARE TO COMPLY w/ MINIMUM BRITTLE FINISHES EACH FLOOR AREA 5.7 SQ. FT. 2 staples I'crown,Ib ga.,1i" long R70 .6.3 PROPERTY AREA: 13,8°14.00 S.F. (SEE EXCEPTION) EXTERIOR WALLS- WIND LOADS" WITH L/120 24 2'505FLOOR TO J015T OR GIRL_-R 3-Ibd box(3 "x0.135");or PLUMBING NOTES FLEXIBLE FINISHES 2- Ibd common(3"x0.162") BLIND AND FACE NAIL " MINIMUM OPENING / 2"PLANKS(PLANK 3 BEAM-FLONZ 3- Ibd box "x0.135");or I. PLUMBING TO CONFORM TO 2020 NYSPG AND LOCAL CODES. EXISTING RESIDENCE AREA: 1'72O'Q7 S.F. HEIGhfT 24 / ROOF) 2- Ibd common 0,1x5'9;or AT EACH BEARING,FACE NAIL 2• PROVIDE SHUT OFF VALVES ON ALL SUPPLY LINES AT ALL FIXTURES. NOTE: L=SPAN LENGTH, H=SPAN HEIGHT. 25 3. INSULATE ALL SUPPLY LINES A5 PER SCHEDULE. N z EXISTING DECK AREA: 3x5.27 S.F. 3-Ibd common(3"x0.162");or 4. PROVIDE FROST PROOF HOSE BIB5 AS PER PLAN MINIMUM 2 PER NEW RESIDENCE. ARENAstFOPENABLE a. THE WIND LOAD SHALL BE PERMITTED TO BE TAKEN A5 0.7 ¢ IOd box(3 x0.128")pr 5. ALL FIXTURES TO BE AMERICAN STANDARD,KOHLER OR APPROVED EQUAL,FURNISHED d (V Ul t- MINIMUM OPENING AREA v ARE 26 BAND OR RIM JOIST To JOIST END NAIL lT dJ PROPOSED 1st. FL. FRONT ENTRY ADDITION AREA:=12.00 S.F. / TIMES THE COMPONENT AND CLADDING LOADS FOR THE INSTALLED BY CONTRACTOR. kz 111 X WIDTH 20" ¢3"x0.131"Halls;or b. PIPING PENETRATIONS THROUGH FIRE-RATED WALL OR FLOOR ASSEMBLIES ARE TO t- to \/ PURPOSE OF THE DETERMINING DEFLECTION LIMITS HEREIN. COMPLY w/R3n.3.1 r PROPOSED 15t. FL. REAR ADDITION AREA: 5.-15 S.F. / ¢3"x14 a.5ta les, "crown 5.'15x. 5T 5\a•�r :r NAIL EACH LAYER AS 7. WATER 4 DRAINAGE PLUMBING 15 TO BE INSTALLED IN ACCORDANCE w/CHAPTER b. PROPOSED FRONT COVERED STOOP AREA: 120.00 S.F. r, MAXIMUM SILL HEIGHT MINIMUM /MINIMUM\• TOWN APPROVAL AL 20d common(4"xo.I6129;or FOLLOW5: 32"OL.AT TOP ANE 8. PIPE PENETRATIONS THROUGH FOUNDATION WALLS ARE TO BE COVERED w/A SLEEVE 2 O O PROPOSED 2nd. FL. STORAGE ADDITION AREA: 785.81 S.F. OF 44" BOTTOM AND STAGGERED PIPE 51ZE5 GREATER THAN THE PIPE PASSING THROUGH IT,IN ACCORDANCE w/SECTION MNIMJM 51ZE WINDOW 21 BUILD-UP GIRDERS AND BEAMS, IOd box(3"xO.128");or 24"o.c.FACE NAIL AT TOP 606. N (v PROPOSED GARAGE EXPANSION AREA: 113.50 S.F. v MUST BE OPENABLE MINIMUM SIZE WINDOW FCR 24'CLEAR HE16K 2-INCH LUMBER LAYERS 3-3"xO.131'nails AND BOTTOM STAGGERED ON Q PIPE SUPPORTS ARE TO COMPLY w/SECTION 606. FOR�'CLEAR NEIL And: OPPOSITE AIDES WINDOW AND DOOR NOTES - WITHOUT KEYS OR TOOLS ��� 3- IOddcommon box(3"x0.128")I o? pr FACE AND ATEACH SPLICE TOTAL BUILDING AREA: 2,421.60 S.F. gFLOOR 11 ) 3-3NO.131"nails 1. ALL WINDOWSAND 5LIDIN6 GLASS DOORS TO BE VINYL GLAD WOOD WITH INSULATED 0 .o % LOT OCCUPANCY 17. o EXCEPTION: 4-Ibd common(31I"x0.135");or GLASS,SCREENS t LOOKS AS MANUFACTURED BY ANDERSEN OR APPROVED EQUAL �1 GRADE FLOOR OPENINGS OR BELOW-GRADE LEDGER STRIP SUPPORTING 3- Ibd common(3"x0.162")pr AT EACH J015T OR SIZES AND TYPES AS INDICATED ON PLANS.UNLESS OTHERWISE NOTED. 28 2.ALL EXTERIOR DOORS TO BE INSULATED METAL,AS MANUFACTURED BY BENCHMARK, JOISTS OR RAFTERS ¢ IOd box(3"x0.128");or RAFTER,FAGS NAIL OPENINGS SHALL HAVE A NET CLEAR OPENING ARE STANLEY OR EQUAL, SIZES AND TYPES AS INDICATED ON PLANS. FULLY OF NOT LESS THAN 5 SQUARE FEET AS PER 5EGTION 4-3"x0.131"nails WEATHER-STRIPPED,LOOKS.UNLESS OTHERWISE NOTED. Z _ 8310.2.1 OF THE 2020 RES CODE OF NYS 29 BRIDGING OR BLOCKING TO NOIR 2- IOd box 3"x0.28 ;or 3.ALL AMS AND BP,DOORS BoGBEAR"THICK,HOLLOW GORE,FLUSH BIRCH,U.O.N.ALL DOOR 2-8d common(2"x0.131";or EACH END,TO NAIL N5°OS 140"E .O' ANDERSEN WINDOW SCHEDULE 400 SERIES 2-3"x0.131' na115 � /ALL GOND I TI ONS 4RE EX I STI N6 UNLESS OTHERWISE NOTED STROHSON ROAD EGRESSLIGHT VENT OVERALL UNIT CLEAR GLASS AREA UNIT AREA U date: OPENING 50. FT. 50. FT. 50. FT. FAGTOR SHGG VT y PROPOSED ,ADDITIONS 04-0I-21 ,�._� I� - ® MODEL sa. FT. GANNIZZARO D G�RPT I L �, 1 Gw145 6.1 6.6 6.0 8.8 0.30 0.30MILTAKIS ES GRP-Harold E. Cebhard r € 2 A21 2.6 0.8 4.0 0.50 0.30 E. F� drawn by: FEB 1 �( �`0 1 I 3 AW351 6.0 1.6 8.0 0.30 0.30 052 '1460 STROHSON ROAD Arohiteot , �° 4 DIANA 60ME 57E! PLAT _ 4 A31 4.3 1.4 6.0 9 t,� Z 0.30 0.30 GUTGHOC�UE, N.Y. Ig35 �'" 1,, ° 5 FW65068 11.58 18.52 11.57 32.71 0.30 0.28 0.47 363 North We l lwood Avenue SCALE 1" = 20'-0" T 7,V' . s� ,:, :,.=u 6 GXW145 10.0 10.5 10.0 13.2 0.30 0.30 Lindenhurst, N.Y. 11757 fob no 7 AFFW601 2.5 1.70 5.45 0.28 0.28 0.48 S.G.T.M. NO.1000-105-10-2ci 631=226-3708 02020-48-G 8 NDH26310 &A2 3.x4 10.73 0.30 0.30 0.52 FAX 226-3088 .2i�' Of AR51 4.8 2.6 7.1 0.30 1 0.30 HEGARGH@YAHOO.GOM ,... ' 10 ISE313 10.54 0.27 0.32 0.53 SITE PLAN � FRONT ELEVATIONr tih d dog no: OF 4 C) w N _N Z Z 10'-6" v v LINE OF EXISTING LU ROOF ABOVE 24'-0" CL — �xb OO W.P. - I- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4x6 (2)13/4"xII�/8" MIGROLAMS 4x6 (2)2x10 8X2" PLY. W.P. 25'-6" ® � DEGK OL EXISTING I I LINE OF NEW ® ry= - O-' L I VNC� ROOM D I N I NCS ROOM LINE OF NEW I I ® ROOF ABOVE x BEDROOM EXISTING EXI5TIN6OVERHANG ABOVE I ROOF I 5'-6" 6'-4" 25'-8" EXISTING 2 -I I (91-511 5-8 5-8 3-8 I BEYOND O a, z 0 8.4K� S _d- I I 4K = S.D. NQ �i - - - - - - - - - - — 1 FEI - - — - - - -- EXISTIN6 X I _ — — — — - — - — — — — - - 1 ROOF BEYOND v 2 2x8 2 2x8 (2)2x10 8X2" PLY. 2 2x8 EXIST. w WALL ABOVE 1� = W I 8X2" PLY. 8X2" PLYJ I$Y2" PLY. EXIST. = � I— —'z / X I I .o +i O I Ir--� ENGLOSED PORCH 24 2 I I = FLUSH EXIST. O 1- 1 r +G.M. FLOO x N X X 10 R.R. ®I6 /G 2x10 k.R. 016"0/ EXISTING WALLS, TG. N w I L N t3 DROOM _ wATGH, E X n TO BE REMOVED PATCH, REPAIR LU B�DROO � do EXISTIN6 Q EXISTING — xi OPENINGS AS REQUIRED MATGH m Z I �► 2x12 RIDGE S.D. 10'-O" m ADJOINING SURFACES -�' X 1 ' REF. _ _ it1 O dJ = =n X W 00 m w w I - cv N ® x P.G. KITGH�N �z x I x = O EXISTIN6 0 I ------ 1 N O— � 13/4 xa�'2 M.L. F.J. N w w lo'-lo" 16" 0/C /13/"xaY2" M.L. F.J. a 16" OIG (MEGH CONN.) I NEW ROOF T p N p' � i- BASH Q' O (MEGH GONN.) Q v Q � / BRIDGE r POINTS I BEYOND �- �; ti� �� `'� \ 24'-1" I fY ��' I _ ryk�� �o O ryk�� (Z o .'�� + O N N SINK N+ I \ 1 LINE OF EXISTING 1 �.4K I WALL ABOVE x O 2 2xI0 8Y" PLY. db 2x8 2 2xI0 8X0 " P �' x �' L - - - - � - — — — — — __ =_________— — _ - - — ___ - - — — N STO ACS x& R.RIP 0 xb R.R. 0 2x6 R.RO 0 x6 R.R. Q 7'-7" V� 2' — ®16"O/ I6"O/ — — — — — ®16 O/ ®I6 O/ — — 2x I O R.R. I6"O/G s ——N PROVIDE /gZQ 4 I (PULL 5'-4" 8'-6" a'-"1" 10'-8" 3-5 FIREGODE GYPSUM BOARD ON WALLS LINE OF NEW LINE OF EXISTIN6 LINE OF NEW - _ W/R-15 INSUL. —J O ® I �- c 45TAIR5� ROOF ABOVE ROOF ABOVE ROOF ABOVE p \ N C(1 N ff) 24 x50 ATTIC `. I N I N X—1 � AGGESS DOOR AS (N D- 1 PER 2020 NYS RES. GODE SECTION R80-7 I =eI ° 2 x10 8Y2 PL — O 2x 10 R.R. i@16'I O/G 2x10 R. @161101c, 13/4"xaY2" M.L. F.J. ® 16" OIC, — sm— 4'-0" BRIDGE a " POINTS - (V i 2x8 G.B. @16110/G G ARA6E _ p- 8'-O" EXISTING N I 2x 10 R.R. @ 16"O/G I EXI STI N6 WALL, DOOR, ETC. TO BE REMOVED PATCH, REPAIR r- X OPENINGS AS REQUIRED MATGH O ADJOINING SURFAGEStv ® I P G I cx ,IF- - - - - - - - - - -� I i .ry o GOVERED _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ---- _ _ _ - 511 - 5" I 18'-I" ( d } E TRY I I o ROOF �P I OL LINE OF NEW I = p BEYOND cv I � 14xib P WALL ABOVE 4y P I Q r' _ _ _ __ —I—— —— — — �)� xqY�1�,—F J —— —— — — — � (2)2x8 8X2" PLY. (2)2x8 02" PLY. (2) x8 oY2" P . N - - - --- -- -- -- - - ---- - — _ r 16°x7° ELEGTRIG O.H DOOR (Y X� (2)I/4"x 2" M.L. HDR. d Fj 8"O UNFLUTTED I' 2" 6'-8" I' 2' FIBERGLASS COLUMNS W/ LINE OF NEW 5'-7" 3'-10" LINE OF NEW SQUARE GAP 8 BASE 16'-O" OVERHANG ABOVE _6.1 - OF 3 LINE OF NEW 18'-II" 18'-II" BE OW TYPICAL ROOF ABOVE F I R5TFLOOR-- SECOND FLOOR PLAN 5TORA6 PLAN I,cf 11.-71 S.F. SCALE y4" = I'-O" 785.81 S.F. SCALE /4" = 1'-0" PROPOSED ADDITIONS date: GANNIZZARO D ORPT j 04-01-21 MILTAKI5 B GQRPT ,. . . E. rr�°A drawn by: !460 STROHSON ROAD Architect DIANA 60MEZ GUTGH06UE, N.Y. I I G5522 565 North WeI(wood Avenue 4�` � Lindenhurst, N.Y. 11757 , job no: S.G.T.M. No.1000-105-10-2cf.1 631-226-5708 02020-4b-G FAX 226-3088 `� xl'a HEOARG49YAHOO.GOM FLOOR PLANS ry ` ' dwg no: 2 of 4 F- - - - -1 R106EVENT LJ r* [- - - - - �- -- -- -- -1 \J LINE OFPECK ABOVE SHINGLES- TO MATGH EXISTING LL _ _ _ | - - - - - - - - - - - - - - - - - - - - - � / PROVIDE-- 1- EXIS'TIN6 L 12 FLASHING VINYL SIDING TO ROVIIE? \\,--EXISTIN6 DEGK FOUNDATION-----, MATCH EXISTING FLASHIN STORAGE FIN. FL. -NO GHAN6E EXISTING 15t. FIN. FL. E Fe�15TINC7 GIRDER BASEMENT IT I EXISTING EXISTING GONGRETE E35MT. FIN. FL. EXISTING, GONGRETE MATGH DEPTH OF EXISTING FOUNDATION AND FOOTING bAK ELE If AT � ON (50 � TH) I 11 1 it \14 SCALE Y4 -0 L - - - - - - - - - L- - - - - - - - - -- RIDGE VENT. MATCH DEPTH OF EXISTING FOUNDATION AND FOOTING 12 FIBERGLASS SHINGLES To MATCH EXI ry PROVIDE 4" GONGRETE SLAB I'-4"(P GABLE W CONCRETE OVER (9 MIL PVC, FOUNDATION NALL5 VAPOR BARRIER7 e- VENT. N/LOUVRE PROVIDE Im— "1 11 - -,/- - I I t" L - - - - - - - - FLASHING--\ I A -7 - -- - - - - - - - - r- �_VINYL 5101NO To STORAGE FIN. FL. EXISTING -71-411 LL EXISTING, PEGK—N Ji 15t. FIN. FL. All I 1 1.1 FOUNZ� AT � ON PLAN RAILING NOT 5HONN FOR CLARITY L -1 FSCALE IV4 GRADE PROPOSED ADDITIONS I-q n drom by: ob no: Lindenhurst, N.Y. 11-75-7 REAR ELE\/AT � ON (EA5_�__) L FAX 226-508b SCALE Y4 1 -0 ONS] | | R106E VENT. VENTED AIRSPACE —OVER OWEN5 GORNIN6 I" MANUFACTURED THIN- FOAMULAR PROPINK RIGID PROFILE ATTIC / COMPONENT CLADDING PRESSURE ZONES— R3OI.2(8) - - - FOAM INSULATION R-5.0 VENTILATION BAFFLE (FULL WIDTH) (a= 4-0" IN ALL GASES)Oil a a a a s a a v2" PLYWOOD Q° a 3 2 2 3 a 3 2 3 3 2 3 a 2 12 CONTINUOUS BEAD //� i i i ,(D 1�J — ——— — OF SEALANT ROOF INSULATION 5 h 5 1 0 2IQIQ 2 2IQ 2 2 0 2 i Q a ai O ' \ GONTINUOUS ® ® W FIBERGLASS SHINGLES MINIMAL 4 � — CONTINUOUS BEAD TO MATCH EXISTING EXPANDING OF SEALANT FOAM AT OVER OWENS CORNING I" o i VINYL SIDING TO WINDOW FOAMULAR PROPINK RIGID 9 a a 3 --2 -----2-- 3 a 3 - 2- 3 3- 2- 3 a `---2-- C5' MATCH EXISTING PERIMETER FOAM INSULATION R-5.0 WALLS GABLE ROOFS GABLE ROOFS HIP ROOFS L_ EXTERIOR INSULATED WALL (R-13) (s s 10°) (Io° 10 s 459 (I0" s 0 s 309 CONTINUOUS MINIMAL _ ad NAILS® 6"o% \s \e `e - - - - - - - - - - - - - - I '' F:0A'm' " IL EXPANDING FOAM AT O " r;�ETA WINDOW PERIMETER 02 = IOd NAILS a 6"o% h h h 03 = IOd NAILS a 6"o% (0 S 10°) (10° s 9 145*) (10°S 0 S 30°) 1/ CONTINUOUS BEAD w/PL400 CONSTRUCTION ADHESIVE 2nd. FIN. FL. — — — — — SCALE V21I= 1 1-0 II OF SEALANT (NOTE: a= 4'-0' IN ALL GA5EW - - - - - - - - - - - - - - - ADHESIVE BEAD IVE OF - NOTE: ALL MECHANICAL CONNECTORS SHOWN IN DETAILS ARE MANUFACTURED ®� ®� OF SEALANT CONTINUOUS 13Y BY USP STRUCTURAL CONNECTORS - OR APPROVED EQUAL, UNLESS NOTED RAFTERS TO RIDGE CONNECTION FLOOR TO FLOOR CONNECTION OPTION A L52b8-675 Ibs.UPLIFT OPTIONAL NAILS VINYL S I D I N6 TO (WOOD SHRINKAGE END LENGTH MATGH EXISTING TMu26-640 Ibs.UPLIFT MAY OCCUR AND ° 12" TY � I �� DETAIL REFERENCE 3.4 CAUSE STRAP TO AIR 5EALIj� l FOR NAILING 8/12 BUCKLE OUTWARD ° REGU I RED 15t. FIN. FL. — — — — — — — — — _ _ (EAVE OF ROOF, WINDOWS � FLOOR) 1'=1'-0" GATHEDRAL GEILIN6 GRAD IN ADDITION TO RIDGE INSULATION INSTALLATION STRAPPING 12/12 CLEAR SPAN TYPIGAL LSTA 1 I I I O I I MUST MEET RESNET GRADE I PER EPA -9 20 6A. .UPLIFT 1 I I STUDS GAPS o 20 GA. I!/4"x24" 1 0 ———� � L_J L_J ID:o 0 0 � ° END LENGTH I" MIN. 12" TYPICAL 1 I I ! FLOOR-TO-FLOOR U. 1 I 0 11 Ir L52(08 � TMU26 OR NAILING 4B INSTALLATION 16 o/G BSMT. FIN. FL. _ 1 — — FLOOR TO FLOOR CONNECTION OPTION BB _ — -1--I — — — — — O TYPIGAL GAL L(6HT SLOPE HANGER B GRADE I 1 I F _ INSTALLATION (g 16 o/G Q 51ZE OF HANGER DETERMINED BY SIZE OF RAFTER TYP. GONNEGTION FOR TWO 1 I 1 N STORY APPL I GATT ONS 1 I 1 I z POST ANCHOR DETAIL MINIMUM SHEAR WALL SEGMENT SIZE A — — ASPECT RATIO: HIL-< 3V2 - - - - - - - - - - - - — A - - - - - - - - - - - - - - - - - - --J I N2 WALL HT. (H) SEGMENT WIDTH 8'_I" 2'_4" 2'-8" GRADE I GRADE I I GRADE I I I °0 ° INSTALLED PER GAPS OR VOIDS BUT NO LARGE GAPS AND VOIDS ° TYPIGAL fi �I (NOR7H) MANUFAGTURER'S MORE THAN 2% OF BUT NO MORE THAN 5% H 2 ° ° HOLDOWN TWA/5/5"5I � LA I 10I 5PEGIFIGATION5 TOTAL AREA "•': ; o THREADED ROD 11 AREA CONSIDERED UNINSULATED NSULATED I F MORE THAN 5% GAPS 'L ` � ' ° ° 23/" SCALE y4�� - I,_o ..u. •INSTALL TO MANUFAGTURER'S SPECIFICATIONS PAU L •NO GAPS, VOIDS OR GOMPRESSIONS AROUND GROSS-SECTION I PAU ELECTRICAL BOXES, AROUND PIPES AND CORNERS IOd NAILS ALL HOLES INSULATION SCHEDULE INSULATION NOTES -TYPICAL FOR 4x4, 6x64 LEDGER DETAIL 8x8 WOOD POST LAG BOLTS o Irb"O/G b (2) AT EACH END ITEM LOCATION MATERIAL I. CONTRACTOR TO UTILIZE EITHER FIBERGLASS, ROCK � SLAG WOOL, GELLUL05E OR FOAM HURRICANE STRAP DETAIL IOd NAILS ALL HOLES I EXTERIOR WALLS 3Y2" R-15 KRAFT FACED 15" FIBERGLASS BATT INSULATIONS TO ACHIEVE A "TIGHTER" HOME. RT30F 2. CONTRACTOR TO AIR SEAL HOLES, CRACKS � OPENINGS IN WALLS, FLOORS 4 CEILINGS _ qq5 IbS. UPLIFT 2 ROOF &Y4" R-30 KRAFT FACED 15.5" FIBERGLASS BATT INCLUDING HOLES DRILLED FOR PIPES, DRAINS, ETC. TYPICAL SUH28R 3. CONTRACTOR TO FOAM INSULATE BEHIND OUTLETS $ SWITCHES MOUNTED ON EXTERIOR WALLS. DEGK JOIST TO 5 FLOOR 6Y4" R-21 KRAFT FACED 15" FIBERGLASS BATT 4. CONTRACTOR TO CAULK HOLES DRILLED FOR WIRES THROUGH PLATES ON EXTERIOR WALLS a . LEDGER INSTALL. AFTER WIRE INSTALLATION; PRIOR TO INSULATING. REFERENCE 3.415 RIDGE VENT. 4 FOUNDATION WALL 2" R-10 FOAMULAR F150 RIGID FOAM 5. CONTRACTOR TO SEAL DUCT CHASES LEADING TO ATTIG5 OR BASEMENTS WITH FOAM BOARD FOR NAILING GUT AROUND DUCTS 4 FOAM INSULATION AROUND FRAMING $ DUCT PERIMETERS. ° STUD TO FOUNDATION CONNECT ON 2x12 RIDGE 5 EXTERIOR WALLS I" R-2.5 PROPINK INSULATED SHEATHING 6. BETWEEN FLOORS PROVIDE REQUIRED BATT INSULATION OVER FOAM BOARD AFTER ° INSPECTION - SEE BAND JOIST INSULATION DETAIL. TYPICAL RTIC T C 51MP50N MST21 20 GA. METAL STRAP, - z 6 EXTERIOR WALLS PINK WRAP HOUSEWRAP 7. CONTRACTOR TO FRAME CORNERS OF HOME AS PER THREE OR TWO STUD CORNER DETAILS TRUSS/ RAFTER TO DOUBLE o 12" MIN. ON STUD SURFACE ATTACHED. INSULATION INSTALLED AS SHOWN. 8. CONTRACTOR TO FRAME EXTERIOR WALL INTERSECTIONS AS PER DRYWALL BACKING @ PLATE INSTALLATION © IC"O/G o TYPICAL LSTA56 PARTITIONS DETAIL ATTACHED. (OR EQUIVALENT) FIBERGLASS SHINGLES OVER HURRICANE STRAPS oi. CONTRACTOR TO INSULATE BASEMENT OR FLOORS UTILIZES ONE OR MORE OF THE INSULATION 61RDER TO CONCRETE PIER DETAIL REFERENCE .4B 30# FELT ff Y2° PLYWOPTIONS AS SHOWN A THROUGH D. OR) PLYWOOD" L BOTH SIDES 3/a"m x 3V2" LONG LAG BOLTS WRAP $ NAIL STRAP AROUND NOTE: ALL ITEMS SPECIFIED ARE MANUFACTURED BY OWENS GORNING. 10. CONTRACTOR MUST MEET RESNET GRADE I PER EPA-SEE GRADE I DETAIL 4 UNACCEPTABLE SILL R. @I6" O/G /EACH STUD 2x10 R.R. © 16"O/GL DOUBLE 2x4 TOP PLATE MANUFACTURES OF EQUAL QUALITY MAY BE USED UPON AGGEPTANGE DETAILS II ff III ATTACHED. 5/e"0 ANCHOR BOLT a36"O/G 2x8 G.B. ® IN WRITING BY THIS ARCHITECT b L5TA36- 1,305 ibs.UPLIFT HURRIGANE STRAPS NUM I6. °/G GUTTERS 4 LEAPROVIDE DERS RAFTER / WALL PLATE CONNECTION GAPE KNEE WALL DETAILS INSULATION OPTION A INSULATION OPTION B 18 GA. I1'4"x36" �G DETAIL / ANCHOR BOLT DETAIL 1x6 FASCIA PERMEABLE MATERIAL / L ——— — — — — — I 4!/4" TYPICAL UPHDB INSTALLATION TO PREVENT WIND c / ' ANCHOR BOLT-TO-PLATE R-30 INSULATION VENTED VINYL SOFFIT REDUGED INSULATION WASHING ( — -TO-STUD GONNEGTION HURRICANE STRAPS -ITEM 2 STORA6E 2x4 STUD WALLS @ I6 0/C AT EAVES I �/4 SHEAR WALLS ONLY- BOTH SIDES 2x8 LEDGER %2 PLYWOOD SHEATHING I (SLAB ON GRADE,ETC) DOUBLE 2x4 TOP PLATE MEGH. CONN. O.G. HOU5EWRAP - ITEM 6 WIND BAFFLE I 1 UPH08-3,300 Ibs.UPLIFT PROVIDE ALUMINUM " PLYWOOD 30# FELT WIND BAFFLE I . . (8)W53 WOOD 5GREW5 FOR CORNERS d GUTTERS 6 LEADERS I INSULATED FLOOR 1 INTERIOR STUD TYPIGAL SHAG UPLIFT ®DENOTES OCATION ON�R SIDING OVER OWENS I OVER CELLAR 1 WALL INSULATION GONNEGTION INSTALLATION FOUNDATION PLAN 2x8 G.B. ® GORNIN6 I" FOAMULAR "m ANCHOR BOLT @36"O/C 1x6 FASCIA 16" 0/6 PROPINK RI61D FOAM OR GRAWL SPAGE I GIRDER TO 5.5.P. COLUMN DETAIL BAB &IRDER TO S.S.P. COLUMN DETAIL BBB VENTED VINYL SOFFIT 13/4"xgY2" M.L. F.J. a 16" OIG INSULATION R-2.5 -ITEM 5 1 2x4 STUD WALLS @ 16"O/G BRIDGE Y3'd POINTS ——— —— — %2" PLYWOOD SHEATHING r BLOGKING 1 O O O.G. HOU5EWRAP - ITEM 6 ' 5/8" FIREGODE 30# FELT GYPSUM BOARD - ° ° ° R-IS INSULATION - ITEM I FO1' iz - 6ARA6 ri EXISTING FRAME WALL ° ° ° SIDING OVER OWENS INSULATION OPTION G INSULATION OPTION D ° °° o ° O O LAG BOLTS GALVANIZED(4) CORNING I FOAMULAR R-21 INSUL. EXISTING PROPINK R1610 FOAM -ITEM 3 WIND BAFFLE INSULATION R-2.5 -ITEM 5 2x8 F.J. � 2x8 LEDGER I CONTINUOUS WELD 2x6 TREATED SILL PLATE OVER 16" O/C MEGH. CONN. EXISTING GONGRET SLAB -J\ SILL SEAL 4 TERMITE SHIELD AIR BARRIER S.S.P. GAPS - KLGG SERIES Ibd NAILS ALL HOLES STANDARD BASE PLATES GAPS GRADEGRADE I I GIRDER/ POST/ FOOTING CONN. RIDGE TO WALL CONNECTION ANGHOR BOLTS (9 36"O/C, R-10 RIGID INSUL. -ITEM 4 1 CELLAR WITH 8" PLACED GONGP OR GRAWL EXISTING FOUNDATION WALL EXISTING FOUNDATION WALL I INTERIOR RIGID GELLAR WITH �z'1RDER RIDGE DOUBLE STUD GONGRETE BLOCK FILLED SOLID FOUNDATION WALL �°� SPADE FOAM BOARD OR OTHER � I . . ` I EXTERIOR RIGID RIDGE BLOGKIN6 BETWEEN 1 FOAM FOAM TYPIGAL SUH28R JOISTS, SEALED ON ALL q-12" OF GEMENT I Ioa 5ERINAILS ALL COLUMN CAP INSTALLATION 8 xl6 GONGRETE FOUR SIDES BOARD OPTIONAL I Ibd NAILS INTO STUDS ALL HOLES FOOTING N 2x4 KEYWAY 1 ��r'OOD POST IOd NAILS INTO RIDGE ALL HOLES L — —— —— — L——— —— — — — AU SERIES P05T ANCHOR 1 1 o RADE CONCRETE FOOTING y RAFTERS ANCHOR BOLT ION AA— DRYWALL BAGKIN6 AT PARTITIONS THREE AND TWO STUD CORNER PROPOSED ADDITIONS date: DETAIL DETAIL GANNIZZARO D QRPT �® 04-01-21 SCALE y4.. _ 1 �_��� �� - - MILTAKIS B QRPT Harold . 6e bin rid "p o �� 1460 STROHSON ROAD drawn by: Architect �< .,.n=_�, y DIANA 60MEZ DRYWALL GUTGH06UE, N.Y. 1 I Gf 5 GLIP 363 North WeIIHood Avenue f. J BAGKIN6 MADE OF Lindenhurst, N.Y. 11737 �P fob no: S.G.T.M. No.1000-105-10-2�f.I 631-226-3708 - r4.,,, r 02020-48-G • LARGER 2x , ,FAX 226-3088 •• ..:.� . • PLYwooD HE6ARGH�YAHOO.GOM y; �R� �A` • HORIZONTAL LADDER BLOGKING dwg n0: • GR DRYWALL GLIPS INCREASED INSULATION AT CORNERS ELEVATION, SEGTION � DETAILS OF Y NO N- RI 06E VENT. I V — N E- - -- -I Z Lam_ — �' TREATED z STRIN6ERS kJkJ 4"x4" TREATED W.P. DOWN TO A 18"(P LLJ FIBERGLASS 5HI116LE5- rC TI LINE OF DECK ABG OVE CONCRETE FOOTINO - - - -� TO MATCH EX15TI116 2x10 TREATED '.:f. . '-611 I d ZT i EXISTING DECK FOUNDATION — — -NO GHANOE F- 1 �R05 ID� — — — I ROVID EXISTING � � I 12 VINYL 5101116 TO -7 MATCH EXISTING I FLASHING : STORAGE FIN. FL. I O — — T:•. ":. '' 2 2x10 TREATED 42Ns �'�� - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -.- - - - - - '46" Qo /� ® �\ d �EXI5TIN6 56" H16H RAILIN65 WITH r \_EX15TIN6 2"x2" BALU5TER5 SI_a, N 0 �... . SPACED AT MAX. 5" O/C O '' ` 2X10 TREATED rr S.D. ' ,.°r ;, . 101-411 j- lam e 15t. FIN. FL. — — — ISTINO 6113DER _ 2x10 TREATED LEDGER GRADE r \ 1 II I P IEXIST. I II 4"x4" TREATED W.P. DOWN TO A 18"N BASEMENT �! CONCRETE FOOTING EXI5TIN6 u EXISTING CONCRETE FOUNDATION WALLS B5MT. FIN. FL. i-- - ------ - -I I - I L—J I EXI5TIN6 CONCRETE FOUNDATION WALLS #4 REBAR 12"O/C, VERTICAL L—J MATCH DEPTH OF EXISTING 10N , (50UTH) FOUNDATION AND FOOTING 8.4K 5I D . SCALE y4,. _ I,_O„ I I 2x8 F.J. a I6" O/C I L--- -- - - - RIDGE VENT. l 8-oil RIDGE VENT. —� I #4 REBAR 12"O/G VERTICAL VAR 18 2022Q MATCH DEPTH OF EXISTINGR,,. FOUNDATION AND FOOTING BUILDING DEPT 2 TOWN OF SOUTFtOLD a� FIBERGLASS SHINGLES TO MATCH EXI5TIN6 (V i PROVIDE 8 -PI "I ••t 17'-7" 18" FLASHING - _ / \ I'-4"� GABLE CONCRETE 4" CONCRETE SLAB I I O / \ ' I I FOUNDATION WALLS OVVAPOR BARRIE DE \_EXI5TINC2 ER 6 MIL PVPVC,VENT. W/LOUVRE RPROVIROOF I .: I I ' I FLASHING — - - - - - — - - -- - --- --- -- -- - - - VINYL 51DIN6 TO MA TGH EXI5TIN6 - —— 5TORA 6E FIN. FL. — — N L - - -- - - - - -- -. - - - - - -- - - -- - EX15TI116 � — — — — — — — — — — — — — Ff \\ II / II \\ I�/ I \\ II I�/ I SII I —II /-ff / _ = — EXI5TIN6 DECK ( I EXISTING 1st. FIN. FL. — — — — — — — — — — — — FOUNI;� ATION L SCALE y4„ EXI5TIN6 i B5MT. FIN. FL. GRADE — — — — — — — — — PROPOSED ADDITIONS 4 A date: 05-17-22 i GANNI ZZARO 0 ORPT 04-01-2I II I I I o I I i I I I I I I MILTAKIS B ORPT Har® I& . Gehhar�l > ' drawn b c- �, y E. �►, 1460 STROHSON ROAD Architect �� «r,;:�R` . •��' " DIANA 60MEZ II j I I I I I I I I _1 _ GUTGHO6UE, N.Y. I I�I55 ' - -- - -- -- - - --- -- �---�- -�-�-- - - - - - - - - -- -- -- -- -- ---- - -- -- - -- -- - - - =-- - -- ------ - - 363 North Weliwood Avenue ;,..,•.: ,. � " EAR TX., - Lindenhurst, N.Y. 11757 g ;� job no: ELE'Y"ATION S.G.T.M. No.1000-105-10 2cf.I 631-226-3708 02020-48-G FAX 226-3088 SGALE y4" = 1'-0" 1=0UNDATI ON PLAN ELE�AT)ONS HEGARGH(pYAHOO.GOM FV49no